## Copyright (C) 2014-20xx CEA/DEN, EDF R&D
-IF(WIN32)
- FILE(TO_CMAKE_PATH $ENV{LIBXML2_ROOT_DIR}/lib/libxml2.lib LIBXML2_LIBRARIES)
+IF(DEFINED ENV{LIBXML2_ROOT_DIR})
+ IF(WIN32)
+ FILE(TO_CMAKE_PATH $ENV{LIBXML2_ROOT_DIR}/lib/libxml2.lib LIBXML2_LIBRARIES)
FILE(TO_CMAKE_PATH $ENV{LIBXML2_ROOT_DIR}/include LIBXML2_INCLUDE_DIR)
-ELSE()
- FILE(TO_CMAKE_PATH $ENV{LIBXML2_ROOT_DIR}/lib/libxml2.so LIBXML2_LIBRARIES)
+ ELSE()
+ FILE(TO_CMAKE_PATH $ENV{LIBXML2_ROOT_DIR}/lib/libxml2.so LIBXML2_LIBRARIES)
FILE(TO_CMAKE_PATH $ENV{LIBXML2_ROOT_DIR}/include/libxml2 LIBXML2_INCLUDE_DIR)
+ ENDIF()
ENDIF()
FIND_PACKAGE(LibXml2 REQUIRED)
CMAKE_MINIMUM_REQUIRED(VERSION 2.8.10)
PROJECT (NewGEOM)
-SET (NewGeom_Version 1.4.0)
+SET (NewGeom_Version 2.0.0)
SET(CMAKE_MODULE_PATH "${CMAKE_SOURCE_DIR}/CMakeCommon" ${CMAKE_MODULE_PATH})
ADD_SUBDIRECTORY (src/FeaturesPlugin)
ADD_SUBDIRECTORY (src/SketcherPrs)
ADD_SUBDIRECTORY (src/SketchPlugin)
+ADD_SUBDIRECTORY (src/SketchShapePlugin)
ADD_SUBDIRECTORY (src/SketchSolver)
ADD_SUBDIRECTORY (src/ModuleBase)
ADD_SUBDIRECTORY (src/PartSet)
-NewGEOM version 1.4.0
+NewGEOM version 2.0.0
Compilation on LINUX:
=====================
#!/bin/bash -ex
+while [[ $# > 0 ]]; do
+ key="$1"
+
+ case $key in
+ standalone|Standalone)
+ MODE=Standalone
+ shift
+ ;;
+ *)
+ shift
+ ;;
+ esac
+done
+
+
rm env_config.sh || echo "File env_config.sh was not found."
echo "#!/bin/bash -ex" >> env_config.sh
echo "export PLATFORM=${PLATFORM}" >> env_config.sh
-main() {
- local salome_version='7.6.0'
+include_products() {
+ local salome_version=$1
+ local platform="$(lsb_release -is)"
+ local release="$(lsb_release -rs)"
+ if [[ ${salome_version} = '7.7.0' ]]; then
+ if [[ "${platform}" = 'CentOS' ]]; then export PRODUCTS_ROOT=/dn23/NEWGEOM/common/PRODUCTS/CentOS.6.3.64/7.7.0
+ elif [[ "${platform}" = 'Debian' && ${release} =~ ^6 ]]; then export PRODUCTS_ROOT=/dn23/NEWGEOM/common/PRODUCTS/DEBIAN.6.0.64/7.7.0
+ fi
+ else
+ echo "Could not find PRODUCTS for the platform ${platform} ${release}"
+ exit 1
+ fi
+}
+include_products '7.7.0'
+
+include_suit() {
+ local salome_version=$1
+ local platform="$(lsb_release -is)"
+ local release="$(lsb_release -rs)"
+ if [[ ${salome_version} = '7.7.0' ]]; then
+ if [[ "${platform}" = 'CentOS' ]]; then export SUIT_DIR=/dn46/SALOME/series7x/V7_7_0/CentOS63-64/GUI
+ elif [[ "${platform}" = 'Debian' && ${release} =~ ^6 ]]; then export SUIT_DIR=/dn46/SALOME/series7x/V7_7_0/Debian60-64/GUI
+ fi
+ else
+ echo "Could not find PRODUCTS for the platform ${platform} ${release}"
+ exit 1
+ fi
+}
+include_suit '7.7.0'
+
+include_salome() {
+ local salome_version=$1
local platform="$(lsb_release -is)"
local release="$(lsb_release -rs)"
if [[ ${salome_version} = '7.5.1' ]]; then
- if [[ "${platform}" = 'CentOS' ]]; then export INST_ROOT=/dn48/newgeom/common/SALOME-7.5.1_CentOS-6.3
- elif [[ "${platform}" = 'Debian' && ${release} =~ ^6 ]]; then export INST_ROOT=/dn23/NEWGEOM/common/SALOME-7.5.1_Debian-6.0_SOURCES
- elif [[ "${platform}" = 'Debian' && ${release} =~ ^8 ]]; then export INST_ROOT=/dn23/NEWGEOM/common/SALOME-7.5.1_Debian-8.0_SOURCES
+ if [[ "${platform}" = 'CentOS' ]]; then export SALOME_ROOT=/dn48/newgeom/common/SALOME-7.5.1_CentOS-6.3
+ elif [[ "${platform}" = 'Debian' && ${release} =~ ^6 ]]; then export SALOME_ROOT=/dn23/NEWGEOM/common/SALOME-7.5.1_Debian-6.0_SOURCES
+ elif [[ "${platform}" = 'Debian' && ${release} =~ ^8 ]]; then export SALOME_ROOT=/dn23/NEWGEOM/common/SALOME-7.5.1_Debian-8.0_SOURCES
fi
elif [[ ${salome_version} = '7.6.0' ]]; then
- if [[ "${platform}" = 'CentOS' ]]; then export INST_ROOT=/dn23/NEWGEOM/common/SALOME-7.6.0_CentOS-6.3_SOURCES
- elif [[ "${platform}" = 'Debian' && ${release} =~ ^6 ]]; then export INST_ROOT=/dn23/NEWGEOM/common/SALOME-7.6.0_Debian-6.0_SOURCES
- else
- echo "Could not find SALOME for the platform ${platform} ${release}"
- exit 1
+ if [[ "${platform}" = 'CentOS' ]]; then export SALOME_ROOT=/dn23/NEWGEOM/common/SALOME-7.6.0_CentOS-6.3_SOURCES
+ elif [[ "${platform}" = 'Debian' && ${release} =~ ^6 ]]; then export SALOME_ROOT=/dn23/NEWGEOM/common/SALOME-7.6.0_Debian-6.0_SOURCES
fi
+ elif [[ ${salome_version} = '7.7.0' ]]; then
+ if [[ "${platform}" = 'CentOS' ]]; then export SALOME_ROOT=/dn23/NEWGEOM/common/SALOME-7.7.0_CentOS63-64
+ elif [[ "${platform}" = 'Debian' && ${release} =~ ^6 ]]; then export SALOME_ROOT=/dn23/NEWGEOM/common/SALOME-7.7.0_Debian60-64
+ fi
+ else
+ echo "Could not find SALOME for the platform ${platform} ${release}"
+ exit 1
fi
}
-main
-echo "export INST_ROOT=${INST_ROOT}" >> env_config.sh
+include_salome '7.7.0'
+
+
+if [[ ${MODE} = 'Standalone' ]]; then
+ echo "export INST_ROOT=${PRODUCTS_ROOT}" >> env_config.sh
+ echo "export SUIT_DIR=${SUIT_DIR}" >> env_config.sh
+else
+ echo "export INST_ROOT=${SALOME_ROOT}" >> env_config.sh
+fi
IF(HAVE_SALOME)
SET(EXCLUDE_DOC_DIR "*/AppElements/* */OpenParts/*")
ELSE(HAVE_SALOME)
- SET(EXCLUDE_DOC_DIR "*/NewGeom/* */Shaper/*")
+ SET(EXCLUDE_DOC_DIR "*/Shaper/*")
ENDIF(HAVE_SALOME)
CONFIGURE_FILE(doxyfile.in
CMAKE_ARGS="-D_ECLIPSE_VERSION=4.3"
CMAKE_ARGS="${CMAKE_ARGS} -DCMAKE_BUILD_TYPE=Debug"
CMAKE_ARGS="${CMAKE_ARGS} -DCMAKE_ECLIPSE_GENERATE_SOURCE_PROJECT=ON"
-CMAKE_ARGS="${CMAKE_ARGS} -DCMAKE_INSTALL_PREFIX:PATH=${INSTALL_DIR}"
+CMAKE_ARGS="${CMAKE_ARGS} -DCMAKE_INSTALL_PREFIX:PATH=${NEWGEOM_ROOT_DIR}"
CMAKE_ARGS="${CMAKE_ARGS} -DPYTHON_EXECUTABLE=${PYTHONHOME}/bin/python"
CMAKE_ARGS="${CMAKE_ARGS} -DUSE_TEST_COVERAGE=OFF"
CMAKE_ARGS="${CMAKE_ARGS} ${SOURCES_DIR}"
done
set +u
-source ${INST_ROOT}/env_products.sh
+echo "Source ${INST_ROOT}/$(cd ${INST_ROOT} && ls *env_products.sh)"
+source ${INST_ROOT}/$(cd ${INST_ROOT} && ls *env_products.sh)
set -u
#------ SolveSpace ------
#!/bin/bash
+for path in TOOLS_DIR; do
+ if [[ -z "${!path}" ]]; then
+ echo "${path} not found."; exit 1
+ else
+ echo "Found ${path}: ${!path}"
+ fi
+done
+
source ${TOOLS_DIR}/env_linux.sh
# Correcting path which defined with error
export SQUISH_GRABWINDOW_CLASSES=AppElements_ViewPort,OCCViewer_ViewPort3d
-SQUISH_DIR=/dn23/NEWGEOM/NEWGEOM_JENKINS_BUILD_AREA/tools/squish-5.1.1-qt48x-linux64
+SQUISH_DIR=/dn23/NEWGEOM/NEWGEOM_JENKINS_BUILD_AREA/tools/squish-6.0.0-qt48x-linux64
export PATH=${SQUISH_DIR}/bin:${PATH}
export SQUISH_LICENSEKEY_DIR=/dn23/NEWGEOM/NEWGEOM_JENKINS_BUILD_AREA/tools
#!/bin/bash
-for path in TOOLS_DIR; do
+for path in TOOLS_DIR SUIT_DIR; do
if [[ -z "${!path}" ]]; then
echo "${path} not found."; exit 1
else
source ${TOOLS_DIR}/env_linux.sh
-export LD_LIBRARY_PATH=${KERNEL_ROOT_DIR}/lib/salome:${LD_LIBRARY_PATH}
-export LightAppConfig=${NEWGEOM_ROOT_DIR}/share/salome/resources/newgeom:${GUI_ROOT_DIR}/share/salome/resources/gui
+# SUIT
+export PATH=${SUIT_DIR}/bin:${PATH}
+export LD_LIBRARY_PATH=${SUIT_DIR}/lib/salome:${LD_LIBRARY_PATH}
+
+#export LD_LIBRARY_PATH=${KERNEL_ROOT_DIR}/lib/salome:${LD_LIBRARY_PATH}
+#export LightAppConfig=${NEWGEOM_ROOT_DIR}/share/salome/resources/newgeom:${GUI_ROOT_DIR}/share/salome/resources/gui
+export LightAppConfig=${NEWGEOM_ROOT_DIR}/share/salome/resources/newgeom
#!/bin/bash
-source env_lcov.sh
+source env.sh
+source ${TOOLS_DIR}/env_linux.sh
echo "Reset coverage data..."
lcov --zerocounters --directory $(cd ../; pwd)
#!/bin/bash
-source env_lcov.sh
+source env.sh
+source ${TOOLS_DIR}/env_linux.sh
echo "Collect coverage data..."
-lcov --capture --directory $(cd ../; pwd) --output-file coverage.info --no-external
+lcov --capture --directory ${BUILD_DIR} --output-file coverage.info
echo "Generate HTML for coverage data..."
-genhtml coverage.info --output-directory lcov_html
+genhtml coverage.info --output-directory ${1:-lcov_html}
#!/bin/bash
source env.sh
-source ${TOOLS_DIR}/env_standalone.sh
-CMAKE_ARGS=""
-if [ -f GCOV ]; then
- echo "Use GCOV..."
- source env_lcov.sh
- CMAKE_ARGS="${CMAKE_ARGS} -DCMAKE_BUILD_TYPE=Debug"
- CMAKE_ARGS="${CMAKE_ARGS} -DUSE_TEST_COVERAGE=ON"
-elif [ -f DEBUG ]; then
- CMAKE_ARGS="${CMAKE_ARGS} -DCMAKE_BUILD_TYPE=Debug"
+while [[ $# > 0 ]]; do
+ key="$1"
+
+ case $key in
+ debug|Debug)
+ BUILD_TYPE=Debug
+ shift
+ ;;
+ lcov|coverage)
+ BUILD_TYPE=Debug
+ USE_TEST_COVERAGE=ON
+ shift
+ ;;
+ standalone|Standalone)
+ MODE=Standalone
+ shift
+ ;;
+ *)
+ shift
+ ;;
+ esac
+done
+
+if [[ ${MODE} = 'Standalone' ]]; then
+ source ${TOOLS_DIR}/env_standalone.sh
else
- CMAKE_ARGS="${CMAKE_ARGS} -DCMAKE_BUILD_TYPE=Release"
+ source ${TOOLS_DIR}/env_salome.sh
fi
+
+CMAKE_ARGS=""
+CMAKE_ARGS="${CMAKE_ARGS} -DCMAKE_BUILD_TYPE=${BUILD_TYPE:-Release}"
+CMAKE_ARGS="${CMAKE_ARGS} -DUSE_TEST_COVERAGE=${USE_TEST_COVERAGE:-OFF}"
CMAKE_ARGS="${CMAKE_ARGS} -DCMAKE_INSTALL_PREFIX:PATH=${NEWGEOM_ROOT_DIR}"
CMAKE_ARGS="${CMAKE_ARGS} ${SOURCES_DIR}"
rem --------------- cmake 2.8.7 --------------
if "%CMAKEDIR%" == "" (
- set CMAKEDIR=%PDIR%\cmake-2.8.10.2
+ set CMAKEDIR=%PDIR%\cmake-2.8.12.2
)
set PATH=%CMAKEDIR%\bin;%PATH%
@REM -------------------------
@REM CASCADE
-@SET CAS_ROOT_DIR=%PDIR%\OCCT-6.9.0
+@SET CAS_ROOT_DIR=%PDIR%\OCCT-6.9.1
@SET CASROOT=%CAS_ROOT_DIR%
@REM -------------------------
@REM -------------------------
@REM FREEIMAGE (Used by OCCT and Graphviz)
-@SET PATH=%PDIR%\freeimage-3.15.4\bin;%PATH%
+@SET PATH=%PDIR%\freeimage-3.16.0\dll;%PATH%
@REM -------------------------
@REM -------------------------
@REM -------------------------
@REM TBB (Used by OCCT)
-@SET PATH=%PDIR%\tbb\bin;%PATH%
+@SET PATH=%PDIR%\tbb-4.2.4\bin;%PATH%
@REM -------------------------
@REM -------------------------
@REM -------------------------
@REM PYTHON
-@SET PYTHONHOME=%PDIR%\python-2.7.3
+@SET PYTHONHOME=%PDIR%\python-2.7.10
@SET PYTHON_INCLUDE=%PYTHONHOME%\include
@SET PATH=%PYTHONHOME%;%PYTHONHOME%\libs;%PATH%
@SET PYTHONPATH=%PYTHONHOME%\Lib;%PYTHONPATH%
fi
SALOME_ARGS=""
-SALOME_ARGS="${SALOME_ARGS} -r ./test.squish/shared/testdata/SalomeApp.xml"
+SALOME_ARGS="${SALOME_ARGS} -r ${SOURCES_DIR}/test.squish/shared/testdata/SalomeApp.xml"
SALOME_ARGS="${SALOME_ARGS} --ns-port-log=$(pwd)/.salomeport"
${KERNEL_ROOT_DIR}/bin/salome/runSalome.py ${SALOME_ARGS} >log_runSalome 2>err_runSalome
<plugin library="InitializationPlugin"/>
<plugin library="PartSetPlugin" configuration="plugin-PartSet.xml"/>
<plugin library="SketchPlugin" configuration="plugin-Sketch.xml"/>
+ <plugin library="SketchShapePlugin" configuration="plugin-SketchShape.xml"/>
<plugin library="ConstructionPlugin" configuration="plugin-Construction.xml"/>
<plugin library="FeaturesPlugin" configuration="plugin-Features.xml"/>
<plugin library="ExchangePlugin" configuration="plugin-Exchange.xml"/>
else:
groupType = "SOLID"
- # iterate on exported objects and check if the current
- # group refers to this object
- for obj in self.geomObjects:
- if aSelectionContext.shape().isEqual(obj[0]):
- aGroup = self.geompy.CreateGroup(obj[1], self.geompy.ShapeType[groupType])
- self.geompy.UnionIDs(aGroup,Ids)
- self.geompy.addToStudyInFather(obj[1], aGroup, theGroupName)
+ aContextBody = ModelAPI.modelAPI_ResultBody(aSelectionContext)
+ if aContextBody is not None:
+ # iterate on exported objects and check if the current
+ # group refers to this object
+ for obj in self.geomObjects:
+ if aContextBody.isLatestEqual(obj[0]):
+ aGroup = self.geompy.CreateGroup(obj[1], self.geompy.ShapeType[groupType])
+ self.geompy.UnionIDs(aGroup,Ids)
+ self.geompy.addToStudyInFather(obj[1], aGroup, theGroupName)
## Exports all shapes and groups into the GEOM module.
def execute(self):
send(aGroup, false);
if (!aWasFlushed)
- myFlushed.erase(myFlushed.find(theID.myID));
+ // TODO: Stabilization fix. Check later.
+ if(myFlushed.find(theID.myID) != myFlushed.end()) {
+ myFlushed.erase(myFlushed.find(theID.myID));
+ }
}
}
this->selectionList(ExchangePlugin_ExportFeature::SELECTION_LIST_ID());
std::list<std::shared_ptr<GeomAPI_Shape> > aShapes;
for (int i = 0, aSize = aSelectionListAttr->size(); i < aSize; ++i) {
- aShapes.push_back(aSelectionListAttr->value(i)->value());
+ AttributeSelectionPtr anAttrSelection = aSelectionListAttr->value(i);
+ std::shared_ptr<GeomAPI_Shape> aCurShape = anAttrSelection->value();
+ if (aCurShape.get() == NULL)
+ aCurShape = anAttrSelection->context()->shape();
+ if (aCurShape.get() != NULL)
+ aShapes.push_back(aCurShape);
}
std::shared_ptr<GeomAPI_Shape> aShape =
GeomAlgoAPI_CompoundBuilder::compound(aShapes);
TestRevolutionSketch.py
TestRevolutionCut.py
TestRevolutionFuse.py
+ TestCompositeFeaturesOnCompSolids.py
TestPartition.py
TestPlacement.py
TestTranslation.py
if(!aConstruction.get()) {
return;
}
- selection(SKETCH_SELECTION_ID())->setValue(aSketchRes, std::shared_ptr<GeomAPI_Shape>());
+
+ if (!selection(SKETCH_SELECTION_ID())->isInitialized() || selection(SKETCH_SELECTION_ID())->context() != aSketchRes) {
+ selection(SKETCH_SELECTION_ID())->setValue(aSketchRes, std::shared_ptr<GeomAPI_Shape>());
+ }
int aSketchFacesNum = aConstruction->facesNum();
if(aSketchFacesNum == 0) {
return;
return MY_SKETCH_OBJECT_ID;
}
- /// Attribute name of sketch feature.
+ /// Attribute name of sketch feature selection: needed for naming of the selected sketch.
inline static const std::string& SKETCH_SELECTION_ID()
{
static const std::string MY_SKETCH_SELECTION_ID("sketch_selection");
/// \return the sub-feature unique identifier in this composite feature by zero-base index.
FEATURESPLUGIN_EXPORT virtual int subFeatureId(const int theIndex) const;
- /// \return true if feature or result belong to this composite feature as subs.
+ /// \return true if feature or reuslt belong to this composite feature as subs.
FEATURESPLUGIN_EXPORT virtual bool isSub(ObjectPtr theObject) const;
/// This method to inform that sub-feature is removed and must be removed from the internal data
ListOfShape aFacesList;
AttributeSelectionListPtr aFacesSelectionList = selectionList(LIST_ID());
for(int anIndex = 0; anIndex < aFacesSelectionList->size(); anIndex++) {
- std::shared_ptr<ModelAPI_AttributeSelection> aFaceSel = aFacesSelectionList->value(anIndex);
- ResultPtr aContext = aFaceSel->context();
- std::shared_ptr<GeomAPI_Shape> aContextShape = aContext->shape();
- if(!aContextShape.get()) {
- static const std::string aContextError = "The selection context is bad";
- setError(aContextError);
- break;
- }
-
+ AttributeSelectionPtr aFaceSel = aFacesSelectionList->value(anIndex);
std::shared_ptr<GeomAPI_Shape> aFaceShape = aFaceSel->value();
- int aFacesNum = -1; // this mean that "aFace" is used
- ResultConstructionPtr aConstruction =
- std::dynamic_pointer_cast<ModelAPI_ResultConstruction>(aContext);
- if(!aFaceShape.get()) { // this may be the whole sketch result selected, check and get faces
- if (aConstruction.get()) {
- aFacesNum = aConstruction->facesNum();
- } else {
+ if(aFaceShape.get() && !aFaceShape->isNull()) { // Getting face.
+ aFacesList.push_back(aFaceShape);
+ } else { // This may be the whole sketch result selected, check and get faces.
+ ResultPtr aContext = aFaceSel->context();
+ std::shared_ptr<GeomAPI_Shape> aContextShape = aContext->shape();
+ if(!aContextShape.get()) {
+ static const std::string aContextError = "The selection context is bad";
+ setError(aContextError);
+ return;
+ }
+ ResultConstructionPtr aConstruction = std::dynamic_pointer_cast<ModelAPI_ResultConstruction>(aContext);
+ if(!aConstruction.get()) {
static const std::string aFaceError = "Can not find basis for extrusion";
setError(aFaceError);
- break;
+ return;
}
- }
- for(int aFaceIndex = 0; aFaceIndex < aFacesNum || aFacesNum == -1; aFaceIndex++) {
- std::shared_ptr<GeomAPI_Shape> aBaseShape;
- if (aFacesNum == -1) {
- if (!aFaceShape->isNull()) {
- aFacesList.push_back(aFaceShape);
- }
- break;
- } else {
+ int aFacesNum = aConstruction->facesNum();
+ for(int aFaceIndex = 0; aFaceIndex < aFacesNum || aFacesNum == -1; aFaceIndex++) {
aFaceShape = std::dynamic_pointer_cast<GeomAPI_Shape>(aConstruction->face(aFaceIndex));
aFacesList.push_back(aFaceShape);
}
#include <GeomAlgoAPI_MakeShapeList.h>
#include <GeomAlgoAPI_ShapeTools.h>
+#include <sstream>
+
//=================================================================================================
FeaturesPlugin_Partition::FeaturesPlugin_Partition()
{
}
GeomAlgoAPI_MakeShapeList aMakeShapeList;
+ std::list<std::shared_ptr<GeomAPI_Pnt> > aBoundingPoints = GeomAlgoAPI_ShapeTools::getBoundingBox(anObjects, 1.0);
// Getting tools.
AttributeSelectionListPtr aToolsSelList = selectionList(FeaturesPlugin_Partition::TOOL_LIST_ID());
// it could be a construction plane
ResultPtr aContext = aToolAttr->context();
if(aContext.get()) {
- aTool = GeomAlgoAPI_ShapeTools::faceToInfinitePlane(aContext->shape());
+ aTool = GeomAlgoAPI_ShapeTools::fitPlaneToBox(aContext->shape(), aBoundingPoints);
std::shared_ptr<GeomAlgoAPI_MakeShapeCustom> aMkShCustom(new GeomAlgoAPI_MakeShapeCustom);
aMkShCustom->addModified(aContext->shape(), aTool);
aMakeShapeList.append(aMkShCustom);
if(theBaseShape->isEqual(theResultShape)) {
theResultBody->store(theResultShape);
} else {
- const int aModifyTag = 1;
- const int aDeletedTag = 2;
- const int aSubsolidsTag = 3; /// sub solids will be placed at labels 3, 4, etc. if result is compound of solids
+ const int aDeletedTag = 1;
+ const int aSubsolidsTag = 2; /// sub solids will be placed at labels 3, 4, etc. if result is compound of solids
+ const int aModifyTag = 100000;
+ int aModifyToolsTag = 200000;
+ std::ostringstream aStream;
theResultBody->storeModified(theBaseShape, theResultShape, aSubsolidsTag);
std::string aModName = "Modified";
theResultBody->loadAndOrientModifiedShapes(&theMakeShape, theBaseShape, GeomAPI_Shape::FACE,
- aModifyTag, aModName, theMapOfShapes);
+ aModifyTag, aModName, theMapOfShapes, true);
theResultBody->loadDeletedShapes(&theMakeShape, theBaseShape, GeomAPI_Shape::FACE, aDeletedTag);
+ int anIndex = 1;
for(ListOfShape::const_iterator anIter = theTools.begin(); anIter != theTools.end(); anIter++) {
+ aStream.str(std::string());
+ aStream.clear();
+ aStream << aModName << "_" << anIndex++;
theResultBody->loadAndOrientModifiedShapes(&theMakeShape, *anIter, GeomAPI_Shape::FACE,
- aModifyTag, aModName, theMapOfShapes);
+ aModifyToolsTag, aStream.str(), theMapOfShapes, true);
theResultBody->loadDeletedShapes(&theMakeShape, *anIter, GeomAPI_Shape::FACE, aDeletedTag);
+ aModifyToolsTag += 10000;
}
}
}
ListOfShape aFacesList;
AttributeSelectionListPtr aFacesSelectionList = selectionList(LIST_ID());
for(int anIndex = 0; anIndex < aFacesSelectionList->size(); anIndex++) {
- std::shared_ptr<ModelAPI_AttributeSelection> aFaceSel = aFacesSelectionList->value(anIndex);
- ResultPtr aContext = aFaceSel->context();
- std::shared_ptr<GeomAPI_Shape> aContextShape = aContext->shape();
- if(!aContextShape.get()) {
- static const std::string aContextError = "The selection context is bad";
- setError(aContextError);
- break;
- }
-
+ AttributeSelectionPtr aFaceSel = aFacesSelectionList->value(anIndex);
std::shared_ptr<GeomAPI_Shape> aFaceShape = aFaceSel->value();
- int aFacesNum = -1; // this mean that "aFace" is used
- ResultConstructionPtr aConstruction =
- std::dynamic_pointer_cast<ModelAPI_ResultConstruction>(aContext);
- if(!aFaceShape.get()) { // this may be the whole sketch result selected, check and get faces
- if (aConstruction.get()) {
- aFacesNum = aConstruction->facesNum();
- } else {
+ if(aFaceShape.get() && !aFaceShape->isNull()) { // Getting face.
+ aFacesList.push_back(aFaceShape);
+ } else { // This may be the whole sketch result selected, check and get faces.
+ ResultPtr aContext = aFaceSel->context();
+ std::shared_ptr<GeomAPI_Shape> aContextShape = aContext->shape();
+ if(!aContextShape.get()) {
+ static const std::string aContextError = "The selection context is bad";
+ setError(aContextError);
+ return;
+ }
+ ResultConstructionPtr aConstruction = std::dynamic_pointer_cast<ModelAPI_ResultConstruction>(aContext);
+ if(!aConstruction.get()) {
static const std::string aFaceError = "Can not find basis for revolution";
setError(aFaceError);
- break;
+ return;
}
- }
- for(int aFaceIndex = 0; aFaceIndex < aFacesNum || aFacesNum == -1; aFaceIndex++) {
- std::shared_ptr<GeomAPI_Shape> aBaseShape;
- if (aFacesNum == -1) {
- aFacesList.push_back(aFaceShape);
- break;
- } else {
+ int aFacesNum = aConstruction->facesNum();
+ for(int aFaceIndex = 0; aFaceIndex < aFacesNum || aFacesNum == -1; aFaceIndex++) {
aFaceShape = std::dynamic_pointer_cast<GeomAPI_Shape>(aConstruction->face(aFaceIndex));
aFacesList.push_back(aFaceShape);
}
--- /dev/null
+#=========================================================================
+# Initialization of the test
+#=========================================================================
+from ModelAPI import *
+from GeomDataAPI import *
+from GeomAlgoAPI import *
+from GeomAPI import *
+
+__updated__ = "2014-12-16"
+
+aSession = ModelAPI_Session.get()
+# Create a part for extrusions & boolean
+aSession.startOperation()
+aPartFeature = aSession.moduleDocument().addFeature("Part")
+aSession.finishOperation()
+aPart = aSession.activeDocument()
+
+#=========================================================================
+# Create a sketch with circle to extrude
+#=========================================================================
+aSession.startOperation()
+aCircleSketchFeature = featureToCompositeFeature(aPart.addFeature("Sketch"))
+origin = geomDataAPI_Point(aCircleSketchFeature.attribute("Origin"))
+origin.setValue(0, 0, 0)
+dirx = geomDataAPI_Dir(aCircleSketchFeature.attribute("DirX"))
+dirx.setValue(1, 0, 0)
+norm = geomDataAPI_Dir(aCircleSketchFeature.attribute("Norm"))
+norm.setValue(0, 0, 1)
+
+aSketchCircle = aCircleSketchFeature.addFeature("SketchCircle")
+aCircleCentr = geomDataAPI_Point2D(aSketchCircle.attribute("CircleCenter"))
+aCircleRadius = aSketchCircle.real("CircleRadius")
+aCircleCentr.setValue(0, 0)
+aCircleRadius.setValue(50)
+
+aSketchLine = aCircleSketchFeature.addFeature("SketchLine")
+aLineStartPoint = geomDataAPI_Point2D(aSketchLine.attribute("StartPoint"))
+aLineEndPoint = geomDataAPI_Point2D(aSketchLine.attribute("EndPoint"))
+aLineStartPoint.setValue(0, -50)
+aLineEndPoint.setValue(0, 50)
+aSession.finishOperation()
+
+#=========================================================================
+# Make extrusion on circle
+#=========================================================================
+# Build shape from sketcher results
+aCircleSketchResult = aCircleSketchFeature.firstResult()
+aCircleSketchEdges = modelAPI_ResultConstruction(aCircleSketchResult).shape()
+origin = geomDataAPI_Point(aCircleSketchFeature.attribute("Origin")).pnt()
+dirX = geomDataAPI_Dir(aCircleSketchFeature.attribute("DirX")).dir()
+norm = geomDataAPI_Dir(aCircleSketchFeature.attribute("Norm")).dir()
+aCircleSketchFaces = ShapeList()
+GeomAlgoAPI_SketchBuilder.createFaces(
+ origin, dirX, norm, aCircleSketchEdges, aCircleSketchFaces)
+assert (len(aCircleSketchFaces) > 0)
+assert (aCircleSketchFaces[0] is not None)
+# Create extrusion
+aSession.startOperation()
+anExtrusionFt = aPart.addFeature("Extrusion")
+assert (anExtrusionFt.getKind() == "Extrusion")
+# selection type FACE=4
+anExtrusionFt.selectionList("base").append(
+ aCircleSketchResult, None)
+anExtrusionFt.string("CreationMethod").setValue("BySizes")
+anExtrusionFt.real("to_size").setValue(50)
+anExtrusionFt.real("from_size").setValue(0)
+anExtrusionFt.real("to_offset").setValue(0) #TODO: remove
+anExtrusionFt.real("from_offset").setValue(0) #TODO: remove
+anExtrusionFt.execute()
+aSession.finishOperation()
+assert (anExtrusionFt.real("to_size").value() == 50.0)
+
+# Check extrusion results
+assert (len(anExtrusionFt.results()) > 0)
+anExtrusionResult = modelAPI_ResultBody(anExtrusionFt.firstResult())
+assert (anExtrusionResult is not None)
+
+#=========================================================================
+# Test extrusion cut between bounding planes
+#=========================================================================
+# Create from plane
+aSession.startOperation()
+aFromPlaneFeature = aPart.addFeature("Plane")
+aFromPlaneFeature.string("CreationMethod").setValue("PlaneByGeneralEquation")
+aFromPlaneFeature.real("A").setValue(0.)
+aFromPlaneFeature.real("B").setValue(0.)
+aFromPlaneFeature.real("C").setValue(1.)
+aFromPlaneFeature.real("D").setValue(-25.)
+aSession.finishOperation()
+
+# Create to plane
+aSession.startOperation()
+aToPlaneFeature = aPart.addFeature("Plane")
+aToPlaneFeature.string("CreationMethod").setValue("PlaneByGeneralEquation")
+aToPlaneFeature.real("A").setValue(0.)
+aToPlaneFeature.real("B").setValue(0.)
+aToPlaneFeature.real("C").setValue(1.)
+aToPlaneFeature.real("D").setValue(-60.)
+aSession.finishOperation()
+
+#=========================================================================
+# Make extrusion cut
+#=========================================================================
+aSession.startOperation()
+anExtrusionCutFt = featureToCompositeFeature(aPart.addFeature("ExtrusionCut"))
+assert (anExtrusionCutFt.getKind() == "ExtrusionCut")
+# selection type FACE=4
+aSession.startOperation()
+aCircleSketchFeature = featureToCompositeFeature(anExtrusionCutFt.addFeature("Sketch"))
+origin = geomDataAPI_Point(aCircleSketchFeature.attribute("Origin"))
+origin.setValue(0, 0, 50)
+dirx = geomDataAPI_Dir(aCircleSketchFeature.attribute("DirX"))
+dirx.setValue(1, 0, 0)
+norm = geomDataAPI_Dir(aCircleSketchFeature.attribute("Norm"))
+norm.setValue(0, 0, 1)
+aCircleSketchFeature.selection("External").selectSubShape("face", "Extrusion_1/TopFace_1")
+aSketchCircle = aCircleSketchFeature.addFeature("SketchCircle")
+anCircleCentr = geomDataAPI_Point2D(aSketchCircle.attribute("CircleCenter"))
+aCircleRadius = aSketchCircle.real("CircleRadius")
+anCircleCentr.setValue(0, 0)
+aCircleRadius.setValue(10)
+aSession.finishOperation()
+aSession.startOperation()
+anExtrusionCutFt.string("CreationMethod").setValue("ByPlanesAndOffsets")
+anExtrusionCutFt.real("to_size").setValue(0)
+anExtrusionCutFt.real("from_size").setValue(0)
+aToResult = aToPlaneFeature.firstResult()
+aToShape = modelAPI_ResultConstruction(aToResult).shape()
+anExtrusionCutFt.selection("to_object").setValue(aToResult, aToShape)
+anExtrusionCutFt.real("to_offset").setValue(0)
+aFromResult = aFromPlaneFeature.firstResult()
+aFromShape = modelAPI_ResultConstruction(aFromResult).shape()
+anExtrusionCutFt.selection("from_object").setValue(aFromResult, aFromShape)
+anExtrusionCutFt.real("from_offset").setValue(0)
+anExtrusionCutFt.selectionList("boolean_objects").append(modelAPI_ResultCompSolid(anExtrusionResult).subResult(1), None)
+anExtrusionCutFt.execute()
+aSession.finishOperation()
+aSession.finishOperation()
+
+#=========================================================================
+# Test results
+#=========================================================================
+aFactory = ModelAPI_Session.get().validators()
+assert (aFactory.validate(anExtrusionCutFt))
+assert (len(anExtrusionCutFt.results()) > 0)
+aCurrentResult = modelAPI_ResultBody(anExtrusionCutFt.firstResult())
+assert (aCurrentResult is not None)
+aSession.undo()
+
+#=========================================================================
+# Create a sketch line to revol
+#=========================================================================
+aSession.startOperation()
+aLineSketchFeature = featureToCompositeFeature(aPart.addFeature("Sketch"))
+origin = geomDataAPI_Point(aLineSketchFeature.attribute("Origin"))
+origin.setValue(0, 0, 0)
+dirx = geomDataAPI_Dir(aLineSketchFeature.attribute("DirX"))
+dirx.setValue(1, 0, 0)
+norm = geomDataAPI_Dir(aLineSketchFeature.attribute("Norm"))
+norm.setValue(0, 0, 1)
+
+aSketchLine = aLineSketchFeature.addFeature("SketchLine")
+aLineStartPoint = geomDataAPI_Point2D(aSketchLine.attribute("StartPoint"))
+aLineEndPoint = geomDataAPI_Point2D(aSketchLine.attribute("EndPoint"))
+aLineStartPoint.setValue(-50., 50.)
+aLineEndPoint.setValue(-50., -50.)
+aSession.finishOperation()
+
+# Build shape from sketcher results
+aLineSketchResult = aLineSketchFeature.firstResult()
+aLineSketchShape = modelAPI_ResultConstruction(aLineSketchResult).shape()
+aShapeExplorer = GeomAPI_ShapeExplorer(aLineSketchShape, GeomAPI_Shape.EDGE)
+aLineEdge = aShapeExplorer.current()
+
+#=========================================================================
+# Make revolution fuse
+#=========================================================================
+aSession.startOperation()
+anRevolutionFuseFt = featureToCompositeFeature(aPart.addFeature("RevolutionFuse"))
+assert (anRevolutionFuseFt.getKind() == "RevolutionFuse")
+# selection type FACE=4
+aSession.startOperation()
+aCircleSketchFeature = featureToCompositeFeature(anRevolutionFuseFt.addFeature("Sketch"))
+origin = geomDataAPI_Point(aCircleSketchFeature.attribute("Origin"))
+origin.setValue(0, 0, 50)
+dirx = geomDataAPI_Dir(aCircleSketchFeature.attribute("DirX"))
+dirx.setValue(1, 0, 0)
+norm = geomDataAPI_Dir(aCircleSketchFeature.attribute("Norm"))
+norm.setValue(0, 0, 1)
+aCircleSketchFeature.selection("External").selectSubShape("face", "Extrusion_1/TopFace_1")
+aSketchCircle = aCircleSketchFeature.addFeature("SketchCircle")
+anCircleCentr = geomDataAPI_Point2D(aSketchCircle.attribute("CircleCenter"))
+aCircleRadius = aSketchCircle.real("CircleRadius")
+anCircleCentr.setValue(0, 0)
+aCircleRadius.setValue(10)
+aSession.finishOperation()
+aSession.startOperation()
+anRevolutionFuseFt.selection("axis_object").setValue(aLineSketchResult, aLineEdge)
+anRevolutionFuseFt.string("CreationMethod").setValue("ByPlanesAndOffsets")
+anRevolutionFuseFt.real("from_angle").setValue(0) #TODO: remove
+anRevolutionFuseFt.real("to_angle").setValue(0) #TODO: remove
+anRevolutionFuseFt.selection("to_object").setValue(aToResult, None)
+anRevolutionFuseFt.real("to_offset").setValue(0)
+anRevolutionFuseFt.selection("from_object").setValue(None, None)
+anRevolutionFuseFt.real("from_offset").setValue(0)
+anRevolutionFuseFt.selectionList("boolean_objects").append(modelAPI_ResultCompSolid(anExtrusionResult).subResult(1), None)
+anRevolutionFuseFt.execute()
+aSession.finishOperation()
+aSession.finishOperation()
+
+#=========================================================================
+# Test results
+#=========================================================================
+aFactory = ModelAPI_Session.get().validators()
+assert (aFactory.validate(anRevolutionFuseFt))
+assert (len(anRevolutionFuseFt.results()) > 0)
+aCurrentResult = modelAPI_ResultBody(anRevolutionFuseFt.firstResult())
+assert (aCurrentResult is not None)
+
aLineBEndPoint = geomDataAPI_Point2D(aSketchLineB.attribute("EndPoint"))
aLineCStartPoint = geomDataAPI_Point2D(aSketchLineC.attribute("StartPoint"))
aLineCEndPoint = geomDataAPI_Point2D(aSketchLineC.attribute("EndPoint"))
-aLineAStartPoint.setValue(25., 25.)
-aLineAEndPoint.setValue(100., 25.)
-aLineBStartPoint.setValue(100., 25.)
-aLineBEndPoint.setValue(60., 75.)
-aLineCStartPoint.setValue(60., 75.)
-aLineCEndPoint.setValue(25., 25.)
+aLineAStartPoint.setValue(-100., 0.)
+aLineAEndPoint.setValue(100., 0.)
+aLineBStartPoint.setValue(100., 0.)
+aLineBEndPoint.setValue(0., 173.2)
+aLineCStartPoint.setValue(0., 173.2)
+aLineCEndPoint.setValue(-100., 0.)
aSession.finishOperation()
# Build sketch faces
aSession.startOperation()
dirX = geomDataAPI_Dir(aTriangleSketchFeature.attribute("DirX")).dir()
norm = geomDataAPI_Dir(aTriangleSketchFeature.attribute("Norm")).dir()
aSketchFaces = ShapeList()
-GeomAlgoAPI_SketchBuilder.createFaces(
- origin, dirX, norm, aSketchEdges, aSketchFaces)
+GeomAlgoAPI_SketchBuilder.createFaces(origin, dirX, norm, aSketchEdges, aSketchFaces)
# Create extrusion on them
anExtrusionFt = aPart.addFeature("Extrusion")
-anExtrusionFt.selectionList("base").append(
- aSketchResult, aSketchFaces[0])
-anExtrusionFt.real("from_size").setValue(50)
+anExtrusionFt.selectionList("base").append(aSketchResult, aSketchFaces[0])
+anExtrusionFt.string("CreationMethod").setValue("BySizes")
anExtrusionFt.real("to_size").setValue(50)
+anExtrusionFt.real("from_size").setValue(50)
+anExtrusionFt.real("to_offset").setValue(0) #TODO: remove
+anExtrusionFt.real("from_offset").setValue(0) #TODO: remove
anExtrusionFt.execute()
aSession.finishOperation()
anExtrusionBody = modelAPI_ResultBody(anExtrusionFt.firstResult())
#=========================================================================
+# Create group of vertex
+#=========================================================================
+aSession.startOperation()
+aGroupFeature = aSession.activeDocument().addFeature("Group")
+aSelectionListAttr = aGroupFeature.selectionList("group_list")
+aSelectionListAttr.setSelectionType("vertex")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_3|Extrusion_1_1/LateralFace_1|Extrusion_1_1/ToFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_3|Extrusion_1_1/LateralFace_2|Extrusion_1_1/ToFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_2|Extrusion_1_1/LateralFace_1|Extrusion_1_1/ToFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_3|Extrusion_1_1/LateralFace_1|Extrusion_1_1/FromFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_3|Extrusion_1_1/LateralFace_2|Extrusion_1_1/FromFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_2|Extrusion_1_1/LateralFace_1|Extrusion_1_1/FromFace_1")
+aSession.finishOperation()
+#=========================================================================
+# Check results
+#=========================================================================
+assert(aSelectionListAttr.size() == 6)
+aGroupResult = aGroupFeature.firstResult()
+assert(aGroupResult)
+#=========================================================================
# Create group of edges
-# TODO: After implementation of selection from batch script
-# update this test to have proper reslts in the group feature
#=========================================================================
aSession.startOperation()
aGroupFeature = aSession.activeDocument().addFeature("Group")
aSelectionListAttr = aGroupFeature.selectionList("group_list")
aSelectionListAttr.setSelectionType("edge")
-aSelectionListAttr.append("Extrusion_1/LateralFace_3|Extrusion_1/LateralFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_2|Extrusion_1_1/LateralFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_3|Extrusion_1_1/LateralFace_2")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_3|Extrusion_1_1/LateralFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_3|Extrusion_1_1/FromFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_1|Extrusion_1_1/ToFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_1|Extrusion_1_1/FromFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_2|Extrusion_1_1/ToFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_2|Extrusion_1_1/FromFace_1")
+aSelectionListAttr.append("Extrusion_1_1/LateralFace_3|Extrusion_1_1/ToFace_1")
+aSession.finishOperation()
+#=========================================================================
+# Check results
+#=========================================================================
+assert(aSelectionListAttr.size() == 9)
+aGroupResult = aGroupFeature.firstResult()
+assert(aGroupResult)
+#=========================================================================
+# Create group of faces
+#=========================================================================
+aSession.startOperation()
+aGroupFeature = aSession.activeDocument().addFeature("Group")
+aSelectionListAttr = aGroupFeature.selectionList("group_list")
+aSelectionListAttr.setSelectionType("face")
+aShapeExplorer = GeomAPI_ShapeExplorer(anExtrusionBody.shape(), GeomAPI_Shape.FACE)
+while aShapeExplorer.more():
+ aSelectionListAttr.append(anExtrusionBody, aShapeExplorer.current())
+ aShapeExplorer.next();
+aSession.finishOperation()
+#=========================================================================
+# Check results
+#=========================================================================
+assert(aSelectionListAttr.size() == 5)
+aGroupResult = aGroupFeature.firstResult()
+assert(aGroupResult)
+#=========================================================================
+# Create group of solids
+#=========================================================================
+aSession.startOperation()
+aGroupFeature = aSession.activeDocument().addFeature("Group")
+aSelectionListAttr = aGroupFeature.selectionList("group_list")
+aSelectionListAttr.setSelectionType("face")
+aSelectionListAttr.append(anExtrusionBody, None)
+aSession.finishOperation()
+#=========================================================================
+# Check results
+#=========================================================================
+assert(aSelectionListAttr.size() == 1)
+aGroupResult = aGroupFeature.firstResult()
+assert(aGroupResult)
+
+#=========================================================================
+# Create group of face
+#=========================================================================
+aSession.startOperation()
+aGroupFeature = aSession.activeDocument().addFeature("Group")
+aSelectionListAttr = aGroupFeature.selectionList("group_list")
+aSelectionListAttr.setSelectionType("face")
+aSelectionListAttr.append("Extrusion_1_1/ToFace_1")
aSession.finishOperation()
#=========================================================================
# Check results
#=========================================================================
-#aGroupResult = aGroupFeature.firstResult()
-#assert(aGroupResult)
+assert(aSelectionListAttr.size() == 1)
+aGroupResult = aGroupFeature.firstResult()
+assert(aGroupResult)
+
+#=========================================================================
+# Create a sketch circle to extrude
+#=========================================================================
+aSession.startOperation()
+aCircleSketchFeature = featureToCompositeFeature(aPart.addFeature("Sketch"))
+origin = geomDataAPI_Point(aCircleSketchFeature.attribute("Origin"))
+origin.setValue(0, 0, 0)
+dirx = geomDataAPI_Dir(aCircleSketchFeature.attribute("DirX"))
+dirx.setValue(1, 0, 0)
+norm = geomDataAPI_Dir(aCircleSketchFeature.attribute("Norm"))
+norm.setValue(0, 0, 1)
+# Create circle
+aSketchCircle = aCircleSketchFeature.addFeature("SketchCircle")
+anCircleCentr = geomDataAPI_Point2D(aSketchCircle.attribute("CircleCenter"))
+aCircleRadius = aSketchCircle.real("CircleRadius")
+anCircleCentr.setValue(0., 57.74)
+aCircleRadius.setValue(50.)
+aSession.finishOperation()
+#=========================================================================
+# Make extrusion on circle
+#=========================================================================
+# Build shape from sketcher results
+aCircleSketchResult = aCircleSketchFeature.firstResult()
+aCircleSketchEdges = modelAPI_ResultConstruction(aCircleSketchResult).shape()
+origin = geomDataAPI_Point(aCircleSketchFeature.attribute("Origin")).pnt()
+dirX = geomDataAPI_Dir(aCircleSketchFeature.attribute("DirX")).dir()
+norm = geomDataAPI_Dir(aCircleSketchFeature.attribute("Norm")).dir()
+aCircleSketchFaces = ShapeList()
+GeomAlgoAPI_SketchBuilder.createFaces(origin, dirX, norm, aCircleSketchEdges, aCircleSketchFaces)
+assert(len(aCircleSketchFaces) > 0)
+assert(aCircleSketchFaces[0] is not None)
+# Create extrusion
+aSession.startOperation()
+anExtrusionFt = aPart.addFeature("Extrusion")
+assert (anExtrusionFt.getKind() == "Extrusion")
+# selection type FACE=4
+anExtrusionFt.selectionList("base").append(aCircleSketchResult, aCircleSketchFaces[0])
+anExtrusionFt.string("CreationMethod").setValue("BySizes")
+anExtrusionFt.real("to_size").setValue(50)
+anExtrusionFt.real("from_size").setValue(50)
+anExtrusionFt.real("to_offset").setValue(0) #TODO: remove
+anExtrusionFt.real("from_offset").setValue(0) #TODO: remove
+anExtrusionFt.execute()
+aSession.finishOperation()
+aCylinderBody = modelAPI_ResultBody(anExtrusionFt.firstResult())
+
+#=========================================================================
+# Create a cut
+#=========================================================================
+aSession.startOperation()
+aBooleanFt = aPart.addFeature("Boolean")
+aBooleanFt.selectionList("main_objects").append(anExtrusionBody, None)
+aBooleanFt.selectionList("tool_objects").append(aCylinderBody, None)
+aBooleanTypeCut = 0
+aBooleanFt.integer("bool_type").setValue(aBooleanTypeCut)
+aBooleanFt.execute()
+aSession.finishOperation()
+
+#=========================================================================
+# Move group feature
+#=========================================================================
+aSession.startOperation()
+aPart.moveFeature(aGroupFeature, aBooleanFt)
+aSession.finishOperation()
+
+#=========================================================================
+# Check results
+#=========================================================================
+aFactory = ModelAPI_Session.get().validators()
+assert(aFactory.validate(aGroupFeature))
+assert(aSelectionListAttr.size() == 1)
+assert(len(aGroupFeature.results()) > 0)
+aGroupResult = aGroupFeature.firstResult()
+assert(aGroupResult)
#=========================================================================
# End of test
#=========================================================================
+
<!-- Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
<source>
+ <module_choice id="bool_type"
+ widget_type="radiobuttons"
+ buttons_dir="horizontal"
+ label="Operation type"
+ tooltip="Type of boolean operation"
+ string_list="Cut Fuse Common"
+ icons_list=":icons/bool_cut.png :icons/bool_fuse.png :icons/bool_common.png"
+ default="0"
+ />
<multi_selector id="main_objects"
label="Main objects"
- icon=":icons/cut_shape.png"
+ icon=""
tooltip="Select a solid objects"
type_choice="Solids"
concealment="true">
</multi_selector>
<multi_selector id="tool_objects"
label="Tool object"
- icon=":icons/cut_tool.png"
+ icon=""
tooltip="Select a tool solid"
type_choice="Solids"
concealment="true" >
<validator id="PartSet_DifferentObjects"/>
<validator id="GeomValidators_ShapeType" parameters="empty,solid"/>
</multi_selector>
- <choice id="bool_type"
- label="Type"
- tooltip="Type of boolean operation"
- string_list="Cut Fuse Common"
- default="0"
- />
<validator id="GeomValidators_BooleanArguments" parameters="main_objects,tool_objects,bool_type"/>
</source>
</groupbox>
</box>
</toolbox>
- <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,BySizes,to_size,from_size,to_object,to_offset,from_object,from_offset"/>
+ <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,BySizes,base,to_size,from_size,to_object,to_offset,from_object,from_offset"/>
</source>
concealment="true">
<validator id="GeomValidators_ShapeType" parameters="solid"/>
</multi_selector>
- <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,BySizes,to_size,from_size,to_object,to_offset,from_object,from_offset"/>
+ <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,BySizes,sketch_selection,to_size,from_size,to_object,to_offset,from_object,from_offset"/>
</source>
concealment="true">
<validator id="GeomValidators_ShapeType" parameters="solid"/>
</multi_selector>
- <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,BySizes,to_size,from_size,to_object,to_offset,from_object,from_offset"/>
+ <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,BySizes,sketch_selection,to_size,from_size,to_object,to_offset,from_object,from_offset"/>
</source>
</box>
</toolbox>
</groupbox>
- <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,BySizes,to_size,from_size,to_object,to_offset,from_object,from_offset"/>
+ <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,BySizes,sketch_selection,to_size,from_size,to_object,to_offset,from_object,from_offset"/>
</source>
</groupbox>
</box>
</toolbox>
- <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,ByAngles,to_angle,from_angle,to_object,to_offset,from_object,from_offset"/>
+ <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,ByAngles,base,to_angle,from_angle,to_object,to_offset,from_object,from_offset"/>
</source>
\ No newline at end of file
concealment="true">
<validator id="GeomValidators_ShapeType" parameters="solid"/>
</multi_selector>
- <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,ByAngles,to_angle,from_angle,to_object,to_offset,from_object,from_offset"/>
+ <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,ByAngles,sketch_selection,to_angle,from_angle,to_object,to_offset,from_object,from_offset"/>
</source>
concealment="true">
<validator id="GeomValidators_ShapeType" parameters="solid"/>
</multi_selector>
- <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,ByAngles,to_angle,from_angle,to_object,to_offset,from_object,from_offset"/>
+ <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,ByAngles,sketch_selection,to_angle,from_angle,to_object,to_offset,from_object,from_offset"/>
</source>
</box>
</toolbox>
</groupbox>
- <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,ByAngles,to_angle,from_angle,to_object,to_offset,from_object,from_offset"/>
+ <validator id="GeomValidators_ZeroOffset" parameters="CreationMethod,ByAngles,sketch_selection,to_angle,from_angle,to_object,to_offset,from_object,from_offset"/>
</source>
#include <gp_Circ2d.hxx>
#include <gp_Pnt2d.hxx>
#include <gp_Ax2d.hxx>
+#include <GeomLib_Tool.hxx>
#include <Geom2d_Circle.hxx>
#include <Geom2dAPI_ProjectPointOnCurve.hxx>
#include <Precision.hxx>
return MY_CIRC2D->Radius();
}
+//=================================================================================================
+const bool GeomAPI_Circ2d::parameter(const std::shared_ptr<GeomAPI_Pnt2d> thePoint,
+ const double theTolerance,
+ double& theParameter) const
+{
+ Handle(Geom2d_Circle) aCurve = new Geom2d_Circle(*MY_CIRC2D);
+ return GeomLib_Tool::Parameter(aCurve, thePoint->impl<gp_Pnt2d>(), theTolerance, theParameter) == Standard_True;
+}
+
+//=================================================================================================
+void GeomAPI_Circ2d::D0(const double theU, std::shared_ptr<GeomAPI_Pnt2d>& thePoint)
+{
+ Handle(Geom2d_Circle) aCurve = new Geom2d_Circle(*MY_CIRC2D);
+ gp_Pnt2d aPnt;
+ aCurve->D0(theU, aPnt);
+ thePoint.reset(new GeomAPI_Pnt2d(aPnt.X(), aPnt.Y()));
+}
+
GEOMAPI_EXPORT
const std::shared_ptr<GeomAPI_Pnt2d> project(
const std::shared_ptr<GeomAPI_Pnt2d>& thePoint) const;
+
+ /** \brief Computes the parameter of a given point on a circle. The point must be
+ * located either on the circle itself or relatively to the latter
+ * at a distance less than the tolerance value. Return FALSE if the point
+ * is beyond the tolerance limit or if computation fails.
+ * Max Tolerance value is currently limited to 1.e-4
+ * \param[in] thePoint point of origin.
+ * \param[in] theTolerance tolerance of computation.
+ * \param[out] theParameter resulting parameter.
+ */
+ GEOMAPI_EXPORT const bool parameter(const std::shared_ptr<GeomAPI_Pnt2d> thePoint,
+ const double theTolerance,
+ double& theParameter) const;
+
+ /** \brief Returns in thePoint the point of parameter theU.
+ * P = C + R * Cos (U) * XDir + R * Sin (U) * YDir where C is the center of the circle,
+ * XDir the XDirection and YDir the YDirection of the circle's local coordinate system.
+ * \param[in] theU parameter.
+ * \param[out] thePoint resulting point.
+ */
+ GEOMAPI_EXPORT void D0(const double theU, std::shared_ptr<GeomAPI_Pnt2d>& thePoint);
};
#endif
#include <memory>
#include <GeomAPI_Interface.h>
-class GeomAPI_Pnt;
-class GeomAPI_Dir;
+#include <GeomAPI_Shape.h>
/**\class GeomAPI_DataMapOfShapeShape
* \ingroup DataModel
class GeomAPI_DataMapOfShapeShape : public GeomAPI_Interface
{
public:
- /// Creation of plane by the point and normal
- GEOMAPI_EXPORT
+ /// Constructor.
+ GEOMAPI_EXPORT
GeomAPI_DataMapOfShapeShape();
- /// Clear
- GEOMAPI_EXPORT
+ /// Clears map.
+ GEOMAPI_EXPORT
void clear();
- /// Size of the map
- GEOMAPI_EXPORT
+ /// Size of the map.
+ GEOMAPI_EXPORT
int size();
- /// Adds \a theKey to me with \a theItem. Returns True if the Key was not already in the map
- GEOMAPI_EXPORT
- bool bind (std::shared_ptr<GeomAPI_Shape> theKey, std::shared_ptr<GeomAPI_Shape> theItem);
+ /// Adds \a theKey to me with \a theItem. Returns True if the Key was not already in the map.
+ GEOMAPI_EXPORT
+ bool bind (const std::shared_ptr<GeomAPI_Shape> theKey, const std::shared_ptr<GeomAPI_Shape> theItem);
- /// Merges two maps
+ /// Merges two maps.
GEOMAPI_EXPORT void merge(const GeomAPI_DataMapOfShapeShape& theDataMap);
- /// Merges two maps
+ /// Merges two maps.
GEOMAPI_EXPORT void merge(const std::shared_ptr<GeomAPI_DataMapOfShapeShape> theDataMap);
- /// Returns true if theKey is stored in the map.
- GEOMAPI_EXPORT
- bool isBound (std::shared_ptr<GeomAPI_Shape> theKey);
+ /// \return true if theKey is stored in the map.
+ GEOMAPI_EXPORT
+ bool isBound (const std::shared_ptr<GeomAPI_Shape> theKey);
- /// Returns the Item stored with the Key in the Map.
- GEOMAPI_EXPORT
- const std::shared_ptr<GeomAPI_Shape> find(std::shared_ptr<GeomAPI_Shape> theKey);
-
- /// Removes the Key from the map. Returns true if the Key was in the Map
- GEOMAPI_EXPORT
- bool unBind(std::shared_ptr<GeomAPI_Shape> theKey);
+ /// \return the Item stored with the Key in the Map.
+ GEOMAPI_EXPORT
+ const std::shared_ptr<GeomAPI_Shape> find(const std::shared_ptr<GeomAPI_Shape> theKey);
+
+ /// \brief Removes the Key from the map.
+ /// \return true if the Key was in the Map.
+ GEOMAPI_EXPORT
+ bool unBind(const std::shared_ptr<GeomAPI_Shape> theKey);
/// Destructor
- GEOMAPI_EXPORT
+ GEOMAPI_EXPORT
~GeomAPI_DataMapOfShapeShape();
};
* \brief General base class for all interfaces in this package
*/
+template <typename T>
+void GeomAPI_deleter( void* p ) {
+ delete reinterpret_cast<T*>(p);
+}
+
class GeomAPI_Interface
{
private:
- std::shared_ptr<void> myImpl; ///< pointer to the internal impl object
+ std::shared_ptr<char> myImpl; ///< pointer to the internal impl object
public:
/// None - constructor
/// Constructor by the impl pointer (used for internal needs)
template<class T> explicit GeomAPI_Interface(T* theImpl)
{
- myImpl.reset(theImpl);
+ myImpl = std::shared_ptr<char>(reinterpret_cast<char*>(theImpl), GeomAPI_deleter<T>);
}
/// Destructor
/// Returns the pointer to the impl
template<class T> inline T* implPtr()
{
- return static_cast<T*>(myImpl.get());
+ return reinterpret_cast<T*>(myImpl.get());
}
/// Returns the pointer to the impl
template<class T> inline const T* implPtr() const
{
- return static_cast<T*>(myImpl.get());
+ return reinterpret_cast<T*>(myImpl.get());
}
/// Returns the reference object of the impl
template<class T> inline const T& impl() const
{
- return *(static_cast<T*>(myImpl.get()));
+ return *(reinterpret_cast<T*>(myImpl.get()));
}
/// Updates the impl (deletes the old one)
template<class T> inline void setImpl(T* theImpl)
{
- myImpl.reset(theImpl);
+ myImpl = std::shared_ptr<char>(reinterpret_cast<char*>(theImpl), GeomAPI_deleter<T>);
}
/// Returns true if the impl is empty
{
impl<gp_Pln>().Coefficients(theA, theB, theC, theD);
}
+
+bool GeomAPI_Pln::isCoincident(const std::shared_ptr<GeomAPI_Pln> thePlane, const double theTolerance)
+{
+ if(!thePlane.get()) {
+ return false;
+ }
+
+ const gp_Pln& aMyPln = impl<gp_Pln>();
+ const gp_Pln& anOtherPln = thePlane->impl<gp_Pln>();
+ return (aMyPln.Contains(anOtherPln.Location(), theTolerance) && aMyPln.Axis().IsParallel(anOtherPln.Axis(), theTolerance));
+}
/// Returns the plane coefficients (Ax+By+Cz+D=0)
GEOMAPI_EXPORT
void coefficients(double& theA, double& theB, double& theC, double& theD);
+
+ /// Returns true if planes are coincident.
+ GEOMAPI_EXPORT
+ bool isCoincident(const std::shared_ptr<GeomAPI_Pln> thePlane, const double theTolerance = 1.e-7);
};
#endif
GeomAlgoAPI_MakeShape.h
GeomAlgoAPI_MakeShapeCustom.h
GeomAlgoAPI_MakeShapeList.h
+ GeomAlgoAPI_MakeSweep.h
GeomAlgoAPI_DFLoader.h
GeomAlgoAPI_Placement.h
GeomAlgoAPI_BREPImport.h
GeomAlgoAPI_MakeShape.cpp
GeomAlgoAPI_MakeShapeCustom.cpp
GeomAlgoAPI_MakeShapeList.cpp
+ GeomAlgoAPI_MakeSweep.cpp
GeomAlgoAPI_DFLoader.cpp
GeomAlgoAPI_Placement.cpp
GeomAlgoAPI_BREPImport.cpp
#include "GeomAlgoAPI_MakeShape.h"
#include "GeomAlgoAPI_MakeShapeCustom.h"
#include "GeomAlgoAPI_MakeShapeList.h"
+ #include "GeomAlgoAPI_MakeSweep.h"
#include "GeomAlgoAPI_Translation.h"
#include "GeomAlgoAPI_Placement.h"
#include "GeomAlgoAPI_PointBuilder.h"
%include "GeomAlgoAPI_MakeShape.h"
%include "GeomAlgoAPI_MakeShapeCustom.h"
%include "GeomAlgoAPI_MakeShapeList.h"
+%include "GeomAlgoAPI_MakeSweep.h"
%include "GeomAlgoAPI_Translation.h"
%include "GeomAlgoAPI_Placement.h"
%include "GeomAlgoAPI_PointBuilder.h"
#include <TopTools_ListIteratorOfListOfShape.hxx>
//=================================================================================================
-GeomAlgoAPI_MakeShape::GeomAlgoAPI_MakeShape(void* theMkShape, const AlgoType theAlgoType)
-: GeomAPI_Interface(theMkShape),
- myAlgoType(theAlgoType),
- myShape(new GeomAPI_Shape())
+GeomAlgoAPI_MakeShape::GeomAlgoAPI_MakeShape()
+: myBuilderType(OCCT_BRepBuilderAPI_MakeShape),
+ myDone(false)
{
- switch (myAlgoType) {
- case MakeShape:
- case MakePipe: {
- myShape->setImpl(new TopoDS_Shape(implPtr<BRepBuilderAPI_MakeShape>()->Shape()));
- break;
- }
- case BOPAlgoBuilder: {
- myShape->setImpl(new TopoDS_Shape(implPtr<BOPAlgo_Builder>()->Shape()));
- break;
- }
- }
}
//=================================================================================================
-GeomAlgoAPI_MakeShape::GeomAlgoAPI_MakeShape(void* theMkShape,
- const std::shared_ptr<GeomAPI_Shape> theWire,
- const std::shared_ptr<GeomAPI_Shape> theBaseShape)
-: GeomAPI_Interface(theMkShape),
- myAlgoType(MakePipe),
- myShape(new GeomAPI_Shape()),
- myWire(theWire),
- myBaseShape(theBaseShape)
+bool GeomAlgoAPI_MakeShape::isDone() const
{
- myShape->setImpl(new TopoDS_Shape(implPtr<BRepOffsetAPI_MakePipe>()->Shape()));
+ return myDone;
}
//=================================================================================================
void GeomAlgoAPI_MakeShape::generated(const std::shared_ptr<GeomAPI_Shape> theShape,
ListOfShape& theHistory)
{
- if(myAlgoType == MakePipe) {
- BRepOffsetAPI_MakePipe* aMakePipe = implPtr<BRepOffsetAPI_MakePipe>();
- TopExp_Explorer aShapeExplorer(myWire->impl<TopoDS_Wire>(), TopAbs_EDGE);
- for (; aShapeExplorer.More(); aShapeExplorer.Next ()) {
- const TopoDS_Shape& aSpine = aShapeExplorer.Current();
- const TopoDS_Shape& aProfile = theShape->impl<TopoDS_Shape>();
- if(aProfile.ShapeType() != TopAbs_EDGE && aProfile.ShapeType() != TopAbs_VERTEX) {
- return;
- }
- const TopoDS_Shape& aBaseShape = myBaseShape->impl<TopoDS_Shape>();
- TopExp_Explorer anExp(aBaseShape, aProfile.ShapeType());
- Standard_Boolean hasShape = Standard_False;
- for(; anExp.More(); anExp.Next()) {
- if(anExp.Current().IsSame(aProfile)) {
- hasShape = Standard_True;
- break;
- }
- }
- if(!hasShape) {
- return;
- }
- const TopoDS_Shape& aGeneratedShape = aMakePipe->Generated(aSpine, aProfile);
- if(aGeneratedShape.IsNull()) {
- continue;
- }
- std::shared_ptr<GeomAPI_Shape> aShape(new GeomAPI_Shape());
- aShape->setImpl(new TopoDS_Shape(aGeneratedShape));
- theHistory.push_back(aShape);
- }
- } else {
- TopTools_ListOfShape aList;
- if(myAlgoType == MakeShape) {
- BRepBuilderAPI_MakeShape* aMakeShape = implPtr<BRepBuilderAPI_MakeShape>();
- aList = aMakeShape->Generated(theShape->impl<TopoDS_Shape>());
- } else if(myAlgoType == BOPAlgoBuilder) {
- BOPAlgo_Builder* aBOPBuilder = implPtr<BOPAlgo_Builder>();
- aList = aBOPBuilder->Generated(theShape->impl<TopoDS_Shape>());
- }
- for(TopTools_ListIteratorOfListOfShape anIt(aList); anIt.More(); anIt.Next()) {
- if(anIt.Value().IsNull()) {
- continue;
- }
- std::shared_ptr<GeomAPI_Shape> aShape(new GeomAPI_Shape());
- aShape->setImpl(new TopoDS_Shape(anIt.Value()));
- theHistory.push_back(aShape);
+ TopTools_ListOfShape aList;
+ if(myBuilderType == OCCT_BRepBuilderAPI_MakeShape) {
+ BRepBuilderAPI_MakeShape* aMakeShape = implPtr<BRepBuilderAPI_MakeShape>();
+ aList = aMakeShape->Generated(theShape->impl<TopoDS_Shape>());
+ } else if(myBuilderType == OCCT_BOPAlgo_Builder) {
+ BOPAlgo_Builder* aBOPBuilder = implPtr<BOPAlgo_Builder>();
+ aList = aBOPBuilder->Generated(theShape->impl<TopoDS_Shape>());
+ }
+ for(TopTools_ListIteratorOfListOfShape anIt(aList); anIt.More(); anIt.Next()) {
+ if(anIt.Value().IsNull()) {
+ continue;
}
+ std::shared_ptr<GeomAPI_Shape> aShape(new GeomAPI_Shape());
+ aShape->setImpl(new TopoDS_Shape(anIt.Value()));
+ theHistory.push_back(aShape);
}
}
ListOfShape& theHistory)
{
TopTools_ListOfShape aList;
- if(myAlgoType == MakeShape) {
+ if(myBuilderType == OCCT_BRepBuilderAPI_MakeShape) {
BRepBuilderAPI_MakeShape* aMakeShape = implPtr<BRepBuilderAPI_MakeShape>();
aList = aMakeShape->Modified(theShape->impl<TopoDS_Shape>());
- } else if(myAlgoType == BOPAlgoBuilder) {
+ } else if(myBuilderType == OCCT_BOPAlgo_Builder) {
BOPAlgo_Builder* aBOPBuilder = implPtr<BOPAlgo_Builder>();
aList = aBOPBuilder->Modified(theShape->impl<TopoDS_Shape>());
}
bool GeomAlgoAPI_MakeShape::isDeleted(const std::shared_ptr<GeomAPI_Shape> theShape)
{
bool isDeleted = false;
- if(myAlgoType == MakeShape) {
+ if(myBuilderType == OCCT_BRepBuilderAPI_MakeShape) {
BRepBuilderAPI_MakeShape* aMakeShape = implPtr<BRepBuilderAPI_MakeShape>();
isDeleted = aMakeShape->IsDeleted(theShape->impl<TopoDS_Shape>()) == Standard_True;
- } else if(myAlgoType == BOPAlgoBuilder) {
+ } else if(myBuilderType == OCCT_BOPAlgo_Builder) {
BOPAlgo_Builder* aBOPBuilder = implPtr<BOPAlgo_Builder>();
isDeleted = aBOPBuilder->IsDeleted(theShape->impl<TopoDS_Shape>()) == Standard_True;
}
return isDeleted;
}
+
+//=================================================================================================
+void GeomAlgoAPI_MakeShape::setBuilderType(const BuilderType theBuilderType)
+{
+ myBuilderType = theBuilderType;
+}
+
+//=================================================================================================
+void GeomAlgoAPI_MakeShape::setDone(const bool theFlag)
+{
+ myDone = theFlag;
+}
+
+//=================================================================================================
+void GeomAlgoAPI_MakeShape::setShape(const std::shared_ptr<GeomAPI_Shape> theShape)
+{
+ myShape = theShape;
+}
+
+//=================================================================================================
+void GeomAlgoAPI_MakeShape::initialize() {
+ switch (myBuilderType) {
+ case OCCT_BRepBuilderAPI_MakeShape: {
+ myDone = implPtr<BRepBuilderAPI_MakeShape>()->IsDone() == Standard_True;
+ myShape.reset(new GeomAPI_Shape());
+ myShape->setImpl(new TopoDS_Shape(implPtr<BRepBuilderAPI_MakeShape>()->Shape()));
+ break;
+ }
+ case OCCT_BOPAlgo_Builder: {
+ myDone = true;
+ myShape.reset(new GeomAPI_Shape());
+ myShape->setImpl(new TopoDS_Shape(implPtr<BOPAlgo_Builder>()->Shape()));
+ break;
+ }
+ }
+}
#ifndef GeomAlgoAPI_MakeShape_H_
#define GeomAlgoAPI_MakeShape_H_
-#include <GeomAPI_Shape.h>
#include <GeomAlgoAPI.h>
+#include <GeomAPI_DataMapOfShapeShape.h>
#include <list>
#include <memory>
-/**\class GeomAlgoAPI_MakeShape
- * \ingroup DataAlgo
- * \brief Interface to the root class of all topological shapes constructions
+/** \class GeomAlgoAPI_MakeShape
+ * \ingroup DataAlgo
+ * \brief Interface to the root class of all topological shapes constructions
*/
class GeomAlgoAPI_MakeShape : public GeomAPI_Interface
{
public:
- /// Algo type enum
- enum AlgoType {
- MakeShape,
- MakePipe,
- BOPAlgoBuilder
+ /// Builder type enum
+ enum BuilderType {
+ OCCT_BRepBuilderAPI_MakeShape,
+ OCCT_BOPAlgo_Builder
};
public:
- /// Constructor by the already stored builder in the interface
- GEOMALGOAPI_EXPORT GeomAlgoAPI_MakeShape(void* theBuilder, const AlgoType theAlgoType = MakeShape);
+ /// \brief Empty constructor.
+ GEOMALGOAPI_EXPORT GeomAlgoAPI_MakeShape();
- /// Constructor by the builder and wire. Used for pipe builder.
- GEOMALGOAPI_EXPORT GeomAlgoAPI_MakeShape(void* theBuilder,
- const std::shared_ptr<GeomAPI_Shape> theWire,
- const std::shared_ptr<GeomAPI_Shape> theBaseShape);
+ /** \brief Constructor by builder and builder type.
+ * \param[in] theBuilder pointer to the builder.
+ * \param[in] theBuilderType builder type.
+ */
+ template<class T> explicit GeomAlgoAPI_MakeShape(T* theBuilder, const BuilderType theBuilderType = OCCT_BRepBuilderAPI_MakeShape)
+ : GeomAPI_Interface(theBuilder),
+ myBuilderType(theBuilderType)
+ {
+ initialize();
+ }
- /// Returns a shape built by the shape construction algorithm
+ /** \brief Initializes internals.
+ * \param[in] theBuilder pointer to the builder.
+ * \param[in] theBuilderType builder type.
+ */
+ template<class T> void initialize(T* theBuilder, const BuilderType theBuilderType = OCCT_BRepBuilderAPI_MakeShape)
+ {
+ setImpl(theBuilder);
+ myBuilderType = theBuilder;
+ initialize();
+ }
+
+ /// \return status of builder.
+ GEOMALGOAPI_EXPORT bool isDone() const;
+
+ /// \return a shape built by the shape construction algorithm.
GEOMALGOAPI_EXPORT virtual const std::shared_ptr<GeomAPI_Shape> shape() const;
- /// Returns the list of shapes generated from the shape \a theShape
- GEOMALGOAPI_EXPORT virtual void generated(
- const std::shared_ptr<GeomAPI_Shape> theShape, ListOfShape& theHistory);
+ /** \return the list of shapes generated from the shape \a theShape.
+ * \param[in] theShape base shape.
+ * \param[out] theHistory generated shapes.
+ */
+ GEOMALGOAPI_EXPORT virtual void generated(const std::shared_ptr<GeomAPI_Shape> theShape,
+ ListOfShape& theHistory);
- /// Returns the list of shapes modified from the shape \a theShape
- GEOMALGOAPI_EXPORT virtual void modified(
- const std::shared_ptr<GeomAPI_Shape> theShape, ListOfShape& theHistory);
+ /** \return the list of shapes modified from the shape \a theShape.
+ * \param[in] theShape base shape.
+ * \param[out] theHistory modified shapes.
+ */
+ GEOMALGOAPI_EXPORT virtual void modified(const std::shared_ptr<GeomAPI_Shape> theShape,
+ ListOfShape& theHistory);
- /// Returns whether the shape is deleted
+ /** \return true if theShape was deleted.
+ * \param[in] theShape base shape.
+ */
GEOMALGOAPI_EXPORT virtual bool isDeleted(const std::shared_ptr<GeomAPI_Shape> theShape);
protected:
- GEOMALGOAPI_EXPORT GeomAlgoAPI_MakeShape(){};
+ /** \brief Sets builder type.
+ * \param[in] theBuilderType new builder type.
+ */
+ GEOMALGOAPI_EXPORT void setBuilderType(const BuilderType theBuilderType);
-protected:
- GeomAlgoAPI_MakeShape::AlgoType myAlgoType; ///< Type of make shape algo.
+ /** \brief Sets status of builder.
+ * \param[in] theFlag new status.
+ */
+ GEOMALGOAPI_EXPORT void setDone(const bool theFlag);
+
+ /** \brief Sets result shape.
+ * \param[in] theShape new shape.
+ */
+ GEOMALGOAPI_EXPORT void setShape(const std::shared_ptr<GeomAPI_Shape> theShape);
+
+private:
+ /// \brief Initializes internals.
+ void initialize();
+
+private:
+ GeomAlgoAPI_MakeShape::BuilderType myBuilderType; ///< Type of make shape builder.
+ bool myDone; ///< Builder status.
std::shared_ptr<GeomAPI_Shape> myShape; ///< Resulting shape.
- std::shared_ptr<GeomAPI_Shape> myWire; ///< Wire for pipe algo.
- std::shared_ptr<GeomAPI_Shape> myBaseShape; ///< Base shape of algo.
+ std::shared_ptr<GeomAPI_DataMapOfShapeShape> myMap; ///< Data map to keep correct orientation of sub-shapes.
};
typedef std::list<std::shared_ptr<GeomAlgoAPI_MakeShape> > ListOfMakeShape;
//=================================================================================================
GeomAlgoAPI_MakeShapeCustom::GeomAlgoAPI_MakeShapeCustom()
-: GeomAlgoAPI_MakeShape()
{}
//=================================================================================================
void GeomAlgoAPI_MakeShapeCustom::setResult(const std::shared_ptr<GeomAPI_Shape> theShape)
{
- myShape = theShape;
+ setShape(theShape);
}
//=================================================================================================
return myDeleted.bind(theShape, theShape);
}
-//=================================================================================================
-const std::shared_ptr<GeomAPI_Shape> GeomAlgoAPI_MakeShapeCustom::shape() const
-{
- return myShape;
-}
-
//=================================================================================================
void GeomAlgoAPI_MakeShapeCustom::generated(const std::shared_ptr<GeomAPI_Shape> theShape,
ListOfShape& theHistory)
/// Adds deleted shape.
GEOMALGOAPI_EXPORT bool addDeleted(const std::shared_ptr<GeomAPI_Shape> theShape);
- /// \return a shape built by the shape construction algorithms
- GEOMALGOAPI_EXPORT virtual const std::shared_ptr<GeomAPI_Shape> shape() const;
-
/// \return the list of shapes generated from the shape theShape
- GEOMALGOAPI_EXPORT virtual void generated(const std::shared_ptr<GeomAPI_Shape> theShape,
+ GEOMALGOAPI_EXPORT void generated(const std::shared_ptr<GeomAPI_Shape> theShape,
ListOfShape& theHistory);
/// \return the list of shapes modified from the shape theShape
- GEOMALGOAPI_EXPORT virtual void modified(const std::shared_ptr<GeomAPI_Shape> theShape,
+ GEOMALGOAPI_EXPORT void modified(const std::shared_ptr<GeomAPI_Shape> theShape,
ListOfShape& theHistory);
/// \return whether the shape is deleted
- GEOMALGOAPI_EXPORT virtual bool isDeleted(const std::shared_ptr<GeomAPI_Shape> theShape);
+ GEOMALGOAPI_EXPORT bool isDeleted(const std::shared_ptr<GeomAPI_Shape> theShape);
private:
- std::shared_ptr<GeomAPI_Shape> myShape;
GeomAPI_DataMapOfShapeMapOfShapes myGenerated;
GeomAPI_DataMapOfShapeMapOfShapes myModified;
GeomAPI_DataMapOfShapeShape myDeleted;
void GeomAlgoAPI_MakeShapeList::generated(const std::shared_ptr<GeomAPI_Shape> theShape,
ListOfShape& theHistory)
{
- result(theShape, theHistory, GeomAlgoAPI_MakeShapeList::Generated);
+ result(theShape, GeomAlgoAPI_MakeShapeList::Generated, theHistory);
}
//=================================================================================================
void GeomAlgoAPI_MakeShapeList::modified(const std::shared_ptr<GeomAPI_Shape> theShape,
ListOfShape& theHistory)
{
- result(theShape, theHistory, GeomAlgoAPI_MakeShapeList::Modified);
+ result(theShape, GeomAlgoAPI_MakeShapeList::Modified, theHistory);
}
bool GeomAlgoAPI_MakeShapeList::isDeleted(const std::shared_ptr<GeomAPI_Shape> theShape)
}
void GeomAlgoAPI_MakeShapeList::result(const std::shared_ptr<GeomAPI_Shape> theShape,
- ListOfShape& theHistory,
- OperationType theOperationType)
+ OperationType theOperationType,
+ ListOfShape& theHistory)
{
if(myListOfMakeShape.empty()) {
return;
std::shared_ptr<GeomAPI_Shape> aShape(new GeomAPI_Shape);
aShape->setImpl(new TopoDS_Shape(aShapeIt.Value()));
ListOfShape aGeneratedShapes;
- const TopoDS_Shape& aSh = aShape->impl<TopoDS_Shape>();
aMakeShape->generated(aShape, aGeneratedShapes);
for(ListOfShape::const_iterator anIt = aGeneratedShapes.cbegin(); anIt != aGeneratedShapes.cend(); anIt++) {
- TopoDS_Shape aSh = (*anIt)->impl<TopoDS_Shape>();
aTempShapes.Add((*anIt)->impl<TopoDS_Shape>());
aResultShapes.Add((*anIt)->impl<TopoDS_Shape>());
hasResults = true;
ListOfShape aModifiedShapes;
aMakeShape->modified(aShape, aModifiedShapes);
for(ListOfShape::const_iterator anIt = aModifiedShapes.cbegin(); anIt != aModifiedShapes.cend(); anIt++) {
- TopoDS_Shape aSH = (*anIt)->impl<TopoDS_Shape>();
aTempShapes.Add((*anIt)->impl<TopoDS_Shape>());
aResultShapes.Add((*anIt)->impl<TopoDS_Shape>());
hasResults = true;
private:
void result(const std::shared_ptr<GeomAPI_Shape> theShape,
- ListOfShape& theHistory,
- OperationType theOperationType);
-
+ OperationType theOperationType,
+ ListOfShape& theHistory);
protected:
ListOfMakeShape myListOfMakeShape; ///< List of make shape algos.
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+// File: GeomAlgoAPI_MakeSweep.cpp
+// Created: 23 November 2015
+// Author: Dmitry Bobylev
+
+#include <GeomAlgoAPI_MakeSweep.h>
+
+//=================================================================================================
+const ListOfShape& GeomAlgoAPI_MakeSweep::fromFaces() const
+{
+ return myFromFaces;
+}
+
+//=================================================================================================
+const ListOfShape& GeomAlgoAPI_MakeSweep::toFaces() const
+{
+ return myToFaces;
+}
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+// File: GeomAlgoAPI_MakeSweep.h
+// Created: 23 November 2015
+// Author: Dmitry Bobylev
+#ifndef GeomAlgoAPI_MakeSweep_H_
+#define GeomAlgoAPI_MakeSweep_H_
+
+#include <GeomAlgoAPI.h>
+
+#include <GeomAlgoAPI_MakeShapeList.h>
+
+/**\class GeomAlgoAPI_MakeSweep
+ * \ingroup DataAlgo
+ * \brief The abstract class MakeSweep is the root class of swept primitives.
+ * Sweeps are objects you obtain by sweeping a profile along a path.
+ * The profile can be any topology and the path is usually a curve or
+ * a wire. The profile generates objects according to the following rules:
+ * - Vertices generate Edges.
+ * - Edges generate Faces.
+ * - Wires generate Shells.
+ * - Faces generate Solids.
+ * - Shells generate Composite Solids.
+ * You are not allowed to sweep Solids and Composite Solids.
+ */
+class GeomAlgoAPI_MakeSweep : public GeomAlgoAPI_MakeShapeList
+{
+public:
+ /// \returns the list of from faces.
+ GEOMALGOAPI_EXPORT const ListOfShape& fromFaces() const;
+
+ /// \return the list of to faces.
+ GEOMALGOAPI_EXPORT const ListOfShape& toFaces() const;
+
+protected:
+ GeomAlgoAPI_MakeSweep(){};
+
+private:
+ ListOfShape myFromFaces;
+ ListOfShape myToFaces;
+};
+
+#endif
// Creating partition operation.
GEOMAlgo_Splitter* anOperation = new GEOMAlgo_Splitter;
- myMkShape.reset(new GeomAlgoAPI_MakeShape(anOperation, GeomAlgoAPI_MakeShape::BOPAlgoBuilder));
-
- // Bounding box of all objects.
- Bnd_Box aBndBox;
+ myMkShape.reset(new GeomAlgoAPI_MakeShape(anOperation, GeomAlgoAPI_MakeShape::OCCT_BOPAlgo_Builder));
// Getting objects.
for (ListOfShape::const_iterator anObjectsIt = theObjects.begin(); anObjectsIt != theObjects.end(); anObjectsIt++) {
const TopoDS_Shape& aShape = (*anObjectsIt)->impl<TopoDS_Shape>();
- BRepBndLib::Add(aShape, aBndBox);
anOperation->AddArgument(aShape);
}
- // We enlarge bounding box just to be sure that plane will be large enough to cut all objects.
- aBndBox.Enlarge(1.0);
- Standard_Real aXArr[2] = {aBndBox.CornerMin().X(), aBndBox.CornerMax().X()};
- Standard_Real aYArr[2] = {aBndBox.CornerMin().Y(), aBndBox.CornerMax().Y()};
- Standard_Real aZArr[2] = {aBndBox.CornerMin().Z(), aBndBox.CornerMax().Z()};
- gp_Pnt aPoints[8];
- int aNum = 0;
- for(int i = 0; i < 2; i++) {
- for(int j = 0; j < 2; j++) {
- for(int k = 0; k < 2; k++) {
- aPoints[aNum] = gp_Pnt(aXArr[i], aYArr[j], aZArr[k]);
- aNum++;
- }
- }
- }
-
// Getting tools.
for (ListOfShape::const_iterator aToolsIt = theTools.begin(); aToolsIt != theTools.end(); aToolsIt++) {
- TopoDS_Shape aShape = (*aToolsIt)->impl<TopoDS_Shape>();
- if(aShape.ShapeType() == TopAbs_FACE) {
- TopoDS_Face aFace = TopoDS::Face(aShape);
- Handle(Geom_Surface) aSurf = BRep_Tool::Surface(aFace);
- if (!aSurf.IsNull()) {
- GeomLib_IsPlanarSurface isPlanar(aSurf);
- if(isPlanar.IsPlanar()) {
- Standard_Real UMin, UMax, VMin, VMax;
- BRepTools::UVBounds(aFace, UMin, UMax, VMin, VMax);
- if(UMin == -Precision::Infinite() && UMax == Precision::Infinite() &&
- VMin == -Precision::Infinite() && VMax == Precision::Infinite()) {
- const gp_Pln& aFacePln = isPlanar.Plan();
- Handle(Geom_Plane) aFacePlane = new Geom_Plane(aFacePln);
- IntAna_Quadric aQuadric(aFacePln);
- UMin = UMax = VMin = VMax = 0;
- for(int i = 0; i < 8; i++) {
- gp_Lin aLin(aPoints[i], aFacePln.Axis().Direction());
- IntAna_IntConicQuad anIntAna(aLin, aQuadric);
- const gp_Pnt& aPntOnFace = anIntAna.Point(1);
- Standard_Real aPntU(0), aPntV(0);
- GeomLib_Tool::Parameters(aFacePlane, aPntOnFace, Precision::Confusion(), aPntU, aPntV);
- if(aPntU < UMin) UMin = aPntU;
- if(aPntU > UMax) UMax = aPntU;
- if(aPntV < VMin) VMin = aPntV;
- if(aPntV > VMax) VMax = aPntV;
- }
- aShape = BRepLib_MakeFace(aFacePln, UMin, UMax, VMin, VMax).Face();
- }
- }
- }
- }
+ const TopoDS_Shape& aShape = (*aToolsIt)->impl<TopoDS_Shape>();
anOperation->AddTool(aShape);
}
}
BOPAlgo_Builder* aBuilder = new BOPAlgo_Builder();
- myMkShape.reset(new GeomAlgoAPI_MakeShape(aBuilder, GeomAlgoAPI_MakeShape::BOPAlgoBuilder));
+ myMkShape.reset(new GeomAlgoAPI_MakeShape(aBuilder, GeomAlgoAPI_MakeShape::OCCT_BOPAlgo_Builder));
aBuilder->SetArguments(aListOfShape);
aBuilder->PerformWithFiller(aPaveFiller);
iErr = aBuilder->ErrorStatus();
//=================================================================================================
TopoDS_Face GeomAlgoAPI_Revolution::makeFaceFromPlane(gp_Pln& thePlane, const gp_Pnt& thePoint)
{
- gp_XYZ aVec = thePoint.XYZ() - thePlane.Location().XYZ();
- double aSign = aVec * thePlane.Axis().Direction().XYZ();
- if(aSign < 0) thePlane.SetAxis(thePlane.Axis().Reversed());
+ if(!thePlane.Contains(thePoint, Precision::Confusion())) {
+ gp_XYZ aVec = thePoint.XYZ() - thePlane.Location().XYZ();
+ double aSign = aVec * thePlane.Axis().Direction().XYZ();
+ if(aSign < 0) thePlane.SetAxis(thePlane.Axis().Reversed());
+ }
BRepBuilderAPI_MakeFace aMakeFace(thePlane);
TopoDS_Face aResultFace = TopoDS::Face(aMakeFace.Shape());
#include <gp_Pln.hxx>
+#include <Bnd_Box.hxx>
#include <BOPTools.hxx>
+#include <BRepBndLib.hxx>
#include <BRepBuilderAPI_MakeFace.hxx>
#include <BRepGProp.hxx>
#include <BRepTools.hxx>
#include <BRep_Tool.hxx>
#include <Geom_Plane.hxx>
+#include <GeomLib_IsPlanarSurface.hxx>
+#include <GeomLib_Tool.hxx>
#include <GProp_GProps.hxx>
+#include <IntAna_IntConicQuad.hxx>
+#include <IntAna_Quadric.hxx>
#include <NCollection_Vector.hxx>
#include <TCollection_AsciiString.hxx>
#include <TopoDS_Builder.hxx>
//=================================================================================================
-double GeomAlgoAPI_ShapeTools::volume(std::shared_ptr<GeomAPI_Shape> theShape)
+double GeomAlgoAPI_ShapeTools::volume(const std::shared_ptr<GeomAPI_Shape> theShape)
{
GProp_GProps aGProps;
if(!theShape) {
}
//=================================================================================================
-std::shared_ptr<GeomAPI_Pnt> GeomAlgoAPI_ShapeTools::centreOfMass(std::shared_ptr<GeomAPI_Shape> theShape)
+std::shared_ptr<GeomAPI_Pnt> GeomAlgoAPI_ShapeTools::centreOfMass(const std::shared_ptr<GeomAPI_Shape> theShape)
{
GProp_GProps aGProps;
if(!theShape) {
}
//=================================================================================================
-std::shared_ptr<GeomAPI_Shape> GeomAlgoAPI_ShapeTools::faceToInfinitePlane(const std::shared_ptr<GeomAPI_Shape>& theFace)
+std::list<std::shared_ptr<GeomAPI_Pnt> > GeomAlgoAPI_ShapeTools::getBoundingBox(const ListOfShape& theShapes, const double theEnlarge)
+{
+ // Bounding box of all objects.
+ Bnd_Box aBndBox;
+
+ // Getting box.
+ for (ListOfShape::const_iterator anObjectsIt = theShapes.begin(); anObjectsIt != theShapes.end(); anObjectsIt++) {
+ const TopoDS_Shape& aShape = (*anObjectsIt)->impl<TopoDS_Shape>();
+ BRepBndLib::Add(aShape, aBndBox);
+ }
+
+ if(theEnlarge != 0.0) {
+ // We enlarge bounding box just to be sure that plane will be large enough to cut all objects.
+ aBndBox.Enlarge(theEnlarge);
+ }
+
+ Standard_Real aXArr[2] = {aBndBox.CornerMin().X(), aBndBox.CornerMax().X()};
+ Standard_Real aYArr[2] = {aBndBox.CornerMin().Y(), aBndBox.CornerMax().Y()};
+ Standard_Real aZArr[2] = {aBndBox.CornerMin().Z(), aBndBox.CornerMax().Z()};
+ std::list<std::shared_ptr<GeomAPI_Pnt> > aResultPoints;
+ int aNum = 0;
+ for(int i = 0; i < 2; i++) {
+ for(int j = 0; j < 2; j++) {
+ for(int k = 0; k < 2; k++) {
+ std::shared_ptr<GeomAPI_Pnt> aPnt(new GeomAPI_Pnt(aXArr[i], aYArr[j], aZArr[k]));
+ aResultPoints.push_back(aPnt);
+ }
+ }
+ }
+
+ return aResultPoints;
+}
+
+//=================================================================================================
+std::shared_ptr<GeomAPI_Shape> GeomAlgoAPI_ShapeTools::faceToInfinitePlane(const std::shared_ptr<GeomAPI_Shape> theFace)
{
if (!theFace.get())
return std::shared_ptr<GeomAPI_Shape>();
aResult->setImpl(new TopoDS_Shape(anInfiniteFace));
return aResult;
}
+
+//=================================================================================================
+std::shared_ptr<GeomAPI_Shape> GeomAlgoAPI_ShapeTools::fitPlaneToBox(const std::shared_ptr<GeomAPI_Shape> thePlane,
+ const std::list<std::shared_ptr<GeomAPI_Pnt> >& thePoints)
+{
+ std::shared_ptr<GeomAPI_Shape> aResultShape;
+
+ if(!thePlane.get()) {
+ return aResultShape;
+ }
+
+ const TopoDS_Shape& aShape = thePlane->impl<TopoDS_Shape>();
+ if(aShape.ShapeType() != TopAbs_FACE) {
+ return aResultShape;
+ }
+
+ TopoDS_Face aFace = TopoDS::Face(aShape);
+ Handle(Geom_Surface) aSurf = BRep_Tool::Surface(aFace);
+ if(aSurf.IsNull()) {
+ return aResultShape;
+ }
+
+ GeomLib_IsPlanarSurface isPlanar(aSurf);
+ if(!isPlanar.IsPlanar()) {
+ return aResultShape;
+ }
+
+ if(thePoints.size() != 8) {
+ return aResultShape;
+ }
+
+ const gp_Pln& aFacePln = isPlanar.Plan();
+ Handle(Geom_Plane) aFacePlane = new Geom_Plane(aFacePln);
+ IntAna_Quadric aQuadric(aFacePln);
+ Standard_Real UMin, UMax, VMin, VMax;
+ UMin = UMax = VMin = VMax = 0;
+ for (std::list<std::shared_ptr<GeomAPI_Pnt> >::const_iterator aPointsIt = thePoints.begin(); aPointsIt != thePoints.end(); aPointsIt++) {
+ const gp_Pnt& aPnt = (*aPointsIt)->impl<gp_Pnt>();
+ gp_Lin aLin(aPnt, aFacePln.Axis().Direction());
+ IntAna_IntConicQuad anIntAna(aLin, aQuadric);
+ const gp_Pnt& aPntOnFace = anIntAna.Point(1);
+ Standard_Real aPntU(0), aPntV(0);
+ GeomLib_Tool::Parameters(aFacePlane, aPntOnFace, Precision::Confusion(), aPntU, aPntV);
+ if(aPntU < UMin) UMin = aPntU;
+ if(aPntU > UMax) UMax = aPntU;
+ if(aPntV < VMin) VMin = aPntV;
+ if(aPntV > VMax) VMax = aPntV;
+ }
+ aResultShape.reset(new GeomAPI_Shape);
+ aResultShape->setImpl(new TopoDS_Shape(BRepLib_MakeFace(aFacePln, UMin, UMax, VMin, VMax).Face()));
+
+ return aResultShape;
+}
{
public:
/// \return the total volume of the solids of the current shape or 0.0 if it can be computed.
- static double volume(std::shared_ptr<GeomAPI_Shape> theShape);
+ static double volume(const std::shared_ptr<GeomAPI_Shape> theShape);
/// \return the centre of mass of the current face. The coordinates returned for the center of mass
/// are expressed in the absolute Cartesian coordinate system. (This function works only for surfaces).
- static std::shared_ptr<GeomAPI_Pnt> centreOfMass(std::shared_ptr<GeomAPI_Shape> theShape);
+ static std::shared_ptr<GeomAPI_Pnt> centreOfMass(const std::shared_ptr<GeomAPI_Shape> theShape);
/** \brief Combines faces with common edges to shells, or solids to compsolids.
* \param[in] theCompound compound of shapes.
ListOfShape& theCombinedShapes,
ListOfShape& theFreeShapes);
+ /** \brief Calculates bounding box for theShapes
+ * \return list of eight points.
+ * \param[in] theShapes list of shapes.
+ * \param[in] theEnlarge enlarges bounding box size.
+ */
+ static std::list<std::shared_ptr<GeomAPI_Pnt> > getBoundingBox(const ListOfShape& theShapes, const double theEnlarge = 0.0);
+
/**
- * Returns infinite plane received from theFace plane
+ * Returns infinite plane received from theFace plane.
*/
- static std::shared_ptr<GeomAPI_Shape> faceToInfinitePlane(const std::shared_ptr<GeomAPI_Shape>& theFace);
+ static std::shared_ptr<GeomAPI_Shape> faceToInfinitePlane(const std::shared_ptr<GeomAPI_Shape> theFace);
+
+ /** \brief Enlarges or reduces plane to fit bounding box.
+ * \return plane that fits to bounding box.
+ * \param[in] thePlane base plane.
+ * \param[in] thePoints bounding box points (shoud be eight).
+ */
+ static std::shared_ptr<GeomAPI_Shape> fitPlaneToBox(const std::shared_ptr<GeomAPI_Shape> thePlane,
+ const std::list<std::shared_ptr<GeomAPI_Pnt> >& thePoints);
+
};
#endif
#include <GeomValidators_ZeroOffset.h>
-#include <GeomAPI_Shape.h>
#include <ModelAPI_AttributeDouble.h>
#include <ModelAPI_AttributeSelection.h>
+#include <ModelAPI_AttributeSelectionList.h>
#include <ModelAPI_AttributeString.h>
+#include <ModelAPI_ResultConstruction.h>
+
+#include <GeomAPI_Dir.h>
+#include <GeomAPI_Face.h>
+#include <GeomAPI_Shape.h>
+#include <GeomAPI_Pln.h>
+#include <GeomAPI_Pnt.h>
//=================================================================================================
bool GeomValidators_ZeroOffset::isValid(const std::shared_ptr<ModelAPI_Feature>& theFeature,
const std::list<std::string>& theArguments,
std::string& theError) const
{
- if(theArguments.size() != 8) {
- theError = "Wrong number of arguments (expected 8).";
+ if(theArguments.size() != 9) {
+ theError = "Wrong number of validator arguments in xml(expected 9).";
return false;
}
anIt++;
std::string aCreationMethod = *anIt;
anIt++;
-
+
+ ListOfShape aFacesList;
+ if(theFeature->selection(*anIt)) {
+ AttributeSelectionPtr aFaceSelection = theFeature->selection(*anIt);
+ ResultConstructionPtr aConstruction = std::dynamic_pointer_cast<ModelAPI_ResultConstruction>(aFaceSelection->context());
+ if(aConstruction.get()) {
+ int aSketchFacesNum = aConstruction->facesNum();
+ for(int aFaceIndex = 0; aFaceIndex < aSketchFacesNum; aFaceIndex++) {
+ std::shared_ptr<GeomAPI_Shape> aFace = std::dynamic_pointer_cast<GeomAPI_Shape>(aConstruction->face(aFaceIndex));
+ aFacesList.push_back(aFace);
+ }
+ }
+ } else if(theFeature->selectionList(*anIt)) {
+ AttributeSelectionListPtr aFacesSelectionList = theFeature->selectionList(*anIt);
+ for(int anIndex = 0; anIndex < aFacesSelectionList->size(); anIndex++) {
+ AttributeSelectionPtr aFaceSel = aFacesSelectionList->value(anIndex);
+ std::shared_ptr<GeomAPI_Shape> aFaceShape = aFaceSel->value();
+ if(aFaceShape.get() && !aFaceShape->isNull()) { // Getting face.
+ aFacesList.push_back(aFaceShape);
+ } else { // This may be the whole sketch result selected, check and get faces.
+ ResultPtr aContext = aFaceSel->context();
+ std::shared_ptr<GeomAPI_Shape> aContextShape = aContext->shape();
+ if(!aContextShape.get()) {
+ break;
+ }
+ ResultConstructionPtr aConstruction = std::dynamic_pointer_cast<ModelAPI_ResultConstruction>(aContext);
+ if(!aConstruction.get()) {
+ break;
+ }
+ int aFacesNum = aConstruction->facesNum();
+ for(int aFaceIndex = 0; aFaceIndex < aFacesNum || aFacesNum == -1; aFaceIndex++) {
+ aFaceShape = std::dynamic_pointer_cast<GeomAPI_Shape>(aConstruction->face(aFaceIndex));
+ aFacesList.push_back(aFaceShape);
+ }
+ }
+ }
+ }
+ anIt++;
+
double aToSize = 0.0;
double aFromSize = 0.0;
aFromSize = anAttrDouble->value();
}
- if(((!aFromShape && !aToShape) || ((aFromShape && aToShape) && aFromShape->isEqual(aToShape)))
- && (aFromSize == -aToSize)) {
- theError = "FromSize = -ToSize and bounding planes are equal.";
+ bool isPlanesCoincident = false;
+ if(!aFromShape.get() && !aToShape.get()) {
+ isPlanesCoincident = true;
+ } else if(aFromShape.get() && aToShape.get()) {
+ std::shared_ptr<GeomAPI_Face> aFromFace(new GeomAPI_Face(aFromShape));
+ std::shared_ptr<GeomAPI_Pln> aFromPln = aFromFace->getPlane();
+
+ std::shared_ptr<GeomAPI_Face> aToFace(new GeomAPI_Face(aToShape));
+ std::shared_ptr<GeomAPI_Pln> aToPln = aToFace->getPlane();
+
+ if(aFromPln.get()) {
+ isPlanesCoincident = aFromPln->isCoincident(aToPln);
+ }
+ } else {
+ std::shared_ptr<GeomAPI_Face> aFace;
+ if(aFromShape.get()) {
+ aFace.reset(new GeomAPI_Face(aFromShape));
+ } else {
+ aFace.reset(new GeomAPI_Face(aToShape));
+ }
+ std::shared_ptr<GeomAPI_Pln> aPln = aFace->getPlane();
+ if(aPln.get()) {
+ for(ListOfShape::const_iterator anIter = aFacesList.cbegin(); anIter != aFacesList.cend(); anIter++) {
+ std::shared_ptr<GeomAPI_Shape> aSketchShape = *anIter;
+ std::shared_ptr<GeomAPI_Face> aSketchFace(new GeomAPI_Face(aSketchShape));
+ std::shared_ptr<GeomAPI_Pln> aSketchPln = aSketchFace->getPlane();
+ if(aPln->isCoincident(aSketchPln)) {
+ isPlanesCoincident = true;
+ break;
+ }
+ }
+ }
+ }
+
+ if(isPlanesCoincident && aFromSize == -aToSize) {
+ theError = "FromSize = -ToSize and bounding planes are coincident.";
return false;
}
class Model_AttributeRefAttr : public ModelAPI_AttributeRefAttr
{
Handle_TDF_Reference myRef; ///< reference to the feature label
- ///< ID of the referenced attribute (empty if this is a reference to a feature)
+ ///< ID of the referenced attirbute (empty if this is a reference to a feature)
Handle_TDataStd_Comment myID;
public:
/// Returns true if this attribute references to a object (not to the attribute)
#ifdef DEB_NAMING
#include <BRepTools.hxx>
#endif
-/// added to the index in the packed map to signalize that the vertex of edge is selected
+/// adeed to the index in the packed map to signalize that the vertex of edge is seleted
/// (multiplied by the index of the edge)
static const int kSTART_VERTEX_DELTA = 1000000;
// identifier that there is simple reference: selection equals to context
(theSubShape == anOldShape || (theSubShape && anOldShape && theSubShape->isEqual(anOldShape)));
if (isOldShape) return; // shape is the same, so context is also unchanged
// update the referenced object if needed
- if (!isOldContext)
- myRef.setValue(theContext);
+ if (!isOldContext) {
+ myRef.setValue(theContext);
+ }
// do noth use naming if selected shape is result shape itself, but not sub-shape
TDF_Label aSelLab = selectionLabel();
return std::shared_ptr<GeomAPI_Shape>(); // postponed naming needed
Handle(TDataStd_Integer) anIndex;
if (selectionLabel().FindAttribute(TDataStd_Integer::GetID(), anIndex)) {
- return aPart->selectionValue(anIndex->Get());
- }
- /*
- Handle(TDataStd_Name) aName;
- if (!selectionLabel().FindAttribute(TDataStd_Name::GetID(), aName)) {
- return std::shared_ptr<GeomAPI_Shape>(); // something is wrong
+ if (anIndex->Get()) { // special selection attribute was created, use it
+ return aPart->selectionValue(anIndex->Get());
+ } else { // face with name is already in the data model, so try to take it by name
+ Handle(TDataStd_Name) aName;
+ if (selectionLabel().FindAttribute(TDataStd_Name::GetID(), aName)) {
+ std::string aSubShapeName(TCollection_AsciiString(aName->Get()).ToCString());
+ std::size_t aPartEnd = aSubShapeName.find('/');
+ if (aPartEnd != string::npos && aPartEnd != aSubShapeName.rfind('/')) {
+ string aNameInPart = aSubShapeName.substr(aPartEnd + 1);
+ int anIndex;
+ std::string aType; // to reuse already existing selection the type is not needed
+ return aPart->shapeInPart(aNameInPart, aType, anIndex);
+ }
+ }
+ }
}
- return aPart->shapeInPart(TCollection_AsciiString(aName->Get()).ToCString());
- */
}
Handle(TNaming_NamedShape) aSelection;
bool Model_AttributeSelection::isInitialized()
{
- if (ModelAPI_AttributeSelection::isInitialized()) { // additional checks if it is initialized
+ if (ModelAPI_AttributeSelection::isInitialized()) { // additional checkings if it is initialized
std::shared_ptr<GeomAPI_Shape> aResult;
if (myRef.isInitialized()) {
TDF_Label aSelLab = selectionLabel();
TDF_LabelMap& Model_AttributeSelection::scope()
{
if (myScope.IsEmpty()) { // create a new scope if not yet done
- // gets all features with named shapes that are before this feature label (before in history)
+ // gets all featueres with named shapes that are bofore this feature label (before in history)
DocumentPtr aMyDoc = owner()->document();
std::list<std::shared_ptr<ModelAPI_Feature> > allFeatures = aMyDoc->allFeatures();
std::list<std::shared_ptr<ModelAPI_Feature> >::iterator aFIter = allFeatures.begin();
aCompositeOwnerOwner = ModelAPI_Tools::compositeOwner(aCompositeOwner);
}
}
+ // for group Scope is not limitet: this is always up to date objects
+ bool isGroup = aFeature.get() && aFeature->getKind() == "Group";
for(; aFIter != allFeatures.end(); aFIter++) {
if (*aFIter == owner()) { // the left features are created later (except subs of composite)
aMePassed = true;
continue;
}
+ if (isGroup) aMePassed = false;
bool isInScope = !aMePassed;
if (!isInScope && aComposite.get()) { // try to add sub-elements of composite if this is composite
if (aComposite->isSub(*aFIter))
if (aNoIndexes) {
aNewSelected = aConstructionContext->face(0);
} else { // searching for most looks-like initial face by the indexes
- // prepare edges of the current result for the fast searching
+ // prepare edges of the current resut for the fast searching
NCollection_DataMap<Handle(Geom_Curve), int> allCurves; // curves and orientations of edges
const int aSubNum = aComposite->numberOfSubs();
for(int a = 0; a < aSubNum; a++) {
aName<<"f";
else if (theOrientation == -1)
aName<<"r";
- } else { // make a composite name from all sub-elements indexes: "1_2_3_4"
+ } else { // make a compisite name from all sub-elements indexes: "1_2_3_4"
TColStd_MapIteratorOfPackedMapOfInteger aRef(theRefs->GetMap());
for(; aRef.More(); aRef.Next()) {
aName<<"-"<<aRef.Key();
}
std::shared_ptr<Model_Data> aData = std::dynamic_pointer_cast<Model_Data>(owner()->data());
TDF_Label aLab = myRef.myRef->Label();
- // identify the results of sub-object of the composite by edges
+ // identify the reuslts of sub-object of the composite by edges
// save type of the selected shape in integer attribute
TopAbs_ShapeEnum aShapeType = aSubShape.ShapeType();
TDataStd_Integer::Set(aLab, (int)aShapeType);
}
return true; // nothing to do, referencing just by name
}
- // store the shape (in case part is not loaded it should be useful
+ // store the shape (in case part is not loaded it should be usefull
TopoDS_Shape aShape;
std::string aName = theContext->data()->name();
if (!theSubShape.get() || theSubShape->isNull()) {// the whole part shape is selected
int Model_AttributeSelection::Id()
{
+ int anID = 0;
std::shared_ptr<GeomAPI_Shape> aSelection = value();
std::shared_ptr<GeomAPI_Shape> aContext = context()->shape();
- const TopoDS_Shape& aMainShape = aContext->impl<TopoDS_Shape>();
+ // support for compsolids:
+ if (context().get() && ModelAPI_Tools::compSolidOwner(context()).get())
+ aContext = ModelAPI_Tools::compSolidOwner(context())->shape();
+
+
+ TopoDS_Shape aMainShape = aContext->impl<TopoDS_Shape>();
const TopoDS_Shape& aSubShape = aSelection->impl<TopoDS_Shape>();
- int anID = 0;
+ // searching for the latest main shape
if (aSelection && !aSelection->isNull() &&
aContext && !aContext->isNull())
{
+ std::shared_ptr<Model_Document> aDoc =
+ std::dynamic_pointer_cast<Model_Document>(context()->document());
+ if (aDoc.get()) {
+ Handle(TNaming_NamedShape) aNS = TNaming_Tool::NamedShape(aMainShape, aDoc->generalLabel());
+ if (!aNS.IsNull()) {
+ aMainShape = TNaming_Tool::CurrentShape(aNS);
+ }
+ }
+
TopTools_IndexedMapOfShape aSubShapesMap;
TopExp::MapShapes(aMainShape, aSubShapesMap);
anID = aSubShapesMap.FindIndex(aSubShape);
#include <TNaming_Builder.hxx>
#include <TNaming_NamedShape.hxx>
#include <TNaming_Iterator.hxx>
+#include <TNaming_Tool.hxx>
#include <TDataStd_Name.hxx>
#include <TDataStd_Integer.hxx>
#include <TopoDS.hxx>
const int theKindOfShape,
const int theTag,
const std::string& theName,
- GeomAPI_DataMapOfShapeShape& theSubShapes)
+ GeomAPI_DataMapOfShapeShape& theSubShapes,
+ const bool theIsStoreSeparate)
{
+ int aTag = theTag;
+ std::string aName = theName;
+ std::ostringstream aStream;
+ int anIndex = 1;
TopoDS_Shape aShapeIn = theShapeIn->impl<TopoDS_Shape>();
TopTools_MapOfShape aView;
bool isBuilt = theName.empty();
aNewShape.Orientation(aMapShape->impl<TopoDS_Shape>().Orientation());
}
if (!aRoot.IsSame (aNewShape)) {
- builder(theTag)->Modify(aRoot,aNewShape);
- if(!isBuilt)
- buildName(theTag, theName);
+ builder(aTag)->Modify(aRoot,aNewShape);
+ if(!isBuilt) {
+ if(theIsStoreSeparate) {
+ aStream.str(std::string());
+ aStream.clear();
+ aStream << theName << "_" << anIndex++;
+ aName = aStream.str();
+ }
+ buildName(aTag, aName);
+ }
+ if(theIsStoreSeparate) {
+ aTag++;
+ }
}
}
}
Handle(TNaming_NamedShape) aName;
if (aShapeLab.FindAttribute(TNaming_NamedShape::GetID(), aName)) {
TopoDS_Shape aShape = aName->Get();
+ if (aShape.IsNull())
+ std::cout<<"Model_BodyBuilder::shape returns empty shape "<<std::endl;
+ else
+ std::cout<<"Model_BodyBuilder::shape returns shape "<<&(*(aShape.TShape()))<<" with type "
+ <<aShape.ShapeType()<<std::endl;
if (!aShape.IsNull()) {
std::shared_ptr<GeomAPI_Shape> aRes(new GeomAPI_Shape);
aRes->setImpl(new TopoDS_Shape(aShape));
}
return std::shared_ptr<GeomAPI_Shape>();
}
+
+bool Model_BodyBuilder::isLatestEqual(const std::shared_ptr<GeomAPI_Shape>& theShape)
+{
+ if (theShape.get()) {
+ TopoDS_Shape aShape = theShape->impl<TopoDS_Shape>();
+ std::shared_ptr<Model_Data> aData = std::dynamic_pointer_cast<Model_Data>(data());
+ if (aData) {
+ TDF_Label& aShapeLab = aData->shapeLab();
+ Handle(TNaming_NamedShape) aName;
+ if (aShapeLab.FindAttribute(TNaming_NamedShape::GetID(), aName)) {
+ TopoDS_Shape aLatest = TNaming_Tool::CurrentShape(aName);
+ if (aLatest.IsNull())
+ return false;
+ if (aLatest.IsEqual(aShape))
+ return true;
+ // check sub-shapes for comp-solids:
+ for (TopExp_Explorer anExp(aShape, aLatest.ShapeType()); anExp.More(); anExp.Next()) {
+ if (aLatest.IsEqual(anExp.Current()))
+ return true;
+ }
+ }
+ }
+ }
+ return false;
+}
const int theKindOfShape,
const int theTag,
const std::string& theName,
- GeomAPI_DataMapOfShapeShape& theSubShapes);
+ GeomAPI_DataMapOfShapeShape& theSubShapes,
+ const bool theIsStoreSeparate = false);
/// load and orient generated shapes
MODEL_EXPORT virtual void loadAndOrientGeneratedShapes (
GeomAlgoAPI_MakeShape* theMS,
/// (theFlag = true) and back (theFlag = false)
MODEL_EXPORT virtual void evolutionToSelection(const bool theFlag);
+ /// Returns true if the latest modification of this body in the naming history
+ // is equal to the given shape
+ MODEL_EXPORT virtual bool isLatestEqual(const std::shared_ptr<GeomAPI_Shape>& theShape);
+
protected:
/// Default constructor accessible only by Model_Objects
Model_BodyBuilder(ModelAPI_Object* theOwner);
#include <ModelAPI_Validator.h>
#include <ModelAPI_Session.h>
#include <ModelAPI_ResultPart.h>
+#include <ModelAPI_ResultCompSolid.h>
#include <ModelAPI_Tools.h>
#include <Model_Validator.h>
std::shared_ptr<ModelAPI_Result> aRes =
std::dynamic_pointer_cast<ModelAPI_Result>(myObject);
if (aRes.get()) {
- aRes->setIsConcealed(false);
+ // if compsolid result has subs, do nothing directly: it depends on the sub's status (#1100)
+ ResultCompSolidPtr aComp = std::dynamic_pointer_cast<ModelAPI_ResultCompSolid>(myObject);
+ if (!aComp || aComp->numberOfSubs() == 0 || aComp->ModelAPI_ResultCompSolid::isConcealed())
+ aRes->setIsConcealed(false);
}
}
#include <TDataStd_Comment.hxx>
#include <TDF_ChildIDIterator.hxx>
#include <TDataStd_ReferenceArray.hxx>
+#include <TDataStd_ReferenceList.hxx>
#include <TDataStd_IntegerArray.hxx>
#include <TDataStd_HLabelArray1.hxx>
#include <TDataStd_Name.hxx>
+#include <TDataStd_AsciiString.hxx>
#include <TDF_Reference.hxx>
#include <TDF_ChildIDIterator.hxx>
#include <TDF_LabelMapHasher.hxx>
return false;
if (anArr1->Lower() == anArr2->Lower() && anArr1->Upper() == anArr2->Upper()) {
for(int a = anArr1->Lower(); a <= anArr1->Upper(); a++)
- if (anArr1->Value(a) != anArr2->Value(a))
+ if (a != 1 && anArr1->Value(a) != anArr2->Value(a)) // second is for display
return false;
return true;
}
}
return true;
}
+ } else if (Standard_GUID::IsEqual(theAttr1->ID(), TDataStd_ReferenceArray::GetID())) {
+ Handle(TDataStd_ReferenceArray) anArr1 = Handle(TDataStd_ReferenceArray)::DownCast(theAttr1);
+ Handle(TDataStd_ReferenceArray) anArr2 = Handle(TDataStd_ReferenceArray)::DownCast(theAttr2);
+ if (anArr1.IsNull() && anArr2.IsNull())
+ return true;
+ if (anArr1.IsNull() || anArr2.IsNull())
+ return false;
+ if (anArr1->Lower() == anArr2->Lower() && anArr1->Upper() == anArr2->Upper()) {
+ for(int a = anArr1->Lower(); a <= anArr1->Upper(); a++)
+ if (anArr1->Value(a) != anArr2->Value(a)) {
+ // avoid the transaction ID checking
+ if (a == 2 && anArr1->Upper() == 2 && anArr2->Label().Tag() == 1 &&
+ (anArr2->Label().Depth() == 4 || anArr2->Label().Depth() == 6))
+ continue;
+ return false;
+ }
+ return true;
+ }
+ } else if (Standard_GUID::IsEqual(theAttr1->ID(), TDataStd_ReferenceList::GetID())) {
+ Handle(TDataStd_ReferenceList) aList1 = Handle(TDataStd_ReferenceList)::DownCast(theAttr1);
+ Handle(TDataStd_ReferenceList) aList2= Handle(TDataStd_ReferenceList)::DownCast(theAttr2);
+ if (aList1.IsNull() && aList2.IsNull())
+ return true;
+ if (aList1.IsNull() || aList2.IsNull())
+ return false;
+ const TDF_LabelList& aLList1 = aList1->List();
+ const TDF_LabelList& aLList2 = aList2->List();
+ TDF_ListIteratorOfLabelList aLIter1(aLList1);
+ TDF_ListIteratorOfLabelList aLIter2(aLList2);
+ for(; aLIter1.More() && aLIter2.More(); aLIter1.Next(), aLIter2.Next()) {
+ if (aLIter1.Value() != aLIter2.Value())
+ return false;
+ }
+ return !aLIter1.More() && !aLIter2.More(); // both lists are with the same size
+ } else if (Standard_GUID::IsEqual(theAttr1->ID(), TDF_TagSource::GetID())) {
+ return true; // it just for created and removed feature: nothing is changed
}
return false;
}
const TDF_AttributeDeltaList& anAttrs = aDelta->AttributeDeltas();
for (TDF_ListIteratorOfAttributeDeltaList anAttr(anAttrs); anAttr.More(); anAttr.Next()) {
Handle(TDF_AttributeDelta)& anADelta = anAttr.Value();
- if (!anADelta->Label().IsNull() && !anADelta->Attribute().IsNull()) {
- Handle(TDF_Attribute) aCurrentAttr;
- if (anADelta->Label().FindAttribute(anADelta->Attribute()->ID(), aCurrentAttr)) {
- if (isEqualContent(anADelta->Attribute(), aCurrentAttr)) {
- continue; // attribute is not changed actually
+ Handle(TDF_DeltaOnAddition) anAddition = Handle(TDF_DeltaOnAddition)::DownCast(anADelta);
+ if (anAddition.IsNull()) { // if the attribute was added, transaction is not empty
+ if (!anADelta->Label().IsNull() && !anADelta->Attribute().IsNull()) {
+ Handle(TDF_Attribute) aCurrentAttr;
+ if (anADelta->Label().FindAttribute(anADelta->Attribute()->ID(), aCurrentAttr)) {
+ if (isEqualContent(anADelta->Attribute(), aCurrentAttr)) {
+ continue; // attribute is not changed actually
+ }
+ } else if (Standard_GUID::IsEqual(anADelta->Attribute()->ID(), TDataStd_AsciiString::GetID())) {
+ continue; // error message is disappeared
}
}
}
if (!myNestedNum.empty())
(*myNestedNum.rbegin())--;
// roll back the needed number of transactions
- // make commit/undo to get the modification delta
//myDoc->AbortCommand();
- if (myDoc->CommitCommand()) {
+ // instead of abort, do commit and undo: to get the delta of modifications
+ if (myDoc->CommitCommand()) {
modifiedLabels(myDoc, aDeltaLabels);
myDoc->Undo();
}
void Model_Document::undoInternal(const bool theWithSubs, const bool theSynchronize)
{
+ if (myTransactions.empty())
+ return;
int aNumTransactions = myTransactions.rbegin()->myOCAFNum;
myRedos.push_back(*myTransactions.rbegin());
myTransactions.pop_back();
friend class Model_AttributeReference;
friend class Model_AttributeRefAttr;
friend class Model_AttributeRefList;
+ friend class Model_AttributeSelection;
friend class Model_ResultPart;
friend class Model_ResultCompSolid;
friend class DFBrowser;
// keep the feature ID to restore document later correctly
TDataStd_Comment::Set(aFeatureLab, theFeature->getKind().c_str());
myFeatures.Bind(aFeatureLab, theFeature);
+ // must be before the event sending: for OB the feature is already added
+ updateHistory(ModelAPI_Feature::group());
+ // event: feature is added, mist be before "initData" to update OB correctly on Duplicate:
+ // first new part, then the content
+ static Events_ID anEvent = Events_Loop::eventByName(EVENT_OBJECT_CREATED);
+ ModelAPI_EventCreator::get()->sendUpdated(theFeature, anEvent);
// must be after binding to the map because of "Box" macro feature that
// creates other features in "initData"
initData(theFeature, aFeatureLab, TAG_FEATURE_ARGUMENTS);
- // event: feature is added
- static Events_ID anEvent = Events_Loop::eventByName(EVENT_OBJECT_CREATED);
- ModelAPI_EventCreator::get()->sendUpdated(theFeature, anEvent);
- updateHistory(ModelAPI_Feature::group());
} else { // make feature has not-null data anyway
theFeature->setData(Model_Data::invalidData());
theFeature->setDoc(myDoc);
{
std::map<std::string, std::vector<ObjectPtr> >::iterator aHIter = myHistory.find(theGroupID);
if (aHIter == myHistory.end()) {
- myHistory[theGroupID] = std::vector<ObjectPtr>();
- std::vector<ObjectPtr>& aResult = myHistory[theGroupID];
+ std::vector<ObjectPtr> aResult = std::vector<ObjectPtr>();
// iterate the array of references and get feature by feature from the array
bool isFeature = theGroupID == ModelAPI_Feature::group();
Handle(TDataStd_ReferenceArray) aRefs;
aResult.push_back(aFeature);
}
} else if (!aFeature->isDisabled()) { // iterate all results of not-disabled feature
- const std::list<std::shared_ptr<ModelAPI_Result> >& aResults = aFeature->results();
+ // do not use reference to the list here since results can be changed by "isConcealed"
+ const std::list<std::shared_ptr<ModelAPI_Result> > aResults = aFeature->results();
std::list<std::shared_ptr<ModelAPI_Result> >::const_iterator aRIter = aResults.begin();
for (; aRIter != aResults.cend(); aRIter++) {
ResultPtr aRes = *aRIter;
}
}
}
+ // to be sure that isConcealed did not update the history (issue 1089) during the iteration
+ if (myHistory.find(theGroupID) == myHistory.end())
+ myHistory[theGroupID] = aResult;
}
}
synchronizeBackRefsForObject(aFound->second, aFeature);
}
// also for results
- const std::list<std::shared_ptr<ModelAPI_Result> >& aResults = aFeature->results();
- std::list<std::shared_ptr<ModelAPI_Result> >::const_iterator aRes = aResults.cbegin();
- for(; aRes != aResults.cend(); aRes++) {
- aFound = allRefs.find(*aRes);
+ std::list<ResultPtr> aResults;
+ ModelAPI_Tools::allResults(aFeature, aResults);
+ std::list<ResultPtr>::iterator aRIter = aResults.begin();
+ for(; aRIter != aResults.cend(); aRIter++) {
+ aFound = allRefs.find(*aRIter);
if (aFound == allRefs.end()) { // not found => erase all back references
- synchronizeBackRefsForObject(anEmpty, *aRes);
+ synchronizeBackRefsForObject(anEmpty, *aRIter);
} else {
- synchronizeBackRefsForObject(aFound->second, *aRes);
+ synchronizeBackRefsForObject(aFound->second, *aRIter);
}
}
}
}
return aChanged;
}
+
+bool Model_ResultBody::isLatestEqual(const std::shared_ptr<GeomAPI_Shape>& theShape)
+{
+ return myBuilder->isLatestEqual(theShape);
+}
/// naming data structure if theFlag if false. Or restores everything on theFlag is true.
MODEL_EXPORT virtual bool setDisabled(std::shared_ptr<ModelAPI_Result> theThis,
const bool theFlag);
+
+ /// Returns true if the latest modification of this body in the naming history
+ // is equal to the given shape
+ MODEL_EXPORT virtual bool isLatestEqual(const std::shared_ptr<GeomAPI_Shape>& theShape);
+
/// Removes the stored builders
MODEL_EXPORT virtual ~Model_ResultBody() {};
aECreator->sendUpdated(data()->owner(), EVENT_DISP);
}
}
+
+bool Model_ResultCompSolid::isLatestEqual(const std::shared_ptr<GeomAPI_Shape>& theShape)
+{
+ if (myBuilder->isLatestEqual(theShape))
+ return true;
+ // also check that it is asked for sub-elements
+ std::vector<std::shared_ptr<ModelAPI_ResultBody> >::const_iterator aSubIter = mySubs.cbegin();
+ for(; aSubIter != mySubs.cend(); aSubIter++) {
+ if (aSubIter->get() && (*aSubIter)->isLatestEqual(theShape)) {
+ return true;
+ }
+ }
+ return false;
+}
/// Sets all subs as concealed in the data tree (referenced by other objects)
MODEL_EXPORT virtual void setIsConcealed(const bool theValue);
+ /// Returns true if the latest modification of this body in the naming history
+ // is equal to the given shape
+ MODEL_EXPORT virtual bool isLatestEqual(const std::shared_ptr<GeomAPI_Shape>& theShape);
+
protected:
/// Makes a body on the given feature
Model_ResultCompSolid();
updateShape();
shape();
aDoc->setCurrentFeature(FeaturePtr(), false);
+ // in order to update OB sub-elements of document before the document closing
+ Events_Loop* aLoop = Events_Loop::loop();
+ aLoop->flush(Events_Loop::eventByName(EVENT_OBJECT_CREATED));
+ aLoop->flush(Events_Loop::eventByName(EVENT_OBJECT_UPDATED));
+ aLoop->flush(Events_Loop::eventByName(EVENT_OBJECT_DELETED));
}
}
}
if (!aDoc.get()) // the part document is not presented for the moment
return "";
TDF_Label anAccessLabel = aDoc->generalLabel();
-
+ // make the selection attribute anyway: otherwise just by name it is not stable to search the result
std::string aName;
- // check if the subShape is already in DF
- Handle(TNaming_NamedShape) aNS = TNaming_Tool::NamedShape(aShape, anAccessLabel);
- Handle(TDataStd_Name) anAttr;
- if(!aNS.IsNull() && !aNS->IsEmpty()) { // in the document
- if(aNS->Label().FindAttribute(TDataStd_Name::GetID(), anAttr)) {
- aName = TCollection_AsciiString(anAttr->Get()).ToCString();
- if(!aName.empty()) {
- const TDF_Label& aLabel = aDoc->findNamingName(aName);
-
- static const std::string aPostFix("_");
- TNaming_Iterator anItL(aNS);
- for(int i = 1; anItL.More(); anItL.Next(), i++) {
- if(anItL.NewShape() == aShape) {
- aName += aPostFix;
- aName += TCollection_AsciiString (i).ToCString();
- break;
- }
- }
- }
- }
- }
- if (aName.empty()) { // not found, so use the selection mechanism
- // for this the context result is needed
- ResultPtr aContext;
- const std::string& aBodyGroup = ModelAPI_ResultBody::group();
- for(int a = aDoc->size(aBodyGroup) - 1; a >= 0; a--) {
- ResultPtr aBody = std::dynamic_pointer_cast<ModelAPI_Result>(aDoc->object(aBodyGroup, a));
- if (aBody.get() && aBody->shape().get() && !aBody->isDisabled()) {
- TopoDS_Shape aBodyShape = *(aBody->shape()->implPtr<TopoDS_Shape>());
- // check is body contain the selected sub-shape
- for(TopExp_Explorer anExp(aBodyShape, aShape.ShapeType()); anExp.More(); anExp.Next()) {
- if (aShape.IsEqual(anExp.Current())) {
- aContext = aBody;
- break;
- }
+ // for this the context result is needed
+ ResultPtr aContext;
+ const std::string& aBodyGroup = ModelAPI_ResultBody::group();
+ for(int a = aDoc->size(aBodyGroup) - 1; a >= 0; a--) {
+ ResultPtr aBody = std::dynamic_pointer_cast<ModelAPI_Result>(aDoc->object(aBodyGroup, a));
+ if (aBody.get() && aBody->shape().get() && !aBody->isDisabled()) {
+ TopoDS_Shape aBodyShape = *(aBody->shape()->implPtr<TopoDS_Shape>());
+ // check is body contain the selected sub-shape
+ for(TopExp_Explorer anExp(aBodyShape, aShape.ShapeType()); anExp.More(); anExp.Next()) {
+ if (aShape.IsEqual(anExp.Current())) {
+ aContext = aBody;
+ break;
}
}
}
- if (aContext.get()) {
- AttributeSelectionListPtr aSelAttr = aDoc->selectionInPartFeature();
- aSelAttr->append(aContext, theShape);
- theIndex = aSelAttr->size();
- AttributeSelectionPtr aNewAttr = aSelAttr->value(theIndex - 1);
- return aNewAttr->namingName();
- }
+ }
+ if (aContext.get()) {
+ AttributeSelectionListPtr aSelAttr = aDoc->selectionInPartFeature();
+ aSelAttr->append(aContext, theShape);
+ theIndex = aSelAttr->size();
+ AttributeSelectionPtr aNewAttr = aSelAttr->value(theIndex - 1);
+ return aNewAttr->namingName();
}
return aName;
}
return aResult;
AttributeSelectionListPtr aSelAttr = aDoc->selectionInPartFeature();
+ // check this selection is already there: reuse it
+ int aSize = aSelAttr->size();
+ for(int a = 0; a < aSize; a++) {
+ if (aSelAttr->value(a)->namingName() == theName) {
+ theIndex = a;
+ return aSelAttr->value(a)->value();
+ }
+ }
+
aSelAttr->append(theName, theType);
theIndex = aSelAttr->size();
aResult = aSelAttr->value(theIndex - 1)->value();
myIsParamUpdated = false;
myIsFinish = false;
myModification = 0;
+ myModificationInStartProcessing = 0;
}
void Model_Update::processEvent(const std::shared_ptr<Events_Message>& theMessage)
if ((*anObjIter)->groupName() == ModelAPI_ResultParameter::group()) {
myIsParamUpdated = true;
}
+ if (myIsExecuted) // modifications from outside are with never IDs to take them into account in the current updates
+ myModification++;
// on undo/redo, abort do not update persisten features
FeaturePtr anUpdated = std::dynamic_pointer_cast<ModelAPI_Feature>(*anObjIter);
if (std::dynamic_pointer_cast<Model_Document>((*anObjIter)->document())->executeFeatures() ||
// place where results are cleared)
myIsParamUpdated = false;
myUpdated.clear();
- myModification = 0;
+ // do not erase it since there may be modification increment on start of operation
+ //myModification = 0;
myWaitForFinish.clear();
}
}
void Model_Update::processOperation(const bool theTotalUpdate, const bool theFinish)
{
- /* cancel hardcode due to issue 948
- if (theFinish) {
- // the hardcode (DBC asked): hide the sketch referenced by extrusion on apply
- std::set<std::shared_ptr<ModelAPI_Object> >::iterator aFIter;
- for(aFIter = myWaitForFinish.begin(); aFIter != myWaitForFinish.end(); aFIter++)
- {
- FeaturePtr aF = std::dynamic_pointer_cast<ModelAPI_Feature>(*aFIter);
- if (aF && aF->data()->isValid() &&
- (aF->getKind() == "Extrusion" || aF->getKind() == "Revolution")) {
- AttributeSelectionListPtr aBase = aF->selectionList("base");
- if (aBase.get()) {
- for(int a = aBase->size() - 1; a >= 0; a--) {
- ResultPtr aSketchRes = aBase->value(a)->context();
- if (aSketchRes) {
- aSketchRes->setDisplayed(false);
- }
- }
- }
- }
- }
- } */
// perform update of everything if needed
if (!myIsExecuted) {
#ifdef DEB_UPDATE
std::cout<<"****** Start processing"<<std::endl;
#endif
myIsExecuted = true;
+ myModificationInStartProcessing = myModification;
bool isAutomaticChanged = false;
isAutomaticChanged = true;
myIsAutomatic = true;
}
+ // modifications inside of the iteration will be different from modification that comes outside
+ myModification++;
// init iteration from the root document
iterateUpdate(CompositeFeaturePtr());
if (isAutomaticChanged) myIsAutomatic = false;
myIsExecuted = false;
+ // flush updates just before "myModification" increment: to distinguish
+ // updates by "execute" produced by this updater and other updates, coming outside,
+ // which are really important for "processEvent" of this updater
+ static Events_Loop* aLoop = Events_Loop::loop();
+ static const Events_ID kUpdatedEvent = aLoop->eventByName(EVENT_OBJECT_UPDATED);
+ aLoop->flush(kUpdatedEvent);
myModification++;
// flush to update display
- static Events_Loop* aLoop = Events_Loop::loop();
static Events_ID EVENT_DISP = aLoop->eventByName(EVENT_OBJECT_TO_REDISPLAY);
aLoop->flush(EVENT_DISP);
#ifdef DEB_UPDATE
}
}
+bool Model_Update::isProcessed(const int theModificationID)
+{
+ return theModificationID >= myModificationInStartProcessing &&
+ theModificationID <= myModification;
+}
+
void Model_Update::updateFeature(FeaturePtr theFeature)
{
// check all features this feature depended on (recursive call of updateFeature)
// If automatice update is not needed and feature attributes were not updated right now,
// do not execute it and do not update arguments.
if (!myIsAutomatic &&
- (myUpdated.find(theFeature) == myUpdated.end() || myUpdated[theFeature] != myModification)
+ (myUpdated.find(theFeature) == myUpdated.end() || !isProcessed(myUpdated[theFeature]))
&& !aCompos.get()) {
// execute will be performed later, but some features may have not-result
// presentations, so call update for them (like coincidence in the sketcher)
if (aJustUpdated) {
// if preview is not needed, the created feature was not updated before, so, myModification is not actual for this
if (theFeature->isPreviewNeeded()) {
- aJustUpdated = myUpdated[theFeature] == myModification;
+ aJustUpdated = isProcessed(myUpdated[theFeature]);
}
}
{
// make updated and redisplay all results
static Events_ID EVENT_DISP = Events_Loop::loop()->eventByName(EVENT_OBJECT_TO_REDISPLAY);
- const std::list<std::shared_ptr<ModelAPI_Result> >& aResults = theFeature->results();
- std::list<std::shared_ptr<ModelAPI_Result> >::const_iterator aRIter = aResults.begin();
- for (; aRIter != aResults.cend(); aRIter++) {
+
+ std::list<ResultPtr> allResults;
+ ModelAPI_Tools::allResults(theFeature, allResults);
+ std::list<ResultPtr>::iterator aRIter = allResults.begin();
+ for (; aRIter != allResults.cend(); aRIter++) {
std::shared_ptr<ModelAPI_Result> aRes = *aRIter;
if (!aRes->isDisabled()) {// update state only for enabled results (Placement Result Part may make the original Part Result as invalid)
aRes->data()->execState(theState);
aRes->data()->setUpdateID(theFeature->data()->updateID());
}
ModelAPI_EventCreator::get()->sendUpdated(aRes, EVENT_DISP);
- // iterate sub-bodies of compsolid
- ResultCompSolidPtr aComp = std::dynamic_pointer_cast<ModelAPI_ResultCompSolid>(aRes);
- if (aComp.get()) {
- int aNumSub = aComp->numberOfSubs();
- for(int a = 0; a < aNumSub; a++) {
- ResultPtr aSub = aComp->subResult(a);
- if (!aSub->isDisabled()) {// update state only for enabled results (Placement Result Part may make the original Part Result as invalid)
- aSub->data()->execState(theState);
- if (theState == ModelAPI_StateDone) // feature become "done", so execution changed results
- myUpdated[aSub] = myModification;
- }
- if (theFeature->data()->updateID() > aSub->data()->updateID()) {
- aSub->data()->setUpdateID(theFeature->data()->updateID());
- }
- ModelAPI_EventCreator::get()->sendUpdated(aSub, EVENT_DISP);
- }
- }
}
// to redisplay "presentable" feature (for ex. distance constraint)
ModelAPI_EventCreator::get()->sendUpdated(theFeature, EVENT_DISP);
theFeature->data()->execState(theState);
+ myUpdated[theFeature] = myModification; // feature is also updated to avoid re-updation of it
}
/// Updates the state by the referenced object: if something bad with it, set state for this one
std::map<std::shared_ptr<ModelAPI_Object>, int >::iterator anAIter = myUpdated.find(theArgument);
if (anAIter == myUpdated.end())
return false;
+ // for the modification IDs compare results: modification ID of feature means only that attributes
+ // of this feature were updated, but if results are obsolete relatively to the referenced results,
+ // the feature must be updated
+ std::list<ResultPtr> aResults;
+ ModelAPI_Tools::allResults(theFeature, aResults);
+ std::list<ResultPtr>::iterator aRIter = aResults.begin();
+ for (; aRIter != aResults.cend(); aRIter++) {
+ std::shared_ptr<ModelAPI_Result> aRes = *aRIter;
+ if (!aRes->isDisabled()) {
+ std::map<std::shared_ptr<ModelAPI_Object>, int >::iterator anRIter = myUpdated.find(aRes);
+ int aResultID = aRes->data()->updateID();
+ if (aResultID < anArgID)
+ return true;
+ if (anRIter == myUpdated.end()) // not updated at all
+ return true;
+ if (anRIter->second < anAIter->second)
+ return true;
+ }
+ }
+ // also check a feature: some have no parameters,
+ // but must be updated anyway (like Coincidence of sketch) to be redisplayed
std::map<std::shared_ptr<ModelAPI_Object>, int >::iterator aFIter = myUpdated.find(theFeature);
if (aFIter == myUpdated.end())
return true; // argument is updated, but feature is not updated at all
std::map<std::shared_ptr<ModelAPI_Object>, int > myUpdated;
/// current id of modification inside of the current transaction
int myModification;
+ /// id of modification inside of the current transaction on start of processing
+ int myModificationInStartProcessing;
/// features that must be additionally processed after execution of finish operation
std::set<std::shared_ptr<ModelAPI_Object> > myWaitForFinish;
/// to know that all next updates are caused by this execution
std::shared_ptr<ModelAPI_Object> theArgument);
/// Updates the properties of object because of stability state changes
void updateStability(void* theSender);
+ /// Returns true if the feature is the given modification ID is processed in the current processOperation
+ bool isProcessed(const int theModificationID);
};
#endif
#include "ModelAPI_AttributeDocRef.h"
#include "ModelAPI_AttributeDouble.h"
#include "ModelAPI_AttributeInteger.h"
- #include "ModelAPI_AttributeIntArray.h"
#include "ModelAPI_AttributeString.h"
#include "ModelAPI_AttributeReference.h"
#include "ModelAPI_AttributeRefAttr.h"
%shared_ptr(ModelAPI_AttributeDocRef)
%shared_ptr(ModelAPI_AttributeDouble)
%shared_ptr(ModelAPI_AttributeInteger)
-%shared_ptr(ModelAPI_AttributeIntArray)
%shared_ptr(ModelAPI_AttributeString)
%shared_ptr(ModelAPI_AttributeReference)
%shared_ptr(ModelAPI_AttributeRefAttr)
%include "ModelAPI_AttributeDocRef.h"
%include "ModelAPI_AttributeDouble.h"
%include "ModelAPI_AttributeInteger.h"
-%include "ModelAPI_AttributeIntArray.h"
%include "ModelAPI_AttributeString.h"
%include "ModelAPI_AttributeReference.h"
%include "ModelAPI_AttributeRefAttr.h"
%template(modelAPI_AttributeDocRef) shared_ptr_cast<ModelAPI_AttributeDocRef, ModelAPI_Attribute>;
%template(modelAPI_AttributeDouble) shared_ptr_cast<ModelAPI_AttributeDouble, ModelAPI_Attribute>;
%template(modelAPI_AttributeInteger) shared_ptr_cast<ModelAPI_AttributeInteger, ModelAPI_Attribute>;
-%template(modelAPI_AttributeIntArray) shared_ptr_cast<ModelAPI_AttributeIntArray, ModelAPI_Attribute>;
%template(modelAPI_AttributeString) shared_ptr_cast<ModelAPI_AttributeString, ModelAPI_Attribute>;
%template(modelAPI_AttributeReference) shared_ptr_cast<ModelAPI_AttributeReference, ModelAPI_Attribute>;
%template(modelAPI_AttributeRefAttr) shared_ptr_cast<ModelAPI_AttributeRefAttr, ModelAPI_Attribute>;
/// Selects sub-shape by the textual Name
virtual void selectSubShape(const std::string& theType, const std::string& theSubShapeName) = 0;
- /// Returns true if recompute of selection become impossible
+ /// Returns true if recomute of selection become impossible
virtual bool isInvalid() = 0;
/// To virtually destroy the fields of successors
/// \param theContext object where the sub-shape was selected
/// \param theSubShape selected sub-shape (if null, the whole context is selected)
/// \param theTemporarily if it is true, do not store and name the added in the data framework
- /// (used to remove immediately, without the following updates)
+ /// (used to remove immideately, without the following updates)
virtual void append(const ResultPtr& theContext,
const GeomShapePtr& theSubShape,
const bool theTemporarily = false) = 0;
const int theKindOfShape,
const int theTag,
const std::string& theName,
- GeomAPI_DataMapOfShapeShape& theSubShapes) = 0;
+ GeomAPI_DataMapOfShapeShape& theSubShapes,
+ const bool theIsStoreSeparate = false) = 0;
/// load and orient generated shapes
virtual void loadAndOrientGeneratedShapes (
GeomAlgoAPI_MakeShape* theMS,
/// (theFlag = true) and back (theFlag = false)
virtual void evolutionToSelection(const bool theFlag) = 0;
+ /// Returns true if the latest modification of this body in the naming history
+ // is equal to the given shape
+ virtual bool isLatestEqual(const std::shared_ptr<GeomAPI_Shape>& theShape) = 0;
+
protected:
/// Returns the data manager of this object: attributes
MODELAPI_EXPORT virtual std::shared_ptr<ModelAPI_Data> data() const;
//! To virtually destroy the fields of successors
MODELAPI_EXPORT virtual ~ModelAPI_Document();
- //! Creates a construction result
+ //! Creates a construction cresult
virtual std::shared_ptr<ModelAPI_ResultConstruction> createConstruction(
const std::shared_ptr<ModelAPI_Data>& theFeatureData, const int theIndex = 0) = 0;
//! Creates a body result
const int theIndex);
/// removes the result from the feature
MODELAPI_EXPORT void removeResult(const std::shared_ptr<ModelAPI_Result>& theResult);
- /// removes all results starting from the given index (zero-based)
+ /// removes all results starting from the gived index (zero-based)
/// \param theSinceIndex - index of the deleted result and all after also will be deleted
/// \param theFlush - if it is false, REDISPLAY message is not flushed
MODELAPI_EXPORT void removeResults(const int theSinceIndex, const bool theFlush = true);
void ModelAPI_ResultBody::loadAndOrientModifiedShapes (GeomAlgoAPI_MakeShape* theMS,
std::shared_ptr<GeomAPI_Shape> theShapeIn, const int theKindOfShape, const int theTag,
- const std::string& theName, GeomAPI_DataMapOfShapeShape& theSubShapes)
+ const std::string& theName, GeomAPI_DataMapOfShapeShape& theSubShapes, const bool theIsStoreSeparate)
{
myBuilder->loadAndOrientModifiedShapes(
- theMS, theShapeIn, theKindOfShape, theTag, theName, theSubShapes);
+ theMS, theShapeIn, theKindOfShape, theTag, theName, theSubShapes, theIsStoreSeparate);
}
void ModelAPI_ResultBody::loadAndOrientGeneratedShapes (GeomAlgoAPI_MakeShape* theMS,
/// load and orient modified shapes
MODELAPI_EXPORT virtual void loadAndOrientModifiedShapes (GeomAlgoAPI_MakeShape* theMS,
std::shared_ptr<GeomAPI_Shape> theShapeIn, const int theKindOfShape, const int theTag,
- const std::string& theName, GeomAPI_DataMapOfShapeShape& theSubShapes);
+ const std::string& theName, GeomAPI_DataMapOfShapeShape& theSubShapes, const bool theIsStoreSeparate = false);
/// load and orient generated shapes
MODELAPI_EXPORT virtual void loadAndOrientGeneratedShapes (GeomAlgoAPI_MakeShape* theMS,
std::shared_ptr<GeomAPI_Shape> theShapeIn, const int theKindOfShape,
MODELAPI_EXPORT virtual void loadDisconnectedVertexes(std::shared_ptr<GeomAPI_Shape> theShape,
const std::string& theName,int& theTag);
+ /// Returns true if the latest modification of this body in the naming history
+ // is equal to the given shape
+ MODELAPI_EXPORT virtual bool isLatestEqual(const std::shared_ptr<GeomAPI_Shape>& theShape) = 0;
+
protected:
/// Default constructor accessible only from Model_Objects
MODELAPI_EXPORT ModelAPI_ResultBody();
return aCompSolid.get() && aCompSolid->numberOfSubs() > 0;
}
+void allResults(const FeaturePtr& theFeature, std::list<ResultPtr>& theResults)
+{
+ const std::list<std::shared_ptr<ModelAPI_Result> >& aResults = theFeature->results();
+ std::list<std::shared_ptr<ModelAPI_Result> >::const_iterator aRIter = aResults.begin();
+ for (; aRIter != aResults.cend(); aRIter++) {
+ theResults.push_back(*aRIter);
+ // iterate sub-bodies of compsolid
+ ResultCompSolidPtr aComp = std::dynamic_pointer_cast<ModelAPI_ResultCompSolid>(*aRIter);
+ if (aComp.get()) {
+ int aNumSub = aComp->numberOfSubs();
+ for(int a = 0; a < aNumSub; a++) {
+ theResults.push_back(aComp->subResult(a));
+ }
+ }
+ }
+}
+
} // namespace ModelAPI_Tools
+
*/
MODELAPI_EXPORT bool hasSubResults(const ResultPtr& theResult);
+/*!
+* Adds the results of the given feature to theResults list: including disabled and sub-results
+*/
+MODELAPI_EXPORT void allResults(const FeaturePtr& theFeature, std::list<ResultPtr>& theResults);
+
}
#endif
SET(CMAKE_AUTOMOC ON)
SET(PROJECT_HEADERS
- ModuleBase.h
+ ModuleBase.h
ModuleBase_ActionInfo.h
ModuleBase_Definitions.h
ModuleBase_DoubleSpinBox.h
ModuleBase_FilterValidated.h
ModuleBase_IErrorMgr.h
ModuleBase_IModule.h
+ ModuleBase_IntSpinBox.h
ModuleBase_IPrefMgr.h
ModuleBase_IPropertyPanel.h
ModuleBase_ISelection.h
ModuleBase_IViewWindow.h
ModuleBase_IViewer.h
+ ModuleBase_IWidgetCreator.h
ModuleBase_IWorkshop.h
ModuleBase_ModelWidget.h
ModuleBase_Operation.h
ModuleBase_ViewerPrs.h
ModuleBase_WidgetBoolValue.h
ModuleBase_WidgetChoice.h
+ ModuleBase_WidgetCreatorFactory.h
ModuleBase_WidgetDoubleValue.h
ModuleBase_WidgetEditor.h
ModuleBase_WidgetExprEditor.h
ModuleBase_FilterValidated.cpp
ModuleBase_IErrorMgr.cpp
ModuleBase_IModule.cpp
+ ModuleBase_IntSpinBox.cpp
ModuleBase_IPrefMgr.cpp
ModuleBase_IPropertyPanel.cpp
ModuleBase_ISelection.cpp
ModuleBase_IViewWindow.cpp
ModuleBase_IViewer.cpp
+ ModuleBase_IWidgetCreator.cpp
ModuleBase_IWorkshop.cpp
ModuleBase_ModelWidget.cpp
ModuleBase_Operation.cpp
ModuleBase_ViewerPrs.cpp
ModuleBase_WidgetBoolValue.cpp
ModuleBase_WidgetChoice.cpp
+ ModuleBase_WidgetCreatorFactory.cpp
ModuleBase_WidgetDoubleValue.cpp
ModuleBase_WidgetEditor.cpp
ModuleBase_WidgetExprEditor.cpp
ModuleBase_WidgetValidated.cpp
ModuleBase_IconFactory.cpp
ModuleBase_WidgetErrorLabel.cpp
+ ModuleBase_SelectionValidator.cpp
)
SET(PROJECT_LIBRARIES
ModuleBase_DoubleSpinBox::ModuleBase_DoubleSpinBox(QWidget* theParent, int thePrecision)
: QDoubleSpinBox(theParent),
myCleared(false),
- myIsModified(false),
+ //myIsModified(false),
myIsEmitKeyPressEvent(false)
{
// VSR 01/07/2010: Disable thousands separator for spin box
connect(lineEdit(), SIGNAL(textChanged( const QString& )), this,
SLOT(onTextChanged( const QString& )));
- connect(this, SIGNAL(valueChanged(const QString&)), this, SLOT(onValueChanged(const QString&)));
+ //connect(this, SIGNAL(valueChanged(const QString&)), this, SLOT(onValueChanged(const QString&)));
}
/*!
void ModuleBase_DoubleSpinBox::keyPressEvent(QKeyEvent *theEvent)
{
+ bool isEmitKeyRelease = false;
switch (theEvent->key()) {
case Qt::Key_Enter:
case Qt::Key_Return: {
// do not react to the Enter key, the property panel processes it
if (!myIsEmitKeyPressEvent)
return;
+ else
+ isEmitKeyRelease = true;
}
break;
default:
break;
}
QDoubleSpinBox::keyPressEvent(theEvent);
+
+ if (isEmitKeyRelease)
+ emit keyReleased(theEvent);
}
/*!
void ModuleBase_DoubleSpinBox::onTextChanged(const QString& )
{
myCleared = false;
- myIsModified = true;
+ //myIsModified = true;
}
-void ModuleBase_DoubleSpinBox::onValueChanged(const QString& theValue)
+/*void ModuleBase_DoubleSpinBox::onValueChanged(const QString& theValue)
{
myIsModified = true;
}
void ModuleBase_DoubleSpinBox::clearModified()
{
myIsModified = false;
-}
+}*/
bool ModuleBase_DoubleSpinBox::enableKeyPressEvent(const bool& theEnable)
{
virtual QValidator::State validate(QString&, int&) const;
/// Returns true if the current value is modified by has not been applyed yet
- virtual bool isModified() const;
+ //virtual bool isModified() const;
/// Clears modified state
- void clearModified();
+ //void clearModified();
/// Change enable/disable internal state to emit key press event
/// \param theEnable if true, the signal is emitted
/// \return the previous value
bool enableKeyPressEvent(const bool& theEnable);
+signals:
+ /// The signal about key release on the control, that corresponds to the attribute
+ /// \param theEvent key release event
+ void keyReleased(QKeyEvent* theEvent);
+
protected slots:
/// Called on text changed
virtual void onTextChanged(const QString&);
- void onValueChanged(const QString& theValue);
+ /// Called on value changed
+ //void onValueChanged(const QString& theValue);
protected:
/// Removes extra trailing zero symbols
QString removeTrailingZeroes(const QString&) const;
+ /// Called on key press event
virtual void keyPressEvent(QKeyEvent* theEvent);
private:
/// Precision value
int myPrecision;
/// Boolean value whether the spin box content is modified
- bool myIsModified;
+ //bool myIsModified;
};
#endif
ModuleBase_IPropertyPanel* aPanel = anOperation->propertyPanel();
ModuleBase_ModelWidget* aCurrentWidget = aPanel->preselectionWidget();
if (!aCurrentWidget)
- aCurrentWidget = aPanel->activeWidget();
+ aCurrentWidget = myWorkshop->module()->activeWidget();
ModuleBase_WidgetValidated* aWidgetValidated = dynamic_cast<ModuleBase_WidgetValidated*>
(aCurrentWidget);
ModuleBase_ViewerPrs aPrs;
foreach(const ModuleBase_ModelWidget* aWgt, myPropertyPanel->modelWidgets()) {
connect(aWgt, SIGNAL(afterValuesChanged()), this, SLOT(onWidgetChanged()));
connect(aWgt, SIGNAL(afterValuesRestored()), this, SLOT(onWidgetChanged()));
+ connect(aWgt, SIGNAL(valueStateChanged(int)), this, SLOT(onWidgetChanged()));
}
}
}
#include "ModuleBase_ISelection.h"
#include "ModuleBase_OperationDescription.h"
#include "ModuleBase_OperationFeature.h"
+#include <ModuleBase_ModelWidget.h>
#include <Events_Loop.h>
+#include <ModelAPI_Validator.h>
#include <ModelAPI_Events.h>
#include <ModelAPI_CompositeFeature.h>
#include <ModelAPI_Session.h>
return anError;
}
+QString ModuleBase_IModule::getWidgetError(ModuleBase_ModelWidget* theWidget)
+{
+ QString anError;
+
+ if (!theWidget || !theWidget->feature().get())
+ return anError;
+
+ std::string anAttributeID = theWidget->attributeID();
+ AttributePtr anAttribute = theWidget->feature()->attribute(anAttributeID);
+ if (!anAttribute.get())
+ return anError;
+
+ std::string aValidatorID;
+ std::string anErrorMsg;
+
+ static ModelAPI_ValidatorsFactory* aValidators = ModelAPI_Session::get()->validators();
+ if (!aValidators->validate(anAttribute, aValidatorID, anErrorMsg)) {
+ if (anErrorMsg.empty())
+ anErrorMsg = "unknown error.";
+ anErrorMsg = anAttributeID + " - " + aValidatorID + ": " + anErrorMsg;
+ }
+
+ anError = QString::fromStdString(anErrorMsg);
+ if (anError.isEmpty())
+ anError = theWidget->getValueStateError();
+
+ return anError;
+}
+
void ModuleBase_IModule::grantedOperationIds(ModuleBase_Operation* theOperation,
QStringList& theIds) const
{
return 0;\r
}\r
\r
+ /// Returns the active widget, by default it is the property panel active widget\r
+ virtual ModuleBase_ModelWidget* activeWidget() const = 0;\r
+\r
/// Returns current workshop\r
ModuleBase_IWorkshop* workshop() const { return myWorkshop; }\r
\r
//! \return string value\r
virtual QString getFeatureError(const FeaturePtr& theFeature);\r
\r
+ //! Returns the widget error, get it from the attribute validator and state of the widget\r
+ //! If the feature is correct, it returns an empty value\r
+ //! \return string value\r
+ virtual QString getWidgetError(ModuleBase_ModelWidget* theWidget);\r
+\r
/// Returns list of granted operation indices\r
virtual void grantedOperationIds(ModuleBase_Operation* theOperation, QStringList& theIds) const;\r
\r
/// \param thePreviousState the previous state of the widget\r
virtual void widgetStateChanged(int thePreviousState) {};\r
\r
+ /// Returns true if the event is processed.\r
+ /// \param thePreviousAttributeID an index of the previous active attribute\r
+ virtual bool processEnter(const std::string& thePreviousAttributeID) { return false; };\r
+\r
+ /// Performs some GUI actions after an operation transaction is opened\r
+ /// Default realization is empty\r
+ virtual void beforeOperationStarted(ModuleBase_Operation* theOperation) {};\r
+\r
+ /// Performs some GUI actions before an operation transaction is stopped\r
+ /// Default realization is empty\r
+ virtual void beforeOperationStopped(ModuleBase_Operation* theOperation) {};\r
+\r
signals:\r
/// Signal which is emitted when operation is launched\r
void operationLaunched();\r
*/
#include "ModuleBase_IPropertyPanel.h"
+#include "ModuleBase_ModelWidget.h"
ModuleBase_IPropertyPanel::ModuleBase_IPropertyPanel(QWidget* theParent) : QDockWidget(theParent), myIsEditing(false)
{
}
+
+ModuleBase_ModelWidget* ModuleBase_IPropertyPanel::findFirstAcceptingValueWidget()
+{
+ return ModuleBase_IPropertyPanel::findFirstAcceptingValueWidget(modelWidgets());
+}
+
+ModuleBase_ModelWidget* ModuleBase_IPropertyPanel::findFirstAcceptingValueWidget(
+ const QList<ModuleBase_ModelWidget*>& theWidgets)
+{
+ ModuleBase_ModelWidget* aFirstWidget = 0;
+
+ ModuleBase_ModelWidget* aWgt;
+ QList<ModuleBase_ModelWidget*>::const_iterator aWIt;
+ for (aWIt = theWidgets.begin(); aWIt != theWidgets.end() && !aFirstWidget; ++aWIt) {
+ aWgt = (*aWIt);
+ if (aWgt->canSetValue())
+ aFirstWidget = aWgt;
+ }
+ return aFirstWidget;
+}
/// Sets widget processed by preselection
virtual void setPreselectionWidget(ModuleBase_ModelWidget* theWidget) = 0;
+ /// Returns the first widget, where canSetValue returns true
+ /// \return a widget or null
+ ModuleBase_ModelWidget* findFirstAcceptingValueWidget();
+
+ /// Returns the first widget, where canSetValue returns true
+ /// \return a widget or null
+ static ModuleBase_ModelWidget* findFirstAcceptingValueWidget(
+ const QList<ModuleBase_ModelWidget*>& theWidgets);
+
signals:
/// The signal about key release on the control, that corresponds to the attribute
/// \param theEvent key release event
void widgetActivated(ModuleBase_ModelWidget* theWidget);
/// Emited when there is no next widget
- void noMoreWidgets();
+ /// \param thePreviousAttributeID an attribute key of the previous active widget
+ void noMoreWidgets(const std::string& thePreviousAttributeID);
public slots:
/// Activate the next widget in the property panel
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+#include "ModuleBase_IWidgetCreator.h"
+
+ModuleBase_IWidgetCreator::ModuleBase_IWidgetCreator()
+{
+
+}
+
+ModuleBase_IWidgetCreator::~ModuleBase_IWidgetCreator()
+{
+
+}
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+#ifndef ModuleBase_IWidgetCreator_H
+#define ModuleBase_IWidgetCreator_H
+
+#include "ModuleBase.h"
+
+#include <set>
+#include <string>
+#include <memory>
+
+class ModuleBase_ModelWidget;
+class ModuleBase_PageBase;
+
+class QWidget;
+
+/**
+* \ingroup GUI
+* Interface to WidgetCreator which can create specific widgets by type
+*/
+class MODULEBASE_EXPORT ModuleBase_IWidgetCreator
+{
+public:
+ /// Default constructor
+ ModuleBase_IWidgetCreator();
+
+ /// Virtual destructor
+ ~ModuleBase_IWidgetCreator();
+
+ /// Returns a container of possible page types, which this creator can process
+ /// \returns types
+ virtual const std::set<std::string>& pageTypes() = 0;
+
+ /// Returns a container of possible widget types, which this creator can process
+ /// \returns types
+ virtual const std::set<std::string>& widgetTypes() = 0;
+
+ /// Create page by its type
+ /// \param theType a type
+ /// \param theParent a parent widget
+ virtual ModuleBase_PageBase* createPageByType(const std::string& theType,
+ QWidget* theParent) = 0;
+
+ /// Create widget by its type
+ /// \param theType a type
+ /// \param theParent a parent widget
+ virtual ModuleBase_ModelWidget* createWidgetByType(const std::string& theType,
+ QWidget* theParent = NULL) = 0;
+};
+
+typedef std::shared_ptr<ModuleBase_IWidgetCreator> WidgetCreatorPtr;
+
+
+#endif
\ No newline at end of file
//! \param theValues a list of presentations
virtual void setSelected(const QList<ModuleBase_ViewerPrs>& theValues) = 0;
+ /// Update of commands status
+ virtual void updateCommandStatus() = 0;
+
signals:
/// Signal selection changed.
void selectionChanged();
ModuleBase_IconFactory* MYIconFactory = 0;
+ModuleBase_IconFactory::ModuleBase_IconFactory()
+{
+ setFactory(this);
+}
+
void ModuleBase_IconFactory::setFactory(ModuleBase_IconFactory* theFactory)
{
if (MYIconFactory)
virtual QIcon getIcon(ObjectPtr theObj);
protected:
+ ModuleBase_IconFactory();
+
/// Set the current icons factory instance
/// \param theFactory a new factory
static void setFactory(ModuleBase_IconFactory* theFactory);
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+// File: ModuleBase_IntSpinBox.cxx
+// Author: Natalia ERMOLAEVA
+//
+#include "ModuleBase_IntSpinBox.h"
+
+#include <QKeyEvent>
+
+ModuleBase_IntSpinBox::ModuleBase_IntSpinBox(QWidget* theParent)
+: QSpinBox(theParent)//,
+ //myIsModified(false)
+{
+ //connect(this, SIGNAL(valueChanged(const QString&)), this, SLOT(onValueChanged(const QString&)));
+}
+
+/*void ModuleBase_IntSpinBox::onValueChanged(const QString& theValue)
+{
+ myIsModified = true;
+}
+
+bool ModuleBase_IntSpinBox::isModified() const
+{
+ return myIsModified;
+}
+
+void ModuleBase_IntSpinBox::clearModified()
+{
+ myIsModified = false;
+}*/
+
+void ModuleBase_IntSpinBox::keyPressEvent(QKeyEvent *theEvent)
+{
+ switch (theEvent->key()) {
+ case Qt::Key_Enter:
+ case Qt::Key_Return: {
+ // do not react to the Enter key, the property panel processes it
+ return;
+ }
+ break;
+ default:
+ break;
+ }
+ QSpinBox::keyPressEvent(theEvent);
+}
+
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+// File: ModuleBase_IntSpinBox.h
+// Author: Natalia ERMOLAEVA
+//
+#ifndef MODULEBASE_INT_SPINBOX_H_
+#define MODULEBASE_INT_SPINBOX_H_
+
+#include "ModuleBase.h"
+
+#include <QSpinBox>
+
+class QWidget;
+class QKeyEvent;
+
+/**
+ * \ingroup GUI
+ * Enhanced version of the Qt's int spin box.
+ * It allows to store modified state
+*/
+class MODULEBASE_EXPORT ModuleBase_IntSpinBox : public QSpinBox
+{
+Q_OBJECT
+
+public:
+ explicit ModuleBase_IntSpinBox(QWidget* theParent = 0);
+ virtual ~ModuleBase_IntSpinBox() {};
+
+ /// Returns true if the current value is modified by has not been applyed yet
+ //virtual bool isModified() const;
+
+ /// Clears modified state
+ //void clearModified();
+
+protected slots:
+ /// Called on value changed
+ //void onValueChanged(const QString& theValue);
+
+protected:
+ /// Called on key press event
+ virtual void keyPressEvent(QKeyEvent* theEvent);
+
+private:
+ /// Boolean value whether the spin box content is modified
+ //bool myIsModified;
+};
+
+#endif
// Author: Natalia ERMOLAEVA
#include "ModuleBase_ModelWidget.h"
+#include "ModuleBase_Tools.h"
#include <ModelAPI_Data.h>
#include <ModelAPI_Attribute.h>
return theObject->data()->attribute(attributeID())->isInitialized();
}
+QString ModuleBase_ModelWidget::getValueStateError() const
+{
+ QString anError = "";
+
+ ModuleBase_ModelWidget::ValueState aState = getValueState();
+ if (aState != ModuleBase_ModelWidget::Stored) {
+ AttributePtr anAttr = feature()->attribute(attributeID());
+ if (anAttr.get()) {
+ QString anAttributeName = anAttr->id().c_str();
+ switch (aState) {
+ case ModuleBase_ModelWidget::ModifiedInPP:
+ anError = "Attribute \"" + anAttributeName +
+ "\" modification is not applyed. Please click \"Enter\" or \"Tab\".";
+ break;
+ case ModuleBase_ModelWidget::ModifiedInViewer:
+ anError = "Attribute \"" + anAttributeName +
+ "\" is locked by modification value in the viewer.";
+ break;
+ case ModuleBase_ModelWidget::Reset:
+ anError = "Attribute \"" + anAttributeName + "\" is not initialized.";
+ break;
+ }
+ }
+ }
+ return anError;
+}
+
void ModuleBase_ModelWidget::enableFocusProcessing()
{
QList<QWidget*> aMyControls = getControls();
for (; anIt != aLast && !isFocusAccepted; anIt++) {
QWidget* aWidget = *anIt;
if (aWidget && aWidget->focusPolicy() != Qt::NoFocus) {
- aWidget->setFocus();
+ ModuleBase_Tools::setFocus(aWidget, "ModuleBase_ModelWidget::focusTo()");
isFocusAccepted = true;
}
}
/// \return the enumeration result
ValueState getValueState() const { return myState; }
+ /// Returns an attribute error according to the value state
+ /// It exists in all cases excepring the "Store" case
+ QString getValueStateError() const;
+
/// Defines if it is supposed that the widget should interact with the viewer.
virtual bool isViewerSelector() { return false; }
/// \return the state whether the widget can accept the focus
virtual bool focusTo();
+ /// Select the internal content if it can be selected. It is empty in the default realization
+ virtual void selectContent() {}
+
/// The method called when widget is activated
void activate();
/// \param theEvent key release event
void keyReleased(QKeyEvent* theEvent);
+ /// The signal is emitted if the enter is clicked in the control of the widget
+ void enterClicked();
+
/// The signal about the widget is get focus
/// \param theWidget the model base widget
void focusInWidget(ModuleBase_ModelWidget* theWidget);
return isValid();
}
-void ModuleBase_Operation::start()
+bool ModuleBase_Operation::start()
{
myIsModified = false;
startOperation();
emit started();
+
+ return true;
}
void ModuleBase_Operation::postpone()
signals:
/// The operation is started
void beforeStarted();
+ /// The operation is started
void started();
/// The operation is aborted
void beforeAborted();
+ /// The operation is aborted
void aborted();
/// The operation is committed
void beforeCommitted();
+ /// The operation is committed
void committed();
/// The operation is aborted or committed
/// to change behavior of operation. There is no point in using this method. It would
/// be better to inherit own operator from base one and redefine startOperation method
/// instead.
- virtual void start();
+ /// \return true if the start is successful
+ virtual bool start();
/// Deactivates current operation which can be resumed later.
virtual void postpone();
clearPreselection();
}
+void ModuleBase_OperationFeature::setEditOperation(const bool theRestartTransaction)
+{
+ if (isEditOperation())
+ return;
+
+ if (theRestartTransaction) {
+ // finsh previous create operation
+ emit beforeCommitted();
+ SessionPtr aMgr = ModelAPI_Session::get();
+ ModelAPI_Session::get()->finishOperation();
+
+ // start new edit operation
+ myIsEditing = true;
+ QString anId = getDescription()->operationId();
+ if (myIsEditing) {
+ anId = anId.append(EditSuffix());
+ }
+ ModelAPI_Session::get()->startOperation(anId.toStdString());
+ emit beforeStarted();
+ }
+ else
+ myIsEditing = true;
+
+ propertyPanel()->setEditingMode(isEditOperation());
+}
+
FeaturePtr ModuleBase_OperationFeature::feature() const
{
return myFeature;
return myVisualizedObjects.find(theObject) != myVisualizedObjects.end();
}
-void ModuleBase_OperationFeature::start()
+bool ModuleBase_OperationFeature::start()
{
setIsModified(false);
QString anId = getDescription()->operationId();
// in order to update commands status in the workshop, to be exact the feature action
// to be unchecked
abort();
- return;
+ return false;
}
}
//Already called startOperation();
emit started();
-
+ return true;
}
void ModuleBase_OperationFeature::abort()
if (aPropertyPanel)
aPropertyPanel->cleanContent();
- myFeature->setStable(true);
+ if (myFeature.get())
+ myFeature->setStable(true);
abortOperation();
stopOperation();
bool ModuleBase_OperationFeature::commit()
{
if (canBeCommitted()) {
+ emit beforeCommitted();
// the widgets of property panel should not process any events come from data mode
// after commit clicked. Some signal such as redisplay/create influence on content
// of the object browser and viewer context. Therefore it influence to the current
SessionPtr aMgr = ModelAPI_Session::get();
/// Set current feature and remeber old current feature
- emit beforeCommitted();
commitOperation();
aMgr->finishOperation();
/// Returns True id the current operation is launched in editing mode
bool isEditOperation() const { return myIsEditing; }
+ /// Change the operation mode from create to edit.
+ /// The transaction and the operation name in the model history of transaction are the same.
+ /// It updates the edit state in the widgets of property panel
+ /// \param theRestartTransaction if true, the current model transaction is committed and
+ /// the new one is started
+ void setEditOperation(const bool theRestartTransaction);
+
/// Returns the operation feature
/// \return the feature
FeaturePtr feature() const;
CompositeFeaturePtr parentFeature() const;
/// Stores the previous to the operation current feature
- /// \set theFeature a feature
+ /// \param theFeature a feature
void setPreviousCurrentFeature(const FeaturePtr& theFeature);
/// Returns the previous to the operation current feature
/// to change behavior of operation. There is no point in using this method. It would
/// be better to inherit own operator from base one and redefine startOperation method
/// instead.
- void start();
+ /// \return true if the start is successful
+ virtual bool start();
/// Aborts operation
/// Public slot. Aborts operation. This slot is not virtual and cannot be redefined.
/*!
\brief This function is used to set a current value for this spinbox.
\param value current value
+
+ The new value is ignored if the spinbox has a variable.
*/
void ModuleBase_ParamSpinBox::setValue(const double value)
{
+ if (hasVariable())
+ return;
+
myTextValue = ModuleBase_DoubleSpinBox::textFromValue(value);
ModuleBase_DoubleSpinBox::setValue(value);
}
/// Retrieve preferences of resource manage to default state
static void resetResourcePreferences(SUIT_PreferenceMgr* thePref);
+ /// Retrieve preferences of config prop to default state
static void resetConfigPropPreferences(SUIT_PreferenceMgr* thePref);
private:
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+// File: ModuleBase_SelectionValidator.cpp
+// Created: 18 November 2015
+// Author: Vitaly SMETANNIKOV
+
+
+#include <ModuleBase_SelectionValidator.h>
+
+
+bool ModuleBase_SelectionValidator::isValid(const ModuleBase_ISelection* theSelection, ModuleBase_Operation* theOperation) const
+{
+ return true;
+}
* \ingroup Validators
* A validator of selection
*/
-class ModuleBase_SelectionValidator : public ModelAPI_Validator
+class MODULEBASE_EXPORT ModuleBase_SelectionValidator : public ModelAPI_Validator
{
public:
/// Returns True if selection is valid
/// \param theSelection selection instance
/// \param theOperation - current operation (can be 0)
- virtual bool isValid(const ModuleBase_ISelection* theSelection, ModuleBase_Operation* theOperation) const = 0;
+ virtual bool isValid(const ModuleBase_ISelection* theSelection, ModuleBase_Operation* theOperation) const;
};
#endif
const double tolerance = 1e-7;
+//#define DEBUG_ACTIVATE_WINDOW
+//#define DEBUG_SET_FOCUS
namespace ModuleBase_Tools {
theLayout->setSpacing(5);
}
+void activateWindow(QWidget* theWidget, const QString& theInfo)
+{
+ theWidget->activateWindow();
+
+#ifdef DEBUG_ACTIVATE_WINDOW
+ qDebug(QString("activateWindow: %1").arg(theInfo).toStdString().c_str());
+#endif
+}
+
+void setFocus(QWidget* theWidget, const QString& theInfo)
+{
+ theWidget->setFocus();
+
+#ifdef DEBUG_SET_FOCUS
+ qDebug(QString("setFocus: %1").arg(theInfo).toStdString().c_str());
+#endif
+}
+
QPixmap composite(const QString& theAdditionalIcon, const QString& theIcon)
{
QImage anIcon(theIcon);
ResultPtr aResult = std::dynamic_pointer_cast<ModelAPI_Result>(aObj);
ResultParameterPtr aConstruction = std::dynamic_pointer_cast<ModelAPI_ResultParameter>(aResult);
- hasResult = (aResult.get() != NULL);
- hasFeature = (aFeature.get() != NULL);
- hasParameter = (aConstruction.get() != NULL);
+ hasResult |= (aResult.get() != NULL);
+ hasFeature |= (aFeature.get() != NULL);
+ hasParameter |= (aConstruction.get() != NULL);
if (hasFeature)
- hasSubFeature = (ModelAPI_Tools::compositeOwner(aFeature) != NULL);
+ hasSubFeature |= (ModelAPI_Tools::compositeOwner(aFeature) != NULL);
if (hasFeature && hasResult && hasParameter && hasSubFeature)
break;
}
void setDefaultDeviationCoefficient(const TopoDS_Shape& theShape,
const Handle(Prs3d_Drawer)& theDrawer)
{
- if (!theShape.IsNull() && theShape.ShapeType() == TopAbs_EDGE)
+ if (theShape.IsNull())
+ return;
+ TopAbs_ShapeEnum aType = theShape.ShapeType();
+ if ((aType == TopAbs_EDGE) || (aType == TopAbs_WIRE))
theDrawer->SetDeviationCoefficient(1.e-4);
}
MODULEBASE_EXPORT void zeroMargins(QWidget* theWidget);
MODULEBASE_EXPORT void zeroMargins(QLayout* theLayout);
+/*
+ * Calls the same-named Qt method for the given widget.
+ * It sets the top-level widget containing this widget to be the active window.
+ * An active window is a visible top-level window that has the keyboard input focus.
+ * \param theWidget a widget to be activated
+ * \param theIndo a debug information
+ */
+MODULEBASE_EXPORT void activateWindow(QWidget* theWidget, const QString& theInfo = QString());
+
+/*
+ * Calls the same-named Qt method for the given widget.
+ * Gives the keyboard input focus to this widget (or its focus proxy) if this widget or
+ * one of its parents is the active window.
+ * \param theWidget a widget to be activated
+ * \param theIndo a debug information
+ */
+MODULEBASE_EXPORT void setFocus(QWidget* theWidget, const QString& theInfo = QString());
/**
* \ingroup GUI
/*! Sets the default coeffient into the driver calculated accordingly the shape type.
It provides 1.e-4 for a shape withe Edge shape type
\param theShape a shape to define the deviation coeffient,
-\return double value
+\param theDrawer a drawer
*/
MODULEBASE_EXPORT void setDefaultDeviationCoefficient(const TopoDS_Shape& theShape,
const Handle(Prs3d_Drawer)& theDrawer);
#include <AIS_InteractiveObject.hxx>
#include <AIS_Shape.hxx>
+#include <AIS_Axis.hxx>
+#include <AIS_Point.hxx>
+#include <AIS_Plane.hxx>
+#include <Geom_Point.hxx>
+#include <Geom_Line.hxx>
+#include <Geom_Plane.hxx>
#include <StdSelect_BRepOwner.hxx>
if (myPlane.get()) {
aValid = Standard_False;
if (theOwner->HasSelectable()) {
+ gp_Pln aPlane = myPlane->impl<gp_Pln>();
Handle(StdSelect_BRepOwner) aShapeOwner = Handle(StdSelect_BRepOwner)::DownCast(theOwner);
if (!aShapeOwner.IsNull() && aShapeOwner->HasShape()) {
TopoDS_Shape aShape = aShapeOwner->Shape();
TopAbs_ShapeEnum aType = aShape.ShapeType();
- gp_Pln aPlane = myPlane->impl<gp_Pln>();
switch (aType) {
case TopAbs_VERTEX:
{
break;
}
} else {
+ // Check Trihedron sub-objects
+ Handle(SelectMgr_SelectableObject) aSelObj = theOwner->Selectable();
+ Handle(Standard_Type) aType = aSelObj->DynamicType();
+ if (aType == STANDARD_TYPE(AIS_Axis)) {
+ Handle(AIS_Axis) aAxis = Handle(AIS_Axis)::DownCast(aSelObj);
+ gp_Lin aLine = aAxis->Component()->Lin();
+ return aPlane.Contains(aLine, Precision::Confusion(), Precision::Angular());
+
+ } else if (aType == STANDARD_TYPE(AIS_Point)) {
+ Handle(AIS_Point) aPoint = Handle(AIS_Point)::DownCast(aSelObj);
+ return aPlane.Distance(aPoint->Component()->Pnt()) < Precision::Confusion();
+
+ } else if (aType == STANDARD_TYPE(AIS_Plane)) {
+ Handle(AIS_Plane) aAisPlane = Handle(AIS_Plane)::DownCast(aSelObj);
+ gp_Pln aPln = aAisPlane->Component()->Pln();
+ return aPlane.Distance(aPln) < Precision::Confusion();
+ }
// This is not object controlled by the filter
aValid = Standard_True;
}
#include <QLayout>
#include <QLabel>
#include <QComboBox>
+#include <QButtonGroup>
+#include <QGroupBox>
+#include <QRadioButton>
+#include <QToolButton>
+
ModuleBase_WidgetChoice::ModuleBase_WidgetChoice(QWidget* theParent,
const Config_WidgetAPI* theData,
const std::string& theParentId)
- : ModuleBase_ModelWidget(theParent, theData, theParentId)
+ : ModuleBase_ModelWidget(theParent, theData, theParentId), myCombo(0), myButtons(0)
{
QHBoxLayout* aLayout = new QHBoxLayout(this);
ModuleBase_Tools::adjustMargins(aLayout);
QString aLabelText = QString::fromStdString(theData->widgetLabel());
QString aLabelIcon = QString::fromStdString(theData->widgetIcon());
- myLabel = new QLabel(aLabelText, this);
- if (!aLabelIcon.isEmpty())
- myLabel->setPixmap(QPixmap(aLabelIcon));
- aLayout->addWidget(myLabel);
-
- std::string aToolstr = theData->widgetTooltip();
- if (!aToolstr.empty()) {
- myLabel->setToolTip(QString::fromStdString(aToolstr));
- }
-
- myCombo = new QComboBox(this);
- aLayout->addWidget(myCombo, 1);
-
std::string aTypes = theData->getProperty("string_list");
QStringList aList = QString(aTypes.c_str()).split(' ');
- myCombo->addItems(aList);
- connect(myCombo, SIGNAL(currentIndexChanged(int)), this, SLOT(onCurrentIndexChanged(int)));
+ // Widget type can be combobox or radiobuttons
+ std::string aWgtType = theData->getProperty("widget_type");
+ if ((aWgtType.length() > 0) && (aWgtType == "radiobuttons")) {
+ myButtons = new QButtonGroup(this);
+ QGroupBox* aGroupBox = new QGroupBox(aLabelText, this);
+ aLayout->addWidget(aGroupBox);
+
+
+ QLayout* aBtnLayout = 0;
+ std::string aWgtDir = theData->getProperty("buttons_dir");
+ if (aWgtDir == "horizontal")
+ aBtnLayout = new QHBoxLayout(aGroupBox);
+ else
+ aBtnLayout = new QVBoxLayout(aGroupBox);
+ ModuleBase_Tools::adjustMargins(aBtnLayout);
+
+ std::string aIcons = theData->getProperty("icons_list");
+ QStringList aIconList = QString(aIcons.c_str()).split(' ');
+ if (aIconList.length() == aList.length()) {
+ int aId = 0;
+ foreach(QString aBtnTxt, aList) {
+ QToolButton* aBtn = new QToolButton(aGroupBox);
+ aBtn->setCheckable(true);
+ aBtn->setToolTip(aBtnTxt);
+
+ QPixmap aIcon(aIconList.at(aId));
+ aBtn->setIcon(aIcon);
+ aBtn->setIconSize(aIcon.size());
+
+ aBtnLayout->addWidget(aBtn);
+ myButtons->addButton(aBtn, aId++);
+ }
+
+ } else {
+ int aId = 0;
+ foreach(QString aBtnTxt, aList) {
+ QRadioButton* aBtn = new QRadioButton(aBtnTxt, aGroupBox);
+ aBtnLayout->addWidget(aBtn);
+ myButtons->addButton(aBtn, aId++);
+ }
+ }
+ myButtons->button(0)->setChecked(true);
+ connect(myButtons, SIGNAL(buttonClicked(int)), this, SLOT(onCurrentIndexChanged(int)));
+ connect(myButtons, SIGNAL(buttonClicked(int)), this, SIGNAL(itemSelected(int)));
+ } else {
+ myLabel = new QLabel(aLabelText, this);
+ if (!aLabelIcon.isEmpty())
+ myLabel->setPixmap(QPixmap(aLabelIcon));
+ aLayout->addWidget(myLabel);
+
+ std::string aToolstr = theData->widgetTooltip();
+ if (!aToolstr.empty()) {
+ myLabel->setToolTip(QString::fromStdString(aToolstr));
+ }
+
+ myCombo = new QComboBox(this);
+ aLayout->addWidget(myCombo, 1);
+
+ myCombo->addItems(aList);
+
+ connect(myCombo, SIGNAL(currentIndexChanged(int)), this, SLOT(onCurrentIndexChanged(int)));
+ connect(myCombo, SIGNAL(currentIndexChanged(int)), this, SIGNAL(itemSelected(int)));
+ }
}
ModuleBase_WidgetChoice::~ModuleBase_WidgetChoice()
DataPtr aData = myFeature->data();
std::shared_ptr<ModelAPI_AttributeInteger> aIntAttr = aData->integer(attributeID());
- aIntAttr->setValue(myCombo->currentIndex());
+ if (myCombo)
+ aIntAttr->setValue(myCombo->currentIndex());
+ else
+ aIntAttr->setValue(myButtons->checkedId());
updateObject(myFeature);
return true;
}
DataPtr aData = myFeature->data();
std::shared_ptr<ModelAPI_AttributeInteger> aIntAttr = aData->integer(attributeID());
- bool isBlocked = myCombo->blockSignals(true);
- myCombo->setCurrentIndex(aIntAttr->value());
- myCombo->blockSignals(isBlocked);
+ if (aIntAttr->value() != -1) {
+ if (myCombo) {
+ bool isBlocked = myCombo->blockSignals(true);
+ myCombo->setCurrentIndex(aIntAttr->value());
+ myCombo->blockSignals(isBlocked);
+ } else {
+ bool isBlocked = myButtons->blockSignals(true);
+ myButtons->button(aIntAttr->value())->setChecked(true);
+ myButtons->blockSignals(isBlocked);
+ emit itemSelected(aIntAttr->value());
+ }
+ }
return true;
}
bool ModuleBase_WidgetChoice::focusTo()
{
- myCombo->setFocus();
+ if (myCombo)
+ ModuleBase_Tools::setFocus(myCombo, "ModuleBase_WidgetChoice::focusTo()");
+ else
+ return false;
return true;
}
QList<QWidget*> ModuleBase_WidgetChoice::getControls() const
{
QList<QWidget*> aControls;
- aControls.append(myCombo);
+ if (myCombo)
+ aControls.append(myCombo);
+ //else {
+ // //foreach(QAbstractButton* aBtn, myButtons->buttons())
+ // //if (myButtons->checkedId() != -1)
+ // // aControls.append(myButtons->button(myButtons->checkedId()));
+ //}
return aControls;
}
class QWidget;
class QLabel;
class QComboBox;
+class QButtonGroup;
/**
* \ingroup GUI
* string_list="Cut Fuse Common"
* />
* \endcode
+* Aditionally can be used:
+* A key "widget_type". It can have values "combobox" or "radiobuttons".
+* By default it uses "combobox".
+* A key "buttons_dir" which is applicable only for "radiobuttons" mode.
+* It defines direction of radiobuttons layout. it can be "vertical" or "horizontal"
+* Default value is "vertical"
*/
class MODULEBASE_EXPORT ModuleBase_WidgetChoice : public ModuleBase_ModelWidget
{
const std::string& theParentId);
virtual ~ModuleBase_WidgetChoice();
-
+
+ /// Defines if it is supported to set the value in this widget
+ /// It returns false because this is an info widget
+ virtual bool canSetValue() const { return false; };
+
virtual bool focusTo();
/// Returns list of widget controls
/// \return a controls list
virtual QList<QWidget*> getControls() const;
+signals:
+ void itemSelected(int);
+
protected:
/// Saves the internal parameters to the given feature
/// \return True in success
/// The control
QComboBox* myCombo;
+ QButtonGroup* myButtons;
};
#endif
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+// File: ModuleBase_WidgetCreatorFactory.cpp
+// Created: 03 Dec 2015
+// Author: Natalia ERMOLAEVA
+
+#include <ModuleBase_WidgetCreatorFactory.h>
+#include <ModuleBase_IWidgetCreator.h>
+
+#include <Events_Error.h>
+
+#include <QStringList>
+
+/// Factory instance that will be initialized by first getting, one per application
+std::shared_ptr<ModuleBase_WidgetCreatorFactory> MY_WIDGET_CREATOR_FACTORY;
+
+std::shared_ptr<ModuleBase_WidgetCreatorFactory> ModuleBase_WidgetCreatorFactory::get()
+{
+ if (!MY_WIDGET_CREATOR_FACTORY) {
+ MY_WIDGET_CREATOR_FACTORY = std::shared_ptr<ModuleBase_WidgetCreatorFactory>(new ModuleBase_WidgetCreatorFactory());
+ }
+ return MY_WIDGET_CREATOR_FACTORY;
+}
+
+ModuleBase_WidgetCreatorFactory::ModuleBase_WidgetCreatorFactory()
+{
+}
+
+ModuleBase_WidgetCreatorFactory::~ModuleBase_WidgetCreatorFactory()
+{
+}
+
+void ModuleBase_WidgetCreatorFactory::registerCreator(const WidgetCreatorPtr& theCreator)
+{
+ const std::set<std::string>& aTypes = theCreator->widgetTypes();
+ std::set<std::string>::const_iterator anIt = aTypes.begin(), aLast = aTypes.end();
+ for (; anIt != aLast; anIt++) {
+ std::string aKey = *anIt;
+ if (!myCreators.contains(aKey))
+ myCreators[aKey] = theCreator;
+ else {
+ Events_Error::send("The" + aKey + " widget XML definition has been already \
+used by another widget creator");
+ }
+ }
+
+ const std::set<std::string>& aPTypes = theCreator->pageTypes();
+ for (anIt = aPTypes.begin(), aLast = aPTypes.end(); anIt != aLast; anIt++) {
+ std::string aKey = *anIt;
+ if (!myPageToCreator.contains(aKey))
+ myPageToCreator[aKey] = theCreator;
+ else {
+ Events_Error::send("The" + aKey + " page XML definition has been already \
+used by another widget creator");
+ }
+ }
+}
+
+bool ModuleBase_WidgetCreatorFactory::hasPageWidget(const std::string& theType)
+{
+ return myPageToCreator.contains(theType);
+}
+
+ModuleBase_PageBase* ModuleBase_WidgetCreatorFactory::createPageByType(
+ const std::string& theType, QWidget* theParent)
+{
+ ModuleBase_PageBase* aPage = 0;
+
+ if (myPageToCreator.contains(theType)) {
+ WidgetCreatorPtr aCreator = myPageToCreator[theType];
+ aPage = aCreator->createPageByType(theType, theParent);
+ }
+
+ return aPage;
+}
+
+
+ModuleBase_ModelWidget* ModuleBase_WidgetCreatorFactory::createWidgetByType(
+ const std::string& theType, QWidget* theParent)
+{
+ ModuleBase_ModelWidget* aWidget = 0;
+
+ if (myCreators.contains(theType)) {
+ WidgetCreatorPtr aCreator = myCreators[theType];
+ aWidget = aCreator->createWidgetByType(theType, theParent);
+ }
+
+ return aWidget;
+}
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+// File: ModuleBase_WidgetCreatorFactory.cpp
+// Created: 03 Dec 2015
+// Author: Natalia ERMOLAEVA
+
+#ifndef MODULEBASE_WIDGETCREATORFACTORY_H_
+#define MODULEBASE_WIDGETCREATORFACTORY_H_
+
+#include <ModuleBase.h>
+
+#include <memory>
+#include <string>
+
+#include <QMap>
+
+#include <ModuleBase_IWidgetCreator.h>
+
+class ModuleBase_ModelWidget;
+class ModuleBase_PageBase;
+
+class QWidget;
+
+/**
+* \ingroup GUI
+* A class for creation of widgets instances in for property panel using XML deskription of
+* a feature
+*/
+class MODULEBASE_EXPORT ModuleBase_WidgetCreatorFactory
+{
+ public:
+ // Returns an singular instance of the class if it exists or create it
+ static std::shared_ptr<ModuleBase_WidgetCreatorFactory> get();
+
+ /// Destructor
+ virtual ~ModuleBase_WidgetCreatorFactory();
+
+ /// The creator is added to the internal container to be used when the createWidgetByType is called
+ /// \param theCreator a new widget creator
+ void registerCreator(const WidgetCreatorPtr& theCreator);
+
+ /// Returns true if there is a creator, which can make a page by the type
+ /// \param theType a type
+ bool hasPageWidget(const std::string& theType);
+
+ /// Create page by its type
+ /// \param theType a type
+ /// \param theParent a parent widget
+ ModuleBase_PageBase* createPageByType(const std::string& theType,
+ QWidget* theParent = NULL);
+
+ /// Create widget by its type
+ /// \param theType a type
+ /// \param theParent a parent widget
+ ModuleBase_ModelWidget* createWidgetByType(const std::string& theType,
+ QWidget* theParent = NULL);
+
+private:
+ /// Constructor is hidden
+ ModuleBase_WidgetCreatorFactory();
+
+ /// Map of widget type in XML to creator
+ QMap<std::string, WidgetCreatorPtr> myCreators;
+
+ /// Map of widget page in XML to creator
+ QMap<std::string, WidgetCreatorPtr> myPageToCreator;
+};
+
+typedef std::shared_ptr<ModuleBase_WidgetCreatorFactory> WidgetCreatorFactoryPtr;
+
+#endif /* MODULEBASE_WIDGETCREATORFACTORY_H_ */
return true;
}
+void ModuleBase_WidgetDoubleValue::selectContent()
+{
+ mySpinBox->selectAll();
+}
+
QList<QWidget*> ModuleBase_WidgetDoubleValue::getControls() const
{
QList<QWidget*> aList;
bool ModuleBase_WidgetDoubleValue::processEnter()
{
- bool isModified = mySpinBox->isModified();
+ bool isModified = getValueState() == ModifiedInPP;
+ //bool isModified = mySpinBox->isModified();
if (isModified) {
emit valuesChanged();
- mySpinBox->clearModified();
+ //mySpinBox->clearModified();
mySpinBox->selectAll();
}
return isModified;
virtual ~ModuleBase_WidgetDoubleValue();
+ /// Select the internal content if it can be selected. It is empty in the default realization
+ virtual void selectContent();
+
/// Returns list of widget controls
/// \return a control list
virtual QList<QWidget*> getControls() const;
ModuleBase_WidgetEditor::ModuleBase_WidgetEditor(QWidget* theParent,
const Config_WidgetAPI* theData,
const std::string& theParentId)
- : ModuleBase_WidgetDoubleValue(theParent, theData, theParentId)
+: ModuleBase_WidgetDoubleValue(theParent, theData, theParentId),
+ myIsKeyReleasedEmitted(false)
{
}
ModuleBase_ParamSpinBox* anEditor = new ModuleBase_ParamSpinBox(&aDlg);
anEditor->enableKeyPressEvent(true);
+ if (!myIsEditing) {
+ connect(anEditor, SIGNAL(keyReleased(QKeyEvent*)), this, SLOT(onKeyReleased(QKeyEvent*)));
+ }
anEditor->setMinimum(0);
anEditor->setMaximum(DBL_MAX);
aLay->addWidget(anEditor);
- anEditor->setFocus();
+ ModuleBase_Tools::setFocus(anEditor, "ModuleBase_WidgetEditor::editedValue");
anEditor->selectAll();
QObject::connect(anEditor, SIGNAL(editingFinished()), &aDlg, SLOT(accept()));
aDlg.move(QCursor::pos());
aDlg.exec();
+
+ if (!myIsEditing) {
+ disconnect(anEditor, SIGNAL(keyReleased(QKeyEvent*)), this, SLOT(onKeyReleased(QKeyEvent*)));
+ }
+
outText = anEditor->text();
bool isDouble;
double aValue = outText.toDouble(&isDouble);
void ModuleBase_WidgetEditor::showPopupEditor()
{
+ myIsKeyReleasedEmitted = false;
+
// we need to emit the focus in event manually in order to save the widget as an active
// in the property panel before the mouse leave event happens in the viewer. The module
// ask an active widget and change the feature visualization if the widget is not the current one.
ModuleBase_Tools::setSpinText(mySpinBox, aText);
}
emit valuesChanged();
- emit focusOutWidget(this);
+ // the focus leaves the control automatically by the Enter/Esc event
+ // it is processed in operation manager
+ //emit focusOutWidget(this);
+
+ if (myIsKeyReleasedEmitted)
+ emit enterClicked();
+}
+
+void ModuleBase_WidgetEditor::onKeyReleased(QKeyEvent* theEvent)
+{
+ myIsKeyReleasedEmitted = true;
}
/// \return the state whether the widget can accept the focus
virtual bool focusTo();
- private slots:
/// Shous popup window under cursor for data editing
void showPopupEditor();
+protected slots:
+ void onKeyReleased(QKeyEvent* theEvent);
+
private:
void editedValue(double& outValue, QString& outText);
///< the kinds of possible features
QStringList myFeatureKinds;
+
+ bool myIsKeyReleasedEmitted;
};
#endif
bool ModuleBase_WidgetExprEditor::processEnter()
{
- bool isModified = myEditor->isModified();
+ //bool isModified = myEditor->isModified();
+ bool isModified = getValueState() == ModifiedInPP;
if (isModified) {
emit valuesChanged();
- myEditor->clearModified();
+ //myEditor->clearModified();
myEditor->selectAll();
}
return isModified;
/// Returns placeholder list
QString placeHolderText() const;
- // Returns true if the current value is modified by has not been applyed yet
+ /// Returns true if the current value is modified by has not been applyed yet
bool isModified() const;
- // Clears modified state
+ /// Clears modified state
void clearModified();
public slots:
#include <ModuleBase_PageGroupBox.h>
#include <ModuleBase_PageWidget.h>
#include <ModuleBase_WidgetExprEditor.h>
+#include <ModuleBase_WidgetCreatorFactory.h>
#include <ModelAPI_Validator.h>
#include <ModelAPI_Session.h>
do { //Iterate over each node
std::string aWdgType = myWidgetApi->widgetType();
// Create PageGroup TODO: extract
- if (myWidgetApi->isGroupBoxWidget()) {
+ if (myWidgetApi->isGroupBoxWidget() ||
+ ModuleBase_WidgetCreatorFactory::get()->hasPageWidget(aWdgType)) {
+
//if current widget is groupbox (container) process it's children recursively
- QString aGroupName = qs(myWidgetApi->getProperty(CONTAINER_PAGE_NAME));
- ModuleBase_PageGroupBox* aPage = new ModuleBase_PageGroupBox(thePage->pageWidget());
- aPage->setTitle(aGroupName);
+ ModuleBase_PageBase* aPage = createPageByType(aWdgType, thePage->pageWidget());
+
createWidget(aPage);
thePage->addPageWidget(aPage);
} else {
thePage->alignToTop();
}
+ModuleBase_PageBase* ModuleBase_WidgetFactory::createPageByType(const std::string& theType,
+ QWidget* theParent)
+{
+ ModuleBase_PageBase* aResult = NULL;
+
+ if (theType == WDG_GROUP) {
+ QString aGroupName = qs(myWidgetApi->getProperty(CONTAINER_PAGE_NAME));
+ ModuleBase_PageGroupBox* aPage = new ModuleBase_PageGroupBox(theParent);
+ aPage->setTitle(aGroupName);
+ aResult = aPage;
+ }
+
+ if (!aResult)
+ aResult = ModuleBase_WidgetCreatorFactory::get()->createPageByType(theType, theParent);
+
+ return aResult;
+}
+
ModuleBase_ModelWidget* ModuleBase_WidgetFactory::createWidgetByType(const std::string& theType,
QWidget* theParent)
{
result = NULL;
} else {
result = myWorkshop->module()->createWidgetByType(theType, theParent, myWidgetApi, myParentId);
+ if (!result)
+ result = ModuleBase_WidgetCreatorFactory::get()->createWidgetByType(theType, theParent);
#ifdef _DEBUG
if (!result) {
qDebug("ModuleBase_WidgetFactory::fillWidget: find bad widget type %s", theType.c_str());
}
#endif
}
- if (result) {
+ if (result)
myModelWidgets.append(result);
- }
return result;
}
protected:
/// check if ModuleBase_Widget has expandable widgets in getControls
bool hasExpandingControls(QWidget* theParent);
- /// Create widget by its type
- /// \param theType a type
- /// \param theParent a parent widget
+
+ /// Create page by its type
+ /// \param theType a type
+ /// \param theParent a parent widget
+ ModuleBase_PageBase* createPageByType(const std::string& theType,
+ QWidget* theParent);
+
+ /// Create widget by its type
+ /// \param theType a type
+ /// \param theParent a parent widget
ModuleBase_ModelWidget* createWidgetByType(const std::string& theType,
QWidget* theParent = NULL);
QString mySelectedFilter;
/// A title of open file dialog box
- enum { WFS_OPEN, WFS_SAVE } myType;
+ enum {
+ WFS_OPEN, ///< open file
+ WFS_SAVE ///< save file
+ } myType; ///< type of dialog
/// Default path
QString myDefaultPath;
#include <ModuleBase_WidgetIntValue.h>
#include <ModuleBase_ParamSpinBox.h>
#include <ModuleBase_Tools.h>
+#include <ModuleBase_IntSpinBox.h>
#include <ModelAPI_AttributeInteger.h>
#include <ModelAPI_Data.h>
#include <QLabel>
#include <QEvent>
#include <QTimer>
-#include <QSpinBox>
#include <math.h>
if (!aLabelIcon.isEmpty())
myLabel->setPixmap(QPixmap(aLabelIcon));
- mySpinBox = new QSpinBox(this);
+ mySpinBox = new ModuleBase_IntSpinBox(this);
QString anObjName = QString::fromStdString(attributeID());
mySpinBox->setObjectName(anObjName);
aList.append(mySpinBox);
return aList;
}
+
+bool ModuleBase_WidgetIntValue::processEnter()
+{
+ bool isModified = getValueState() == ModifiedInPP;
+ //bool isModified = mySpinBox->isModified();
+ if (isModified) {
+ emit valuesChanged();
+ //mySpinBox->clearModified();
+ mySpinBox->selectAll();
+ }
+ return isModified;
+}
#include "ModuleBase.h"
#include "ModuleBase_ModelWidget.h"
+class ModuleBase_IntSpinBox;
class Config_WidgetAPI;
class QWidget;
class QLabel;
class QTimer;
-class QSpinBox;
/**
* \ingroup GUI
/// \return a control list
virtual QList<QWidget*> getControls() const;
+ /// Returns true if the event is processed.
+ virtual bool processEnter();
+
protected:
/// Saves the internal parameters to the given feature
/// \return True in success
QLabel* myLabel;
/// Input value control
- QSpinBox* mySpinBox;
+ ModuleBase_IntSpinBox* mySpinBox;
};
#endif
aMainLay->addRow(aLabel, myLineEdit);
this->setLayout(aMainLay);
- connect(myLineEdit, SIGNAL(textChanged(const QString&)), this, SLOT(onTextChanged()));
+ connect(myLineEdit, SIGNAL(textChanged(const QString&)), this, SIGNAL(valuesModified()));
}
ModuleBase_WidgetLineEdit::~ModuleBase_WidgetLineEdit()
return result;
}
-void ModuleBase_WidgetLineEdit::onTextChanged()
+bool ModuleBase_WidgetLineEdit::processEnter()
{
- storeValue();
+ bool isModified = getValueState() == ModifiedInPP;
+ if (isModified) {
+ emit valuesChanged();
+ myLineEdit->selectAll();
+ }
+ return isModified;
}
/// Redefinition of virtual method
virtual QList<QWidget*> getControls() const;
- public slots:
- /// A slot for processing text changed event
- void onTextChanged();
+ /// Returns true if the event is processed.
+ virtual bool processEnter();
protected:
/// Saves the internal parameters to the given feature
#include <QAction>
#include <QApplication>
#include <QClipboard>
+#include <QTimer>
#include <memory>
#include <string>
/// Redefinition of virtual method
virtual QSize minimumSizeHint() const
{
- int aHeight = 2*QFontMetrics( font() ).height();
+ int aHeight = 4/*2*/*QFontMetrics( font() ).height();
QSize aSize = QListWidget::minimumSizeHint();
return QSize( aSize.width(), aHeight );
}
+
+#ifndef WIN32
+// The code is necessary only for Linux because
+//it can not update viewport on widget resize
+protected:
+ void resizeEvent(QResizeEvent* theEvent)
+ {
+ QListWidget::resizeEvent(theEvent);
+ QTimer::singleShot(5, viewport(), SLOT(repaint()));
+ }
+#endif
};
ModuleBase_WidgetMultiSelector::ModuleBase_WidgetMultiSelector(QWidget* theParent,
//********************************************************************
void ModuleBase_WidgetMultiSelector::onSelectionTypeChanged()
{
- activateSelection(true);
- activateFilters(true);
+ activateSelectionAndFilters(true);
QList<ModuleBase_ViewerPrs> anEmptyList;
// This method will call Selection changed event which will call onSelectionChanged
// To clear mySelection, myListControl and storeValue()
// Set focus to List control in order to make possible
// to use Tab key for transfer the focus to next widgets
myListControl->setCurrentRow(myListControl->model()->rowCount() - 1);
- myListControl->setFocus();
+ ModuleBase_Tools::setFocus(myListControl,
+ "ModuleBase_WidgetMultiSelector::onSelectionTypeChanged()");
}
//********************************************************************
aShapeTypeName = myTypeCombo->itemText(idx);
TopAbs_ShapeEnum aRefType = ModuleBase_Tools::shapeType(aShapeTypeName);
if(aRefType == theShapeType && idx != myTypeCombo->currentIndex()) {
- activateSelection(false);
- activateFilters(false);
+ activateSelectionAndFilters(false);
bool isBlocked = myTypeCombo->blockSignals(true);
myTypeCombo->setCurrentIndex(idx);
myTypeCombo->blockSignals(isBlocked);
- activateSelection(true);
- activateFilters(true);
+ activateSelectionAndFilters(true);
break;
}
}
}
//********************************************************************
-void ModuleBase_WidgetSelector::activateSelection(bool toActivate)
+void ModuleBase_WidgetSelector::activateSelectionAndFilters(bool toActivate)
{
updateSelectionName();
} else {
myWorkshop->deactivateSubShapesSelection();
}
+ activateFilters(toActivate);
}
//********************************************************************
connect(myWorkshop, SIGNAL(selectionChanged()), this,
SLOT(onSelectionChanged()), Qt::UniqueConnection);
- activateSelection(true);
+ activateSelectionAndFilters(true);
// Restore selection in the viewer by the attribute selection list
myWorkshop->setSelected(getAttributeSelection());
-
- activateFilters(true);
}
//********************************************************************
{
ModuleBase_ModelWidget::deactivate();
disconnect(myWorkshop, SIGNAL(selectionChanged()), this, SLOT(onSelectionChanged()));
- activateSelection(false);
- activateFilters(false);
+ activateSelectionAndFilters(false);
+ ModuleBase_ModelWidget::deactivate();
}
/// Defines if it is supposed that the widget should interact with the viewer.
virtual bool isViewerSelector() { return true; }
+ /// Activate or deactivate selection and selection filters
+ void activateSelectionAndFilters(bool toActivate);
+
/// Checks the widget validity. By default, it returns true.
/// \param thePrs a selected presentation in the view
/// \return a boolean value
/// The methiod called when widget is deactivated
virtual void deactivate();
-protected:
- /// Activate or deactivate selection
- void activateSelection(bool toActivate);
-
private slots:
/// Slot which is called on selection event
void onSelectionChanged();
//! Returns data object by AIS
ObjectPtr findPresentedObject(const AISObjectPtr& theAIS) const;
- /// It obtains selection filters from the workshop and activates them in the active viewer
- /// \param toActivate a flag about activation or deactivation the filters
- void activateFilters(const bool toActivate);
-
protected:
/// Creates a backup of the current values of the attribute
/// It should be realized in the specific widget because of different
/// \param theValues a list of presentations.
void filterPresentations(QList<ModuleBase_ViewerPrs>& theValues);
+ /// It obtains selection filters from the workshop and activates them in the active viewer
+ /// \param toActivate a flag about activation or deactivation the filters
+ void activateFilters(const bool toActivate);
+
protected:
/// Reference to workshop
ModuleBase_IWorkshop* myWorkshop;
NewGeom_EXPORT char* getModuleVersion()
{
- return "0.0";
-}
+ return (char*)"0.0";
}
+} // extern "C"
/**
* Class for preferences management
#include <QFrame>
#include <QHBoxLayout>
#include <QToolButton>
+#include <QEvent>
NewGeom_NestedButton::NewGeom_NestedButton(QObject* theParent,
const QList<QAction*>& theNestedActions)
return myButtonFrame;
}
+bool NewGeom_NestedButton::event(QEvent* theEvent)
+{
+ if (theEvent->type() == QEvent::ActionChanged) {
+ if (myThisButton) {
+ myThisButton->setEnabled(isEnabled());
+ return true;
+ }
+ }
+ return QWidgetAction::event(theEvent);
+}
+
+
void NewGeom_NestedButton::actionStateChanged()
{
if (isEnabled()) {
/// Creates the button representation
/// \param theParent a parent widget
virtual QWidget * createWidget(QWidget * theParent);
+
+ virtual bool event(QEvent* theEvent);
private:
QList<QAction*> myNestedActions; ///< list of nested actions
if (!aView3d.IsNull()) {
aView3d->SetProj(theX, theY, theZ);
aView3d->SetTwist( theTwist );
- aView3d->FitAll(0.01, true);
+ aView3d->FitAll(0.01, false);
aView3d->SetZSize(0.);
if (aView3d->Depth() < 0.1)
aView3d->DepthFitAll();
<!-- Major module parameters -->
<parameter name="name" value="NewGeom"/>
<parameter name="icon" value="newgeom.png"/>
- <parameter name="version" value="1.4.0"/>
+ <parameter name="version" value="2.0.0"/>
<parameter name="documentation" value="newgeom_help"/>
</section>
<section name="newgeom_help" >
<!-- Major module parameters -->
<parameter name="name" value="NewGeom"/>
<parameter name="icon" value="newgeom.png"/>
- <parameter name="version" value="1.4.0"/>
+ <parameter name="version" value="2.0.0"/>
<parameter name="documentation" value="newgeom_help"/>
</section>
<section name="newgeom_help" >
{
if (theID == EXPRESSION_ID())
updateExpression();
+
+ data()->execState(ModelAPI_StateMustBeUpdated);
}
void ParametersPlugin_Parameter::updateName()
setResult(aParam);
}
-void ParametersPlugin_Parameter::updateExpression()
+bool ParametersPlugin_Parameter::updateExpression()
{
std::string anExpression = string(EXPRESSION_ID())->value();
double aValue = evaluate(anExpression, outErrorMessage);
data()->string(EXPRESSION_ERROR_ID())->setValue(outErrorMessage);
- if (!outErrorMessage.empty()) {
- setError("Expression error.", false);
- data()->execState(ModelAPI_StateExecFailed);
- return;
- }
-
- setError("", false);
- data()->execState(ModelAPI_StateDone);
+ if (!outErrorMessage.empty())
+ return false;
ResultParameterPtr aParam = document()->createParameter(data());
AttributeDoublePtr aValueAttribute = aParam->data()->real(ModelAPI_ResultParameter::VALUE());
aValueAttribute->setValue(aValue);
setResult(aParam);
+ return true;
}
void ParametersPlugin_Parameter::execute()
{
updateName();
- updateExpression();
+ if (!updateExpression())
+ setError("Expression error.", false);
}
double ParametersPlugin_Parameter::evaluate(const std::string& theExpression, std::string& theError)
for ( ; it != anExprParams.end(); it++) {
std::string& aVariableName = *it;
+ // Parameter with the same name should be searched in the parent document.
+ // For the PartSet assume that the parameter is absent.
+ // Currently there is no way to get parent document, so we get PartSet for all.
+ DocumentPtr aDocument = document();
+ if (data()->name() == aVariableName) {
+ if (aDocument = ModelAPI_Session::get()->moduleDocument())
+ continue;
+ aDocument = ModelAPI_Session::get()->moduleDocument();
+ }
+
double aValue;
ResultParameterPtr aParamRes;
- if (!ModelAPI_Tools::findVariable(aVariableName, aValue, aParamRes, document())) continue;
+ if (!ModelAPI_Tools::findVariable(aVariableName, aValue, aParamRes, aDocument)) continue;
aParamsList.push_back(aParamRes);
std::ostringstream sstream;
/// Updates name of the parameter
void updateName();
/// Updates expression of the parameter
- void updateExpression();
+ bool updateExpression();
private:
std::shared_ptr<ParametersPlugin_PyInterp> myInterp;
}
PyObject *aCodePyObj =
- PyObject_CallMethod(aCodeopModule, "compile_command", "(s)", theExpression.c_str());
+ PyObject_CallMethod(aCodeopModule, (char*)"compile_command", (char*)"(s)", theExpression.c_str());
if(!aCodePyObj || aCodePyObj == Py_None || !PyCode_Check(aCodePyObj)) {
Py_XDECREF(aCodePyObj);
std::string& theError) const
{
AttributeStringPtr aStrAttr = std::dynamic_pointer_cast<ModelAPI_AttributeString>(theAttribute);
+ if (!aStrAttr->isInitialized()) {
+ theError = "Attribute \"" + aStrAttr->id() + "\" is not initialized.";
+ return false;
+ }
+ bool isEmptyExpr = aStrAttr->value().empty();
+ if (isEmptyExpr) {
+ theError = "Attribute \"" + aStrAttr->id() + "\" value is empty.";
+ return false;
+ }
if (!isVariable(aStrAttr->value())) {
theError = "Incorrect variable name.";
return false;
AttributeStringPtr aStrAttr =
std::dynamic_pointer_cast<ModelAPI_AttributeString>(theAttribute);
+ if (!aStrAttr->isInitialized()) {
+ theError = "Attribute \"" + aStrAttr->id() + "\" is not initialized.";
+ return false;
+ }
bool isEmptyExpr = aStrAttr->value().empty();
if (isEmptyExpr) {
theError = "Expression is empty.";
PartSet_Filters.h
PartSet_FilterInfinite.h
PartSet_SketcherMgr.h
+ PartSet_SketcherReetntrantMgr.h
PartSet_MenuMgr.h
PartSet_WidgetSketchCreator.h
PartSet_IconFactory.h
+ PartSet_WidgetChoice.h
)
SET(PROJECT_SOURCES
PartSet_Filters.cpp
PartSet_FilterInfinite.cpp
PartSet_SketcherMgr.cpp
+ PartSet_SketcherReetntrantMgr.cpp
PartSet_MenuMgr.cpp
PartSet_WidgetSketchCreator.cpp
PartSet_IconFactory.cpp
#include <AIS_InteractiveObject.hxx>
#include <Prs3d_PointAspect.hxx>
+//#define DO_NOT_VISUALIZE_CUSTOM_PRESENTATION
+
#define OPERATION_PARAMETER_COLOR "255, 255, 0"
PartSet_CustomPrs::PartSet_CustomPrs(ModuleBase_IWorkshop* theWorkshop)
bool PartSet_CustomPrs::activate(const FeaturePtr& theFeature, const bool theUpdateViewer)
{
+#ifdef DO_NOT_VISUALIZE_CUSTOM_PRESENTATION
+ return false;
+#endif
+
bool isModified = false;
Handle(PartSet_OperationPrs) anOperationPrs = getPresentation();
bool PartSet_CustomPrs::redisplay(const ObjectPtr& theObject, const bool theUpdateViewer)
{
+#ifdef DO_NOT_VISUALIZE_CUSTOM_PRESENTATION
+ return false;
+#endif
+
bool isModified = false;
// the presentation should be recomputed if the previous AIS depend on the result
// [it should be hiddend] or the new AIS depend on it [it should be visualized]
PartSet_IconFactory::PartSet_IconFactory():ModuleBase_IconFactory()
{
- setFactory(this);
Events_Loop::loop()->registerListener(this,
Events_Loop::eventByName(Config_FeatureMessage::GUI_EVENT()));
}
{
QIcon anIcon;
+ if (!theObj.get())
+ return anIcon;
+
FeaturePtr aFeature = std::dynamic_pointer_cast<ModelAPI_Feature>(theObj);
if (aFeature.get()) {
std::string aKind = aFeature->getKind();
break;
default: break;
}
- } else {
- std::string aGroup = theObj->groupName();
- if (aGroup == ModelAPI_ResultPart::group()) {
- return QIcon(":pictures/part_ico.png");
- } else {
- if (theObj && theObj->data() && theObj->data()->execState() == ModelAPI_StateMustBeUpdated)
- return QIcon(":pictures/constr_object_modified.png");
- return QIcon(":pictures/constr_object.png");
+ }
+
+ if (theObj->data() && theObj->data()->execState() == ModelAPI_StateMustBeUpdated)
+ return QIcon(":pictures/constr_object_modified.png");
+
+ std::string aGroup = theObj->groupName();
+ if (aGroup == ModelAPI_ResultPart::group())
+ return QIcon(":pictures/part_ico.png");
+
+ if (aGroup == ModelAPI_ResultConstruction::group())
+ return QIcon(":pictures/constr_object.png");
+
+ ResultPtr aResult = std::dynamic_pointer_cast<ModelAPI_Result>(theObj);
+ if (aResult.get()) {
+ GeomShapePtr aShape = aResult->shape();
+ if (aShape.get()) {
+ if (aShape->isSolid())
+ return QIcon(":pictures/solid.png");
+ else if (aShape->isCompound())
+ return QIcon(":pictures/compound.png");
+ else if (aShape->isCompoundOfSolids())
+ return QIcon(":pictures/compoundofsolids.png");
+ else if (aShape->isCompSolid())
+ return QIcon(":pictures/compsolid.png");
+ else if (aShape->isEdge())
+ return QIcon(":pictures/edge.png");
+ else if (aShape->isFace())
+ return QIcon(":pictures/face.png");
+ else if (aShape->isVertex())
+ return QIcon(":pictures/vertex.png");
}
}
return anIcon;
#include <QAction>
#include <QMenu>
+#include <QEvent>
#include <TopoDS.hxx>
#include <BRep_Tool.hxx>
// Find coincident in these coordinates
ObjectPtr aObj = aPrsList.first().object();
FeaturePtr aFeature = ModelAPI_Feature::feature(aObj);
- const std::set<AttributePtr>& aRefsList = aFeature->data()->refsToMe();
- std::set<AttributePtr>::const_iterator aIt;
- FeaturePtr aCoincident;
- for (aIt = aRefsList.cbegin(); aIt != aRefsList.cend(); ++aIt) {
- std::shared_ptr<ModelAPI_Attribute> aAttr = (*aIt);
- FeaturePtr aConstrFeature = std::dynamic_pointer_cast<ModelAPI_Feature>(aAttr->owner());
- if (aConstrFeature->getKind() == SketchPlugin_ConstraintCoincidence::ID()) {
- std::shared_ptr<GeomAPI_Pnt2d> a2dPnt =
- PartSet_Tools::getPoint(aConstrFeature, SketchPlugin_ConstraintCoincidence::ENTITY_A());
- if (a2dPnt.get() && aSelPnt->isEqual(a2dPnt)) {
- aCoincident = aConstrFeature;
- break;
- } else {
- a2dPnt = PartSet_Tools::getPoint(aConstrFeature,
- SketchPlugin_ConstraintCoincidence::ENTITY_B());
- if (a2dPnt.get() && aSelPnt->isEqual(a2dPnt)) {
- aCoincident = aConstrFeature;
- break;
- }
- }
- }
- }
+ FeaturePtr aCoincident = PartSet_Tools::findFirstCoincidence(aFeature, aSelPnt);
// If we have coincidence then add Detach menu
if (aCoincident.get() != NULL) {
mySelectedFeature = aCoincident;
aSelection.append( aParentFeature );
myModule->workshop()->selection()->setSelectedObjects( aSelection );
}
+
+bool PartSet_MenuMgr::eventFilter(QObject* theObj, QEvent* theEvent)
+{
+ if (theEvent->type() == QEvent::MouseButtonDblClick) {
+ SessionPtr aMgr = ModelAPI_Session::get();
+ if (aMgr->activeDocument() != aMgr->moduleDocument())
+ activatePartSet();
+ }
+ return QObject::eventFilter(theObj, theEvent);
+}
\ No newline at end of file
void onSelectParentFeature();
+protected:
+ bool eventFilter(QObject* theObj, QEvent* theEvent);
+
private:
/// Returns true if the current operation is sketch entity create operation
/// \param theValue the current auxiliary value
#include "PartSet_WidgetFileSelector.h"
#include "PartSet_WidgetSketchCreator.h"
#include "PartSet_SketcherMgr.h"
+#include "PartSet_SketcherReetntrantMgr.h"
#include "PartSet_MenuMgr.h"
#include "PartSet_CustomPrs.h"
#include "PartSet_IconFactory.h"
+#include "PartSet_WidgetChoice.h"
#include "PartSet_Filters.h"
#include "PartSet_FilterInfinite.h"
#include <SketchPlugin_Feature.h>
#include <SketchPlugin_Sketch.h>
-#include <SketchPlugin_Line.h>
-#include <SketchPlugin_Arc.h>
-#include <SketchPlugin_Circle.h>
-#include <SketchPlugin_Point.h>
#include <SketchPlugin_ConstraintAngle.h>
#include <SketchPlugin_ConstraintLength.h>
#include <SketchPlugin_ConstraintDistance.h>
}
PartSet_Module::PartSet_Module(ModuleBase_IWorkshop* theWshop)
- : ModuleBase_IModule(theWshop),
- myRestartingMode(RM_None), myVisualLayerId(0), myHasConstraintShown(true)
+: ModuleBase_IModule(theWshop),
+ myVisualLayerId(0), myHasConstraintShown(true)
{
new PartSet_IconFactory();
mySketchMgr = new PartSet_SketcherMgr(this);
+ mySketchReentrantMgr = new PartSet_SketcherReetntrantMgr(theWshop);
XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(theWshop);
XGUI_Workshop* aWorkshop = aConnector->workshop();
XGUI_OperationMgr* anOpMgr = aWorkshop->operationMgr();
- connect(anOpMgr, SIGNAL(keyEnterReleased()), this, SLOT(onEnterReleased()));
connect(anOpMgr, SIGNAL(operationActivatedByPreselection()),
this, SLOT(onOperationActivatedByPreselection()));
PLANE_SIZE);
Config_PropManager::registerProp("Sketch planes", "planes_thickness", "Thickness",
Config_Prop::Integer, SKETCH_WIDTH);
+ Config_PropManager::registerProp("Sketch planes", "rotate_to_plane", "Rotate to plane when selected",
+ Config_Prop::Boolean, "false");
}
void PartSet_Module::connectToPropertyPanel(ModuleBase_ModelWidget* theWidget, const bool isToConnect)
mySketchMgr->commitNestedSketch(theOperation);
}
- ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>(theOperation);
- if (!aFOperation || aFOperation->isEditOperation())
- return;
- // the selection is cleared after commit the create operation
- // in order to do not use the same selected objects in the restarted operation
- // for common behaviour, the selection is cleared even if the operation is not restarted
- XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(workshop());
- XGUI_Workshop* aWorkshop = aConnector->workshop();
- aWorkshop->selector()->clearSelection();
-
/// Restart sketcher operations automatically
- FeaturePtr aFeature = aFOperation->feature();
- std::shared_ptr<SketchPlugin_Feature> aSPFeature =
- std::dynamic_pointer_cast<SketchPlugin_Feature>(aFeature);
- if (aSPFeature && (myRestartingMode == RM_LastFeatureUsed ||
- myRestartingMode == RM_EmptyFeatureUsed)) {
- myLastOperationId = aFOperation->id();
- myLastFeature = myRestartingMode == RM_LastFeatureUsed ? aFOperation->feature() : FeaturePtr();
- if (!sketchMgr()->sketchSolverError())
- launchOperation(myLastOperationId);
- }
- breakOperationSequence();
-}
+ if (!mySketchReentrantMgr->operationCommitted(theOperation)) {
-void PartSet_Module::breakOperationSequence()
-{
- myLastOperationId = "";
- myLastFeature = FeaturePtr();
- myRestartingMode = RM_None;
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>(theOperation);
+ if (aFOperation && !aFOperation->isEditOperation()) {
+ // the selection is cleared after commit the create operation
+ // in order to do not use the same selected objects in the restarted operation
+ // for common behaviour, the selection is cleared even if the operation is not restarted
+ XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(workshop());
+ XGUI_Workshop* aWorkshop = aConnector->workshop();
+ aWorkshop->selector()->clearSelection();
+ }
+ }
}
void PartSet_Module::operationAborted(ModuleBase_Operation* theOperation)
{
- breakOperationSequence();
+ /// Restart sketcher operations automatically
+ mySketchReentrantMgr->operationAborted(theOperation);
}
void PartSet_Module::operationStarted(ModuleBase_Operation* theOperation)
{
+ /// Restart sketcher operations automatically
+ mySketchReentrantMgr->operationStarted(theOperation);
+
if (PartSet_SketcherMgr::isSketchOperation(theOperation)) {
mySketchMgr->startSketch(theOperation);
}
{
bool isModified = myCustomPrs->deactivate(false);
- if (PartSet_SketcherMgr::isSketchOperation(theOperation)) {
- mySketchMgr->stopSketch(theOperation);
- }
- else if (PartSet_SketcherMgr::isNestedSketchOperation(theOperation)) {
+ if (PartSet_SketcherMgr::isNestedSketchOperation(theOperation)) {
mySketchMgr->stopNestedSketch(theOperation);
}
//VSV: Viewer is updated on feature update and redisplay
- //if (isModified) {
- // XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(myWorkshop);
- // XGUI_Displayer* aDisplayer = aConnector->workshop()->displayer();
- // aDisplayer->updateViewer();
- //}
+ if (isModified) {
+ XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(myWorkshop);
+ XGUI_Displayer* aDisplayer = aConnector->workshop()->displayer();
+ aDisplayer->updateViewer();
+ }
mySketchMgr->onShowConstraintsToggle(myHasConstraintShown);
}
return;
ModuleBase_IPropertyPanel* aPanel = aFOperation->propertyPanel();
- if (PartSet_SketcherMgr::isSketchOperation(aFOperation) && (aFOperation->isEditOperation())) {
- // we have to manually activate the sketch label in edit mode
- aPanel->activateWidget(aPanel->modelWidgets().first());
- return;
- }
-
- // Restart last operation type
- if ((aFOperation->id() == myLastOperationId) && myLastFeature) {
- ModuleBase_ModelWidget* aWgt = aPanel->activeWidget();
- if (aFOperation->id().toStdString() == SketchPlugin_Line::ID()) {
- // Initialise new line with first point equal to end of previous
- PartSet_WidgetPoint2D* aPnt2dWgt = dynamic_cast<PartSet_WidgetPoint2D*>(aWgt);
- if (aPnt2dWgt) {
- std::shared_ptr<ModelAPI_Data> aData = myLastFeature->data();
- std::shared_ptr<GeomDataAPI_Point2D> aPoint =
- std::dynamic_pointer_cast<GeomDataAPI_Point2D>(aData->attribute(SketchPlugin_Line::END_ID()));
- if (aPoint) {
- aPnt2dWgt->setPoint(aPoint->x(), aPoint->y());
- PartSet_Tools::setConstraints(mySketchMgr->activeSketch(), aFOperation->feature(),
- aWgt->attributeID(), aPoint->x(), aPoint->y());
- aPanel->activateNextWidget(aPnt2dWgt);
- }
- }
- }
- }
+ // we have to manually activate the sketch label in edit mode
+ if (PartSet_SketcherMgr::isSketchOperation(aFOperation) && (aFOperation->isEditOperation()))
+ aPanel->activateWidget(aPanel->modelWidgets().first());
}
anOpMgr->onKeyReleased(theEvent);
}
-void PartSet_Module::onEnterReleased()
-{
- myRestartingMode = RM_EmptyFeatureUsed;
-}
-
void PartSet_Module::onOperationActivatedByPreselection()
{
+ if (!mySketchReentrantMgr->canBeCommittedByPreselection())
+ return;
+
ModuleBase_Operation* anOperation = myWorkshop->currentOperation();
if(anOperation && PartSet_SketcherMgr::isNestedSketchOperation(anOperation)) {
// Set final definitions if they are necessary
//propertyPanelDefined(aOperation);
-
/// Commit sketcher operations automatically
anOperation->commit();
}
}
-void PartSet_Module::onNoMoreWidgets()
-{
- ModuleBase_Operation* anOperation = myWorkshop->currentOperation();
- if (anOperation) {
- if (PartSet_SketcherMgr::isNestedSketchOperation(anOperation)) {
- if (myRestartingMode != RM_Forbided)
- myRestartingMode = RM_LastFeatureUsed;
- XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(workshop());
- XGUI_Workshop* aWorkshop = aConnector->workshop();
- XGUI_OperationMgr* anOpMgr = aWorkshop->operationMgr();
- // do nothing if the feature can not be applyed
- if (anOpMgr->isApplyEnabled())
- anOperation->commit();
- }
- }
-}
-
-void PartSet_Module::onVertexSelected()
-{
- ModuleBase_Operation* aOperation = myWorkshop->currentOperation();
- if (aOperation->id().toStdString() == SketchPlugin_Line::ID()) {
- /// If last line finished on vertex the lines creation sequence has to be break
- ModuleBase_IPropertyPanel* aPanel = aOperation->propertyPanel();
- ModuleBase_ModelWidget* anActiveWidget = aPanel->activeWidget();
- const QList<ModuleBase_ModelWidget*>& aWidgets = aPanel->modelWidgets();
- QList<ModuleBase_ModelWidget*>::const_iterator anIt = aWidgets.begin(), aLast = aWidgets.end();
- bool aFoundWidget = false;
- bool aFoundObligatory = false;
- for (; anIt != aLast && !aFoundObligatory; anIt++) {
- if (!aFoundWidget)
- aFoundWidget = *anIt == anActiveWidget;
- else
- aFoundObligatory = (*anIt)->isObligatory();
- }
- if (!aFoundObligatory)
- myRestartingMode = RM_Forbided;
- }
-}
-
ModuleBase_ModelWidget* PartSet_Module::createWidgetByType(const std::string& theType, QWidget* theParent,
Config_WidgetAPI* theWidgetApi, std::string theParentId)
{
PartSet_WidgetPoint2D* aPointWgt = new PartSet_WidgetPoint2D(theParent, aWorkshop,
theWidgetApi, theParentId);
aPointWgt->setSketch(mySketchMgr->activeSketch());
- connect(aPointWgt, SIGNAL(vertexSelected()), this, SLOT(onVertexSelected()));
+ connect(aPointWgt, SIGNAL(vertexSelected()), sketchReentranceMgr(), SLOT(onVertexSelected()));
aWgt = aPointWgt;
- } else if (theType == "sketch-2dpoint_flyout_selector") {
+ }else if (theType == "sketch-2dpoint_flyout_selector") {
PartSet_WidgetPoint2DFlyout* aPointWgt = new PartSet_WidgetPoint2DFlyout(theParent, aWorkshop,
theWidgetApi, theParentId);
aPointWgt->setSketch(mySketchMgr->activeSketch());
- connect(aPointWgt, SIGNAL(vertexSelected()), this, SLOT(onVertexSelected()));
+ connect(aPointWgt, SIGNAL(vertexSelected()), sketchReentranceMgr(), SLOT(onVertexSelected()));
aWgt = aPointWgt;
} else if (theType == "point2ddistance") {
PartSet_WidgetPoint2dDistance* aDistanceWgt = new PartSet_WidgetPoint2dDistance(theParent,
aWgt = new PartSet_WidgetFileSelector(theParent, aWorkshop, theWidgetApi, theParentId);
} else if (theType == "sketch_launcher") {
aWgt = new PartSet_WidgetSketchCreator(theParent, this, theWidgetApi, theParentId);
+ } else if (theType == "module_choice") {
+ aWgt = new PartSet_WidgetChoice(theParent, theWidgetApi, theParentId);
+ connect(aWgt, SIGNAL(itemSelected(int)), SLOT(onBooleanOperationChange(int)));
}
return aWgt;
}
+ModuleBase_ModelWidget* PartSet_Module::activeWidget() const
+{
+ ModuleBase_ModelWidget* anActiveWidget = 0;
+
+ anActiveWidget = mySketchReentrantMgr->internalActiveWidget();
+ if (!anActiveWidget) {
+ ModuleBase_Operation* aOperation = myWorkshop->currentOperation();
+ if (aOperation) {
+ ModuleBase_IPropertyPanel* aPanel = aOperation->propertyPanel();
+ anActiveWidget = aPanel->activeWidget();
+ }
+ }
+ return anActiveWidget;
+}
bool PartSet_Module::deleteObjects()
{
{
XGUI_ObjectsBrowser* aOB = dynamic_cast<XGUI_ObjectsBrowser*>(theObjectBrowser);
if (aOB) {
- QLineEdit* aLabel = aOB->activeDocLabel();
+ QLabel* aLabel = aOB->activeDocLabel();
+ aLabel->installEventFilter(myMenuMgr);
connect(aLabel, SIGNAL(customContextMenuRequested(const QPoint&)),
SLOT(onActiveDocPopup(const QPoint&)));
//QPalette aPalet = aLabel->palette();
XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(myWorkshop);
XGUI_Workshop* aWorkshop = aConnector->workshop();
- QLineEdit* aHeader = aWorkshop->objectBrowser()->activeDocLabel();
+ QLabel* aHeader = aWorkshop->objectBrowser()->activeDocLabel();
aActivatePartAction->setEnabled((aMgr->activeDocument() != aMgr->moduleDocument()));
XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(myWorkshop);
XGUI_Workshop* aWorkshop = aConnector->workshop();
XGUI_DataTree* aTreeView = aWorkshop->objectBrowser()->treeView();
- QLineEdit* aLabel = aWorkshop->objectBrowser()->activeDocLabel();
+ QLabel* aLabel = aWorkshop->objectBrowser()->activeDocLabel();
QPalette aPalet = aLabel->palette();
SessionPtr aMgr = ModelAPI_Session::get();
// the filters of this widget should be activated in the created view
ModuleBase_Operation* aOperation = myWorkshop->currentOperation();
if (aOperation) {
- ModuleBase_IPropertyPanel* aPanel = aOperation->propertyPanel();
- ModuleBase_ModelWidget* anActiveWidget = aPanel->activeWidget();
+ ModuleBase_ModelWidget* anActiveWidget = activeWidget();
if (anActiveWidget) {
- ModuleBase_WidgetValidated* aWidgetValidated = dynamic_cast<ModuleBase_WidgetValidated*>
- (anActiveWidget);
- if (aWidgetValidated)
- aWidgetValidated->activateFilters(true);
+ ModuleBase_WidgetSelector* aWSelector = dynamic_cast<ModuleBase_WidgetSelector*>(anActiveWidget);
+ if (aWSelector)
+ aWSelector->activateSelectionAndFilters(true);
}
}
}
{
mySketchMgr->widgetStateChanged(thePreviousState);
}
+
+bool PartSet_Module::processEnter(const std::string& thePreviousAttributeID)
+{
+ return mySketchReentrantMgr->processEnter(thePreviousAttributeID);
+}
+
+//******************************************************
+void PartSet_Module::beforeOperationStarted(ModuleBase_Operation* theOperation)
+{
+}
+
+//******************************************************
+void PartSet_Module::beforeOperationStopped(ModuleBase_Operation* theOperation)
+{
+ if (PartSet_SketcherMgr::isSketchOperation(theOperation)) {
+ mySketchMgr->stopSketch(theOperation);
+ }
+}
+
+//******************************************************
+void PartSet_Module::onBooleanOperationChange(int theOperation)
+{
+ ModuleBase_Operation* aOperation = myWorkshop->currentOperation();
+ if (!aOperation)
+ return;
+ ModuleBase_IPropertyPanel* aPanel = aOperation->propertyPanel();
+ switch (theOperation) {
+ case 0:
+ aPanel->setWindowTitle(tr("Cut"));
+ break;
+ case 1:
+ aPanel->setWindowTitle(tr("Fuse"));
+ break;
+ case 2:
+ aPanel->setWindowTitle(tr("Common"));
+ break;
+ }
+}
class PartSet_MenuMgr;
class PartSet_CustomPrs;
class PartSet_SketcherMgr;
+class PartSet_SketcherReetntrantMgr;
class QAction;
virtual ModuleBase_ModelWidget* createWidgetByType(const std::string& theType, QWidget* theParent,
Config_WidgetAPI* theWidgetApi, std::string theParentId);
+ /// Returns the active widget, by default it is the property panel active widget
+ /// If the internal edit operation is started, this is the first widget of the operation
+ virtual ModuleBase_ModelWidget* activeWidget() const;
+
/// Call back forlast tuning of property panel before operation performance
virtual void propertyPanelDefined(ModuleBase_Operation* theOperation);
/// Returns sketch manager object
PartSet_SketcherMgr* sketchMgr() const { return mySketchMgr; }
+ /// Returns sketch reentrant manager
+ PartSet_SketcherReetntrantMgr* sketchReentranceMgr() { return mySketchReentrantMgr; }
+
/// Performs functionality on closing document
virtual void closeDocument();
virtual void grantedOperationIds(ModuleBase_Operation* theOperation, QStringList& theIds) const;
/// Validates the current operation and send the state change to sketch manager
- /// \thePrevState the previous widget value state
+ /// \param thePreviousState the previous widget value state
virtual void widgetStateChanged(int thePreviousState);
-public slots:
- /// SLOT, that is called by no more widget signal emitted by property panel
- /// Set a specific flag to restart the sketcher operation
- void onNoMoreWidgets();
+ /// Returns true if the event is processed. It gives the reentrance manager to process the enter.
+ /// \param thePreviousAttributeID an index of the previous active attribute
+ virtual bool processEnter(const std::string& thePreviousAttributeID);
+ /// Performs some GUI actions after an operation transaction is opened
+ /// Default realization is empty
+ virtual void beforeOperationStarted(ModuleBase_Operation* theOperation);
+
+ /// Performs some GUI actions before an operation transaction is stopped
+ /// Default realization is empty
+ virtual void beforeOperationStopped(ModuleBase_Operation* theOperation);
+
+public slots:
/// Redefines the parent method in order to customize the next case:
/// If the sketch nested operation is active and the presentation is not visualized in the viewer,
/// the operation should be always aborted.
/// \param theEvent the key event
void onKeyRelease(ModuleBase_IViewWindow* theWnd, QKeyEvent* theEvent);
- /// SLOT, that is called by enter key released
- /// Set a specific type of restarting the current operation
- void onEnterReleased();
-
/// SLOT, that is called by the current operation filling with the preselection.
/// It commits the operation of it is can be committed
void onOperationActivatedByPreselection();
/// A slot called on view window creation
void onViewCreated(ModuleBase_IViewWindow*);
+ /// A slot to change property panel title on change of boolean operation type
+ /// \param theOperation the operation type
+ void onBooleanOperationChange(int theOperation);
+
protected:
/// Register validators for this module
virtual void registerValidators();
virtual void connectToPropertyPanel(ModuleBase_ModelWidget* theWidget, const bool isToConnect);
private slots:
- /// Processing of vertex selected
- void onVertexSelected();
-
void onTreeViewDoubleClick(const QModelIndex&);
void onActiveDocPopup(const QPoint&);
private:
- /// Breaks sequense of automatically resterted operations
- void breakOperationSequence();
//! Delete features
virtual bool deleteObjects();
private:
- QString myLastOperationId;
- FeaturePtr myLastFeature;
-
- // Automatical restarting mode flag
- RestartingMode myRestartingMode;
-
SelectMgr_ListOfFilter mySelectionFilters;
PartSet_SketcherMgr* mySketchMgr;
+ PartSet_SketcherReetntrantMgr* mySketchReentrantMgr;
PartSet_MenuMgr* myMenuMgr;
/// A default custom presentation, which is used for references objects of started operation
PartSet_CustomPrs* myCustomPrs;
// Author: Vitaly SMETANNIKOV
#include "PartSet_SketcherMgr.h"
+#include "PartSet_SketcherReetntrantMgr.h"
#include "PartSet_Module.h"
#include "PartSet_WidgetPoint2d.h"
#include "PartSet_WidgetPoint2dDistance.h"
#include "PartSet_Tools.h"
#include "PartSet_WidgetSketchLabel.h"
+#include "PartSet_WidgetEditor.h"
#include <XGUI_ModuleConnector.h>
#include <XGUI_Displayer.h>
#include <QMouseEvent>
#include <QApplication>
+#include <QCursor>
//#define DEBUG_DO_NOT_BY_ENTER
+//#define DEBUG_CURSOR
+
/// Returns list of unique objects by sum of objects from List1 and List2
/*QList<ModuleBase_ViewerPrs> getSumList(const QList<ModuleBase_ViewerPrs>& theList1,
const QList<ModuleBase_ViewerPrs>& theList2)
return;
#endif
+ if (canChangeCursor(getCurrentOperation())) {
+ QCursor* aCurrentCursor = QApplication::overrideCursor();
+ if (!aCurrentCursor || aCurrentCursor->shape() != Qt::CrossCursor) {
+ QApplication::setOverrideCursor(QCursor(Qt::CrossCursor));
+#ifdef DEBUG_CURSOR
+ qDebug("onEnterViewPort() : Qt::CrossCursor");
+#endif
+ }
+ }
+
if (!isNestedCreateOperation(getCurrentOperation()))
return;
- QApplication::setOverrideCursor(QCursor(Qt::CrossCursor));//QIcon(":pictures/button_plus.png").pixmap(20,20)));
-
operationMgr()->onValidateOperation();
// we need change displayed state of the current operation feature
return;
#endif
+ if (canChangeCursor(getCurrentOperation())) {
+ QApplication::restoreOverrideCursor();
+#ifdef DEBUG_CURSOR
+ qDebug("onLeaveViewPort() : None");
+#endif
+ }
+
if (!isNestedCreateOperation(getCurrentOperation()))
return;
- QApplication::restoreOverrideCursor();
-
// the method should be performed if the popup menu is called,
// the reset of the current widget should not happen
if (myIsPopupMenuActive)
ModuleBase_ModelWidget* anActiveWidget = getActiveWidget();
if (anActiveWidget)
anActiveWidget->reset();
- aDisplayer->enableUpdateViewer(isEnableUpdateViewer);
// hides the presentation of the current operation feature
// the feature is to be erased here, but it is correct to call canDisplayObject because
FeaturePtr aFeature = aFOperation->feature();
visualizeFeature(aFeature, aFOperation->isEditOperation(), canDisplayObject(aFeature));
}
+ // we should update viewer after the presentation are hidden in the viewer
+ // otherwise the reset presentation(line) appears in the viewer(by quick move from viewer to PP)
+ aDisplayer->enableUpdateViewer(isEnableUpdateViewer);
}
void PartSet_SketcherMgr::onBeforeValuesChangedInPropertyPanel()
{
- if (isNestedCreateOperation(getCurrentOperation()))
+ if (!isNestedEditOperation(getCurrentOperation()) ||
+ myModule->sketchReentranceMgr()->isInternalEditActive())
return;
// it is necessary to save current selection in order to restore it after the values are modifed
storeSelection();
void PartSet_SketcherMgr::onAfterValuesChangedInPropertyPanel()
{
- if (isNestedCreateOperation(getCurrentOperation()))
+ if (!isNestedEditOperation(getCurrentOperation()) ||
+ myModule->sketchReentranceMgr()->isInternalEditActive())
return;
// it is necessary to restore current selection in order to restore it after the values are modified
restoreSelection();
void PartSet_SketcherMgr::onMousePressed(ModuleBase_IViewWindow* theWnd, QMouseEvent* theEvent)
{
- get2dPoint(theWnd, theEvent, myClickedPoint);
+ if (myModule->sketchReentranceMgr()->processMousePressed(theWnd, theEvent))
+ return;
+
+ //get2dPoint(theWnd, theEvent, myClickedPoint);
if (!(theEvent->buttons() & Qt::LeftButton))
return;
void PartSet_SketcherMgr::onMouseReleased(ModuleBase_IViewWindow* theWnd, QMouseEvent* theEvent)
{
+ if (myModule->sketchReentranceMgr()->processMouseReleased(theWnd, theEvent))
+ return;
+
ModuleBase_IWorkshop* aWorkshop = myModule->workshop();
ModuleBase_IViewer* aViewer = aWorkshop->viewer();
if (!aViewer->canDragByMouse())
ModuleBase_Operation* aOp = getCurrentOperation();
if (aOp) {
if (isNestedSketchOperation(aOp)) {
- get2dPoint(theWnd, theEvent, myClickedPoint);
+ //get2dPoint(theWnd, theEvent, myClickedPoint);
// Only for sketcher operations
if (myIsDragging) {
void PartSet_SketcherMgr::onMouseMoved(ModuleBase_IViewWindow* theWnd, QMouseEvent* theEvent)
{
+ if (myModule->sketchReentranceMgr()->processMouseMoved(theWnd, theEvent))
+ return;
+
if (isNestedCreateOperation(getCurrentOperation()) && !myIsMouseOverViewProcessed) {
myIsMouseOverViewProcessed = true;
// 1. perform the widget mouse move functionality and display the presentation
}
}
- myClickedPoint.clear();
+ //myClickedPoint.clear();
if (myIsDragging) {
// 1. the current selection is saved in the mouse press method in order to restore it after moving
// Find corresponded widget to activate value editing
foreach (ModuleBase_ModelWidget* aWgt, aWidgets) {
if (aWgt->attributeID() == "ConstraintValue") {
- aWgt->focusTo();
+ PartSet_WidgetEditor* anEditor = dynamic_cast<PartSet_WidgetEditor*>(aWgt);
+ if (anEditor)
+ anEditor->showPopupEditor();
return;
}
}
ModuleBase_IWorkshop* anIWorkshop = myModule->workshop();
XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(anIWorkshop);
XGUI_Workshop* aWorkshop = aConnector->workshop();
+ PartSet_SketcherReetntrantMgr* aReentranceMgr = myModule->sketchReentranceMgr();
+
XGUI_PropertyPanel* aPropertyPanel = aWorkshop->propertyPanel();
if (aPropertyPanel) {
- connect(aPropertyPanel, SIGNAL(beforeWidgetActivated(ModuleBase_ModelWidget*)),
- this, SLOT(onBeforeWidgetActivated(ModuleBase_ModelWidget*)));
+ //connect(aPropertyPanel, SIGNAL(beforeWidgetActivated(ModuleBase_ModelWidget*)),
+ // this, SLOT(onBeforeWidgetActivated(ModuleBase_ModelWidget*)));
+
+ connect(aPropertyPanel, SIGNAL(noMoreWidgets(const std::string&)),
+ aReentranceMgr, SLOT(onNoMoreWidgets(const std::string&)));
+ connect(aPropertyPanel, SIGNAL(widgetActivated(ModuleBase_ModelWidget*)),
+ aReentranceMgr, SLOT(onWidgetActivated()));
}
XGUI_ViewerProxy* aViewerProxy = aWorkshop->viewer();
connect(aContextMenuMgr, SIGNAL(afterContextMenu()), this, SLOT(onAfterContextMenu()));
}
-void PartSet_SketcherMgr::onBeforeWidgetActivated(ModuleBase_ModelWidget* theWidget)
-{
- if (!myClickedPoint.myIsInitialized)
- return;
+//void PartSet_SketcherMgr::onBeforeWidgetActivated(ModuleBase_ModelWidget* theWidget)
+//{
+ //if (!myClickedPoint.myIsInitialized)
+ // return;
- ModuleBase_Operation* aOperation = getCurrentOperation();
+ //ModuleBase_Operation* aOperation = getCurrentOperation();
// the distance constraint feature should not use the clickedd point
// this is workaround in order to don't throw down the flyout point value,
// set by execute() method of these type of features
- if (isDistanceOperation(aOperation))
- return;
+ //if (isDistanceOperation(aOperation))
+ // return;
- PartSet_WidgetPoint2D* aPnt2dWgt = dynamic_cast<PartSet_WidgetPoint2D*>(theWidget);
- if (aPnt2dWgt) {
- aPnt2dWgt->setPoint(myClickedPoint.myCurX, myClickedPoint.myCurY);
- }
-}
+
//PartSet_WidgetPoint2D* aPnt2dWgt = dynamic_cast<PartSet_WidgetPoint2D*>(theWidget);
+ //if (aPnt2dWgt) {
+ // aPnt2dWgt->setPoint(myClickedPoint.myCurX, myClickedPoint.myCurY);
+ //}
+//}
void PartSet_SketcherMgr::onBeforeContextMenu()
{
AttributeStringPtr aAttributeString = aSketch->string(SketchPlugin_Sketch::SOLVER_ERROR());
anError = aAttributeString->value().c_str();
}
- else {
- ModuleBase_ModelWidget* anActiveWidget = getActiveWidget();
- if (anActiveWidget) {
- ModuleBase_ModelWidget::ValueState aState = anActiveWidget->getValueState();
- if (aState != ModuleBase_ModelWidget::Stored) {
- AttributePtr anAttr = anActiveWidget->feature()->attribute(anActiveWidget->attributeID());
- if (anAttr.get()) {
- QString anAttributeName = anAttr->id().c_str();
- switch (aState) {
- case ModuleBase_ModelWidget::ModifiedInPP:
- anError = "Attribute \"" + anAttributeName +
- "\" modification is not applyed. Please click \"Enter\" or \"Tab\".";
- break;
- case ModuleBase_ModelWidget::ModifiedInViewer:
- anError = "Attribute \"" + anAttributeName +
- "\" is locked by modification value in the viewer.";
- break;
- case ModuleBase_ModelWidget::Reset:
- anError = "Attribute \"" + anAttributeName + "\" is not initialized.";
- break;
- }
- }
- }
- }
- }
return anError;
}
+void PartSet_SketcherMgr::clearClickedFlags()
+{
+ //myClickedPoint.clear();
+ myCurrentPoint.clear();
+}
+
const QStringList& PartSet_SketcherMgr::sketchOperationIdList()
{
static QStringList aIds;
return aFOperation && !aFOperation->isEditOperation() && isNestedSketchOperation(aFOperation);
}
+bool PartSet_SketcherMgr::isNestedEditOperation(ModuleBase_Operation* theOperation)
+{
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (theOperation);
+ return aFOperation && aFOperation->isEditOperation() && isNestedSketchOperation(aFOperation);
+}
+
bool PartSet_SketcherMgr::isEntity(const std::string& theId)
{
return (theId == SketchPlugin_Line::ID()) ||
// Display all sketcher sub-Objects
myCurrentSketch = std::dynamic_pointer_cast<ModelAPI_CompositeFeature>(aFOperation->feature());
XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(myModule->workshop());
+ aConnector->workshop()->displayer()->activateTrihedron(true);
// Hide sketcher result
std::list<ResultPtr> aResults = myCurrentSketch->results();
}
// restore the module selection modes, which were changed on startSketch
aConnector->activateModuleSelectionModes();
+ aConnector->workshop()->displayer()->activateTrihedron(false);
}
void PartSet_SketcherMgr::startNestedSketch(ModuleBase_Operation* theOperation)
{
- if (isNestedCreateOperation(theOperation) && myIsMouseOverWindow)
- QApplication::setOverrideCursor(QCursor(Qt::CrossCursor));//QIcon(":pictures/button_plus.png").pixmap(20,20)));
+ if (canChangeCursor(theOperation) && myIsMouseOverWindow) {
+ QCursor* aCurrentCursor = QApplication::overrideCursor();
+ if (!aCurrentCursor || aCurrentCursor->shape() != Qt::CrossCursor) {
+ QApplication::setOverrideCursor(QCursor(Qt::CrossCursor));
+#ifdef DEBUG_CURSOR
+ qDebug("startNestedSketch() : Qt::CrossCursor");
+#endif
+ }
+ }
}
-void PartSet_SketcherMgr::stopNestedSketch(ModuleBase_Operation* theOp)
+void PartSet_SketcherMgr::stopNestedSketch(ModuleBase_Operation* theOperation)
{
myIsMouseOverViewProcessed = true;
operationMgr()->onValidateOperation();
- if (isNestedCreateOperation(theOp))
+ if (canChangeCursor(theOperation)) {
QApplication::restoreOverrideCursor();
+#ifdef DEBUG_CURSOR
+ qDebug("stopNestedSketch() : None");
+#endif
+ }
}
void PartSet_SketcherMgr::commitNestedSketch(ModuleBase_Operation* theOperation)
return aCanDisplay;
}
+bool PartSet_SketcherMgr::canChangeCursor(ModuleBase_Operation* theOperation) const
+{
+ return isNestedCreateOperation(theOperation) ||
+ myModule->sketchReentranceMgr()->isInternalEditActive();
+}
+
bool PartSet_SketcherMgr::isObjectOfSketch(const ObjectPtr& theObject) const
{
bool isFoundObject = false;
return aWorkshop->operationMgr();
}
+
//// \return boolean value
static bool isNestedCreateOperation(ModuleBase_Operation* theOperation);
+ /// Returns true if the operation is an edit nested feature one
+ /// \param theOperation a checked operation
+ //// \return boolean value
+ static bool isNestedEditOperation(ModuleBase_Operation* theOperation);
+
/// Returns whether the current operation is a sketch entity - line, point, arc or circle
/// \param theId is an id of object
/// \return a boolean value
/// \return boolean result
bool canDisplayCurrentCreatedFeature() const;
+ /// Returns true if the current operation is nested creation or internal reentrant edit
+ /// \param theOperation an operation
+ bool canChangeCursor(ModuleBase_Operation* theOperation) const;
+
/// Returns state of constraints showing flag
bool isConstraintsShown() const { return myIsConstraintsShown; }
//! \return string value
QString getFeatureError(const FeaturePtr& theFeature);
+ /// It nullify internal flags concerned to clicked mouse event
+ void clearClickedFlags();
+
/// Returns list of strings which contains id's of sketch operations
static const QStringList& sketchOperationIdList();
void connectToPropertyPanel(ModuleBase_ModelWidget* theWidget, const bool isToConnect);
/// Visualize the operation feature if the previous state is modified value in property panel
- /// \thePrevState the previous widget value state
+ /// \param thePreviousState the previous widget value state
void widgetStateChanged(int thePreviousState);
public slots:
void onMouseMoved(ModuleBase_IViewWindow*, QMouseEvent*);
void onMouseDoubleClick(ModuleBase_IViewWindow*, QMouseEvent*);
void onApplicationStarted();
- void onBeforeWidgetActivated(ModuleBase_ModelWidget* theWidget);
+ //void onBeforeWidgetActivated(ModuleBase_ModelWidget* theWidget);
void onBeforeContextMenu();
void onAfterContextMenu();
bool myIsMouseOverViewProcessed; /// the state whether the over view state is processed by mouseMove method
bool myIsPopupMenuActive; /// the state of the popup menu is shown
Point myCurrentPoint;
- Point myClickedPoint;
+ //Point myClickedPoint;
CompositeFeaturePtr myCurrentSketch;
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+#include "PartSet_SketcherReetntrantMgr.h"
+#include "PartSet_Module.h"
+#include "PartSet_SketcherMgr.h"
+#include "PartSet_WidgetPoint2d.h"
+
+#include "ModelAPI_Session.h"
+
+#include <ModuleBase_IPropertyPanel.h>
+#include <ModuleBase_OperationFeature.h>
+#include <ModuleBase_ModelWidget.h>
+#include <ModuleBase_ViewerPrs.h>
+#include <ModuleBase_WidgetSelector.h>
+#include <ModuleBase_PageWidget.h>
+#include <ModuleBase_PageBase.h>
+#include <ModuleBase_WidgetFactory.h>
+#include <ModuleBase_OperationDescription.h>
+
+#include <SketchPlugin_Feature.h>
+#include <SketchPlugin_Line.h>
+
+#include <XGUI_Workshop.h>
+#include <XGUI_ModuleConnector.h>
+#include <XGUI_OperationMgr.h>
+#include <XGUI_PropertyPanel.h>
+
+PartSet_SketcherReetntrantMgr::PartSet_SketcherReetntrantMgr(ModuleBase_IWorkshop* theWorkshop)
+: QObject(theWorkshop),
+ myWorkshop(theWorkshop),
+ myRestartingMode(RM_None),
+ myIsFlagsBlocked(false),
+ myIsInternalEditOperation(false),
+ myNoMoreWidgetsAttribute("")
+{
+}
+
+PartSet_SketcherReetntrantMgr::~PartSet_SketcherReetntrantMgr()
+{
+}
+
+ModuleBase_ModelWidget* PartSet_SketcherReetntrantMgr::internalActiveWidget() const
+{
+ ModuleBase_ModelWidget* aWidget = 0;
+ if (!isActiveMgr())
+ return aWidget;
+
+ ModuleBase_Operation* aOperation = myWorkshop->currentOperation();
+ if (aOperation) {
+ ModuleBase_IPropertyPanel* aPanel = aOperation->propertyPanel();
+ ModuleBase_ModelWidget* anActiveWidget = aPanel->activeWidget();
+ if (myIsInternalEditOperation && (!anActiveWidget || !anActiveWidget->isViewerSelector()))
+ aWidget = myInternalActiveWidget;
+ }
+ return aWidget;
+}
+
+bool PartSet_SketcherReetntrantMgr::isInternalEditActive() const
+{
+ return myIsInternalEditOperation;
+}
+
+bool PartSet_SketcherReetntrantMgr::operationCommitted(ModuleBase_Operation* theOperation)
+{
+ bool aProcessed = false;
+ if (!isActiveMgr())
+ return aProcessed;
+
+ aProcessed = myIsInternalEditOperation;
+ resetFlags();
+
+ return aProcessed;
+}
+
+void PartSet_SketcherReetntrantMgr::operationStarted(ModuleBase_Operation* theOperation)
+{
+ if (!isActiveMgr())
+ return;
+
+ resetFlags();
+}
+
+void PartSet_SketcherReetntrantMgr::operationAborted(ModuleBase_Operation* theOperation)
+{
+ if (!isActiveMgr())
+ return;
+
+ resetFlags();
+}
+
+bool PartSet_SketcherReetntrantMgr::processMouseMoved(ModuleBase_IViewWindow* /* theWnd*/,
+ QMouseEvent* /* theEvent*/)
+{
+ bool aProcessed = false;
+ if (!isActiveMgr())
+ return aProcessed;
+
+ if (myIsInternalEditOperation) {
+ PartSet_WidgetPoint2D* aPoint2DWdg = dynamic_cast<PartSet_WidgetPoint2D*>(module()->activeWidget());
+ if (aPoint2DWdg && aPoint2DWdg->canBeActivatedByMove()) {
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (myWorkshop->currentOperation());
+ FeaturePtr aLastFeature = myRestartingMode == RM_LastFeatureUsed ? aFOperation->feature() : FeaturePtr();
+ restartOperation();
+ aProcessed = true;
+
+ if (aLastFeature) {
+ ModuleBase_IPropertyPanel* aPanel = myWorkshop->currentOperation()->propertyPanel();
+ PartSet_WidgetPoint2D* aPoint2DWdg = dynamic_cast<PartSet_WidgetPoint2D*>(aPanel->activeWidget());
+ if (aPoint2DWdg && aPoint2DWdg->canBeActivatedByMove()) {
+ QList<ModuleBase_ViewerPrs> aSelection;
+ aSelection.append(ModuleBase_ViewerPrs(aLastFeature, TopoDS_Shape(), NULL));
+ if (aPoint2DWdg->setSelection(aSelection, true))
+ aPanel->activateNextWidget(aPoint2DWdg);
+ }
+ }
+ }
+ }
+ return aProcessed;
+}
+
+bool PartSet_SketcherReetntrantMgr::processMousePressed(ModuleBase_IViewWindow* /* theWnd*/,
+ QMouseEvent* /* theEvent*/)
+{
+ return isActiveMgr() && myIsInternalEditOperation;
+}
+
+bool PartSet_SketcherReetntrantMgr::processMouseReleased(ModuleBase_IViewWindow* theWnd,
+ QMouseEvent* theEvent)
+{
+ bool aProcessed = false;
+ if (!isActiveMgr())
+ return aProcessed;
+
+ if (myIsInternalEditOperation) {
+ ModuleBase_Operation* anOperation = myWorkshop->currentOperation();
+ ModuleBase_IPropertyPanel* aPanel = anOperation->propertyPanel();
+
+ ModuleBase_ModelWidget* anActiveWidget = aPanel->activeWidget();
+ if (!anActiveWidget || !anActiveWidget->isViewerSelector()) {
+ restartOperation();
+ aProcessed = true;
+
+ // fill the first widget by the mouse event point
+ // if the active widget is not the first, it means that the restarted operation is filled by
+ // the current preselection.
+ PartSet_WidgetPoint2D* aPoint2DWdg = dynamic_cast<PartSet_WidgetPoint2D*>(module()->activeWidget());
+ ModuleBase_ModelWidget* aFirstWidget = aPanel->findFirstAcceptingValueWidget();
+ if (aPoint2DWdg && aPoint2DWdg == aFirstWidget) {
+ aPoint2DWdg->onMouseRelease(theWnd, theEvent);
+ }
+ }
+ }
+
+ return aProcessed;
+}
+
+void PartSet_SketcherReetntrantMgr::onWidgetActivated()
+{
+ if (!isActiveMgr())
+ return;
+ if (!myIsInternalEditOperation)
+ return;
+
+ PartSet_Module* aModule = module();
+ ModuleBase_ModelWidget* aFirstWidget = aModule->activeWidget();
+ ModuleBase_IPropertyPanel* aPanel = aModule->currentOperation()->propertyPanel();
+ if (aFirstWidget != aPanel->activeWidget()) {
+ ModuleBase_WidgetSelector* aWSelector = dynamic_cast<ModuleBase_WidgetSelector*>(aFirstWidget);
+ if (aWSelector)
+ aWSelector->activateSelectionAndFilters(true);
+ }
+}
+
+void PartSet_SketcherReetntrantMgr::onNoMoreWidgets(const std::string& thePreviousAttributeID)
+{
+ if (!isActiveMgr())
+ return;
+
+ // we should avoid processing of the signal about no more widgets attributes and
+ // do this after the restart operaion is finished if it was called
+ // onNoMoreWidgets depends on myIsFlagsBlocked and fill myNoMoreWidgetsAttribute
+ // if it should be called after restart
+ if (myIsFlagsBlocked) {
+ myNoMoreWidgetsAttribute = thePreviousAttributeID;
+ return;
+ }
+
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (myWorkshop->currentOperation());
+ if (!myWorkshop->module()->getFeatureError(aFOperation->feature()).isEmpty())
+ return;
+
+ if (aFOperation && PartSet_SketcherMgr::isNestedSketchOperation(aFOperation)) {
+ bool isStarted = false;
+ if (!module()->sketchMgr()->sketchSolverError()) {
+ if (myRestartingMode != RM_Forbided) {
+ myRestartingMode = RM_LastFeatureUsed;
+ isStarted = startInternalEdit(thePreviousAttributeID);
+ }
+ }
+ if (!isStarted)
+ aFOperation->commit();
+ }
+}
+
+bool PartSet_SketcherReetntrantMgr::processEnter(const std::string& thePreviousAttributeID)
+{
+ bool isDone = false;
+
+ if (!isActiveMgr())
+ return isDone;
+
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (myWorkshop->currentOperation());
+ if (!myWorkshop->module()->getFeatureError(aFOperation->feature()).isEmpty())
+ return isDone;
+
+ bool isSketchSolverError = module()->sketchMgr()->sketchSolverError();
+ if (!isSketchSolverError) {
+ myRestartingMode = RM_EmptyFeatureUsed;
+ isDone = startInternalEdit(thePreviousAttributeID);
+ }
+
+ return isDone;
+}
+
+void PartSet_SketcherReetntrantMgr::onVertexSelected()
+{
+ if (!isActiveMgr())
+ return;
+
+ ModuleBase_Operation* aOperation = myWorkshop->currentOperation();
+ if (aOperation->id().toStdString() == SketchPlugin_Line::ID()) {
+ /// If last line finished on vertex the lines creation sequence has to be break
+ ModuleBase_IPropertyPanel* aPanel = aOperation->propertyPanel();
+ ModuleBase_ModelWidget* anActiveWidget = aPanel->activeWidget();
+ const QList<ModuleBase_ModelWidget*>& aWidgets = aPanel->modelWidgets();
+ QList<ModuleBase_ModelWidget*>::const_iterator anIt = aWidgets.begin(), aLast = aWidgets.end();
+ bool aFoundWidget = false;
+ bool aFoundObligatory = false;
+ for (; anIt != aLast && !aFoundObligatory; anIt++) {
+ if (!aFoundWidget)
+ aFoundWidget = *anIt == anActiveWidget;
+ else
+ aFoundObligatory = (*anIt)->isObligatory();
+ }
+ if (!aFoundObligatory)
+ myRestartingMode = RM_Forbided;
+ }
+}
+
+void PartSet_SketcherReetntrantMgr::onBeforeStopped()
+{
+ if (!isActiveMgr() || !myIsInternalEditOperation)
+ return;
+
+ beforeStopInternalEdit();
+}
+
+bool PartSet_SketcherReetntrantMgr::canBeCommittedByPreselection()
+{
+ return !isActiveMgr() || myRestartingMode == RM_None;
+}
+
+bool PartSet_SketcherReetntrantMgr::isActiveMgr() const
+{
+ ModuleBase_Operation* aCurrentOperation = myWorkshop->currentOperation();
+
+ bool anActive = PartSet_SketcherMgr::isSketchOperation(aCurrentOperation);
+ if (!anActive) {
+ anActive = PartSet_SketcherMgr::isNestedSketchOperation(aCurrentOperation);
+ if (anActive) { // the manager is not active when the current operation is a usual Edit
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (myWorkshop->currentOperation());
+ if (aFOperation->isEditOperation())
+ anActive = myIsInternalEditOperation;
+ }
+ }
+ return anActive;
+}
+
+bool PartSet_SketcherReetntrantMgr::startInternalEdit(const std::string& thePreviousAttributeID)
+{
+ bool isDone = false;
+ /// this is workaround for ModuleBase_WidgetEditor, used in SALOME mode. Sometimes key enter
+ /// event comes two times, so we should not start another internal edit operation
+ /// the Apply button becomes disabled becase the second additional internal feature is created
+ if (myIsInternalEditOperation)
+ return true;
+
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (myWorkshop->currentOperation());
+
+ if (aFOperation && PartSet_SketcherMgr::isNestedSketchOperation(aFOperation)) {
+ aFOperation->setEditOperation(false);
+ workshop()->operationMgr()->updateApplyOfOperations();
+
+ createInternalFeature();
+
+ myIsInternalEditOperation = true;
+ isDone = true;
+ connect(aFOperation, SIGNAL(beforeCommitted()), this, SLOT(onBeforeStopped()));
+ connect(aFOperation, SIGNAL(beforeAborted()), this, SLOT(onBeforeStopped()));
+
+ // activate selection filters of the first widget in the viewer
+ onWidgetActivated();
+
+ // activate the last active widget in the Property Panel
+ if (!thePreviousAttributeID.empty()) {
+ ModuleBase_Operation* anEditOperation = module()->currentOperation();
+ if (anEditOperation) {
+ ModuleBase_IPropertyPanel* aPanel = aFOperation->propertyPanel();
+ ModuleBase_ModelWidget* aPreviousAttributeWidget = 0;
+ QList<ModuleBase_ModelWidget*> aWidgets = aPanel->modelWidgets();
+ for (int i = 0, aNb = aWidgets.size(); i < aNb && !aPreviousAttributeWidget; i++) {
+ if (aWidgets[i]->attributeID() == thePreviousAttributeID)
+ aPreviousAttributeWidget = aWidgets[i];
+ }
+ // If the current widget is a selector, do nothing, it processes the mouse press
+ if (aPreviousAttributeWidget && !aPreviousAttributeWidget->isViewerSelector()) {
+ aPreviousAttributeWidget->focusTo();
+ aPreviousAttributeWidget->selectContent();
+ }
+ }
+ }
+ }
+ if (isDone)
+ module()->sketchMgr()->clearClickedFlags();
+
+ return isDone;
+}
+
+void PartSet_SketcherReetntrantMgr::beforeStopInternalEdit()
+{
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (myWorkshop->currentOperation());
+ if (aFOperation) {
+ disconnect(aFOperation, SIGNAL(beforeCommitted()), this, SLOT(onBeforeStopped()));
+ disconnect(aFOperation, SIGNAL(beforeAborted()), this, SLOT(onBeforeStopped()));
+ }
+
+ deleteInternalFeature();
+}
+
+void PartSet_SketcherReetntrantMgr::restartOperation()
+{
+ if (myIsInternalEditOperation) {
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>(
+ myWorkshop->currentOperation());
+ if (aFOperation) {
+ myNoMoreWidgetsAttribute = "";
+ myIsFlagsBlocked = true;
+ aFOperation->commit();
+ module()->launchOperation(aFOperation->id());
+ myIsFlagsBlocked = false;
+ resetFlags();
+ // we should avoid processing of the signal about no more widgets attributes and
+ // do this after the restart operaion is finished if it was called
+ // onNoMoreWidgets depends on myIsFlagsBlocked and fill myNoMoreWidgetsAttribute
+ // if it should be called after restart
+ if (!myNoMoreWidgetsAttribute.empty()) {
+ onNoMoreWidgets(myNoMoreWidgetsAttribute);
+ myNoMoreWidgetsAttribute = "";
+ }
+ }
+ }
+}
+
+void PartSet_SketcherReetntrantMgr::createInternalFeature()
+{
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (myWorkshop->currentOperation());
+
+ if (aFOperation && PartSet_SketcherMgr::isNestedSketchOperation(aFOperation)) {
+ FeaturePtr anOperationFeature = aFOperation->feature();
+
+ CompositeFeaturePtr aSketch = module()->sketchMgr()->activeSketch();
+ myInternalFeature = aSketch->addFeature(anOperationFeature->getKind());
+ XGUI_PropertyPanel* aPropertyPanel = dynamic_cast<XGUI_PropertyPanel*>
+ (aFOperation->propertyPanel());
+
+ myInternalWidget = new QWidget(aPropertyPanel->contentWidget()->pageWidget());
+ myInternalWidget->setVisible(false);
+
+ ModuleBase_PageWidget* anInternalPage = new ModuleBase_PageWidget(myInternalWidget);
+
+ QString aXmlRepr = aFOperation->getDescription()->xmlRepresentation();
+ ModuleBase_WidgetFactory aFactory(aXmlRepr.toStdString(), myWorkshop);
+
+ aFactory.createWidget(anInternalPage);
+ QList<ModuleBase_ModelWidget*> aWidgets = aFactory.getModelWidgets();
+
+ foreach (ModuleBase_ModelWidget* aWidget, aWidgets) {
+ aWidget->setFeature(myInternalFeature, true);
+ }
+ ModuleBase_ModelWidget* aFirstWidget = ModuleBase_IPropertyPanel::findFirstAcceptingValueWidget
+ (aWidgets);
+ if (aFirstWidget)
+ myInternalActiveWidget = aFirstWidget;
+ }
+}
+
+void PartSet_SketcherReetntrantMgr::deleteInternalFeature()
+{
+ if (myInternalActiveWidget) {
+ ModuleBase_WidgetSelector* aWSelector = dynamic_cast<ModuleBase_WidgetSelector*>(myInternalActiveWidget);
+ if (aWSelector)
+ aWSelector->activateSelectionAndFilters(false);
+ myInternalActiveWidget = 0;
+ }
+ delete myInternalWidget;
+ myInternalWidget = 0;
+
+ QObjectPtrList anObjects;
+ anObjects.append(myInternalFeature);
+ workshop()->deleteFeatures(anObjects);
+}
+
+void PartSet_SketcherReetntrantMgr::resetFlags()
+{
+ if (!myIsFlagsBlocked) {
+ myIsInternalEditOperation = false;
+ myRestartingMode = RM_None;
+ }
+}
+
+XGUI_Workshop* PartSet_SketcherReetntrantMgr::workshop() const
+{
+ XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(myWorkshop);
+ return aConnector->workshop();
+}
+
+PartSet_Module* PartSet_SketcherReetntrantMgr::module() const
+{
+ return dynamic_cast<PartSet_Module*>(myWorkshop->module());
+}
+
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+#ifndef PartSet_SketcherReetntrantMgr_H
+#define PartSet_SketcherReetntrantMgr_H
+
+#include "PartSet.h"
+
+#include <ModelAPI_Feature.h>
+
+#include <string>
+
+#include <QObject>
+
+class ModuleBase_IWorkshop;
+class ModuleBase_Operation;
+class ModuleBase_ModelWidget;
+class ModuleBase_IViewWindow;
+
+class QMouseEvent;
+
+class XGUI_Workshop;
+class PartSet_Module;
+
+/// \ingroup PartSet_SketcherReetntrantMgr
+/// It provides reentrant create operations in sketch, that is when all inputs are valid,
+/// automatic validation of the creation and switch the created entity to edit mode
+/// ('internal' edit operation), with the ability to simultaneously create the next entity
+/// of same type (re-entrance of the operation).
+/// OK valids the current edition and exits from the operation (no re-entrance).
+/// Cancel removes (undo) the entity currently edited and exits from the operation (no re-entrance).
+class PARTSET_EXPORT PartSet_SketcherReetntrantMgr : public QObject
+{
+Q_OBJECT
+
+/// Enumeration to specify the restart operation properties.
+enum RestartingMode {
+ RM_None, /// the operation should not be restarted
+ RM_Forbided, /// the operation should not be restarted after there is no active widget
+ RM_LastFeatureUsed, /// the operation is restarted and use the previous feature for own initialization
+ RM_EmptyFeatureUsed /// the operation is restarted and does not use the previous feature
+};
+
+public:
+ /// Constructor
+ /// \param theParent a parent object
+ PartSet_SketcherReetntrantMgr(ModuleBase_IWorkshop* theWorkshop);
+ virtual ~PartSet_SketcherReetntrantMgr();
+
+public:
+ /// Returns a first widget of the current opeation if the internal edit operation is active
+ /// or return null. If the current widget of the operation is a viewer selector, it returns null.
+ ModuleBase_ModelWidget* internalActiveWidget() const;
+
+ /// Return true if the current edit operation is an internal
+ bool isInternalEditActive() const;
+
+ /// if the internal flags allow it and the manager is active, it starts an internal edit operation
+ /// for the created operation.
+ /// \param thePreviousAttributeID an index of the previous active attribute
+ //bool restartOperation(const std::string& thePreviousAttributeID);
+ bool processEnter(const std::string& thePreviousAttributeID);
+
+ /// Resets the internal flags
+ /// \param theOperation a started operation
+ void operationStarted(ModuleBase_Operation* theOperation);
+
+ /// Resets the internal flags
+ /// \param theOperation a started operation
+ /// \return state whether the internal edit operation was active
+ bool operationCommitted(ModuleBase_Operation* theOperation);
+
+ /// Resets the internal flags
+ /// \param theOperation a started operation
+ void operationAborted(ModuleBase_Operation* theOperation);
+
+ /// Return true if the manager processes the mouse move event
+ /// It happens if the current operation is an internal edit operation and the first
+ /// control can be filled by the mouse move event. The operation is restarted.
+ /// \return true if operation is committed.
+ bool processMouseMoved(ModuleBase_IViewWindow* theWnd, QMouseEvent* theEvent);
+
+ /// Return true if the manager processes the mouse press event
+ /// \return true if the current operation is an internal edit operation.
+ bool processMousePressed(ModuleBase_IViewWindow* theWnd, QMouseEvent* theEvent);
+
+ /// Return true if the manager processes the mouse enter event
+ /// It happens if the current operation is an internal edit operation.
+ /// The operation is restarted. If the first widget of the started operation is
+ /// the point 2d, it processes this mouse event
+ /// \return true if operation is committed.
+ bool processMouseReleased(ModuleBase_IViewWindow* theWnd, QMouseEvent* theEvent);
+
+ /// It is called by the current operation filling with the preselection.
+ /// Returns false if the reentrant mode of the operation is not empty.
+ bool canBeCommittedByPreselection();
+
+private slots:
+ /// SLOT, that is called by a widget activating in the property panel
+ /// If the 'internal' edit operation is started, it activates the first widget selection
+ void onWidgetActivated();
+
+ /// SLOT, that is called by no more widget signal emitted by property panel
+ /// Start an internal edit operation or, if the internal flag is forbided, commits
+ /// the current operation
+ /// \param thePreviousAttributeID an index of the previous active attribute
+ void onNoMoreWidgets(const std::string& thePreviousAttributeID);
+
+ /// Processing of vertex selected. Set an internal reentrant flag to forbiddent state if
+ /// the current feature is a line and there are not obligate widgets anymore
+ void onVertexSelected();
+
+ /// Deactivates selection and filters of the first operation widget if it is an internal
+ /// 'edit' operation
+ void onBeforeStopped();
+
+private:
+ /// Returns true if the current operation is a sketch or a nested sketch operation
+ bool isActiveMgr() const;
+
+ /// Sets the focus to the last control of the property panel and activates selection
+ /// of the first widget to can select first value of the next create operation
+ /// \param thePreviousAttributeID an index of the previous attribute to set focus to this widget
+ /// \return true if it is started
+ bool startInternalEdit(const std::string& thePreviousAttributeID);
+
+ /// Disconnects this manager from operation signals, deactivate selection of the first control
+ /// in the viewer.
+ void beforeStopInternalEdit();
+
+ /// Commits the current operation and launches a new with the commited operation feature index
+ void restartOperation();
+
+ /// Creates an internal feature and controls to process it
+ void createInternalFeature();
+
+ /// A pair method for an internal creation to remove it and clear all created controls
+ void deleteInternalFeature();
+
+ /// Breaks sequense of automatically resterted operations
+ void resetFlags();
+
+ /// Returns the workshop
+ XGUI_Workshop* workshop() const;
+
+ /// Returns the workshop module
+ PartSet_Module* module() const;
+
+private:
+ ModuleBase_IWorkshop* myWorkshop; /// the workshop
+
+ RestartingMode myRestartingMode; /// automatical restarting mode flag
+ bool myIsFlagsBlocked; /// true when reset of flags should not be perfromed
+ bool myIsInternalEditOperation; /// true when the 'internal' edit is started
+
+ FeaturePtr myInternalFeature;
+ QWidget* myInternalWidget;
+ ModuleBase_ModelWidget* myInternalActiveWidget;
+ std::string myNoMoreWidgetsAttribute;
+};
+
+#endif
Handle(Geom_Curve) aCurve = BRep_Tool::Curve(TopoDS::Edge(theShape), aStart, aEnd);
GeomAdaptor_Curve aAdaptor(aCurve);
+ std::shared_ptr<GeomAPI_Edge> anEdge = std::shared_ptr<GeomAPI_Edge>(new GeomAPI_Edge);
+ anEdge->setImpl(new TopoDS_Shape(theShape));
if (aAdaptor.GetType() == GeomAbs_Line) {
// Create line
aMyFeature = theSketch->addFeature(SketchPlugin_Line::ID());
+ if (!theObject.get()) {
+ // There is no selected result
+ std::shared_ptr<GeomAPI_Pnt> aPnt1 = anEdge->firstPoint();
+ std::shared_ptr<GeomAPI_Pnt> aPnt2 = anEdge->lastPoint();
+ std::shared_ptr<GeomAPI_Pnt2d> aPnt2d1 = convertTo2D(theSketch, aPnt1);
+ std::shared_ptr<GeomAPI_Pnt2d> aPnt2d2 = convertTo2D(theSketch, aPnt2);
+
+ std::shared_ptr<ModelAPI_Data> aData = aMyFeature->data();
+ std::shared_ptr<GeomDataAPI_Point2D> aPoint1 =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(aData->attribute(SketchPlugin_Line::START_ID()));
+ std::shared_ptr<GeomDataAPI_Point2D> aPoint2 =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(aData->attribute(SketchPlugin_Line::END_ID()));
+
+ aPoint1->setValue(aPnt2d1);
+ aPoint2->setValue(aPnt2d2);
+
+ // If this is an axis then its name has to be changed correspondently
+ std::string aSuffix = "";
+ bool aXdir = fabs(aPnt1->x() - aPnt2->x()) > Precision::Confusion();
+ bool aYdir = fabs(aPnt1->y() - aPnt2->y()) > Precision::Confusion();
+ bool aZdir = fabs(aPnt1->z() - aPnt2->z()) > Precision::Confusion();
+ if (aXdir && (!aYdir) && (!aZdir))
+ aSuffix = "X";
+ else if ((!aXdir) && aYdir && (!aZdir))
+ aSuffix = "Y";
+ else if ((!aXdir) && (!aYdir) && aZdir)
+ aSuffix = "Z";
+ if (aSuffix.length() > 0)
+ aData->setName("Axis_" + aSuffix);
+ aMyFeature->execute();
+
+ }
} else if (aAdaptor.GetType() == GeomAbs_Circle) {
- std::shared_ptr<GeomAPI_Edge> anEdge = std::shared_ptr<GeomAPI_Edge>(new GeomAPI_Edge);
- anEdge->setImpl(new TopoDS_Shape(theShape));
if (anEdge->isArc()) {
// Create arc
aMyFeature = theSketch->addFeature(SketchPlugin_Arc::ID());
(aData->attribute(SketchPlugin_SketchEntity::EXTERNAL_ID()));
ResultPtr aRes = std::dynamic_pointer_cast<ModelAPI_Result>(theObject);
- if (anAttr && aRes) {
+ if (!aRes.get()) {
+ aRes = aMyFeature->firstResult();
+ }
+ if (anAttr.get() && aRes.get()) {
std::shared_ptr<GeomAPI_Shape> anEdge(new GeomAPI_Shape);
anEdge->setImpl(new TopoDS_Shape(theShape));
(aData->attribute(SketchPlugin_SketchEntity::EXTERNAL_ID()));
ResultPtr aRes = std::dynamic_pointer_cast<ModelAPI_Result>(theObject);
- if (anAttr && aRes) {
+ if (!aRes.get()) {
+ // If the point is selected not from Result object
+ std::shared_ptr<GeomAPI_Shape> aShape =
+ std::shared_ptr<GeomAPI_Shape>(new GeomAPI_Shape());
+ aShape->setImpl(new TopoDS_Shape(theShape));
+
+ std::shared_ptr<GeomAPI_Vertex> aVertex =
+ std::shared_ptr<GeomAPI_Vertex>(new GeomAPI_Vertex(aShape));
+ std::shared_ptr<GeomAPI_Pnt> aPnt = aVertex->point();
+
+ std::shared_ptr<GeomAPI_Pnt2d> aPnt2d = convertTo2D(theSketch, aPnt);
+ std::shared_ptr<GeomDataAPI_Point2D> aPoint =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(aData->attribute(SketchPlugin_Point::COORD_ID()));
+ aPoint->setValue(aPnt2d);
+ if ((aPnt->x() < Precision::Confusion()) &&
+ (aPnt->y() < Precision::Confusion()) &&
+ (aPnt->z() < Precision::Confusion()))
+ aData->setName("Origin");
+
+ aMyFeature->execute();
+ aRes = aMyFeature->firstResult();
+ }
+ if (anAttr.get() && aRes.get()) {
std::shared_ptr<GeomAPI_Shape> aVert(new GeomAPI_Shape);
aVert->setImpl(new TopoDS_Shape(theShape));
return std::shared_ptr<GeomAPI_Pnt2d>();
}
+FeaturePtr PartSet_Tools::findFirstCoincidence(const FeaturePtr& theFeature,
+ std::shared_ptr<GeomAPI_Pnt2d> thePoint)
+{
+ FeaturePtr aCoincident;
+
+ const std::set<AttributePtr>& aRefsList = theFeature->data()->refsToMe();
+ std::set<AttributePtr>::const_iterator aIt;
+ for (aIt = aRefsList.cbegin(); aIt != aRefsList.cend(); ++aIt) {
+ std::shared_ptr<ModelAPI_Attribute> aAttr = (*aIt);
+ FeaturePtr aConstrFeature = std::dynamic_pointer_cast<ModelAPI_Feature>(aAttr->owner());
+ if (aConstrFeature->getKind() == SketchPlugin_ConstraintCoincidence::ID()) {
+ std::shared_ptr<GeomAPI_Pnt2d> a2dPnt =
+ PartSet_Tools::getPoint(aConstrFeature, SketchPlugin_ConstraintCoincidence::ENTITY_A());
+ if (a2dPnt.get() && thePoint->isEqual(a2dPnt)) {
+ aCoincident = aConstrFeature;
+ break;
+ } else {
+ a2dPnt = PartSet_Tools::getPoint(aConstrFeature,
+ SketchPlugin_ConstraintCoincidence::ENTITY_B());
+ if (a2dPnt.get() && thePoint->isEqual(a2dPnt)) {
+ aCoincident = aConstrFeature;
+ break;
+ }
+ }
+ }
+ }
+ return aCoincident;
+}
+
void PartSet_Tools::findCoincidences(FeaturePtr theStartCoin, QList<FeaturePtr>& theList,
std::string theAttr)
{
static std::shared_ptr<GeomAPI_Pnt2d> getPoint(std::shared_ptr<ModelAPI_Feature>& theFeature,
const std::string& theAttribute);
+ /**
+ * Gets all references to the feature, take coincidence constraint features, get point 2d attributes
+ * and compare the point value to be equal with the given. Returns the first feature, which has
+ * equal points.
+ * \return the coincidence feature or null
+ */
+ static FeaturePtr findFirstCoincidence(const FeaturePtr& theFeature,
+ std::shared_ptr<GeomAPI_Pnt2d> thePoint);
+
/**
* Returns list of features connected in a councedence feature point
* \param theStartCoin the coincidence feature
#include "PartSet_Validators.h"
#include "PartSet_Tools.h"
+#include "PartSet_SketcherMgr.h"
#include <TopoDS.hxx>
#include <TopoDS_Edge.hxx>
bool isEmptySelectionValid(ModuleBase_Operation* theOperation)
{
ModuleBase_OperationFeature* aFeatureOp = dynamic_cast<ModuleBase_OperationFeature*>(theOperation);
+ // during the create operation empty selection is always valid
if (!aFeatureOp->isEditOperation()) {
return true;
}
- std::shared_ptr<GeomAPI_Pln> aPlane = sketcherPlane(theOperation);
- if (aPlane.get())
- return true;
- else
- return false;
+ else {
+ if (PartSet_SketcherMgr::isSketchOperation(aFeatureOp)) {
+ std::shared_ptr<GeomAPI_Pln> aPlane = sketcherPlane(theOperation);
+ if (aPlane.get())
+ return true;
+ else
+ return false;
+ }
+ else// in edit operation an empty selection is always valid, performed for re-entrant operrations
+ return true;
+ }
}
bool PartSet_DistanceSelection::isValid(const ModuleBase_ISelection* theSelection, ModuleBase_Operation* theOperation) const
}
}
}
+ if (anAttributeType == ModelAPI_AttributeSelection::typeId()) {
+ AttributeSelectionPtr aSelectAttr =
+ std::dynamic_pointer_cast<ModelAPI_AttributeSelection>(theAttribute);
+ ObjectPtr anObject = aSelectAttr->context();
+ // a context of the selection attribute is a feature result. It can be a case when the result
+ // of the feature is null, e.g. the feature is modified and has not been executed yet.
+ // The validator returns an invalid result here. The case is an extrusion built on a sketch
+ // feature. A new sketch element creation leads to an empty result.
+ if (!anObject.get())
+ isSketchEntities = false;
+ else {
+ FeaturePtr aFeature = ModelAPI_Feature::feature(anObject);
+ isSketchEntities = anEntityKinds.find(aFeature->getKind()) != anEntityKinds.end();
+ }
+ }
if (anAttributeType == ModelAPI_AttributeRefList::typeId()) {
AttributeRefListPtr aRefListAttr =
std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(theAttribute);
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+// File: PartSet_WidgetChoice.h
+// Created: 17 Nov 2015
+// Author: Vitaly Smetannikov
+
+#ifndef PartSet_WidgetChoice_H
+#define PartSet_WidgetChoice_H
+
+#include "PartSet.h"
+#include <ModuleBase_WidgetChoice.h>
+
+/**
+* \ingroup GUI
+* Implementation of a proxy of choice widget in order to geat access to it on moment
+* of creation in module
+*/
+class PARTSET_EXPORT PartSet_WidgetChoice : public ModuleBase_WidgetChoice
+{
+Q_OBJECT
+ public:
+ /// Constructor
+ /// \param theParent the parent object
+ /// \param theData the widget configuation. The attribute of the model widget is obtained from
+ /// \param theParentId is Id of a parent of the current attribute
+ PartSet_WidgetChoice(QWidget* theParent, const Config_WidgetAPI* theData,
+ const std::string& theParentId)
+ : ModuleBase_WidgetChoice(theParent, theData, theParentId) {}
+};
+
+#endif
\ No newline at end of file
bool PartSet_WidgetEditor::focusTo()
{
PartSet_Module* aModule = dynamic_cast<PartSet_Module*>(myWorkshop->module());
- if (aModule->isMouseOverWindow())
+ if (aModule->isMouseOverWindow() && !isEditingMode())
return ModuleBase_WidgetEditor::focusTo();
else {
return ModuleBase_WidgetDoubleValue::focusTo();
bool PartSet_WidgetPoint2D::setSelection(QList<ModuleBase_ViewerPrs>& theValues,
const bool theToValidate)
{
+ bool isDone = false;
if (theValues.empty())
- return false;
+ return isDone;
ModuleBase_ViewerPrs aValue = theValues.takeFirst();
-
- Handle(V3d_View) aView = myWorkshop->viewer()->activeView();
- bool isDone = false;
TopoDS_Shape aShape = aValue.shape();
- double aX, aY;
- if (getPoint2d(aView, aShape, aX, aY)) {
- isDone = setPoint(aX, aY);
+ if (!aShape.IsNull()) {
+ Handle(V3d_View) aView = myWorkshop->viewer()->activeView();
+ double aX, aY;
+ if (getPoint2d(aView, aShape, aX, aY)) {
+ isDone = setPoint(aX, aY);
+ }
+ }
+ else if (canBeActivatedByMove()) {
+ if (feature()->getKind() == SketchPlugin_Line::ID()) {
+ FeaturePtr aFeature = std::dynamic_pointer_cast<ModelAPI_Feature>(aValue.object());
+ // Initialise new line with first point equal to end of previous
+ if (aFeature.get()) {
+ std::shared_ptr<ModelAPI_Data> aData = aFeature->data();
+ std::shared_ptr<GeomDataAPI_Point2D> aPoint =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ aData->attribute(SketchPlugin_Line::END_ID()));
+ if (aPoint) {
+ setPoint(aPoint->x(), aPoint->y());
+ PartSet_Tools::setConstraints(mySketch, feature(), attributeID(), aPoint->x(),
+ aPoint->y());
+ isDone = true;
+ }
+ }
+ }
}
return isDone;
}
+void PartSet_WidgetPoint2D::selectContent()
+{
+ myXSpin->selectAll();
+}
+
bool PartSet_WidgetPoint2D::setPoint(double theX, double theY)
{
if (fabs(theX) >= MaxCoordinate)
myWorkshop->activateSubShapesSelection(aModes);
}
+bool PartSet_WidgetPoint2D::canBeActivatedByMove()
+{
+ bool aCanBeActivated = false;
+ if (feature()->getKind() == SketchPlugin_Line::ID() &&
+ attributeID() == SketchPlugin_Line::START_ID())
+ aCanBeActivated = true;
+
+ return aCanBeActivated;
+}
+
void PartSet_WidgetPoint2D::deactivate()
{
+ // the value of the control should be stored to model if it was not
+ // initialized yet. It is important when we leave this control by Tab key.
+ // It should not be performed by the widget activation as the preview
+ // is visualized with default value. Line point is moved to origin.
+ AttributePtr anAttribute = myFeature->data()->attribute(attributeID());
+ if (anAttribute && !anAttribute->isInitialized())
+ storeValue();
+
ModuleBase_ModelWidget::deactivate();
ModuleBase_IViewer* aViewer = myWorkshop->viewer();
disconnect(aViewer, SIGNAL(mouseMove(ModuleBase_IViewWindow*, QMouseEvent*)),
ObjectPtr aObject = aObjects.front();
FeaturePtr aSelectedFeature = ModelAPI_Feature::feature(aObject);
bool anExternal = false;
- if (aSelectedFeature.get() != NULL) {
- std::shared_ptr<SketchPlugin_Feature> aSPFeature =
- std::dynamic_pointer_cast<SketchPlugin_Feature>(aSelectedFeature);
+ std::shared_ptr<SketchPlugin_Feature> aSPFeature;
+ if (aSelectedFeature.get() != NULL)
+ aSPFeature = std::dynamic_pointer_cast<SketchPlugin_Feature>(aSelectedFeature);
if ((!aSPFeature) && (!aShape.IsNull())) {
anExternal = true;
ResultPtr aFixedObject = PartSet_Tools::findFixedObjectByExternal(aShape, aObject, mySketch);
else {
if (getPoint2d(aView, aShape, aX, aY))
setPoint(aX, aY);
+ bool anOrphanPoint = isOrphanPoint(aSelectedFeature, mySketch, aX, aY);
setConstraintWith(aObject);
- emit vertexSelected();
+ if (!anOrphanPoint)
+ emit vertexSelected();
emit focusOutWidget(this);
}
}
- }
if (!anExternal) {
double aX, aY;
bool isProcessed = false;
setPoint(aX, aY);
}
else {
+ bool anOrphanPoint = isOrphanPoint(aSelectedFeature, mySketch, aX, aY);
// do not set a coincidence constraint in the attribute if the feature contains a point
// with the same coordinates. It is important for line creation in order to do not set
// the same constraints for the same points, oterwise the result line has zero length.
// points of the line becomes less than the tolerance. Validator of the line returns
// false, the line will be aborted, but sketch stays valid.
updateObject(feature());
- emit vertexSelected();
+ if (!anOrphanPoint)
+ emit vertexSelected();
emit focusOutWidget(this);
}
}
double theX, double theY)
{
bool aPointIsFound = false;
+
+ if (feature()->getKind() != SketchPlugin_Line::ID())
+ return aPointIsFound;
+
AttributePtr aWidgetAttribute = myFeature->attribute(attributeID());
std::shared_ptr<GeomAPI_Pnt2d> aPnt2d =
return aPointIsFound;
}
+void PartSet_WidgetPoint2D::initializeValueByActivate()
+{
+}
+
/*void PartSet_WidgetPoint2D::onValuesChanged()
{
emit valuesChanged();
bool PartSet_WidgetPoint2D::processEnter()
{
- bool isModified = myXSpin->isModified() || myYSpin->isModified();
+ //bool isModified = myXSpin->isModified() || myYSpin->isModified();
+ bool isModified = getValueState() == ModifiedInPP;
if (isModified) {
- bool isXModified = myXSpin->isModified();
+ bool isXModified = myXSpin->hasFocus();//myXSpin->isModified();
emit valuesChanged();
//onValuesChanged();
- myXSpin->clearModified();
- myYSpin->clearModified();
+ //myXSpin->clearModified();
+ //myYSpin->clearModified();
if (isXModified)
myXSpin->selectAll();
else
}
return isModified;
}
+
+bool PartSet_WidgetPoint2D::isOrphanPoint(const FeaturePtr& theFeature,
+ const CompositeFeaturePtr& theSketch,
+ double theX, double theY)
+{
+ bool anOrphanPoint = false;
+ if (theFeature.get()) {
+ std::shared_ptr<GeomDataAPI_Point2D> aPointAttr;
+ std::string aFeatureKind = theFeature->getKind();
+ if (aFeatureKind == SketchPlugin_Point::ID())
+ aPointAttr = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Point::COORD_ID()));
+ else if (aFeatureKind == SketchPlugin_Circle::ID())
+ aPointAttr = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Circle::CENTER_ID()));
+
+ else if (aFeatureKind == SketchPlugin_Arc::ID())
+ aPointAttr = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Arc::CENTER_ID()));
+
+ /// check that the geometry point with the given coordinates is the checked point
+ /// e.g. in arc the (x,y) point can not coicide to the center point and it automatically
+ /// means that this point is not an orphant one.
+ if (aPointAttr.get()) {
+ std::shared_ptr<GeomAPI_Pnt2d> aCheckedPoint = std::shared_ptr<GeomAPI_Pnt2d>(
+ new GeomAPI_Pnt2d(theX, theY));
+ if (!aCheckedPoint->isEqual(aPointAttr->pnt()))
+ return anOrphanPoint;
+ }
+
+ if (aPointAttr.get()) {
+ std::shared_ptr<GeomAPI_Pnt2d> aPoint = aPointAttr->pnt();
+ FeaturePtr aCoincidence = PartSet_Tools::findFirstCoincidence(theFeature, aPoint);
+ anOrphanPoint = true;
+ // if there is at least one concident line to the point, the point is not an orphant
+ if (aCoincidence.get()) {
+ QList<FeaturePtr> aCoinsideLines;
+ PartSet_Tools::findCoincidences(aCoincidence, aCoinsideLines,
+ SketchPlugin_ConstraintCoincidence::ENTITY_A());
+ PartSet_Tools::findCoincidences(aCoincidence, aCoinsideLines,
+ SketchPlugin_ConstraintCoincidence::ENTITY_B());
+ QList<FeaturePtr>::const_iterator anIt = aCoinsideLines.begin(),
+ aLast = aCoinsideLines.end();
+ for (; anIt != aLast && anOrphanPoint; anIt++) {
+ anOrphanPoint = (*anIt)->getKind() != SketchPlugin_Line::ID();
+ }
+ }
+ }
+ }
+ return anOrphanPoint;
+}
virtual bool setSelection(QList<ModuleBase_ViewerPrs>& theValues,
const bool theToValidate);
+ /// Select the internal content if it can be selected. It is empty in the default realization
+ virtual void selectContent();
+
/// Returns list of widget controls
/// \return a control list
virtual QList<QWidget*> getControls() const;
//bool initFromPrevious(ObjectPtr theObject);
+ /// Defines if the widget can be activated by mouse move.
+ /// By default it returns false
+ virtual bool canBeActivatedByMove();
+
/// The methiod called when widget is deactivated
virtual void deactivate();
/// \param theEvent a mouse event
void onMouseMove(ModuleBase_IViewWindow* theWnd, QMouseEvent* theEvent);
-protected slots:
/// Process mouse release event
/// \param theWnd a view window
/// \param theEvent a mouse event
/// Process value changed event
//void onValuesChanged();
+ /// Compute the feature default value and fill the controls with it
+ /// or store the control value to the feature
+ /// The widget is not initialize the attribute value in order to avoid the
+ /// incorrect visualization in Sketch. E.g. by a line creation, the line should not
+ /// be visualized immediatelly when the end point widget is activated.
+ virtual void initializeValueByActivate();
+
private:
/// Returns point 2d from selected vertex
/// \param theView a view window
/// \theObject a result object
void setConstraintWith(const ObjectPtr& theObject);
+ /// Returns if the feature is an orphan point, circle or an arc. Returns true if it
+ /// has no a coincident to other lines. It processes point, circle and arc features
+ /// In circle an arc features, only centers are processed, for other points, it returns
+ /// that the point is not an orphan.
+ /// \param theFeature a checked feature
+ /// \param theSketch a sketch
+ /// \param theX an X coordinate of the point
+ /// \param theY an Y coordinate of the point
+ /// \return boolean result
+ static bool isOrphanPoint(const FeaturePtr& theFeature, const CompositeFeaturePtr& theSketch,
+ double theX, double theY);
+
protected:
- ModuleBase_IWorkshop* myWorkshop;
+ ModuleBase_IWorkshop* myWorkshop; ///< workshop
private:
bool PartSet_WidgetPoint2dDistance::processEnter()
{
- bool isModified = mySpinBox->isModified();
+ //bool isModified = mySpinBox->isModified();
+ bool isModified = getValueState() == ModifiedInPP;
if (isModified) {
emit valuesChanged();
- mySpinBox->clearModified();
+ //mySpinBox->clearModified();
mySpinBox->selectAll();
}
return isModified;
#include <ModelAPI_AttributeSelection.h>
#include <ModelAPI_AttributeSelectionList.h>
#include <ModelAPI_Validator.h>
+#include <ModelAPI_Events.h>
#include <SketchPlugin_SketchEntity.h>
#include <FeaturesPlugin_CompositeBoolean.h>
#include <ModuleBase_OperationFeature.h>
#include <Config_WidgetAPI.h>
+#include <Events_Loop.h>
+
#include <QLabel>
#include <QLineEdit>
#include <QFormLayout>
}
}
}
+ else {
+ // this is a workarount to display the feature results in the operation selection mode
+ // if this is absent, sketch point/line local selection is available on extrusion cut result
+ static Events_ID anUpdateEvent = Events_Loop::eventByName(EVENT_OBJECT_UPDATED);
+ ModelAPI_EventCreator::get()->sendUpdated(feature(), anUpdateEvent);
+ updateObject(feature());
+ }
}
}
#include "PartSet_WidgetSketchLabel.h"
#include "PartSet_Tools.h"
+#include "PartSet_Module.h"
#include "SketchPlugin_SketchEntity.h"
#include <QApplication>
#include <QVBoxLayout>
#include <QCheckBox>
+#include <QGroupBox>
+#include <QPushButton>
+#include <QStackedWidget>
PartSet_WidgetSketchLabel::PartSet_WidgetSketchLabel(QWidget* theParent,
: ModuleBase_WidgetValidated(theParent, theWorkshop, theData, theParentId),
myPreviewDisplayed(false)
{
- myText = QString::fromStdString(theData->getProperty("title"));
- myLabel = new QLabel("", theParent);
- myLabel->setWordWrap(true);
- myTooltip = QString::fromStdString(theData->getProperty("tooltip"));
- myLabel->setToolTip("");
- myLabel->setIndent(5);
-
QVBoxLayout* aLayout = new QVBoxLayout(this);
ModuleBase_Tools::zeroMargins(aLayout);
- aLayout->addWidget(myLabel);
- myShowConstraints = new QCheckBox(tr("Show constraints"), this);
- aLayout->addWidget(myShowConstraints);
+ myStackWidget = new QStackedWidget(this);
+ myStackWidget->setContentsMargins(0,0,0,0);
+ aLayout->addWidget(myStackWidget);
+
+ // Define label for plane selection
+ QWidget* aFirstWgt = new QWidget(this);
+
+ QString aText = QString::fromStdString(theData->getProperty("title"));
+ QLabel* aLabel = new QLabel(aText, aFirstWgt);
+ aLabel->setWordWrap(true);
+ QString aTooltip = QString::fromStdString(theData->getProperty("tooltip"));
+ aLabel->setToolTip(aTooltip);
+ aLabel->setIndent(5);
+
+ aLayout = new QVBoxLayout(aFirstWgt);
+ ModuleBase_Tools::zeroMargins(aLayout);
+ aLayout->addWidget(aLabel);
+
+ myStackWidget->addWidget(aFirstWgt);
+
+ // Define widget for sketch manmagement
+ QWidget* aSecondWgt = new QWidget(this);
+ aLayout = new QVBoxLayout(aSecondWgt);
+ ModuleBase_Tools::zeroMargins(aLayout);
+
+ QGroupBox* aViewBox = new QGroupBox(tr("Sketcher plane"), this);
+ QVBoxLayout* aViewLayout = new QVBoxLayout(aViewBox);
+
+ myViewInverted = new QCheckBox(tr("Reversed"), aViewBox);
+ aViewLayout->addWidget(myViewInverted);
+
+ QPushButton* aSetViewBtn = new QPushButton(QIcon(":icons/plane_view.png"), tr("Set plane view"), aViewBox);
+ connect(aSetViewBtn, SIGNAL(clicked(bool)), this, SLOT(onSetPlaneView()));
+ aViewLayout->addWidget(aSetViewBtn);
- setLayout(aLayout);
+ aLayout->addWidget(aViewBox);
+
+ myShowConstraints = new QCheckBox(tr("Show constraints"), this);
connect(myShowConstraints, SIGNAL(toggled(bool)), this, SIGNAL(showConstraintToggled(bool)));
myShowConstraints->setChecked(toShowConstraints);
+ aLayout->addWidget(myShowConstraints);
+
+ myStackWidget->addWidget(aSecondWgt);
+ //setLayout(aLayout);
}
PartSet_WidgetSketchLabel::~PartSet_WidgetSketchLabel()
QList<QWidget*> PartSet_WidgetSketchLabel::getControls() const
{
QList<QWidget*> aResult;
- aResult << myLabel;
+ aResult << myStackWidget;
return aResult;
}
// Rotate view if the sketcher plane is selected only from preview planes
// Preview planes are created only if there is no any shape
- if (myYZPlane.get()) {
+ bool aRotate = Config_PropManager::boolean("Sketch planes", "rotate_to_plane", "false");
+ if (aRotate) {
myWorkshop->viewer()->setViewProjection(aXYZ.X(), aXYZ.Y(), aXYZ.Z(), aTwist);
+ PartSet_Module* aModule = dynamic_cast<PartSet_Module*>(myWorkshop->module());
+ if (aModule)
+ aModule->onViewTransformed();
}
}
// 3. Clear text in the label
- myLabel->setText("");
- myLabel->setToolTip("");
+ myStackWidget->setCurrentIndex(1);
+ //myLabel->setText("");
+ //myLabel->setToolTip("");
disconnect(workshop()->selector(), SIGNAL(selectionChanged()),
this, SLOT(onSelectionChanged()));
// 4. deactivate face selection filter
// 6. Update sketcher actions
XGUI_ActionsMgr* anActMgr = workshop()->actionsMgr();
- anActMgr->update();
- //VSV myWorkshop->viewer()->update();
+ myWorkshop->updateCommandStatus();
+ myWorkshop->viewer()->update();
}
std::shared_ptr<GeomAPI_Pln> PartSet_WidgetSketchLabel::plane() const
bool PartSet_WidgetSketchLabel::focusTo()
{
- myLabel->setFocus();
+ ModuleBase_Tools::setFocus(myStackWidget, "PartSet_WidgetSketchLabel::focusTo()");
return true;
}
void PartSet_WidgetSketchLabel::enableFocusProcessing()
{
- myLabel->installEventFilter(this);
+ myStackWidget->installEventFilter(this);
}
void PartSet_WidgetSketchLabel::storeAttributeValue()
{
std::shared_ptr<GeomAPI_Pln> aPlane = plane();
if (aPlane.get()) {
+ myStackWidget->setCurrentIndex(1);
activateSelection(true);
return;
}
+ myStackWidget->setCurrentIndex(0);
bool aBodyIsVisualized = false;
XGUI_Displayer* aDisp = workshop()->displayer();
QObjectPtrList aDisplayed = aDisp->displayedObjects();
}
activateSelection(true);
- myLabel->setText(myText);
- myLabel->setToolTip(myTooltip);
+ //myLabel->setText(myText);
+ //myLabel->setToolTip(myTooltip);
connect(workshop()->selector(), SIGNAL(selectionChanged()), this, SLOT(onSelectionChanged()));
activateFilters(true);
// get plane parameters
std::shared_ptr<GeomAPI_Pln> aPlane = GeomAlgoAPI_FaceBuilder::plane(aGShape);
+ if (!aPlane.get())
+ return std::shared_ptr<GeomAPI_Dir>();
// set plane parameters to feature
std::shared_ptr<ModelAPI_Data> aData = feature()->data();
XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(myWorkshop);
return aConnector->workshop();
}
+
+
+void PartSet_WidgetSketchLabel::onSetPlaneView()
+{
+ std::shared_ptr<GeomAPI_Pln> aPlane = plane();
+ if (aPlane.get()) {
+ std::shared_ptr<GeomAPI_Dir> aDirection = aPlane->direction();
+ gp_Dir aDir = aDirection->impl<gp_Dir>();
+ if (myViewInverted->isChecked())
+ aDir.Reverse();
+ myWorkshop->viewer()->setViewProjection(aDir.X(), aDir.Y(), aDir.Z(), 0.);
+ PartSet_Module* aModule = dynamic_cast<PartSet_Module*>(myWorkshop->module());
+ if (aModule)
+ aModule->onViewTransformed();
+ }
+}
class XGUI_OperationMgr;
class XGUI_Workshop;
class QCheckBox;
+class QStackedWidget;
/// the plane edge width
#define SKETCH_WIDTH "4"
/// Slot on change selection
void onSelectionChanged();
+ /// A slot called on set sketch plane view
+ void onSetPlaneView();
+
private:
/// Create preview of planes for sketch plane selection
/// \param theOrigin an origin of the plane
void showPreviewPlanes();
- QLabel* myLabel;
- QString myText;
- QString myTooltip;
-
AISObjectPtr myYZPlane;
AISObjectPtr myXZPlane;
AISObjectPtr myXYPlane;
bool myPreviewDisplayed;
QCheckBox* myShowConstraints;
+ QCheckBox* myViewInverted;
+
+ QStackedWidget* myStackWidget;
};
#endif
<file>icons/export.png</file>
<file>icons/line.png</file>
<file>icons/sketch.png</file>
+ <file>icons/sketch_shape.png</file>
<file>icons/hand_point.png</file>
<file>icons/dimension_up.png</file>
<file>icons/dimension_up_32x32.png</file>
<file>icons/coincedence.png</file>
<file>icons/mirror.png</file>
<file>icons/translate.png</file>
+ <file>icons/translate_32x32.png</file>
+ <file>icons/translate_full_32x32.png</file>
<file>icons/rotate.png</file>
<file>icons/exec_state_failed.png</file>
<file>icons/exec_state_invalid_parameters.png</file>
<file>icons/angle_up_32x32.png</file>
<file>icons/angle_up_down.png</file>
<file>icons/angle_up_down_32x32.png</file>
+ <file>icons/angle_up_full_32x32.png</file>
<file>icons/dimension_up_down.png</file>
<file>icons/dimension_up_down_32x32.png</file>
<file>icons/by_two_points_32x32.png</file>
<file>icons/cylindrical_face_32x32.png</file>
<file>icons/dimension_vert_32x32.png</file>
+ <file>icons/bool_cut.png</file>
+ <file>icons/bool_fuse.png</file>
+ <file>icons/bool_common.png</file>
+ <file>icons/plane_view.png</file>
</qresource>
</RCC>
// do not activate part by simple execution if it is not loaded yet: it must be explicitly
// activated for this
if (!ModelAPI_Session::get()->isLoadByDemand(aResult->data()->name())) {
- // On undo/redo creation of the part result the Object Browser must get creation event
- // earlier that activation of this part event (otherwise the crash is produced)
+ // On undo/redo creation of the part result the Object Borwser must get creation event
+ // earlier that activation of this part event (otherwise the crash is producted)
// So, send a creation event earlier, without any grouping
static Events_ID aCreateID = Events_Loop::eventByName(EVENT_OBJECT_CREATED);
ModelAPI_EventCreator::get()->sendUpdated(aResult, aCreateID, false);
const double PI =3.141592653589793238463;
-static const std::string& INVERSED_ID()
-{
- static const std::string MY_INVERSED_ID("InversedArc");
- return MY_INVERSED_ID;
-}
-
SketchPlugin_Arc::SketchPlugin_Arc()
: SketchPlugin_SketchEntity()
{
new GeomAPI_Circ2d(aCenterAttr->pnt(), aStartAttr->pnt()));
std::shared_ptr<GeomAPI_Pnt2d> aProjection = aCircleForArc->project(anEndAttr->pnt());
if (aProjection && anEndAttr->pnt()->distance(aProjection) > tolerance) {
- // issue #855: trying to update only not-updated coordinate if it is possible
- /*
- if (abs(myXEndBefore - anEndAttr->x()) < 1.e-10) { // keep Y unchanged
- double aVy = aCenterAttr->y() - anEndAttr->y();
- double aVy2 = aVy * aVy;
- double aR2 = aCircleForArc->radius() * aCircleForArc->radius();
- if (aVy2 <= aR2) {
- double aDX = sqrt(aR2 - aVy * aVy);
- if (anEndAttr->x() > aCenterAttr->x())
- aProjection->setX(aCenterAttr->x() + aDX);
- else
- aProjection->setX(aCenterAttr->x() - aDX);
- aProjection->setY(anEndAttr->y());
- }
- } else if (abs(myYEndBefore - anEndAttr->y()) < 1.e-10) { // keep X unchanged
- double aVx = aCenterAttr->x() - anEndAttr->x();
- double aVx2 = aVx * aVx;
- double aR2 = aCircleForArc->radius() * aCircleForArc->radius();
- if (aVx2 <= aR2) {
- double aDY = sqrt(aR2 - aVx * aVx);
- if (anEndAttr->y() > aCenterAttr->y())
- aProjection->setY(aCenterAttr->y() + aDY);
- else
- aProjection->setY(aCenterAttr->y() - aDY);
- aProjection->setX(anEndAttr->x());
+ if (!isStable()) { // issue #855: trying to update only not-updated coordinate if it is possible
+ if (fabs(myXEndBefore - anEndAttr->x()) < 1.e-10) { // keep Y unchanged
+ double aVy = aCenterAttr->y() - anEndAttr->y();
+ double aVy2 = aVy * aVy;
+ double aR2 = aCircleForArc->radius() * aCircleForArc->radius();
+ if (aVy2 <= aR2) {
+ double aDX = sqrt(aR2 - aVy * aVy);
+ if (anEndAttr->x() > aCenterAttr->x())
+ aProjection->setX(aCenterAttr->x() + aDX);
+ else
+ aProjection->setX(aCenterAttr->x() - aDX);
+ aProjection->setY(anEndAttr->y());
+ }
+ } else if (fabs(myYEndBefore - anEndAttr->y()) < 1.e-10) { // keep X unchanged
+ double aVx = aCenterAttr->x() - anEndAttr->x();
+ double aVx2 = aVx * aVx;
+ double aR2 = aCircleForArc->radius() * aCircleForArc->radius();
+ if (aVx2 <= aR2) {
+ double aDY = sqrt(aR2 - aVx * aVx);
+ if (anEndAttr->y() > aCenterAttr->y())
+ aProjection->setY(aCenterAttr->y() + aDY);
+ else
+ aProjection->setY(aCenterAttr->y() - aDY);
+ aProjection->setX(anEndAttr->x());
+ }
}
- }*/
+ }
anEndAttr->setValue(aProjection);
}
myEndUpdate = false;
}
}
+
+void SketchPlugin_Arc::setReversed(bool isReversed)
+{
+ std::dynamic_pointer_cast<ModelAPI_AttributeBoolean>(attribute(INVERSED_ID()))->setValue(isReversed);
+ myParamBefore = 0.0;
+}
+
+bool SketchPlugin_Arc::isReversed()
+{
+ return std::dynamic_pointer_cast<ModelAPI_AttributeBoolean>(attribute(INVERSED_ID()))->value();
+}
return MY_END_ID;
}
+ /// Inversed flag
+ inline static const std::string& INVERSED_ID()
+ {
+ static const std::string MY_INVERSED_ID("InversedArc");
+ return MY_INVERSED_ID;
+ }
+
/// Returns the kind of a feature
SKETCHPLUGIN_EXPORT virtual const std::string& getKind()
{
/// \param theDeltaY the delta for Y coordinate is moved
SKETCHPLUGIN_EXPORT virtual void move(const double theDeltaX, const double theDeltaY);
+ /// Updates the "reversed" flag
+ /// \param isReversed whether the arc will be reversed
+ void setReversed(bool isReversed);
+ /// Returns \c true is the arc is reversed
+ bool isReversed();
+
/// Use plugin manager for features creation
SketchPlugin_Arc();
#include "SketchPlugin_ConstraintFillet.h"
+#include <GeomAPI_Circ2d.h>
#include <GeomAPI_Dir2d.h>
+#include <GeomAPI_Lin2d.h>
#include <GeomAPI_Pnt2d.h>
#include <GeomAPI_XY.h>
#include <GeomDataAPI_Point2D.h>
#include <SketchPlugin_ConstraintCoincidence.h>
#include <SketchPlugin_ConstraintTangent.h>
#include <SketchPlugin_ConstraintRadius.h>
+#include <SketchPlugin_Point.h>
#include <SketchPlugin_Tools.h>
#include <SketcherPrs_Factory.h>
#include <Config_PropManager.h>
#include <Events_Loop.h>
+#define _USE_MATH_DEFINES
#include <math.h>
static const std::string PREVIOUS_VALUE("FilletPreviousRadius");
+const double tolerance = 1.e-7;
+const double paramTolerance = 1.e-4;
+
/// \brief Attract specified point on theNewArc to the attribute of theFeature
static void recalculateAttributes(FeaturePtr theNewArc, const std::string& theNewArcAttribute,
FeaturePtr theFeature, const std::string& theFeatureAttribute);
std::shared_ptr<GeomAPI_XY>& theTangentA,
std::shared_ptr<GeomAPI_XY>& theTangentB);
+/// Get point on 1/3 length of edge from fillet point
+static void getPointOnEdge(const FeaturePtr theFeature,
+ const std::shared_ptr<GeomAPI_Pnt2d> theFilletPoint,
+ std::shared_ptr<GeomAPI_Pnt2d>& thePoint);
+
+/// Get distance from point to feature
+static double getProjectionDistance(const FeaturePtr theFeature,
+ const std::shared_ptr<GeomAPI_Pnt2d> thePoint);
+
SketchPlugin_ConstraintFillet::SketchPlugin_ConstraintFillet()
{
}
void SketchPlugin_ConstraintFillet::execute()
{
+ static const double aTol = 1.e-7;
+
// the viewer update should be blocked in order to avoid the temporaty fillet sub-features visualization
// before they are processed by the solver
//std::shared_ptr<Events_Message> aMsg = std::shared_ptr<Events_Message>(
return;
}
+ // Obtain fillet point
+ std::shared_ptr<GeomDataAPI_Point2D> aBasePoint = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(aBaseA->attr());
+ if (!aBasePoint) {
+ setError("Bad vertex selected");
+ return;
+ }
+ std::shared_ptr<GeomAPI_Pnt2d> aFilletPoint = aBasePoint->pnt();
+
// Check the fillet shapes is not initialized yet
AttributeRefListPtr aRefListOfFillet = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
aData->attribute(SketchPlugin_Constraint::ENTITY_B()));
// Obtain base features
FeaturePtr anOldFeatureA, anOldFeatureB;
- if(needNewObjects) {
- AttributePtr anAttrBase = aBaseA->attr();
- const std::set<AttributePtr>& aRefsList = anAttrBase->owner()->data()->refsToMe();
- std::set<AttributePtr>::const_iterator aIt;
- FeaturePtr aCoincident;
- for (aIt = aRefsList.cbegin(); aIt != aRefsList.cend(); ++aIt) {
- std::shared_ptr<ModelAPI_Attribute> aAttr = (*aIt);
- FeaturePtr aConstrFeature = std::dynamic_pointer_cast<ModelAPI_Feature>(aAttr->owner());
- if (aConstrFeature->getKind() == SketchPlugin_ConstraintCoincidence::ID()) {
- AttributeRefAttrPtr anAttrRefA = std::dynamic_pointer_cast<ModelAPI_AttributeRefAttr>(
- aConstrFeature->attribute(SketchPlugin_ConstraintCoincidence::ENTITY_A()));
- AttributeRefAttrPtr anAttrRefB = std::dynamic_pointer_cast<ModelAPI_AttributeRefAttr>(
- aConstrFeature->attribute(SketchPlugin_ConstraintCoincidence::ENTITY_B()));
- if(anAttrRefA.get() && !anAttrRefA->isObject()) {
- AttributePtr anAttrA = anAttrRefA->attr();
- if(anAttrBase == anAttrA) {
- aCoincident = aConstrFeature;
- break;
- }
- }
- if(anAttrRefA.get() && !anAttrRefB->isObject()) {
- AttributePtr anAttrB = anAttrRefB->attr();
- if(anAttrBase == anAttrB) {
- aCoincident = aConstrFeature;
- break;
- }
- }
- }
- }
-
- if(!aCoincident.get()) {
- setError("No coincident edges at selected vertex");
- return;
- }
-
- std::set<FeaturePtr> aCoinsideLines;
- SketchPlugin_Tools::findCoincidences(aCoincident,
- SketchPlugin_ConstraintCoincidence::ENTITY_A(),
- aCoinsideLines);
- SketchPlugin_Tools::findCoincidences(aCoincident,
- SketchPlugin_ConstraintCoincidence::ENTITY_B(),
- aCoinsideLines);
-
- // Remove auxilary lines
- if(aCoinsideLines.size() > 2) {
- std::set<FeaturePtr> aNewLines;
- for(std::set<FeaturePtr>::iterator anIt = aCoinsideLines.begin(); anIt != aCoinsideLines.end(); ++anIt) {
- if(!(*anIt)->boolean(SketchPlugin_SketchEntity::AUXILIARY_ID())->value()) {
- aNewLines.insert(*anIt);
- }
- }
- aCoinsideLines = aNewLines;
- }
-
-
- if(aCoinsideLines.size() != 2) {
- setError("At selected vertex should be two coincident lines");
- return;
- }
-
- std::set<FeaturePtr>::iterator aLinesIt = aCoinsideLines.begin();
- anOldFeatureA = *aLinesIt++;
- anOldFeatureB = *aLinesIt;
- } else {
- std::list<ObjectPtr> aNewFeatList = aRefListOfBaseLines->list();
- std::list<ObjectPtr>::iterator aFeatIt = aNewFeatList.begin();
- anOldFeatureA = ModelAPI_Feature::feature(*aFeatIt++);
- anOldFeatureB = ModelAPI_Feature::feature(*aFeatIt++);
- }
+ std::list<ObjectPtr> anOldFeatList = aRefListOfBaseLines->list();
+ std::list<ObjectPtr>::iterator aFeatIt = anOldFeatList.begin();
+ anOldFeatureA = ModelAPI_Feature::feature(*aFeatIt++);
+ anOldFeatureB = ModelAPI_Feature::feature(*aFeatIt);
if(!anOldFeatureA.get() || !anOldFeatureB.get()) {
setError("One of the edges is empty");
if (needNewObjects) {
// Create list of objects composing a fillet
// copy aFeatureA
- aNewFeatureA = SketchPlugin_Sketch::addUniqueNamedCopiedFeature(anOldFeatureB, sketch());
+ aNewFeatureA = SketchPlugin_Sketch::addUniqueNamedCopiedFeature(anOldFeatureA, sketch());
// copy aFeatureB
aNewFeatureB = SketchPlugin_Sketch::addUniqueNamedCopiedFeature(anOldFeatureB, sketch());
// create filleting arc (it will be attached to the list later)
aStartEndPnt[2*i+1] = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
aFeature[i]->attribute(aEndAttr))->pnt();
}
- for (int i = 0; i < aNbFeatures; i++) {
- int j = aNbFeatures;
- for (; j < 2 * aNbFeatures; j++)
- if (aStartEndPnt[i]->distance(aStartEndPnt[j]) < 1.e-10) {
- isStart[0] = i==0;
- isStart[1] = j==aNbFeatures;
+ for (int aFeatInd = 0; aFeatInd < aNbFeatures; aFeatInd++) {
+ for (int j = 0; j < 2; j++) // loop on start-end of each feature
+ if (aStartEndPnt[aFeatInd * aNbFeatures + j]->distance(aFilletPoint) < 1.e-10) {
+ isStart[aFeatInd] = (j==0);
break;
}
- if (j < 2 * aNbFeatures)
- break;
}
// tangent directions of the features
for (int i = 0; i < aNbFeatures; i++) {
double y = aDir->y();
aDir->setX(-y);
aDir->setY(x);
- if (!isStart[i])
+ if (isStart[i] == std::dynamic_pointer_cast<SketchPlugin_Arc>(aFeature[i])->isReversed())
aDir = aDir->multiplied(-1.0);
}
aTangentDir[i] = std::shared_ptr<GeomAPI_Dir2d>(new GeomAPI_Dir2d(aDir));
// Calculate fillet arc parameters
std::shared_ptr<GeomAPI_XY> aCenter, aTangentPntA, aTangentPntB;
calculateFilletCenter(anOldFeatureA, anOldFeatureB, aFilletRadius, isStart, aCenter, aTangentPntA, aTangentPntB);
+ if(!aCenter.get() || !aTangentPntA.get() || !aTangentPntB.get()) {
+ setError("Can not create fillet with the specified parameters.");
+ return;
+ }
// update features
std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
aNewFeatureA->attribute(aFeatAttributes[isStart[0] ? 0 : 1]))->setValue(
aNewFeatureB->attribute(aFeatAttributes[2 + (isStart[1] ? 0 : 1)]))->setValue(
aTangentPntB->x(), aTangentPntB->y());
aNewFeatureB->execute();
- // update fillet arc
+ // update fillet arc: make the arc correct for sure, so, it is not needed to process the "attribute updated"
+ // by arc; moreover, it may cause cyclicity in hte mechanism of updater
+ aNewArc->data()->blockSendAttributeUpdated(true);
std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
aNewArc->attribute(SketchPlugin_Arc::CENTER_ID()))->setValue(
aCenter->x(), aCenter->y());
aTangentPntA = aTangentPntB;
aTangentPntB = aTmp;
}
- std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
- aNewArc->attribute(SketchPlugin_Arc::START_ID()))->setValue(aTangentPntA->x(), aTangentPntA->y());
- std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
- aNewArc->attribute(SketchPlugin_Arc::END_ID()))->setValue(aTangentPntB->x(), aTangentPntB->y());
+ std::shared_ptr<GeomDataAPI_Point2D> aStartPoint = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ aNewArc->attribute(SketchPlugin_Arc::START_ID()));
+ std::shared_ptr<GeomDataAPI_Point2D> aEndPoint = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ aNewArc->attribute(SketchPlugin_Arc::END_ID()));
+ if (aStartPoint->isInitialized() && aEndPoint->isInitialized() &&
+ (aStartPoint->pnt()->xy()->distance(aTangentPntA) > aTol ||
+ aEndPoint->pnt()->xy()->distance(aTangentPntB) > aTol))
+ std::dynamic_pointer_cast<SketchPlugin_Arc>(aNewArc)->setReversed(false);
+ aStartPoint->setValue(aTangentPntA->x(), aTangentPntA->y());
+ aEndPoint->setValue(aTangentPntB->x(), aTangentPntB->y());
+ aNewArc->data()->blockSendAttributeUpdated(false);
aNewArc->execute();
if (needNewObjects) {
aRefListOfFillet->append(aNewFeatureB->lastResult());
aRefListOfFillet->append(aNewArc->lastResult());
- // attach base lines to the list
- aRefListOfBaseLines->append(anOldFeatureA);
- aRefListOfBaseLines->append(anOldFeatureB);
-
myProducedFeatures.push_back(aNewFeatureA);
myProducedFeatures.push_back(aNewFeatureB);
myProducedFeatures.push_back(aNewArc);
aRefAttr->setAttr(aNewFeature[i]->attribute(aFeatAttributes[anAttrInd]));
myProducedFeatures.push_back(aConstraint);
}
+ // 4.1. Additional tangency constraints when the fillet is based on arcs.
+ // It is used to verify the created arc will be placed on a source.
+ for (int i = 0; i < aNbFeatures; ++i) {
+ if (aNewFeature[i]->getKind() != SketchPlugin_Arc::ID())
+ continue;
+ aConstraint = sketch()->addFeature(SketchPlugin_ConstraintTangent::ID());
+ aRefAttr = std::dynamic_pointer_cast<ModelAPI_AttributeRefAttr>(
+ aConstraint->attribute(SketchPlugin_Constraint::ENTITY_A()));
+ aRefAttr->setObject(aFeature[i]->lastResult());
+ aRefAttr = std::dynamic_pointer_cast<ModelAPI_AttributeRefAttr>(
+ aConstraint->attribute(SketchPlugin_Constraint::ENTITY_B()));
+ aRefAttr->setObject(aNewFeature[i]->lastResult());
+ aConstraint->execute();
+ myProducedFeatures.push_back(aConstraint);
+ ModelAPI_EventCreator::get()->sendUpdated(aConstraint, anUpdateEvent);
+ }
// 5. Tangent points should be placed on the base features
for (int i = 0; i < aNbFeatures; i++) {
anAttrInd = 2*i + (isStart[i] ? 0 : 1);
data()->attribute(SketchPlugin_Constraint::ENTITY_B()));
aRefListOfFillet->clear();
+ // clear the list of base features
+ AttributeRefListPtr aRefListOfBaseLines = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
+ data()->attribute(SketchPlugin_Constraint::ENTITY_C()));
+ aRefListOfBaseLines->clear();
+
// remove all produced objects and constraints
DocumentPtr aDoc = sketch()->document();
std::list<FeaturePtr>::iterator aCIt = myProducedFeatures.begin();
for (aCIt = myBaseObjects.begin(); aCIt != myBaseObjects.end(); ++aCIt)
(*aCIt)->boolean(SketchPlugin_SketchEntity::AUXILIARY_ID())->setValue(false);
myBaseObjects.clear();
+
+ // Obtain fillet point
+ AttributeRefAttrPtr aBaseA = std::dynamic_pointer_cast<ModelAPI_AttributeRefAttr>(
+ data()->attribute(SketchPlugin_Constraint::ENTITY_A()));
+ if(!aBaseA->isInitialized() || aBaseA->isObject()) {
+ return;
+ }
+ AttributePtr anAttrBaseA = aBaseA->attr();
+ std::shared_ptr<GeomDataAPI_Point2D> aBasePoint = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(anAttrBaseA);
+ if (!aBasePoint) {
+ return;
+ }
+ std::shared_ptr<GeomAPI_Pnt2d> aFilletPoint = aBasePoint->pnt();
+
+ // Obtain conicident edges
+ const std::set<AttributePtr>& aRefsList = anAttrBaseA->owner()->data()->refsToMe();
+ std::set<AttributePtr>::const_iterator aIt;
+ FeaturePtr aCoincident;
+ for (aIt = aRefsList.cbegin(); aIt != aRefsList.cend(); ++aIt) {
+ std::shared_ptr<ModelAPI_Attribute> aAttr = (*aIt);
+ FeaturePtr aConstrFeature = std::dynamic_pointer_cast<ModelAPI_Feature>(aAttr->owner());
+ if (aConstrFeature->getKind() == SketchPlugin_ConstraintCoincidence::ID()) {
+ AttributeRefAttrPtr anAttrRefA = std::dynamic_pointer_cast<ModelAPI_AttributeRefAttr>(
+ aConstrFeature->attribute(SketchPlugin_ConstraintCoincidence::ENTITY_A()));
+ AttributeRefAttrPtr anAttrRefB = std::dynamic_pointer_cast<ModelAPI_AttributeRefAttr>(
+ aConstrFeature->attribute(SketchPlugin_ConstraintCoincidence::ENTITY_B()));
+ if(anAttrRefA.get() && !anAttrRefA->isObject()) {
+ AttributePtr anAttrA = anAttrRefA->attr();
+ if(anAttrBaseA == anAttrA) {
+ aCoincident = aConstrFeature;
+ break;
+ }
+ }
+ if(anAttrRefA.get() && !anAttrRefB->isObject()) {
+ AttributePtr anAttrB = anAttrRefB->attr();
+ if(anAttrBaseA == anAttrB) {
+ aCoincident = aConstrFeature;
+ break;
+ }
+ }
+ }
+ }
+
+ if(!aCoincident.get()) {
+ setError("No coincident edges at selected vertex");
+ return;
+ }
+
+ std::set<FeaturePtr> aCoinsides;
+ SketchPlugin_Tools::findCoincidences(aCoincident,
+ SketchPlugin_ConstraintCoincidence::ENTITY_A(),
+ aCoinsides);
+ SketchPlugin_Tools::findCoincidences(aCoincident,
+ SketchPlugin_ConstraintCoincidence::ENTITY_B(),
+ aCoinsides);
+
+ // Remove points
+ std::set<FeaturePtr> aNewLines;
+ for(std::set<FeaturePtr>::iterator anIt = aCoinsides.begin(); anIt != aCoinsides.end(); ++anIt) {
+ if((*anIt)->getKind() != SketchPlugin_Point::ID()) {
+ aNewLines.insert(*anIt);
+ }
+ }
+ aCoinsides = aNewLines;
+
+ // Remove auxilary lines
+ if(aCoinsides.size() > 2) {
+ aNewLines.clear();
+ for(std::set<FeaturePtr>::iterator anIt = aCoinsides.begin(); anIt != aCoinsides.end(); ++anIt) {
+ if(!(*anIt)->boolean(SketchPlugin_SketchEntity::AUXILIARY_ID())->value()) {
+ aNewLines.insert(*anIt);
+ }
+ }
+ aCoinsides = aNewLines;
+ }
+
+ if(aCoinsides.size() != 2) {
+ setError("At selected vertex should be two coincident lines");
+ return;
+ }
+
+ // Store base lines
+ FeaturePtr anOldFeatureA, anOldFeatureB;
+ std::set<FeaturePtr>::iterator aLinesIt = aCoinsides.begin();
+ anOldFeatureA = *aLinesIt++;
+ anOldFeatureB = *aLinesIt;
+ aRefListOfBaseLines->append(anOldFeatureA);
+ aRefListOfBaseLines->append(anOldFeatureB);
+
+ // Getting points located at 1/3 of edge length from fillet point
+ std::shared_ptr<GeomAPI_Pnt2d> aPntA, aPntB;
+ getPointOnEdge(anOldFeatureA, aFilletPoint, aPntA);
+ getPointOnEdge(anOldFeatureB, aFilletPoint, aPntB);
+
+ /// Getting distances
+ double aRadius = 1;
+ double aDistanceA = getProjectionDistance(anOldFeatureB, aPntA);
+ double aDistanceB = getProjectionDistance(anOldFeatureA, aPntB);
+ aRadius = aDistanceA < aDistanceB ? aDistanceA / 2.0 : aDistanceB / 2.0;
+
+ std::dynamic_pointer_cast<ModelAPI_AttributeDouble>(data()->attribute(SketchPlugin_Constraint::VALUE()))->setValue(aRadius);
}
}
new GeomAPI_Dir2d(aEnd[1-aLineInd]->decreased(aCenter[1-aLineInd])));
double anArcAngle = aEndArcDir->angle(aStartArcDir);
- // get and filter possible centers
+ // get possible centers and filter them
std::list< std::shared_ptr<GeomAPI_XY> > aSuspectCenters;
possibleFilletCenterLineArc(aStart[aLineInd], aDirLine, aCenter[1-aLineInd], anArcRadius, theRadius, aSuspectCenters);
double aDot = 0.0;
+ // the line is forward into the arc
+ double innerArc = aCenter[1-aLineInd]->decreased(aStart[aLineInd])->dot(aDirLine->xy());
std::shared_ptr<GeomAPI_XY> aLineTgPoint, anArcTgPoint;
+ // The possible centers are ranged by their positions.
+ // If the point is not satisfy one of criteria, the weight is decreased with penalty.
+ int aBestWeight = 0;
std::list< std::shared_ptr<GeomAPI_XY> >::iterator anIt = aSuspectCenters.begin();
for (; anIt != aSuspectCenters.end(); anIt++) {
+ int aWeight = 2;
aDot = aDirT->xy()->dot(aStart[aLineInd]->decreased(*anIt));
aLineTgPoint = (*anIt)->added(aDirT->xy()->multiplied(aDot));
- if (aLineTgPoint->decreased(aStart[aLineInd])->dot(aDirLine->xy()) < 0.0)
- continue; // incorrect position
+ // Check the point is placed on the correct arc (penalty if false)
+ if (aCenter[1-aLineInd]->distance(*anIt) * innerArc > anArcRadius * innerArc)
+ aWeight -= 1;
std::shared_ptr<GeomAPI_Dir2d> aCurDir = std::shared_ptr<GeomAPI_Dir2d>(
new GeomAPI_Dir2d((*anIt)->decreased(aCenter[1-aLineInd])));
double aCurAngle = aCurDir->angle(aStartArcDir);
if (anArcAngle < 0.0) aCurAngle *= -1.0;
if (aCurAngle < 0.0 || aCurAngle > fabs(anArcAngle))
- continue; // incorrect position
+ continue;
+ if (aWeight > aBestWeight)
+ aBestWeight = aWeight;
+ else if (aWeight < aBestWeight ||
+ aStart[aLineInd]->distance(*anIt) >
+ aStart[aLineInd]->distance(theCenter)) // <-- take closer point
+ continue;
// the center is found, stop searching
theCenter = *anIt;
anArcTgPoint = aCenter[1-aLineInd]->added(aCurDir->xy()->multiplied(anArcRadius));
theTangentA = anArcTgPoint;
theTangentB = aLineTgPoint;
}
- return;
+ //return;
}
} else if (theFeatureA->getKind() == SketchPlugin_Arc::ID() &&
theFeatureB->getKind() == SketchPlugin_Arc::ID()) {
}
}
}
+
+void getPointOnEdge(const FeaturePtr theFeature,
+ const std::shared_ptr<GeomAPI_Pnt2d> theFilletPoint,
+ std::shared_ptr<GeomAPI_Pnt2d>& thePoint) {
+ if(theFeature->getKind() == SketchPlugin_Line::ID()) {
+ std::shared_ptr<GeomAPI_Pnt2d> aPntStart = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Line::START_ID()))->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> aPntEnd = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Line::END_ID()))->pnt();
+ if(aPntStart->distance(theFilletPoint) > 1.e-7) {
+ aPntStart = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Line::END_ID()))->pnt();
+ aPntEnd = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Line::START_ID()))->pnt();
+ }
+ thePoint.reset( new GeomAPI_Pnt2d(aPntStart->xy()->added( aPntEnd->xy()->decreased( aPntStart->xy() )->multiplied(1.0 / 3.0) ) ) );
+ } else {
+ std::shared_ptr<GeomAPI_Pnt2d> aPntTemp;
+ std::shared_ptr<GeomAPI_Pnt2d> aPntStart = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Arc::START_ID()))->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> aPntEnd = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Arc::END_ID()))->pnt();
+ if(theFeature->attribute(SketchPlugin_Arc::INVERSED_ID())) {
+ aPntTemp = aPntStart;
+ aPntStart = aPntEnd;
+ aPntEnd = aPntTemp;
+ }
+ std::shared_ptr<GeomAPI_Pnt2d> aCenterPnt = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Arc::CENTER_ID()))->pnt();
+ std::shared_ptr<GeomAPI_Circ2d> aCirc(new GeomAPI_Circ2d(aCenterPnt, aPntStart));
+ double aStartParameter(0), anEndParameter(0);
+ aCirc->parameter(aPntStart, paramTolerance, aStartParameter);
+ aCirc->parameter(aPntEnd, paramTolerance, anEndParameter);
+ if(aPntStart->distance(theFilletPoint) > tolerance) {
+ double aTmpParameter = aStartParameter;
+ aStartParameter = anEndParameter;
+ anEndParameter = aTmpParameter;
+ }
+ double aPntParameter = aStartParameter + (anEndParameter - aStartParameter) / 3.0;
+ aCirc->D0(aPntParameter, thePoint);
+ }
+}
+
+double getProjectionDistance(const FeaturePtr theFeature,
+ const std::shared_ptr<GeomAPI_Pnt2d> thePoint)
+{
+ std::shared_ptr<GeomAPI_Pnt2d> aProjectPnt;
+ if(theFeature->getKind() == SketchPlugin_Line::ID()) {
+ std::shared_ptr<GeomAPI_Pnt2d> aPntStart = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Line::START_ID()))->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> aPntEnd = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Line::END_ID()))->pnt();
+ std::shared_ptr<GeomAPI_Lin2d> aLin(new GeomAPI_Lin2d(aPntStart, aPntEnd));
+ aProjectPnt = aLin->project(thePoint);
+ } else {
+ std::shared_ptr<GeomAPI_Pnt2d> aPntStart = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Arc::START_ID()))->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> aPntEnd = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Arc::END_ID()))->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> aCenterPnt = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
+ theFeature->attribute(SketchPlugin_Arc::CENTER_ID()))->pnt();
+ std::shared_ptr<GeomAPI_Circ2d> aCirc(new GeomAPI_Circ2d(aCenterPnt, aPntStart));
+ aProjectPnt = aCirc->project(thePoint);
+ }
+ if(aProjectPnt.get()) {
+ return aProjectPnt->distance(thePoint);
+ }
+ return -1;
+}
// Author: Artem ZHIDKOV
#include "SketchPlugin_MultiRotation.h"
+#include "SketchPlugin_Tools.h"
#include <GeomDataAPI_Point2D.h>
#include <ModelAPI_AttributeDouble.h>
+#include <ModelAPI_AttributeString.h>
#include <ModelAPI_AttributeInteger.h>
#include <ModelAPI_Data.h>
#include <ModelAPI_ResultConstruction.h>
#define PI 3.1415926535897932
SketchPlugin_MultiRotation::SketchPlugin_MultiRotation()
+: myBlockAngle(false)
{
}
void SketchPlugin_MultiRotation::initAttributes()
{
data()->addAttribute(CENTER_ID(), GeomDataAPI_Point2D::typeId());
+
+ data()->addAttribute(ANGLE_TYPE(), ModelAPI_AttributeString::typeId());
data()->addAttribute(ANGLE_ID(), ModelAPI_AttributeDouble::typeId());
- data()->addAttribute(NUMBER_OF_COPIES_ID(), ModelAPI_AttributeInteger::typeId());
+ data()->addAttribute(ANGLE_FULL_ID(), ModelAPI_AttributeDouble::typeId());
+ data()->addAttribute(NUMBER_OF_OBJECTS_ID(), ModelAPI_AttributeInteger::typeId());
data()->addAttribute(SketchPlugin_Constraint::ENTITY_A(), ModelAPI_AttributeRefList::typeId());
data()->addAttribute(SketchPlugin_Constraint::ENTITY_B(), ModelAPI_AttributeRefList::typeId());
data()->addAttribute(ROTATION_LIST_ID(), ModelAPI_AttributeRefList::typeId());
}
AttributeRefListPtr aRotationObjectRefs = reflist(ROTATION_LIST_ID());
- int aNbCopies = integer(NUMBER_OF_COPIES_ID())->value();
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value() - 1;
+ if (aNbCopies <= 0)
+ return;
// Obtain center and angle of rotation
std::shared_ptr<GeomDataAPI_Point2D> aCenter = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
attribute(CENTER_ID()));
if (!aCenter || !aCenter->isInitialized())
return;
+
+ if (attribute(ANGLE_ID())->isInitialized() && !attribute(ANGLE_FULL_ID())->isInitialized()) {
+ myBlockAngle = true;
+ SketchPlugin_Tools::updateMultiAttribute(attribute(ANGLE_ID()), attribute(ANGLE_FULL_ID()),
+ aNbCopies, true);
+ myBlockAngle = false;
+ }
+
// make a visible points
SketchPlugin_Sketch::createPoint2DResult(this, sketch(), CENTER_ID(), 0);
double anAngle = std::dynamic_pointer_cast<ModelAPI_AttributeDouble>(
- attribute(ANGLE_ID()))->value();
+ attribute(ANGLE_ID()))->value();
+
// Convert angle to radians
anAngle *= PI / 180.0;
if (theID == ROTATION_LIST_ID()) {
AttributeRefListPtr aRotationObjectRefs = reflist(ROTATION_LIST_ID());
if (aRotationObjectRefs->size() == 0) {
- int aNbCopies = integer(NUMBER_OF_COPIES_ID())->value();
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value()-1;
+ if (aNbCopies <= 0)
+ return;
+
// Clear list of objects
AttributeRefListPtr aRefListOfRotated = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
data()->attribute(SketchPlugin_Constraint::ENTITY_B()));
data()->attribute(SketchPlugin_Constraint::ENTITY_B()))->clear();
}
}
+ else if (theID == ANGLE_ID() && !myBlockAngle) {
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value() - 1;
+ if (aNbCopies > 0) {
+ myBlockAngle = true;
+ SketchPlugin_Tools::updateMultiAttribute(attribute(ANGLE_ID()), attribute(ANGLE_FULL_ID()),
+ aNbCopies, true);
+ myBlockAngle = false;
+ Events_Loop::loop()->flush(Events_Loop::eventByName(EVENT_OBJECT_UPDATED));
+ }
+ }
+ else if (theID == ANGLE_FULL_ID() && !myBlockAngle) {
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value() - 1;
+ if (aNbCopies > 0) {
+ myBlockAngle = true;
+ SketchPlugin_Tools::updateMultiAttribute(attribute(ANGLE_FULL_ID()), attribute(ANGLE_ID()),
+ aNbCopies, false);
+ myBlockAngle = false;
+ Events_Loop::loop()->flush(Events_Loop::eventByName(EVENT_OBJECT_UPDATED));
+ }
+ }
+ else if (theID == NUMBER_OF_OBJECTS_ID()) {
+ if (attribute(NUMBER_OF_OBJECTS_ID())->isInitialized() &&
+ attribute(ANGLE_ID())->isInitialized() &&
+ attribute(ANGLE_TYPE())->isInitialized()) {
+ AttributeStringPtr aMethodTypeAttr = string(ANGLE_TYPE());
+ std::string aMethodType = aMethodTypeAttr->value();
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value() - 1;
+ if (aNbCopies > 0) {
+ myBlockAngle = true;
+ if (aMethodType == "SingleAngle")
+ SketchPlugin_Tools::updateMultiAttribute(attribute(ANGLE_ID()), attribute(ANGLE_FULL_ID()),
+ aNbCopies, true);
+ else {
+ SketchPlugin_Tools::updateMultiAttribute(attribute(ANGLE_FULL_ID()), attribute(ANGLE_ID()),
+ aNbCopies, false);
+ }
+ myBlockAngle = false;
+ Events_Loop::loop()->flush(Events_Loop::eventByName(EVENT_OBJECT_UPDATED));
+ }
+ }
+ }
}
* SketchPlugin_Constraint::ENTITY_A() for initial list of objects and
* SketchPlugin_Constraint::ENTITY_B() for the list of created objects
*
- * The list of created objects contains a number of copies of each object given in
- * the NUMBER_OF_COPIES_ID() attribute plus 1 (the initial objects are stored into this
- * attribute too). At the start of the list, there are collected N copies
- * of first object from initial list, then N copies of second object etc.
+ * The list of created objects contains initial and copied objects of each object given. The
+ * number copies is the NUMBER_OF_OBJECTS_ID() minus 1. At the start of the list, there are
+ * collected N copies of first object from initial list, then N copies of second object etc.
*/
class SketchPlugin_MultiRotation : public SketchPlugin_ConstraintBase
{
static const std::string MY_CENTER_ID("MultiRotationCenter");
return MY_CENTER_ID;
}
+ /// attribute name for first point
+ inline static const std::string& ANGLE_TYPE()
+ {
+ static const std::string ANGLE_TYPE_ATTR("AngleType");
+ return ANGLE_TYPE_ATTR;
+ }
+
/// End point of translation
inline static const std::string& ANGLE_ID()
{
static const std::string MY_ANGLE_ID("MultiRotationAngle");
return MY_ANGLE_ID;
}
- /// Number of translated objects
- inline static const std::string& NUMBER_OF_COPIES_ID()
+ /// End point of translation
+ inline static const std::string& ANGLE_FULL_ID()
+ {
+ static const std::string MY_ANGLE_FULL_ID("MultiRotationFullAngle");
+ return MY_ANGLE_FULL_ID;
+ }
+
+ /// Total number of objects, initial and translated objects
+ inline static const std::string& NUMBER_OF_OBJECTS_ID()
{
- static const std::string MY_NUMBER_OF_COPIES_ID("MultiRotationCopies");
- return MY_NUMBER_OF_COPIES_ID;
+ static const std::string MY_NUMBER_OF_OBJECTS_ID("MultiRotationObjects");
+ return MY_NUMBER_OF_OBJECTS_ID;
}
/// \brief Creates a new part document if needed
ObjectPtr copyFeature(ObjectPtr theObject);
void rotateFeature(ObjectPtr theInitial, ObjectPtr theTarget,
double theCenterX, double theCenterY, double theAngle);
+
+ bool updateFullAngleValue();
+
+private:
+ bool myBlockAngle; /// a boolean state to avoid recusive angle change in attributeChanged
};
#endif
// Author: Artem ZHIDKOV
#include "SketchPlugin_MultiTranslation.h"
+#include "SketchPlugin_Tools.h"
#include <GeomAPI_XY.h>
#include <GeomDataAPI_Point2D.h>
#include <ModelAPI_Data.h>
#include <ModelAPI_ResultConstruction.h>
#include <ModelAPI_AttributeRefList.h>
+#include <ModelAPI_AttributeString.h>
#include <ModelAPI_Events.h>
#include <ModelAPI_Session.h>
#include <ModelAPI_Validator.h>
#include <SketcherPrs_Factory.h>
SketchPlugin_MultiTranslation::SketchPlugin_MultiTranslation()
+: myBlockValue(false)
{
}
void SketchPlugin_MultiTranslation::initAttributes()
{
+ data()->addAttribute(VALUE_TYPE(), ModelAPI_AttributeString::typeId());
+
data()->addAttribute(START_POINT_ID(), GeomDataAPI_Point2D::typeId());
+ data()->addAttribute(START_FULL_POINT_ID(), GeomDataAPI_Point2D::typeId());
data()->addAttribute(END_POINT_ID(), GeomDataAPI_Point2D::typeId());
- data()->addAttribute(NUMBER_OF_COPIES_ID(), ModelAPI_AttributeInteger::typeId());
+ data()->addAttribute(END_FULL_POINT_ID(), GeomDataAPI_Point2D::typeId());
+ data()->addAttribute(NUMBER_OF_OBJECTS_ID(), ModelAPI_AttributeInteger::typeId());
data()->addAttribute(SketchPlugin_Constraint::ENTITY_A(), ModelAPI_AttributeRefList::typeId());
data()->addAttribute(SketchPlugin_Constraint::ENTITY_B(), ModelAPI_AttributeRefList::typeId());
data()->addAttribute(TRANSLATION_LIST_ID(), ModelAPI_AttributeRefList::typeId());
}
AttributeRefListPtr aTranslationObjectRefs = reflist(TRANSLATION_LIST_ID());
- int aNbCopies = integer(NUMBER_OF_COPIES_ID())->value();
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value()-1;
+ if (aNbCopies <= 0)
+ return;
// Calculate shift vector
std::shared_ptr<GeomDataAPI_Point2D> aStart = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
if (!aStart || !aEnd || !aStart->isInitialized() || !aEnd->isInitialized())
return;
+ if (attribute(END_POINT_ID())->isInitialized() && !attribute(END_FULL_POINT_ID())->isInitialized()) {
+ myBlockValue = true;
+ SketchPlugin_Tools::updateMultiAttribute(attribute(START_POINT_ID()), attribute(END_POINT_ID()),
+ attribute(END_FULL_POINT_ID()), aNbCopies, true);
+ myBlockValue = false;
+ }
+
+
// make a visible points
SketchPlugin_Sketch::createPoint2DResult(this, sketch(), START_POINT_ID(), 0);
- SketchPlugin_Sketch::createPoint2DResult(this, sketch(), END_POINT_ID(), 1);
+
+ std::string aSecondPointAttributeID = END_POINT_ID();
+ AttributeStringPtr aMethodTypeAttr = string(VALUE_TYPE());
+ std::string aMethodType = aMethodTypeAttr->value();
+ if (aMethodType != "SingleValue")
+ aSecondPointAttributeID = END_FULL_POINT_ID();
+ SketchPlugin_Sketch::createPoint2DResult(this, sketch(), aSecondPointAttributeID, 1);
std::shared_ptr<GeomAPI_XY> aShiftVec(new GeomAPI_XY(aEnd->x() - aStart->x(), aEnd->y() - aStart->y()));
if (theID == TRANSLATION_LIST_ID()) {
AttributeRefListPtr aTranslationObjectRefs = reflist(TRANSLATION_LIST_ID());
if (aTranslationObjectRefs->size() == 0) {
- int aNbCopies = integer(NUMBER_OF_COPIES_ID())->value();
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value()-1;
+ if (aNbCopies <= 0)
+ return;
// Clear list of objects
AttributeRefListPtr aRefListOfTranslated = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
data()->attribute(SketchPlugin_Constraint::ENTITY_B()));
data()->attribute(SketchPlugin_Constraint::ENTITY_B()))->clear();
}
}
+ else if (theID == START_POINT_ID() && !myBlockValue) {
+ myBlockValue = true;
+ std::shared_ptr<GeomDataAPI_Point2D> aStartPoint =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(attribute(START_POINT_ID()));
+ std::shared_ptr<GeomDataAPI_Point2D> aStartFullPoint =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(attribute(START_FULL_POINT_ID()));
+ aStartFullPoint->setValue(aStartPoint->pnt());
+ myBlockValue = false;
+ }
+ else if (theID == START_FULL_POINT_ID() && !myBlockValue) {
+ myBlockValue = true;
+ std::shared_ptr<GeomDataAPI_Point2D> aStartPoint =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(attribute(START_POINT_ID()));
+ std::shared_ptr<GeomDataAPI_Point2D> aStartFullPoint =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(attribute(START_FULL_POINT_ID()));
+ aStartPoint->setValue(aStartFullPoint->pnt());
+ myBlockValue = false;
+ }
+ else if (theID == END_POINT_ID() && !myBlockValue) {
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value() - 1;
+ if (aNbCopies > 0) {
+ myBlockValue = true;
+ SketchPlugin_Tools::updateMultiAttribute(attribute(START_POINT_ID()), attribute(END_POINT_ID()),
+ attribute(END_FULL_POINT_ID()), aNbCopies, true);
+ myBlockValue = false;
+ Events_Loop::loop()->flush(Events_Loop::eventByName(EVENT_OBJECT_UPDATED));
+ }
+ }
+ else if (theID == END_FULL_POINT_ID() && !myBlockValue) {
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value() - 1;
+ if (aNbCopies > 0) {
+ myBlockValue = true;
+ SketchPlugin_Tools::updateMultiAttribute(attribute(START_POINT_ID()), attribute(END_FULL_POINT_ID()),
+ attribute(END_POINT_ID()), aNbCopies, false);
+ myBlockValue = false;
+ Events_Loop::loop()->flush(Events_Loop::eventByName(EVENT_OBJECT_UPDATED));
+ }
+ }
+ else if (theID == NUMBER_OF_OBJECTS_ID()) {
+ if (attribute(NUMBER_OF_OBJECTS_ID())->isInitialized() &&
+ attribute(END_POINT_ID())->isInitialized() &&
+ attribute(VALUE_TYPE())->isInitialized()) {
+ AttributeStringPtr aMethodTypeAttr = string(VALUE_TYPE());
+ std::string aMethodType = aMethodTypeAttr->value();
+ int aNbCopies = integer(NUMBER_OF_OBJECTS_ID())->value() - 1;
+ if (aNbCopies > 0) {
+ myBlockValue = true;
+ if (aMethodType == "SingleValue")
+ SketchPlugin_Tools::updateMultiAttribute(attribute(START_POINT_ID()), attribute(END_POINT_ID()),
+ attribute(END_FULL_POINT_ID()), aNbCopies, true);
+ else {
+ SketchPlugin_Tools::updateMultiAttribute(attribute(START_POINT_ID()), attribute(END_FULL_POINT_ID()),
+ attribute(END_POINT_ID()), aNbCopies, false);
+ }
+ myBlockValue = false;
+ Events_Loop::loop()->flush(Events_Loop::eventByName(EVENT_OBJECT_UPDATED));
+ }
+ }
+ }
}
* SketchPlugin_Constraint::ENTITY_A() for initial list of objects and
* SketchPlugin_Constraint::ENTITY_B() for the list of created objects
*
- * The list of created objects contains a number of copies of each object given in
- * the NUMBER_OF_COPIES_ID() attribute plus 1 (the initial objects are stored into this
- * attribute too). At the start of the list, there are collected N copies
- * of first object from initial list, then N copies of second object etc.
+ * The list of created objects contains initial and copied objects of each object given. The
+ * number copies is the NUMBER_OF_OBJECTS_ID() minus 1. At the start of the list, there are
+ * collected N copies of first object from initial list, then N copies of second object etc.
*/
class SketchPlugin_MultiTranslation : public SketchPlugin_ConstraintBase
{
return MY_TRANSLATION_LIST_ID;
}
+ /// attribute name for first point
+ inline static const std::string& VALUE_TYPE()
+ {
+ static const std::string VALUE_TYPE_ATTR("ValueType");
+ return VALUE_TYPE_ATTR;
+ }
+
/// Start point of translation
inline static const std::string& START_POINT_ID()
{
static const std::string MY_START_POINT_ID("MultiTranslationStartPoint");
return MY_START_POINT_ID;
}
+ /// Start point of translation
+ inline static const std::string& START_FULL_POINT_ID()
+ {
+ static const std::string MY_START_FULL_POINT_ID("MultiTranslationFullStartPoint");
+ return MY_START_FULL_POINT_ID;
+ }
+
/// End point of translation
inline static const std::string& END_POINT_ID()
{
static const std::string MY_END_POINT_ID("MultiTranslationEndPoint");
return MY_END_POINT_ID;
}
- /// Number of translated objects
- inline static const std::string& NUMBER_OF_COPIES_ID()
+ /// End point of translation
+ inline static const std::string& END_FULL_POINT_ID()
+ {
+ static const std::string MY_END_FULL_POINT_ID("MultiTranslationFullEndPoint");
+ return MY_END_FULL_POINT_ID;
+ }
+
+ /// Total number of objects, initial and translated objects
+ inline static const std::string& NUMBER_OF_OBJECTS_ID()
{
- static const std::string MY_NUMBER_OF_COPIES_ID("MultiTranslationCopies");
- return MY_NUMBER_OF_COPIES_ID;
+ static const std::string MY_NUMBER_OF_OBJECTS_ID("MultiTranslationObjects");
+ return MY_NUMBER_OF_OBJECTS_ID;
}
/// \brief Creates a new part document if needed
private:
ObjectPtr copyFeature(ObjectPtr theObject);
+
+private:
+ bool myBlockValue; /// a boolean state to avoid recusive value change in attributeChanged
};
#endif
/// Coordinates of the point
inline static const std::string& COORD_ID()
{
- static const std::string MY_COORD_ID("PointCoordinates");
+ static const std::string MY_COORD_ID("PointCoordindates");
return MY_COORD_ID;
}
/// Returns the kind of a feature
{
if (!data()->isValid()) // sketch is already removed (case on undo of sketch), sync is not needed
return;
- // to keep the persistent sub-elements indexing, do not remove elements from list,
- // but substitute by nulls
- reflist(SketchPlugin_Sketch::FEATURES_ID())->substitute(theFeature, ObjectPtr());
+ AttributeRefListPtr aList = reflist(SketchPlugin_Sketch::FEATURES_ID());
+ // if the object is last, remove it from the list (needed to skip empty transaction on edit of sketch feature)
+ if (aList->object(aList->size(true) - 1, true) == theFeature) {
+ aList->remove(theFeature);
+ } else {
+ // to keep the persistent sub-elements indexing, do not remove elements from list,
+ // but substitute by nulls
+ aList->substitute(theFeature, ObjectPtr());
+ }
}
int SketchPlugin_Sketch::numberOfSubs(bool forTree) const
else if (aShapeType == 7) { // otherwise this is a vertex
// The width value do not have effect on the point presentation.
// It is defined in order to extend selection area of the object.
- thePrs->setWidth(13);
+ thePrs->setWidth(17);
// thePrs->setPointMarker(1, 1.); // Set point as a '+' symbol
}
return isCustomized;
}
}
+void updateMultiAttribute(const AttributePtr& theFirstAngleAttribute,
+ const AttributePtr& theSecondAngleAttribute,
+ const int& theValue,
+ const bool toMultiply)
+{
+ if (theValue == 0 || !theFirstAngleAttribute->isInitialized())
+ return;
+
+ AttributeDoublePtr aDoubleFirstAttr = std::dynamic_pointer_cast<ModelAPI_AttributeDouble>(
+ theFirstAngleAttribute);
+ double aValue = aDoubleFirstAttr->value();
+
+ AttributeDoublePtr aDoubleSecondAttr = std::dynamic_pointer_cast<ModelAPI_AttributeDouble>(
+ theSecondAngleAttribute);
+ if (toMultiply)
+ aDoubleSecondAttr->setValue(aValue*theValue);
+ else
+ aDoubleSecondAttr->setValue(aValue/theValue);
+}
+
+void updateMultiAttribute(const AttributePtr& theFirstAttribute,
+ const AttributePtr& theSecondAttribute,
+ const AttributePtr& theModifiedAttribute,
+ const int& theValue,
+ const bool toMultiply)
+{
+ if (theValue == 0 || !theFirstAttribute->isInitialized()
+ || !theSecondAttribute->isInitialized())
+ return;
+
+ std::shared_ptr<GeomDataAPI_Point2D> aFirstPoint =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(theFirstAttribute);
+ std::shared_ptr<GeomDataAPI_Point2D> aSecondPoint =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(theSecondAttribute);
+ std::shared_ptr<GeomDataAPI_Point2D> aModifiedPoint =
+ std::dynamic_pointer_cast<GeomDataAPI_Point2D>(theModifiedAttribute);
+
+ if (!aFirstPoint.get() || !aSecondPoint.get() || !aModifiedPoint.get())
+ return;
+
+ if (aFirstPoint->pnt()->isEqual(aSecondPoint->pnt()))
+ aModifiedPoint->setValue(aFirstPoint->pnt());
+ else {
+ double aDx = aSecondPoint->x() - aFirstPoint->x();
+ double aDy = aSecondPoint->y() - aFirstPoint->y();
+
+ double aX = toMultiply ? aDx * theValue : aDx / theValue;
+ double anY = toMultiply ? aDy * theValue : aDy / theValue;
+
+ aModifiedPoint->setValue(aFirstPoint->x() + aX, aFirstPoint->y() + anY);
+ }
+}
+
} // namespace SketchPlugin_Tools
#include <GeomAPI_Pnt2d.h>
#include <ModelAPI_Feature.h>
+#include <ModelAPI_Attribute.h>
namespace SketchPlugin_Tools {
const std::string& theAttr,
std::set<FeaturePtr>& theList);
+/// Changes the second attribute value to be multiplied or divided by the given value.
+/// \param theFirstAngleAttribute the source attribute
+/// \param theSecondAngleAttribute the changed attribute
+/// \param theValue a value for modification
+/// \param toMultiply a type of modification
+void updateMultiAttribute(const AttributePtr& theFirstAngleAttribute,
+ const AttributePtr& theSecondAngleAttribute,
+ const int& theValue,
+ const bool toMultiply);
+
+/// Changes the second attribute value to be multiplied or divided by the given value.
+/// \param theFirstAngleAttribute the source attribute
+/// \param theSecondAngleAttribute the changed attribute
+/// \param theValue a value for modification
+/// \param toMultiply a type of modification
+void updateMultiAttribute(const AttributePtr& theFirstAttribute,
+ const AttributePtr& theSecondAttribute,
+ const AttributePtr& theModifiedAttribute,
+ const int& theValue,
+ const bool toMultiply);
+
}; // namespace SketchPlugin_Tools
#endif // SKETCHPLUGIN_TOOLS_H_
\ No newline at end of file
#include <GeomDataAPI_Point2D.h>
+const double tolerance = 1.e-7;
bool SketchPlugin_DistanceAttrValidator::isValid(const AttributePtr& theAttribute,
const std::list<std::string>& theArguments,
}
AttributeRefAttrPtr aBase = std::dynamic_pointer_cast<ModelAPI_AttributeRefAttr>(theAttribute);
+ AttributePtr anAttrBase = aBase->attr();
if(aBase->isObject()) {
return false;
}
- // If we alredy have some result then all ok
+ // If we alredy have some result then:
+ // - if it is the same point all ok
+ // - if it is point on the fillet arc then it is not valid
FeaturePtr aFeature = std::dynamic_pointer_cast<ModelAPI_Feature>(theAttribute->owner());
AttributePtr aBaseLinesAttribute = aFeature->attribute(SketchPlugin_Constraint::ENTITY_C());
AttributeRefListPtr aRefListOfBaseLines = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(aBaseLinesAttribute);
- if(aRefListOfBaseLines->list().size() == 2) {
- return true;
+ std::list<ObjectPtr> anOldFeatList = aRefListOfBaseLines->list();
+ if(!aRefListOfBaseLines->list().empty()) {
+ FeaturePtr anOldFeatureA, anOldFeatureB;
+ std::list<ObjectPtr>::iterator aFeatIt = anOldFeatList.begin();
+ anOldFeatureA = ModelAPI_Feature::feature(*aFeatIt++);
+ anOldFeatureB = ModelAPI_Feature::feature(*aFeatIt);
+
+ AttributePtr anAttrStartA =
+ anOldFeatureA->attribute(anOldFeatureA->getKind() == SketchPlugin_Line::ID() ? SketchPlugin_Line::START_ID() : SketchPlugin_Arc::START_ID());
+ AttributePtr anAttrEndA =
+ anOldFeatureA->attribute(anOldFeatureA->getKind() == SketchPlugin_Line::ID() ? SketchPlugin_Line::END_ID() : SketchPlugin_Arc::END_ID());
+ AttributePtr anAttrStartB =
+ anOldFeatureB->attribute(anOldFeatureB->getKind() == SketchPlugin_Line::ID() ? SketchPlugin_Line::START_ID() : SketchPlugin_Arc::START_ID());
+ AttributePtr anAttrEndB =
+ anOldFeatureB->attribute(anOldFeatureB->getKind() == SketchPlugin_Line::ID() ? SketchPlugin_Line::END_ID() : SketchPlugin_Arc::END_ID());
+
+ std::shared_ptr<GeomAPI_Pnt2d> aBasePnt = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(anAttrBase)->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> aStartPntA = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(anAttrStartA)->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> anEndPntA = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(anAttrEndA)->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> aStartPntB = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(anAttrStartB)->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> anEndPntB = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(anAttrEndB)->pnt();
+ double aDistBaseStartA = aBasePnt->distance(aStartPntA);
+ double aDistBaseEndA = aBasePnt->distance(anEndPntA);
+ double aDistStartAStartB = aStartPntA->distance(aStartPntB);
+ double aDistStartAEndB = aStartPntA->distance(anEndPntB);
+ double aDistEndAStartB = anEndPntA->distance(aStartPntB);
+ double aDistEndAEndB = anEndPntA->distance(anEndPntB);
+
+ if((aDistBaseStartA < tolerance && (aDistStartAStartB < tolerance || aDistStartAEndB < tolerance)) ||
+ (aDistBaseEndA < tolerance && (aDistEndAStartB < tolerance || aDistEndAStartB < tolerance))) {
+ return true;
+ }
+
+ // Check that point not on fillet arc
+ AttributeRefListPtr aRefListOfFillet = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
+ aFeature->attribute(SketchPlugin_Constraint::ENTITY_B()));
+ std::list<ObjectPtr> aNewFeatList = aRefListOfFillet->list();
+ if(!aNewFeatList.empty()) {
+ aFeatIt = aNewFeatList.begin();
+ FeaturePtr aNewArc;
+ //aNewFeatureA = ModelAPI_Feature::feature(*aFeatIt++);
+ //aNewFeatureB = ModelAPI_Feature::feature(*aFeatIt++);
+ aFeatIt++; aFeatIt++;
+ aNewArc = ModelAPI_Feature::feature(*aFeatIt);
+ AttributePtr anArcStart = aNewArc->attribute(SketchPlugin_Arc::START_ID());
+ AttributePtr anArcEnd = aNewArc->attribute(SketchPlugin_Arc::END_ID());
+ std::shared_ptr<GeomAPI_Pnt2d> anArcStartPnt = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(anArcStart)->pnt();
+ std::shared_ptr<GeomAPI_Pnt2d> anArcEndPnt = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(anArcEnd)->pnt();
+ double aDistBaseArcStart = aBasePnt->distance(anArcStartPnt);
+ double aDistBaseArcEnd = aBasePnt->distance(anArcEndPnt);
+ if(aDistBaseArcStart < tolerance || aDistBaseArcEnd < tolerance) {
+ return false;
+ }
+ }
}
- AttributePtr anAttrBase = aBase->attr();
const std::set<AttributePtr>& aRefsList = anAttrBase->owner()->data()->refsToMe();
std::set<AttributePtr>::const_iterator aIt;
FeaturePtr aCoincident;
return false;
}
- std::set<FeaturePtr> aCoinsideLines;
+ std::set<FeaturePtr> aCoinsides;
SketchPlugin_Tools::findCoincidences(aCoincident,
SketchPlugin_ConstraintCoincidence::ENTITY_A(),
- aCoinsideLines);
+ aCoinsides);
SketchPlugin_Tools::findCoincidences(aCoincident,
SketchPlugin_ConstraintCoincidence::ENTITY_B(),
- aCoinsideLines);
- if(aCoinsideLines.size() < 2) {
- return false;
+ aCoinsides);
+ // Remove points
+ std::set<FeaturePtr> aNewLines;
+ for(std::set<FeaturePtr>::iterator anIt = aCoinsides.begin(); anIt != aCoinsides.end(); ++anIt) {
+ if((*anIt)->getKind() != SketchPlugin_Point::ID()) {
+ aNewLines.insert(*anIt);
+ }
}
+ aCoinsides = aNewLines;
// Remove auxilary lines
- if(aCoinsideLines.size() > 2) {
- std::set<FeaturePtr> aNewLines;
- for(std::set<FeaturePtr>::iterator anIt = aCoinsideLines.begin(); anIt != aCoinsideLines.end(); ++anIt) {
+ if(aCoinsides.size() > 2) {
+ aNewLines.clear();
+ for(std::set<FeaturePtr>::iterator anIt = aCoinsides.begin(); anIt != aCoinsides.end(); ++anIt) {
if(!(*anIt)->boolean(SketchPlugin_SketchEntity::AUXILIARY_ID())->value()) {
aNewLines.insert(*anIt);
}
}
- aCoinsideLines = aNewLines;
+ aCoinsides = aNewLines;
}
- if(aCoinsideLines.size() != 2) {
+ if(aCoinsides.size() != 2) {
return false;
}
// Check that lines not collinear
- std::set<FeaturePtr>::iterator anIt = aCoinsideLines.begin();
+ std::set<FeaturePtr>::iterator anIt = aCoinsides.begin();
FeaturePtr aFirstFeature = *anIt++;
FeaturePtr aSecondFeature = *anIt;
if(aFirstFeature->getKind() == SketchPlugin_Line::ID() && aSecondFeature->getKind() == SketchPlugin_Line::ID()) {
SketchPlugin_MultiRotation
static const std::string MY_CONSTRAINT_ROTATION_ID("SketchMultiRotation");
- data()->addAttribute(START_POINT_ID(), GeomDataAPI_Point2D::typeId());
- data()->addAttribute(END_POINT_ID(), GeomDataAPI_Point2D::typeId());
- data()->addAttribute(NUMBER_OF_COPIES_ID(), ModelAPI_AttributeInteger::typeId());
+ data()->addAttribute(ANGLE_TYPE(), ModelAPI_AttributeString::typeId());
+ data()->addAttribute(ANGLE_ID(), ModelAPI_AttributeDouble::typeId());
+ data()->addAttribute(ANGLE_FULL_ID(), ModelAPI_AttributeDouble::typeId());
+ data()->addAttribute(NUMBER_OF_OBJECTS_ID(), ModelAPI_AttributeInteger::typeId());
data()->addAttribute(SketchPlugin_Constraint::ENTITY_A(), ModelAPI_AttributeRefList::typeId());
data()->addAttribute(SketchPlugin_Constraint::ENTITY_B(), ModelAPI_AttributeRefList::typeId());
data()->addAttribute(ROTATION_LIST_ID(), ModelAPI_AttributeRefList::typeId());
theSketch.execute()
return allFeatures
-def checkRotation(theObjects, theNbCopies, theCenterX, theCenterY, theAngle):
+def checkRotation(theObjects, theNbObjects, theCenterX, theCenterY, theAngle):
# Verify distances of the objects and the number of copies
aFeatures = []
aSize = theObjects.size()
anInd = 0
for feat, next in zip(aFeatures[:-1], aFeatures[1:]):
anInd = anInd + 1
- if (anInd > theNbCopies):
+ if (anInd > theNbObjects-1):
anInd = 0
continue
assert(feat.getKind() == next.getKind())
aLocCosA = (aDirX1 * aDirX2 + aDirY1 * aDirY2) / aLen1 / aLen2
assert(math.fabs(aLocCosA - cosA) < 1.e-10)
# Check the number of copies is as planed
- assert(anInd == theNbCopies)
+ assert(anInd == theNbObjects-1)
#=========================================================================
aResult = modelAPI_ResultConstruction(aFeature.lastResult())
assert(aResult is not None)
aRotList.append(aResult)
+
+aValueType = aMultiRotation.string("AngleType")
+aValueType.setValue("SingleValue")
+
aCenter = geomDataAPI_Point2D(aMultiRotation.attribute("MultiRotationCenter"))
anAngle = aMultiRotation.real("MultiRotationAngle")
aCenter.setValue(CENTER_X, CENTER_Y)
anAngle.setValue(ANGLE)
-aNbCopies = aMultiRotation.integer("MultiRotationCopies")
+aNbCopies = aMultiRotation.integer("MultiRotationObjects")
aNbCopies.setValue(1)
aMultiRotation.execute()
aSession.finishOperation()
SketchPlugin_MultiTranslation
static const std::string MY_CONSTRAINT_TRANSLATION_ID("SketchMultiTranslation");
+ data()->addAttribute(VALUE_TYPE(), ModelAPI_AttributeString::typeId());
data()->addAttribute(START_POINT_ID(), GeomDataAPI_Point2D::typeId());
+ data()->addAttribute(START_FULL_POINT_ID(), GeomDataAPI_Point2D::typeId());
data()->addAttribute(END_POINT_ID(), GeomDataAPI_Point2D::typeId());
- data()->addAttribute(NUMBER_OF_COPIES_ID(), ModelAPI_AttributeInteger::typeId());
+ data()->addAttribute(END_FULL_POINT_ID(), GeomDataAPI_Point2D::typeId());
+ data()->addAttribute(NUMBER_OF_OBJECTS_ID(), ModelAPI_AttributeInteger::typeId());
data()->addAttribute(SketchPlugin_Constraint::ENTITY_A(), ModelAPI_AttributeRefList::typeId());
data()->addAttribute(SketchPlugin_Constraint::ENTITY_B(), ModelAPI_AttributeRefList::typeId());
data()->addAttribute(TRANSLATION_LIST_ID(), ModelAPI_AttributeRefList::typeId());
theSketch.execute()
return allFeatures
-def checkTranslation(theObjects, theNbCopies, theDeltaX, theDeltaY):
+def checkTranslation(theObjects, theNbObjects, theDeltaX, theDeltaY):
# Verify distances of the objects and the number of copies
aFeatures = []
aSize = theObjects.size()
anInd = 0
for feat, next in zip(aFeatures[:-1], aFeatures[1:]):
anInd = anInd + 1
- if (anInd > theNbCopies):
+ if (anInd > theNbObjects):
anInd = 0
continue
assert(feat.getKind() == next.getKind())
aDiffY = aPoint2.y() - aPoint1.y() - theDeltaY
assert(aDiffX**2 + aDiffY**2 < 1.e-15)
# Check the number of copies is as planed
- assert(anInd == theNbCopies)
+ assert(anInd == theNbObjects-1)
#=========================================================================
aResult = modelAPI_ResultConstruction(aFeature.lastResult())
assert(aResult is not None)
aTransList.append(aResult)
+
+aValueType = aMultiTranslation.string("ValueType")
+aValueType.setValue("SingleValue")
aStartPoint = geomDataAPI_Point2D(aMultiTranslation.attribute("MultiTranslationStartPoint"))
aEndPoint = geomDataAPI_Point2D(aMultiTranslation.attribute("MultiTranslationEndPoint"))
aStartPoint.setValue(START_X, START_Y)
aEndPoint.setValue(START_X + DIR_X, START_Y + DIR_Y)
-aNbCopies = aMultiTranslation.integer("MultiTranslationCopies")
-aNbCopies.setValue(1)
+aNbCopies = aMultiTranslation.integer("MultiTranslationObjects")
+aNbCopies.setValue(2)
aMultiTranslation.execute()
aSession.finishOperation()
#=========================================================================
<!--icon=":pictures/x_point.png"-->
</feature>
<feature id="SketchPoint" title="Point" tooltip="Create point" icon=":icons/point.png">
- <sketch-2dpoint_selector id="PointCoordinates" title="Point" tooltip="Point coordinates"/>
+ <sketch-2dpoint_selector id="PointCoordindates" title="Point" tooltip="Point coordinates"/>
<boolvalue id="Auxiliary" label="Auxiliary" default="false" tooltip="Construction element" obligatory="0"/>
</feature>
<feature id="SketchLine" title="Line" tooltip="Create line" icon=":icons/line.png">
use_external="true">
<validator id="SketchPlugin_CopyValidator" />
</sketch_multi_selector>
- <groupbox title="Direction">
- <sketch-2dpoint_selector
- id="MultiTranslationStartPoint"
- title="Start point"
- tooltip="Start point of translation"/>
- <sketch-2dpoint_selector
- id="MultiTranslationEndPoint"
- title="End point"
- tooltip="Final point of translation"/>
- </groupbox>
- <integervalue id="MultiTranslationCopies"
- label="Number of copies"
- tooltip="Number of copies"
- default="1" min="1" use_reset="false">
+ <toolbox id="ValueType">
+ <box id="SingleValue" title="Single value" icon=":icons/translate_32x32.png">
+ <groupbox title="Direction">
+ <sketch-2dpoint_selector
+ id="MultiTranslationStartPoint"
+ title="Start point"
+ tooltip="Start point of translation"/>
+ <sketch-2dpoint_selector
+ id="MultiTranslationEndPoint"
+ title="End point"
+ tooltip="Final point of translation"/>
+ </groupbox>
+ </box>
+ <box id="FullValue" title="Full value" icon=":icons/translate_full_32x32.png">
+ <groupbox title="Direction">
+ <sketch-2dpoint_selector
+ id="MultiTranslationFullStartPoint"
+ title="Start point"
+ tooltip="Start point of translation"/>
+ <sketch-2dpoint_selector
+ id="MultiTranslationFullEndPoint"
+ title="End point"
+ tooltip="Final point of translation"/>
+ </groupbox>
+ </box>
+ </toolbox>
+ <integervalue id="MultiTranslationObjects"
+ label="Total number of objects"
+ tooltip="Total number of objects"
+ default="2" min="2" use_reset="false">
<validator id="GeomValidators_Positive"/>
</integervalue>
</feature>
title="Center of rotation"
tooltip="Center of rotation"
default="0"/>
- <point2dangle id="MultiRotationAngle"
+ <toolbox id="AngleType">
+ <box id="SingleAngle" title="Single angle" icon=":icons/angle_up_32x32.png">
+ <point2dangle id="MultiRotationAngle"
first_point="MultiRotationCenter"
label="Angle"
icon=":icons/angle.png"
tooltip="Rotation angle"
default="90"/>
- <integervalue id="MultiRotationCopies"
- label="Number of copies"
- tooltip="Number of copies"
- default="1" min="1" use_reset="false">
+ </box>
+ <box id="FullAngle" title="Full angle" icon=":icons/angle_up_full_32x32.png">
+ <point2dangle id="MultiRotationFullAngle"
+ first_point="MultiRotationCenter"
+ label="Full angle"
+ icon=":icons/angle.png"
+ tooltip="Rotation angle"/>
+ </box>
+ </toolbox>
+ <integervalue id="MultiRotationObjects"
+ label="Total number of objects"
+ tooltip="Total number of objects"
+ default="2" min="2" use_reset="false">
<validator id="GeomValidators_Positive"/>
</integervalue>
</feature>
--- /dev/null
+## Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+INCLUDE(Common)
+INCLUDE(UnitTest)
+
+SET(PROJECT_HEADERS
+ SketchShapePlugin.h
+ SketchShapePlugin_Feature.h
+ SketchShapePlugin_PageGroupBox.h
+ SketchShapePlugin_Plugin.h
+ SketchShapePlugin_Validators.h
+ SketchShapePlugin_Tools.h
+ SketchShapePlugin_WidgetCreator.h
+)
+
+SET(PROJECT_SOURCES
+ SketchShapePlugin_Feature.cpp
+ SketchShapePlugin_PageGroupBox.cpp
+ SketchShapePlugin_Plugin.cpp
+ SketchShapePlugin_Validators.cpp
+ SketchShapePlugin_Tools.cpp
+ SketchShapePlugin_WidgetCreator.cpp
+)
+
+SET(PROJECT_LIBRARIES
+ Config
+ GeomAPI
+ GeomAlgoAPI
+ ModelAPI
+ GeomDataAPI
+ ModuleBase
+ ${QT_LIBRARIES}
+)
+
+SET(XML_RESOURCES
+ plugin-SketchShape.xml
+)
+
+ADD_DEFINITIONS(-DSKETCHSHAPEPLUGIN_EXPORTS -DWNT)
+ADD_LIBRARY(SketchShapePlugin MODULE ${PROJECT_SOURCES} ${PROJECT_HEADERS} ${XML_RESOURCES})
+TARGET_LINK_LIBRARIES(SketchShapePlugin ${PROJECT_LIBRARIES})
+
+INCLUDE_DIRECTORIES(
+ ../Config
+ ../Events
+ ../ModelAPI
+ ../GeomAPI
+ ../GeomAlgoAPI
+ ../GeomDataAPI
+ ../ModuleBase
+ ${SUIT_INCLUDE}
+ ${CAS_INCLUDE_DIRS}
+)
+
+INSTALL(TARGETS SketchShapePlugin DESTINATION plugins)
+INSTALL(FILES ${XML_RESOURCES} DESTINATION plugins)
+
+ADD_UNIT_TESTS(TestSketchShape.py)
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+#ifndef SKETCHSHAPEPLUGIN_H
+#define SKETCHSHAPEPLUGIN_H
+
+#if defined SKETCHSHAPEPLUGIN_EXPORTS
+#if defined WIN32
+#define SKETCHSHAPEPLUGIN_EXPORT __declspec( dllexport )
+#else
+#define SKETCHSHAPEPLUGIN_EXPORT
+#endif
+#else
+#if defined WIN32
+#define SKETCHSHAPEPLUGIN_EXPORT __declspec( dllimport )
+#else
+#define SKETCHSHAPEPLUGIN_EXPORT
+#endif
+#endif
+
+#endif
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchShapePlugin_Feature.cpp
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#include "SketchShapePlugin_Feature.h"
+
+#include <ModelAPI_AttributeSelection.h>
+#include <ModelAPI_AttributeSelectionList.h>
+#include <ModelAPI_AttributeBoolean.h>
+
+#include <ModelAPI_Session.h>
+#include <ModelAPI_Validator.h>
+
+SketchShapePlugin_Feature::SketchShapePlugin_Feature()
+: ModelAPI_Feature()
+{
+}
+
+void SketchShapePlugin_Feature::initAttributes()
+{
+ data()->addAttribute(SKETCH_ID(), ModelAPI_AttributeSelection::typeId());
+
+ data()->addAttribute(VERTEX_LIST_ID(), ModelAPI_AttributeSelectionList::typeId());
+ data()->addAttribute(VERTEX_CHOICE_ID(), ModelAPI_AttributeBoolean::typeId());
+ ModelAPI_Session::get()->validators()->registerNotObligatory(getKind(), VERTEX_CHOICE_ID());
+
+ data()->addAttribute(EDGE_LIST_ID(), ModelAPI_AttributeSelectionList::typeId());
+ data()->addAttribute(EDGE_CHOICE_ID(), ModelAPI_AttributeBoolean::typeId());
+ ModelAPI_Session::get()->validators()->registerNotObligatory(getKind(), EDGE_CHOICE_ID());
+
+ data()->addAttribute(FACE_LIST_ID(), ModelAPI_AttributeSelectionList::typeId());
+ data()->addAttribute(FACE_CHOICE_ID(), ModelAPI_AttributeBoolean::typeId());
+ ModelAPI_Session::get()->validators()->registerNotObligatory(getKind(), FACE_CHOICE_ID());
+}
+
+void SketchShapePlugin_Feature::execute()
+{
+}
+
+void SketchShapePlugin_Feature::attributeChanged(const std::string& theID)
+{
+ if (theID == VERTEX_CHOICE_ID() ||
+ theID == EDGE_CHOICE_ID() ||
+ theID == FACE_CHOICE_ID()) {
+ std::string aListAttrId = theID == VERTEX_CHOICE_ID() ? VERTEX_LIST_ID() : (
+ theID == EDGE_CHOICE_ID() ? EDGE_LIST_ID() :
+ FACE_LIST_ID());
+
+ AttributeBooleanPtr aChoiceAttribute = std::dynamic_pointer_cast<ModelAPI_AttributeBoolean>(
+ data()->attribute(theID));
+ if (!aChoiceAttribute->value()) {
+ AttributeSelectionListPtr aListAttribute =
+ std::dynamic_pointer_cast<ModelAPI_AttributeSelectionList>(data()->attribute(aListAttrId));
+ aListAttribute->clear();
+ }
+ }
+ else if (theID == VERTEX_LIST_ID() ||
+ theID == EDGE_LIST_ID() ||
+ theID == FACE_LIST_ID()) {
+ AttributeSelectionListPtr aSelectionListAttr =
+ std::dynamic_pointer_cast<ModelAPI_AttributeSelectionList>(data()->attribute(theID));
+ for (int i = 0, aSize = aSelectionListAttr->size(); i < aSize; i++) {
+ AttributeSelectionPtr aSelectAttr = aSelectionListAttr->value(i);
+ ObjectPtr anObject = aSelectAttr->context();
+ if (!anObject.get())
+ continue;
+ else {
+ FeaturePtr aFeature = ModelAPI_Feature::feature(anObject);
+ }
+ }
+ }
+}
+
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchShapePlugin_Feature.h
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#ifndef SKETCHSHAPEPLUGIN_FEATURE_H_
+#define SKETCHSHAPEPLUGIN_FEATURE_H_
+
+#include "SketchShapePlugin.h"
+
+#include <ModelAPI_Feature.h>
+
+/**\class SketchShapePlugin_Feature
+ * \ingroup Plugins
+ * \brief Feature for extraction shapes from the sketch.
+ * The visualization of this object is a result and
+ * it is calculated if all attributes are initialized.
+ * It is possible to extract simultaneously vertices, edges and faces.
+ *
+ */
+class SketchShapePlugin_Feature : public ModelAPI_Feature
+{
+ public:
+ /// SketchShape feature kind
+ inline static const std::string& ID()
+ {
+ static const std::string MY_SKETCH_SHAPE_ID("SketchShape");
+ return MY_SKETCH_SHAPE_ID;
+ }
+
+ /// Sketch feature
+ inline static const std::string& SKETCH_ID()
+ {
+ static const std::string MY_SKETCH_ID("Sketch");
+ return MY_SKETCH_ID;
+ }
+
+ /// State whether the vertices are selectable
+ inline static const std::string& VERTEX_CHOICE_ID()
+ {
+ static const std::string MY_VERTEX_CHOICE_ID("VertexChoice");
+ return MY_VERTEX_CHOICE_ID;
+ }
+
+ /// List of vertices to be extracted
+ inline static const std::string& VERTEX_LIST_ID()
+ {
+ static const std::string MY_VERTEX_LIST_ID("VertexList");
+ return MY_VERTEX_LIST_ID;
+ }
+
+ /// State whether the vertices are selectable
+ inline static const std::string& EDGE_CHOICE_ID()
+ {
+ static const std::string MY_EDGE_CHOICE_ID("EdgeChoice");
+ return MY_EDGE_CHOICE_ID;
+ }
+
+ /// List of vertices to be extracted
+ inline static const std::string& EDGE_LIST_ID()
+ {
+ static const std::string MY_EDGE_LIST_ID("EdgeList");
+ return MY_EDGE_LIST_ID;
+ }
+
+ /// State whether the vertices are selectable
+ inline static const std::string& FACE_CHOICE_ID()
+ {
+ static const std::string MY_FACE_CHOICE_ID("FaceChoice");
+ return MY_FACE_CHOICE_ID;
+ }
+
+ /// List of vertices to be extracted
+ inline static const std::string& FACE_LIST_ID()
+ {
+ static const std::string MY_FACE_LIST_ID("FaceList");
+ return MY_FACE_LIST_ID;
+ }
+
+ /// Returns the kind of a feature
+ SKETCHSHAPEPLUGIN_EXPORT virtual const std::string& getKind()
+ {
+ static std::string MY_KIND = SketchShapePlugin_Feature::ID();
+ return MY_KIND;
+ }
+
+ /// Creates an arc-shape
+ SKETCHSHAPEPLUGIN_EXPORT virtual void execute();
+
+ /// Request for initialization of data model of the feature: adding all attributes
+ SKETCHSHAPEPLUGIN_EXPORT virtual void initAttributes();
+
+ /// Called on change of any argument-attribute of this object
+ /// \param theID identifier of changed attribute
+ SKETCHSHAPEPLUGIN_EXPORT virtual void attributeChanged(const std::string& theID);
+
+ /// Use plugin manager for features creation
+ SketchShapePlugin_Feature();
+};
+
+#endif
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchShapePlugin_PageGroupBox.h
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#include <SketchShapePlugin_PageGroupBox.h>
+
+SketchShapePlugin_PageGroupBox::SketchShapePlugin_PageGroupBox(QWidget* theParent)
+: ModuleBase_PageGroupBox(theParent)
+{
+ setTitle("SketchShapePlugin_PageGroupBox");
+}
+
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchShapePlugin_PageGroupBox.h
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#ifndef SKETCHSHAPEPLUGIN_PAGEGROUPBOX_H_
+#define SKETCHSHAPEPLUGIN_PAGEGROUPBOX_H_
+
+#include <ModuleBase_PageGroupBox.h>
+
+class QWidget;
+
+/*!
+ * \ingroup GUI
+ * Represent a property panel's list of ModuleBase_ModelWidgets.
+ */
+class SketchShapePlugin_PageGroupBox : public ModuleBase_PageGroupBox
+{
+ //Q_OBJECT
+public:
+ /// Constructs a page that looks like a QGroupBox
+ SketchShapePlugin_PageGroupBox(QWidget* theParent = 0);
+ /// Destructs the page
+ virtual ~SketchShapePlugin_PageGroupBox() {}
+};
+
+#endif /* SKETCHSHAPEPLUGIN_PAGEGROUPBOX_H_ */
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchShapePlugin_Plugin.cpp
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#include <SketchShapePlugin_Plugin.h>
+#include <SketchShapePlugin_Validators.h>
+#include <SketchShapePlugin_Feature.h>
+/*
+#include <SketchShapePlugin_PageGroupBox.h>
+
+#include <Events_Loop.h>
+*/
+#include <ModelAPI_Session.h>
+#include <ModelAPI_Document.h>
+#include <ModelAPI_Validator.h>
+
+#include <ModuleBase_WidgetCreatorFactory.h>
+#include <SketchShapePlugin_WidgetCreator.h>
+/*#include <ModelAPI_Data.h>
+
+#include <ModuleBase_ModelWidget.h>
+#include <qwidget.h>
+
+#include <memory>*/
+
+// the only created instance of this plugin
+static SketchShapePlugin_Plugin* MY_SKETCH_SHAPE_INSTANCE = new SketchShapePlugin_Plugin();
+
+SketchShapePlugin_Plugin::SketchShapePlugin_Plugin()
+{
+ SessionPtr aMgr = ModelAPI_Session::get();
+ ModelAPI_ValidatorsFactory* aFactory = aMgr->validators();
+ aFactory->registerValidator("SketchShapePlugin_FeatureValidator",
+ new SketchShapePlugin_FeatureValidator);
+
+ WidgetCreatorFactoryPtr aWidgetCreatorFactory = ModuleBase_WidgetCreatorFactory::get();
+ aWidgetCreatorFactory->registerCreator(
+ std::shared_ptr<SketchShapePlugin_WidgetCreator>(new SketchShapePlugin_WidgetCreator()));
+
+ // register this plugin
+ ModelAPI_Session::get()->registerPlugin(this);
+}
+
+FeaturePtr SketchShapePlugin_Plugin::createFeature(std::string theFeatureID)
+{
+ if (theFeatureID == SketchShapePlugin_Feature::ID()) {
+ return FeaturePtr(new SketchShapePlugin_Feature);
+ }
+ // feature of such kind is not found
+ return FeaturePtr();
+}
+
+/*ModuleBase_ModelWidget* SketchShapePlugin_Plugin::createWidgetByType(const std::string& theType,
+ QWidget* theParent)
+{
+ ModuleBase_ModelWidget* aWidget = 0;
+ if (theType == "sketchshape_groupbox")
+ aWidget = new SketchShapePlugin_PageGroupBox(theParent);
+ return aWidget;
+}*/
+
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchShapePlugin_Plugin.hxx
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#ifndef SKETCHSHAPEPLUGIN_PLUGIN_H_
+#define SKETCHSHAPEPLUGIN_PLUGIN_H_
+
+#include <SketchShapePlugin.h>
+#include <ModelAPI_Plugin.h>
+//#include <ModuleBase_IWidgetCreator.h>
+
+#include <ModelAPI_Feature.h>
+#include <ModelAPI_Events.h>
+
+class ModuleBase_ModelWidget;
+class QWidget;
+
+/**\class SketchShapePlugin_Plugin
+ * \ingroup Plugins
+ * \brief Interface common for any plugin: allows to use plugin by the plugins manager.
+ */
+//, public ModuleBase_IWidgetCreator
+class SketchShapePlugin_Plugin : public ModelAPI_Plugin
+{
+public:
+ /// Creates the feature object of this plugin by the feature string ID
+ virtual FeaturePtr createFeature(std::string theFeatureID);
+
+ /// Create widget by its type
+ /// \param theType a type
+ /// \param theParent a parent widget
+ //virtual ModuleBase_ModelWidget* createWidgetByType(const std::string& theType,
+ // QWidget* theParent = NULL);
+ public:
+ SketchShapePlugin_Plugin();
+};
+
+#endif
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchShapePlugin_Tools.cpp
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#include "SketchShapePlugin_Tools.h"
+
+namespace SketchShapePlugin_Tools {
+
+} // namespace SketchShapePlugin_Tools
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchPlugin_Tools.h
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#ifndef SKETCHSHAPEPLUGIN_TOOLS_H_
+#define SKETCHSHAPEPLUGIN_TOOLS_H_
+
+namespace SketchShapePlugin_Tools {
+
+
+}; // namespace SketchPlugin_Tools
+
+#endif // SKETCHSHAPEPLUGIN_TOOLS_H_
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchShapePlugin_Validators.cpp
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#include "SketchShapePlugin_Validators.h"
+
+//#include "SketchShapePlugin_Feature.h"
+
+bool SketchShapePlugin_FeatureValidator::isValid(const AttributePtr& theAttribute,
+ const std::list<std::string>& theArguments,
+ std::string& theError) const
+{
+ /*if (theAttribute->attributeType() != ModelAPI_AttributeRefAttr::typeId()) {
+ theError = "The attribute with the " + theAttribute->attributeType() + " type is not processed";
+ return false;
+ }*/
+
+ return true;
+}
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+// File: SketchShapePlugin_Validators.h
+// Created: 25 Nov 2015
+// Author: Natalia ERMOLAEVA
+
+#ifndef SKETCHSHAPEPLUGIN_VALIDATORS_H
+#define SKETCHSHAPEPLUGIN_VALIDATORS_H
+
+#include "SketchShapePlugin.h"
+#include <ModelAPI_AttributeValidator.h>
+
+/**\class SketchShapePlugin_FeatureValidator
+ * \ingroup Validators
+ * \brief Validator for an attribute of sketch shape feature.
+ *
+ * It is empty.
+ */
+class SketchShapePlugin_FeatureValidator : public ModelAPI_AttributeValidator
+{
+ public:
+ //! returns true if attribute is valid
+ //! \param theAttribute the checked attribute
+ //! \param theArguments arguments of the attribute
+ //! \param theError error message
+ virtual bool isValid(const AttributePtr& theAttribute,
+ const std::list<std::string>& theArguments,
+ std::string& theError) const;
+};
+
+#endif
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+#include "SketchShapePlugin_WidgetCreator.h"
+#include "SketchShapePlugin_PageGroupBox.h"
+
+SketchShapePlugin_WidgetCreator::SketchShapePlugin_WidgetCreator()
+: ModuleBase_IWidgetCreator()
+{
+ myPages.insert("sketchshape_groupbox");
+}
+
+const std::set<std::string>& SketchShapePlugin_WidgetCreator::pageTypes()
+{
+ return myPages;
+}
+
+const std::set<std::string>& SketchShapePlugin_WidgetCreator::widgetTypes()
+{
+ return myTypes;
+}
+
+ModuleBase_PageBase* SketchShapePlugin_WidgetCreator::createPageByType(
+ const std::string& theType, QWidget* theParent)
+{
+ ModuleBase_PageBase* aPage = 0;
+ if (myPages.find(theType) == myPages.end())
+ return aPage;
+
+ if (theType == "sketchshape_groupbox") {
+ aPage = new SketchShapePlugin_PageGroupBox(theParent);
+ }
+
+ return aPage;
+}
+
+ModuleBase_ModelWidget* SketchShapePlugin_WidgetCreator::createWidgetByType(
+ const std::string& theType, QWidget* theParent)
+{
+ ModuleBase_ModelWidget* aWidget = 0;
+ if (myTypes.find(theType) == myTypes.end())
+ return aWidget;
+
+ //if (theType == "sketchshape_groupbox") {
+ // aWidget = new SketchShapePlugin_PageGroupBox(theParent);
+ //}
+
+ return aWidget;
+}
--- /dev/null
+// Copyright (C) 2014-20xx CEA/DEN, EDF R&D
+
+#ifndef SketchShapePlugin_WidgetCreator_H
+#define SketchShapePlugin_WidgetCreator_H
+
+#include <ModuleBase_IWidgetCreator.h>
+
+#include <string>
+#include <set>
+
+class ModuleBase_ModelWidget;
+class QWidget;
+
+/**
+* \ingroup GUI
+* Interface to WidgetCreator which can create specific widgets by type
+*/
+class SketchShapePlugin_WidgetCreator : public ModuleBase_IWidgetCreator
+{
+public:
+ /// Default constructor
+ SketchShapePlugin_WidgetCreator();
+
+ /// Virtual destructor
+ ~SketchShapePlugin_WidgetCreator() {}
+
+ /// Returns a container of possible page types, which this creator can process
+ /// \returns types
+ virtual const std::set<std::string>& pageTypes();
+
+ /// Returns a list of possible widget types, which this creator can process
+ /// \returns types
+ virtual const std::set<std::string>& widgetTypes();
+
+ /// Create page by its type
+ /// \param theType a type
+ /// \param theParent a parent widget
+ virtual ModuleBase_PageBase* createPageByType(const std::string& theType,
+ QWidget* theParent);
+
+ /// Create widget by its type
+ /// \param theType a type
+ /// \param theParent a parent widget
+ virtual ModuleBase_ModelWidget* createWidgetByType(const std::string& theType,
+ QWidget* theParent = NULL);
+
+private:
+ std::set<std::string> myPages; /// types of pages
+ std::set<std::string> myTypes; /// types of widgets
+};
+
+typedef std::shared_ptr<SketchShapePlugin_WidgetCreator> SketchShapePlguinWidgetCreatorPtr;
+
+#endif
--- /dev/null
+"""
+ TestConstraintAngle.py
+ Unit test of SketchPlugin_ConstraintAngle class
+
+ SketchPlugin_ConstraintAngle
+ static const std::string MY_CONSTRAINT_ANGLE_ID("SketchConstraintAngle");
+ data()->addAttribute(SketchPlugin_Constraint::VALUE(), ModelAPI_AttributeDouble::typeId());
+ data()->addAttribute(SketchPlugin_Constraint::ENTITY_A(), ModelAPI_AttributeRefAttr::typeId());
+ data()->addAttribute(SketchPlugin_Constraint::ENTITY_B(), ModelAPI_AttributeRefAttr::typeId());
+ data()->addAttribute(SketchPlugin_Constraint::FLYOUT_VALUE_PNT(), GeomDataAPI_Point2D::typeId());
+
+
+"""
+from GeomDataAPI import *
+from ModelAPI import *
+import os
+import math
+
+#=========================================================================
+# Auxiliary functions
+#=========================================================================
+
+def angle(theLine1, theLine2):
+ # subroutine to angle between two lines
+ aStartPoint1 = geomDataAPI_Point2D(theLine1.attribute("StartPoint"))
+ aEndPoint1 = geomDataAPI_Point2D(theLine1.attribute("EndPoint"))
+ aStartPoint2 = geomDataAPI_Point2D(theLine2.attribute("StartPoint"))
+ aEndPoint2 = geomDataAPI_Point2D(theLine2.attribute("EndPoint"))
+
+ aDirX1 = aEndPoint1.x() - aStartPoint1.x()
+ aDirY1 = aEndPoint1.y() - aStartPoint1.y()
+ aLen1 = math.hypot(aDirX1, aDirY1)
+ aDirX2 = aEndPoint2.x() - aStartPoint2.x()
+ aDirY2 = aEndPoint2.y() - aStartPoint2.y()
+ aLen2 = math.hypot(aDirX2, aDirY2)
+
+ aDot = aDirX1 * aDirX2 + aDirY1 * aDirY2
+
+ anAngle = math.acos(aDot / aLen1 / aLen2)
+ return round(anAngle * 180. / math.pi, 6)
+
+
+#=========================================================================
+# Initialization of the test
+#=========================================================================
+
+__updated__ = "2015-09-18"
+
+aSession = ModelAPI_Session.get()
+aDocument = aSession.moduleDocument()
+#=========================================================================
+# Creation of a sketch
+#=========================================================================
+aSession.startOperation()
+aSketchCommonFeature = aDocument.addFeature("Sketch")
+aSketchFeature = featureToCompositeFeature(aSketchCommonFeature)
+origin = geomDataAPI_Point(aSketchFeature.attribute("Origin"))
+origin.setValue(0, 0, 0)
+dirx = geomDataAPI_Dir(aSketchFeature.attribute("DirX"))
+dirx.setValue(1, 0, 0)
+norm = geomDataAPI_Dir(aSketchFeature.attribute("Norm"))
+norm.setValue(0, 0, 1)
+aSession.finishOperation()
+#=========================================================================
+# Create two lines
+#=========================================================================
+aSession.startOperation()
+aSketchLineA = aSketchFeature.addFeature("SketchLine")
+aStartPoint = geomDataAPI_Point2D(aSketchLineA.attribute("StartPoint"))
+aEndPoint = geomDataAPI_Point2D(aSketchLineA.attribute("EndPoint"))
+aStartPoint.setValue(-10., 25.)
+aEndPoint.setValue(100., 25.)
+
+aSketchLineB = aSketchFeature.addFeature("SketchLine")
+aStartPoint = geomDataAPI_Point2D(aSketchLineB.attribute("StartPoint"))
+aEndPoint = geomDataAPI_Point2D(aSketchLineB.attribute("EndPoint"))
+aStartPoint.setValue(-20., 15.)
+aEndPoint.setValue(80., 50.)
+aSession.finishOperation()
+#=========================================================================
+# Make a constraint to keep the angle
+#=========================================================================
+ANGLE_DEGREE = 30.
+aSession.startOperation()
+aConstraint = aSketchFeature.addFeature("SketchConstraintAngle")
+anAngleVal = aConstraint.real("ConstraintValue")
+refattrA = aConstraint.refattr("ConstraintEntityA")
+refattrB = aConstraint.refattr("ConstraintEntityB")
+assert (not anAngleVal.isInitialized())
+assert (not refattrA.isInitialized())
+assert (not refattrB.isInitialized())
+anAngleVal.setValue(ANGLE_DEGREE)
+refattrA.setObject(aSketchLineA.firstResult())
+refattrB.setObject(aSketchLineB.firstResult())
+aConstraint.execute()
+aSession.finishOperation()
+assert (anAngleVal.isInitialized())
+assert (refattrA.isInitialized())
+assert (refattrB.isInitialized())
+assert (angle(aSketchLineA, aSketchLineB) == ANGLE_DEGREE)
+#=========================================================================
+# Move line, check that angle is constant
+#=========================================================================
+aSession.startOperation()
+aStartPoint = geomDataAPI_Point2D(aSketchLineA.attribute("StartPoint"))
+aStartPoint.setValue(0., 30.)
+aConstraint.execute()
+aSession.finishOperation()
+assert (angle(aSketchLineA, aSketchLineB) == ANGLE_DEGREE)
+#=========================================================================
+# Change angle value and check the lines are moved
+#=========================================================================
+NEW_ANGLE_DEGREE = 60.
+aSession.startOperation()
+anAngleVal.setValue(NEW_ANGLE_DEGREE)
+aConstraint.execute()
+aSession.finishOperation()
+assert (angle(aSketchLineA, aSketchLineB) == NEW_ANGLE_DEGREE)
+#=========================================================================
+# TODO: improve test
+# 1. remove constraint, move line's start point to
+# check that constraint are not applied
+# 2. check constrained distance between:
+# * point and line
+# * two lines
+#=========================================================================
+#=========================================================================
+# End of test
+#=========================================================================
--- /dev/null
+<!-- Copyright (C) 2014-20xx CEA/DEN, EDF R&D -->
+
+<plugin>
+ <workbench id="Sketch">
+ <group id="Exchange">
+ <feature id="SketchShape" title="Sketch vertices, edges and faces" tooltip="Construct vertices, edges and faces by sketch" icon=":icons/sketchshape.png">
+ <shape_selector id="Sketch"
+ label="Sketch"
+ icon=":icons/sketch.png"
+ tooltip="Select a sketch"
+ shape_types="objects">
+ <validator id="PartSet_SketchEntityValidator" parameters="Sketch"/>
+ </shape_selector>
+ <sketchshape_groupbox title="Direction">
+ <boolvalue id="VertexChoice" label="VERTICES" default="true" tooltip="Vertices selection on sketch"/>
+ <sketch_multi_selector id="VertexList"
+ label=""
+ tooltip="Select list of vertices"
+ type_choice="Vertices Edges Faces"
+ use_external="false"
+ use_choice="false">
+ <validator id="SketchShapePlugin_FeatureValidator" />
+ </sketch_multi_selector>
+
+ <boolvalue id="EdgeChoice" label="EDGES" default="true" tooltip="Edges selection on sketch"/>
+ <sketch_multi_selector id="EdgeList"
+ label=""
+ tooltip="Select list of edges"
+ type_choice="Vertices Edges Faces"
+ use_external="false"
+ use_choice="false">
+ <validator id="SketchShapePlugin_FeatureValidator" />
+ </sketch_multi_selector>
+
+ <boolvalue id="FaceChoice" label="FACES" default="true" tooltip="Faces selection on sketch"/>
+ <sketch_multi_selector id="FaceList"
+ label=""
+ tooltip="Select list of faces"
+ type_choice="Vertices Edges Faces"
+ use_external="false"
+ use_choice="false">
+ <validator id="SketchShapePlugin_FeatureValidator" />
+ </sketch_multi_selector>
+ </sketchshape_groupbox>
+ </feature>
+ </group>
+ </workbench>
+</plugin>
}
Slvs_hGroup aGroupID = myGroup->getId();
+ // do not update entity from another group
+ if (aCurrentEntity.h != SLVS_E_UNKNOWN && aGroupID != aCurrentEntity.group)
+ return aCurrentEntity.h;
+
// Point in 3D
std::shared_ptr<GeomDataAPI_Point> aPoint =
std::dynamic_pointer_cast<GeomDataAPI_Point>(theEntity);
}
Slvs_hGroup aGroupID = myGroup->getId();
+ // do not update entity from another group
+ if (aCurrentEntity.h != SLVS_E_UNKNOWN && aGroupID != aCurrentEntity.group)
+ return aCurrentEntity.h;
+
Slvs_hEntity aWorkplaneID = myGroup->getWorkplaneId();
DataPtr aData = theEntity->data();
#include <SketchSolver_Error.h>
#include <SketchSolver_Group.h>
+#include <SketchPlugin_Arc.h>
+#include <SketchPlugin_Circle.h>
+#include <SketchPlugin_Line.h>
+#include <SketchPlugin_Point.h>
+
SketchSolver_ConstraintMovement::SketchSolver_ConstraintMovement(FeaturePtr theFeature)
: SketchSolver_ConstraintRigid(theFeature)
{
theIsFullyMoved = true;
int aType = SLVS_E_UNKNOWN; // type of created entity
Slvs_hEntity anEntityID = SLVS_E_UNKNOWN;
+ Slvs_hEntity anEntMaxID = myStorage->entityMaxID();
anEntityID = myGroup->getFeatureId(myBaseFeature);
if (anEntityID == SLVS_E_UNKNOWN) {
anEntityID = changeEntity(myBaseFeature, aType);
isComplexFeature = true;
}
+ int aNbOutOfGroup = 0;
if (isComplexFeature) {
std::list<AttributePtr> aPoints =
myBaseFeature->data()->attributes(GeomDataAPI_Point2D::typeId());
std::list<AttributePtr>::iterator anIt = aPoints.begin();
for (; anIt != aPoints.end(); ++anIt) {
- Slvs_hEntity anAttr = myGroup->getAttributeId(*anIt);
+ std::map<AttributePtr, Slvs_hEntity>::const_iterator aFound = myAttributeMap.find(*anIt);
+ Slvs_hEntity anAttr = aFound != myAttributeMap.end() ?
+ aFound->second : myGroup->getAttributeId(*anIt);
+ Slvs_Entity anAttrEnt = myStorage->getEntity(anAttr);
// Check the attribute changes coordinates
std::shared_ptr<GeomDataAPI_Point2D> aPt =
std::dynamic_pointer_cast<GeomDataAPI_Point2D>(*anIt);
- if (isMoved(aPt, anAttr)) {
+ // Check the entity is not lying in the current group or it is not moved
+ if (anAttr == SLVS_E_UNKNOWN || anAttrEnt.group != myGroup->getId() ||
+ (anAttr <= anEntMaxID && !isMoved(aPt, anAttrEnt))) {
+ if (anAttrEnt.group == SLVS_G_OUTOFGROUP)
+ ++aNbOutOfGroup;
+ theIsFullyMoved = false;
+ }
+ else {
theAttributes.push_back(anAttr);
// update point coordinates
Slvs_Entity anAttrEnt = myStorage->getEntity(anAttr);
myStorage->updateParameter(aParam);
}
}
- else
- theIsFullyMoved = false;
}
}
+ // Additional checking, which leads to fix whole feature, if it has fixed points
+ if (!theIsFullyMoved) {
+ Slvs_Entity aFeature = myStorage->getEntity(anEntityID);
+ int aNbPoints = 4;
+ while (aNbPoints > 0 && aFeature.point[aNbPoints-1] == SLVS_E_UNKNOWN)
+ --aNbPoints;
+ if (aNbPoints == aNbOutOfGroup + (int)theAttributes.size()) {
+ theIsFullyMoved = true;
+ return;
+ }
+ }
+
// Leave only points which are used in constraints
if (myStorage->isUsedByConstraints(anEntityID))
return;
}
bool SketchSolver_ConstraintMovement::isMoved(
- std::shared_ptr<GeomDataAPI_Point2D> thePoint, Slvs_hEntity theEntity)
+ std::shared_ptr<GeomDataAPI_Point2D> thePoint, const Slvs_Entity& theEntity)
{
- Slvs_Entity anAttrEnt = myStorage->getEntity(theEntity);
- double aDeltaX = myStorage->getParameter(anAttrEnt.param[0]).val;
- double aDeltaY = myStorage->getParameter(anAttrEnt.param[1]).val;
+ double aDeltaX = myStorage->getParameter(theEntity.param[0]).val;
+ double aDeltaY = myStorage->getParameter(theEntity.param[1]).val;
aDeltaX -= thePoint->x();
aDeltaY -= thePoint->y();
return aDeltaX * aDeltaX + aDeltaY * aDeltaY >= tolerance * tolerance;
}
+
+void SketchSolver_ConstraintMovement::fixFeature()
+{
+ Slvs_hEntity anEntID = fixedEntity();
+
+ std::string aKind;
+ std::map<FeaturePtr, Slvs_hEntity>::const_iterator aFIt = myFeatureMap.begin();
+ for (; aFIt != myFeatureMap.end() && aKind.empty(); ++aFIt)
+ if (aFIt->second == anEntID)
+ aKind = aFIt->first->getKind();
+ std::map<AttributePtr, Slvs_hEntity>::const_iterator anAtIt = myAttributeMap.begin();
+ for (; anAtIt != myAttributeMap.end() && aKind.empty(); ++anAtIt)
+ if (anAtIt->second == anEntID)
+ aKind = anAtIt->first->attributeType();
+
+ if (aKind == SketchPlugin_Line::ID()) {
+ Slvs_Entity aLine = myStorage->getEntity(anEntID);
+ fixLine(aLine);
+ }
+ else if (aKind == SketchPlugin_Arc::ID()) {
+ Slvs_Entity anArc = myStorage->getEntity(anEntID);
+ fixArc(anArc);
+ }
+ else if (aKind == SketchPlugin_Circle::ID()) {
+ Slvs_Entity aCirc = myStorage->getEntity(anEntID);
+ fixCircle(aCirc);
+ }
+ else if (aKind == SketchPlugin_Point::ID() || aKind == GeomDataAPI_Point2D::typeId()) {
+ fixPoint(anEntID);
+ }
+}
+
/// \param[out] theIsFullyMoved shows that the feature is moved, in other case only one point of the feature is shifted
virtual void getAttributes(double& theValue, std::vector<Slvs_hEntity>& theAttributes, bool& theIsFullyMoved);
+ /// \brief Fixed feature basing on its type
+ virtual void fixFeature();
+
private:
/// \brief Check the coordinates of point are differ than coordinates of correponding SolveSpace entity
- bool isMoved(std::shared_ptr<GeomDataAPI_Point2D> thePoint, Slvs_hEntity theEntity);
+ bool isMoved(std::shared_ptr<GeomDataAPI_Point2D> thePoint, const Slvs_Entity& theEntity);
};
#endif
if (!theConstraint || theConstraint == myBaseConstraint) {
AttributeRefListPtr anInitialRefList = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
myBaseConstraint->attribute(SketchPlugin_Constraint::ENTITY_A()));
- AttributeIntegerPtr aNbCopies = myBaseConstraint->integer(nameNbCopies());
- if (anInitialRefList->size() != myNumberOfObjects || aNbCopies->value() != myNumberOfCopies) {
+ AttributeIntegerPtr aNbObjects = myBaseConstraint->integer(nameNbObjects());
+ if (anInitialRefList->size() != myNumberOfObjects || aNbObjects->value()-1 != myNumberOfCopies) {
remove(myBaseConstraint);
process();
return;
virtual void updateLocal() = 0;
/// \brief Returns name of NUMBER_OF_COPIES parameter for corresponding feature
- virtual const std::string& nameNbCopies() = 0;
-
+ virtual const std::string& nameNbObjects() = 0;
+
protected:
/// \brief Convert absolute coordinates to relative coordinates
virtual void getRelative(double theAbsX, double theAbsY, double& theRelX, double& theRelY) = 0;
AttributeRefListPtr anInitialRefList = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
aData->attribute(SketchPlugin_Constraint::ENTITY_A()));
myNumberOfObjects = anInitialRefList->size();
- myNumberOfCopies = (size_t) aData->integer(SketchPlugin_MultiRotation::NUMBER_OF_COPIES_ID())->value();
+ myNumberOfCopies = (size_t) aData->integer(SketchPlugin_MultiRotation::NUMBER_OF_OBJECTS_ID())->value() - 1;
+ if (myNumberOfCopies <= 0)
+ return;
AttributeRefListPtr aRefList = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
myBaseConstraint->attribute(SketchPlugin_Constraint::ENTITY_B()));
if (!aRefList) {
theX = aTemp;
}
-const std::string& SketchSolver_ConstraintMultiRotation::nameNbCopies()
+const std::string& SketchSolver_ConstraintMultiRotation::nameNbObjects()
{
- return SketchPlugin_MultiRotation::NUMBER_OF_COPIES_ID();
+ return SketchPlugin_MultiRotation::NUMBER_OF_OBJECTS_ID();
}
private:
/// \brief Returns name of NUMBER_OF_COPIES parameter for corresponding feature
- virtual const std::string& nameNbCopies();
+ virtual const std::string& nameNbObjects();
private:
Slvs_hEntity myRotationCenter; ///< ID of center of rotation
AttributeRefListPtr anInitialRefList = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
aData->attribute(SketchPlugin_Constraint::ENTITY_A()));
myNumberOfObjects = anInitialRefList->size();
- myNumberOfCopies = (size_t) aData->integer(SketchPlugin_MultiTranslation::NUMBER_OF_COPIES_ID())->value();
+ myNumberOfCopies = (size_t) aData->integer(SketchPlugin_MultiTranslation::NUMBER_OF_OBJECTS_ID())->value() - 1;
+ if (myNumberOfCopies <= 0)
+ return;
+
AttributeRefListPtr aRefList = std::dynamic_pointer_cast<ModelAPI_AttributeRefList>(
myBaseConstraint->attribute(SketchPlugin_Constraint::ENTITY_B()));
if (!aRefList) {
theY += myDelta[1];
}
-const std::string& SketchSolver_ConstraintMultiTranslation::nameNbCopies()
+const std::string& SketchSolver_ConstraintMultiTranslation::nameNbObjects()
{
- return SketchPlugin_MultiTranslation::NUMBER_OF_COPIES_ID();
+ return SketchPlugin_MultiTranslation::NUMBER_OF_OBJECTS_ID();
}
private:
/// \brief Returns name of NUMBER_OF_COPIES parameter for corresponding feature
- virtual const std::string& nameNbCopies();
+ virtual const std::string& nameNbObjects();
private:
Slvs_hEntity myTranslationLine; ///< ID of translation line
fixFeature();
}
+void SketchSolver_ConstraintRigid::update(ConstraintPtr theConstraint)
+{
+ cleanErrorMsg();
+ if (theConstraint && theConstraint == myBaseConstraint &&
+ theConstraint->getKind() == myBaseConstraint->getKind() &&
+ checkAttributesChanged(theConstraint)) {
+ // remove previous constraint and set the given one
+ remove(myBaseConstraint);
+ myBaseConstraint = theConstraint;
+ process();
+ }
+}
+
+static void fixEntity(StoragePtr theStorage, const Slvs_hEntity& theEntID)
+{
+ Slvs_Entity anEntity = theStorage->getEntity(theEntID);
+ anEntity.group = SLVS_G_OUTOFGROUP;
+ theStorage->updateEntity(anEntity);
+ // move out of group all sub-entities
+ for (int i = 0; i < 4; ++i)
+ if (anEntity.point[i] != SLVS_E_UNKNOWN)
+ fixEntity(theStorage, anEntity.point[i]);
+ // move out of group the radius of circle
+ if (anEntity.distance != SLVS_E_UNKNOWN)
+ fixEntity(theStorage, anEntity.distance);
+ // move out of group parameters
+ for (int i = 0; i < 4; ++i)
+ if (anEntity.param[i] != SLVS_E_UNKNOWN) {
+ Slvs_Param aParam = theStorage->getParameter(anEntity.param[i]);
+ aParam.group = SLVS_G_OUTOFGROUP;
+ theStorage->updateParameter(aParam);
+ }
+}
+
void SketchSolver_ConstraintRigid::fixFeature()
{
- Slvs_hEntity anEntID;
- if (!myFeatureMap.empty())
- anEntID = myFeatureMap.begin()->second;
- else
- anEntID = myAttributeMap.begin()->second;
- //if (myStorage->isEntityFixed(anEntID, true)) {
- // myErrorMsg = SketchSolver_Error::ALREADY_FIXED();
- // return;
- //}
-
- std::string aKind;
- if (!myFeatureMap.empty())
- aKind = myFeatureMap.begin()->first->getKind();
- else
- aKind = myAttributeMap.begin()->first->attributeType();
+ Slvs_hEntity anEntID = fixedEntity();
+ if (anEntID != SLVS_E_UNKNOWN)
+ fixEntity(myStorage, anEntID);
+}
- if (aKind == SketchPlugin_Line::ID()) {
- Slvs_Entity aLine = myStorage->getEntity(anEntID);
- fixLine(aLine);
- }
- else if (aKind == SketchPlugin_Arc::ID()) {
- Slvs_Entity anArc = myStorage->getEntity(anEntID);
- fixArc(anArc);
- }
- else if (aKind == SketchPlugin_Circle::ID()) {
- Slvs_Entity aCirc = myStorage->getEntity(anEntID);
- fixCircle(aCirc);
+Slvs_hEntity SketchSolver_ConstraintRigid::fixedEntity() const
+{
+ Slvs_hEntity anEntID = SLVS_E_UNKNOWN;
+ if (myBaseConstraint) {
+ AttributeRefAttrPtr aRefAttr = std::dynamic_pointer_cast<ModelAPI_AttributeRefAttr>(
+ myBaseConstraint->attribute(SketchPlugin_Constraint::ENTITY_A()));
+ if (aRefAttr->isObject()) {
+ FeaturePtr aFeature = ModelAPI_Feature::feature(aRefAttr->object());
+ std::map<FeaturePtr, Slvs_hEntity>::const_iterator aFound = myFeatureMap.find(aFeature);
+ if (aFound != myFeatureMap.end())
+ anEntID = aFound->second;
+ } else {
+ std::map<AttributePtr, Slvs_hEntity>::const_iterator aFound = myAttributeMap.find(aRefAttr->attr());
+ if (aFound != myAttributeMap.end())
+ anEntID = aFound->second;
+ }
}
- else if (aKind == SketchPlugin_Point::ID() || aKind == GeomDataAPI_Point2D::typeId()) {
- fixPoint(anEntID);
+ else if (myBaseFeature) {
+ std::map<FeaturePtr, Slvs_hEntity>::const_iterator aFound = myFeatureMap.find(myBaseFeature);
+ if (aFound != myFeatureMap.end())
+ anEntID = aFound->second;
}
+ return anEntID;
}
-
void SketchSolver_ConstraintRigid::getAttributes(
double& theValue,
std::vector<Slvs_hEntity>& theAttributes)
theAttributes.push_back(anEntityID);
}
-void SketchSolver_ConstraintRigid::adjustConstraint()
-{
- if (myFeatureMap.empty() || (
- myFeatureMap.begin()->first->getKind() != SketchPlugin_Arc::ID() &&
- myFeatureMap.begin()->first->getKind() != SketchPlugin_Circle::ID()))
- return;
- FeaturePtr aFeature = myFeatureMap.begin()->first;
-
- // Search radius constraints and update them
- Slvs_Constraint aConstraint;
- std::vector<Slvs_hConstraint>::iterator aCIter = mySlvsConstraints.begin();
- for (; aCIter != mySlvsConstraints.end(); aCIter++) {
- aConstraint = myStorage->getConstraint(*aCIter);
- if (aConstraint.type != SLVS_C_DIAMETER)
- continue;
- double aRadius = 0.0;
- if (aFeature->getKind() == SketchPlugin_Arc::ID()) {
- std::shared_ptr<GeomAPI_Pnt2d> aCenter = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
- aFeature->attribute(SketchPlugin_Arc::CENTER_ID()))->pnt();
- std::shared_ptr<GeomAPI_Pnt2d> aStart = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
- aFeature->attribute(SketchPlugin_Arc::START_ID()))->pnt();
- aRadius = aCenter->distance(aStart);
- } else {
- aRadius = std::dynamic_pointer_cast<ModelAPI_AttributeDouble>(
- aFeature->attribute(SketchPlugin_Circle::RADIUS_ID()))->value();
- }
-
- aConstraint.valA = aRadius * 2.0;
- *aCIter = myStorage->updateConstraint(aConstraint);
- }
-}
-
bool SketchSolver_ConstraintRigid::remove(ConstraintPtr theConstraint)
{
if (theConstraint && theConstraint != myBaseConstraint)
return false;
bool isFullyRemoved = true;
+
std::vector<Slvs_hConstraint>::iterator aCIter = mySlvsConstraints.begin();
- for (; aCIter != mySlvsConstraints.end(); aCIter++)
+ for (; aCIter != mySlvsConstraints.end(); ++aCIter)
isFullyRemoved = myStorage->removeConstraint(*aCIter) && isFullyRemoved;
+ std::map<FeaturePtr, Slvs_hEntity>::iterator aFIter = myFeatureMap.begin();
+ for (; aFIter != myFeatureMap.end(); ++aFIter)
+ isFullyRemoved = myStorage->removeEntity(aFIter->second) && isFullyRemoved;
+
+ std::map<AttributePtr, Slvs_hEntity>::iterator anAtIter = myAttributeMap.begin();
+ for (; anAtIter != myAttributeMap.end(); ++anAtIter)
+ isFullyRemoved = myStorage->removeEntity(anAtIter->second) && isFullyRemoved;
+
if (isFullyRemoved) {
myFeatureMap.clear();
myAttributeMap.clear();
return true;
}
-void SketchSolver_ConstraintRigid::fixPoint(const Slvs_hEntity& thePointID)
+Slvs_hConstraint SketchSolver_ConstraintRigid::fixPoint(const Slvs_hEntity& thePointID)
{
if (thePointID == SLVS_E_UNKNOWN)
- return;
+ return SLVS_C_UNKNOWN;
Slvs_Constraint aConstraint;
Slvs_hConstraint aConstrID = SLVS_E_UNKNOWN;
bool isForceUpdate = (isFixed && !myBaseConstraint &&
myStorage->isTemporary(aConstrID));
if (!isForceUpdate) { // create new constraint
- if (isFixed) return;
- aConstraint = Slvs_MakeConstraint(SLVS_E_UNKNOWN, myGroup->getId(), getType(), myGroup->getWorkplaneId(),
+ if (isFixed) return aConstrID;
+ aConstraint = Slvs_MakeConstraint(SLVS_C_UNKNOWN, myGroup->getId(), getType(), myGroup->getWorkplaneId(),
0.0, thePointID, SLVS_E_UNKNOWN, SLVS_E_UNKNOWN, SLVS_E_UNKNOWN);
aConstraint.h = myStorage->addConstraint(aConstraint);
mySlvsConstraints.push_back(aConstraint.h);
if (!myBaseConstraint)
myStorage->addConstraintWhereDragged(aConstraint.h);
} else { // update already existent constraint
- if (!isFixed || aConstrID == SLVS_E_UNKNOWN || myBaseConstraint)
- return;
+ if (!isFixed || aConstrID == SLVS_C_UNKNOWN || myBaseConstraint)
+ return SLVS_C_UNKNOWN;
aConstraint = myStorage->getConstraint(aConstrID);
aConstraint.ptA = thePointID;
myStorage->addConstraint(aConstraint);
if (!myBaseConstraint)
myStorage->addConstraintWhereDragged(aConstraint.h);
}
+ return aConstraint.h;
}
void SketchSolver_ConstraintRigid::fixLine(const Slvs_Entity& theLine)
* \brief Stores data of Rigid (Fixed) constraint
*
* Rigid constraint may have NULL basic SketchPlugin constraint,
- * because the Rigid constraint may be temporary for correct moving of objects
+ * because the Rigid constraint may be temporary for correct moving of objects.
+ *
+ * Rigid constraint does not create a constraint, but builds the entities in separate group,
+ * so they will not be moved while resolving the set of constraints.
*/
class SketchSolver_ConstraintRigid : public SketchSolver_Constraint
{
/// Creates temporary constraint based on feature
SketchSolver_ConstraintRigid(FeaturePtr theFeature);
+ /// \brief Update constraint
+ virtual void update(ConstraintPtr theConstraint = ConstraintPtr());
+
/// \brief Tries to remove constraint
/// \return \c false, if current constraint contains another SketchPlugin constraints (like for multiple coincidence)
virtual bool remove(ConstraintPtr theConstraint = ConstraintPtr());
/// \param[out] theAttributes list of attributes to be filled
virtual void getAttributes(double& theValue, std::vector<Slvs_hEntity>& theAttributes);
- /// \brief This method is used in derived objects to check consistence of constraint.
- /// E.g. the distance between line and point may be signed.
- virtual void adjustConstraint();
-
/// \brief Fixed feature basing on its type
- void fixFeature();
+ virtual void fixFeature();
/// \brief Fix given point
- void fixPoint(const Slvs_hEntity& thePointID);
+ /// \return ID of the Fixed constraint
+ Slvs_hConstraint fixPoint(const Slvs_hEntity& thePointID);
+
+ /// \brief Returns ID of fixed entity
+ Slvs_hEntity fixedEntity() const;
-private:
/// \brief Fixing line position (start and end points)
void fixLine(const Slvs_Entity& theLine);
/// \brief Fixing circle (center and radius)
updateConstraints();
bool aResolved = false;
- if (myStorage->isNeedToResolve() && !isEmpty()) {
+ bool isGroupEmpty = isEmpty();
+ if (myStorage->isNeedToResolve() && !isGroupEmpty) {
myConstrSolver.setGroupID(myID);
myConstrSolver.calculateFailedConstraints(false);
myStorage->initializeSolver(myConstrSolver);
}
aResolved = true;
+ } else if (!isGroupEmpty) {
+ myFeatureStorage->blockEvents(true);
+ // Check there are constraints Fixed. If they exist, update parameters by stored values
+ ConstraintConstraintMap::iterator aCIt = myConstraints.begin();
+ for (; aCIt != myConstraints.end(); ++aCIt)
+ if (aCIt->first->getKind() == SketchPlugin_ConstraintRigid::ID()) {
+ aCIt->second->refresh();
+ aResolved = true;
+ }
+ myFeatureStorage->blockEvents(false);
}
removeTemporaryConstraints();
myStorage->setNeedToResolve(false);
break;
}
+ // Check whether one of coincident points is out-of-group
+ std::set<Slvs_hEntity>::const_iterator aCoincIt = aCoincident.begin();
+ for (; aCoincIt != aCoincident.end(); ++aCoincIt) {
+ Slvs_Entity aPoint = getEntity(*aCoincIt);
+ if (aPoint.group == SLVS_G_OUTOFGROUP)
+ return true;
+ }
+
// Search the Rigid constraint
theFixed = SLVS_C_UNKNOWN;
std::vector<Slvs_Constraint>::const_iterator aConstrIter = myConstraints.begin();
void copyEntity(const Slvs_hEntity& theFrom, const Slvs_hEntity& theTo);
/// \brief Check the entity is used in constraints
bool isUsedByConstraints(const Slvs_hEntity& theEntityID) const;
+ /// \brief Returns maximal ID of entities in this storage
+ const Slvs_hEntity& entityMaxID() const
+ { return myEntityMaxID; }
/// \brief Verifies the current point or another coincident one is fixed
/// \param[in] thePointID entity to be checked fixed
const Slvs_Constraint& getConstraint(const Slvs_hConstraint& theConstraintID) const;
/// \brief Returns list of constraints of specified type
std::list<Slvs_Constraint> getConstraintsByType(int theConstraintType) const;
+ /// \brief Returns quantity of constraints in this storage
+ size_t nbConstraints() const
+ { return myConstraints.size(); }
/// \brief Attach constraint SLVS_C_WHERE_DRAGGED to this storage. It need to make precise calculations
void addConstraintWhereDragged(const Slvs_hConstraint& theConstraintID);
#include <GeomAPI_Lin2d.h>
#include <ModelAPI_Data.h>
+#include <ModelAPI_AttributeDouble.h>
+
+#include <AIS_DisplaySpecialSymbol.hxx>
static const gp_Pnt MyDefStart(0,0,0);
static const gp_Pnt MyDefEnd(1,0,0);
static const gp_Pln MyDefPln(gp_Pnt(0,0,0), gp_Dir(0,0,1));
+static const Standard_ExtCharacter MySummSymbol(0x2211);
+
IMPLEMENT_STANDARD_HANDLE(SketcherPrs_LengthDimension, AIS_LengthDimension);
IMPLEMENT_STANDARD_RTTIEXT(SketcherPrs_LengthDimension, AIS_LengthDimension);
// The value of vertical aligment is sometimes changed
myAspect->TextAspect()->SetVerticalJustification(Graphic3d_VTA_CENTER);
+ AttributeDoublePtr aValue = myConstraint->data()->real(SketchPlugin_Constraint::VALUE());
+ std::set<std::string> aParams = aValue->usedParameters();
+ if (aParams.size() > 0) {
+ SetSpecialSymbol(MySummSymbol);
+ SetDisplaySpecialSymbol(AIS_DSS_Before);
+ }
+
AIS_LengthDimension::Compute(thePresentationManager, thePresentation, theMode);
}
int theId)
:Select3D_SensitiveEntity(anOwner), myId(theId)
{
- SetSensitivityFactor(12.);
+ SetSensitivityFactor(12);
}
Standard_Boolean SketcherPrs_SensitivePoint::Matches (SelectBasics_SelectingVolumeManager& theMgr,
const Handle(Prs3d_Presentation)& thePresentation, const Standard_Integer theMode = 0);
/// Redefinition of virtual function
+ /// \param aSelection selection
+ /// \param aMode compute mode
Standard_EXPORT virtual void ComputeSelection(const Handle(SelectMgr_Selection)& aSelection,
const Standard_Integer aMode);
FeaturePtr aFeature;
std::shared_ptr<ModelAPI_AttributeRefAttr> anAttr = std::dynamic_pointer_cast<
ModelAPI_AttributeRefAttr>(theFeature->data()->attribute(theAttribute));
- if (anAttr)
- aFeature = ModelAPI_Feature::feature(anAttr->object());
+ if(!anAttr.get()) {
+ return std::shared_ptr<GeomAPI_Pnt2d>();
+ }
+ aFeature = ModelAPI_Feature::feature(anAttr->object());
if (aFeature && aFeature->getKind() == SketchPlugin_Point::ID())
aPointAttr = std::dynamic_pointer_cast<GeomDataAPI_Point2D>(
return false;
}
-void XGUI_ActionsMgr::update()
+void XGUI_ActionsMgr::updateCommandsStatus()
{
+ setAllEnabled(true);
XGUI_Selection* aSelection = myWorkshop->selector()->selection();
- if (aSelection->getSelected(ModuleBase_ISelection::Viewer).size() > 0) {
+ if (aSelection->getSelected(ModuleBase_ISelection::Viewer).size() > 0)
updateOnViewSelection();
- } else {
- FeaturePtr anActiveFeature = FeaturePtr();
- ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
- (myOperationMgr->currentOperation());
- if (aFOperation) {
- anActiveFeature = aFOperation->feature();
- if(anActiveFeature.get()) {
- setAllEnabled(false);
- QString aFeatureId = QString::fromStdString(anActiveFeature->getKind());
- setActionEnabled(aFeatureId, true);
- }
- setNestedStackEnabled(aFOperation);
- } else {
- setAllEnabled(true);
- setNestedCommandsEnabled(false);
+
+ FeaturePtr anActiveFeature = FeaturePtr();
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (myOperationMgr->currentOperation());
+ if (aFOperation) {
+ anActiveFeature = aFOperation->feature();
+ QStringList aNested = allNestedCommands(aFOperation);
+ foreach(QString aAction, myActions.keys()) {
+ if (!aNested.contains(aAction))
+ setActionEnabled(aAction, false);
}
- // TODO(SBH): Get defaults state of actions from XML and remove the following method
- updateByDocumentKind();
- updateByPlugins(anActiveFeature);
- }
+ } else
+ setNestedCommandsEnabled(false);
+
+ updateByPlugins(anActiveFeature);
+ updateByDocumentKind();
updateCheckState();
}
void XGUI_ActionsMgr::setAllEnabled(bool isEnabled)
{
- foreach(QString eachAction, myActions.keys())
- {
+ foreach(QString eachAction, myActions.keys()) {
setActionEnabled(eachAction, isEnabled);
}
}
return;
FeaturePtr aFeature = anOperation->feature();
QString aFeatureId = QString::fromStdString(aFeature->getKind());
- setActionEnabled(aFeatureId, true);
+ //setActionEnabled(aFeatureId, true);
setNestedCommandsEnabled(true, aFeatureId);
setNestedStackEnabled(myOperationMgr->previousOperation(theOperation));
}
+QStringList XGUI_ActionsMgr::allNestedCommands(ModuleBase_Operation* theOperation)
+{
+ QStringList aFeatures;
+ ModuleBase_OperationFeature* anOperation = dynamic_cast<ModuleBase_OperationFeature*>(theOperation);
+ if(!anOperation || !anOperation->feature())
+ return aFeatures;
+ FeaturePtr aFeature = anOperation->feature();
+ QString aFeatureId = QString::fromStdString(aFeature->getKind());
+
+ aFeatures << myNestedActions[aFeatureId];
+ aFeatures << allNestedCommands(myOperationMgr->previousOperation(theOperation));
+ return aFeatures;
+}
+
void XGUI_ActionsMgr::setActionChecked(const QString& theId, const bool theChecked)
{
if (myActions.contains(theId)) {
void XGUI_ActionsMgr::setActionEnabled(const QString& theId, const bool theEnabled)
{
if (myActions.contains(theId)) {
- myActions[theId]->setEnabled(theEnabled);
+ QAction* aAction = myActions[theId];
+ // Initially all actions are enabled
+ // If it was disabled for any reason then we can not enable it
+ if (aAction->isEnabled())
+ aAction->setEnabled(theEnabled);
}
}
/// Return info (icon, text, etc) about the action by the given id, if it was registered in the manager
ActionInfo actionInfoById(const QString& theId);
-public slots:
+ private:
//! Update workbench actions according to OperationMgr state:
//! No active operations: all actions but nested are available
//! There is active operation: current operation + it's nested
//! are enabled, all the rest is disabled. All active commands is checked.
- void update();
+ void updateCommandsStatus();
+
//! Sets all commands checked if it's operation is active.
void updateCheckState();
+
//! Updates actions according to current selection in the viewer
void updateOnViewSelection();
-
- protected:
+
//! Sets all actions to isEnabled state.
void setAllEnabled(bool isEnabled);
+
//! Sets all nested actions to isEnabled state for the command with given ID.
//! If ID is empty - all nested actions will be affected.
void setNestedCommandsEnabled(bool isEnabled, const QString& theParent = QString());
+
//! Sets to enabled state all siblings of the given operation and it's parents recursively
void setNestedStackEnabled(ModuleBase_Operation* theOperation);
+
//! Sets the action with theId to theChecked state.
void setActionChecked(const QString& theId, const bool theChecked);
+
//! Sets the action with theId to theEnabled state.
void setActionEnabled(const QString& theId, const bool theEnabled);
+
//! Updates actions according to their "document" tag
void updateByDocumentKind();
+
//! Asks plugins about their features state, using the Events system
void updateByPlugins(FeaturePtr theActiveFeature);
+ QStringList allNestedCommands(ModuleBase_Operation* theOperation);
+
private:
QMap<QString, QAction*> myActions;
XGUI_Workshop* myWorkshop;
XGUI_OperationMgr* myOperationMgr;
+
+ friend class XGUI_Workshop;
};
#endif /* XGUI_ACTIONSMGR_H_ */
addAction("RENAME_CMD", aAction);
connect(aAction, SIGNAL(triggered(bool)), this, SLOT(onRename()));
- aAction = new QAction(QIcon(":pictures/move.png"), tr("Move to the end"), this);
+ aAction = new QAction(QIcon(":pictures/move.png"), XGUI_Workshop::MOVE_TO_END_COMMAND, this);
addAction("MOVE_CMD", aAction);
aAction = new QAction(QIcon(":pictures/color.png"), tr("Color..."), this);
if( aMgr->activeDocument() == aObject->document() )
{
action("RENAME_CMD")->setEnabled(true);
- action("DELETE_CMD")->setEnabled(true);
+ action("DELETE_CMD")->setEnabled(!hasSubFeature);
}
}
} else {
// Result construction menu
aList.append(action("HIDE_CMD"));
aList.append(action("SHOW_ONLY_CMD"));
- aList.append(action("HIDEALL_CMD"));
aList.append(action("COLOR_CMD"));
myViewerMenu[ModelAPI_ResultConstruction::group()] = aList;
// Result part menu
aList.append(mySeparator);
aList.append(action("HIDE_CMD"));
aList.append(action("SHOW_ONLY_CMD"));
- aList.append(action("HIDEALL_CMD"));
myViewerMenu[ModelAPI_ResultBody::group()] = aList;
// Group menu
myViewerMenu[ModelAPI_ResultGroup::group()] = aList;
aActions.append(action("HIDE_CMD"));
aActions.append(action("COLOR_CMD"));
}
+ // hide all is shown always even if selection in the viewer is empty
+ aActions.append(action("HIDEALL_CMD"));
theMenu->addActions(aActions);
#ifndef HAVE_SALOME
aParent = createIndex(folderId(aGroup, aDoc.get()), 0, aDoc.get());
}
int aChildNb = rowCount(aParent);
- rebuildBranch(aStartId, aChildNb - aStartId);
+ rebuildBranch(aStartId, aChildNb - aStartId, aParent);
} else if (theMessage->eventID() == Events_Loop::loop()->eventByName(EVENT_DOCUMENT_CHANGED)) {
DocumentPtr aDoc = ModelAPI_Session::get()->activeDocument();
if (aDoc != aRootDoc) {
} else if (aDoc) {
// A folder under sub-document
if (aActiveDoc.get() != aDoc)
- return aDefaultFlag;
+ return aNullFlag;
}
return aEditingFlag;
}
#include <SelectMgr_ListIteratorOfListOfFilter.hxx>
#include <Prs3d_Drawer.hxx>
#include <Prs3d_IsoAspect.hxx>
+#include <SelectMgr_SelectionManager.hxx>
#include <StdSelect_ViewerSelector3d.hxx>
}
XGUI_Displayer::XGUI_Displayer(XGUI_Workshop* theWorkshop)
- : myWorkshop(theWorkshop), myEnableUpdateViewer(true), myNeedUpdate(false)
+ : myWorkshop(theWorkshop), myEnableUpdateViewer(true), myNeedUpdate(false),
+ myIsTrihedronActive(false)
{
enableUpdateViewer(true);
myCustomPrs = std::shared_ptr<GeomAPI_ICustomPrs>(new XGUI_CustomPrs());
if(anAISIO->Width() > 1) {
for(int aModeIdx = 0; aModeIdx < myActiveSelectionModes.length(); ++aModeIdx) {
int aMode = myActiveSelectionModes.value(aModeIdx);
- double aPrecision = (aMode == getSelectionMode(TopAbs_VERTEX))? 15 :
+ double aPrecision = (aMode == getSelectionMode(TopAbs_VERTEX))? 20 :
(anAISIO->Width() + 2);
aContext->SetSelectionSensitivity(anAISIO, aMode, aPrecision);
}
void XGUI_Displayer::deactivateObjects(const QObjectPtrList& theObjList,
const bool theUpdateViewer)
{
+ //Handle(AIS_InteractiveObject) aTrihedron = getTrihedron();
+ //if (!aTrihedron.IsNull())
+ // deactivateAIS(aTrihedron);
+
QObjectPtrList::const_iterator anIt = theObjList.begin(), aLast = theObjList.end();
for (; anIt != aLast; anIt++) {
deactivate(*anIt, false);
Handle(AIS_InteractiveObject) anAISIO;
AIS_ListOfInteractive aPrsList;
- if (theObjList.isEmpty())
- return;
- else {
- foreach(ObjectPtr aObj, theObjList) {
- if (myResult2AISObjectMap.contains(aObj))
- aPrsList.Append(myResult2AISObjectMap[aObj]->impl<Handle(AIS_InteractiveObject)>());
- }
+ //if (aObjList.isEmpty())
+ // return;
+ //else {
+ foreach(ObjectPtr aObj, theObjList) {
+ if (myResult2AISObjectMap.contains(aObj))
+ aPrsList.Append(myResult2AISObjectMap[aObj]->impl<Handle(AIS_InteractiveObject)>());
}
+ //}
+
+ // Add trihedron because it has to partisipate in selection
+ Handle(AIS_InteractiveObject) aTrihedron;
+ if (isTrihedronActive()) {
+ aTrihedron = getTrihedron();
+ if (!aTrihedron.IsNull())
+ aPrsList.Append(aTrihedron);
+ }
+ if (aPrsList.Extent() == 0)
+ return;
AIS_ListIteratorOfListOfInteractive aLIt(aPrsList);
bool isActivationChanged = false;
if (activate(anAISIO, myActiveSelectionModes, false))
isActivationChanged = true;
}
+ if (!aTrihedron.IsNull()) {
+ foreach(int aMode, myActiveSelectionModes)
+ aContext->SetSelectionSensitivity(aTrihedron, aMode, 20);
+ }
// VSV It seems that there is no necessity to update viewer on activation
//if (theUpdateViewer && isActivationChanged)
// updateViewer();
return aErased;
}
+#define DEACTVATE_COMP(TheComp) \
+ if (!TheComp.IsNull()) \
+ aContext->Deactivate(TheComp);
+
void XGUI_Displayer::deactivateTrihedron() const
{
- Handle(AIS_InteractiveContext) aContext = myWorkshop->viewer()->AISContext();
+ Handle(AIS_InteractiveObject) aTrihedron = getTrihedron();
+ if (!aTrihedron.IsNull()) {
+ Handle(AIS_Trihedron) aTrie = Handle(AIS_Trihedron)::DownCast(aTrihedron);
+ Handle(AIS_InteractiveContext) aContext = AISContext();
+ aContext->Deactivate(aTrie);
+ DEACTVATE_COMP(aTrie->XAxis());
+ DEACTVATE_COMP(aTrie->YAxis());
+ DEACTVATE_COMP(aTrie->Axis());
+ DEACTVATE_COMP(aTrie->Position());
+ DEACTVATE_COMP(aTrie->XYPlane());
+ DEACTVATE_COMP(aTrie->XZPlane());
+ DEACTVATE_COMP(aTrie->YZPlane());
+ }
+}
+
+Handle(AIS_InteractiveObject) XGUI_Displayer::getTrihedron() const
+{
+ Handle(AIS_InteractiveContext) aContext = AISContext();
if (!aContext.IsNull()) {
AIS_ListOfInteractive aList;
aContext->DisplayedObjects(aList, true);
for (aIt.Initialize(aList); aIt.More(); aIt.Next()) {
Handle(AIS_Trihedron) aTrihedron = Handle(AIS_Trihedron)::DownCast(aIt.Value());
if (!aTrihedron.IsNull()) {
- aContext->Deactivate(aTrihedron);
+ return aTrihedron;
}
}
}
+ return Handle(AIS_InteractiveObject)();
}
void XGUI_Displayer::openLocalContext()
{
- Handle(AIS_InteractiveContext) aContext = myWorkshop->viewer()->AISContext();
+ Handle(AIS_InteractiveContext) aContext = AISContext();
// Open local context if there is no one
if (!aContext.IsNull() && !aContext->HasOpenedContext()) {
// Preserve selected objects
//aContext->ClearCurrents();
aContext->OpenLocalContext();
- deactivateTrihedron();
+ //deactivateTrihedron();
//aContext->NotUseDisplayedObjects();
//myUseExternalObjects = false;
void XGUI_Displayer::deactivateAIS(const Handle(AIS_InteractiveObject)& theIO, const int theMode) const
{
- Handle(AIS_InteractiveContext) aContext = myWorkshop->viewer()->AISContext();
+ Handle(AIS_InteractiveContext) aContext = AISContext();
if (!aContext.IsNull()) {
if (theMode == -1)
aContext->Deactivate(theIO);
Handle(AIS_InteractiveContext) aContext = myWorkshop->viewer()->AISContext();
if (!aContext.IsNull() && !aContext->HasOpenedContext()) {
aContext->OpenLocalContext();
- deactivateTrihedron();
+ if (!isTrihedronActive())
+ deactivateTrihedron();
aContext->DefaultDrawer()->VIsoAspect()->SetNumber(0);
aContext->DefaultDrawer()->UIsoAspect()->SetNumber(0);
}
// trihedron AIS check should be after the AIS loading.
// If it is not loaded, it is steel selectable in the viewer.
- Handle(AIS_Trihedron) aTrihedron = Handle(AIS_Trihedron)::DownCast(theIO);
+ Handle(AIS_Trihedron) aTrihedron;
+ if (!isTrihedronActive())
+ aTrihedron = Handle(AIS_Trihedron)::DownCast(theIO);
if (aTrihedron.IsNull()) {
- //aContext->Load(anAISIO, -1, true);
// In order to clear active modes list
if (theModes.size() == 0) {
- //aContext->Load(anAISIO, 0, true);
activateAIS(theIO, 0, theUpdateViewer);
} else {
foreach(int aMode, theModes) {
- //aContext->Load(anAISIO, aMode, true);
if (!aModesActivatedForIO.contains(aMode)) {
activateAIS(theIO, aMode, theUpdateViewer);
isActivationChanged = true;
return QString("myResult2AISObjectMap: size = %1\n%2\n").arg(myResult2AISObjectMap.size()).
arg(aContent.join("\n")).toStdString().c_str();
}
+
+void XGUI_Displayer::activateTrihedron(bool theIsActive)
+{
+ myIsTrihedronActive = theIsActive;
+ if (!myIsTrihedronActive) {
+ deactivateTrihedron();
+ }
+}
/// \param isEnabled a boolean value
bool enableUpdateViewer(const bool isEnabled);
+ /// Returns myEnableUpdateViewer flag
bool isUpdateEnabled() const { return myEnableUpdateViewer; }
/// Updates the viewer
/// \param theUpdateViewer update viewer flag
/// \return previously defined color on the object
QColor setObjectColor(ObjectPtr theObject, const QColor& theColor, bool theUpdateViewer = true);
+
+ /// Returns Trihedron object if it is displayed
+ Handle(AIS_InteractiveObject) getTrihedron() const;
+ // Set trihedron active (used in selection) or non active
+ void activateTrihedron(bool theIsActive);
+
+ bool isTrihedronActive() const { return myIsTrihedronActive; }
+
/// Converts shape type (TopAbs_ShapeEnum) to selection mode
/// \param theShapeType a shape type from TopAbs_ShapeEnum
static int getSelectionMode(int theShapeType);
/// the enable update viewer flag
bool myEnableUpdateViewer;
+ // Flag: use trihedgon for selection or not
+ bool myIsTrihedronActive;
+
/// A flag that update was requested but not done
mutable bool myNeedUpdate;
};
*/
#include <XGUI_ErrorDialog.h>
+#include <ModuleBase_Tools.h>
+
#include <QDialogButtonBox>
#include <QHBoxLayout>
#include <QLabel>
if (!isVisible()) {
show();
raise();
- activateWindow();
+ ModuleBase_Tools::activateWindow(this, "XGUI_ErrorDialog::addError");
}
}
void XGUI_ErrorMgr::updateActions(const FeaturePtr& theFeature)
{
- QString anError = myWorkshop->module()->getFeatureError(theFeature);
-
//update Ok Action and header of property panel if the current operation started for the feature
XGUI_ActionsMgr* anActionsMgr = workshop()->actionsMgr();
ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
(workshop()->operationMgr()->currentOperation());
if (aFOperation && aFOperation->feature() == theFeature) {
QAction* anOkAction = anActionsMgr->operationStateAction(XGUI_ActionsMgr::Accept);
- updateActionState(anOkAction, theFeature);
+ QString anError = myWorkshop->module()->getFeatureError(theFeature);
+
+ ModuleBase_ModelWidget* anActiveWidget = activeWidget();
+ QString aWidgetError = myWorkshop->module()->getWidgetError(anActiveWidget);
+ if (anError.isEmpty())
+ anError = aWidgetError;
+
+ updateActionState(anOkAction, anError);
+ updateToolTip(anActiveWidget, aWidgetError);
}
}
void XGUI_ErrorMgr::updateAcceptAllAction(const FeaturePtr& theFeature)
{
QString anError = myWorkshop->module()->getFeatureError(theFeature);
+ if (anError.isEmpty())
+ anError = myWorkshop->module()->getWidgetError(activeWidget());
XGUI_ActionsMgr* anActionsMgr = workshop()->actionsMgr();
if (workshop()->isFeatureOfNested(theFeature)) {
}
}
-bool XGUI_ErrorMgr::canProcessClick(QAction* theAction, const FeaturePtr& theFeature)
+void XGUI_ErrorMgr::updateActionState(QAction* theAction, const QString& theError)
{
- QString anError = myWorkshop->module()->getFeatureError(theFeature);
- bool isActionEnabled = anError.isEmpty();
- if (!isActionEnabled && !anError.isEmpty()) {
- if (!myErrorDialog) {
- myErrorDialog = new QDialog(QApplication::desktop(), Qt::Popup);
- QHBoxLayout* aLay = new QHBoxLayout(myErrorDialog);
- aLay->setContentsMargins(0, 0, 0, 0);
-
- QFrame* aMarginWidget = new QFrame(myErrorDialog);
- aMarginWidget->setFrameStyle(QFrame::Panel | QFrame::Raised);
-
- aLay->addWidget(aMarginWidget);
- QHBoxLayout* aMarginLay = new QHBoxLayout(aMarginWidget);
- aMarginLay->setContentsMargins(4, 4, 4, 4);
-
- myErrorLabel = new QLabel(aMarginWidget);
- aMarginLay->addWidget(myErrorLabel);
- }
- myErrorLabel->setText(anError);
- myErrorDialog->move(QCursor::pos());
- myErrorDialog->show();
- }
- return isActionEnabled;
-}
+ bool anEnabled = theError.isEmpty();
-void XGUI_ErrorMgr::updateActionState(QAction* theAction, const FeaturePtr& theFeature/*,
- const bool theEnabled*/)
-{
- QString anError = myWorkshop->module()->getFeatureError(theFeature);
- bool anEnabled = anError.isEmpty();
-
- bool isActionEnabled = theAction->data() != INVALID_VALUE;
- if (anEnabled != isActionEnabled) {
- // update enable state of the button
- theAction->setIcon(anEnabled ? QIcon(":pictures/button_ok.png"): QIcon(":pictures/button_ok_error.png"));
- if (anEnabled)
- theAction->setData("");
- else
- theAction->setData(INVALID_VALUE);
- }
+ theAction->setEnabled(anEnabled);
// some operations have no property panel, so it is important to check that it is not null
if (myPropertyPanel) {
// update controls error information
QWidget* aWidget = myPropertyPanel->headerWidget();
if (aWidget)
- aWidget->setToolTip(anError);
+ aWidget->setToolTip(theError);
}
}
-
-/*const char* toString(ModelAPI_ExecState theExecState)
-{
-#define TO_STRING(__NAME__) case __NAME__: return #__NAME__;
- switch (theExecState) {
- TO_STRING(ModelAPI_StateDone)
- TO_STRING(ModelAPI_StateMustBeUpdated)
- TO_STRING(ModelAPI_StateExecFailed)
- TO_STRING(ModelAPI_StateInvalidArgument)
- TO_STRING(ModelAPI_StateNothing)
- default: return "Unknown ExecState.";
- }
-#undef TO_STRING
-}*/
-
-/*void XGUI_ErrorMgr::onValidationStateChanged()
-{
- XGUI_OperationMgr* anOperationMgr = dynamic_cast<XGUI_OperationMgr*>(sender());
- if (!anOperationMgr)
- return;
- ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
- (anOperationMgr->currentOperation());
- if (!myPropertyPanel || !aFOperation)
- return;
-
- FeaturePtr aFeature = aFOperation->feature();
- QString anError = getFeatureError(aFeature);
-
- QWidget* aWidget = myPropertyPanel->headerWidget();
- if (aWidget) {
- aWidget->setToolTip(anError);
- aWidget->setStyleSheet(anError.isEmpty() ? "" : "background-color:pink;");
- }
-}*/
-
-/*QString XGUI_ErrorMgr::getFeatureError(const FeaturePtr& theFeature) const
-{
- QString anError;
- // get feature
- if (!theFeature.get() || !theFeature->data()->isValid())
- return anError;
-
- // set error indication
- anError = QString::fromStdString(theFeature->error());
- if (anError.isEmpty()) {
- bool isDone = ( theFeature->data()->execState() == ModelAPI_StateDone
- || theFeature->data()->execState() == ModelAPI_StateMustBeUpdated );
- if (!isDone)
- anError = toString(theFeature->data()->execState());
- }
-
- return anError;
-}*/
-
void XGUI_ErrorMgr::onWidgetChanged()
{
- static ModelAPI_ValidatorsFactory* aValidators = ModelAPI_Session::get()->validators();
-
ModuleBase_ModelWidget* aModelWidget = dynamic_cast<ModuleBase_ModelWidget*>(sender());
if (!aModelWidget || !aModelWidget->feature().get())
return;
- std::string anAttributeID = aModelWidget->attributeID();
- AttributePtr anAttribute = aModelWidget->feature()->attribute(anAttributeID);
- if (!anAttribute.get())
- return;
+ QString aWidgetError = myWorkshop->module()->getWidgetError(aModelWidget);
+ updateToolTip(aModelWidget, aWidgetError);
+}
- std::string aValidatorID;
- std::string anErrorMsg;
- if (!aValidators->validate(anAttribute, aValidatorID, anErrorMsg)) {
- if (anErrorMsg.empty())
- anErrorMsg = "unknown error.";
- anErrorMsg = anAttributeID + " - " + aValidatorID + ": " + anErrorMsg;
- }
+void XGUI_ErrorMgr::updateToolTip(ModuleBase_ModelWidget* theWidget,
+ const QString& theError)
+{
+ if (!theWidget)
+ return;
- QString anError = QString::fromStdString(anErrorMsg);
- QList<QWidget*> aWidgetList = aModelWidget->getControls();
+ QList<QWidget*> aWidgetList = theWidget->getControls();
foreach(QWidget* aWidget, aWidgetList) {
QLabel* aLabel = qobject_cast<QLabel*>(aWidget);
// We won't set the effect to QLabels - it looks ugly
// Get the original tool tip of the widget
QString aTTip = aWidget->toolTip().section("Errors:\n", 0, 0).trimmed();
// Add the error message into the tool tip
- if (!anError.isEmpty()) {
+ if (!theError.isEmpty()) {
if (!aTTip.isEmpty())
aTTip.append('\n');
- aTTip += "Errors:\n" + anError;
+ aTTip += "Errors:\n" + theError;
}
aWidget->setToolTip(aTTip);
//aWidget->setStyleSheet(anError.isEmpty() ? "" : "background-color:pink;");
XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(myWorkshop);
return aConnector->workshop();
}
+
+ModuleBase_ModelWidget* XGUI_ErrorMgr::activeWidget() const
+{
+ ModuleBase_ModelWidget* anActiveWidget = 0;
+
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
+ (workshop()->operationMgr()->currentOperation());
+ if (aFOperation) {
+ ModuleBase_IPropertyPanel* aPropertyPanel = aFOperation->propertyPanel();
+ if (aPropertyPanel) {
+ anActiveWidget = aPropertyPanel->activeWidget();
+ }
+ }
+ return anActiveWidget;
+}
+
class XGUI_Workshop;
class ModuleBase_IWorkshop;
+class ModuleBase_ModelWidget;
+
class QAction;
class QDialog;
class QLabel;
/// \param theFeature a feature
void updateAcceptAllAction(const FeaturePtr& theFeature);
- /// Return true if the feature has no error. If there is an error and the action
- /// is not valid, the dialog with the error information is shown.
- /// \param theAction an action, which is checked on validity
- /// \param theFeature a feature that provides error information
- bool canProcessClick(QAction* theAction, const FeaturePtr& theFeature);
-
public slots:
/// Reimplemented from ModuleBase_ErrorMgr::onValidationStateChanged().
//virtual void onValidationStateChanged();
virtual void onWidgetChanged();
private:
- /// It updates the action state according to the given parameter
+ /// It disables the action if the error message is not empty
+ /// The message is set to the header tool tip.
/// \param theAction an action to be changed
- /// \param theFeature an feature that corresponds to the action
- void updateActionState(QAction* theAction, const FeaturePtr& theFeature);
+ /// \param theError an error state
+ void updateActionState(QAction* theAction, const QString& theError);
- /// Returns the feature error message
- /// \param theFeature a feature
- /// \return the error message
- //QString getFeatureError(const FeaturePtr& theFeature) const;
+ /// It updates the tool tip of the widget controls according to the widget error
+ /// \param theWidget a widget
+ /// \param theError an error state
+ void updateToolTip(ModuleBase_ModelWidget* theWidget, const QString& theError);
/// Returns casted workshop
XGUI_Workshop* workshop() const;
+ /// Returns an active widget of the current operation
+ /// \return the widget or zero
+ ModuleBase_ModelWidget* activeWidget() const;
+
private:
- ModuleBase_IWorkshop* myWorkshop;
+ ModuleBase_IWorkshop* myWorkshop; /// workshop
QDialog* myErrorDialog; /// contains the error message
QLabel* myErrorLabel; /// contains an error information
};
{
myWorkshop->operationMgr()->abortOperation(theOperation);
}
+
+void XGUI_ModuleConnector::updateCommandStatus()
+{
+ myWorkshop->updateCommandStatus();
+}
\ No newline at end of file
//! If the list is empty then selection will be cleared
virtual void setSelected(const QList<ModuleBase_ViewerPrs>& theValues);
+ /// Update of commands status
+ virtual void updateCommandStatus();
+
//! Returns workshop
XGUI_Workshop* workshop() const { return myWorkshop; }
#include <ModuleBase_Tools.h>
#include <QLayout>
-#include <QLabel>
+#include <QLineEdit>
#include <QPixmap>
#include <QEvent>
#include <QMouseEvent>
setColumnWidth(0, aSize.width() - SECOND_COL_WIDTH);
setColumnWidth(1, SECOND_COL_WIDTH);
}
+ QTreeView::resizeEvent(theEvent);
}
void XGUI_DataTree::onDoubleClick(const QModelIndex& theIndex)
int aSize = aModel->rowCount(aParent);
for (int i = 0; i < aSize; i++) {
update(aModel->index(i, 0, aParent));
+ update(aModel->index(i, 1, aParent));
}
}
//********************************************************************
//********************************************************************
XGUI_ActiveDocLbl::XGUI_ActiveDocLbl(const QString& theText, QWidget* theParent )
- : QLineEdit(theText, theParent),
+ : QLabel(theText, theParent),
myPreSelectionStyle(""),
myNeutralStyle(""),
mySelectionStyle(""),
void XGUI_ActiveDocLbl::setTreeView(QTreeView* theView)
{
myTreeView = theView;
+ setFont(myTreeView->font());
+
QPalette aPalet = myTreeView->palette();
QColor aHighlight = aPalet.highlight().color();
QColor aHighlightText = aPalet.highlightedText().color();
- myPreSelectionStyle = "QLineEdit {background-color: ";
+ myPreSelectionStyle = "QLabel {background-color: ";
myPreSelectionStyle += "qlineargradient(x1:0, y1:0, x2:0, y2:1, stop:0 white, stop:1 " + aHighlight.lighter(170).name() + ");";
myPreSelectionStyle += "border: 1px solid lightblue; border-radius: 2px }";
QString aName = aPalet.color(QPalette::Base).name();
- myNeutralStyle = "QLineEdit { border: 1px solid " + aName + " }";
+ myNeutralStyle = "QLabel { border: 1px solid " + aName + " }";
#if (!defined HAVE_SALOME) && (defined WIN32)
- mySelectionStyle = "QLineEdit {background-color: ";
+ mySelectionStyle = "QLabel {background-color: ";
mySelectionStyle += "qlineargradient(x1:0, y1:0, x2:0, y2:1, stop:0 rgb(236, 245, 255)";
mySelectionStyle += ", stop:1 rgb(208, 229, 255));";
mySelectionStyle += "border: 1px solid rgb(132, 172, 221); border-radius: 2px }";
#else
- mySelectionStyle = "QLineEdit {background-color: " + aHighlight.name();
+ mySelectionStyle = "QLabel {background-color: " + aHighlight.name();
mySelectionStyle += "; color : " + aHighlightText.name() + "}";
#endif
setStyleSheet(myNeutralStyle);
break;
}
- return QLineEdit::event(theEvent);
+ return QLabel::event(theEvent);
}
#endif
if (theEvent->type() == QEvent::MouseButtonRelease)
unselect();
}
- return QLineEdit::eventFilter(theObj, theEvent);
+ return QLabel::eventFilter(theObj, theEvent);
}
static bool MYClearing = false;
// We can not block signals because on
// clear selection the View state will not be updated
myTreeView->clearSelection();
- QLineEdit::mouseReleaseEvent(e);
+ QLabel::mouseReleaseEvent(e);
MYClearing = false;
}
DocumentPtr aDoc = aMgr->moduleDocument();
myActiveDocLbl = new XGUI_ActiveDocLbl(tr("Part set"), aLabelWgt);
- myActiveDocLbl->setReadOnly(true);
- myActiveDocLbl->setFrame(false);
+// myActiveDocLbl->setReadOnly(true);
+// myActiveDocLbl->setFrame(false);
myActiveDocLbl->setContextMenuPolicy(Qt::CustomContextMenu);
aLabelLay->addWidget(myActiveDocLbl);
}
}
+//***************************************************
+QModelIndexList XGUI_ObjectsBrowser::expandedItems(const QModelIndex& theParent) const
+{
+ QModelIndexList aIndexes;
+ QModelIndex aIndex;
+ for (int i = 0; i < myDocModel->rowCount(); i++) {
+ aIndex = myDocModel->index(i, 0, theParent);
+ if (myDocModel->hasChildren(aIndex)) {
+ if (myTreeView->isExpanded(aIndex)) {
+ aIndexes.append(aIndex);
+ QModelIndexList aSubIndexes = expandedItems(aIndex);
+ if (!aSubIndexes.isEmpty())
+ aIndexes.append(aSubIndexes);
+ }
+ }
+ }
+ return aIndexes;
+}
+
//***************************************************
void XGUI_ObjectsBrowser::rebuildDataTree()
{
+ QModelIndexList aIndexList = expandedItems();
myDocModel->rebuildDataTree();
+ foreach(QModelIndex aIndex, aIndexList) {
+ myTreeView->setExpanded(aIndex, true);
+ }
update();
}
#include <QWidget>
#include <QTreeView>
-#include <QLineEdit>
+#include <QLabel>
class ModuleBase_IDocumentDataModel;
class XGUI_DataModel;
* \ingroup GUI
* Implementation of root label in Object Browser
*/
-class XGUI_ActiveDocLbl: public QLineEdit
+class XGUI_ActiveDocLbl: public QLabel
{
Q_OBJECT
public:
/// Constructor
+ /// \param theText a text
/// \param theParent a parent widget
XGUI_ActiveDocLbl(const QString& theText, QWidget* theParent );
+ /// Sets tree view
+ /// \param theView a view
void setTreeView(QTreeView* theView);
+ /// Returns tree view
QTreeView* treePalette() const { return myTreeView;}
#if (!defined HAVE_SALOME) && (defined WIN32)
#endif
public slots:
+ /// On unselect
void unselect();
protected:
+ /// On mouse release
virtual void mouseReleaseEvent( QMouseEvent* e);
+ /// Filter event
bool eventFilter(QObject* theObj, QEvent* theEvent);
private:
}
/// Returns active doc label object
- QLineEdit* activeDocLabel() const { return myActiveDocLbl; }
+ QLabel* activeDocLabel() const { return myActiveDocLbl; }
/// Rebuild data tree
void rebuildDataTree();
void onSelectionChanged(const QItemSelection& theSelected, const QItemSelection& theDeselected);
private:
+ QModelIndexList expandedItems(const QModelIndex& theParent = QModelIndex()) const;
//! Internal model
XGUI_DataModel* myDocModel;
#include <ModuleBase_IViewer.h>
#include "ModuleBase_OperationDescription.h"
#include "ModuleBase_OperationFeature.h"
+#include "ModuleBase_Tools.h"
#include "ModelAPI_CompositeFeature.h"
#include "ModelAPI_Session.h"
#include <QApplication>
#include <QKeyEvent>
+//#define DEBUG_CURRENT_FEATURE
+
XGUI_OperationMgr::XGUI_OperationMgr(QObject* theParent,
ModuleBase_IWorkshop* theWorkshop)
: QObject(theParent), myIsApplyEnabled(false), myWorkshop(theWorkshop)
connect(aFOperation, SIGNAL(activatedByPreselection()),
SIGNAL(operationActivatedByPreselection()));
- theOperation->start();
- onValidateOperation();
- return true;
+ bool isStarted = theOperation->start();
+ if (isStarted)
+ onValidateOperation();
+ return isStarted;
}
bool XGUI_OperationMgr::abortAllOperations()
return;
ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
(currentOperation());
- if(aFOperation && aFOperation->feature().get())
- setApplyEnabled(myWorkshop->module()->getFeatureError(aFOperation->feature()).isEmpty());
+ if(aFOperation && aFOperation->feature().get()) {
+ QString anError = myWorkshop->module()->getFeatureError(aFOperation->feature());
+ if (anError.isEmpty()) {
+ ModuleBase_IPropertyPanel* aPanel = aFOperation->propertyPanel();
+ if (aPanel) {
+ ModuleBase_ModelWidget* anActiveWidget = aPanel->activeWidget();
+ if (anActiveWidget)
+ anError = myWorkshop->module()->getWidgetError(anActiveWidget);
+ }
+ }
+ setApplyEnabled(anError.isEmpty());
+ }
}
void XGUI_OperationMgr::setApplyEnabled(const bool theEnabled)
QListIterator<ModuleBase_Operation*> anIt(myOperations);
anIt.toBack();
ModuleBase_Operation* aPreviousOperation = 0;
- while (anIt.hasPrevious()) {
+ while (anIt.hasPrevious() && !isGranted) {
ModuleBase_Operation* anOp = anIt.previous();
if (anOp)
isGranted = anOp->isGranted(theId);
// is disabled, sketch entity is disabled as extrusion cut is created earliest then sketch.
// As a result the sketch disappears from the viewer. However after commit it is displayed back.
aFOperation->setPreviousCurrentFeature(aDoc->currentFeature(false));
+
+#ifdef DEBUG_CURRENT_FEATURE
+ FeaturePtr aFeature = aFOperation->feature();
+ QString aKind = aFeature ? aFeature->getKind().c_str() : "";
+ qDebug(QString("onBeforeOperationStarted(), edit operation = %1, feature = %2")
+ .arg(aFOperation->isEditOperation())
+ .arg(ModuleBase_Tools::objectInfo(aFeature)).toStdString().c_str());
+
+ qDebug(QString("\tdocument->currentFeature(false) = %1").arg(
+ ModuleBase_Tools::objectInfo(ModelAPI_Session::get()->activeDocument()->currentFeature(false))).toStdString().c_str());
+#endif
+
if (aFOperation->isEditOperation()) // it should be performed by the feature edit only
// in create operation, the current feature is changed by addFeature()
aDoc->setCurrentFeature(aFOperation->feature(), false);
+
+#ifdef DEBUG_CURRENT_FEATURE
+ qDebug("\tdocument->setCurrentFeature");
+ qDebug(QString("\tdocument->currentFeature(false) = %1").arg(
+ ModuleBase_Tools::objectInfo(ModelAPI_Session::get()->activeDocument()->currentFeature(false))).toStdString().c_str());
+#endif
+ ModuleBase_IModule* aModule = myWorkshop->module();
+ if (aModule)
+ aModule->beforeOperationStarted(aFOperation);
}
}
/// Restore the previous current feature
ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>(aCurrentOperation);
if (aFOperation) {
+#ifdef DEBUG_CURRENT_FEATURE
+ QString aKind = aFOperation->feature()->getKind().c_str();
+ qDebug(QString("onBeforeOperationCommitted(), edit operation = %1, feature = %2")
+ .arg(aFOperation->isEditOperation())
+ .arg(ModuleBase_Tools::objectInfo(aFOperation->feature())).toStdString().c_str());
+
+ qDebug(QString("\tdocument->currentFeature(false) = %1").arg(
+ ModuleBase_Tools::objectInfo(ModelAPI_Session::get()->activeDocument()->currentFeature(false))).toStdString().c_str());
+#endif
+
if (aFOperation->isEditOperation()) {
/// Restore the previous current feature
setCurrentFeature(aFOperation->previousCurrentFeature());
if (myOperations.front() != aFOperation)
setCurrentFeature(aFOperation->previousCurrentFeature());
}
+#ifdef DEBUG_CURRENT_FEATURE
+ qDebug("\tdocument->setCurrentFeature");
+ qDebug(QString("\tdocument->currentFeature(false) = %1").arg(
+ ModuleBase_Tools::objectInfo(ModelAPI_Session::get()->activeDocument()->currentFeature(false))).toStdString().c_str());
+#endif
+ ModuleBase_IModule* aModule = myWorkshop->module();
+ if (aModule)
+ aModule->beforeOperationStopped(aFOperation);
}
}
switch (theEvent->key()) {
case Qt::Key_Return:
case Qt::Key_Enter: {
- ModuleBase_Operation* aOperation = currentOperation();
+ isAccepted = onProcessEnter();
+ /*ModuleBase_Operation* aOperation = currentOperation();
ModuleBase_IPropertyPanel* aPanel = aOperation->propertyPanel();
ModuleBase_ModelWidget* aActiveWgt = aPanel->activeWidget();
if (!aActiveWgt || !aActiveWgt->processEnter()) {
- ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>(currentOperation());
- if (!aFOperation || myWorkshop->module()->getFeatureError(aFOperation->feature()).isEmpty()) {
- emit keyEnterReleased();
- commitOperation();
+ if (!myWorkshop->module()->processEnter(aActiveWgt ? aActiveWgt->attributeID() : "")) {
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>(currentOperation());
+ if (!aFOperation || myWorkshop->module()->getFeatureError(aFOperation->feature()).isEmpty()) {
+ emit keyEnterReleased();
+ commitOperation();
+ }
+ else
+ isAccepted = false;
}
- else
- isAccepted = false;
- }
+ }*/
}
break;
case Qt::Key_N:
return isAccepted;
}
+bool XGUI_OperationMgr::onProcessEnter()
+{
+ bool isAccepted = true;
+ ModuleBase_Operation* aOperation = currentOperation();
+ ModuleBase_IPropertyPanel* aPanel = aOperation->propertyPanel();
+ ModuleBase_ModelWidget* aActiveWgt = aPanel->activeWidget();
+ if (!aActiveWgt || !aActiveWgt->processEnter()) {
+ if (!myWorkshop->module()->processEnter(aActiveWgt ? aActiveWgt->attributeID() : "")) {
+ ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>(currentOperation());
+ if (!aFOperation || myWorkshop->module()->getFeatureError(aFOperation->feature()).isEmpty()) {
+ emit keyEnterReleased();
+ commitOperation();
+ }
+ else
+ isAccepted = false;
+ }
+ }
+ return isAccepted;
+}
+
XGUI_Workshop* XGUI_OperationMgr::workshop() const
{
XGUI_ModuleConnector* aConnector = dynamic_cast<XGUI_ModuleConnector*>(myWorkshop);
/// \param theEvent the mouse event
bool onKeyReleased(QKeyEvent* theEvent);
+ /// The functionaly, that should be done by enter click
+ /// Fistly the active widget processes it, then module. If no one do not
+ /// process it, the current operation is committed
+ bool onProcessEnter();
+
protected slots:
/// Slot that is called by an operation stop. Removes the stopped operation form the stack.
/// If there is a suspended operation, restart it.
#include <ModuleBase_PageBase.h>
#include <ModuleBase_PageWidget.h>
+#include <ModelAPI_Session.h>
+#include <ModelAPI_Validator.h>
+
#include <QEvent>
#include <QFrame>
#include <QIcon>
this, SLOT(activateNextWidget(ModuleBase_ModelWidget*)));
connect(aWidget, SIGNAL(keyReleased(QKeyEvent*)),
this, SIGNAL(keyReleased(QKeyEvent*)));
+ connect(aWidget, SIGNAL(enterClicked()),
+ this, SIGNAL(enterClicked()));
+
}
}
activateWidget(NULL);
return;
}
+ ModelAPI_ValidatorsFactory* aValidators = ModelAPI_Session::get()->validators();
+
QList<ModuleBase_ModelWidget*>::const_iterator anIt = myWidgets.begin(), aLast = myWidgets.end();
bool isFoundWidget = false;
- activateWindow();
+ ModuleBase_Tools::activateWindow(this, "XGUI_PropertyPanel::activateNextWidget()");
for (; anIt != aLast; anIt++) {
+ ModuleBase_ModelWidget* aCurrentWidget = *anIt;
if (isFoundWidget || !theWidget) {
- if ((*anIt)->focusTo()) {
+
+ if (!aValidators->isCase(aCurrentWidget->feature(), aCurrentWidget->attributeID()))
+ continue; // this attribute is not participated in the current case
+
+ if (aCurrentWidget->focusTo()) {
return;
}
}
for (int i = 0, aSize = myWidgets.size(); i < aSize && !aFirstControl; i++)
aFirstControl = myWidgets[i]->getControlAcceptingFocus(true);
if (aFirstControl)
- aFirstControl->setFocus();
+ ModuleBase_Tools::setFocus(aFirstControl, "XGUI_PropertyPanel::focusNextPrevChild()");
isChangedFocus = true;
}
else {
for (int i = myWidgets.size()-1; i >= 0 && !aLastControl; i--)
aLastControl = myWidgets[i]->getControlAcceptingFocus(false);
if (aLastControl)
- aLastControl->setFocus();
+ ModuleBase_Tools::setFocus(aLastControl, "XGUI_PropertyPanel::focusNextPrevChild()");
isChangedFocus = true;
}
else {
aFirstControl = myWidgets[i]->getControlAcceptingFocus(true);
if (aFirstControl && aFirstControl->hasFocus()) {
QToolButton* aCancelBtn = findChild<QToolButton*>(PROP_PANEL_CANCEL);
- aCancelBtn->setFocus();
+ ModuleBase_Tools::setFocus(aCancelBtn, "XGUI_PropertyPanel::focusNextPrevChild()");
isChangedFocus = true;
}
}
void XGUI_PropertyPanel::activateWidget(ModuleBase_ModelWidget* theWidget)
{
+ std::string aPreviosAttributeID;
+ if(myActiveWidget)
+ aPreviosAttributeID = myActiveWidget->attributeID();
+
// Avoid activation of already actve widget. It could happen on focusIn event many times
if (setActiveWidget(theWidget)) {
- if (myActiveWidget) {
- emit widgetActivated(myActiveWidget);
- } else if (!isEditingMode()) {
- emit noMoreWidgets();
- //setFocusOnOkButton();
+ emit widgetActivated(myActiveWidget);
+ if (!myActiveWidget && !isEditingMode()) {
+ emit noMoreWidgets(aPreviosAttributeID);
}
}
}
if (theWidget == myActiveWidget) {
return false;
}
+ std::string aPreviosAttributeID;
if(myActiveWidget) {
+ aPreviosAttributeID = myActiveWidget->attributeID();
myActiveWidget->deactivate();
myActiveWidget->setHighlighted(false);
}
void XGUI_PropertyPanel::setFocusOnOkButton()
{
QToolButton* anOkBtn = findChild<QToolButton*>(PROP_PANEL_OK);
- anOkBtn->setFocus();
+ ModuleBase_Tools::setFocus(anOkBtn, "XGUI_PropertyPanel::setFocusOnOkButton()");
}
void XGUI_PropertyPanel::setCancelEnabled(bool theEnabled)
/// Constructor
/// \param theParent is a parent of the property panel
+ /// \param theMgr operation manager
XGUI_PropertyPanel(QWidget* theParent, XGUI_OperationMgr* theMgr);
virtual ~XGUI_PropertyPanel();
*/
virtual void activateWidget(ModuleBase_ModelWidget* theWidget);
+signals:
+ void enterClicked();
+
protected:
/// Makes the widget active, deactivate the previous, activate and hightlight the given one
/// \param theWidget a widget
#include <ModelAPI_Feature.h>
#include <AIS_InteractiveContext.hxx>
+#include <AIS_Axis.hxx>
+#include <AIS_Point.hxx>
+#include <Geom_Line.hxx>
+#include <BRep_Builder.hxx>
+#include <TopoDS_Edge.hxx>
+#include <Geom_Point.hxx>
+#include <Geom_TrimmedCurve.hxx>
+#include <Prs3d_DatumAspect.hxx>
#include <TColStd_ListIteratorOfListOfInteger.hxx>
#include <StdSelect_BRepOwner.hxx>
#include <set>
+#define DEBUG_DELIVERY
+
XGUI_Selection::XGUI_Selection(XGUI_Workshop* theWorkshop)
: myWorkshop(theWorkshop)
{
// the located method is called in the context to obtain the shape by the SelectedShape() method,
// so the shape is located by the same rules
TopoDS_Shape aShape = aBRO->Shape().Located (aBRO->Location() * aBRO->Shape().Location());
+#ifndef DEBUG_DELIVERY
+ if (aShape.IsNull())
+ aShape = findAxisShape(anIO);
+#endif
if (!aShape.IsNull())
thePrs.setShape(aShape);
- }
+ } else {
+#ifdef DEBUG_DELIVERY
+ // Fill by trihedron shapes
+ Handle(AIS_Axis) aAxis = Handle(AIS_Axis)::DownCast(anIO);
+ if (!aAxis.IsNull()) {
+ // an Axis from Trihedron
+ Handle(Geom_Line) aLine = aAxis->Component();
+ Handle(Prs3d_DatumAspect) DA = aAxis->Attributes()->DatumAspect();
+ Handle(Geom_TrimmedCurve) aTLine = new Geom_TrimmedCurve(aLine, 0, DA->FirstAxisLength());
+
+ BRep_Builder aBuilder;
+ TopoDS_Edge aEdge;
+ aBuilder.MakeEdge(aEdge, aTLine, Precision::Confusion());
+ if (!aEdge.IsNull())
+ thePrs.setShape(aEdge);
+ } else {
+ Handle(AIS_Point) aPoint = Handle(AIS_Point)::DownCast(anIO);
+ if (!aPoint.IsNull()) {
+ // A point from trihedron
+ Handle(Geom_Point) aPnt = aPoint->Component();
+ BRep_Builder aBuilder;
+ TopoDS_Vertex aVertex;
+ aBuilder.MakeVertex(aVertex, aPnt->Pnt(), Precision::Confusion());
+ if (!aVertex.IsNull())
+ thePrs.setShape(aVertex);
+ }
+ }
+#endif
+ }
XGUI_Displayer* aDisplayer = myWorkshop->displayer();
ObjectPtr aFeature = aDisplayer->getObject(anIO);
for (aContext->InitSelected(); aContext->MoreSelected(); aContext->NextSelected()) {
TopoDS_Shape aShape = aContext->SelectedShape();
+ if (aShape.IsNull()) {
+ aShape = findAxisShape(aContext->SelectedInteractive());
+ }
if (!aShape.IsNull()) {
theList.Append(aShape);
Handle(SelectMgr_EntityOwner) aEO = aContext->SelectedOwner();
}
}
}
+
+//**************************************************************
+TopoDS_Shape XGUI_Selection::findAxisShape(Handle(AIS_InteractiveObject) theIO) const
+{
+ TopoDS_Shape aShape;
+ // Fill by trihedron shapes
+ Handle(AIS_Axis) aAxis = Handle(AIS_Axis)::DownCast(theIO);
+ if (!aAxis.IsNull()) {
+ // an Axis from Trihedron
+ Handle(Geom_Line) aLine = aAxis->Component();
+ Handle(Prs3d_DatumAspect) DA = aAxis->Attributes()->DatumAspect();
+ Handle(Geom_TrimmedCurve) aTLine = new Geom_TrimmedCurve(aLine, 0, DA->FirstAxisLength());
+
+ BRep_Builder aBuilder;
+ TopoDS_Edge aEdge;
+ aBuilder.MakeEdge(aEdge, aTLine, Precision::Confusion());
+ if (!aEdge.IsNull())
+ aShape = aEdge;
+ } else {
+ Handle(AIS_Point) aPoint = Handle(AIS_Point)::DownCast(theIO);
+ if (!aPoint.IsNull()) {
+ // A point from trihedron
+ Handle(Geom_Point) aPnt = aPoint->Component();
+ BRep_Builder aBuilder;
+ TopoDS_Vertex aVertex;
+ aBuilder.MakeVertex(aVertex, aPnt->Pnt(), Precision::Confusion());
+ if (!aVertex.IsNull())
+ aShape = aVertex;
+ }
+ }
+ return aShape;
+}
/// \param thePresentations an output list of presentation
void getSelectedInBrowser(QList<ModuleBase_ViewerPrs>& thePresentations) const;
+ /// Generates a vertex or edge by the give IO if it is an AIS created on trihedron
+ /// \param theIO a selected object
+ /// \return created shape or empty shape
+ TopoDS_Shape findAxisShape(Handle(AIS_InteractiveObject) theIO) const;
+
private:
XGUI_Workshop* myWorkshop;
};
return isSub;
}
+//**************************************************************
+bool isSubOfComposite(const ObjectPtr& theObject)
+{
+ bool isSub = false;
+ std::set<FeaturePtr> aRefFeatures;
+ refsToFeatureInFeatureDocument(theObject, aRefFeatures);
+ std::set<FeaturePtr>::const_iterator anIt = aRefFeatures.begin(),
+ aLast = aRefFeatures.end();
+ for (; anIt != aLast && !isSub; anIt++) {
+ isSub = isSubOfComposite(theObject, *anIt);
+ }
+ return isSub;
+}
+
//**************************************************************
void refsToFeatureInAllDocuments(const ObjectPtr& theSourceObject, const ObjectPtr& theObject,
std::set<FeaturePtr>& theDirectRefFeatures,
theAlreadyProcessed.insert(aFeature);
// 1. find references in the current document
+
std::set<FeaturePtr> aRefFeatures;
refsToFeatureInFeatureDocument(theObject, aRefFeatures);
std::set<FeaturePtr>::const_iterator anIt = aRefFeatures.begin(),
aLast = aRefFeatures.end();
for (; anIt != aLast; anIt++) {
+ // composite feature should not be deleted when the sub feature is to be deleted
if (!isSubOfComposite(theSourceObject, *anIt))
theDirectRefFeatures.insert(*anIt);
}
\param theFeature a candidate to be a composite feature
\return a boolean value
*/
-bool XGUI_EXPORT isSubOfComposite(const ObjectPtr& theObject, const FeaturePtr& theFeature);
+bool XGUI_EXPORT isSubOfComposite(const ObjectPtr& theObject);
/*!
Returns a container of references feature to the source object. The search happens in the object
std::set<FeaturePtr>& theDirectRefFeatures,
std::set<FeaturePtr>& theIndirectRefFeatures,
std::set<FeaturePtr>& theAlreadyProcessed);
+
+/*!
+* Returns true if the result is a sub object of some composite object
+* \param theObject a result object
+* \returns boolean value
+*/
+bool XGUI_EXPORT isSubOfComposite(const ObjectPtr& theObject);
};
#endif
if (!aView3d.IsNull()) {
aView3d->SetProj(theX, theY, theZ);
aView3d->SetTwist( theTwist );
- aView3d->FitAll(0.01, true);
+ aView3d->FitAll(0.01, false);
aView3d->SetZSize(0.);
if (aView3d->Depth() < 0.1)
aView3d->DepthFitAll();
#include <dlfcn.h>
#endif
+
+QString XGUI_Workshop::MOVE_TO_END_COMMAND = QObject::tr("Move to the end");
+
//#define DEBUG_DELETE
XGUI_Workshop::XGUI_Workshop(XGUI_SalomeConnector* theConnector)
myDisplayer = new XGUI_Displayer(this);
mySelector = new XGUI_SelectionMgr(this);
- //connect(mySelector, SIGNAL(selectionChanged()), this, SLOT(updateModuleCommands()));
+ connect(mySelector, SIGNAL(selectionChanged()), this, SLOT(updateCommandStatus()));
myOperationMgr = new XGUI_OperationMgr(this, 0);
myActionsMgr = new XGUI_ActionsMgr(this);
connect(myDisplayer, SIGNAL(beforeObjectErase(ObjectPtr, AISObjectPtr)),
myModule, SLOT(onBeforeObjectErase(ObjectPtr, AISObjectPtr)));
- myActionsMgr->update();
+ updateCommandStatus();
// activate visualized objects in the viewer
XGUI_Displayer* aDisplayer = displayer();
addHistoryMenu(aAction, SIGNAL(updateRedoHistory(const QList<ActionInfo>&)), SLOT(onRedo(int)));
salomeConnector()->addDesktopMenuSeparator("MEN_DESK_EDIT");
- aAction = salomeConnector()->addDesktopCommand("REBUILD_CMD", tr("Rebuild"), tr("Rebuild data objects"),
- QIcon(":pictures/rebuild.png"), QKeySequence(),
- false, "MEN_DESK_EDIT");
- salomeConnector()->addActionInToolbar( aAction, aToolBarTitle );
+ //aAction = salomeConnector()->addDesktopCommand("REBUILD_CMD", tr("Rebuild"), tr("Rebuild data objects"),
+ // QIcon(":pictures/rebuild.png"), QKeySequence(),
+ // false, "MEN_DESK_EDIT");
+ //salomeConnector()->addActionInToolbar( aAction, aToolBarTitle );
- connect(aAction, SIGNAL(triggered(bool)), this, SLOT(onRebuild()));
- salomeConnector()->addDesktopMenuSeparator("MEN_DESK_EDIT");
+ //connect(aAction, SIGNAL(triggered(bool)), this, SLOT(onRebuild()));
+ //salomeConnector()->addDesktopMenuSeparator("MEN_DESK_EDIT");
aAction = salomeConnector()->addDesktopCommand("SAVEAS_CMD", tr("Export NewGeom..."), tr("Export the current document into a NewGeom file"),
QIcon(), QKeySequence(),
aCommand->connectTo(this, SLOT(onSave()));
//aCommand->disable();
+ aCommand = aGroup->addFeature("SAVEAS_CMD", tr("Save as..."), tr("Save the document into a file"),
+ QIcon(":pictures/save.png"), QKeySequence());
+ aCommand->connectTo(this, SLOT(onSaveAs()));
+
QString aUndoId = "UNDO_CMD";
aCommand = aGroup->addFeature(aUndoId, tr("Undo"), tr("Undo last command"),
QIcon(":pictures/undo.png"), QKeySequence::Undo);
SIGNAL(updateRedoHistory(const QList<ActionInfo>&)),
SLOT(onRedo(int)));
- aCommand = aGroup->addFeature("REBUILD_CMD", tr("Rebuild"), tr("Rebuild data objects"),
- QIcon(":pictures/rebuild.png"), QKeySequence());
- aCommand->connectTo(this, SLOT(onRebuild()));
+ //aCommand = aGroup->addFeature("REBUILD_CMD", tr("Rebuild"), tr("Rebuild data objects"),
+ // QIcon(":pictures/rebuild.png"), QKeySequence());
+ //aCommand->connectTo(this, SLOT(onRebuild()));
- aCommand = aGroup->addFeature("SAVEAS_CMD", tr("Save as..."), tr("Save the document into a file"),
- QIcon(":pictures/save.png"), QKeySequence());
- aCommand->connectTo(this, SLOT(onSaveAs()));
//aCommand->disable();
aCommand = aGroup->addFeature("OPEN_CMD", tr("Open..."), tr("Open a new document"),
ModuleBase_OperationFeature* aFOperation = dynamic_cast<ModuleBase_OperationFeature*>
(anOperationMgr->currentOperation());
if (aFOperation) {
- if (errorMgr()->canProcessClick(anAction, aFOperation->feature()))
- myOperationMgr->onCommitOperation();
+ //if (errorMgr()->canProcessClick(anAction, aFOperation->feature()))
+ myOperationMgr->onCommitOperation();
}
}
}
if (theOperation->getDescription()->hasXmlRepresentation()) { //!< No need for property panel
setPropertyPanel(theOperation);
+ connectToPropertyPanel(true);
}
updateCommandStatus();
{
objectBrowser()->treeView()->setCurrentIndex(QModelIndex());
SessionPtr aMgr = ModelAPI_Session::get();
+ std::list<std::string> aUndoList = aMgr->undoList();
if (aMgr->isOperation()) {
/// this is important for nested operations
/// when sketch operation is active, this condition is false and
/// the sketch operation is not aborted
operationMgr()->onAbortOperation();
}
- for (int i = 0; i < theTimes; ++i) {
+ std::list<std::string>::const_iterator aIt = aUndoList.cbegin();
+ for (int i = 0; (i < theTimes) && (aIt != aUndoList.cend()); ++i, ++aIt) {
aMgr->undo();
+ if (QString((*aIt).c_str()) == MOVE_TO_END_COMMAND)
+ myObjectBrowser->rebuildDataTree();
}
operationMgr()->updateApplyOfOperations();
objectBrowser()->treeView()->setCurrentIndex(QModelIndex());
SessionPtr aMgr = ModelAPI_Session::get();
+ std::list<std::string> aRedoList = aMgr->redoList();
if (aMgr->isOperation()) {
/// this is important for nested operations
/// when sketch operation is active, this condition is false and
/// the sketch operation is not aborted
operationMgr()->onAbortOperation();
}
- for (int i = 0; i < theTimes; ++i) {
+ std::list<std::string>::const_iterator aIt = aRedoList.cbegin();
+ for (int i = 0; (i < theTimes) && (aIt != aRedoList.cend()); ++i, ++aIt) {
aMgr->redo();
+ if (QString((*aIt).c_str()) == MOVE_TO_END_COMMAND)
+ myObjectBrowser->rebuildDataTree();
}
operationMgr()->updateApplyOfOperations();
updateCommandStatus();
}
//******************************************************
-void XGUI_Workshop::onRebuild()
-{
- SessionPtr aMgr = ModelAPI_Session::get();
- bool aWasOperation = aMgr->isOperation(); // keep this value
- if (!aWasOperation) {
- aMgr->startOperation("Rebuild");
- }
- static const Events_ID aRebuildEvent = Events_Loop::loop()->eventByName("Rebuild");
- Events_Loop::loop()->send(std::shared_ptr<Events_Message>(
- new Events_Message(aRebuildEvent, this)));
- if (!aWasOperation) {
- aMgr->finishOperation();
- }
- updateCommandStatus();
-}
+//void XGUI_Workshop::onRebuild()
+//{
+// SessionPtr aMgr = ModelAPI_Session::get();
+// bool aWasOperation = aMgr->isOperation(); // keep this value
+// if (!aWasOperation) {
+// aMgr->startOperation("Rebuild");
+// }
+// static const Events_ID aRebuildEvent = Events_Loop::loop()->eventByName("Rebuild");
+// Events_Loop::loop()->send(std::shared_ptr<Events_Message>(
+// new Events_Message(aRebuildEvent, this)));
+// if (!aWasOperation) {
+// aMgr->finishOperation();
+// }
+// updateCommandStatus();
+//}
//******************************************************
void XGUI_Workshop::onWidgetStateChanged(int thePreviousState)
aCmd->setEnabled(false);
}
}
- myActionsMgr->update();
+ myActionsMgr->updateCommandsStatus();
emit commandStatusUpdated();
}
QAction* aCancelAct = myActionsMgr->operationStateAction(XGUI_ActionsMgr::Abort);
connect(aCancelAct, SIGNAL(triggered()), myOperationMgr, SLOT(onAbortOperation()));
- connect(myPropertyPanel, SIGNAL(noMoreWidgets()), myModule, SLOT(onNoMoreWidgets()));
connect(myPropertyPanel, SIGNAL(keyReleased(QKeyEvent*)),
myOperationMgr, SLOT(onKeyReleased(QKeyEvent*)));
+
+ connect(myPropertyPanel, SIGNAL(enterClicked()),
+ myOperationMgr, SLOT(onProcessEnter()));
//connect(myOperationMgr, SIGNAL(validationStateChanged(bool)),
// this, SLOT(onValidationStateChanged(bool)));
}
// in order to operation manager could process key events of the panel.
// otherwise they are ignored. It happens only if the same(activateWindow) is
// not happened by property panel activation(e.g. resume operation of Sketch)
- myPropertyPanel->activateWindow();
- myPropertyPanel->setFocus();
+ ModuleBase_Tools::activateWindow(myPropertyPanel, "XGUI_Workshop::showPropertyPanel()");
+ ModuleBase_Tools::setFocus(myPropertyPanel, "XGUI_Workshop::showPropertyPanel()");
}
//******************************************************
// are processed by this console. For example Undo actions.
// It is possible that this code is to be moved to NewGeom package
QMainWindow* aDesktop = desktop();
- aDesktop->activateWindow();
- aDesktop->setFocus();
+ ModuleBase_Tools::activateWindow(aDesktop, "XGUI_Workshop::hidePropertyPanel()");
+ ModuleBase_Tools::setFocus(aDesktop, "XGUI_Workshop::showPropertyPanel()");
}
//******************************************************
class QAction;
+
/**\class XGUI_Workshop
* \ingroup GUI
* \brief Class which defines a configuration of the application (Workshop) and launches it.
/// \param theUpdateViewer update viewer flag
void synchronizeGroupInViewer(const DocumentPtr& theDoc, const std::string& theGroup, bool theUpdateViewer);
+ /// A constant string used for "Move to end" command definition
+ /// It is used for specific processing of Undo/Redo for this command.
+ static QString MOVE_TO_END_COMMAND;
+
signals:
/// Emitted when selection happens in Salome viewer
void salomeViewerSelection();
/// Redo previous command
void onRedo(int times = 1);
- /// Rebuild data tree
- void onRebuild();
+ // Rebuild data tree
+ //void onRebuild();
/// Validates the operation to change the "Apply" button state.
/// \param thePreviousState the previous state of the widget
<file>pictures/wireframe.png</file>
<file>pictures/expression.png</file>
<file>pictures/arrow.png</file>
+
+ <file>pictures/solid.png</file>
+ <file>pictures/compsolid.png</file>
+ <file>pictures/compoundofsolids.png</file>
+ <file>pictures/edge.png</file>
+ <file>pictures/vertex.png</file>
+ <file>pictures/face.png</file>
+ <file>pictures/compound.png</file>
</qresource>
</RCC>
#!/bin/bash
source env.sh
-source env_standalone.sh
+source ${TOOLS_DIR}/env_salome.sh
mkdir -p ${BUILD_DIR}
cd ${BUILD_DIR}
:Axis.property_panel_ok_QToolButton {container=':SALOME*.Axis_XGUI_PropertyPanel' name='property_panel_ok' type='QToolButton' visible='1'}
:Axis_QLineEdit {container=':SALOME*.Axis_XGUI_PropertyPanel' type='QLineEdit' unnamed='1' visible='1'}
:Boolean.Main objects_QLabel {container=':SALOME*.Boolean_XGUI_PropertyPanel' text='Main objects' type='QLabel' unnamed='1' visible='1'}
-:Boolean.Main objects_QListWidget {aboveWidget=':Boolean.Main objects_QLabel' container=':SALOME*.Boolean_XGUI_PropertyPanel' type='QListWidget' unnamed='1' visible='1'}
+:Boolean.Main objects_QListWidget {aboveWidget=':property_panel_dock.Main objects_QLabel' container=':SALOME*.property_panel_dock_XGUI_PropertyPanel' type='QListWidget' unnamed='1' visible='1'}
:Boolean.Tool object_QLabel {container=':SALOME*.Boolean_XGUI_PropertyPanel' text='Tool object' type='QLabel' unnamed='1' visible='1'}
-:Boolean.Tool object_QListWidget {aboveWidget=':Boolean.Tool object_QLabel' container=':SALOME*.Boolean_XGUI_PropertyPanel' type='QListWidget' unnamed='1' visible='1'}
+:Boolean.Tool object_QListWidget {aboveWidget=':property_panel_dock.Tool object_QLabel' container=':SALOME*.property_panel_dock_XGUI_PropertyPanel' type='QListWidget' unnamed='1' visible='1'}
:Boolean.Type_QComboBox {container=':SALOME*.Boolean_XGUI_PropertyPanel' leftWidget=':Boolean.Type_QLabel' type='QComboBox' unnamed='1' visible='1'}
:Boolean.Type_QLabel {container=':SALOME*.Boolean_XGUI_PropertyPanel' text='Type' type='QLabel' unnamed='1' visible='1'}
-:Boolean.property_panel_ok_QToolButton {container=':SALOME*.Boolean_XGUI_PropertyPanel' name='property_panel_ok' type='QToolButton' visible='1'}
+:Boolean.property_panel_ok_QToolButton {container=':SALOME*.property_panel_dock_XGUI_PropertyPanel' name='property_panel_ok' type='QToolButton' visible='1'}
:Center of rotation.qt_spinbox_lineedit_QLineEdit {container=':Rotation.Center of rotation_QGroupBox' name='qt_spinbox_lineedit' type='QLineEdit' visible='1'}
:Center.X _ModuleBase_ParamSpinBox {container=':Circle.Center_QGroupBox' leftWidget=':Center.X _QLabel' type='ModuleBase_ParamSpinBox' unnamed='1' visible='1'}
:Center.X _ModuleBase_ParamSpinBox_2 {container=':Arc.Center_QGroupBox' leftWidget=':Center.X _QLabel_2' type='ModuleBase_ParamSpinBox' unnamed='1' visible='1'}
:Exit_SalomeApp_ExitDlg {type='SalomeApp_ExitDlg' unnamed='1' visible='1' windowTitle='Exit'}
:Extrusion.From_ModuleBase_PageGroupBox {container=':SALOME*.Extrusion_XGUI_PropertyPanel' title='From' type='ModuleBase_PageGroupBox' unnamed='1' visible='1'}
:Extrusion.From_ModuleBase_PageGroupBox_2 {container=':ExtrusionFuse.Extrusion_ModuleBase_PageGroupBox' title='From' type='ModuleBase_PageGroupBox' unnamed='1' visible='1'}
+:Extrusion.From_ModuleBase_PageGroupBox_3 {container=':ExtrusionCut.Extrusion_ModuleBase_PageGroupBox' title='From' type='ModuleBase_PageGroupBox' unnamed='1' visible='1'}
:Extrusion.Select a sketch face_QLabel {container=':SALOME*.Extrusion_XGUI_PropertyPanel' text='Select a sketch face' type='QLabel' unnamed='1' visible='1'}
:Extrusion.Select a sketch face_QListWidget {aboveWidget=':Extrusion.Select a sketch face_QLabel' container=':SALOME*.Extrusion_XGUI_PropertyPanel' type='QListWidget' unnamed='1' visible='1'}
:Extrusion.To_ModuleBase_PageGroupBox {container=':SALOME*.Extrusion_XGUI_PropertyPanel' title='To' type='ModuleBase_PageGroupBox' unnamed='1' visible='1'}
:From.from_offset_ModuleBase_ParamSpinBox {container=':Extrusion.From_ModuleBase_PageGroupBox' name='from_offset' type='ModuleBase_ParamSpinBox' visible='1'}
:From.from_offset_ModuleBase_ParamSpinBox_2 {container=':Revolution.From_ModuleBase_PageGroupBox' name='from_offset' type='ModuleBase_ParamSpinBox' visible='1'}
:From.from_offset_ModuleBase_ParamSpinBox_3 {container=':Revolution.From_ModuleBase_PageGroupBox_2' name='from_offset' type='ModuleBase_ParamSpinBox' visible='1'}
+:From.qt_spinbox_lineedit_QLineEdit {container=':Extrusion.From_ModuleBase_PageGroupBox_3' name='qt_spinbox_lineedit' type='QLineEdit' visible='1'}
:From_QLineEdit {container=':Extrusion.From_ModuleBase_PageGroupBox' type='QLineEdit' unnamed='1' visible='1'}
:From_QLineEdit_2 {container=':Revolution.From_ModuleBase_PageGroupBox' type='QLineEdit' unnamed='1' visible='1'}
:From_QLineEdit_3 {container=':Revolution.From_ModuleBase_PageGroupBox_2' type='QLineEdit' unnamed='1' visible='1'}
:Mirror.Segments:_QListWidget {aboveWidget=':Mirror.Segments:_QLabel' container=':SALOME*.Mirror_XGUI_PropertyPanel' type='QListWidget' unnamed='1' visible='1'}
:Mirror.property_panel_ok_QToolButton {container=':SALOME*.Mirror_XGUI_PropertyPanel' name='property_panel_ok' type='QToolButton' visible='1'}
:OK_QPushButton {container=':Object browser_XGUI_DataTree' text='OK' type='QPushButton' unnamed='1' visible='1'}
+:Object browser.Part set_XGUI_ActiveDocLbl {container=':SALOME*.Object browser_QDockWidget' text='Part set' type='XGUI_ActiveDocLbl' unnamed='1' visible='1'}
:Object browser.qt_dockwidget_closebutton_QDockWidgetTitleButton {container=':SALOME*.Object browser_QDockWidget' name='qt_dockwidget_closebutton' type='QDockWidgetTitleButton' visible='1'}
:Object browser.qt_dockwidget_floatbutton_QDockWidgetTitleButton {container=':SALOME*.Object browser_QDockWidget' name='qt_dockwidget_floatbutton' type='QDockWidgetTitleButton' visible='1'}
:Object browser.qt_dockwidget_floatbutton_XGUI_ObjectsBrowser {aboveWidget=':Object browser.qt_dockwidget_floatbutton_QDockWidgetTitleButton' container=':SALOME*.Object browser_QDockWidget' type='XGUI_ObjectsBrowser' unnamed='1' visible='1'}
:SALOME*.Rebuild_QToolButton {text='Rebuild' type='QToolButton' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*.Remove part_QToolButton {text='Remove part' type='QToolButton' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*.Reset_QToolButton {text='Reset' type='QToolButton' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
+:SALOME*.Reset_QToolButton_2 {text='Reset' type='QToolButton' unnamed='1' visible='0' window=':SALOME*_STD_TabDesktop'}
:SALOME*.RevolutionCut_QToolButton {text='RevolutionCut' type='QToolButton' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*.RevolutionCut_XGUI_PropertyPanel {name='property_panel_dock' type='XGUI_PropertyPanel' visible='1' window=':SALOME*_STD_TabDesktop' windowTitle='RevolutionCut'}
:SALOME*.RevolutionFuse_QToolButton {text='RevolutionFuse' type='QToolButton' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*.Vertical_XGUI_PropertyPanel {name='property_panel_dock' type='XGUI_PropertyPanel' visible='1' window=':SALOME*_STD_TabDesktop' windowTitle='Vertical'}
:SALOME*.Zoom_QToolButton {text='Zoom' type='QToolButton' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*.Zooming style switch_QToolButton {text='Zooming style switch' type='QToolButton' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
+:SALOME*.property_panel_dock_XGUI_PropertyPanel {name='property_panel_dock' type='XGUI_PropertyPanel' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*.qt_toolbar_ext_button_QToolBarExtension {name='qt_toolbar_ext_button' type='QToolBarExtension' visible='1' window=':SALOME*_STD_TabDesktop'}
-:SALOME*.qt_toolbar_ext_button_QToolBarExtension_2 {name='qt_toolbar_ext_button' occurrence='2' type='QToolBarExtension' visible='1' window=':SALOME*_STD_TabDesktop'}
+:SALOME*.qt_toolbar_ext_button_QToolBarExtension_2 {container=':SALOME*.3D View Operations_QtxToolBar' name='qt_toolbar_ext_button' occurrence='2' type='QToolBarExtension' visible='1' window=':SALOME*_STD_TabDesktop'}
+:SALOME*.qt_toolbar_ext_button_QToolBarExtension_3 {name='qt_toolbar_ext_button' occurrence='3' type='QToolBarExtension' visible='1' window=':SALOME*_STD_TabDesktop'}
+:SALOME*_OCCViewer_ViewPort3d {type='OCCViewer_ViewPort3d' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*_QAbstractButton {occurrence='41' type='QAbstractButton' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*_QFrame {occurrence='7' type='QFrame' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:SALOME*_QFrame_2 {occurrence='12' type='QFrame' unnamed='1' visible='1' window=':SALOME*_STD_TabDesktop'}
:Save File.splitter_QSplitter {name='splitter' type='QSplitter' visible='1' window=':Save File_SUIT_FileDlg'}
:Save File_SUIT_FileDlg {name='QFileDialog' type='SUIT_FileDlg' visible='1' windowTitle='Save File'}
:Sketch.Show constraints_QCheckBox {container=':SALOME*.Sketch_XGUI_PropertyPanel' text='Show constraints' type='QCheckBox' unnamed='1' visible='1'}
+:Sketch.Sketcher plane_QGroupBox {container=':SALOME*.Sketch_XGUI_PropertyPanel' title='Sketcher plane' type='QGroupBox' unnamed='1' visible='1'}
:Sketch.property_panel_cancel_QToolButton {container=':SALOME*.Sketch_XGUI_PropertyPanel' name='property_panel_cancel' type='QToolButton' visible='1'}
:Sketch.property_panel_ok_QToolButton {container=':SALOME*.Sketch_XGUI_PropertyPanel' name='property_panel_ok' type='QToolButton' visible='1'}
:Sketch_QMenu {title='Sketch' type='QMenu' unnamed='1' visible='1'}
+:Sketcher plane.Set plane view_QPushButton {container=':Sketch.Sketcher plane_QGroupBox' text='Set plane view' type='QPushButton' unnamed='1' visible='1'}
:Start point.X _ModuleBase_ParamSpinBox {container=':Line.Start point_QGroupBox' leftWidget=':Start point.X _QLabel' type='ModuleBase_ParamSpinBox' unnamed='1' visible='1'}
:Start point.X _ModuleBase_ParamSpinBox_2 {container=':Arc.Start point_QGroupBox' leftWidget=':Start point.X _QLabel_2' type='ModuleBase_ParamSpinBox' unnamed='1' visible='1'}
:Start point.X _QLabel {container=':Line.Start point_QGroupBox' text='X ' type='QLabel' unnamed='1' visible='1'}
:fileNameEdit_QLineEdit_2 {buddy=':Open File.File name:_QLabel' name='fileNameEdit' type='QLineEdit' visible='1'}
:frame.stackedWidget_QStackedWidget {container=':splitter.frame_QFrame' name='stackedWidget' type='QStackedWidget' visible='1'}
:frame.stackedWidget_QStackedWidget_2 {container=':splitter.frame_QFrame_2' name='stackedWidget' type='QStackedWidget' visible='1'}
+:property_panel_dock.Main objects_QLabel {container=':SALOME*.property_panel_dock_XGUI_PropertyPanel' text='Main objects' type='QLabel' unnamed='1' visible='1'}
+:property_panel_dock.Operation type_QGroupBox {container=':SALOME*.property_panel_dock_XGUI_PropertyPanel' title='Operation type' type='QGroupBox' unnamed='1' visible='1'}
+:property_panel_dock.Tool object_QLabel {container=':SALOME*.property_panel_dock_XGUI_PropertyPanel' text='Tool object' type='QLabel' unnamed='1' visible='1'}
:splitter.frame_QFrame {container=':Save File.splitter_QSplitter' name='frame' type='QFrame' visible='1'}
:splitter.frame_QFrame_2 {container=':Open File.splitter_QSplitter' name='frame' type='QFrame' visible='1'}
:stackedWidget.treeView_QTreeView {container=':frame.stackedWidget_QStackedWidget' name='treeView' type='QTreeView' visible='1'}
testSettings.logScreenshotOnError = True
testSettings.logScreenshotOnFail = True
-#RESULTS_PATH = "/dn48/newgeom/eso/sources/test.squish/shared/testresults/"
+# RESULTS_PATH = "/dn48/newgeom/eso/sources/test.squish/shared/testresults/"
DATA_PATH = os.getenv('TEST_DATA_DIR')
-g_points = {"XY_plane": (332, 250), "XZ_plane": (355, 207)} # one of the construction planes
+g_points = {"XY_plane": (332, 250), "XZ_plane": (355, 207)} # one of the construction planes
def help_points(name):
- return g_points[name]
+ return g_points[name]
#---------------------------------------------------------------------------------------------
# Tools
def findMenuItem(menuObject, item):
for child in object.children(menuObject):
if child.text == item:
- return child
+ return child
return None
#---------------------------------------------------------------------------------------------
#---------------------------------------------------------------------------------------------
def set_defaults():
waitForObject(":SALOME*_STD_TabDesktop").resize(1024, 768)
-
+
def activate_newgeom():
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
clickButton(waitForObject(":Activate module.New_QPushButton"))
-
+
def close_application():
sendEvent("QCloseEvent", waitForObject(":SALOME*_STD_TabDesktop"))
clickButton(waitForObject(":Exit.Ok_QPushButton"))
sendEvent("QCloseEvent", waitForObject(":SALOME*_STD_TabDesktop"))
clickButton(waitForObject(":Exit.Ok_QPushButton"))
clickButton(waitForObject(":Close active study.Close w/o saving_QPushButton"))
-
+
def part_create():
activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Part"))
activateItem(waitForObjectItem(":Part_QMenu", "New part"))
-
+
def sketch_create(point, actions):
clickButton(waitForObject(":SALOME*.Sketch_QToolButton"))
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
-
+
actions()
-
+
clickButton(waitForObject(":Sketch.property_panel_ok_QToolButton"))
-
+
def point_create_in_view(point, aux=0):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Point"))
-
- if aux==1:
+
+ if aux == 1:
clickButton(waitForObject(":Point.Auxiliary_QCheckBox"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Point.property_panel_cancel_QToolButton"))
-
+
def point_create(point, aux=0):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
- mouseClick(waitForObjectItem(":Sketch_QMenu", "Point"))
-
- if aux==1:
+ mouseClick(waitForObjectItem(":Sketch_QMenu", "Point"))
+
+ if aux == 1:
clickButton(waitForObject(":Point.Auxiliary_QCheckBox"))
type(waitForObject(":Point.X _ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Point.Y _ModuleBase_ParamSpinBox"), point[1])
clickButton(waitForObject(":Point.property_panel_ok_QToolButton"))
-
+
def line_create_in_view(start_point, end_point, aux=0):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Line"))
-
- if aux==1:
+
+ if aux == 1:
clickButton(waitForObject(":Line.Auxiliary_QCheckBox"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), start_point[0], start_point[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), end_point[0], end_point[1], 0, Qt.LeftButton)
-
+
clickButton(waitForObject(":Line.property_panel_cancel_QToolButton"))
def closing_line_create_in_view(start_point, end_point, aux=0):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Line"))
-
- if aux==1:
+
+ if aux == 1:
clickButton(waitForObject(":Line.Auxiliary_QCheckBox"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), start_point[0], start_point[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), end_point[0], end_point[1], 0, Qt.LeftButton)
-
+
def lines_create_in_view(points, aux=0):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Line"))
-
- if aux==1:
+
+ if aux == 1:
clickButton(waitForObject(":Line.Auxiliary_QCheckBox"))
-
+
for point in points:
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
def lines_close():
- clickButton(waitForObject(":Line.property_panel_cancel_QToolButton"))
-
-def line_create(start_point, end_point, aux=0): #Set aux=1 to create auxiliary line
+ clickButton(waitForObject(":Line.property_panel_cancel_QToolButton"))
+
+def line_create(start_point, end_point, aux=0): # Set aux=1 to create auxiliary line
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Line"))
-
- if aux==1:
- clickButton(waitForObject(":Line.Auxiliary_QCheckBox"))
-
+
+ if aux == 1:
+ clickButton(waitForObject(":Line.Auxiliary_QCheckBox"))
+
type(waitForObject(":Start point.X _ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Start point.X _ModuleBase_ParamSpinBox"), start_point[0])
-
+
type(waitForObject(":Start point.Y _ModuleBase_ParamSpinBox"), "<Ctrl+A>")
- type(waitForObject(":Start point.Y _ModuleBase_ParamSpinBox"), start_point[1])
-
+ type(waitForObject(":Start point.Y _ModuleBase_ParamSpinBox"), start_point[1])
+
type(waitForObject(":End point.X _ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":End point.X _ModuleBase_ParamSpinBox"), end_point[0])
-
+
type(waitForObject(":End point.Y _ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":End point.Y _ModuleBase_ParamSpinBox"), end_point[1])
clickButton(waitForObject(":Line.property_panel_ok_QToolButton"))
-
+
def circle_create_in_view(center, radius, aux=0):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Circle"))
-
- if aux==1:
+
+ if aux == 1:
clickButton(waitForObject(":Circle.Auxiliary_QCheckBox"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), center[0], center[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), radius[0], radius[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Circle.property_panel_cancel_QToolButton"))
-
+
def circle_create(center, radius, aux=0):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Circle"))
-
- if aux==1:
+
+ if aux == 1:
clickButton(waitForObject(":Circle.Auxiliary_QCheckBox"))
-
+
type(waitForObject(":Center.X _ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Center.X _ModuleBase_ParamSpinBox"), center[0])
type(waitForObject(":Circle.CircleRadius_ModuleBase_ParamSpinBox"), radius)
clickButton(waitForObject(":Circle.property_panel_ok_QToolButton"))
-
+
def arc_create(center, start_point, end_point, aux=0):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Arc"))
-
- if aux==1:
+
+ if aux == 1:
clickButton(waitForObject(":Arc.Auxiliary_QCheckBox"))
type(waitForObject(":Center.X _ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
type(waitForObject(":Center.X _ModuleBase_ParamSpinBox_2"), center[0])
-
+
type(waitForObject(":Center.Y _ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
type(waitForObject(":Center.Y _ModuleBase_ParamSpinBox_2"), center[1])
-
+
type(waitForObject(":Start point.X _ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
type(waitForObject(":Start point.X _ModuleBase_ParamSpinBox_2"), start_point[0])
-
+
type(waitForObject(":Start point.Y _ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
type(waitForObject(":Start point.Y _ModuleBase_ParamSpinBox_2"), start_point[1])
type(waitForObject(":End point.X _ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
type(waitForObject(":End point.X _ModuleBase_ParamSpinBox_2"), end_point[0])
-
+
type(waitForObject(":End point.Y _ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
type(waitForObject(":End point.Y _ModuleBase_ParamSpinBox_2"), end_point[1])
-
- clickButton(waitForObject(":Arc.property_panel_ok_QToolButton"))
-
+
+ clickButton(waitForObject(":Arc.property_panel_ok_QToolButton"))
+
def arc_create_in_view(center, start_point, end_point, aux=0):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Arc"))
-
- if aux==1:
+
+ if aux == 1:
clickButton(waitForObject(":Arc.Auxiliary_QCheckBox"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), center[0], center[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), start_point[0], start_point[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), end_point[0], end_point[1], 0, Qt.LeftButton)
-
+
clickButton(waitForObject(":Arc.property_panel_cancel_QToolButton"))
-
+
def save(filename):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "File"))
mouseClick(waitForObjectItem(":_QMenu", "Save As..."))
-
+
type(waitForObject(":fileNameEdit_QLineEdit"), filename)
clickButton(waitForObject(":Save File.Save_QPushButton"))
-
+
def extrusion(point, to_size, from_size):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "Extrusion"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
-
+
type(waitForObject(":Extrusion.to_size_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Extrusion.to_size_ModuleBase_ParamSpinBox"), to_size)
-
+
type(waitForObject(":Extrusion.from_size_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Extrusion.from_size_ModuleBase_ParamSpinBox"), from_size)
-
+
clickButton(waitForObject(":Extrusion.property_panel_ok_QToolButton"))
-
+
def open(filename):
clickButton(waitForObject(":SALOME*.Open_QToolButton"))
waitForObject(":fileNameEdit_QLineEdit_2").setText(filename)
mouseClick(waitForObjectItem(":Sketch_QMenu", "Fixed"))
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Fixed.property_panel_cancel_QToolButton"))
-
-
+
+
def distance(start_point, end_point, annotation_point):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Distance"))
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), start_point[0], start_point[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), end_point[0], end_point[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), annotation_point[0], annotation_point[1], 0, Qt.LeftButton)
-
- #if length!=0:
- #type(waitForObject(":_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
- #type(waitForObject(":_ModuleBase_ParamSpinBox"), length)
-
+
+ # if length!=0:
+ # type(waitForObject(":_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
+ # type(waitForObject(":_ModuleBase_ParamSpinBox"), length)
+
clickButton(waitForObject(":Distance.property_panel_cancel_QToolButton"))
-
+
def change_distance(point, value):
doubleClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
type(waitForObject(":Distance.ConstraintValue_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Distance.ConstraintValue_ModuleBase_ParamSpinBox"), value)
- clickButton(waitForObject(":Distance.property_panel_ok_QToolButton"))
-
+ clickButton(waitForObject(":Distance.property_panel_ok_QToolButton"))
+
def parallel(point_1, point_2):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Parallel"))
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_1[0], point_1[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0], point_2[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Parallel.property_panel_cancel_QToolButton_2"))
-
+
def perpendicular(point_1, point_2):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Perpendicular"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_1[0], point_1[1], 0, Qt.LeftButton)
- mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0], point_2[1], 0, Qt.LeftButton)
-
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0], point_2[1], 0, Qt.LeftButton)
+
clickButton(waitForObject(":Perpendicular.property_panel_cancel_QToolButton"))
-
+
def coincident(point_1, point_2):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Coincident"))
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_1[0], point_1[1], 0, Qt.LeftButton)
- mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0], point_2[1], 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0], point_2[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Coincident.property_panel_cancel_QToolButton"))
-
+
def equal(point_1, point_2):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Equal"))
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_1[0], point_1[1], 0, Qt.LeftButton)
- mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0], point_2[1], 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0], point_2[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Equal.property_panel_cancel_QToolButton"))
def vertical(point):
mouseClick(waitForObjectItem(":Sketch_QMenu", "Vertical"))
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Vertical.property_panel_cancel_QToolButton"))
-
+
def horizontal(point):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Horizontal"))
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Horizontal.property_panel_cancel_QToolButton"))
-
+
def fit_all():
clickButton(waitForObject(":SALOME*.Fit All_QToolButton"))
-
+
+def boolean_select_operation_type(type):
+ real_name = "{container=':property_panel_dock.Operation type_QGroupBox' toolTip='%s' type='QToolButton' unnamed='1' visible='1'}" % type
+ clickButton(waitForObject(real_name))
+
def boolean_cut(main_object, tool_object):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "Boolean"))
-
- mouseClick(waitForObject(":Boolean.Type_QComboBox"), 57, 9, 0, Qt.LeftButton)
- mouseClick(waitForObjectItem(":Boolean.Type_QComboBox", "Cut"), 26, 7, 0, Qt.LeftButton)
-
+
+ boolean_select_operation_type("Cut")
+
mouseClick(waitForObject(":Boolean.Main objects_QListWidget"), 89, 62, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), main_object[0], main_object[1], 0, Qt.LeftButton)
-
+
mouseClick(waitForObject(":Boolean.Tool object_QListWidget"), 98, 87, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), tool_object[0], tool_object[1], 0, Qt.LeftButton)
-
+
clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
-
+
def boolean_fuse(main_object, tool_object):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "Boolean"))
-
- mouseClick(waitForObject(":Boolean.Type_QComboBox"), 57, 9, 0, Qt.LeftButton)
- mouseClick(waitForObjectItem(":Boolean.Type_QComboBox", "Fuse"), 26, 7, 0, Qt.LeftButton)
-
+
+ boolean_select_operation_type("Fuse")
+
mouseClick(waitForObject(":Boolean.Main objects_QListWidget"), 89, 62, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), main_object[0], main_object[1], 0, Qt.LeftButton)
-
+
mouseClick(waitForObject(":Boolean.Tool object_QListWidget"), 98, 87, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), tool_object[0], tool_object[1], 0, Qt.LeftButton)
-
+
clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
-
+
def boolean_common(main_object, tool_object):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "Boolean"))
-
- mouseClick(waitForObject(":Boolean.Type_QComboBox"), 57, 9, 0, Qt.LeftButton)
- mouseClick(waitForObjectItem(":Boolean.Type_QComboBox", "Common"), 26, 7, 0, Qt.LeftButton)
-
+
+ boolean_select_operation_type("Common")
+
mouseClick(waitForObject(":Boolean.Main objects_QListWidget"), 89, 62, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), main_object[0], main_object[1], 0, Qt.LeftButton)
-
+
mouseClick(waitForObject(":Boolean.Tool object_QListWidget"), 98, 87, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), tool_object[0], tool_object[1], 0, Qt.LeftButton)
-
+
clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
-
+
def length(point, annotation_point):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Length"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), annotation_point[0], annotation_point[1], 0, Qt.LeftButton)
-
+
clickButton(waitForObject(":Length.property_panel_cancel_QToolButton"))
-
+
def change_length(point, value):
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
type(waitForObject(":Length.ConstraintValue_ModuleBase_ParamSpinBox"), value)
clickButton(waitForObject(":Length.property_panel_ok_QToolButton"))
-
+
def radius(point, annotation_point):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Radius"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), annotation_point[0], annotation_point[1], 0, Qt.LeftButton)
-
+
clickButton(waitForObject(":Radius.property_panel_cancel_QToolButton"))
-
+
def change_radius(point, value):
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
type(waitForObject(":Radius.ConstraintValue_ModuleBase_ParamSpinBox"), value)
clickButton(waitForObject(":Radius.property_panel_ok_QToolButton"))
-
+
def tangent(point_1, point_2):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
mouseClick(waitForObjectItem(":Sketch_QMenu", "Tangent"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_1[0], point_1[1], 0, Qt.LeftButton)
- mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0], point_2[1], 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0], point_2[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Tangent.property_panel_cancel_QToolButton"))
-
+
def partition(main_objects, tool_object):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "Partition"))
-
+
for main_object in main_objects:
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), main_object[0], main_object[1], 33554432, Qt.LeftButton)
-
+
mouseClick(waitForObject(":Partition.Tool object_QListWidget"), 116, 69, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), tool_object[0], tool_object[1], 0, Qt.LeftButton)
clickButton(waitForObject(":Partition.property_panel_ok_QToolButton"))
-
+
def plane(point, distance):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Construction"))
mouseClick(waitForObjectItem(":_QMenu", "Plane"))
-
+
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point[0], point[1], 0, Qt.LeftButton)
type(waitForObject(":Plane.distance_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Plane.distance_ModuleBase_ParamSpinBox"), 100)
+ type(waitForObject(":Plane.distance_ModuleBase_ParamSpinBox"), "<Return>")
clickButton(waitForObject(":Plane.property_panel_ok_QToolButton"))
-
+
def point(x, y, z):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Construction"))
mouseClick(waitForObjectItem(":_QMenu", "Point"))
-
+
type(waitForObject(":Point.x_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Point.x_ModuleBase_ParamSpinBox"), x)
-
+
type(waitForObject(":Point.y_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Point.y_ModuleBase_ParamSpinBox"), y)
-
+
type(waitForObject(":Point.z_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Point.z_ModuleBase_ParamSpinBox"), z)
-
+ type(waitForObject(":Point.z_ModuleBase_ParamSpinBox"), "<Return>")
+
clickButton(waitForObject(":Point.property_panel_ok_QToolButton"))
-
+
def axis(point_1, point_2):
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Construction"))
mouseClick(waitForObjectItem(":_QMenu", "Axis"))
-
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_1[0]-40, point_1[1]-40, 80, 80, 1, Qt.LeftButton)
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0]-40, point_2[1]-40, 80, 80, 1, Qt.LeftButton)
-
+
+ mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_1[0] - 40, point_1[1] - 40, 80, 80, 1, Qt.LeftButton)
+ mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), point_2[0] - 40, point_2[1] - 40, 80, 80, 1, Qt.LeftButton)
+
clickButton(waitForObject(":Axis.property_panel_ok_QToolButton"))
-
-
-
-
-
-
+
+
+
+
+
+
<section name="Geometry">
<parameter value="false" name="auto_bring_to_front"/>
</section>
+ <section name="MRU">
+ <parameter value="/dn20/salome/mpv/CEA_Reactor7.hdf" name="item_000"/>
+ </section>
<section name="OCCViewer">
<parameter value="bt=1;fn=;tm=0;ts=false;c1=#238891;c2=#238891;gt=-1;gr=" name="background"/>
<parameter value="bt=1;fn=;tm=0;ts=false;c1=#238891;c2=#238891;gt=-1;gr=" name="xz_background"/>
<parameter value="bt=1;fn=;tm=0;ts=false;c1=#000000;c2=#000000;gt=-1;gr=" name="background"/>
</section>
<section name="desktop">
- <parameter value="1232x820+0+0" name="geometry"/>
+ <parameter value="902x600+352+0" name="geometry"/>
</section>
<section name="salome">
<parameter value="7.6.0" name="version"/>
<parameter value="#00 #00 #00 #FF #00 #00 #00 #00 #FD #00 #00 #00 #02 #00 #00 #00 #00 #00 #00 #01 #00 #00 #00 #02 #B9 #FC #02 #00 #00 #00 #02 #FC #00 #00 #00 #7B #00 #00 #02 #B9 #00 #00 #00 #99 #01 #00 #00 #15 #FA #00 #00 #00 #00 #01 #00 #00 #00 #02 #FB #00 #00 #00 #22 #00 #6F #00 #62 #00 #6A #00 #65 #00 #63 #00 #74 #00 #42 #00 #72 #00 #6F #00 #77 #00 #73 #00 #65 #00 #72 #00 #44 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #00 #FF #FF #FF #FF #00 #00 #00 #46 #00 #FF #FF #FF #FB #00 #00 #00 #18 #00 #6E #00 #6F #00 #74 #00 #65 #00 #42 #00 #6F #00 #6F #00 #6B #00 #44 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #00 #00 #00 #01 #00 #00 #00 #00 #C9 #00 #FF #FF #FF #FB #00 #00 #00 #36 #00 #67 #00 #65 #00 #6F #00 #6D #00 #43 #00 #72 #00 #65 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #49 #00 #6E #00 #66 #00 #6F #00 #72 #00 #6D #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #44 #00 #6F #00 #63 #00 #6B #00 #00 #00 #02 #1F #00 #00 #00 #A5 #00 #00 #00 #00 #00 #00 #00 #00 #00 #00 #00 #03 #00 #00 #07 #7C #00 #00 #00 #53 #FC #01 #00 #00 #00 #01 #FB #00 #00 #00 #22 #00 #70 #00 #79 #00 #74 #00 #68 #00 #6F #00 #6E #00 #43 #00 #6F #00 #6E #00 #73 #00 #6F #00 #6C #00 #65 #00 #44 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #00 #00 #00 #07 #7C #00 #00 #00 #46 #00 #FF #FF #FF #00 #00 #06 #74 #00 #00 #02 #B9 #00 #00 #00 #04 #00 #00 #00 #04 #00 #00 #00 #08 #00 #00 #00 #08 #FC #00 #00 #00 #06 #00 #00 #00 #02 #00 #00 #00 #02 #00 #00 #00 #1C #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #53 #00 #74 #00 #61 #00 #6E #00 #64 #00 #61 #00 #72 #00 #64 #01 #00 #00 #00 #00 #FF #FF #FF #FF #00 #00 #00 #00 #00 #00 #00 #00 #00 #00 #00 #1A #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #4D #00 #6F #00 #64 #00 #75 #00 #6C #00 #65 #00 #73 #01 #00 #00 #00 #CE #FF #FF #FF #FF #00 #00 #00 #00 #00 #00 #00 #00 #00 #00 #00 #02 #00 #00 #00 #04 #00 #00 #00 #12 #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #61 #00 #73 #00 #69 #00 #63 #00 #00 #00 #00 #00 #FF #FF #FF #FF #00 #00 #00 #00 #00 #00 #00 #00 #00 #00 #00 #1C #00 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</section>
<section name="windows_geometry_version">
<parameter value="7.5.0" name="SMESH"/>
</section>
<section name="windows_visibility">
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#6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #33 #01" name="GEOM"/>
<parameter value="#00 #00 #00 #00 #18 #FF #FF #FF #FF #01 #00 #00 #00 #24 #00 #33 #00 #44 #00 #20 #00 #56 #00 #69 #00 #65 #00 #77 #00 #20 #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #10 #00 #41 #00 #64 #00 #76 #00 #61 #00 #6E #00 #63 #00 #65 #00 #64 #01 #00 #00 #00 #0C #00 #42 #00 #6C #00 #6F #00 #63 #00 #6B #00 #73 #01 #00 #00 #00 #12 #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #61 #00 #73 #00 #69 #00 #63 #01 #00 #00 #00 #2A #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #6F #00 #6F #00 #6C #00 #65 #00 #61 #00 #6E #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #12 #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #75 #00 #69 #00 #6C #00 #64 #01 #00 #00 #00 #1C #00 #47 #00 #45 #00 #4F #00 #4D #00 #47 #00 #65 #00 #6E #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #18 #00 #47 #00 #45 #00 #4F #00 #4D #00 #4D #00 #65 #00 #61 #00 #73 #00 #75 #00 #72 #00 #65 #00 #73 #01 #00 #00 #00 #20 #00 #47 #00 #45 #00 #4F #00 #4D #00 #4D #00 #6F #00 #64 #00 #69 #00 #66 #00 #69 #00 #63 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #1C #00 #47 #00 #45 #00 #4F #00 #4D #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #18 #00 #47 #00 #45 #00 #4F #00 #4D #00 #50 #00 #69 #00 #63 #00 #74 #00 #75 #00 #72 #00 #65 #00 #73 #01 #00 #00 #00 #1C #00 #47 #00 #45 #00 #4F #00 #4D #00 #50 #00 #72 #00 #69 #00 #6D #00 #69 #00 #74 #00 #69 #00 #76 #00 #65 #00 #73 #01 #00 #00 #00 #24 #00 #47 #00 #45 #00 #4F #00 #4D #00 #54 #00 #72 #00 #61 #00 #6E #00 #73 #00 #66 #00 #6F #00 #72 #00 #6D #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #34 #00 #47 #00 #72 #00 #61 #00 #70 #00 #68 #00 #69 #00 #63 #00 #73 #00 #56 #00 #69 #00 #65 #00 #77 #00 #56 #00 #69 #00 #65 #00 #77 #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #0A #00 #48 #00 #59 #00 #44 #00 #52 #00 #4F #01 #00 #00 #00 #0E #00 #4D #00 #6F #00 #64 #00 #75 #00 #6C #00 #65 #00 #73 #01 #00 #00 #00 #32 #00 #4F #00 #43 #00 #43 #00 #56 #00 #69 #00 #65 #00 #77 #00 #65 #00 #72 #00 #33 #00 #44 #00 #56 #00 #69 #00 #65 #00 #77 #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #1A #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #4D #00 #6F #00 #64 #00 #75 #00 #6C #00 #65 #00 #73 #01 #00 #00 #00 #1C #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #53 #00 #74 #00 #61 #00 #6E #00 #64 #00 #61 #00 #72 #00 #64 #01 #00 #00 #00 #10 #00 #53 #00 #74 #00 #61 #00 #6E #00 #64 #00 #61 #00 #72 #00 #64 #01 #00 #00 #00 #2C #00 #56 #00 #54 #00 #4B #00 #52 #00 #65 #00 #63 #00 #6F #00 #72 #00 #64 #00 #69 #00 #6E #00 #67 #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #2E #00 #56 #00 #54 #00 #4B #00 #56 #00 #69 #00 #65 #00 #77 #00 #65 #00 #72 #00 #56 #00 #69 #00 #65 #00 #77 #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #1E #00 #56 #00 #69 #00 #65 #00 #77 #00 #20 #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #01 #00 #00 #00 #08 #FF #FF #FF #FF #00 #00 #00 #00 #1A #00 #6C #00 #6F #00 #67 #00 #57 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #44 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #22 #00 #6F #00 #62 #00 #6A #00 #65 #00 #63 #00 #74 #00 #42 #00 #72 #00 #6F #00 #77 #00 #73 #00 #65 #00 #72 #00 #44 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #22 #00 #70 #00 #79 #00 #74 #00 #68 #00 #6F #00 #6E #00 #43 #00 #6F #00 #6E #00 #73 #00 #6F #00 #6C #00 #65 #00 #44 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #30 #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #31 #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #32 #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #33 #01" name="HYDRO"/>
+ <parameter value="#00 #00 #00 #00 #16 #00 #00 #00 #10 #00 #41 #00 #64 #00 #76 #00 #61 #00 #6E #00 #63 #00 #65 #00 #64 #01 #00 #00 #00 #0C #00 #42 #00 #6C #00 #6F #00 #63 #00 #6B #00 #73 #01 #00 #00 #00 #18 #00 #43 #00 #6F #00 #6E #00 #73 #00 #74 #00 #72 #00 #75 #00 #63 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #10 #00 #46 #00 #65 #00 #61 #00 #74 #00 #75 #00 #72 #00 #65 #00 #73 #01 #00 #00 #00 #12 #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #61 #00 #73 #00 #69 #00 #63 #01 #00 #00 #00 #2A #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #6F #00 #6F #00 #6C #00 #65 #00 #61 #00 #6E #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #12 #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #75 #00 #69 #00 #6C #00 #64 #01 #00 #00 #00 #1C #00 #47 #00 #45 #00 #4F #00 #4D #00 #47 #00 #65 #00 #6E #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #18 #00 #47 #00 #45 #00 #4F #00 #4D #00 #4D #00 #65 #00 #61 #00 #73 #00 #75 #00 #72 #00 #65 #00 #73 #00 #00 #00 #00 #20 #00 #47 #00 #45 #00 #4F #00 #4D #00 #4D #00 #6F #00 #64 #00 #69 #00 #66 #00 #69 #00 #63 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #1C #00 #47 #00 #45 #00 #4F #00 #4D #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #18 #00 #47 #00 #45 #00 #4F #00 #4D #00 #50 #00 #69 #00 #63 #00 #74 #00 #75 #00 #72 #00 #65 #00 #73 #01 #00 #00 #00 #1C #00 #47 #00 #45 #00 #4F #00 #4D #00 #50 #00 #72 #00 #69 #00 #6D #00 #69 #00 #74 #00 #69 #00 #76 #00 #65 #00 #73 #01 #00 #00 #00 #24 #00 #47 #00 #45 #00 #4F #00 #4D #00 #54 #00 #72 #00 #61 #00 #6E #00 #73 #00 #66 #00 #6F #00 #72 #00 #6D #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #0A #00 #48 #00 #59 #00 #44 #00 #52 #00 #4F #01 #00 #00 #00 #0C #00 #4D #00 #61 #00 #63 #00 #72 #00 #6F #00 #73 #01 #00 #00 #00 #0E #00 #4D #00 #6F #00 #64 #00 #75 #00 #6C #00 #65 #00 #73 #01 #00 #00 #00 #08 #00 #50 #00 #61 #00 #72 #00 #74 #01 #00 #00 #00 #1A #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #4D #00 #6F #00 #64 #00 #75 #00 #6C #00 #65 #00 #73 #01 #00 #00 #00 #1C #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #53 #00 #74 #00 #61 #00 #6E #00 #64 #00 #61 #00 #72 #00 #64 #01 #00 #00 #00 #0C #00 #53 #00 #6B #00 #65 #00 #74 #00 #63 #00 #68 #01 #00 #00 #00 #10 #00 #53 #00 #74 #00 #61 #00 #6E #00 #64 #00 #61 #00 #72 #00 #64 #01 #01 #00 #00 #00 #06 #FF #FF #FF #FF #00 #00 #00 #00 #26 #00 #70 #00 #72 #00 #6F #00 #70 #00 #65 #00 #72 #00 #74 #00 #79 #00 #5F #00 #70 #00 #61 #00 #6E #00 #65 #00 #6C #00 #5F #00 #64 #00 #6F #00 #63 #00 #6B #00 #00 #00 #00 #22 #00 #70 #00 #79 #00 #74 #00 #68 #00 #6F #00 #6E #00 #43 #00 #6F #00 #6E #00 #73 #00 #6F #00 #6C #00 #65 #00 #44 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #30 #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #31 #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #33 #01" name=""/>
+ <parameter value="#00 #00 #00 #00 #15 #00 #00 #00 #10 #00 #41 #00 #64 #00 #76 #00 #61 #00 #6E #00 #63 #00 #65 #00 #64 #01 #00 #00 #00 #0C #00 #42 #00 #6C #00 #6F #00 #63 #00 #6B #00 #73 #01 #00 #00 #00 #18 #00 #43 #00 #6F #00 #6E #00 #73 #00 #74 #00 #72 #00 #75 #00 #63 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #10 #00 #46 #00 #65 #00 #61 #00 #74 #00 #75 #00 #72 #00 #65 #00 #73 #01 #00 #00 #00 #12 #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #61 #00 #73 #00 #69 #00 #63 #01 #00 #00 #00 #2A #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #6F #00 #6F #00 #6C #00 #65 #00 #61 #00 #6E #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #12 #00 #47 #00 #45 #00 #4F #00 #4D #00 #42 #00 #75 #00 #69 #00 #6C #00 #64 #01 #00 #00 #00 #1C #00 #47 #00 #45 #00 #4F #00 #4D #00 #47 #00 #65 #00 #6E #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #18 #00 #47 #00 #45 #00 #4F #00 #4D #00 #4D #00 #65 #00 #61 #00 #73 #00 #75 #00 #72 #00 #65 #00 #73 #00 #00 #00 #00 #20 #00 #47 #00 #45 #00 #4F #00 #4D #00 #4D #00 #6F #00 #64 #00 #69 #00 #66 #00 #69 #00 #63 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #1C #00 #47 #00 #45 #00 #4F #00 #4D #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #18 #00 #47 #00 #45 #00 #4F #00 #4D #00 #50 #00 #69 #00 #63 #00 #74 #00 #75 #00 #72 #00 #65 #00 #73 #01 #00 #00 #00 #1C #00 #47 #00 #45 #00 #4F #00 #4D #00 #50 #00 #72 #00 #69 #00 #6D #00 #69 #00 #74 #00 #69 #00 #76 #00 #65 #00 #73 #01 #00 #00 #00 #24 #00 #47 #00 #45 #00 #4F #00 #4D #00 #54 #00 #72 #00 #61 #00 #6E #00 #73 #00 #66 #00 #6F #00 #72 #00 #6D #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #0C #00 #4D #00 #61 #00 #63 #00 #72 #00 #6F #00 #73 #01 #00 #00 #00 #0E #00 #4D #00 #6F #00 #64 #00 #75 #00 #6C #00 #65 #00 #73 #01 #00 #00 #00 #08 #00 #50 #00 #61 #00 #72 #00 #74 #01 #00 #00 #00 #1A #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #4D #00 #6F #00 #64 #00 #75 #00 #6C #00 #65 #00 #73 #01 #00 #00 #00 #1C #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #53 #00 #74 #00 #61 #00 #6E #00 #64 #00 #61 #00 #72 #00 #64 #01 #00 #00 #00 #0C #00 #53 #00 #6B #00 #65 #00 #74 #00 #63 #00 #68 #01 #00 #00 #00 #10 #00 #53 #00 #74 #00 #61 #00 #6E #00 #64 #00 #61 #00 #72 #00 #64 #01 #01 #00 #00 #00 #07 #FF #FF #FF #FF #00 #00 #00 #00 #22 #00 #6F #00 #62 #00 #6A #00 #65 #00 #63 #00 #74 #00 #42 #00 #72 #00 #6F #00 #77 #00 #73 #00 #65 #00 #72 #00 #44 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #26 #00 #70 #00 #72 #00 #6F #00 #70 #00 #65 #00 #72 #00 #74 #00 #79 #00 #5F #00 #70 #00 #61 #00 #6E #00 #65 #00 #6C #00 #5F #00 #64 #00 #6F #00 #63 #00 #6B #00 #00 #00 #00 #22 #00 #70 #00 #79 #00 #74 #00 #68 #00 #6F #00 #6E #00 #43 #00 #6F #00 #6E #00 #73 #00 #6F #00 #6C #00 #65 #00 #44 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #30 #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #31 #01 #00 #00 #00 #10 #00 #77 #00 #69 #00 #6E #00 #64 #00 #6F #00 #77 #00 #5F #00 #33 #01" name="nomodule"/>
<parameter value="#00 #00 #00 #00 #08 #00 #00 #00 #18 #00 #43 #00 #6F #00 #6E #00 #73 #00 #74 #00 #72 #00 #75 #00 #63 #00 #74 #00 #69 #00 #6F #00 #6E #01 #00 #00 #00 #10 #00 #46 #00 #65 #00 #61 #00 #74 #00 #75 #00 #72 #00 #65 #00 #73 #01 #00 #00 #00 #0C #00 #4D #00 #61 #00 #63 #00 #72 #00 #6F #00 #73 #01 #00 #00 #00 #32 #00 #4F #00 #43 #00 #43 #00 #56 #00 #69 #00 #65 #00 #77 #00 #65 #00 #72 #00 #33 #00 #44 #00 #56 #00 #69 #00 #65 #00 #77 #00 #4F #00 #70 #00 #65 #00 #72 #00 #61 #00 #74 #00 #69 #00 #6F #00 #6E #00 #73 #01 #00 #00 #00 #08 #00 #50 #00 #61 #00 #72 #00 #74 #01 #00 #00 #00 #1A #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #4D #00 #6F #00 #64 #00 #75 #00 #6C #00 #65 #00 #73 #01 #00 #00 #00 #1C #00 #53 #00 #61 #00 #6C #00 #6F #00 #6D #00 #65 #00 #53 #00 #74 #00 #61 #00 #6E #00 #64 #00 #61 #00 #72 #00 #64 #01 #00 #00 #00 #0C #00 #53 #00 #6B #00 #65 #00 #74 #00 #63 #00 #68 #01 #01 #00 #00 #00 #03 #FF #FF #FF #FF #01 #00 #00 #00 #26 #00 #70 #00 #72 #00 #6F #00 #70 #00 #65 #00 #72 #00 #74 #00 #79 #00 #5F #00 #70 #00 #61 #00 #6E #00 #65 #00 #6C #00 #5F #00 #64 #00 #6F #00 #63 #00 #6B #01 #00 #00 #00 #22 #00 #70 #00 #79 #00 #74 #00 #68 #00 #6F #00 #6E #00 #43 #00 #6F #00 #6E #00 #73 #00 #6F #00 #6C #00 #65 #00 #44 #00 #6F #00 #63 #00 #6B #01" name="NewGeom"/>
</section>
</document>
clickButton(waitForObject(":SALOME*.Parameter_QToolButton"))
type(waitForObject(":Parameter_QLineEdit"), "a")
type(waitForObject(":Parameter_ExpressionEditor"), "3")
+ type(waitForObject(":Parameter_ExpressionEditor"), "<Return>")
clickButton(waitForObject(":Parameter.property_panel_ok_QToolButton"))
clickButton(waitForObject(":SALOME*.ConstructionPoint_QToolButton"))
type(waitForObject(":Point.x_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Point.x_ModuleBase_ParamSpinBox"), "a")
+ type(waitForObject(":Point.x_ModuleBase_ParamSpinBox"), "<Return>")
+
waitFor("object.exists(':Point.x_ModuleBase_ParamSpinBox')", 20000)
test.compare(str(findObject(":Point.x_ModuleBase_ParamSpinBox").toolTip), "X coordinate")
type(waitForObject(":Point.x_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Point.x_ModuleBase_ParamSpinBox"), "b")
+ type(waitForObject(":Point.x_ModuleBase_ParamSpinBox"), "<Return>")
waitFor("object.exists(':Point_QFrame')", 20000)
-
test.compare(str(findObject(":Point_QFrame").toolTip), "ModelAPI_StateInvalidArgument")
waitFor("object.exists(':Point.x_ModuleBase_ParamSpinBox')", 20000)
def main():
- #[project] NewGEOM
- #[Scenario] Boolean_001
- #[Topic] 'Boolean cut' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Boolean_001
+ # [Topic] 'Boolean cut' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_extrusion_001.hdf'
+
+ # [step] Open 'for_extrusion_001.hdf'
open(DATA_PATH + "/for_boolean_001.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
- #[step] Activate Part_1
+
+ # [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 48, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 48, 10, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all
fit_all()
-
- #[step] Implement boolean cut for existing objects
+ test.vp("INIT")
+
+ # [step] Implement boolean cut for existing objects
boolean_cut((139, 138), (420, 195))
- #[check] Check that operation has been executed successfully
- test.vp("VP1")
-
+ # [check] Check that operation has been executed successfully [vp CUT]
+ test.vp("CUT")
+
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+<Rect height="27" type="negative" width="28" x="369" y="186"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version='1.0' encoding='UTF-8' standalone='no'?>
+<VerificationPoint version="4" type="Screenshot">
+ <Description/>
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+++ /dev/null
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<Mask/></Verification></VerificationPoint>
\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Boolean_002
- #[Topic] 'Boolean fuse' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Boolean_002
+ # [Topic] 'Boolean fuse' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_extrusion_001.hdf'
+
+ # [step] Open 'for_extrusion_001.hdf'
open(DATA_PATH + "/for_boolean_001.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
- #[step] Activate Part_1
+
+ # [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 48, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 48, 10, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all
fit_all()
+ test.vp("INIT")
- #[step] Implement boolean fuse for existing objects
+ # [step] Implement boolean fuse for existing objects
boolean_fuse((139, 138), (420, 195))
- #[check] Check that operation has been executed successfully
- test.vp("VP1")
-
+ # [check] Check that operation has been executed successfully
+ test.vp("FUSE")
+
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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<Mask>
+<Rect height="50" type="negative" width="56" x="7" y="417"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+../../tst_boolean_001/verificationPoints/INIT
\ No newline at end of file
+++ /dev/null
-<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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GnfoyGV+rIsc1VjBm5CkTWbs20T8NG3UuaqiEn9z8a2TRyyZjviJuCjb6XMVRFHma/AAjNrG+ImAlmzs8hxk/dMKpV32+v6Jk4bin0vpPJWNQ1nUm2TNdOKOXCT/TtXgRmR/Z4QirdAH2zbNEzW7ELkbZvkTOpIZa6KlhT4GitwSfMQN02SNbsmbgI++lbKXBW1K/N1VeC+USfETWNkzYwix42BmwmtfrtneMW+wlN5q+qWgZtmyJq5GLjJtYDSbnv2e0IDvLDzsm3TBlkzr8jbNsmZ1JHKXBXlK/OVU2BmDUDc1E7WdEPcBHz0rcT8MGA2xb6GU3mrGpK4qZes6VLkuDFws16BS6I0Zb5IylxVLgZuaiRrumfgJtcCSrvt2e8JxfJyrYVtm+rIml5E3rZJzqSOVOaqyKXM10OBmVUUcVMRWdMjcRPw0bfiY4NiX5mpvFWVSdxUQdb0LuaZVMr9QV5gRvj8CKvMp77MVZXPwE3hZM0QbNsEfPStlLkq+qOw22PbpmSyZjjiJuCjb6XMVdGtMp/lAjOrUuKmTLJmaJHjxg+BT/AB06piX2+pvFXVzplUaWRNHjEHbrJ/Vy0wI7LfEzrnZRaNbZuiyJpsIm/bJGdSRypzVexWmc9jgZnVJHFTCFmTmbgJ+OhbKXNVTKPM567MVbVN3GQna4oQOW4M3EzwZ+u6FPsqSuWtKg4DNxnJmoIYuMm1gNJue/Z7wpS8eNiKbZtcZE1ZIm/bJGdSRypzVYyV+ewUmFnBiZvhyZoSiZuAj74VH1SlKfZ1kspbFWPiZkiyplwxz6RS7g/yAj8eClxSTGU+EWWuio0M3AxD1hTNtk3GBZR227Pfk+C8JJifbZsByJoKiJuAj76VMlfVtjLveYGZxZTETa9kTTUix40zqQk+0oZR7LOfylsVuyVueiJrKhNz4Cb79/ECMyL7PWmeJ50BGLjpnKypT+Rtm+RM6khlrqp2Bd7VApdEV2zbdEvW1ErcBHz0rZS5qhqVeScL3Deic+KmK7KmbpHjxsDNBB9+8yj2OU3lrYr+OJOan6xpgYGbXAso7bZnvyeV8lRSDts2c5I1jYi8bZOcSR2pzFWVqcx7VWBmMTBxMzNZ0xRxE/DRt1LmqspR5v0pc1XkIm5mIGsaFDluDNxM8Of+jYp9plJ5q6IEBm52RdY0y8BNrgWUdtuz35OieIKokW2b6cmalkXetknOpI5U5qqGVOYdKDCzKJa4mYasaZ+4CfjoW4n5IVrsc5HKWxXlEzfbkzVRxDyTSrk/yAv86CpwSf0p82LLXBV1MXCzFVkTiG2bjAso7bZnvycDcNtpm22bTcmacMRNwEffSpmrml+Z11VgZtEAcTNB1gQVOW6cSU1o6eO22DucylsVLXEmtUbWhBZz4Cb7Z0yBGZH9nnTCjSUy2zZjsia6yNs2yZnUkcpc1TQKXHmBSyICcSNrSEnciJt1ylzVVspcbYH7RoQSOW5kDV8XOW4M3Ewo/4O52PuWylsVMcUcuJE1TDJwk2sBpd327PdkG24XTCPgto2sYRORt22SM6kjlbaq0tYzVmBmwZpQcSNr2JK4CfjoWylhVSWsYaMyVwUbBYkbWcMOIseNgZsJue5JsXcjlbcq2F7zAzeyhqkYuMm1gNJu+/D3xE2AbrW9bSNrmFbkbZvkTOpIw6yq2GsvbUkwg1bjRtawO+Im4KNvpb8P+GKvN5W3KphHe3Eja5hFzDOplPtP6gXuE3T+SV9mOpS5KuhKSwM3soYZ2bYJ+Ohb6WpVEboNytTMto2sYS7iJuCjb2WeVRV7RaUtCXrVwLaNrKEDkePGD4FP2O09KfYqUnmrggHUvm0ja+hMzIGb7J9/Be4oTH9Pql48NKzebRtZQ5cib9skZ1JH2n5Vxa65tCVBLpWWjayhe+Im4KNvZeOqalknUGPZyBr6EjluDNxMGN+TYteWylsVFKK6spE19MvATa4FlHbby1xSEjSwk7rKRtbQu8jbNsmZ1N1Ky5rS1gMlq6hsZA0DETcBH31iJSUsI5V0T6AitZSNrGFQkeMm+MBNCVlTwn2AelVRNrKGDAzc5FpA5EdPggbmVn7ZHJV7AUS0eGA54MfM+GIzXnixP4vUtxI2ioBh2K0hp8hnUinYwE2WtoiZcdCrwjdsZA35xTyTSrl3EQZ+9OEfLgka6EfJZeMQivxinkml3KdCrZ5JNXlRwJTs1lAQZ1INP/owuzXGaGAYxW7Y2K2hIOM3ScA/ba9NE+fatkn13/ba1w90QtZQnLW4ifYRlf1MKtV52wUNsEbWUKiYAzfZN06qG7ipscOA/pitoXQGbtp49M77o678gvaUOV5jt4bSGbgxcDOhzFUBJZA11MHAjYGbJGiAncgaamLgJvLATTl1BRRL1lAZZ1Ipx4XnffSATzcwG1lDlSKfSaVIAzeCBtgVWUPFYp5JpdynQsOkVcxnFpiTrKFuzqRSiwM3AffhgE7IGlogbpo5kwr4JEKNyvxLa5KsoSWRB24aOJMSNMD8ZA2tiTlwU/WZVMDnC+iJrKFBzqRSjguf7dED7q4B/ZE1NEvcFD5wE/CpgTYsLe195jOXPpd7GZuSNTTOwE2BAzeCBuiJrCEEAzflDNwETExoydLS3he+8Cdvu+0ruReyuYUyf0ALenJo/74ULG7G8lbd+NHHAt58aMbS0t5zzjn/jjtuv+22r3zuBx6XezmbsFtDLAZuMp5JAfRtlHsBkMHigeW1Y6lQxqdCAS8cmN/S0t6f+qmfzb2KHditIS4DN6EuHIhA1hCaM6kU7MKB2Swt7f2Zn7n49tv/X+6F7EDWQOgfAk8hLxzYlaWlva961S/feecduReyM7M18DXjM6mAcycGboBtLC3tvfDCy3OvYlp2a+DrnEmlYBcObG9pae9FF735zjv/I/dCpiVrYJK4CXXVwKbG3wNf97rfuPPOO3OvZRdkDWwu8sBNwKQD1lta2nv55W+/6667KtqnGZM1sB0/BB7qwoHxG/9Nb/q9w4fvyr2WWcga2IEzqRTswiGspaW9b33r++66665KmybJGpiSuAl11RDN+JvblVd+sN6gGZM1sAsGbqJdOEQwfndfddXVtTdNkjUwAwM3oS4cGrb2jm7mb66SNTALZ1Ip2IVDY1p9F8samJ24CXXV0Ia2v2XJGpiXgZtoFw71av47layBbhi4CXXhUJ0g71NZA51xJpWCXThUIdR7U9ZAxyKfSaWQFw4li/aWlDXQi5hnUsnADRQj5jtR1kBfnEmlYBcOhYj87pM10C9xE+qqIa+A32omyBoYQuSBG99nYRgBv8NsJGtgODEHbpxJQd+8v9bIGhiUM6kU7MKhV95TE2QNZCBuQl019CHgN5BpyBrIxsBNtAuHrgT8vjElWQOZGbgJdeEwJ++a7ckayM+ZVAp24TAD75RpyBooReQzqRTywmF63iBTGuVeAHCE8ZnU+I9loYwHbgJeOGxv/L4osGkO7d+XewmbsFsDxXEmlYJdOGzKe2EGsgYKJW5SsAuHNV7/M5M1UDQDN9EuHLzs5yFroAIxfwg8+RtuCMarfX6yBurgTCoFu3BC8QrviqyBmoibUFdNBAHfzr2SNVCfyAM3PgNoScB3cd9kDdQq5sCNMyna4DXcE1kDFXMmlYJdOA1o43X73vceHH//KY2sgeqJm1BXTb0CvkmHJ2ugEQZuol04dQn43sxC1kBTDNyEunCq4JU5JFkDrXEmlYJdOMVq9dV41VW/UuZgTZI10KrIZ1Ip5IVTGi/CLGQNtCzmmVQycENWbb/2rrji0mK3apKsgeY5k0rBLpyMmn+9vfGNP19y0yRZA0GIm1BXzfACvrnKJGsgkMgDNz516E+Q99Qv/dKrCt+qSbIGAoo5cONMij7EeUVdfPFPl980SdZATM6kUrALp3OhXkWvfe15VTRNkjUQmbgJddV0Jdpb5tWvPreWpkmyBjBwE+3CmUe0d8orX/njFTVNkjXAmIGbUBfODAK+Tl7xirPrapoka4A1zqRSsAtnSjFfG+edd1Z1TZNkDTBB3IS6arYX8I0w9tKXPq/GpkmyBtiUgZtoF85GAV//KaWXvOSMdPd3gBrJGmBLBm5CXThrwj77L3rR0+sNmrGF2i8AGMCh/ftSyO/yYT/ewor8jC8t7W0gCWQNMK1D+/eF/XYf88KjiflEj0uumRiQNcAu2LbJvRB6Efb5bWOHZj1ZA+yauMm9EDoT9jltbJNmjawBZhQ5bgJedXsETe6F9ELWAHOJOXAT9hOxGTHbtO2gGZM1wLwib9ukkBdetbDPWntjNJuSNUA3xE3uhbCDsM9UhE2aNbIG6FLkuAl41bUQNLkXMhxZA3TPwA3liFmcAYNmTNYAvYi8bZNCXniBwj4XQcZoNiVrgB6Jm9wLCSrs/Q+7SbNG1gC9ixw3Aa86u5i3XdCMyRpgIAZu6FvYux351GmCrAGGE3nbJoW88MGEvcM2aSbIGmBo4ib3QpoS9q4Kmk3JGiCPmGdSKerkR09i3kxBsw1ZA2Rj2yb3QioW9h4ao9merAEyEze5F1KZsPfNJs00ZA1QhMhxE/CqZyNoci+kArIGKEjMgZuwn9a7ErP/BM1uyRqgLJG3bVLIC99R2DtjjGYGsgYokbjJvZAihL0bNmlmJmuAckWOm4BXvZ6gyb2QWskaoHQGbqIJW3VOneYna4AKxNy2GZdNCnPha9ebwlzyGps0XTkq9wIAdjb+dh9wA+N3fufa0Wj0/Oefkpq+8PEz+853Xreycvjw4cNnnfXk3CsajqDplqwBqrEWNw1/wG/qne+8bs+ePWee+fjxv7Z0+eMP9fe855MrK4dXVlZyL2dQgqYPsgaozOKB5YDbNiml9773k6PRntFozzOe8ahU/+WPn8T3v/9PV1ZWDh8+nHs5QzNG0xNZA9Qn7JnU2Ic+9NnRaM8P/dDDxv9a1x1YG6D58Ic/f/jwyspKxKBJNml6I2uAWgWPm6uvvmk0WlhYGO3d+9DxV0q+CWs1c801f726urKysrK6GuvIKQmaQcgaoG5hB27WfOQjhxYWFkaj0SmnPHjtiyXcjfU/2fSxj/3dOGVWVlYzLikXQTMYWQO0IOzAzXp//MdfGI03cEajxz/+29b/T8PclvUdk1K6/vp/vDtlVlZXI9bMmDGaIckaoBHBz6QmfOIT/7SwsJDSwthjH/vNG/8/89yliYIZ+/Sn/+/q3VJajZwyYzZphidrgKaIm03dcMM/j/tmLXRSSo985H1n/g3/7M/+ZRwuq6tpLWJ0zBpBk4usARpk4GYan/3sv6S0MP7nceiklBYW0toXU0oprbXK+mgRMFsSNHnJGqBZBm4YmDGa7GQN0DJnUgzDJk0hZA3QPnFDfwRNUWQNEIWBGzrn1Kk0sgaIxcANnbBJUyZZA4TjTIp5CJqSyRogKGdS7JagKZ+sAUJzJsWUjNFUQdYA0TmTYns2aSoiawBSEjdsRtBUR9YAfJ2BG8YETaVkDcAkAzfBGaOpl6wB2IQzqZhs0tRO1gBsSdzEIWjaIGsAdmDgpm2CpiWyBmAqBm6aZIymMbIGYFrOpFpik6ZJsgZgd8RN7QRNw2QNwCwM3FTKqVPbZA3A7AzcVMQmTQSyBmAuzqTKJ2jikDUAHXAmVSZBE42sAeiMM6miGKMJSNYAdMmZVAls0oQlawC6J25yETTByRqAvhi4GZKgIckagL4ZuBmAMRrGusyac7//+/7TN9x74ot/fsuX3vvnf9nhowBUx5lUf2zSsF6XWXP/o7/p/kd/09q/Hn3Pez7xId/5thtulDUASdx0TdCwUZdZ89//4Nr1//orz/rhv//Kra+9+tqt/v8AARm46YRTJzbV12zNOY8/6dTjvuvEy36tp98foGoGbmZmk4Zt9JU1P/2kJ+z/wB/09JsDNMCZ1G4JGnbUS9b8yU++5Hdv/Px7Pn9TH785QEvEzTQEDVPqPmt+d+l5//AvX73ww3/U+e8M0CoDN9swRsP0Os6a1zz11OP+8/1OvvyKbn9bgAgM3EywSXFlzIoAAAW5SURBVMNudZk1/+Vhxy+d9Mjjf/GNHf6eAKGsP5OKTNAwmy6z5hdO3/s///J/T///37v4kO/7jm//xY/8r4mv73/KEw/80R93uDCAuqx9nL/gBae+4x0fy7uYgZ111pOToGFWnWXN2Sc96t73uMcPn/DQHz7hoRP/03e/7vJNf8k1h/72sjOetrK6eum116198SPn/thnvvhPXa0KoGqLB5af//xTUkrvfvf1udfSu+c+9wlJ0DCfzrLmbTfc+LYbbtztr7rsY39ywVOeuJY155/6hPvc614vf9+HuloVQO3GH/Nnnvn4lNL73ndD7uX04lnPOjkJGrqQ+T91edWnb3zmw44/eNazl97+rpTSi09+zM9d/ZG8SwIo0Pgj/4wzTkopfehDn829nM484xmPToKG7nSZNYf237F44F67/VXPeds7bvqZn3zWw094zokP+9N/+Kd33Pj5DpcE0JLxx//pp5+YUrr66or/brDTTvve8T8IGrrVZdbc4x7PSumDM/zCt37ihl84/QcXFtLDLn1Th+sBaNI4BU477YS1r1x77d/kW84uPPnJ3z3+BzVDTzrLmr+54BH3ve9DD+1/+eKBH9rtr7302ut+9LGPfvdn/6KrxQA0b30ZnHrqceN/uO66mzMtZztPfOJ3jf9BzdC3zrLmnvc8PqW0sHB2SrfM8MvvXDn81Tv+o6vFAISylgtPeMKD1r74yU/O8t24K4973APW/lnNMJhusubQ/vQN33CPlNJo9IjZsgaA+a0PiJNP/tb1/9NnPvPl/h73MY85dpuVwGC6yZrFA+nQ/rfcccdzHnLxH3byGwIwp4mw2Fge633uc/+642944on3mfKxIJfMP+ANwDC2L49HPOLoOX8HKEEpWXPSG3499xIA4pIstGHorDn0mX3pgSk9PC1+yVsIAOjScFlz6CH7UkrpW1L6R00DAHRvNMzDHPrWfaMTR6MTR+mrafEoTQMAdK/33ZpDt+0bnTkaHT1aPbS6+u+r6RMpPbLvxwQAIuo3a/7m5JeNvm20+n9Wj7vmDV/7kqYBAPrRV9YcOn7f6PjRwu0LK+9aceoEAAyg+6w5dJ99o1NHo9Fo5bMri3+7XMyPkAMAjessOj760VOf/OR0yXHf9oJHjFb/fvW4G9+w868BAOhONz8J9cI7bj3++OMPH/7eRz/60SuXr0zZNBc85YkTXzn7pEe9+OTHdLIkACCabrLmqnvd75ZbbvnSl7501wknfOYtox/fv2+aX/Ud9zvmw+ecvf4rrznt1L/78q2dLAkAiGahw78w+zlf/uLvH/vAX7/gZd++sPCl1dUrV1c/ttNv/snzzvndGz9/6bXXpZQ+cu6PffwLN+//wB90tR4AIJQu/zq+3z/2gSml/3rJG35zZeXeCwv/bTRavuBl2/+Sn7v62pc87qSU0oWnnXrUaKRpAICZdblbM+FV+/f9wGiUUvrUysprt36Uy5/59BMfcP8HHnPf7/nFN/a0EgAggh6zZuz1F7zsuxcW/i2l966sPH1h4YWXbDJN/NevPO9Pv/iPz/ut3+t1JQBA23r/b0K9/JI3nHHx6/91dfXnjznm+44++soNx1K/euYzvvCVWx/17Q94yuKD+14MANCwgf5Tly+55A1fuP32fzt8+JT73vet68rmmQ8/4SmLD/7Bt1x11adv/IXTf3CYxQAATRooa1JKv3LHHb/57/9+xW23fcvo6w/6s0990q9f/+mU0kV/+NE77rrrl8942mDrAQAa0/tszTbe8twzvvOYY07/jd9a+8pfv/K8l777/R/+q0O5lgQA1Gu43ZoJz3vkw0497sHrmyal9I4bP/fzT9uba0kAQNVy7tYAAHQo224NAEC3ZA0A0AhZAwA0QtYAAI2QNQBAI2QNANAIWQMANELWAACNkDUAQCNkDQDQCFkDADRC1gAAjZA1AEAjZA0A0Ij/DzFsTn8pfLEUAAAAAElFTkSuQmCC<Mask><Rect height="50" type="negative" width="56" x="10" y="448"/><Rect height="38" type="negative" width="29" x="364" y="171"/></Mask><Algorithm description="Strict mode" name="strict"/></Verification></VerificationPoint>
\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Boolean_003
- #[Topic] 'Boolean common' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Boolean_003
+ # [Topic] 'Boolean common' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_extrusion_001.hdf'
+
+ # [step] Open 'for_extrusion_001.hdf'
open(DATA_PATH + "/for_boolean_001.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
- #[step] Activate Part_1
+
+ # [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 48, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 48, 10, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all
fit_all()
+ test.vp("INIT")
- #[step] Implement boolean common for existing objects
+ # [step] Implement boolean common for existing objects
boolean_common((139, 138), (420, 195))
- #[check] Check that operation has been executed successfully
- test.vp("VP1")
-
+ # [check] Check that operation has been executed successfully
+ test.vp("COMMON")
+
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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<Mask>
+<Rect height="55" type="negative" width="39" x="15" y="416"/>
+<Rect height="27" type="negative" width="26" x="366" y="184"/>
+<Rect height="20" type="negative" width="20" x="446" y="316"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+../../tst_boolean_001/verificationPoints/INIT
\ No newline at end of file
+++ /dev/null
-<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Construction_001
- #[Topic] 'Construction of point, axis and plane' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Construction_001
+ # [Topic] 'Construction of point, axis and plane' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_construction_001.hdf'
+
+ # [step] Open 'for_construction_001.hdf'
open(DATA_PATH + "/for_construction_001.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
+
# [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 71, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Create plane basing on upper face of the box
- plane((283, 127), 100)
- #[step] Fit all
+ # [step] Fit all
fit_all()
+ test.vp("INIT")
+
+ # [step] Create plane basing on upper face of the box
+ plane((340, 120), 100)
- #[check] Check that plane has been created
- test.vp("VP1")
-
+ # [step] Fit all
+ fit_all()
+
+ # [check] Check that plane has been created [vp PLANE]
+ test.vp("PLANE")
+
+ # [step] Create 2 points by property panel
point(-50, -50, 125)
point(50, 50, 125)
-
- axis((168, 138), (583, 137))
- test.vp("VP2")
-
+ # [step] Fit all
+ clickButton(waitForObject(":SALOME*.Fit All_QToolButton"))
+
+ # [check] Check that the points have been created [vp POINTS]
+ test.vp("POINTS")
+
+ # [step] Create axis between the 2 points
+ axis((213, 142), (538, 142))
+
+ # [check] Check that the axis have been created [vp AXIS]
+ test.vp("AXIS")
+
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
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--- /dev/null
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--- /dev/null
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\ No newline at end of file
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- <Description/>
- <Verification type="PNG" object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d">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<Mask>
- <Rect width="43" x="17" y="443" height="57" type="negative"/>
- <Rect width="32" x="368" y="175" height="24" type="negative"/>
- <Rect width="40" x="575" y="296" height="35" type="negative"/>
- </Mask>
- <Algorithm description="Strict mode" name="strict"/>
- </Verification>
-</VerificationPoint>
def main():
- #[project] NewGEOM
- #[Scenario] Extrusion_001
- #[Topic] 'Extrusion from size to size' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Extrusion_001
+ # [Topic] 'Extrusion from size to size' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_extrusion_001.hdf'
+
+ # [step] Open 'for_extrusion_001.hdf'
open(DATA_PATH + "/for_extrusion_001.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
- #[step] Activate Part_1
+
+ # [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 48, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 48, 10, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Execute extrusion for sketch_1
+
+ # [step] Fit all
+ fit_all()
+ test.vp("INIT")
+
+ # [step] Execute extrusion for sketch_1
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "Extrusion"))
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 347, 228, 0, Qt.LeftButton)
type(waitForObject(getSpinBoxRealName("from_size")), "<Ctrl+A>")
type(waitForObject(getSpinBoxRealName("from_size")), 10)
-
- #[check] Check that preview is updated
- test.vp("VP3")
+
+ # [check] Check that preview is updated [vp PREVIEW]
+ fit_all()
+ test.vp("PREVIEW")
clickButton(waitForObject(":Extrusion.property_panel_ok_QToolButton"))
-
- #[check] Check that extrusion has been implemented
- test.vp("VP4")
-
+
+ # [check] Check that extrusion has been implemented [vp EXTRUSION]
+ fit_all()
+ test.vp("EXTRUSION")
+
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+<Rect height="56" type="negative" width="51" x="9" y="411"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version='1.0' encoding='UTF-8' standalone='no'?>
+<VerificationPoint version="4" type="Screenshot">
+ <Description/>
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+ <Rect width="23" x="457" y="169" height="22" type="negative"/>
+ <Rect width="23" x="459" y="267" height="30" type="negative"/>
+ </Mask>
+ <Algorithm description="Strict mode" name="strict"/>
+ </Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
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<Mask>
+<Rect height="27" type="negative" width="20" x="372" y="147"/>
+<Rect height="54" type="negative" width="50" x="11" y="413"/>
+</Mask>
+<Algorithm description="Simple comparison (pixel by pixel)" name="simplecompare">
+<Parameter description="Threshold" name="threshold">0</Parameter>
+<Parameter description="Tolerance" name="tolerance">0</Parameter>
+</Algorithm>
+</Verification>
+</VerificationPoint>
+++ /dev/null
-<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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\ No newline at end of file
+++ /dev/null
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\ No newline at end of file
+++ /dev/null
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\ No newline at end of file
+++ /dev/null
-<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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<Mask><Rect height="23" type="negative" width="25" x="370" y="199"/><Rect height="56" type="negative" width="51" x="17" y="444"/></Mask><Algorithm description="Strict mode" name="strict"/></Verification></VerificationPoint>
\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Extrusion_002
- #[Topic] 'Extrusion by boarding planes and offsets' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Extrusion_002
+ # [Topic] 'Extrusion by boarding planes and offsets' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_extrusion_001.hdf'
+
+ # [step] Open 'for_extrusion_001.hdf'
open(DATA_PATH + "/for_extrusion_002.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
- #[step] Activate Part_1
+
+ # [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 48, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 48, 10, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all
fit_all()
- #[step] Execute extrusion for sketch_1
+ test.vp("INIT")
+
+ # [step] Execute extrusion for sketch_1
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "Extrusion"))
-
- #[step] Select sketch_1 as base
+
+ # [step] Select sketch_1 as base
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 324, 222, 0, Qt.LeftButton)
-
- #[step] Select 'By boarding planes and offsets' button
+
+ # [step] Select 'By boarding planes and offsets' button
clickButton(waitForObject(":Extrusion_QToolButton"))
-
- #[check] Check that no result is previewed
- test.vp("VP1")
-
- #[step] Select upper face as face 'To'
+
+ # [check] Check that no result is previewed [vp NO_PREVIEW]
+ fit_all()
+ test.vp("NO_PREVIEW")
+
+ # [step] Select upper face as face 'To'
mouseClick(waitForObject(":Extrusion.Select a sketch face_QListWidget"), 80, 47, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 350, 231, 0, Qt.LeftButton)
mouseClick(waitForObject(":To_QLineEdit"), 31, 11, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 369, 87, 0, Qt.LeftButton)
-
- #[check] Check that preview is updated
- test.vp("VP2")
-
- #[step] Select lower face as face 'From'
+
+ # [check] Check that preview is updated [vp PREVIEW_TO]
+ fit_all()
+ test.vp("PREVIEW_TO")
+
+ # [step] Select lower face as face 'From'
mouseClick(waitForObject(":From_QLineEdit"), 80, 11, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 350, 413, 0, Qt.LeftButton)
-
- #[check] Check that preview is updated
- test.vp("VP3")
-
- #[step] Define offset for face 'To'
+
+ # [check] Check that preview is updated [vp PREVIEW_FROM]
+ test.vp("PREVIEW_FROM")
+
+ # [step] Define offset for face 'To'
type(waitForObject(":To.to_offset_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":To.to_offset_ModuleBase_ParamSpinBox"), 200)
+ type(waitForObject(":To.to_offset_ModuleBase_ParamSpinBox"), "<Return>")
- #[step] Fit all
+ # [step] Fit all
fit_all()
-
- #[check] Check that preview is updated
- test.vp("VP4")
-
- #[step] Define offset for face 'From'
+
+ # [check] Check that preview is updated [vp PREVIEW_TO_OFFSET]
+ test.vp("PREVIEW_TO_OFFSET")
+
+ # [step] Define offset for face 'From'
type(waitForObject(":From.from_offset_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":From.from_offset_ModuleBase_ParamSpinBox"), 200)
+ type(waitForObject(":From.from_offset_ModuleBase_ParamSpinBox"), "<Return>")
+
+ # [step] Fit all
+ fit_all()
- #[step] Fit all
- fit_all()
+ # [check] Check that preview is updated [vp PREVIEW_FROM_OFFSET]
+ test.vp("PREVIEW_FROM_OFFSET")
- #[check] Check that preview is updated
- test.vp("VP5")
-
- #[step] Ok
+ # [step] Ok
clickButton(waitForObject(":Extrusion.property_panel_ok_QToolButton"))
-
- #[step] Fit all
- fit_all()
-
- #[check] Check that extrusion is built
- test.vp("VP6")
+
+ # [step] Fit all
+ fit_all()
+
+ # [check] Check that extrusion is built [vp EXTRUSION]
+ test.vp("EXTRUSION")
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
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+<VerificationPoint type="Screenshot" version="4">
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+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
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+<VerificationPoint type="Screenshot" version="4">
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--- /dev/null
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+++ /dev/null
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<Mask><Rect 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\ No newline at end of file
+++ /dev/null
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\ No newline at end of file
+++ /dev/null
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\ No newline at end of file
+++ /dev/null
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<Mask><Rect 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\ No newline at end of file
+++ /dev/null
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<Mask><Rect 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\ No newline at end of file
+++ /dev/null
-<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Extrusion_003
- #[Topic] 'Extrusion_cut' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Extrusion_003
+ # [Topic] 'Extrusion_cut' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_extrusion_001.hdf'
+
+ # [step] Open 'for_extrusion_001.hdf'
open(DATA_PATH + "/for_extrusion_003.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
+
# [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 71, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all
fit_all()
-
- #[step] Features - ExtrusionCut
+ test.vp("INIT")
+
+ # [step] Features - ExtrusionCut
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "ExtrusionCut"))
-
- #[step] Select the upper face for sketching
+
+ # [step] Select the upper face for sketching
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 243, 171, 0, Qt.LeftButton)
-
- #[step] Draw closing contour, consisting from 4 lines
+
+ # [step] Click "Set plane view" in property panel [vp PLANE]
+ clickButton(waitForObject(":Sketcher plane.Set plane view_QPushButton"))
+ test.vp("PLANE")
+
+ # [step] Draw closing contour, consisting from 4 lines
lines_create_in_view([(83, 152), (85, 346), (669, 344), (669, 162), (83, 152)])
-
- #[step] Ok
+
+ # [check] Check that lines have been executed successfully [cp LINES]
+ fit_all()
+ test.vp("LINES")
+
+ # [step] Ok
clickButton(waitForObject(":Sketch.property_panel_ok_QToolButton"))
- #[step] Define value of 'To size' parameter of extrusionCut, set it equal to 50
+ # [step] Define value of 'To size' parameter of extrusionCut, set it equal to 50
type(waitForObject(":Extrusion.to_size_ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
type(waitForObject(":Extrusion.to_size_ModuleBase_ParamSpinBox_2"), 50)
+ type(waitForObject(":Extrusion.to_size_ModuleBase_ParamSpinBox_2"), "<Return>")
- #[step] Define value of 'From size' parameter of extrusionCut, set it equal to 50
+ # [check] Check that preview updated [cp PREVIEW_TO_SIZE]
+ fit_all()
+ test.vp("PREVIEW_TO_SIZE")
+
+ # [step] Define value of 'From size' parameter of extrusionCut, set it equal to 50
type(waitForObject(":Extrusion.from_size_ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
type(waitForObject(":Extrusion.from_size_ModuleBase_ParamSpinBox_2"), 50)
-
- #[step] Ok
+ type(waitForObject(":Extrusion.from_size_ModuleBase_ParamSpinBox_2"), "<Return>")
+
+ # [check] Check that preview updated [cp PREVIEW_FROM_SIZE]
+ fit_all()
+ test.vp("PREVIEW_FROM_SIZE")
+
+ # [step] Ok
clickButton(waitForObject(":ExtrusionCut.property_panel_ok_QToolButton"))
-
- #[step] Click 'Reset view' toolbar button
- clickButton(waitForObject(":SALOME*.Reset_QToolButton"))
-
- #[check] Check that extrusionCut operation has been executed successfully
- test.vp("VP1")
-
+
+ # [step] Click 'Reset view' toolbar button
+ clickButton(waitForObject(":SALOME*.Reset_QToolButton_2"))
+ mouseClick(waitForObject(":SALOME*_OCCViewer_ViewPort3d"), 10, 450, 0, Qt.LeftButton) # close tool bar extension bar
+
+ # [check] Check that extrusionCut operation has been executed successfully [vp EXTRUSION_CUT]
+ test.vp("EXTRUSION_CUT")
+
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" type="PNG">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+<Rect height="55" type="negative" width="49" x="8" y="414"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
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\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Extrusion_004
- #[Topic] 'Extrusion_Fuse by sizes' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Extrusion_004
+ # [Topic] 'Extrusion_Fuse by sizes' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_extrusion_003.hdf'
+
+ # [step] Open 'for_extrusion_003.hdf'
open(DATA_PATH + "/for_extrusion_003.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
+
# [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 71, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all
fit_all()
-
- #[step] Features - ExtrusionFuse
+ test.vp("INIT")
+
+ # [step] Features - ExtrusionFuse
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "ExtrusionFuse"))
-
- #[step] Select the upper face for sketching
+
+ # [step] Select the upper face for sketching
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 243, 171, 0, Qt.LeftButton)
-
- #[step] Draw close contour, consisting from 4 lines
+
+ # [step] Click "Set plane view" in property panel [vp PLANE]
+ clickButton(waitForObject(":Sketcher plane.Set plane view_QPushButton"))
+ test.vp("PLANE")
+
+ # [step] Draw close contour, consisting from 4 lines
lines_create_in_view([(83, 152), (85, 346), (669, 344), (669, 162), (83, 152)])
-
- #[step] Ok
+
+ # [check] Check that lines have been executed successfully [cp LINES]
+ fit_all()
+ test.vp("LINES")
+
+ # [step] Ok
clickButton(waitForObject(":Sketch.property_panel_ok_QToolButton"))
-
- # [step] Define value of 'To size' parameter of ExtrusionFuse, set it equal to 100
+
+ # [step] Define value of 'To size' parameter of ExtrusionFuse, set it equal to 100
type(waitForObject(":Extrusion.to_size_ModuleBase_ParamSpinBox_3"), "<Ctrl+A>")
type(waitForObject(":Extrusion.to_size_ModuleBase_ParamSpinBox_3"), 100)
+ type(waitForObject(":Extrusion.to_size_ModuleBase_ParamSpinBox_3"), "<Return>")
- #[step] Define value of 'From size' parameter of ExtrusionFuse, set it equal to 150
+ # [check] Check that preview updated [cp PREVIEW_TO_SIZE]
+ fit_all()
+ test.vp("PREVIEW_TO_SIZE")
+
+ # [step] Define value of 'From size' parameter of ExtrusionFuse, set it equal to 150
type(waitForObject(":Extrusion.from_size_ModuleBase_ParamSpinBox_3"), "<Ctrl+A>")
type(waitForObject(":Extrusion.from_size_ModuleBase_ParamSpinBox_3"), 150)
+ type(waitForObject(":Extrusion.from_size_ModuleBase_ParamSpinBox_3"), "<Return>")
+
+ # [check] Check that preview updated [cp PREVIEW_FROM_SIZE]
+ fit_all()
+ test.vp("PREVIEW_FROM_SIZE")
- #[step] Ok
+ # [step] Ok
clickButton(waitForObject(":ExtrusionFuse.property_panel_ok_QToolButton"))
- #[step] Click 'Reset view' toolbar button
- clickButton(waitForObject(":SALOME*.Reset_QToolButton"))
+ # [step] Click 'Reset view' toolbar button
+ clickButton(waitForObject(":SALOME*.Reset_QToolButton_2"))
+ mouseClick(waitForObject(":SALOME*_OCCViewer_ViewPort3d"), 10, 450, 0, Qt.LeftButton) # close tool bar extension bar
+
+ # [check] Check that extrusionCut operation has been executed successfully [vp EXTRUSION_FUSE]
+ test.vp("EXTRUSION_FUSE")
- #[check] Check that ExtrusionFuse operation has been executed successfully
- test.vp("VP1")
-
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+</Verification>
+</VerificationPoint>
--- /dev/null
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+<VerificationPoint type="Screenshot" version="4">
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height="55" type="negative" width="47" x="14" y="443"/></Mask><Algorithm description="Strict mode" name="strict"/></Verification></VerificationPoint>
\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Extrusion_006
- #[Topic] 'Extrusion_cut by planes' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Extrusion_006
+ # [Topic] 'Extrusion_cut by planes' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_extrusion_006.hdf'
+
+ # [step] Open 'for_extrusion_006.hdf'
open(DATA_PATH + "/for_extrusion_006.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
+
# [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 71, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all
fit_all()
-
- #[step] Features - ExtrusionCut
+ test.vp("INIT")
+
+ # [step] Features - ExtrusionCut
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "ExtrusionCut"))
-
- #[step] Select the upper face for sketching
+
+ # [step] Select the upper face for sketching
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 243, 171, 0, Qt.LeftButton)
-
- #[step] Draw closing contour, consisting from 4 lines
- lines_create_in_view([(83, 152), (85, 346), (669, 344), (669, 162), (83, 152)])
-
- #[step] Ok
+
+ # [step] Click "Set plane view" in property panel [vp PLANE]
+ clickButton(waitForObject(":Sketcher plane.Set plane view_QPushButton"))
+ test.vp("PLANE")
+
+ # [step] Draw closing contour, consisting from 4 lines
+ lines_create_in_view([(110, 150), (110, 320), (640, 320), (640, 150), (110, 155)])
+
+ # [check] Check that lines have been executed successfully [cp LINES]
+ fit_all()
+ test.vp("LINES")
+
+ # [step] Ok
clickButton(waitForObject(":Sketch.property_panel_ok_QToolButton"))
-
- #[step] Select 'By planes aand offsets' method
+
+ # [step] Select 'By planes and offsets' method
clickButton(waitForObject(":Extrusion_QToolButton_3"))
mouseClick(waitForObject(":To_QLineEdit_5"), 46, 15, 0, Qt.LeftButton)
-
- #[step] Select Plane_1 as face 'To'
- mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 35, 130, 0, Qt.LeftButton)
-
- #[step] Ok
+
+ # [step] Select Plane_1 as face 'To'
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 35, 220, 0, Qt.LeftButton)
+
+ # [check] Check that preview has been updated [cp PREVIEW]
+ fit_all()
+ test.vp("PREVIEW")
+
+ # [step] Ok
clickButton(waitForObject(":ExtrusionCut.property_panel_ok_QToolButton"))
-
- #[step] Click 'Reset view' toolbar button
- clickButton(waitForObject(":SALOME*.Reset_QToolButton"))
-
- #[check] Check that extrusionCut operation has been executed successfully
- test.vp("VP1")
-
+
+ # [step] Click 'Reset view' toolbar button
+ clickButton(waitForObject(":SALOME*.Reset_QToolButton_2"))
+ mouseClick(waitForObject(":SALOME*_OCCViewer_ViewPort3d"), 10, 450, 0, Qt.LeftButton) # close tool bar extension bar
+
+ # [check] Check that extrusionCut operation has been executed successfully [vp EXTRUSION_FUSE]
+ test.vp("EXTRUSION_CUT")
+
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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up2pyvKGsfcHVaIGxTRlzVO/nddqI65px5nUsBo8bPG0Rk3tWWNY+7UX4gb5DM0a0TH2EasPfUY2wAjaMkaR9vCTZY1O+30lFarW3XWiMHPHR0WbjDaTFnjaIgbc0894gYYSlfWiLKxTf1Z45i7wwpjG4w0Omsc4sYDcQP0UZc1jpK4iZU1jrk7rBA3GMY1jTO6bETNwk30ayiEhRsgozRrnOhx05s1c+bMbbelzqxxzN1hhbjBjgpljTC28cLYBnBUZ40TceFm0/p1L3rRn2RZMz4+Pj4+VnPWiME7rMPCDZyiWeMQNx6IG2A89gXMbmLlqg0rlomCMykR6Xbb9f+i7q5q7g67du11jG3gzf2xifvH3txTr/eCiRs0k4FpTab+M6nBac3Y2Jzx8fGdd35KndOaXpxJwaI8K8MjsHDjgYUbNJOlrHHqPJOaKWvGxsbnzdslStaIqc8dexE3TbZ06VGrVwe9QwJnUh4Y26CBDBxC9VFyJvXYY1t33TXO7565wbiTXTZlAw+cSXngTAoNZC9rZPvzM3rcbNnyWLu9bf78p0X51c3dYR0WbhAii5uIf+bNPfWyC6Zs0AQms8ZREjePPPLIggW7xfrVsxuWidur0/uqQNzAw+rVV0avCnNPvewzCuIGabO3WzNUdQs3m9avO/jgPx3crRkbGx8ba7fbY+6vu+++e227NUNFv8v74UyqIcJ3a2Z4WBZuCiNukDbD05pe0RduNm9+OMqvmzE3GHc4k0IIFm48sHCDtCWSNaLgTGrRokM3b968YMGC+n/pjLk7rHAmhWCqFm7MPe8oGyQmkUOoPuV+h5tN69ctXnzE6EOodnvskkvOe8c73ut+Sty4cQzdYTPETaoqOoQa+FU4kyqMsQ0Sk860plc2uYl3JrVZYsdNdr5j6A7LF4EjBGdSHjiTQmLSnNZkyhrbbFq/7lWven3+aU2v6JMbQ3fYDGObxNQzrdnxV2RyUxhxgwSkOa3JRF+4EREWbjywcINALNx4YOEGCUh8WtMrcHKzaf26I4442mNak4k+thFTd9gMcZOA+qc1Pb80Y5vCGNvArgZljRPyHW42rV935JFv8s4aJ3rcmLvDOizcmBYxa7ZfAHFTGHEDixqXNRI2ttm0ft0b3jAZkjUOceOBsY1d0bNm+2WoeCdwMfXUI25gSxOzxvGOm03r1x199NsCs0YUlI1wJoW6KMka0TG2EYNPPRZuYEVzs8bxO5PatH7dMce8IzBrnOhxY+5zR4e4sUVP1jga4sbcU4+xDUxoetaI79hm0/p1b37z8eFZ4xA3fli4sUJb1jjEjQfiBsqRNU/wiJtN69e99a0nlJI1oqBsxOAdVhjbGKEzaxwWbjxwJgW1yJodFI2bTevXicjb3rYsPGscJXFj6PbqEDfKac4a0TG2EWtPPcY20ImsGaLows2m9euOO+6kUrLGiR435j53dDiTUkt51jga4sbcU4+4gTZkzXB+Y5uyssYhbjwwttHJRNY4xI0H4gZ6kDWjeMRNYmUjBu+wQtzoYyhrHCULN9GvoRAWbqABWTO7QnGT5NhGDN5hhbjRxFzWCGMbL4xtEB1Zk1ehhZsk48bcHdZh4UYDi1njEDceiBtERNYUwMKNGLzDCmMbBexmjUPceCBuEAVZUxgLN8KZFAqynjUOCzceWLhBzcgaT5xJmfvc0SFuokgja4SxjRfGNqgTWeOPMykxeId1WLipWTJZ4xA3Hogb1IOsCUXciME7rDC2qVdiWeMoOZMSU0894gZVI2vKwcKNGDz1F+KmLklmjegY24jBpx4LN6gOWVMmFm7Mfe7ocCZVtVSzxtEQN+aeeoxtUBGypmScSYnBO6wwtqlY2lnjEDceiBuUjqypBGdSYvAOK8RNZZqQNQ4LNx44k0KJyJoK8a4LYvDUX4ibCjQna0TH2EasPfUY26AsZE3lWLgx97mjw8JNiRqVNY6GuDH31CNuEI6sqQMLN2LwDiuMbcrTwKxxiBsPxA1CkDX1YeFGDN5hhbgpQ2OzxlGycBP9Ggph4QZ+yJq6sXAjBu+wQtyEaXjWCGMbL4xt4IGsiYOFG3N3WIeFGz9kjUPceCBuUAhZEw0LN2LwDiuMbbyQNb2IGw/EDXIiayJj4UY4k2oAsmYQCzceWLjBrMgaFTiTMve5o0Pc5ETWDMXYxgNjG4xG1mjBmZQYvMM6LNzMiqwZgbjxQNxgJmSNLsSNGLzDCmOb2ZA1s1JyJiWmnnrEDQaRNRqxcCMGT/2FuJkZWZOHhrGNGHzqsXCDXmSNXizcmPvc0eFMahBZk5+GuDH31GNsgwxZoxpnUmLwDiuMbQaQNUURNx6IGwhZYwJnUmLwDivETQ+yxg8LNx44k2o4ssYM3nVBDJ76C3EjImRNAA1jG7H21GNs02RkjTEs3Jj73NFp+MINWRNIQ9yYe+oRN81E1tjDwo0YvMNKs8c2ZE0piBsPxE3TkDVWsXAjBu+w0tS4IWtKpGThJvo1FMLCTXOQNbaxcCMG77DSvLgha8rF2MYDY5uGIGtSwMKNuTus05yFG7KmCsSNB+ImeWRNIli4EYN3WGnM2IasqQ5x44G4SRhZkxQWboQzKZXImqqxcOOBhZskkTUJ4kzK3OeOTsJxQ9bUgLGNB8Y26SFr0sSZlBi8wzrNWbhBFYgbD8RNSsialEU/kxLixkvCYxvUQ8mZlJh66nEmlQayJn18EbgYPPUX4gZhNIxtxNpTj7FNAsiapmDhxtznjg5nUgihIW7MPfWIG9PImgZh4UYM3mGFsQ2CETceiBujyJrGib5wE71sxOAdVogbBFOycBP9Ggph4cYcsqahWLgRg3dYIW4QhrGNB8Y2tpA1jcbCjbk7rMPCDUIQNx6IGyvImqZj4UYM3mGFsQ2CETceiBv9yBqIsHAjIgbvsELcIBgLNx5YuNGMrMGTWLgRg3dYIW4QhrGNB8Y2apE16MfCjbk7rMPCDUIQNx6IG4XIGgzBwo0YvMMKYxsEU3ImJaaeesSNKmQNZsTCjXAmhebRMLYRg089Fm6UIGswC86kzH3u6HAmhRAa4sbcU4+xjQZkDWbHmZQYvMMKYxsEI248EDdxkTXIizMpMXiHFeIGwVi48cCZVCxkDYrhi8DF4Km/EDcIo2FsI9aeeoxtoiBr4IOFG3OfOzos3CCEhrgx99QjbmpG1sATCzdi8A4rjG0QjLjxQNzUhqxBEBZuxOAdVogbBFOycBP9Ggph4aYGZA1KwMKNGLzDCnGDMIxtPDC2qRpZg9KwcGPuDuuwcIMQxI0H4qY6ZA3KxMKNGLzDCmMbBCNuPBA3VSBrUD4WboQzKTQSCzceWLgpF1mDqnAmZe5zR4e4QQjGNh4Y25SIrEGFOJMSg3dYh4UbhCBuPDC2KQVZg8oRN2LwDiuMbRBMyZmU2HnqMbYJR9agJizciMFTfyFuEEbD2EasPfUY24Qga1ArFm5sfe6Y4UwKITTEja2nHmXjjaxB3TiTEmt3WIexDQIRN4VwIOWHrEEcnEmJqTtshrhBIBZu8nPXKcRNEWQNYuJdF8Taqb9D3CCEhrGNGHnqTU4uOfzM8zectkyIm3zIGsTHwo2Vzx37sHCDEBrixsRTz5WNiGw4bRkv2bMia6ACCzdi5A7bh7ENAhE3efSWjTC2GYmsgSIs3IiFO+wg4gaBlCzcRL+GEbKyEeJmJLIG6rBwI+rvsEMRNwjB2Ga03qxxiJuhyBooxcKN5jvsCCzcIARxM8Jg2QgLNwPIGujFwo0ovsOOwNgGgYiboYZmjTC22RFZA+1YuBHOpNBILNwMmqlshLjZjqyBDZxJKfzcMQ/iBiEY2/QZkTUOcUPWwAzOpETZHTY/Fm4QgrjpvYw898AmL9yQNTCGuBE1d9hCGNsgkJIzKYn91MtfNtLIsQ1ZA5NYuBF9p/55EDcIoWFsI7Gfejmzxmlg3JA1MIyFGw2fO3rgTAohNMRNxKdeoaxxGnUmRdbANs6kxGbcMLZBoOhxE+t555E10qSxDVmDFHAmJcQNGinKwk3c55pf1jhNiBuyBungXRck9qm/H+IGIWoe20R/ioVkjZN23JA1SA0LNxbHNsLCDcLUEDdKnlnhWeOkunBD1iBBLNyImltwIYxtEKiiuFH1bCorayTRsQ1Zg2SxcCPKbsc5ETcIVO7CTfRTp14lNk0msbgha5A4Fm5E2X05J+IGIUoZ2yj8rKCKrHGSiRuyBo3Awo3CG3QeLNwghHfcqH2+VJc1TgILN2QNmoKFG1F8sx6BsQ0CFTqT0vwcmZxcctRRx/5u0X+r9FexPrYha9AsLNwIZ1JonpxjG+VPjXqyxrEbN2QNmogzKc2fko5A3CDEiLjR/4yYnFzy9re/++GHH6onaxyLcUPWoKE4kxILt/KhWLhBiL64MfEsmJxccuKJK7Zs+V3NWePYWrgha9Bo0c+khLjxwtgGgVzciJE/+XGzRkyNbcgagC8CF1G/VTAUcQNvUd5Mys/k5JL3vvfMLVsejZg1jom4IWuAJ7BwY3FsI5xJoaDob/1dyOTkklNP/bvHH39MQ9Y4ys+kyBrgSSzciM24YWyDPGwFjYhMTi754Ac/uXXr46qyRnSPbcgaoF/0hZvoZSPEDdJiLmhEZHJyyUc+8g/btm1VmDWOzrgha4DhWLgRFm6QBENrNJnJySVnn33J1q2Pa84aR1vckDXAKCzcWBzbCAs3EBGzQxoROe+8tVu3bjWRNY6ehRuyBpgFCzdiM24Y2zSZxaARkcnJJRdeeOX09NTU1DZbWSNqxjZkDZALCzdC3MAIo6dOInLxxVdNTW0zmjVO9Lgha4ACOJMSFm6gmN0hzWc/e83U1LapqSnrWeNEjBuyBiiGMymxObYRFm6SZjdo3N8kljVOlIUbsgbwQdyIzbhhbJMe00HjLju9aU2m/rENWQP4Y+FGOJNCVBbXaGTgWZNw1jh1xg1ZA4Ri4cbi2EY4kzIugSFN7wfTzhqnnrgha4AScCYlNuOGsY1FKQVN9q+akDVO1Qs3ZA1QGs6khLhBldILmuwHNCdrpOKxDVkDlIx3XRAWblCBNNZoZvoxjcoap6K4IWuASrBwY3FsIyzcqJTqkKb3R+bMmnZ7zj377Vv1ldep9DMpsgaoCgs3YjNuGNvokXzQZD++sVkjZY9tyBqgWizcCHEDLwmfOg3+lCZnjVNW3JA1QB1YuBEWbpBbQ4Y0vT+RrHHC44asAerDwo3FsY2wcFOjpgVN9tPJml4hCzdkDVArFm7EZtwwtqlaM4Mme5A8WdNuz92y5dEmZI0EjG3IGiACFm6EMyn0aM4azUyPM2vWdLutrVu3NidrHI+4IWuAaDiTsji2EeKmVE0e0vQ+GlkzQqG4IWuAmDiTEstxQ9mEIGh6H3N01kxPd7dt29rYrHFyLtyQNUB8xI3YjBvGNn4ImsFHzp813/3ut/c46k2lX4MJecY2ZA2gBQs3wsJNAzR8jWamBx+RNdu2TU9NbSNrMqPjhqwBdGHhxuLYRjiTyoEhzYhfYqas2br1iQ+SNX1mOpMar/9SAIwwsXLVhhXLJN/Yxt3d1qw5V8qLm82bN0vUuHGvH+biZu3a6xjbzISg8TM93Y31Sys3Ys+GrAHUcU9Xj7gpcWyzefPmuGMbi3HTe83EjUPQeNu6dSrir67WrOs1ZA2glEfcJDa2kZ5QMPS6SNxkWKPx9thjW+NegEI5v8ybrAFUy+KmsWdS0nO+E/3FJr8sbppZNgxpvD366O86nU7EC9Ap/9spkDWAASzcWDyTkkYu3BA0IR555JG4F6BQ0W80zFdCAZbwReCi5hWokIbEDadO3hdw/vmXdzrTnU5nenq60+l0OtNTU1PT01PT01O9Xwl1443XNefLoPzeFoppDWAJCzfCwo1KDGlQIu/3uRSyBrCIhRth4UYNgiaEeyotWnRo3MtQJf8azVAcQgGG8a4Loub1qZA0xjYETQgXNM6aNeced9xJsx5CXX/919I+gQoZ0mSY1gCG8R1uhDOpSFijCdHbNJCSgsZhWgMkghyr9YEAAA7pSURBVHddUPJZeFHm4oYhTYihQZNnWnPNNV9JclRTYtA4ZA2QDs6kRM2rV1EmFm4ImhAjJjSzZs3XvnZFqk1TeoRwCAWkQ8mZlPAdbopT/h1uCJpAnDr1KX1Ik2FaA6Sp0OQmybGNqFmkKERh3LBGEyJP0Iye1lx99bqURjXVBY1D1gApY+FGz+frhSg5k2JIEyL/hGZE1nz5y2sTa5qqq4OsARLHwo2oeZ0rJO7YhqAJUfTIaaasufLKzyTTNFUPaTJkDdAIvOuCqHnNK6T+uCFoAnms0QzNmssuW5NG09QWNA5ZAzQICzeiZuWikNrihjWaEN57wYNZ88UvXpRA09QcNA5ZAzQOCzd6PrMvpNKFG4Y0IQK/0Kkvaz7/+X9Io2miBAZZAzQRCzei5hWxkCrGNgRNiFK+cjvLms985nzZ/p0X7IoypMmQNUBzsXAjal4dCykxbjh1ClHWd6NxWXPJJecRNOHIGqDpWLgRNS+ThQTGDUOaEOV+e701a84V40MaDUHjkDUARFi4UfN6WZTHwg1BE4KgGRRrjWYosgbAE1i4ETWvnYXkH9sQNIFKb5oEgkZ0DGkyZA2AHbBwI4meSbFGE4IhTR+FQeOQNQCG4ExKz4SgkKFxw5AmBEHTR23QOGQNgOE4kxI1r6xFZQs3BE0IgmaQqjWaocgaAKNEP5MS4saLxWsWTZfNGk0f5UOaDFkDYHZ8EbioWfJImJLfYYY0fawEjUPWAMiLhRs9s4TEKPmNJWgG6T916kPWACiAhRtR8xqcBiW/mQTNIFtDmgxZA6Cw6As30ctG1Lwem5bqqRNBExFZA8ATCzei5oXZHCVRyJCmj+mgccgaAEFYuFHyCm2Fkt8ugmaQuTWaocgaAKFYuBE1r9aaKfktImgGJTCkyZA1AMrBwo2oeeVWSMlpHWs0fVIKGoesAVAmzqREzUu4EkpSjyFNn/SCxiFrAJSMMylR81oel5LfBIJmUBprNEORNQAqQdyImtf1+un5D+fUqU+qQ5oMWQOgQizcSPPOpJT89zKk6ZN80DhkDYDKsXCjZ3pRKSX/mQRNn4YEjUPWAKgDZ1Ki5lW/Ckr+0wiaQQmv0QxF1gCoD2dS7uVfFBRAWfT8F7FG06dRQ5rMeOwLANAg7g67YcUyyRc3exz1JvcZc1lx41754sbNF77wzbGxsTe+8WWiIAVCuKC57LL/Oz09/Za3/GnEK2FI06eZQeOQNQDqlsVNzrKR7a80KcXN5ZffMDY2dtRRfywG48YFzfr1356enu50piNeCUEzqGmnTn3IGgBxTKxcVWhsIynGzVe+clO7Pfba177I/aPyvsnOm66++tZOZ3p6mqDRpclDmgxZAyAajzMpEVmz5twSF242b94cfeHmn//59rGxsVarfdhhz3cfUdU3Wc18/es/7HY709PT09NTcS+JNZo+BE2GrAEQGQs3mWuv/VG73W6324sXT7iPROybrGauv/7OznaxLibDkKYPQdOHrAGgAgs3vb71rbtc3xxyyMLej1daOVnHODfccLdLmW43fs0IQTNMw9dohiJrACjCwk2fG2+8p91ut57QPuigPfp+gHfo9EWMiNx006Zut9vtdrrufxTMZpxyg0Y4dUoaWQNAFxZuRrj55gdbOzrwwPl+D3X77Q93B5R7taVgSNOHoBmNrAGgUaEzKUl64Wa022//TaslIi0R6fmbVu+P2d4rWbe4v9EYMb0Imj4ETR5kDQC9OJNqJoJmEGs0OZE1AFTzPpMS4sYmvni7D0OaQsgaAAawcNMEDGn6EDQeyBoAZrBwkyqCZhCnTn7IGgDGsHCTEoJmEEOaEGQNAHs4k0oDazR9CJpwZA0Aq3jXBbsY0vQhaMpC1gCwjXddsIWgGcQaTYnIGgApYOFGP4JmEEOa0pE1ABLBwo1mrNH0IWgqQtYASAoLN9owpOlD0FSKrAGQIBZuNCBoBrFGUzWyBkCyWLiJpdygEU6dkBtZAyBlLNzUjyFNH4KmTmQNgPTxrgv1IGj6EDT1I2sANIWSM6lUlfhfl0DQCGs0kZA1ABok+pnUokWHPvTQQ+12+xnP2KOUB4zu17/+dafTWbTo0LIekDUahCBrADRO9C8CF5Ff/erBdrv9zGfuVdYD1u/BBzd1Op0SHzCBIQ1BEx1ZA6Chon8RuIg88MAD7Xb7935v77IesB4PPHA/QTOIUycNyBoAjRZ94UZE7rvvvna7tffezyrrAatz772/JGgGMaTRg6wB0HTRF26ce+/9ZavVarVaCxc+u8SHLcU999zd7Xa63W65D8saDUpH1gCAiI6FG+fuu3/RarVarfY+++xb7iMX9Ytf/Kzb7ZZeM5LEkIag0YmsAYAnaVi4yfz85z9rbbfvvvuX/vhD/exnd7mOKfewKZNA0AhrNIqRNQDQT8PCTZ+f/vTOVqvdaolIy/11YuI54Q97550/EXEZ0+12pYrBTCaZoBGGNIqRNQAwhJKFmxHuvPMnrm+yj/T8Y2vHH+tipS9aKm2YfqzRoB5kDQDMSM/CjV0JDGkIGkPIGgCYhaqFG0MSCBphjcYasgYAclG4cKMZp06IgqwBgLz0L9xokMCQhqCxi6wBgGIKnUlJkxZuCBpER9YAgA/vM6lUpXHqRNBY1+L/QgAIsXHFcskXN86m9etE5J3vPKXdbrda7e1/bbVa7dYOdvhHEen7vjXZh7NH9vgC7263O/B9a7rZt+Pr7uCJf+x0Ot1uJ/vrpz99thif0AhDmoSQNQBQAr+4+eu/fr/drLnggo8KQQNlyBoAKM3GFcvzl41sj5tly063lTXnn3+G2A8a4dQpRWQNAJSp6NhGtsfNSSd9WH/WnHfeByWVoBGGNCkiawCgfN5x45x88ll6suacc96f/RyCBsqRNQBQFY+4cbLEed/7Ph4ra1auPMX9uARSxiFomoCsAYBqFV246dU7whGRD3zgE5VmzUc/+jfZv06mZhzWaBqCrAGAynmPbfr0Vc7pp58XkjVnnHFS3+MnljIOQ5pGIWsAoCZlxU2mr3KKSjJiehE0DUTWAECtQs6kkBNB01jlZM0JBx+0285P6fvgHfdv+vIdPwp/cABITOljG/RijabJynlPqD13nbfnrvOyf9x17txD93v2Z2+5jawBgEFF3wkcOTGkQSWHUJ/689c8f89nvPKiS0t/ZABIDJObUhA0cMp/B+/j/3jR4v33ecG5F5b+yACQnmxyQ9n4IWjQq/ys+ZuXH7Liq9eU/rAAkLCJlas4k/LAGg36lJw1N77rr9bd9v3//f0flvuwAJA8Fm4KYUiDocrcrVk3ecz4WPsvLg36PgoAABZuRiBoMEJp05rTX7V4/6cveMknLy7rAQGgsVi4mQmnThitnKx5/QHPnVx04HPP5ukHAKVh4aYXQxrkUU7WnHXEkg0/+knOH7xkYr+DFu599jf/X9/HV7zi0JXf+NdSrgcA0sDCjRA0KKKErDl20QufMmfOa573nNc87zl9/+q/fPyTgz/+uo13nfu6wzvd7jnX35B98JsnvP3We+4LvxgASE9j44agQVFx3hPqv7/4hae+4tDnn7Pa/ePJiw95yx+94MWrPl3/lQCALc15SynWaOAh2ltdXnHsGx+bmpr8wpUicsfJSz/09W9edtv3o1wJANiS/NdJMaSBt3Ky5oGzTtzzA4W/rfAP/+e7Vnz1mr94wQFj7dZbP39F+GUAQHMkGTcEDQKVszLcbs/x+Fn/+J1bzjrila2WHLD9NAoAkFNiXwRO0KAU7fCH2LjiERG589SnF/2J51x/Q6fbvfz2O8KvAQCaaWLlqg2nLXNNYJdbo6FpEK6EaU2rdaiIjI0dJLKh6M/d1pn+7eNbw68BABrL9NdJMaRBuUrImrGxZ4rI+Pj88IcCAPgxFzcEDapQQtbs85ENd72/0+lcLLJv+KMBALxZWbjhi7dRkZLfwRsAE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+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
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+<VerificationPoint type="Screenshot" version="4">
+<Description/>
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+<Rect height="55" type="negative" width="49" x="11" y="412"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
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\ No newline at end of file
activateItem(waitForObjectItem(":Part_QMenu", "Parameter"))
type(waitForObject(":Parameter_QLineEdit"), "aa")
type(waitForObject(":Parameter_ExpressionEditor"), "4")
+ type(waitForObject(":Parameter_ExpressionEditor"), "<Return>")
clickButton(waitForObject(":Parameter.property_panel_ok_QToolButton"))
# check the new parameter
activateItem(waitForObjectItem(":Part_QMenu", "Parameter"))
type(waitForObject(":Parameter_QLineEdit"), "bb")
type(waitForObject(":Parameter_ExpressionEditor"), "aa+1")
+ type(waitForObject(":Parameter_ExpressionEditor"), "<Return>")
clickButton(waitForObject(":Parameter.property_panel_ok_QToolButton"))
# check the new parameter
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1.Parameters (1).bb = 5")
- openContextMenu(waitForObject(":Object browser_QLineEdit"), 10, 10, 0)
+ openContextMenu(waitForObject(":Object browser.Part set_XGUI_ActiveDocLbl"), 10, 10, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Parameters (1).aa = 4", 10, 10, 0)
clickButton(waitForObject(":SALOME*.Parameter_QToolButton"))
type(waitForObject(":Parameter_QLineEdit"), "a")
type(waitForObject(":Parameter_ExpressionEditor"), "3")
+ type(waitForObject(":Parameter_ExpressionEditor"), "<Return>")
clickButton(waitForObject(":Parameter.property_panel_ok_QToolButton"))
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Parameters (1).a = 3", 10, 10, 0)
test.compare(str(findObject(":Parameter_QFrame").toolTip), "Model_FeatureValidator: Attribute \"expression\" is not initialized.")
#[step] Check that name tooltip is: Errors:\nvariable - Parameters_VariableValidator: Incorrect variable name.
waitFor("object.exists(':Parameter_QLineEdit')", 20000)
- test.compare(str(findObject(":Parameter_QLineEdit").toolTip), "Errors:\nvariable - Parameters_VariableValidator: Incorrect variable name.")
+ test.compare(str(findObject(":Parameter_QLineEdit").toolTip), 'Errors:\nvariable - Parameters_VariableValidator: Attribute "variable" value is empty.')
#[step] Check that expression tooltip is: Errors:\nexpression - Parameters_ExpressionValidator: Expression is empty.
waitFor("object.exists(':Parameter_ExpressionEditor')", 20000)
- test.compare(str(findObject(":Parameter_ExpressionEditor").toolTip), "Errors:\nexpression - Parameters_ExpressionValidator: Expression is empty.")
+ test.compare(str(findObject(":Parameter_ExpressionEditor").toolTip), 'Errors:\nexpression - Parameters_ExpressionValidator: Attribute "expression" is not initialized.')
#[step] Enter variable name 'a'
type(waitForObject(":Parameter_QLineEdit"), "a")
#[step] Enter variable expression '100+b'
type(waitForObject(":Parameter_ExpressionEditor"), "100+b")
+ type(waitForObject(":Parameter_ExpressionEditor"), "<Return>")
#[step] Check that expression tooltip is: Errors:\nexpression - Parameters_ExpressionValidator: name 'b' is not defined
waitFor("object.exists(':Parameter_ExpressionEditor')", 20000)
- test.compare(str(findObject(":Parameter_ExpressionEditor").toolTip), "Errors:\nexpression - Parameters_ExpressionValidator: name 'b' is not defined")
+ test.compare(str(findObject(":Parameter_ExpressionEditor").toolTip), "Errors:\nexpression - Parameters_ExpressionValidator: Result is empty.")
#[step] Check that result message is: Error: unexpected EOF while parsing (<string>, line 0)
waitFor("object.exists(':Parameter.Result_QLabel')", 20000)
test.compare(str(findObject(":Parameter.Result_QLabel").text), "Error: name 'b' is not defined")
#[step] Check that feature ToolTip is: expression - Parameters_ExpressionValidator: name 'b' is not defined
waitFor("object.exists(':Parameter_QFrame')", 20000)
- test.compare(str(findObject(":Parameter_QFrame").toolTip), "expression - Parameters_ExpressionValidator: name 'b' is not defined")
+ test.compare(str(findObject(":Parameter_QFrame").toolTip), "expression - Parameters_ExpressionValidator: Result is empty.")
- #[step] Check that apply button is red [vp VP_APPLY_RED]
- test.vp("VP_APPLY_RED")
+ #[step] Check that apply button is grey [vp VP_APPLY_GREY]
+ test.vp("VP_APPLY_GREY")
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
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+</Verification>
+</VerificationPoint>
def main():
- #[project] NewGEOM
- #[Scenario] Partition_001
- #[Topic] 'Partition' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Partition_001
+ # [Topic] 'Partition' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_partition_001.hdf'
+
+ # [step] Open 'for_partition_001.hdf'
open(DATA_PATH + "/for_partition_001.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
+
# [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 71, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all
test.vp("VP_AFTER_LOAD")
fit_all()
test.vp("VP_FITALL")
- partition([(291, 188)], (178, 205))
+
+ # [step] Create partition with horizontal plane [vp VP_PARTITION_1]
+ partition([(290, 170)], (270, 200))
test.vp("VP_PARTITION_1")
- partition([(275, 173), (255, 323)], (272, 94))
+
+ # [step] Create partition with vertical plane [vp VP_PARTITION_2]
+ partition([(360, 230), (320, 340)], (380, 240))
test.vp("VP_PARTITION_2")
-
- #[step] Hide one of parts obtained in the viewer: select it, call context menu - Hide
+
+ # [step] Hide one of parts obtained in the viewer: select it, call context menu - Hide
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 291, 198, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 291, 198, 0, Qt.RightButton)
activateItem(waitForObjectItem(":_QtxMenu", "Hide"))
-
- #[check] Check that partition has been executed successfully
+
+ # [check] Check that partition has been executed successfully [vp VP_HIDE]
test.vp("VP_HIDE")
# [step] Close application without saving
-<?xml version="1.0" encoding="UTF-8" standalone="no"?><VerificationPoint type="Screenshot" version="4"><Description/><Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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<Mask>
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+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
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<Mask/>
- <Algorithm description="Simple comparison (pixel by pixel)" name="simplecompare">
- <Parameter description="Threshold" name="threshold">5</Parameter>
- <Parameter description="Tolerance" name="tolerance">0</Parameter>
- </Algorithm>
- </Verification>
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+<Rect height="54" type="negative" width="44" x="14" y="412"/>
+<Rect height="43" type="negative" width="28" x="705" y="117"/>
+</Mask>
+<Algorithm description="Simple comparison (pixel by pixel)" name="simplecompare">
+<Parameter description="Threshold" name="threshold">5</Parameter>
+<Parameter description="Tolerance" name="tolerance">0</Parameter>
+</Algorithm>
+</Verification>
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+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" type="PNG">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<Mask>
+<Rect height="57" type="negative" width="51" x="11" y="409"/>
+<Rect height="33" type="negative" width="27" x="704" y="117"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
def main():
- #[project] NewGEOM
- #[Scenario] Revolution_001
- #[Topic] 'Revolution by angles' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Revolution_001
+ # [Topic] 'Revolution by angles' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_revolution_001.hdf'
+
+ # [step] Open 'for_revolution_001.hdf'
open(DATA_PATH + "/for_revolution_001.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
# [step] Activate Part_1
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+ # [step] Fit all [vp INIT]
fit_all()
-
+ test.vp("INIT")
- # [step] Execute revolution by angles
+ # [step] Execute revolution by angles
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "Revolution"))
-
- #[step] Click '-OZ' button
+
+ # [step] Click '+OY' button
clickButton(waitForObject(":SALOME*.+OY_QToolButton"))
-
- #[step] Fit all
+
+ # [step] Fit all [vp +OY]
fit_all()
+ test.vp("+OY")
- # [step] Select skecth for revolution
- mouseClick(waitForObject(":Revolution.Select a sketch face_QListWidget"), 77, 38, 0, Qt.LeftButton)
- mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 440, 221, 0, Qt.LeftButton)
+ # [step] Select sketch for revolution
+ mouseClick(waitForObject(":Revolution.Select a sketch face_QListWidget"), 10, 10, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 431, 180, 0, Qt.LeftButton)
# [step] Select vector
- mouseClick(waitForObject(":Revolution_QLineEdit"), 116, 11, 0, Qt.LeftButton)
- mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"),306, 399, 0, Qt.LeftButton)
-
- #[step] Input angle 'To'
+ mouseClick(waitForObject(":Revolution_QLineEdit"), 10, 10, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 311, 282, 0, Qt.LeftButton)
+
+ # [step] Fit all [vp AFTER_SELECTION]
+ fit_all()
+ test.vp("AFTER_SELECTION")
+
+ # [step] Click 'Reset view' toolbar button
+ clickButton(waitForObject(":SALOME*.Reset_QToolButton_2"))
+ mouseClick(waitForObject(":SALOME*_OCCViewer_ViewPort3d"), 10, 450, 0, Qt.LeftButton) # close tool bar extension bar
+
+ test.vp("AFTER_SELECTION_RESET")
+
+ # [step] Input angle 'To'
type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox"), 90)
-
- #[step] Input angle 'From'
+
+ # [step] Input angle 'From'
type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox"), 120)
-
- #[step] Rotate the model
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 546, 182, -154, 50, 67108866, Qt.RightButton)
-
- #[step] Fit all
+ type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox"), "<Return>")
+
+ # [check] Check that preview is updated [cp AFTER_ANGLE_90_120]
fit_all()
-
- #[check] Check that preview is updated
- test.vp("VP1")
- mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit"), 58, 8, 0, Qt.LeftButton)
+ test.vp("AFTER_ANGLE_90_120")
- # [step] Input new angle 'To'
- mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit"), 58, 8, 0, Qt.LeftButton)
+ # [step] Clear the angle 'To'
+ mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit"), 10, 10, 0, Qt.LeftButton)
type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox"), "<Delete>")
- #[step] Input new angle 'From'
- mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_2"), 52, 12, 0, Qt.LeftButton)
+ # [step] Input new angle 'From': 360
+ mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_2"), 10, 10, 0, Qt.LeftButton)
type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox"), "<Ctrl+A>")
type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox"), 360)
+ type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox"), "<Return>")
- #[step] Ok
+ # [step] Apply the feature
clickButton(waitForObject(":Revolution.property_panel_ok_QToolButton"))
-
- #[step] Fit all
+
+ # [check] Check that operation has been executed successfully [cp AFTER_ANGLE_360]
fit_all()
-
- #[check] Check that operation has been executed successfully
- test.vp("VP2")
-
+ test.vp("AFTER_ANGLE_360")
+
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+<Rect height="57" type="negative" width="47" x="10" y="411"/>
+<Rect height="30" type="negative" width="31" x="301" y="-6"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+</Verification>
+</VerificationPoint>
--- /dev/null
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+<VerificationPoint type="Screenshot" version="4">
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+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
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+</Verification>
+</VerificationPoint>
--- /dev/null
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+<VerificationPoint type="Screenshot" version="4">
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+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
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+<VerificationPoint type="Screenshot" version="4">
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+++ /dev/null
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+++ /dev/null
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<Mask><Rect height="24" type="negative" width="18" x="618" y="334"/><Rect height="25" type="negative" width="25" x="369" y="44"/><Rect height="53" type="negative" width="54" x="12" y="440"/></Mask><Algorithm description="Strict mode" name="strict"/></Verification></VerificationPoint>
\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Revolution_003
- #[Topic] 'RevolutionCut by angles' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Revolution_003
+ # [Topic] 'RevolutionCut by angles' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_revolution_003.hdf'
+
+ # [step] Open 'for_revolution_003.hdf'
open(DATA_PATH + "/for_revolution_003.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
+
# [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 71, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all [vp INIT]
fit_all()
-
- #[step] Execute RevolutionFuse operation
+ test.vp("INIT")
+
+ # TODO(spo): remove: workaround for the bug given RevolutionCut sketch created when select axis_object then apply is disabled
+ waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1.Sketch\\_1")
+ clickItem(":Object browser_XGUI_DataTree", "Part\\_1.Sketch\\_1", 10, 10, 0, Qt.LeftButton)
+ openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1.Sketch\\_1", 10, 10, 0)
+ activateItem(waitForObjectItem(":_QMenu", "Edit..."))
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ # [step] Execute RevolutionCut operation
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "RevolutionCut"))
-
- #[step] Select sketch face
+
+ # [step] Select sketch face
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 287, 236, 0, Qt.LeftButton)
- # [step] Create 2 circles
- circle_create_in_view((650, 364), (671, 392))
- circle_create_in_view((641, 114), (664, 141))
-
- #[step] Approve sketching
+ # [step] Click "Set plane view" in property panel [vp PLANE]
+ clickButton(waitForObject(":Sketcher plane.Set plane view_QPushButton"))
+ test.vp("PLANE")
+
+ # [step] Create 2 circles on the plane [vp CIRCLES]
+ activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
+ activateItem(waitForObjectItem(":Sketch_QMenu", "Circle"))
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 650, 350, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 690, 350, 0, Qt.LeftButton)
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
+ activateItem(waitForObjectItem(":Sketch_QMenu", "Circle"))
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 650, 110, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 700, 110, 0, Qt.LeftButton)
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ test.vp("CIRCLES")
+
+ # [step] Approve sketching
clickButton(waitForObject(":Sketch.property_panel_ok_QToolButton"))
-
+
# [step] Select axis for revolution
- mouseClick(waitForObject(":Revolution_QLineEdit_3"), 103, 11, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":Revolution_QLineEdit_3"), 10, 10, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 750, 237, 0, Qt.LeftButton)
-
- #[step] Define angle 'To'
- mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_5"), 61, 9, 0, Qt.LeftButton)
+
+ # [step] Define angle 'To'
+ mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_5"), 10, 10, 0, Qt.LeftButton)
type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox_3"), "<Ctrl+A>")
type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox_3"), 90)
- #[step] Define angle 'From'
- mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_6"), 104, 13, 0, Qt.LeftButton)
+ # [step] Define angle 'From'
+ mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_6"), 10, 10, 0, Qt.LeftButton)
type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox_3"), "<Ctrl+A>")
type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox_3"), 90)
+ type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox_3"), "<Return>")
-
- #[step] Ok
+ # [step] Apply the feature
clickButton(waitForObject(":RevolutionCut.property_panel_ok_QToolButton"))
-
- #[step] Rotate the model
- type(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), "<Control>")
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 558, 413, -33, -137, 67108866, Qt.RightButton)
-
- #[check] Check that operation has been executed successfully
- test.vp("VP1")
+
+ # [step] Click 'Reset view' toolbar button
+ clickButton(waitForObject(":SALOME*.Reset_QToolButton_2"))
+ mouseClick(waitForObject(":SALOME*_OCCViewer_ViewPort3d"), 10, 450, 0, Qt.LeftButton) # close tool bar extension bar
+
+ # [check] Check that operation has been executed successfully
+ test.vp("REVOLUTION_CUT")
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" type="PNG">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<Mask>
+<Rect height="57" type="negative" width="47" x="10" y="411"/>
+<Rect height="30" type="negative" width="31" x="363" y="173"/>
+<Rect height="36" type="negative" width="32" x="490" y="307"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" type="PNG">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+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
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<Mask>
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+<Rect height="56" type="negative" width="49" x="14" y="413"/>
+<Rect height="28" type="negative" width="32" x="421" y="318"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
+++ /dev/null
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\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Revolution_004
- #[Topic] 'RevolutionFuse by angles' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Revolution_004
+ # [Topic] 'RevolutionFuse by angles' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_revolution_004.hdf'
+
+ # [step] Open 'for_revolution_004.hdf'
open(DATA_PATH + "/for_revolution_004.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
+
# [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 71, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all [vp INIT]
fit_all()
-
- #[step] Execute RevolutionFuse operation
+ test.vp("INIT")
+
+ # TODO(spo): remove: workaround for the bug given RevolutionCut sketch created when select axis_object then apply is disabled
+ waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1.Sketch\\_1")
+ clickItem(":Object browser_XGUI_DataTree", "Part\\_1.Sketch\\_1", 10, 10, 0, Qt.LeftButton)
+ openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1.Sketch\\_1", 10, 10, 0)
+ activateItem(waitForObjectItem(":_QMenu", "Edit..."))
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ # [step] Execute RevolutionFuse operation
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "RevolutionFuse"))
-
- #[step] Select sketch face
+
+ # [step] Select sketch face
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 287, 236, 0, Qt.LeftButton)
- # [step] Create 2 circles
- circle_create_in_view((650, 364), (671, 392))
- circle_create_in_view((641, 114), (664, 141))
-
- #[step] Approve sketching
+ # [step] Click "Set plane view" in property panel [vp PLANE]
+ clickButton(waitForObject(":Sketcher plane.Set plane view_QPushButton"))
+ test.vp("PLANE")
+
+ # [step] Create 2 circles on the plane [vp CIRCLES]
+ activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
+ activateItem(waitForObjectItem(":Sketch_QMenu", "Circle"))
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 650, 350, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 690, 350, 0, Qt.LeftButton)
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
+ activateItem(waitForObjectItem(":Sketch_QMenu", "Circle"))
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 650, 110, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 700, 110, 0, Qt.LeftButton)
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ test.vp("CIRCLES")
+
+ # [step] Approve sketching
clickButton(waitForObject(":Sketch.property_panel_ok_QToolButton"))
-
- #[step] Select axis for revolution
- mouseClick(waitForObject(":Revolution_QLineEdit_2"), 44, 14, 0, Qt.LeftButton)
+
+ # [step] Select axis for revolution
+ mouseClick(waitForObject(":Revolution_QLineEdit_2"), 10, 10, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 750, 203, 0, Qt.LeftButton)
-
- #[step] Select revolution method 'By angles'
+
+ # [step] Click 'Reset view' toolbar button
+ clickButton(waitForObject(":SALOME*.Reset_QToolButton_2"))
+ mouseClick(waitForObject(":SALOME*_OCCViewer_ViewPort3d"), 10, 450, 0, Qt.LeftButton) # close tool bar extension bar
+
+ # [step] Select revolution method 'By angles'
clickButton(waitForObject(":Revolution_QToolButton_2"))
-
- #[step] Rotate the model
- type(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), "<Control>")
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 275, 421, -54, -250, 67108866, Qt.RightButton)
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 701, 177, -272, 109, 67108866, Qt.RightButton)
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 353, 236, -204, -12, 67108866, Qt.RightButton)
-
- #[step] Define angle 'To'
- mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_3"), 41, 11, 0, Qt.LeftButton)
- type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
- type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox_2"), 60)
-
- #[check] Check that preview is updated
- test.vp("VP1")
-
- #[step] Set angle 'To'=0
- mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_3"), 31, 9, 0, Qt.LeftButton)
+
+ # [step] Set angle 'To': 0
+ mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_3"), 10, 10, 0, Qt.LeftButton)
type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
- type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox_2"), "<Keypad_0>")
-
- #[step] Define angle 'From'
- mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_4"), 26, 13, 0, Qt.LeftButton)
+ type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox_2"), 0)
+# type(waitForObject(":Revolution.to_angle_ModuleBase_ParamSpinBox_2"), "<Return>")
+
+ # [step] Define angle 'From': 350
+ mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_4"), 10, 10, 0, Qt.LeftButton)
type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox_2"), "<Ctrl+A>")
- type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox_2"),350)
+ type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox_2"), 350)
+ type(waitForObject(":Revolution.from_angle_ModuleBase_ParamSpinBox_2"), "<Return>")
- #[step] Fit all
+ # [check] Check that preview is updated [vp PREVIEW_0_350]
fit_all()
-
- #[check] Check that preview is updated
- test.vp("VP2")
-
- #[step] Approve revolutionFuse operation
+ test.vp("PREVIEW_0_350")
+
+ # [step] Approve revolutionFuse operation
clickButton(waitForObject(":RevolutionFuse.property_panel_ok_QToolButton"))
-
- #[check] Check that operation has been executed successfully
- test.vp("VP3")
+
+ # [check] Check that operation has been executed successfully [vp REVOLUTION_FUSE]
+ test.vp("REVOLUTION_FUSE")
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
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+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
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+<Rect height="27" type="negative" width="23" x="391" y="274"/>
+<Rect height="43" type="negative" width="45" x="12" y="418"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
+++ /dev/null
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+++ /dev/null
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\ No newline at end of file
+++ /dev/null
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<Mask><Rect height="73" type="negative" width="59" x="323" y="200"/><Rect height="27" type="negative" width="23" x="262" y="287"/><Rect height="43" type="negative" width="45" x="12" y="464"/></Mask><Algorithm description="Strict mode" name="strict"/></Verification></VerificationPoint>
\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Revolution_005
- #[Topic] 'RevolutionFuse by planes and offsets' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Revolution_005
+ # [Topic] 'RevolutionFuse by planes and offsets' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_revolution_005.hdf'
+
+ # [step] Open 'for_revolution_005.hdf'
open(DATA_PATH + "/for_revolution_005.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
+
# [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 71, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all [vp INIT]
fit_all()
-
- #[step] Execute RevolutionFuse operation
+ test.vp("INIT")
+
+ # [step] Execute RevolutionFuse operation
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "RevolutionFuse"))
-
- #[step] Select sketch face
+
+ # [step] Select sketch face
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 287, 236, 0, Qt.LeftButton)
-
- # [step] Create 2 circles
- circle_create_in_view((523, 154), (539, 168))
- circle_create_in_view((528, 340), (537, 351))
-
- #[step] Approve sketching
+
+ # [step] Click "Set plane view" in property panel [vp PLANE]
+ clickButton(waitForObject(":Sketcher plane.Set plane view_QPushButton"))
+ test.vp("PLANE")
+
+ # [step] Create 2 circles on the plane [vp CIRCLES]
+ activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
+ activateItem(waitForObjectItem(":Sketch_QMenu", "Circle"))
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 400, 340, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 400, 370, 0, Qt.LeftButton)
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
+ activateItem(waitForObjectItem(":Sketch_QMenu", "Circle"))
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 400, 130, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 400, 150, 0, Qt.LeftButton)
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ test.vp("CIRCLES")
+
+ # [step] Approve sketching
clickButton(waitForObject(":Sketch.property_panel_ok_QToolButton"))
-
- #[step] Select axis for revolution
- mouseClick(waitForObject(":Revolution_QLineEdit_2"), 128, 12, 0, Qt.LeftButton)
- mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 652, 257, 0, Qt.LeftButton)
-
- #[step] Rotate the model
- clickButton(waitForObject(":Revolution_QToolButton_3"))
- type(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), "<Control>")
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 456, 470, -61, -138, 67108866, Qt.RightButton)
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 497, 341, -56, -2, 67108868, Qt.MidButton)
-
- #[step] Fit all
+
+ # [step] Select axis for revolution
+ mouseClick(waitForObject(":Revolution_QLineEdit_2"), 10, 10, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 651, 219, 0, Qt.LeftButton)
+
+ # [step] Click 'Reset view' toolbar button [vp RESET]
+ clickButton(waitForObject(":SALOME*.Reset_QToolButton_2"))
+ mouseClick(waitForObject(":SALOME*_OCCViewer_ViewPort3d"), 10, 450, 0, Qt.LeftButton) # close tool bar extension bar
+
fit_all()
+ test.vp("RESET")
- # [step] Select face 'To'
- mouseClick(waitForObject(":To_QLineEdit_3"), 30, 8, 0, Qt.LeftButton)
+ # [step] Select revolution method 'By planes'
snooze(1)
- sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonPress, 694, 187, Qt.LeftButton, 1, 0)
- sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonRelease, 694, 187, Qt.LeftButton, 0, 0)
+ clickButton(waitForObject(":Revolution_QToolButton_3"))
- #[step] Fit all
+ # [step] Select face 'To' (biggest one)
+ mouseClick(waitForObject(":To_QLineEdit_3"), 10, 10, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 463, 171, 0, Qt.LeftButton)
+
+ # [step] Fit all
+
+ # [check] Check that preview is updated [vp PLANE_TO]
fit_all()
-
- #[check] Check that preview is updated
- test.vp("VP1")
-
- #[step] Define offset for face 'To'
- mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_3"), 34, 9, 0, Qt.LeftButton)
+ test.vp("PLANE_TO")
+
+ # [step] Define offset for face 'To'
+ mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_3"), 10, 10, 0, Qt.LeftButton)
type(waitForObject(":To.to_offset_ModuleBase_ParamSpinBox_3"), "<Ctrl+A>")
type(waitForObject(":To.to_offset_ModuleBase_ParamSpinBox_3"), 30)
+ type(waitForObject(":To.to_offset_ModuleBase_ParamSpinBox_3"), "<Return>")
- #[step] Fit all
+ # [check] Check that preview is updated [vp PLANE_TO]
fit_all()
-
- #[check] Check that preview is updated
- test.vp("VP2")
-
- #[step] Select face 'From'
- mouseClick(waitForObject(":From_QLineEdit_3"), 28, 11, 0, Qt.LeftButton)
-
- #[step] Click '-OX' button
- clickButton(waitForObject(":SALOME*.-OX_QToolButton"))
- sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonPress, 441, 217, Qt.LeftButton, 1, 0)
- sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonRelease, 441, 217, Qt.LeftButton, 0, 0)
-
- #[step] Rotate the model
- type(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), "<Control>")
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 576, 380, -99, -156, 67108866, Qt.RightButton)
-
- #[step] Fit all
+ test.vp("PLANE_TO_30")
+
+ # [step] Select face 'From' (smallest one)
+ mouseClick(waitForObject(":From_QLineEdit_3"), 10, 10, 0, Qt.LeftButton)
+ sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonPress, 504, 252, Qt.LeftButton, 1, 0)
+ sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonRelease, 504, 252, Qt.LeftButton, 0, 0)
+
+ # [check] Check that preview is updated [vp PLANE_FROM]
fit_all()
-
- #[check] Check that preview is updated
- test.vp("VP3")
-
- #[step] Define offset for face 'From'
+ test.vp("PLANE_FROM")
+
+ # [step] Define offset for face 'From'
mouseClick(waitForObject(":Revolution.qt_spinbox_lineedit_QLineEdit_4"), 38, 4, 0, Qt.LeftButton)
type(waitForObject(":From.from_offset_ModuleBase_ParamSpinBox_3"), "<Ctrl+A>")
type(waitForObject(":From.from_offset_ModuleBase_ParamSpinBox_3"), 45)
+ type(waitForObject(":From.from_offset_ModuleBase_ParamSpinBox_3"), "<Return>")
- #[check] Check that preview is updated
- test.vp("VP4")
-
- #[step] Approve sketching
+ # [check] Check that preview is updated [vp PLANE_FROM_45]
+ fit_all()
+ test.vp("PLANE_FROM_45")
+
+ # [step] Apply the feature
clickButton(waitForObject(":RevolutionFuse.property_panel_ok_QToolButton"))
-
- #[step] Rotate the model
- type(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), "<Control>")
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 103, 388, 309, -313, 67108866, Qt.RightButton)
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 512, 266, -75, 52, 67108866, Qt.RightButton)
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 555, 60, 33, 113, 67108868, Qt.MidButton)
- clickButton(waitForObject(":SALOME*.Fit All_QToolButton"))
-
- #[step] Fit all
+
+ # [step] Fit all
fit_all()
+ test.vp("REVOLUTION_FUSE")
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+<Rect height="57" type="negative" width="47" x="10" y="411"/>
+<Rect height="30" type="negative" width="31" x="341" y="183"/>
+<Rect height="36" type="negative" width="32" x="447" y="285"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
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V5jiMi6JGSMdYWZO+645xnPkETU7RopSUqhVBZrtDZparTWeabhao221kaR73mKl0GRK/CgFQWrH2INAKwmQx64efe5RHTtdV/1fd/zPCHIzc14nhqYbM466zHf//738kzjpoN7P/ZgPR3+PEcTRwqyotc/IkFaExUaSSwPMb06jfsWIegLX7hHSuJw024bKa212lrLacYFGq11mhrPU/k0jxZCuV2JhSCKFvPrBFgREGsAYPUZ7sDNC7c+mYi+eMdPiLibw9Uarz/ZKCWEEGef/dj77ruP3Ewu9ba1c92iIv6yXteJrDu2qfhdRJQkve9dMChDRNYKXgVVeFjXbLr99nuEoGc9SxLR7t0zXM8xZkGyyao1aWryvYkVkRJCEinEGhgDiDUAsFoNd4ebZ249lYi+/o0HCtWaXqThbX/nrSdyr+cvNRI8G1xoKllLWmeBJh98sUTFPCR4wqYYZRbkG6JCUadQuaF8Z5o01UTmllu+bq0577z6j3/8oM3ekop9KK7WdLu6cDpmnmzWLea3CLAiINYAwOo23IGbJ2097v7vzSjFdRqlVPYvSWOyPX95fuWxjz3z3nvvc99bjDt2/od5UylLGMXqS7G0Yy2ZvEHlvrj3MvuuLEbNzz02TQ0RH/mkrTVE9rrr7njBCzYS0d13/zS/jKwP5XkqL9XwEnQlhBIkpQoW89sDWCEQawBg1RvuwM2jt9aJ6Be/5HKIiyOcG8gYweHmzDMffd999xfWKLksQq4Ik+/825vwndefsmSJjEmN0cboJEnzwxP4YefXZubN7MwPPe4DY4wlMtbqK674HBG9/OWnENEdd9zPX5CmxvO0EGnhzHBJpKT0hEgW83sDWCEQawBgTAy3J3XCVkFEP/u5yddUW2OMMSSl4P1mrBXGmHzh0oJMk6WQBU2lQh/KcpThh9ap1kmaaj5LgZNNId9Q4YfztdCgTMPPLo0ZIrr88puJ6NWvfjQR3XTTt/KxnuyshryHlR0wDjAGEGsAYKwMtyd10lb50//UxhhrLfehXKaxVhhjXaZxUSY/qslqrV3OMMZw8DCGE1JazDRpmmqdaq15uz+Xadwzv3teMeKL4df8IeXvy5dB/EN5TZcQ8tJLryKiCy54wkc+cnPhW9zJUySE8P1wMb8ugBUCsQYAxs1we1KnbFVE9IMfdvJg0Ys1p59+xv33/4f7Yrf4yBidpmmaJu7zeRuL8rqP1lpbm31ZmqZaJ8ZYd/ilyzR5gjH588HCjSXi0WCu/Wit03yzHD67Sr3znZf+5V+eR0R/+ZfvE4KEcEu7e88Aqx1iDQCMp+EuAj99a0RE990/l2cUobUgElqbBeHDGJ0kcZLEWmvqreh2GwT3Yo3WSZpJtE6tdbFGCiH4Z+WBxnJSyb9R3ztZ612ia1VJIl8SHXT497yLLiWim995PhGdlm8ofPrtX7j5M9cQEbYYhjGAwxMABsDhCWNmuKcu3Hf/DEcJa8UPfvA9Y7TJaZ2maZwkSbfbMQu23iMiIhdqOMpwqYafeWkS/1GSJPlznKbp7jPOWPzFL3Dz9gtOQ46BsYNqDQCsAovMJcMduDlza/1bd+/l8kmn03ZFGk4nSRLHcdzttguLnnprmrTWSRLzME2ebNI0TTudVqfT3nvmmUREVFrMRR6h8y669IfbL6BC2QZgDCDWAMCKxnHkrW/7i23/cC5/5tiiyXAHbp6wdYqIPrfr+1yV0VqnaeyqLN1up9vtFL7Dam3a7WazORfHMfee9p555iG6RcuDe1IINzBO0IQCGABNqBVi29Zz3/Qnf16vT9RqjVqtUS5XSqXyK1/x27S4aDKUcON+zmXv+2Sa8tqjJEmSJOl2Ou0kiYnIGNtqzbVazd1nPHKR77XUbka4gbGAWAMwAGLNSnDbbdfXahP1eqNWm6jVGqVSOYpKQRAGQej7wXnPPWuRf0fDHbh557suS9O03Z5rtZrdbvuBLVsW/5OXHwZuYLVDrAEYALFmtG644UpOM/V6g+s0UVQOwzAIIs/zPM/3PD8Igmf85imLTzY0jLIN/6jnXnTp4n/OyKFsA6saYg3AAIg1o3LllR+cmlpXq2UVmnq9Ua3WwzAKgtDz/DzTeL4f+H6glHfOkzYMq5c0rJ+DcAMwQog1AAMg1ozEDTdcwbUZjjX1eqNSqfl+4NKMe+ZPKuVJKR939sSwyi1D7Ekh3ACMBFZCAcCKcOut161bt7EQaxphGC1IM0pxpvE9z+eTAYZ4mNFwF4Fv2z4OPSm3VArJBlYLVGsABkC1ZjnNL9I0qtV6rVZXynNjNJxmCh0oX0pPSj6yUQghznpMdYh/X+hJ9UPZBlYLVGsAYJRuvfW66ekNeZppVKv1UqnMmaaQbLJ8wy/cqUnuUILhGu6pC9u2j0O4wQ43sFqgWgMwAKo1y+Pzn7+R00ytVq9WG7VanQeBC5lmXqDxPI9PP8rPZcz+vxBiWBM2C2Dgph8qN7CSoVoDACPwmc98olptTExMc8uJ6zQu0Cil8mTTCzRSKmOM1mb+sdNLe/o0Bm76YeAGVjJUawAGQLVmSd1663XVap0fXKcplyvFIo1S/EK5WEOUHX+tdUpE/bHGWvuU3zh+6f7WMHDTD2UbWIFQrQGAZfX5z9/oijTVar1SqbkVT4OSjaeUZ4zlVGOM1lobY3i2plipsUMfsZkPAzf9MHADKxBiDQAsny9+8eZ6fbJarVWrdX4OgpATzIKRGqV8z/OEEMZom+MzJRf0oYiIyGqtl+H6XbgZVk+KxijcINnASoBYAwDL4dOfvmLdumzFU7Vaq1Tq1Wrd9/1ibWZBncZaa4yx1uYNKKszqbVUbD8Zo9M0XbZ7wcBNv/MuuhRlG1gJEGsAYMndfPPVmzZtLpUqUVRypRquxyilBiYbDjTWGlugdcq5xvWhuE6TpimfmL1shtWT4m8fs7INIdzA6CDWAMDS+uxnr12/flOtNhFFpSgqVSrVarU2P8TMSzZSymLjaX4HSrtkQ0RCkNY6SZIkibvd9vLfGgZu+iHcwGgh1gDAErr11uvXr980MTFdKpWjqBxFpXy3PTUw2RCR1gMyDVdl8kyT8tdorZMk7nY73W6n3W6O6h4xcNMPAzcwKog1ALBUbrvtU+vXb6zXuU5TLpXKUVRy2+u5zWm4QiOltNbmIzK8sGlesnGDNVrrNE2SJInjbqfTarWarVaz1Zob7c1i4KYfBm5g+SHWAMDwXXbZRY9+9OPWrdtYrdZdoHGZxvezvYOllEJIt5eeMYY7TdRbsJ3lG2NMksRJkiRJkqZxkiSt1lyzOdtszs7NzTWbs//8/otHvtUQBm76oScFywyxBgCG7LLL/urMM58wNbW+UqmWSlmmKZVKXo8714kJIuJBYK3TJEkoO+kpq9gQ0dzcjAs0SRLPzc00m7PN5lyzOTs3N7vj4/808kzjoCfVD+EGlg12GQYYALsMH7NLL/2rs8564sTEVLlcLZerlUq1VKqUSmXf9/PjuDNCcKlGSCm5HqO14eBiDBdsiJNNsznXbM4kmXhmZj/XaTjZvPSlrx3xPR/EsDYm5h+12pONczMGbmApoVoDAENzySV/ceaZT2g0JrlI48aEPc9XyuMKDSPKtgnON54xxmi31ilNU9eG0jrds+ehbreTJHGaJq1Wc+/e3RxoXvayPx71HR8KelIDYeAGlhRiDQAMzemnnzk5OR1FZZ6nKZXKpVLJ93mGpkiK/DQntz9NNlaTTwTnu/DRgQP79u17OJ8Rjn/96583m3NzczN//MdvH/XtHhEsAu+HnhQsHcQaABiO66/fsX79pjCMeBU3hxulPCGElC7KZC/4W/L9aTjbmOL6bT7Sstvt7Nnz0MzMfp4X/uUv/7PZnF0tgaYIAzf9EG5gKSDWAMAQXHPNR6anN4RhxLGGH77vS6l4uVNer8kyjcsy82NNL9MkSaJ1um/fnj17HpqdPZCmyYMP/mrPnofe9rZ3j/pejx0WgffDDjcwXIg1ALBYV131ocnJac40QcDJphwEocyowkMIIQqBxh2PYJIk4U4TPydJt9Vq7tnz0J49D3U6rT17dq/GIk0/DNwMhIEbGBbEGgBYlH/7t3+u1yddoAnDMIrKURS55duuICOEMIaIhDHamN4BlsaYNJ2XaeK402639u17eM+eh/bu3T0zs/9Nb/rzUd7ksGHgph96UjAUiDUAcOw+9rH31esT5XKlWq3X6416fbJarUVRmZtNxhj3lUKQMVnS0Vq7ZENEeZqJOdN0Ou1Op7V//97du3/98MMPbt36ptHc29LDwE0/9KRgkRBrAODYTU5O1+uTjcZEvT5ZqdRKpXIQhEqpfIyGeEOaYqYhIt6ixhjNHag4jl3jqd1utdut2dkDv/zlf+7e/es/+qO3jO7mlgkGbgCGCLEGAI7R1VdfftxxJ9brEy7QBEHo+0FxJTcREVljLBFXbniXmmyLGmO01inHmm63227PtdutVmvuxz/+/u7dv3796/+fUd7eMsLADcCwINYAwLH4yEfee+qpZ9TrE6VSOQzDIAjDMAqCsLAtDW8fTMVznXgLvrwJ1Tuxstvt8HGV7Xbr+9//7u7dv37LW7aP9gaXHwZuABYPsQYAjsX69cc1GhPF1U9BEBS23eu9pHnncRtrrdZpmiZp1nmK81O451qt5n333b0WGk+HgIEbgMVArAGAo3bVVR888cRHRFHZZRrfD3jnvXzzPa7ZSCmFtSQEcaAxhk994liTpGkyNzc7NzfDmebhhx9c45nGwcANwLFBrAGAo/OhD/3dKaecXipVuFQThpHv+57nuSgzf7ZGWKtNRhtj4jhOkjhNuVgT8wFPrdbczMyBF7zgFaO+uRUEAzcAx0CO+gIAYDW59NK/3Ljx+HK5Ui5npRo+xlIpr9iByncT5n6Tq81kXScepul2O/v379m3b8++fQ/v3bsHmWagHTt3ucrNMdu29dyrPnHHNdd+5ZbtFwzrwgBWJlRrAOAobNy4OT/DshIEoed5nqfyUo0onmiZn8tteDSYX6VpGsdxHHeTJOl0Wrt3P7hv38Nzc7Pbto3t5jRDccw9Kf6uq6/5khf6nufffMt3z9t+Fmo2MMYQawDgSH384/94/PEnTkxM87bCKuNJqXpnc0veiE8bY1yw4WOejDF5tSaO4+6+fXseeuiBAwf2vfrVfzrqO1sFjrYnxV/5yavvVMr3Q8/zfCmVUur2L/zo2du3EBpSMKYQawDgSE1Pr5+YmK5W62EYFcZoisM0kog4wTCXbNI01VonScyPmZl9e/bs3rt3TE56WjZHEm74T6/6xL97nu8Fnuf5nqek9PIYqr78lV8+9Smbl/OyAZYNZmsA4IhceeUH87OfQtdyyg/o7mUaY4y1lHegdJq6bfd0miZx3I3j7uzsgX379uze/cC7/vYdo76tVekQAzfbtp575VV3XH3Nl91AdxAEnhf4vu/7fj4Ipb7+jYcwZwNjCdUaADgitVqjUqlxnaZwNLd0sYbc2ZXWEpGU0lorhNHapGnKRZput8OZZt++hy/8K6zlXpQFAzd514nHaDzP87k2w72nfKbb/d3Ju7+97/HbJ9GKgjGDWAMAh3fVVR/atOmEMAz7Mw3HGiJRSDWuVJPySigu0nS73WZzdv/+Pfv379m9+9ejvqdxUAw0n/jknZ7ne2Ev0OSZxiv8Tc37K/vOPTNnb68j2cA4QRMKYIAtF1+yyCW1Y6ZWa9TrjcJQcC/c5Ac/kTGWp4Pdcm6HY00cd/fv37tv3959+/a84Q1/9ovv6Wf9l2eO9r7GA/ekXvqSp/MpFr7v+37g+1nvSc0npcp3SpRSinvvm0M3CsYJYg0AHMb73/839fqElIooazZxuOEyALecsjyTbVGT7VDD+YbrNHHc3bPnQS7VvOpV+O/o8O3Yuet5v/s4DjQ8RuN5Hm8plG8sxAW24jp8SSQO/6MBVg/EGgA4jEc84owwjDjHeJ4fBAEf1u0WcudrnRL3yI9HWFiq2b9/7ytfef6ob2hs7di569z/ejpv+txXpMmaUK5U442lTG4AACAASURBVMps997XRMEGxgZiDQAcBu+8lz+CIAg9z+9ttmeMMYaIXKkmr9OkrloTx925uVmONaO+mzG3Y+eupz31xGKRRilVTDPFQJOzo7lWgCWAWAMwGMZr2A03XOl5fjHTCCEXZBo+xpIKycaN17hSzdzczP79e9/85v816hsafzt27jrnSRsLYzSi2Hha8MXWWmPsd+6ZQcEGxgNiDQAciud5nucFQRAEge8HbpXTgg33ONZYy9vuZa0orXlH4W6zOfujH93/pjddOOq7WSt27Nz1hMdP5WlGFk7p6nGnW1hrrDWjulSA4UKsAYBDUYqDjS+lWrBxcDHccB+KiPLB4bRYrZmbm3n967Hz3rLasXPX2Y9tLBijYbwG3z2Kf30Aqx1iDcBBoQ/1yU9+2K2mKe5SU/jPpO3/76LW87armZ09MDc3M5Lrh/4xmnxjoeLDaK2/+rUH0YeCMYBYAwAHxaWacrnKy7qVUp7nD3wIkR2bQET5CVBpHMedTmt29sCLX/zq0d7I2rRj567HnFlxH+Zpptd44mX57jHCSwUYFsQagENZywWbyy+/hOdqfN93u5tIKb35pFRElnOM1qkxlvJWVJKgVDNinGy4pLag8aTnS1PEGhgHiDUAh7Fmkw2Xaqan1/OHXLAhIiGkUtlub0JIl2n4jG6tU621tVbrtNmcm5k58Id/+MZR3gYQFWdo8kDTK9KkaZIkcZrGt33ue+hDwWqHWAMAg3meNzW1Xil3PEJvTkNKIaUkEtYWM828F7xXzezsgdHdARAR7di567Fn1Y3Jzurqq9Fk+0EnSZIk8agvFmCxEGsADm8NFmz+6Z/+ulZr1GqNvELDByYoV6TJV9PYwtFPidYpn3DJ88LN5szcHGLNirBgjMYdcMFpJkniOO52u51RXybAYiHWAByRtZZsoqi0YcPxvEet5/lBEAVBdm5ivmDYWmuJrBBCa611dlSCKwNwteb887eP+laAiGhBiYYbT+7R7Xa63c4Lfv/JOM0bVjvEGoAjtaaSzYYNx/t+oJQXBKHvB0opt8ybe0/WZmuFiUgIwcM0eQdK59Wa2VHfBxBl+w5vyOe44zTlNJO4Ik2323nxi566Y+cuzNbAaodYA3AU1kiy+bu/+99RVHIb1bhM4859JrJEnGyICzbcq+L/cBqTdrudTqf9J3/yP0d9K9DDOcaN0bhA86IXPuVlL33Gjp27Rn2BAEPgjfoCAFaZLRdfsu3Cc8f7vwFBEJZKZV7LzdvUKuXxPnwcX7hUk4ebrGDDeCa1220/8MAvRn0fME+SJPy3407sesmLn0ZE4/0PM6w1qNYAHLWxr9kEQcg1GrencP8RiczmOPHkycZ0Op3Xve5/LPNlw6Glaa9C0+12XvLip+3YuQuZBsYMYg3AseBkM67hJghCrtAQ8Whw8Q/nfeA2QeFkw0uI0zT91a9+tryXDIexY+eu5/7OWW6M5g9e9kwEGhhLaEIBHKMtF19CRNsuPJfGrow/OTmtlFJK8ea0Sikimh9uiPJSjRCCJ4X55EvucVSrtRFcNxzOi174FBq7f1wBihBrABZlLMNNrdbgKGOMUUpKKRcUaVi+H78VQiRJkicbnaZJp4MdUFaisflHFOBg0IQCGIItF18yTgM3vh9IqYwxvBBq4NfYAp69SdOE9+ZPkqTdbi7zNQMAEGINwBCNx8DN+9//N1IKISRvK6yUcsM1hT5UdnQiP/O8sLVWa2OtSVPEGgAYDTShAIZpDHpSjcYUH2CZL4YqVmtcvlmIk40xqdYmTdO3v/2ikVw8AKxxqNYADN+q7klJKXmvGn7BUYa33Su+cPI9bIjXTPF4zbJfNax6N2ODYxgGxBqApbJKe1IcaPLuEvHJz4Vl3r3t9/Kt+YzWOj8dOtVaG2NGeQOwCiHTwLCgCQWwhFZjT4rXdeeDwNJaY60wRgghrM3+hxDvzseBRmvNFRopJZ8MZfvXggMcBAeaV777so+96y2jvhYYB4g1AEtudYUbKZW11nWgDCcaIbkeI4Tg0y6LgYbxdxEJa1GtgcNzgWbUFwJjBbEGYJm4cLPCk42Uyo3XGGPmB5rsOAUioZTSmsszvWTjTscc9U3AioZAA0sHsQZgWfFJmbSCyzZCUL5jTS/QqJyU0loSgrhs4/s+H55AZI3RxmRHKIz6JmDlunn7BQg0sHQQawCW2wrvSfGWekRkLe8y7Cml8mfFmYYKR3YrpTzP97xU6zRNU97MZsT3ACsSijSwDBBrAEZjxYYbkxOCPK+XaaT0ipmGG1X8kFJ5nq91KmWslIdqDSyAQAPLBrEGYJRW4MBNnmp4nbZw1RqirPeUkzxq4/DXcN9q1DcBKwUCDSwzTPYBjN6K2uHmxS9+lTE63z3YEFmlFJ/65BINZQUbPl0hSzXuRMx6feK97333qO8DVgpkGlhOqNYArAgrqidljOGiC8v335Nuooa/jDtRHGg43ARBRHQATSgAGBXEGoAVZIWEG1eq4X35evsK5+0nrsrk4zVu4bdUSkVRaWZmf70+OaqLB4C1DE0ogBVn5EdKZaHGGF6wTWT5UWxCUT447EZrONn4flAqlUul0qguHgDWMsQagBVqhAM3XKQxxgpRPMmSKKvZUDHZcMHGRRylvCAIy+Xq8l82AACaUAAr16h6UnzOJZHlflPfrIxwh3hLqYgS7lPJfH7Y9wPP85ftagEAHFRrAFa65e9J7dv3cL5I27rZmkK2mVe8UcrjNVDWWqWU53lBEPi+f/nllyzbBQMAMMQagNVhOXtSe/bsTtMkTRNjrJP/oXAvuBXleR7vbUNE1pLn+Z7nB0FYqzUO+0a299MAAIYAsQZg1XBlm6UON295y/Y0TdM05U35rLXGaDE/gbgPhRB5svH4GCnP88IwCsPosG+0c8eurdtWxG49ADAeEGsAVpnlCTedTouTjbXGGK01H6ewsLjCn1HKY/xCCBmGURCEH/vY+w77RpxsEG4AYCgwMgywKi31qQv33vutpz/9t9I0cWcpaK09zxaCjRAiWyTFC6BYmnpKeb4fBEEYBOGRvNfOHbuIiJMNvwYAODao1gCsYktXtnnb296dpqnW2bncWmtONvmfi/nneJPn+e6Ub1arTRxhrGE7d+xCTwoAFgmxBmB1W7qeVJrTOk3TJH+Ruo1q8heSSEgpPS/gcMPdqCAIJiamPvzhfziqN0VPCgAWA00ogHGwFDvcNJuz1Wo9TVOlEqVUmqZSJr4fEBGPBgthreU9bAQR+b6vtZ+mgdb8LV6jMXlUBRuGnhQAHDNUawDGx3B3uJmdnUnTROskr9rEvDCKZ4elFIWyjeB+lO8Hvu/7fsAvPM/fvPnkyy676Bje3fWkULkBgCOHWAMwbobVk3rpS1/Tas2laZqmSZLEaZq68WEiKmYah3es8f0gCDjZBPX65IknnnrM14CBGwA4Kog1AGNoWAM3c3MzaZokSZIkMZ+okBdsdCHWUPF47yDgTBO6ms2GDccdyUrvQ0DZBgCOEGINwNhafE+q1Wp2u90801hj+Fhv3qPPSCnzMy6LrSjp+2HeivJ9P4ii8saNx7/vfcfSinLQkwKAI4FYAzDmFlO2eelLX9tqzWmtrbXFag2v9xZCSKn43G5Z4Ps+b8fnCjaTk+s2bjxh8feCcLMMbtl+wagvAeDYYSUUwPhbzDqpVqtZqzXyTNOjtZHSeJ5nLRljpSRrBZExhqSkMIyM0a5jpbXetGnzBz7wt69//TuO/K37oxhfvFsqhXVSALAAYg3AWnFs4eZ5z3vpF794SxSV8z6U0VorxZFFW6ukVETGWmFtdui3MUIIEYalYgqy1jziEY868qvdtvXcrdveVK9PVKu1UqkcReUoKm17e+/i3Sgxwg0AOIg1AGvLMZy6MDd3IIqiKCrlTSittZZSS6mV0kop3sbGGJvv0UdSEhHlyYYDENXrjRtvvPL5z/+Dw77jNdd85HWf/x/VDTVOM1FUCsNSFJU+9K83BkGw7RVZuMEONwCwAGZrANaioxq4ed7zXjYzs392dn8cxzrn8o3WWkqVzw5neJ0UH+UdRaVSqVwqlWu1iVqt8clPfvjQb3frrddv2nRCozFZqdTK5Wq5XC2VKuVyhX9IFJWuve6uT9/wDXfxGLgBAAfVGoA16qh6UjMz+/noSt/3s3MTCtvWKKWU8pSyWmsiPjfK8v9qCoKQu1f8c2q1iW63e+WVH/iDP3h9/7vcdNNVlUqtXm9wbYYjkXsRBKHn+Z7n85mat972vd/e+ih35Ri4AQBCtQZgjTvCHW5e9KJXzczsn5nZn/ax1hqjhSAuz7iN+Dh/KKU4lwRBFARhozE5NbV+/frjLr/8vQve4nOf+/TExHS1Wi+Xq+VypVyu8ItSqVIuV0ulchhGboGV5/m+79/x7z9dcNko2yzecy+6dNSXAHDsUK0BgCMauOGCTbvdLFZrlFLcilLKKKWIN66R0hhPKZ2mKVFCRKVS2RiTponv+7VaPU2TDRuOe9/73nP++f8vEV1zzUfXr9/YaEyGYRSGYRBELsHwizCM8kM0lVKelIoHepRSX7nrV0/ZenzxsjFwA7CWoVoDAJlDl222bn3TzMz+ffv2pGniHtZarbOdbIiEe3DmYFIqKb1KpVouV8Iw8n2/Vmts2rT5+ONPJKJPf/rfjj/+pEZjqlZr1GqNarWRv6hXq/VKpVoqlbn5xQeDFzONlEpK9Y1vPtx/zTh1AWBtQrUGAHoOPXAzM7N///4909MbeDrY8wK3LQ0v+VYq+1eKEGStUspa2xusqVRqRGQtWWvTNNm8+eTrrvv4iSeeWq3WuEUVBGEQBPmpUmE+TNOLMv2Zhj/89nf2P27rRP8FFxeBn/Ao9Yvv6aX85QHA6CHWAMBCBws3r33tf//EJz7UbM5VqzXOLLwSSimdv1BCSMrOiCJrlZRGqd5P5mTjbNhw/AMP/OLss5+U55jA93vhphBoXNVH9mcaXnV1sHvhPtQJj1L8jGQDMN7QhAKAwQYeKbVv396ZmX08KczDwlyu4Q+1NkTWnRGlBqlUatVqrVKp8YupqXVf+tLn8hmaUhSVoigKwxIP0yjluU5WzpufaTLfvXf2SNarc74BgHGFWAMAh7Jg4OYNb3jH/v17ut221qkxWZrhYom1Vus0TbXhbYaFzBd+u+fshcs0lUqtWq2fdNKWK674gJsODoLI84pFGm/Bt/MzZxoifmuylr5779zBks0vvqddnQbJBmCMoQkFAIexoCf14IO/Wrduo1JevjrJ5+kZrtkQEXeEPM/jszDdbI0jhKjV6sXO0eMf/5Tbb7/pv/23l/t+IIQs1mN4qMalHBehjNF5+0kc4f9Cc8nmd5737nUTX9h5lMdjAcDKh1gDAEektwicdn3mM5/gnWN83y/0l6y12WANT9dwWaX4GSGkENIYQSSq1Tp/6PLNpz99xUte8pr5R4Kr/CGllMRnaZLgbXKEcMc1ZC++c8/M2Vvrh91d8LM3vWtpf1kAMCKINQBwFLZcfMm2C8+lrfSGN77D83zfD9zUC5EoVmvymo3veR53pbTO5mC05pRDlUpVziOuvvryl7/89YVY4yjKMg1Zy00uXkm+MNyM8JcDACOHWAMAR4fLNg888OUgiHhPYbc0aUG1xlqSUnKjKq/TZOWZPH6IcrnCvSb3uOqqf9269U0LQg0R2RyRtVbwG1nL+//1ws237t77hK1TR36QJwCME8QaADgW9z39qeorX/N93/OCfNWS8jyf8joNkVXKaq3csZdCCOPqLER5W4r3LHZDwUpKecUV//KKV5yvVC/TGGPyYEPWWiJT+HZbDDc8RAwAaxNiDQAco3ueck74re/m65JEcdMaa4nXQxljrM2WRnmeb4wb8hUFJIRQatJtTqOU2rnz/XNzB84/f7u1VKjUWPe6MGEji+HGWjPqXwwAjAwWeAPAsfv6E86am5vhR7vd0jrROuVzFbROeY8+U6CUpxQfwe0XHnx0ZVCvT0xOTk9OTk9MTE9MTDUaU+9//9/wRsbWGn4YY4tb5vCfutdaJ2ma3vmlnx3JHjYAMH5QrQGARfnmN790zjnPkFIKoaRUfKqlUoaI8szRaxgZQ57HvaW0/1kIUalU3Rngvh8EQfCRj7z3la88n9/L2gVlGy7YZNUaIsHRB30ogDULsQYAFmXPi178szu/fOqpZyilPC87ZdtaI6XKqzVaCDLGrZASUiopg/5Mkw/IyIkJzyWbMCx94hMf3r37gTe+8UJ+x0KyMcVl3lyw4T8f5W8EAEYHsQYAFuu+pz9VfeXrp556Oh93UC5XiIgDDR+E6dZG5c8kpfL9oJBpJB+fKUQqhJBSVKt1jjVRVGq3m6VS+fLL3/vgg798xzv+ev6oDXEWsjbrQ3GHasS/EQAYEcQaABiCfft2E9lTT30kL+eWUnGgcVMvvAwqW/1NxPmGv1IIKUTqznfKT6+UUkrfD6IoarVKUdQMw6harb3vfe/5kz/5cypEGyGsMWRtb4JHa5xnCbBGIdYAwGJt/NSnNp146ubNJ//4x//Ba7m5XuJ5Hvehiuc3CUGF2RfLR1da66dp6nmp1mmapp6ntc5eK6WCIAxDPtk7LJUqV1zxgQce+Plb3/ouF2zyEzfdkDJiDcAahVgDAIsydfUnjzvpERs2HBcE4dlnP+mee75BRJOT6zhelEoVPvOSiHipNmWFFsnPQkilvLx4o4wJuMyTpmmaJkkS89mWvh9wrAmCIAjCUqn80Y9etm3bm43RaZroTOqeR/s7AYBRQawBgEU57rgT16/fVC5XwzDy/eApT/mvX/nK57XWjcZEHMdxHCdJnCSVarXOOUZKm28dbLmuw59VShgjhTDch/I8L0mUUipJ3AneXhBEQRD5fhgEge+HV199+b59e1760tcUMg1iDcCahlgDAMfukV+4Y/3xJ5XL1XK54tYuPec5v3/bbZ868cRT4zhOkm6SxEkS+37o+4FSMi/VSE4zxhgpbZ5syFreWU9aa3m8RrpDp7KNjL0wzGo2/HzDDVc++9nPK8YaNKEA1izEGgA4Rlt23b5+0+ZyuVIuV/l8KD7Y0vPU85//suuv33HCCadwponjWEq5bt1Ga5Wr1ihlPc/nGV8pBZEVQgqhhODoY6U0847BFL2I43pSpVK5XK7cddfte/c+/PSn/xaHmzjujvp3AwCjgVgDAMfi1Ns+N71+U7lcLZer1WrN83wXPngx00te8uorrviXzZtP4VaUtSYIwlqt4ao1QvCor+I+FK9pEkJJ6VY59TpWHHfmneitVLlcnZ09UKlUuQX29a/fuW/fw0984tPec9HbcdQlwNqEWAMAR+3kz946MbWeA029Psknb/OaJj6fkiPIK1/5lssvv2TTphO4ZhMEoVJ+FJXyXOIVz1XIT3Xiw56ElJJPtSyWalykkVIplSqVKuVVKrVKpRaGURiWoii6995vPuvZ59EbRv07AoBRQKwBgKNz4s031xpT1WqNj23iHKOUVMrjLYZ5Uz7uF73hDX/2gQ/87dTU+iTp8jTM5OT6IAiIVOFEJy7YyHwnPekOruTaj7Vq/pxNopTSOs2TjfI8r1KpNRqTk5PTU1N79u3bc801H9m/f+9rX/vfR/3bAoBlhVgDAEdh06c/XZ2cnpiYmppaX69nZ27nz9JlGs/LXiilzj9/+z/+43viOJZS8UCMlA0+artIyt72enzYk7Xk4o3vB5xq0lS6U7vz/W9sPm0T1euTk5Pr1q3bPzt7YHb2wK23Xn/gwN6XvOQ1I/6tAcByQawBgCO17tprJtZtnJpaPzm5rlZrKCVdpnGPvpqNJKLzz99+ySV/Ya3lWCOELJW0tZZIuJ1sjLG+7xdbUflhltYYkpI8zyci/vrCC8tvYa1N09T3vTAM6/XG7OzM3NyB2dmZycnp22+/aW5u5vd+7+Uj+JUBwPJCrAGAI1WvT0xMTHGmyXNMrzfUW4idL8YWgoiycyf/9E/f+X//7/92C7P5iANj0lKpyr0nfhhjPM/3vN42xNZSfpgUeZ77V1YWbtxZDESUpqnWfpomnudHUWliYqrVarZacxxxvvKVz8/NzTznOb+/XL8tABgBxBoAOCLH33hjfcNx9fpErVb3eBl3Vphx2+W5ZOPxwC+HD24nEdFb3/quv//7d6ZpEsfdjRuPn5xcp3WqtalUqlytyc6ptJYPVeD35YOi+LVSHs8RW5v9zLyEw695d2KPNzgOAh0EYaVSq9cnWq25VqvZbM7dffddc3MHfvM3f2dZf3cAsFwQawDg8Kavubq+/rh6faLRmPK8wPN83/c9z+9/oZSXN5LIWuGSDc/B/OmfvtMY+9GPXtpuN7XWfMaCtaZcroZhFmj4mYiEkEKQENxj4octFmwKr4mIjLFaJ1oH7mSoINBpmoRhWCqVa7Vuq9VstRqt1tR9932r1Wr+9Kc/wNgNwJhBrAGAw6vXJ+r1ienpDb4f+L7v+8Vk43Gs4dVP/PV5fcXOTzZkLRmjX/GKN//Lv/xtq9V6xCPOWLduAx9UmaZJFJVd08paCoKAiJd5k+s1CSE9z+Mx4fnXKKy1WvscaFyy0Vrz2VJBEEVRqVZrcOWm1WrW6xN3331Xszn7y1/+58te9sfL8osEgKWFWAMAh3HcDTfUNxy/bt2GIAjzExKyCk2eaTzPUzy6W5h16eGokgUWImPM61739ksvvajdbj7ykWdt2LCJY02apmlaiqIS12yEIKU8IkVZJ8ute8omkQsngVP+k+cFGveh1invnZMkSRhG5XK13W612612u9luNxqNqa997Y65uZkHHvj51q1vWqJfIwAsA8QaADiUyU9+YmLT5nXrNpRKlbxUkwWawlSN158wmEs5eaSxRGSMsda++c3/k4g+/vF/OvPMx23cuDlJkiRJ0pQfKYcbpYzneVIaY7RSyhie4DGe5xeWRLkfTkopIYRSylpjDK8gz/JNmoZJErsfnj8i96JcrjQak3fccUuzOffww79+xSvOX6rfKQAsGcQaADiUycnp6ekNtVqDG0+e5+cLoLINhbnxVFiRVMw3haVQZI0x7kN3GuUf/uEbPvrRyx796Hjduo1RVGq3y1FUKpXKUVQql6uVSs0Y7XmeMcoYI6UxxihliMjNFBdXRfGWNkS8p5+RMpvOsVZ5nh+GYZpJoqjEuxJzrCmXK3HcjeO4Wq03m7PVau3mm69uNueazZk/+qMLlvQ3DABDhFgDAAe1+aabpo47cWJiulCeUfnBT3zCgSysVBILOlDWmnxQxlpreYbGTQQbo/lPt25944c+9PePecwTpqbWRVGZw00YRs3mXJomlUotCELP8zjQGKOt9RaMD/PP4QTDh4ITGX5FJKU0REoIYa1RSvm+b0yotY6iUqcTRVG5UunGcfbodrvN5myzOVutzs7NzTabtWuu+Wi73ex2u6997duW7TcPAMcGsQYADmpqav3ExLQLNJ6npFRi/vlMhWFecqWaPNC4cRqbb1STbU7DK7o57aRpunXrG2dm9t93392Tk+tKpVIUlXmHG62TJIkrlVqpVFbK4yZUtgaceB14sRvFuWpesiEivmYiKm5qzPsGBkFYrdbjOHaxJo671Wqt2ZxtNucqldl2u9ntdrrddqfTufHGK7XWSZK8+MWvWra/AgA4Kog1ADDYI79wR23dxiAICjvsefMDjSTKTjBwhRpe3c2BxhVmrLU84FIMFpxveNiF53k3bz75rrtuP+20M6Oo5Pu+5wVZxyiJOdx4nm+McVGJF0lxzcZaKlxJVqHhWhI/u1yltXZXK6UwRiolwzDkq4rjbrfbaTZn2+0Wp5lut93tdjqddrfb6XY7cRzfeedtaZo+61nnLfvfCQAcBmINAAxWLleDIOSV21ywcdsK8wmU3IGiXqbhg5xs3nQqvu5Va1yg4QzhlinFcdztth/zmCcao/fu3c0LyN0EsUs2UVQiIvcWec3Gc9cgpSCSQmTrp9wzf57Iumf+vFLWGGGMtTaLOFEU1esTWqeFNMP5xr1oG2P+4z/u0TqN4+7jH/+U5f67AYCDQKwBgAEe+YU7gokp3w/y5U7FqZp57af5gzViYKwplGp6BRvu+PAfJUmcJN1ut5Mksda63W49/PCD09Mb4jjWOi/ZJHGSxKVSOQxLUVQKgjA/dcFaa/PmlOHKUv/KLHd0lHuWUuRTPsJaF25kftkqiqJarcFbFydJXCze8KXywNCDD/4qSeIL/+y1C95xx85dS/uXBAB9EGsAYIAgCH0/DIIgP7dSuYVPHGmklLz2iIiKmaYYa/iFW2Vd7ENpnXa77TiO+ZOdTpsXInW7nXa7+d2nPpmIfk20ZdftXLDROk2SJI6TbrfDK5g43IRhFAQ8KyP5mKp8dEb2hxsppTsgM29DWSHIGD5OXBYnmvOxIGltYIw1Rmtd5YijdRrHHY441to/eNkzaVCI2bb1XCQbgGWGWAMAC53wmZv99ZuCIPA8vzBV04s1PFXTPyxc7DoVYo2r02g+KkFrnSRxp5PVZoxJW61mu92M406n0/rObzzJXcmPzn02EZ315btcwSaOO2EYueXZYVgKwygMo1KpolS2VMoYpbVSKgs3bqmWEC7ZSCmzzf1ofh/KHWXl1qUTSWuFtT6POef5rML55pnPOPVg2WXHzl1INgDLDLEGABYqlytBEM4frOlf100LhoXnl2qyqeG+3pPW2qRp3O26llOaJEm73eRkU8w0znef+htEdPZdXz/llNPjuOOiTBiGQZC9qFYb5XI1DEMu2PAON1yA4TKTUrwJsshHglxq6fWh8g4UuW4VvxJCWiv4JAdjKC/e6Mc/bhKpBWBFQawBgHmmrv5kuPnkIAh83y9O1RT1LYDqL9VkuwkXMo3Oz36KkySJ40632+ZqTafTPkSmcb7zG0/6DtHjvvrNk0/eEoZREIQcbvhFt9uN4y4n+N9EWgAAIABJREFUmyAIeUtiY5Qx2hgppeRnvhUicoEmL9jI4m6BhVjjXvAtc+VGGGNPPy04bKZBwQZgmSHWAMA8HBR8P/Q8P5+rWdiB6h8WXlCqcVsJ56uftNZGa8OdpDRN4rjb6XTSNNZat1rNVmvunqeccySX9+0nP/HbROfcfe/09PowjIIgCkOONe0kibvdTqVS42QTBBEXbLSWSsk0JSIrpXDFJymFlCI/MtNaK/MX85MN/9/8ZHPiCQphBWAFQqwBgHnCsOT7QT5Y43meNz/QyHlrurNDKPtLNfkabmM40OThJuFqTbfb7XbbaZokSdJqNY8w0zhfe/xjiOjp9/2QM00QRO12y62uqlSqYRgFQRwEoefxSm/LgzWe5+W7C2axRkrJ4ze+7wtRPKqzL98QnyUuNm5ApgFYoRBrAGCeen0iCEI+z7LYgXLrut26J8pf9ZdqrO3FGteEypdqp3kTqpOmSafTvucph+o9HcKdZ55GROfcfW8Yhq3WnDGaR3a4ZhNF82INRzTONJ7Hc9BZrOF8kyRpEASep4QgKfnW+B7dG+Y554ihAwWwzBBrAKBnw/XXBSdt4VINd6B41bSr11Bh3dP8TEPzSzW68Ogtg8pPmoy73W6n09Y6bbWai7zmrz3+MeuuvfbEE08xxqRpGscdV7OJorJSijtNhUyT4TvKhqEFCUFpmvKydimJH24JlbvziYZAUgFYsRBrAKAnDEtBEPJh3QtOS+AOlNsJpm8BFA2u1OTVmkKmSZMk5TMKkiT+wbOfufjLfviFL3yYaMP11z3ykWdNTq7jgk1es4mKUWZBzcZVazjWJIkOAp2mKZd5iuGGk83kBDINwIqGWAMAPdVqjTNNvgxqXgeK8lKNOwCquJb7IKGGM02apqnWCT+4A9XtdoaSaZyHfv8FDxER0X/55nc2btxcrdYqlVqlUi2VKrxkvb9m4+6Psl1t4jTVvp+mqXZlG6XmVW4AYCVDrAGAnmq1ni/t9vNM45IN72rXG6xZsEVNnml0fweKuWpNp9Pms5aW6C6+8cSziej027948smnNRoTHGvccxAEhVijlJJuUjgv2KRpys8phyGlsnBzVDBYA7D8EGsAIHP8jTcGpz6SqzU8VJs3oPLxk/mDNX2TwtTXfnKZJi32oDqddqfT+tlzf2dJb+cHz37mD4jWXXvNKaecvn79pkqlVq3WihHH83xONsVYo1SSpqnv6/xZ+37g+6FSdNKJ6EABrHSINQCQiaIyDwtzB2r+VM385lOeaRbEmvlxxrgijUs2fGpkp9OanT2wPDf18Atf9DAREZ1y623HH38Sh5tKJXvwa65DCWGJSAjyfTdhw7EmDQLt++FRvS9KNQAjgVgDAJmJiUnf56XdgetA5VM1Im88iYMt6i5sJdzrQOleAyrhXWo6nU6n0/7V85+/zHf3099+zk+JiOhRd3yp0ZgoJptGY7LRmHITNmmqCxM2riell/mCAeAYINYAQKZcrubb1ai88cTJptd+4nrNoFJN/wKobP2T1mlhsCbpdNr3/+bTRnib33vG04ho3bXXrFu3kZNNozE5MTHVaExNTEwJIaSMfT91aYav35ijiDUo1QCMCmINABARnXTLZ4PTHs0dKN7TpbD/XnE5d9asyc9L6iUarRdmGtd+cpmGO1Cju8se15w67oYb6vWJiYmpiYlpF27SNM0LNkmSBHEcB0H3CH8yMg3ACCHWAAARUa3W8P2AO1CuTpOf1G2tNUSSyPAp1mL+WueBHSjXfiqMDHMTqj2iWxzsgd/7vQeIiGjdtdc0GlMTE5ONxtTU1Prp6fXVaoNPyAqC4Ahna5BpAEYLsQYAiIgmJqa4A+V5vhAqX9MtiSg/MYD/nzFGLljqzPWaBV0o136aP1jTTpJ4mW/tCLn6DRGddMtnp6fXT01tmJ5ePzExXS5XwjA67E9ApgEYOcQaAKDNN90UPepszjSFTWqklMJanqrJDnokojzZFHcZNgtGbOavftLu4O5Op/Xj3zp3VLd55H723N/5GRERnXjzLevXb5qe3jA1te7//PUHtv3PgwYXZBqAlQCxBgCoXK7wdjVSSiLLUzVCiMIkjcs3HG6MMVKIrP3k8kyhbKPzQNOr1qRpsnRb8C2Rn5/33J/nrx//tTsHfs22recSETINwEqAWAMA1GhM+b4vpeTNgoUgrtUQWQ40RC7T2HxHPmutyMszCwo2bhs+twsfN6HiFduBOhJ3n/OELRc/YduFC6tNCDQAKwdiDQDQxMSUEJIXbFO23Ckbnyk2oXjTGsdmTaliycbkKcdaa9xgDWu32z95zm+N5g6HZ8vFlyz4zLYL0X4CWCmO8owTABg7J3/2VimVdYPBebhhXLnh47vzgRs5f5fheRv0FTaw4Veap2rSNInjI10jvbpsufiSbVvP5VYUAIwWqjUAa12jMdn/yd7McJZpHElki7WZ/OuJdyIurIfKNhp2gzWrugN1aFzC4f4UKjcAI4RqDcBaF0UlykdniIhIcEPKWpsXaXpb8xV7TK44UzjZm/flc2d3Zyu9uVQzxrGGbbn4Eq7cjPpCANYuxBqAtU5KNf/DeXMzvN6bj4UqBJp5K7p5jthaq3WvSOOO7zbGJkkax91fPu95I7nBZYaeFMAIoQkFsKZt2fV5tekEIuKTLAsLoPLJGSK3Qqp/ixr+SiKyltzmwnkHyuQjNoanhkd4m8sMPSmAUUGsAVjr3J7B7sjuQohxQ8FuiFgc7OcQieKxCXmy0TxtM/YdqH4INwDLD7EGYE1L09QdZummZ/I6jeWt+bLVUUS08DCoTL6xjciHb4ybsHHLvNdUtabIhRskG4BlgNkagDVN65TyOg2XavK+kiUiXgPV901iAff1Snm8Vpznb7gfxdsN737BC5b73lYSDNwALA9UawDWtDRN3SonnqrhDhTlmYaPUMh3sik+U366AlHvuCjy/cDzut1ubwcbpTyt9TLf1wqEnhTAMkCsAVjTuJQi8/MteQp4/l41WWQpPjt56Mnwt4dhGMfdbrfjxorTdI12oPoh3AAsKTShANY0HnwRQkqp3IjM/BMS+r9J9H1Z79RvPkMqikq+H7idh9fgvPChYYcbgCWCag3Amrb3xS/R37lP61RKkZ+TMG9bYSLK52zIjQxb6wZusk1rRLGVJaUQIgyjOO52Om1rUa0ZbMvFl6ycsg0yFowHxBqAtS5NU61Tt0tNPltj8wmbBTUbF3Eo//PsWKh87lhzrFHK8zwvCMJut7N+/XF7RnFrK99K6ElxoPnXD98Yx/Gb3vjCkVwDwLAg1gCsdVrrNNWDttrLCCHdcqjC5y1/0pjegVCuG8VBx/N8pZTn+Z6Hf9UcygjDzbat53748s/EcbeVNN9y/suee9Gly/nuAEOHf9cArHVau2pNb+9gV6rhr+HDE/INhXtnffOBUNytcj2svMRDSnlKefkaKziMZd7hhos0H/jgp1pxk9uFy/CmAEsNsQZgrUvTVGu94GyE/t2E3fHdbg9iPgfKHYRpjJTS9BdsPM9fcOwUHMIyDNxwoPngh25Ikm4rbnY67U6n3em0lujtAJYTYg3AWqd12t9+yvtK8+Qb1WTVGmOs24mY04y1bmhYKaWklF5umW9qVVu6nlQ+RnNTHHfbSbPb7bTbrU6n3WrN/v3fvcsSnTfENwMYBfy7BmCtcx0o13vKl3BTMdlwm4nmb13j+lE8VmOMzBd8i166UUopdeadX77v6U9drnsaB0vRk/rw5Z9JkrgVz3HXqd1utdut2dn9//z+/2/LxZecRvTD7RcQ0XmYsIFVC7EGYK1L09QYU6zTDCzV8FBw4UM3YZP/sRBSSq7c5PUbJaXy/YCHbJb4PsbTcHtS7XYzjuNOp8WZZm5uZnb2wEc/chlHKCI67eJLCOEGVjP8iwZgrStUa8gFlzzZ2MJmNuT+yFV3ij/HWso3rxH55nxCSsnjNYg1x2yIPam5uVnONHNzs7OzBx566Fffe8bTXaZxXLhBsoFVB/+iAVjrjDF8MiWvfHKrmfiPCouYslMtjck+LpwVxXUaoXXKOUZr43laa61U6nme7/ue553xxX//j2f+5vLf4HhYZLjZtvXci97z/pnOvlarOTNzYO/e3d9+8hPpjFMP8S2nXXwJyjaw6iDWAKx1Wus47qZpkp8GxYuYiLOOMUZKUzhoRbgl3kIIIqlUNmistcmXdkvP84zxtdbG+Gma+n7ArajR3eWYWMzAzYED+2ZnD8zM7Lvr7DOJTjySb0FPClYdbCYBsNbFcafb7XS7nfycbSGEMPNYY4q784niNDAP0PCWfdyoyntPHm/Ex30p3/d93z/l1ttGc5Pjhc+TOtrjDh588P9v786D5KjuPIH/3pWZXVV9qrvV3ZIaWo0QyAhzX9KAEbAc4r4mjILwxMTOrj3DDN7Y2QBiZwd7bYeNx+Mx4J3duXYijGd2zHAzYMDcBnMKEMISGiEhIySQJSFES+qqynzv7R8vMyu7WhKSuo5W6/uJilKquio7KyOQv/6933tv49q1775y7Lz9/XVH3Hb7Ebfd/tif/fH+fhCg8fB/ngAOdduuvrbr6WdLpaIxxiWbtIPYGMu5dQUbNyDFuUg3sMwwyVI3lR4ct2iNMTqd862UJ6Vq6nedOvZrTGrJdYsuufTLLy44guYdccC/EWNScFBArAGAuGCjtTZGG6Pd2FMmzRhjjBtsIjKujSZpMnbDT2OmUGXXGpZSunIO54Jz7nnewCOPbFy8uMlfeKrYl3Cz5LpFw7fdvmJBDX4dxqRg8kOsAQByg1DGaK2N1to1ETtuPEoIF2EMEXcrCwvBk4qOToo0jIhxzqzl1gr3ESLK5fKlUjHdRcHz/KZ+1yloT+HGjVKNn+g0QQg3MJkh1gAAlUqlTLXGJMNPcanGFWbGLtlnrHWL01hrLefWWi6EYIy0zq5twxhjUSRbW9usteVyqVQqci56H3zgt5dd3rRvO0Vlw032lTrBJHCYnBBrAIC2X/u70556xhjtpNUal2ncezKxJq3ZWMY45+51kW2sSfpsSGuSUmkd5XJ5zvvK5VK5XC6XS836plNeXaPMeGi4gckGsQYAiOL2mlIQtKS9NYyZ7ASoJNYYa3lSs2EZLt+4P4iIXKYhYlLqKIp3hpo+fSCKwnK5NP2hBzddelmzvizUEMakYFJBrAEAIqJSqVgs7srlcq5akyxXY5NHGmvcrt1u0Zp4W2/GXOWm6pgxxoUgpTxXBJIykjKaPn1GEOTK5VLnPXdvu/raJn9tqBGEG5gksG4NABARbb78imJxtFgcDcOy1traeC3hsWNQprLLAmVXqWFJpmHJXysL20gpPc8PgiAIWnw/8P2gra19cHB2EOSa8D2hnrDCDTQdYg0AxIrF0dHR0WJx1/jel7iN2MQTuYkoXaUmLcxkNu4WUkohZPospZTS8/0gCFqCIPD9lny+dXBwuO/hhxv9JaH+XLJBuIGmwCAUAMSKxdFicVexGPj+qO8H2aXzXJEm2R6qaudLzpjl3BK5ao1b5yaeSMWYZoxJaV0bsufF9R6to9bW9oGBwdI9/7rt6msa/2WhrrJjUgCNhGoNAMTWnnN2WrAJw3IYlo0xRGQtJWNS2blOcdkmGW2SYys0QgjpXo9/JpUr2ihVKdu0t3fOnHl4M74rNIILN3fdesNdt97Q7GuBQwWqNQBQUSyO+v6uYjEol8vp+JFSXvLzytI1bm0bxlz7MGeMW2sYc+vZGHfMGHPVGiJW1ZrjupK11h0d0+Y+/+KqM2uxCC5MSq6D+LFbb7j+mz9u9rXA1IdqDQBUrFn0JTcUVSqNhmHZiaIwzTFu7nf6THFPsesUHtNS4+o0yS6YTAjpeb5Svud5nue5DuJ8vpDPF3p6+mY/9UyzvzrU1wXfvhNlG2gAVGsAYIxicdfoaFAsjnqe74o1UeRJKY1xO3szxlydxhAJV7xhjLtJ4G7zBCLOmCGKkgWIjbXcWmMMV0q6ieFE5CaSa22stQMDs8LHHl9/wflN/epQX2nZhohQuYE6QbUGAMZw07yLxdF0ReAwDLMVGvfstlOgygxwlp0ble7anZn4zZOJ31wppZQfBIHv5n0HLblcfnBwdv+//VtTvzo0wgXfvtNVbpp9ITA1IdYAwBgbFy8uFne5BWzSh9bR2ExTWc3G1WnYWK6PON24e+wzZ4wLITzPrWQTP4IgNzR0ZO+DDzb120ODYEwK6gSDUABQLV2XT0qplIqiMAxDIaTrETbGCkHZ9uH0g9k9oTgnIdxeUa4zR6TPQsQxyPcDF3REHHj40NCR5v77t1xxRTO+NzQUxqSgHhBrAKDaRxdf3P7LF8vlkhBSqdDxPN/11nDuQg1lni3nnDKxhjGW5BhrrRDCRR/XiCM558YYxsgVflpacmlphzF22GHD9r57t155VVO+OzRYNtwATBwGoQBgN9KCjXtEUTwO5X6aqdNUnne34vCYQSi3j4KUnpRKSiWEFMI9SylVS0uutbWtra2jvb1z1qyhznvubu4dgEaKww2W74MJQ7UGAHZj3Xnntr+61PMC3w/dIFQYhsm6w5VO4bRaY60xhpK+4HgfTCHIDUK5bhtj4k00jRFaR0ktx2QeNpcjraMoimbMONzc/bPt1/5us+4ANN4Rt92OhYlhghBrAGD3lp1y4unvvOtWrymVilIqN1RElU7heENvYyyR5dwQkTEsGY+Kh6sYY2maSZMNYyybaYxxVR/GGG9vF27T7ygKObZWOMTEuy7cdGOzLwQOVog1ALBHpVJJymKyDYKQUrpJTJn2mrTiQsZwxozrm+GcExnG4o4ZN4Uqm2woWWjYGOMW9BOCCxEJEQohOOczZx7W2dlFxNi993xy1dXNvQ/QYC7cABwAxBoA2KM3TvziyW+9IxJKeYwx3/eTVWlEJtO4jTCZMZRJNo4lYpl8I7TWLg0x5raUioQQURS5AyEiIdw/TWzOnKMHBmYtf+CBzZdf3qybAA2ArhqoFcQaANib14475rTlK12xxsWaUqnkNoFyiBiR5dymRRpjyK01HI9WVVjGmBAi6SnmUSTSCo0QURSFSawJhRBJkw6bP//EnW+vfOXYo5t1E6B+XKBBeQZqBbEGAD7H6OioG4fyPJ9zXi4XlVKc8yjibkp2Uq1x07Y55yaZ3Z09TdxozBgJIdJXM1PCqxb0c8NeKtn9Wy1Y8d7IyPa3Tz2xkd8d6uqxP/tjBBqoLcQaAPgcy0454YSlyzgXvt/COS+VSr4fuHKL1sIVbDhPizRkbdXKEdk9FuL8IuXe/vFhjAuh3cmllEHQEiROenP568fPr88XhcZBkQbqBLEGAD5fsTgqhCgWAyFEuVwMwxaXabQWbrTIVHqF3caW6fp7lKnZuE0x2d6TjZsKrrUWwkgp0+2lPM/3/RbP809/Z9Wnn25dufCMRnxzqDUEGqgrxBoA+HwrFpw2/+XXisVRKVWpVCqVSkLIZLU9V7ChJNOIdOL3+MaarPGxxk2zMkZrbYTQycGYX6SUUspTylOvLMWA1MEFgQYaALEGAPZJsbirWGzxPL9UKpZKxapQ4nkexcNPlTqNmwOVHFf2904OeHqSpJlGG2O01plMo43R6cSrpNvG8/0gny/klr+7bdvWVWcuaNxdgAOFNhpoDMQaANgnq7901vyXX/P9oFQaLRZ9IdItn6y1VkrFubGWWRvXadwzY3HFprolOO4LlkTEGDdGj8007sAY42KN5Fwo5ZXLqlTylPI8z3M1m5aWfOGNt5eecGxT7w3sDYo00EiINQCwr5afdvJJby73PN/zfLe0TBprlFK+3zL+I24cKtlRoYIongElpRIiXa0vLtIkixFrrbXWEWMRY3EwcvPMk0fsjF//+44dn7196kkNvBmwrxBooJFE17kXNvsaAOCgsbF/+vQNG6VUyWp78RYKbunhZDEbwbk7qgw88THRJj5b9vV0mMnhnLvlbTKFnvRDzL3V8zwpFedCSiGE7Fn/Ydvq1VsOG2zKnYHduuNF/E8MNBRiDQDsnw+n90zfsFFK6Sourh4jhHCBw73HpRTGhAstaW0mizFK1uUTaTEmHZ5Kl+PLZJr4IHkwxrhSyveDlpa87/ueFwRBS8/6DRv6ehp3OwBgMsEgFADst02bNkipklhjicilHM55tuFGKauUt6eTWMvSeeBuX4Xkc8ztg6lU1aAVywQaxrmQUmqtk3ZiHgS5trb2HTtGzn1/w5NDMxp0LwBgMkG1BgD22ydDhwe/fieXy2dHhojILTqcRB1LRMkGC2O4tYZdqcYNQyVDTmnNxo1N8czQVSXQuF/k9nNwA15J1YcxxqVUvt9y5Miu8OUXtw0NNfS+AECzIdYAwIHYethgbuXKIMgl40PkqjVJ0KlMgHLjU8nn4teTvFJ5zo46JZnGjU9VD0S5Pp5kX3GZvj+bh6RU/f2zhrfvWJX3G3tjAKCZEGsA4ABtnjWzY80az/OT1MI4Z0LIdGgpE1PGFGyqSjJJsuFpiSbzzDgXSTGIkqZimTQWu2pN5f2McSG4TPh+MK8YHf7JpwMfbZr2m9981N/X6HsEAI2FWAMAB+7jgf7uD9a7yd4UdwozxtK9uyv5JZtsskWabNnG/dDFo2wtx207JQTPFmnGzpmKzyREvC9m+lDKy+UKbkJ438aPu95fl1+1atvQ4Q2/VQDQCIg1ADAhG/p6O9asVcqzltKGGCIispkGmniMiYiS1FKJLNlYw8ZNmXItNeOLNJlBqHi4qirQJLt/SyllEOTcfpktLS0tLbme9R92rFm7eXBmQ+8UANQfYg0ATNTHA30DH20isum2lO71TFcMT5psqCrNpAd7OX+2scZ9xAUaKePtomRGNgC5ISqXgXzfz+XyuVyhtbWtUGjL5QoDH/+2c+1aseytkTlzGnCXAKABEGsAoAbW90zr/2iTW4LPJRs3UbuKSyHZsad0rhPtrlRD6fZR46ZTue5jxphbGzBdvm/ss/uokNJFH+V5vlKe5/lB0JLLFdraOru6ujvXrvPfWf7p7Nn1vksAUG+INQBQG+t7p/V88KFSivNsYcZFFjfr2yYhplJ3cXFktyfMLkacRp9EdqspLqXMJKr0OV6M2K1B7B5SSpds0oEq3w/a2tp7e/tnfLy5bfV7EsUbgIMZluMDgJp55dijj3/9rd7efiGktZR2zCT7PRkXR6xVRJRuvEBE46ZKEcXrF6dhpqqSU5lVntRkfM4F52HyzJMtwbVNt5xKLsPz/CDIlcvFcrlULpfK5XK5XMrlCt3d07WOtr73wZYtm0ZGtpdKxY8uvrh+twsAag6xBgBq6c2TjiOis9/7oLd3gMi6SOG2rzTGWGuJWBAQUWWjbyJLJNOaDWPxhgxEjDHLGE9CTHbxm/QVlj4L4QkhhAiFcEUanWyZ6X519kq0Mdr3fWNMNtmEYalcLudy+f7+WcXi6JYtm7pffjUMw2JxdN155zb4TgLAAUCsAYDae+aIwQUrVg8MDKYbcbsD13BDREFA6fI27iNCyPFbR2UHnlhlob9KykkHudyfmR7h8XWaSrUm2RtcG6OV8nK5fBiG5XI5DEtpysnl8u3tnVE0PDKyfcuWTd1vLg/D8ujorpGRzz66eHHd7yAAHBDEGgCoixfnzTn5rXcGB2cnJRKdjTWMMd8PXMkm/Ui6/g2Re4slql7HLxN9xk6QqqxB7EupsnWatFSTxhqttdZRGm601kr5LS1Ga53EmlK5XI6istY6lytMmzY9isJPPtk8MrI9DMOZb/26WNy1Y8fI++cuqvNdBID9g1gDAPXy2nHHlF99Y2joSFcXcYNQaf4gIs+r3tnANeU42WGpzEG8+A1j42MNc7UfN7vb/Tpr3Z8mOapkmSTWRGk9yVrreb4xJgxd5aZcLpeiKH5DPl+IoqhYHN22bXMYhmFYnrHyvWJxdOfOkZULz6jzvQSAfYJYAwB1tOyUE8ovvDRnzry0apKMGbmf72ZKd3a3hHHiTuGqUJP8NLOwMWOcM2utMYxzawyz1nLOrOVCCGspOw6VHERaa9fx43meMTmtI5dsyuVS+s58vtDe3hFF0cjI9mJxNAzLYRgOrP2wWBzdtWvH9u3b1p6DEg5A0yDWAEB9rVx4evTs83PnHuMKNq4FOK27GKOlVEopY4yUloikjJNN9iQuuiQJZvx875jbG5zi6MOJiHNmjHXP1jLXoWyttZZJKa2148NNXOWx1hjt+4HWleJNUtfRURTlcoUoCqMo2rlzJIrCMCyHYblYHP3FTTdmL2n4ttvrcFMBYPcQawCg7lZ/6Uz91DNz5853CYMyw0nGGCkjrSMpo+RAKaWklESCMRrXXsPH5xlrKS3VZMs3LF4A0LiajYs17s0pKYW1TOtobLjRSbKxxphM8aYURWHyTqN1FEVhPl+IovCP/vAa90v/6Z+fzl7bkpsWEcINQKOw4e/hPzYAaIRZjz0+d+4xbW0dQZBraXGbNOU8z0tyjEpXyVNKeZ7vdj9It0FIN4RKT5immRSrrF/MOE8HpNxEc5tNM9ljN+3cWmaMyeYba40xlDToVDqOy+Vy9m3XXrOQxqWZKkuuW4RkA9AAiDUA0FDHvvL60NCRhUKr237S8/w01mTzjef5Sqkkzcg02bi3VaWZVCbTsHQ5Y3c8Ps2MSzZkLXMVnUwrscm+J50fboyJokhrfcH5x+w90KSQbAAaAINQANBQb5960m8ffvj4408rFNrc/KN0EEqp+EDryM1LEkIYI7TWLt1oLdycJqVUesLMCBTPzPomGvsXztPJ4ePTTDbokLVcCE7kje+2sZasNW6+ulJm4YLBfcw0ANAY2BMKABptx9y577Xl+zZ8rHVkreWcp6M81pqkr4WSnRZMMkk7m0Oq91sgIrcPVGYmVLpNZjJ/ioix9G3pjlQs2UCKJcfEOWOMXHFICLdPOE83BpdSCiFPPaXOSM4qAAALM0lEQVR/vzLNVcu/8vdf+3LXi/gnF6COUK0BgOZ4enjmwpXvuSbcQqFVSi+p1kitdbrYTDIC5Qo2MltoUUpVZorH69akM8Aps29UsvJNptc4CUWMiFU1ESfHZC0jImtFOmcqfc+8o/Oo0wBMQog1ANA0Lxx9BBGds/bDMCy3trZr7UkZCqGSxfHceJPb6UlqLaQ0ycLE8bOUKrMkH1F2SRxWtSrxbiQByCUYF2JobNtNvEFVMjLFjDHDsyUyDcDkhFgDAE321OyZv/Pu2nK53NbWoZQnZWhMlFkj2EiphNBCCGsr9ZK0i1dKTwi3zk22dlMJN+ONKeEQUaV4E28bPq6E4xIPs5aGDkemAZi8EGsAoPl+edTso194qa9vRmdndxC0GJMOQhljrO8b1zScbbFJY43WWkrX/iKklK5hxlVf3GbgmZVydp9yHPcjztP9w7MlHNfTQ/19HJkGYDJDrAGASWHlwtM33XtvX9+Mvr6ZPT19mY2crLVGKU9rMSbOGK11JISUUkqp3AxwraXn+cbELcDuwBjXHLy3TJNV6UW26TxyZi319jBkGoBJDrEGACaLT6666hOiTffd19c3Y3BwdqHQVii0JdOjrOvbdeNSURS56UhuWpIbhxJCaK1cO461aaZx6wubqnDjssvuSziWiMVtN+nyOHb3C+UAwOSCWAMAk8vWK6/cSrTp/vtnzBjs65tZKLQVCq35fFs+X9Baax26NOPqNK6bWKl4HEop7SKMUirJNC7UuHDjDvjeMk2capKDpKe4swOlGoCDAGINAExGW664YgvRxgcemDPn6Hy+rVBoLRTa2tu7fD9I6jQiLdhord2SxG7NG9eCI6VM9rk0SbixybbePFmfJg4ucQlnD0EHmQbgYIFYAwCT1+bLL99MNPf5Fzo7p+XzrSMj2zs7u9va2qsKNlpHxnhVscZaTwjpdrg0xnJuOTfWcndsLRsfbohTskV47b8LNk8AaADEGgCY7FaduZCI5r340mefbd+xY6Srq7uzs9vthekKNm6dm3SqVDo5XEqVTJJKR6BsptXGWsuT/uJ4DlS2fuPCTVcnSjUABw3EGgA4OKxYcPrMn/98ZOTTnTtHXLgpFNpcwcZtpi2ETPqL400YpIyyLTicCyHioagk6Lh0w43habJhrHpwCgAOFrWJNV897aTOlqDqxRWbNj+4YlVNzg8AQEQfXnghEc167LGdO0d27hzp7Ozu6upWyq1KrKVU6Qp+WusoipTy4oLO2BbjeDsoLpJWm+ywVHW4qQmMQAE0Rm1iTW8h31vIp38teN7CocG73liGWAMANbf+ggvWEw088ui0aT3btnV3dfW0t3flcnmldBJotFKR1l66sE3SiyOyx0IIF26ESAs26bBUHG5mDGAECuBgUptY8z+ffC771x9fftFvtn36zV88t6f3AwBM0MbFF20k6r7/vq6unq6unu7u3ny+1fXc+H6gta+1zsSabMEmm2/cblNxuHE7dSfDUmzcHuEHCKUagIapfW/NH5x6wlmzD5v/w/9d8zMDAFTZcsWVW4iI6PBfPNnbO7B586aenumtre2+H3he4Pu+5/lKeZm1+6oijhhbvMmGGyFEjXINADRK7WPNfz3zjJsffbLmpwUA2It15527jmjw8Se2bPm4t3egt7fflW08z08fSik3NypdnnhcvomfXazRugaxBqUagEYSXedeWMPTvXTDf3xoxar/8/LrNTwnAMA+2n7E8KaZA+WXXxgd3UVExpgoCsOw7B5RFGodGePmg2tjtDFxf7GpiI+ttcd8oTDBxhpkGoAGq2W15mdLrtn42citTzxTw3MCAOyvDy+88EOigUce6e+f1d8/K6nWeNnKjXtFSk8pleyXKav6b5r9PQBgv9Us1vz5uWfNntZx8h1/V6sTAgBMxMbFizcSdd5z98DAYGdnd0fHNN+Pu22qHkp5UqpMvokHqiZ4ASjVADRebWLNpfPmLjnh2Lnfv7MmZwMAqJVtV1+7jYiIBh55pLNzWkfHtM7OaS0t+fHhxvO8NN9IqSYYa5BpAJqiNr0191x/7ZOr1/581Xv78uZFw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+</Verification>
+</VerificationPoint>
--- /dev/null
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+<VerificationPoint type="Screenshot" version="4">
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xgp6QlPOOfWW79X2GOGiDyXW6y1Uoh0hsama6OIRJ5rshOayDnPfywGGs401ibZMLIkkkKks8kuZa1N4rhvbey9V8p96lNfetGLWkR0++0HpeQ6jeIZIL4xIsddrYV4RZ4mj/17DgCINQCwilYq3Dxl+4lE9O3v7NFaKiW0lloLpYTW+SFNJAQ99rFnfuc7t3KtJftob611zimlKV3snYceSV4QSRLEnSYiPrCJh2nyqRqXJIm1fe89BxopHVdovPc2SaxLvKesYNNPklgIoZRTyn/847uVCl7ykjEi+u53DwghiGIhYqK0q5XHmsIzABw7xBoAWHUrNXDz2O0zRPSjOztKaa0VB5pFx0x6nySueBKTtdZaS947VzwMgYgkeedJEqUtIe8Fz9Bw2SafFE6S2Np+kiR5+0lK6Rxx/SZJEo4oQpBz3to4SfpCKK2dUvzwH/vYTULIl7+8RURf+9qPvff5cQrZ6qvCCQsAsAyINQCwRlZq4ObE7RUium+Pi+N+ksRSKiEE95GIvLUu6z1556y1zlpLRMotTA3TQppxRNK5hD82K9IIPiKKM02SxNbGhWFhkSSJtQlnGg5VHGuIhLWJtbFSOkk8xxopEyG6QsgPfvBzRPS61x1//fX/RtlCclqUaRBsAJYLsQYA1s4KDtxs3C7/8/v7iLxSRgiZTav4bdtO+v73f+C9zyKNdc4SSWtJKV3IDYLSGRpuPLm0L0TchPLO2WxiJk6SdFg4SRJrbZLEHGusTbiiQ4VIYq3NAo0Sortopz/v//RPP/pbv/VEIvrjP/4AV4bGxiaCIODDHJBrAJYJsQYA1tpKhZvTt08Q0X98b6+UKq/WEPk4ts7ZvFTjnCUSSnlrfXa2Zdpscs7lwcZ7co57Volzzlp+lxVCeu/z8kzxwmUrpmgh1nCjq0e0MG7sveP/9Hrdfr93/vm/473/wAfeREQve9mvu/SdbtOm46vV2kp8gwFGF2INAAzGSg3cnLl9koi+/Z37iYjIO+fiOOY0kz8LoaxNjzVwzjnHxZi8HsNxJrHW+nTCOM002d90+aey1jqXJIn93uTYo987b2H19rMvuYKIbvjEBUR0yqWXE9G3ie54x4U45xJgOXCCN5QQTvAeLss/CZw/yS3/do/3Lo7jH/3oR4UIYq21Uiopjfc852vzJdn5c5ZpONTYJIkzvXZ7/t6TT1qh13pkN1x0wSlIMwArAdUaAFguziW5RxtQVqon9aTtW4jon3b/R78fF0s11lopfb8/zxO+XHlJZ2+cszbpdOb7/X4c9/v9Xrfb2XfmmWQMVcyx3ckxePYlV9x+0ULZBgCOGWINACzLju3nvvo1b5uYmJqamhkbG69W6zt+/Vj6SivVk/rF7WcS0VUf+HQx1szN7bU2sdZ5z3HHtdvznc78/PzsgbPPoah5bF9xBXFPCuEGYJnQhIISQhNqbbz3vf9rZmbLxMTUxMTU+Pj05OR0rdYIwygIwl9+wZPoWEsvK9WTIqI/vPj91tp2e47rNJ1Oe3b24P6zzlrOZ14D6EkBHDPEGighxJo18KEPXTY+ngaaiYmpiYnpWq0eBKExQRAExoRBEPz8U0885h/ESoWb7Tvesvcxj1nOJxmIG1C2ATgmiDVQQog1q+q9771k06atExNT4+NTExPTExNT9XpTKSWl0trwgdt5vvmpJ80s52ex/HDDn+FZl1xxzJ9hgBBuAB4tzNYAwKNw9dV/8ZjHPP6kk06tVuvVaq1SqYdhpLUWQqgFmv8j5aNd/7zUSg3c7LhoKMMNBm4AHi1Ua6CEUK1ZJR//+F+deupZExPTjcYYxxpjAmOMEDKntTYmb0UFSqlzzm4u/8exggM3QxduGAZuAI4GYg2UEGLNirvqqnefdtpZPEbTak1Uq/UoqnCnKQ80WbhRxhiONUoZpSSROPus+or8RFYq3AxvsiGUbQAeFppQAPAIrrvuI6effk4+TFOrNYIg5LlgrXUx0wghpJRZB0pLKfiUpZW6k5Xa4QY9KYCyQrUGSgjVmpXywQ/+OS93mpiY5otGY4wngrnHVCjSLLrQWvO5khxrvPePf9z4yv5QljNwk38GGsJww1C5ATgiVGsA4Mg+9KHLpqZmCku4p6rVelaJkUSCH3zQIxGJNNfw+6VztnDW44oVbHI7d+1ekZPAh71yg2QDUIRYAwBH8OEPv2dqauPk5AYu1UxMTAVByJmGSBAfVC1ISklEfBb2wiHWRC47ljo7KHvlYw2tXE+KiHZcNJQDNzh1AWAJxBoAWOqjH71ienpmcnIDPyYmpvMF2/zMmYYLNHmUSbMNCeK2k3dZqPHO2dW7WwzcEAZuADKYrYESwmzNMbvssnflaWZycnpqauP4+CQRaa21NnmsSXen0cYYkxVv+BMIIpJSWpvkhRprkyRJkiR+7nMev9o/FwzcEMINjDZUawAgdfnlfzg1lRZpNm8+fnp6YxRVtdbcUXLOcZ1GqTTXCCGIBPehKE02Issxsffe8lXcj+M4jvtr8BJWcOBmGJMNBm4AEGsAgIjoiisunp6emZnZsnnz1k2bjq9UqlFU0drwdHDWUVqYmOFAw5xzzjnvXfEijvv9fj+Oe/1+erE2L2TEe1KEgRsYbYg1AEBXXnnJ1q0nb9q0dfPmrY1Gs1KpRVGFG08+XaJNnGk4uEiZRxzXbneWBBrnXKfT7vd7/OB88/+8/RVr2RnEqQuEgRsYSYg1AKPummved+aZj9u8eWurNVWpVPM6jdZaSuW9IyLvRSHQ+Dzi9Pu9dnuO1zrlsWZ+frbX63Km6fXScDOQl4ZF4ISeFIwYxBqAkfYP//CxM8543NTUdKVSq1RqlUo1DCOtDccaIvKeN6fhcFNc3+Sk9N1uu92eX1Kt2bfvgTzN8GNubnZQLxCLwNGTgpGCWAMwuj7zmY9PTm5oNBpRVI2iShRVONMYY7Q2SimeFSbizYLFkj5UHPc7nfkl1ZqDB/cfOnSgmGn+6i//lJZ9kNMyjfjADXpSMDqwwBtKCAu8j8Z1130k22pvOp+n4UDDyUYImRdg0j31PAcapbXWWvd6vUOHDszOHsyrNf1+b8+ee7rdDgeabrf7/Of/6qBf6FJYBE4IN1BeqNYAjKJdu67iQytrtXqtVudSTdZ7MlIq57yUXmvtnBVC8EZ7eUPKex/HcafT7nQWNaH27r3/wQfvzxpPh175yt8Y9As9AgzcEAZuoLwQawBGztVX/8XExDQHmlot7UAppfk4bu89RxnvnRBCa+Occ85a63izYO+J1293OvP8cM4659rtuT177uEO1Cte8ZZBv8qHg4EbDNxAWSHWAIyW97//f3Odplpt1GqNWq3BdRqlFG+gJ4QXi1E6W0NExIdyJ0m/2+1wtabTaVubOOf27Ln3/vvvnZ+fe/Obf2eQr/CoYeCGMHADpYNYAzBCrrji4vHxqUajWa83smpN3RhDRFyhEULksSY9zlII3rTGpUWbJEnivAPF1ZokiQ8e3L9nz72vetUFg36Jjxp2uCGEGygRxBqAUfEXf/H7ExNTzWar0Wg1m62xsfFmc1xrba0tlGZksVpjLQkhshXdlgNNksTdbufQoQPz83N5uHnWs1406Ne3LBi4IQzcQCkg1gCMinzd08TE1Pj4VKMxFoYRkRCCdxAmzjR5kUYIQcRbDHvvPR/tlCRxv9974IH72u25+fm5dnuu3Z4777yXDvrFrQAM3GDgBkoAsQZgJHz0o1dOTs5MTk63WpONxli1WqtW6yI/d1tIPmy7mGmyOg1575MkieMen1g5O3tg374HOdA885kvHOzrWnEYuOEV4ABDCrEGoPyuueZ9U1MzrdZEvc6BplatNqQU+V8QQhBJIue9t9YVgk168FN+utP8/Nydd/7X/Pxsuz33ghdsH+CLWlUjPnADMLwQawBKbteuq8bHp3iYptWaHBsbD8NIay2E5GMsuWaTJxspKdtcmAs2Lo5jjjXz83MHD+7ft+/++fm5l73sdYN+ZatuBQdukGwA1gZiDUDJNRqtiYkprtaEYcWYQGtdaDMRD9Bk8SZPNukJUEni8nOd5ucP3XXXHfv2Pbg+99lbDSPekwIYOog1AGX28Y//9dTUhmq1VqlU+UgEYwwRt5+ElGms8em+NPz2hWQTx3Ec93q93vz87NzcoQMH9t1994/e8IbfGtTLGRT0pACGhRz0DQDAavnQhy7jc7mr1bpSWimttSlusyeElFJmz2kripd5W2t7vU6v1+l0OocOHTh4cP/Bgwd+9KPbRzDT5LgnxZWbY/4MRHQjZnIBVg2qNQClVanUqtVqozGmtVZKaa2V0kLIJcmG129n29P4fJKGH4cOHZibOzQ3N3v//ffs2HH+oF/TgC2zJ7Vj+7mf+ORXtDYvuuhnCWUbgFWAWANQTldf/RczM5vHxia4TlMs1XCFpriPsHOOj3yy1s7Pz+aZptfr7dv34NzcoQMH9r7sZa8f9GtaL44h3PBfvu5TX9OhMcbc+PlbldK/dNHpSDYAKwuxBqCErrjij7ZsOaHZbCmltFZBEPIhCfkZT0VJklhrOdMkSTw3txBrZmcP7tv3wNzcoV/91TcM5IWsZ0c5cMOB5trrvqq1MZHRWkuplVJKqZv/+a6nXrQVyQZgBSHWAJTQ9PTGer2plI6iSq3WbDTGlDJLKjR8wWc8WcvJxnW7nXZ7ttdLY8399//kwIG9r3rVWwf9gtavh1kEzm//5LU3a224SKMUBxqtlJJSSSn/9f+/76cv2ohkA7BSEGughLZdevmOdxz7opVh99GPXjkxMVWpVBuNMT7+SSmtVHGkZqH3lCRJlmystbbbbXe7nXZ7vt/v9XrdBx74ybv+z28T0d232UG/rPXriD2pfIzm8ECTZxoe1v7GN/c94aIJJBuAFYFYA1A2rdYEp5lms9VoNKVMf48KQcU6DR/KzWkmSWySxM7ZbrfT7Xbm52d7vd7+/Q9ypoGjUQw3lI3RaG14XntJoJFSZsnmCG1BADhmWOANUCq7dn1gbGyi1RofGxuv1RpSKqWklKrYfhJCOMdNJ2dtwgUba5M4jrvdTqfTnpubnZ+fvf/+n9x9m/3vT3waSjVHb+eu3ZxvwjAKwygIAmPyh9Ha5BPc/INh3/nuLFZ9A6wIxBqAUmk2W83mWBRVldK86ImrApTuIiyEIJeynGb4kSRJr9fhJtT8/OyBA3vf9rbfH/SrGVY7d+1+3nOfUAg0Aa+u52X2XL8RQuYPKeWt/zGPZAOwfIg1AKXSbI7l2+sJIbgkUOh0eOcct5/yDlResDl06ODc3KFOZ77TmX/ta98+4Fcy5Hbu2v2L554WBEE2WJM+pFR5lGFoQgGsIMQagPK4/vr/LwjCPMdkm9RwB4p8GmeyUONcXqexNun1eocOHeDHa15z4aBfShns3LX7KU8+ntfYc4WGY0z+WBJovnvrHAo2AMuEWAPltO3Sy5ezyf2QqtUaS1ZxC8EHP3nvXbqLcHqRTtUkieWpml6ve+jQgUOHDh46dGDQr6M8du7a/VNPmlFKF2oz6SM7gYvxz8UN7EYBygKxBqAk/vZv/0YpVVy/TSSkVN5znWahSJOXarJhYdvrdTudOS7VvPnNvzPol1IqO3ftfvzjxotjNEuKNNlPxzvnv/mt/SjYACwHYg2U1qgVbCqVKhdppJRamyAIK5WK1ooP6OZiQP5IUnGSxL1et9frcp1mlE+yXD07d+1+7DnNhwg0S9PmoG4SoBwQawDK4Kqr3q21DoIwiiqVSpUfSmki4T0R+WLNhg9J4AcfbNnrdR58cM/sLNpPa4QDTTFopj+WBLEGYFkQa6DMRqdgMzOzRUoVBEEUVaMozTRHWmLjvfd5oOGLfr/f63UfeOC+Cy/8g7W/8xGxc9fus86sEVE+RlOs1BRX2v/zV+9CHwrgmGGXYYAykAVBEEqp+O1CEBdshMgLNjav1nCyieNeuz33xjdiQ+FV55dKY012ka63H/RtAgwxVGug5EahYHPNNe/TWhsTBEFUqVR5E2EiTyTy5Tb5jHCSJIuTTQxPdLQAACAASURBVL/b7czOHhzsSxgFO3ftPvuset57Km6HmPBPot+P434cx4O+U4AhhlgD5Vf6ZBOGUT5PQ+Sttc7Z7Nend44TDK97ipMkySsDPFgzO3vw0CHEmjXifTZEY5N8M8Q45kDT54bgoO8RYIgh1gAMvSAIKpVapVIj8tY656xz3nsvhOBthfOthLPzupN8qGNubnZu7tArX/kbg34RI4EXe+cVmmKgyTMNYg3AciDWwEgod8HGmDCKqry2hntPfFh3tgyKONw4l2/Ax7HGxnE8Pz87Pz872PsfNVmRJi5mml6v2+t1er3Oi1/05EHfIMAQQ6yBUVHiZKPUogHhfC++/MwEfm82pGq5WsM71szPz77ylW8d1J2PpsMDTbfb6fW6L3rhz77spT/PB4ADwLHBSigYIdsuvXzHO84t36+NZrOV7UxDRD5PMlLKJInzEy2ds3zNw6q9Xq/f787Pzw347kfMzl27n7r9hH/8p9vySeEkiV/y4qfwuwZ9dwBDD7EGRgsnGyrbrxDhvc8DDV9rrYlIKdXv95aMDHMfqt/v9no9dKAGot/vcaDhllO5/jUCDBJiDYycbZdeTkTlCje8kXAaaKSUxoRKpf/r1loXkk2cD6v2et1+v3v++e8c6J2PqG63myTxy1761LL8CwRYLxBrYETl4aYEv1d4aIZLNcYExoRaL2wxLKXiE6SzAxPSZTi9Xq/X6w32zkfWi174M1SeVA2wjiDWwEgrQU9q9+5/iKIKJ5soqmhttNZ5qYbxW4plG25CvfCFrxzUbY+44f33BrDOIdbAqCtBT8p7r5SqVutaa04wUi46DUpKdXiyqdUag7phAIBVglgDQDTk4SYIwkqlxsGFs8vhf4ffzs/ckMrWfQMAlAf2rQFYsO3Sy4due5tKpRpFlTzQcGohIp4j5mOhhCCllNZGa6OU4Qvn7CDvGwBgFSDWACzFyWYows11131YSmmMCcMwCMIgCIWQzrns/V6IdI8+PitBKRUEoTGBlNKjXAOZGy664IaLLhj0XQCsADShAI5giHpSvKEwr3VyzjonnZNSyvQ92SHe2WkJfWuTbIcb90ifG8qP08wr//DKv3kXNpuGMkCsAXhIw7AIfOGQBOectU4IK4QUQmgtvaesWkPe56d296113lOhqAOjKA80g74RgJWEWAPwCNbzIvDsSEtOLVyqEflztsxbuAI+NZpTzmBvHgYFgQZKDLEG4JGt556U914IDi5pByq7sEJIpZQQaammkGz6zrlsshhGyw0XXYBAAyWGWANwtNZluBG8oMla7j2lHaj8WUrpXDHUWO+tcy6O+xgZHjUo0sAoQKwBeHTW2cCNd85574sdKGvTWCOlJNL55I1zNi/bWGudcx/84J+97nX/Y9AvAVYdAg2MDsQagGOxTgZu+MwEaxMi4hVP/MwLo5TS3hNfGBPEcV8IycPCPGRjTDjAm4e1ga4TjBTEGoBjtB56Up3OvPc+SRJeD6WUEkLkGwoTEa/lVkopJbXWQRDGcT+OgzjuSymMCQZy27BmkGlg1CDWACzLYMNNu93O1zQppfKNhjnT+BRJqaRUzJggCII4DowJjTFrfMMAAKsKSyEAVsCgTl144xt/23vKo0z+TFmmKaYZrQOltJRKaxMEYRAEWiPWAECpINYArJiBnLoQx7047i/ONILISymNCYwx6YKo9IyFKAwjYwKtNT+v5a0CAKw2/J8awEpa+55Ut9vt9brO2TzTCMGBJjAmyFZxeyklb2MTBKG1ibWJtbZSqa3BHQIArBnEGoCVt5bh5rnPfdmXvvS5Xq9brzdl2nOS+dbD+clQUiqZ4bKNtVYptar3BgCwxtCEAlgtazZw0+t1ut1Ot9vJ9hp2zrlsixrLBRseJ1ZKK8Xjw3ytP/3pnat9ewAAawaxBmB1rcHADWeaOO7nmcY5yxsQ57sLExFnGialMsZobR6xYLNz5xe371jrUWgAgGODWAOw6vKyzSqFm16v2+t1kiQpnJBAxYiTrwDX2vCDM02zOWZMcM0173v4z79r5+7tO85FuAGA9Q+zNQBrZPVOXeh2O91u19okP/CSD7/MB2u01nywpdbGZoxJjAmbzdbBg/sf8Uvs2rmbiDjZ8DUAwDqEag3AmlqNsk2v18mqNVyYWTgEyjknpeBlULzQOy/YaG2CIKjVGmNj43/91392NF9o187dXLlZwZsHAFhBiDUAa23Fe1JveMNv93p5tcZxqYaHhaWUUqps5xohpdQLjDFBEIQTE1NjY+NH/+XQkwKAdQuxBmAwVjbcJEnCsUYIIYTg8Rq5GBdshBDGpLM1xhje3mZiYvqDH/zzo/9yedkG4WaV3HjRBYO+BYChhNkagEFaqYEbaxMWRYLI5zsLc5phznkpvfeKiLQ2xljnbBhGcVxtNJrj41OP9oti4AYA1htUawAGb/llm16vmyRJv9+L4z6fbcknX6a71SjlvRdioX5TXBIVhlGlUpuc3PChD112DF8aAzcAsH6gWgOwLixzY+I3vekdN974qTjux3GcJH2tDZGQUiqlhZDpQd5EeSFHKWWMsTbhcBOGUb3emJzccMz3nycblG0AYIAQawDWkeWEm06nzdWaOI7D0HpvvXdE3nvnvSDiYJM+ZwWbhGeHtTZRVJmcnL7mmve94hVvObabR08KAAYOsQZg3Tm2gZtf+ZVX3Hzz5yuVWhz34zjR2mQLoySRJyqEGu+JSAhhTBDHsTFxHButTa3WmJzccNVV7z7//Hce/dfNe2d8twg3ADBAiDUA69S2Sy9/tGWbAwf2Nxot7kM5F3KskZJocaAh8lIqXvgdhtY5a236vGHDprm5Q0f55TjQvOn8dzSbrWq1tuMPFvJNHm6QbABgLSHWAKxfj7Yn9bznvfymm26Iokq/3w+CmAs2/K4s0JAQQinNB3oLIcIwdM5mD2dtsnnz1quvvuy1r/3Nh/9aO7af+6pXv3ViYro+3axUqpVK9cr3fiIIwiCIdrz63Lxyg7INAKwlxBqA9e5R9aQeeOC+iYnpOO73+z1jAq21EMSRJh8W5kwjpRLCEflKpZrPFCdJHAThCSec/J73/OHb3vauh/oqH/vYX7355neOHzcVRdVKpRoEYRhGvAWOMcF1n/rqi7c/hRaXbQjhBgBWH2INwHA4yp7UAw/ct3nz1iCIjOlxyBBCEAml0ihTvLDWeu+V8pVKlcg753u9Lldctm0744if//3v/9/HHXfiaaed3Wg0OdAYE/J2xXmsMSa44cbvKGWesf0MDNwAwFrCvjUAQ+NoNiY+//x3Hjp0oNttx3E/jvtx3PPe84mXfFZUjvcjllJwxImiahiGXHcJgjAIwmuv/fCST/6Rj1xx2mlnn3LKmZOT07VaIwwrYRiFIX9I+lH8MCYwxnzl5juLt4odbgBgtSHWAAyZRww3Dz64Z3b2YBZr+tZaaxN+5hka7yk7N2qBEKJWa9TrjWq1VqlUo6gShuE117wv/7Sf/OTVZ575+BNO2FavN8Mw4kBTjDJBkIYbYwKtA2OM1vrr//qTJfeJUxcAYPWgCQUwlB5m4GbHjjffcMN13CGK4761ifeKowwRCZGeeemc897xVA2/S0rZbI77AufcRz7ynl6ve+qpZ51++jnNZisI0sjC9Ri+LnagtNb5SDLP8fz7N/b+t+2TxftET+oRPeuSKwZ9CwBDCbEGYIg91MDNgw/uiaJqFFU42QRBJFKSn4mIMw3vO0wkiRwVkg2fAc4naCZJsmnT8bVa3ZiAz/3ODssMsusgSzkmDTPpSiv+cuKIN19cBH7cGeru2+yqf78AoOzQhAIYbkfsSb3iFW/Zu/f+Awf28dbDSRJzfMmTjXPOOd6Ujxd6p28nIqVUqzXZaIwVHzfddAM3mIrDNPk1X2ht+GzNfIgnzzPf+vaBh2qZcaYhIn4GAFgOVGsAyuDwHW7uvvuHQRDw1AuR4BFhrTV3oKy1vEKKNxzmbYh5HbhSSmszPb2xVqtLqbhaY21y3XUfftWr3lpY7pSXbQKlNIcjDjRHqs6I7946d/b2+sMv40LNBgCWCdUagPLIKzdEdOGFf7B37wN7996/d+/97fZcuz3Xbs93Ou1er7g2ivhQhfxaa80Lo4wJqtX65s1bTzvt7M2bt3LN5kMfuiwIwiCVjgkrpbOpnfS/fFm8EGJhP8DD3X2b5QcRPfM5f7h9GSeZA8CIQ7UGoGwWBm5o965dVxkTRFHFOT7zko9TkGEYFj4iDRy8nw3PxHBYYVu3njwxMXXnnXfcddcdl132rt/93T/LCzYcZbIBGnHESZos69AjFmzuvs3efdtD7gEIAPCIEGsASijvSf3sFU83JgjDaGJimmeEnfNK6SAI865T/myM4UyTjdsE/Nk4rJx00mkcbt7znovf+c4/0dosHkNelGwOizfe+4cr2AAArAjEGoDS2nbp5Q/8CpnPfNYYE0WVvFqjta5Wa1oX/+fvs4XZHFOklEIpvTimCCFEEITj41NXX33Zm970P/M2U55j8m7UkspNfjjDN7+1//Hbxx/VyeQAAEcPszUAJXfvc5+zd+8D+/Y92G7P86PTaXc6bSLK209CSK0NbzPDpFRa63yMplKpVav1arVWrdZnZjZv2rTlAx+4dEmpZjHKk02+UJx3BRzcdwIAyg/VGoDyu/OZzwi/fFMYhlytCYKw02lHUaSU5iKK1kZrnS32zptQfBxm2pYiIu8dESmlZmaOC4LwqqvevWfPPRdf/L4lRZ1ioMnrNPw00G8DAJQfYg3ASLj//vsajRbP1oRh1OnM12r1SkUTkVKaSzVceslGhqUQ0nsvs4MxpVQcUJTSSmmlFC+G+r3fe8sll1xFRNnqbiEEOee9j3mn4nykhv/7z1/98c9tPx59KABYDYg1ACPhwEtftudznwuCwDkXRZVOp93pzGttMlyqkfkewULI/GgFY4yUSkpFREJwrGGak83FF1/4rne9hwdpvCfnrHMuzzTFSWFMDQPAqkKsARgVd593XvOfv+acr1SqPF4ThhUh+ARvbQxnGh6v4ZaTynKJIEpTDxFxoOGH1uqUUx4ThtGf/un/e++9d1122S5rY+9dtp6cnylvP3lPzrkBfhMAoNwQawBGyH/83JMf+/VbOp1apzPf6cxXq7VsuJeEEMYI53gmRvAGenlthf+aMYEQgtdMKaW01ny9bdsZtVqjVmv87u++6V3vek8Wa45QreFCziBeOgCMBMQagBEyfu0nolPPPnBgHw8FO+c3bNhUnPblZEMkpBTZMd6ULdD23nutjfeeSCil+GxL7mQdd9yJ1WqtWq39yZ+88+1vvzjPNVm1hoj4+ExnbTLQ7wEAlBliDcCoGPvEx0846bSJialGY+z73/+utdZaq7WenNxA6aivFEJoLYQQ3ku/KNfw9sSKO1XOOeeUlNqY9NxvpYzWplqtRVHlyisv+fGP/+vii9+35DPYFGINAKwWxBqAUbFlywkbNmyq15tBED7hCU++5ZabuXpiTNBstpaszeYPySsujrtT6bJvJaUrhJv0WmvdbI6fdlrDmCAIgj/6o7e/852XcqZxjjNNkiRxHMcD/TYAQJkh1gCMhFO++OUNx53YaDR5fxohxFOe8os33/x5a221Wj9sJz0yJqCsSMPTMFIqTjVK8YiMktIWw00QhEKIJIlPO+2sLVtOPOOMB//8z3/vggt+3zlnbRzHMWeaJEGsAYDVglgDUH5bb/z8huNOHB+fMibgaV8ppZTi3HOf/4Uv/F0URZxIRHrsNhERb2DDmcZ7r5Qq5B6VdaKUc47DjVK8/FtwcOGG1HnnvfSWW76yf//eJz7x5+I4TpJ+HMdx3B/oNwMAygyxBqDkNl5/PWeaSqWilNEpwyuZnv/8X/v0p68Jw0hrLYSo132+GDsIQo41izMNxx0ONHn3KT09ioi0TqsyxiRBEDQazXq9edtt396//8F9+x583ON+GrEGAFYPYg1AmY1f+8mZrSdPTExVqzVjQg402cLs9OLXfu1Nn/3sJ4MgIhLFtU8cU7KDFBbFmrz3ROS1NvkJUETE1ZogsFm4CWq1eqPRajZbjUbrhz/8/vz8LLYYBoBVglgDUGabNh03Pj5VqdQqlVoQhEtKNRxxlNIvetGr/+EfPhaGYXEtNxFFUSU7zHLRM08NGxPwTjbZvjaCTwK3NnTOxnFsTNp44qlkfszOHvzylz933313v/zlbxj0twcAygaxBqC0Tv3STa3pjZVKrVqtVSrVfBu9/FAnPv6JazC/8iuv+NSnPrJp09ZirBFCGBMQBVJKIr0wXJO1pfJAk8caa633Pss0cRwHfGFMPwzDRmNs//69nU57YmLq5pu/cNddd2zffv6Av00AUCKINQDldOIX/rE1vZG3yKvVmlmRho9H4EzDjwUvf/nrd+68qtfrbNiwOS/bOGd5dbYx1rnAGCOE0NponWaaxeFG8M7CQWDjuJ8vfeKCDT/X6435+bl2e35sbGJqamb37uvvvPOOX//13xz0NwwAygCxBqCEjvvc58YmN1QqtXq92Wy2uE6Tx5riWZV8DpRSmmdoXvnK3/jLv/w/3W5nZmbz9DRnGt4a2GXX1loXhl5rQ9kuN5TmGmFM4Jz3nvhrORdaa7kPVYw4QRDV681ut9NuzzWbrZmZLZ/73CfvvPOO889/56C/cwAw3BBrAMpm5u8/3ZjYUK83x8ZazeZ4vqhbKZUlG52VbVR+gCXz3r/+9f/jssveNTd3aG5udvPm4621ztWCwOZlmyBwXMtRShdSDQ/dCOfSE6ak1FJ6jk3GcL6J47ifr/QOw6harfX7vWZzbGpq48zMlr/927+56647LrzwDwb2vQOAIYdYA1A2Y2MTY2OtsbHxZnM8CAKllNbpPI0xhtNMcee9XL4G6oILfs/a5CMfubLdntuy5cSpqQ21WiMv1XifnlUZBOk6KY41xhieyTlszZS01qXngyttTJIkYR5xwrAfRRVeKjUzs3lmZsvHPvZXv/qrmCYGgGOBWANQKid8/gvN6Y1ZpgmLA8JaaylVtuGeWPKB2Tnb3nvix44d53/gA3/S7Xa63fbU1EyrNWltaIzjjW04wYRhmM/WeK+z07kLBZx02ZR1TiVJQuTzhxAkpdRaGxMkSRKGYb3e2LBh88zM5i9+8TN33XXHq1/9trX7xgFAKSDWAJTHhk//XX16Y73eaDZbvMNetjmN0dpIqbIJX8oWLi2EG+99Xq/Jd+R7/ev/x5VXXtLtdrrdTqfTnpqaqVZrHGnyjwuCkIikVN477x1/CbFwvBQJIZWS1triZ16MP6HhEHTaaWdt23b6vn1777jjtvvuu/u+++7+yU/ufutbL1rFbxwAlAViDUB51GpNfkRRtbDzntFaZzM0opA5iLJRXx4Hzj6N9574zATv/fnnv9Pa5NOf3tnttrvdzsTE1MTEVN6u4g8wxhClJy3k4amYnISQSolCGHo4QpBzemZm09TUhq1bT96/f+/+/Q/+y798kS/27XsQEQcAHgpiDUBJbLz++rxUw+WZPNMIIQ/fLDgfruFZYM4x+WfjMRqep/HeP+95L7/22g93Op1OZ3529uCmTTxK7Ph0b++9MekHKkVCqPwIcI41vGex1pqystDh988pSiklJTnnrbXOWWNMpVLduHFLp9M+cGDv/v17DxzY+/d/v2vPnnvf8IbfWuXvKAAMH8QagJKo1Rr1erPVmsy7TsVMk8eaYsGGiLxPA0R+UjcREWUnd2dvd87+8i9v7/V6X//6l2ZnD83OHjzhhFMajbEkSZyz3jtrbRAEzjmt01OieKCneIdSKg42+VfJHxyPwlAJQRxrOFfxvVnrjDG1Wn3TpuO73c6+fQ/cd989N974qfvuu+fVr75g7b7FALDuIdYAlMHmz3ymObO51ZoMw6hw6lMx08jFvaEU756XVWZsXrBZkmmcc/1+r9vtnHHGY2+55ebZ2dbs7KGTTz691ZpIkkaSJEEQJ0kQBFEQhFrzAZk22y9n4f9nlFLFmpD35L2X0kvpwjAUgheHE+9WzJvlFJ6dc9YYXavVjj/+pCSJO532/v0P3njj3+7Zcw+Wha8UQbRt0PcAcMwQawCG3vi1n2jObGm1Juv1Rl6nUUpJKQqZpjggnPaG8gEa7721iXPOe8epw/uFSOGcS5Jkfn621+vFcf/UU8+K4/6dd94+O3tw27YzNmzYlCRjYRgFQRiGcZLEebRyzinlnLP5TjlEVEg53jkvpZPSB4HMM00eawqhxmXFmyRJrPdOCBlFlVqtEcfxjh3n9/v9+fnZTme+02nnjz177r7zzv9629t+f81/IEPpGc94wZYt3280WjcO+k4AlgOxBmDojY1NtFqT4+OTxqR1GimVEAvnPS3doIaIsjpNtgDK592obI13usUwB4tut91uz/f7vTju9/v9Xq9DJO699865uYPbtj1my5YT6vVmtVrLdqPph2ElDEOlrNbWOa2UXbLBsfcuOwhcBYHIK0npg7xdXKix1iZJkiRSiITIZ+PPslKpOufiOE6SZpLESZLwoq12e25qauaUU8781rf+1drk61//8pvf/Dtr/6NZ5w7+2z9v2LCpXm9UKrVTnvrMSqUSRdVB3xTAsiDWAAy38Ws/Mbb1lPHxSS7SGMNruY8wGlwg+Lgnv5TLZocpr5c4Z7n91G7Px3Gfk8399//k+//95/lzzd5449zcoRNPPLXbbdTrjSiqJkmcJHGSRGFYcc5kmUZrrZxzzuUnUnkpnTGC52myTMPhxhcqNJYzjRBSiIT/gpSCcxuRFEJWq9LahA9nqNXqSZJweWl+frbX6yZJfN55L7n99u8lSWxt8sUvfuatb/29Nf9BrQtz3/yXRqNZrdar1XoUVU983E/xTtO1Wr1arfNJ74O+R4BlQawBGG4bNmweH580JswnhY+44qmQb0ShQlNsQ3HBxjmXcBGHV0jFcZy1dTjW9A8c2JtnGiK661nPmr32kwcO7Nu8eWurNdFqTbZaE3Ecx3Hc7/e5ORUEoXPOe+0cDyNr3kdH64XG05Jkw5kmSZIs03COEVJKIUgpkWeaLN9EQghONlzZaTTG4rg/Pz/b7Xa4kGNtkiTxi1/8mh//+IdcWLr33rvuuefOHTvePMCf4Ko677wX12q3cGqpVusnnfPEarVuTCAlb/ssswM0VBRV6vVmtVof9C0DLAtiDcBwGxsb16l0f5ojruLOFbtOeZGm+BYukxAR96R4L775+dlOp93v9zqd9m0//3NL7mH/S166n+iBG27cuPG48fGJqamN09Mbm81WEIT9fo9jTRiGQRAaEzineYhH60BrJYSQUkhJhQsSQnCakVIkicwyTfpHKUnrJZkm7bhFUeQ98cdam1ibjI2N93rdTqfNmYYLOdbGnJc2bNh0zjlP3LPnXmuTzZu3rt2PbTV1//GzfBzY2Nh49ZwnVSrVarVeq9UrlSqHmPw4MM41+bXWpl5vDvr2AZYFsQZgiJ311a+rdJcaPqBbH7E8k/9953y+R3CeaYpFG36ztdZ7l69+ymLNfL/fv/UpP/NQN/PjZz/rx0Tbdn/x0KGDs7MHN2zY1GpNVKt1jjW9XppsgiAMgojXNQkhpOSOEi0ZrwnDKAgMD9NwrMkiTqK1UKoYaBYaUlLyKLR2LvDeZ8UhmyS23+9mmSZ9cEUpjvtJ0o/j/sGDD2btOe+9j+Ok05lvt+fb7Tme1+ENCfv9PkfHubnZ2dmDb3/7xWvwg851//EzExMbjDEm3ymo8PMVgoIgbD7hZznW1GqNKKpWKhVjgsLJpouKNNn1whvX8uUArDjEGoAhxpM0fOrTw7efKMsxhRMtFyaFs61rbLYYyvOGNHwgVLfbnp+fbbfn//NpT33EW7rj3F+4g+jsr319bu7Q9PTGVmuy0WhylMlrNln9JuLN94ppJr+21oVhxRiTZZp0XlhKybEmnxrOH5w2OM1wVHPOey+dU9b6MAy8d3mIieN+HMs4Fkki4ljEsUgS/sWv85Dn3Hgx6Djn+bvR6XS63ba1iRDyO9+5RQjB37cf/OA/7rnnzhVfat7ffcPTnvYsPipUPuvFSkn+cefr5/mZ/yXkf+RuXXaaehYMheAPzye4uUyTT3NLiV8KMNzwLxhgWJ38T7v1xLTJZAu5i6uf0gu/cNZB4ZLSX/88kpsPCOfPWabpdDrt+fm54jzNI/ruk3+GiB779Vu2bDlhbGyi0RiLokqxGxUEoda6VmsYY5bUabh4w5sYO1cxRgWBTJJ0tkYppbXQeqFIw7+v+UHEW/l5a4Vz3FDzQvA2g1IpGQQyjhceSbJwTeSF4EVkKi9gCaHzTOO99358SQMv38zQe3fqqWc552ZnD3CVyHs3MTHN35D3ve+PJyc3TE5OT05u+K1v/K9v0Ne85xeb1kj6/f7Bg/sPHtx36ND+J1/5Cy96zfFpjpFSvfYM/jvZD1YesdCSnc3uiLwQPvuXQNlQUhpr5MIFf99IqUUPgKGGWAMwrKKomu9Skw2BFjffSy8eKtNkv5UTly02ypNNkiRx3O90uCzR4SVFx3CH3/6ZJ32b6Oyv/evWrSc3GmN5QyoMQ2NCpdT8/Fy93gyCII81efGGE4m1PooiY4wxAXejvPdaC61Fvh8PlyVyQriF064o/b3uHGnNv8KlMXl5Jr3gaym1EEpKPudccrKR0ngv/EMiWiiD0eJ3LFw7Z9/2todce5XdPP/Hc/mE80qeY7KKiyzkGlWYjBFEXggnhCdyQvhC5suj0JFizaK4k6YcgKGGWAMwrPJMk3Vz0hxTCDfZyUzpWm4qZhoi4hVDWaZJr7lB0+/3CqWa2Xue85xjvs/vPvmnv0t0+k03n3TSaY3GGCcbnvYIgqDdnq/Xm2EY8pxN3jex1lmbDseEYSUIjFI6CKT3TmupdVqbOZxSksiRkEI4IimE814K4aQkpYRS9kZsvAAAIABJREFUJKU0ZlGdJkmkc4GUSgjNsUZKne2AbIhkMa5k30HKMs3SKWzeZCd/di6xVjq36CdSVIw1fH4FdxW5JVToEy1kneznSxxisuc82Xgh5JK9i7ialVW28jiYphy+jcUbUAMMJcQagKF06pe+bJotrXUYRvwLb/E5CTJrQhFlv3qLNQX+T5IkSRJn+8LwIG0aa/IJkm63c/svPH35N/yfT3vqfxKd+IV/PPXUM6vVen5oVLs9327PNxrNKIqKrags1ri8GxUEgVJCSuUcJTEJ6Xnc+PACg1JpkYaI+JuglFSKpBRZq0Vau6hmI4TKYo0qJhspAyFUIcT4/JuZl2n4G1jIMcJakT87J6yV3msppVLi8OCQxxrn+JU6rdWSNKOU5ojDWcdoKbIKDbecivmm0JtbNHiU1XvSL8ohJv0jIdBASSDWAAwlrY3WAQ+s8PBnVqrJR4RZ8fin/Jcx5adLZru5pJkmSdL1QYcOHeTtah5m6dMx+NEzfulHRET087fdwX0ojjWdzly9PlapVAuxJi3V8AU/B0GQN6qkpOJDKbFQvknjkSTvrJVEjus0SpFS6TRJEATGCK7ZWGs4x+RNKH7m72O/T1KQkCSIFvJh4Srui2Rpjln0bK0k4mglD19qlEVPfo3c+RLFGd4llRutVRBIKTiU8GHpvpBpaCHKCElCWkvWuvwfA8/0eD4/w6dv9YLII9xAGSDWAAwlY4IoiqKoki1pUVmPY6EekPeg8o9aMvaRb7iXNaHyYNPn9cydTnuV7v8rZ2wjov/2b9+anQ3b7TkON7wdHMeaLNO4bATYJ4nVWkdRVWteP8X5hkMAWZtHHCEl8W97m+UbzjR5H4qvgyBKEhnHgkhkOUZzNYgfWlMQ8M1Q9hV5aIXyfpR3vm9cP+b4coRYkyTCWiclZxpxeLLhkJGe5Gl91odSWqslBRu+CAIZBKKwKj6ruIh8Uljy/VvL6ZCs9dYmeQEvGykXlF3n/1qO1CUDGCaINQDD55QvfjkcnwzDSr5SV4h0PCJ7zldCkXOUN56IiCj9xZktevL5PnXcTOENgjnT3HHu01f1hfz7Ex/HF0/6xnempmY42dRqDSkpX8eUJEm329V6jtcwR1G1Wq0FQZDt5kdScqbxUgolSSqSkqQgnkIRwmldbD8tug6CMEm4TiM5Bzi36A6jiJyjOM5ijSAh+ZnneMk7b4wwse/3D+89CWuFUtJ7z7GGM41Si4ZsCsu+8hjnlJLcilpSsAkCaYwIAkm0uIuUXXCgoXRFGAcastYnCW8URIUlcnmmWZx1AIYZYg3A8ImiShTxrIkqLJmRWZpZkI+10kLziYgo+w3qnLPeuziOC4PDcb773Jq9oluecE522af+3te5Sr8fdzodrWezpV46X/PVaIxVKtUoquRnYGmtuVSTCM43nGyEVJJIKuWzYeFFfSghPBEFQeB9GgWW1CqEIGspisj7w2NN9pelqGhhEm+M6PeFc2StcI441iSJVIqz10K1hsNNYaDbZz+LhWQjBGmttFbFWKO14jpNfnuLLtJz2TkRLgSa7NknSeK9F2Ih0xTzTXaNFd4w3BBrAIZPGEZcqsn2il1yYEL+R/7ri3YWLnSg8l1qvPcuP0opSWLONHefd96gXuAHZYdch/q04wDlZ13lmyl3u+1qtVGpVCuVahAE+RmfSpmsP8WTN15Kz+cz8Et3jid8XbbkynNfKV8NRIWyB187R0oR7+ibd74Ox2vOeel4caRGKamUU0pksSZ/FkpJ3usvq5m54oX3njONTutxWmul9eKZqcWxxjmyiSMShwWaNNZY65MkzlpOCwp/xC7DMPQQawCGD4/ULN6lZql8yKawONktPttyoVrDrSgessk7UIN+lUREO6tElPzy/fsK4Ua323NjY+OVSjWKqnnZppB78m12hZQiSXy2I44vRJn8wmerhPwRw421JAQZkxZsHl4QCGNUHPNIjbTWKiWN8YVAI/JrpaRzXghRnKopJhspJRdstJZK6YWwVfgP15mySZrEWkskiWSx/VSMNdZ6a+PiP5KF9pPQQkgiuwo/RoC1g1gDMHyMCfI6zZL9Z4+0lCVtUeRHAuTnQGW/UPmPngs2vADqwRe+aK1f1UP79IYmET3tP39YqVS0NkFwsNvt1OvNPNlUKlVjgvy8z+IxAjxOXdjrzxcjThZoZBZrvBAL4SYPDZQ1pGhxo+qIA7bGSCKjlONqDZEoVmuEENZSkther++czXbV09ls8qLBYc403su8TVZUCDS82XEeawSR9F5YW2xI5QUb571b0n6SUhM57/vu8C8DMFQQawCGzObPfFacfna2B8nCznvZb6nDP4KHhRcqN25RqkkLNvyI47jTaf/g6U9b29d0VG46/SS+eMqt3+92O61WhwNNGFaiKArDijFBEATGpI8s3xQPP5JZmlnSgUpLNXm44T/yBDEXbOiwWZaH+G6nI9tKqTDkcw2EUrzKmuKY8vzBxRWejipsTsMnPKQRR0rZ76eBJt87hxXqNMXjLxZiDZHgPHRYtcYnSZLfJ9dpvI+97/FSuFX68QGsDcQagCETRZXCgKcQ2WY1+V8Qi7Yf8Ud6+0KoyTpTluNOHPc7nbk1ey3H5qtnnUZEG6//+w0bNm/YsGlycoZjTTHT8DCKUjoMK9VqVeuAT85Syiyu3xRjjc8yossjTnERtThs2dHhI8b5e+OYlOKeFHW7vMYqKW7cx9fZ0He+4ik944l3Q04Scq64nfGiGfAs0yT5Z3POZZkmjTX8R14hvzjZxFkfSjnX55kq3rRo7X6QAKsAsQZgyHCsKWYaPsi6GG4eaveR/P2+cBpUlm+8c5a3kFmbF7JM9z3/Bfdl11tv/Oz09MapqZkoyhe9a6WUMUG1WqtWa5VKPYoiYwJjTBZxAq01b2aYdfS8ED4LN9yQckLYdPsbQYUzByQvRyrWb4pBJ3/u99MOkbXJEWNN3oTi58V/VHRYmileLPm0/KMslmqIhHPU63U48eQ1Ou+5z5VuvRjH/X6/H8e9fr8fx/01/BkCrDzEGoAh02pNFDONlIonJIqzw3TkZJO+nSs0RMTb1WSb1iRx3G+35wa4AOqY3fWsZ96VXZ/w+S+0WhO8eV2lUq1Wa5VKjcNNtVoLgihPNjyHK6WsVuvVaj0LQ7pwwJbPijQi+yYvJMjsVCbBC8UPjzVcBlNKHZ5m8mv+CWZNqIV8I4SwNsn3C15yBFWWddKWYiEw+bw80+t1e71Ot9vt93scZQqZxrbb8957Pvyr+NzpdNb+xwewghBrAIZMMdPw2EiWVxaOTsjzjS+OYxBRYbyG1+BYy8kmPTVhWEo1D+POZz7jTiIiuuMdFxLRs897cbVaz2o2abgxJuCxm/yg7zCMarU6/81s1jjPNyo/kmLxN5noCGmGF5al3b0k6WcbBCuefcnKKkkx1hTaT1pKlR1nEQvBa6AWjnYiEnn9xhcWtvF/rbW9Xjd7dHq9brfbTZKYM433Po7j+fnZ7KfMsabf7/dmZw9+4hNXP/uSK6jZ8ESnDODnBrAyEGsAhkyWafi3oMqrM0R5Q0pk1YJFeM6G93z7v+2deZRkVZ3nf3d570VERq5VJFVQBRRVCKKsiqLSLAVCyaoIOAPH0z19umd6etrGOdPT6jm9jNN6uum2Fxq7Z7S1F7XnNLgiqCWKiuKCCoLaLEIVCFQVxVpbZmTEe+/e+eP37o0bS1JbZEZF5PdTccIbL168eO9lSn7O7/e798eToZRSbDRObtKZmUO9sGbfWXvDjUS08SvX/+v/+0a4/etfv7VcHimXK3y7KCjy5bDNyMgID7T2QRS+sSSl4mlWRdNr0QzMdD44ACal9HkxKTVHVnx8RQgZZp2MaS4gxO0OtI6DXtwtfhO29Nq9e6f/VJo2vNzMzc2x06RpY2ZmNzsNy+7oaW/w9yQhIvrHxfrJALCAQGsAGDDYaVwfKA7V+Jm6Ic1JT6HcBMZjiITW0ezsjAvXNF666up+XNMCsvaGG697z3oi8nJzwQVXtO3z5S9/2tdTl8sVF92plssVrSOX1BNckeOnWblwjvJ5PV+Cba2xNk/TNMsaRCIs9+E4kA/YuKCbtral7SjLDZHgwJJTmSLPyPPXeM+XXnphdnZP62eLQb1eS9O0Xq+z0Bx5zlskUXVRbz8Aiw20BoBB4sgvf1muO9GVuHK0ppmW8rtZS4HNtGhNuA+51BUHbIZ1FgyHbdrkJuTii1tk7l/+5SaeOs7r4nDTbCc0odlEWkd+RUTOTXm5yfMsy4oK3LBqJ2xdaUzOP7VAStJQUIis1nEUxdy1ioiM4crg3Jj8+eeffeml59s+m2XZ3GvP9Ney8Q/e9c73f3iCaGIh7zAAhw7QGgAGiZUrV/uFWJTSQcopdJpOmzFdxcaYnIi0jjhUkGXDqTXMXuXG86u/+q753rrllo9FURLHsXuO4zhh3eGfCLfdJiJuhJ5lDU72+b5OvJu1dvXqNUoVDZjiOHr88V/w9LRQbqy1URRbaxuNOhfBcGFvo9GYmdmVZZk+98Je3iMABh9oDQADRvDn01cEh9GaFpUJVhZu9xq/Fh8RRVGyZ8/uPXt29emaFg8vNy9vNvNxzTW/se8733LLx1hxrrrqP4Xbr7u2y7evWfOKcIeLPnBT6/ujncfHf74B6AT/vwBgwOD2h0LIoFymcJrW3FNoMy2toKjo4O1aeOe5ECKK4q2XXNLvi1skOgtuFoL9ciAAQE+A1gAweAROY1oLgU1bkIaK6E24xLAgIte7u1moQWSP+9a3D822CQvBvuekAAADBLQGgMGirSm3N5vmDkIIKXmTsLZld2NyNh4plTcbfpZSsgYtKSA3AAwZ0BoABgxXH9NiNkREJJSSTnGaZTSB0Bj/WW5wXav5NJThlFRfr6xvHGTBDQDg0EH2+wQAAPuBm8QdBmAsryZsrRFC+PVs/EAIwfu7IwheaiWOE621a3uZ+8nGS5a1N9x43bXrr7t2fX9Po+8nAMBAA60BYJBwARjy6SchBJEIimykFxqehkNEvACxbz8kigbgslyuRFFMxayoXOuof1d2SLD2hhv7KzfXXbv+n/9lY1++GoDhAEkoAAaMMPnkFxcON/LqcDxzm9sxCiGMKZou5HlGzQZSslIZaTTqtdrsks1AddKXnBSL1Mc+fttMfXj6VwCw+EBrABgkeCFg5zTC9bM01jbnRhEpzkbxPk5ohLWSKHcviQrpkeXyCC/1ZszA97nsIYszCZyc0Hz8H7/UaNRnGnvm5mYX9OsAGG6gNQAMEo3GnCuU4URSW6jGECkiEoI4PcVL+lsrOH7jCmiEmzDFPRQpSZIkSaJoqSeh2liEeVLXXbv+n/75K41GfbaxZ26uVqvN/tEf/nbHWnwAgH0FWgPAIFGv17Ms832giESYfgpch8uIiYoklVSKuKaYmi2kuOO3tZasJa7FWfWVjU+/ZUO/r/LQYoHkhoM0H/2HL840dtfr9VptZm5uds+e3b06PgBLE2gNAINEozFXr9dFQFhnQ82pUkwhN4XaSCWlkdL47ow+V0VkoyiWUimFaQTd6W3BzXXXrv/Yx29rNOqzjd212mytNjs7u2fXrh0f/chfrL3hxo1/8C4i2oCYDQD7D7QGgEGiXq83GnNp2iiXK2EGyi0i7BNMnIQqKnCIiMi6mVDGGCOl4UEUJWw21tpyubx7t3rZ71/q9Krg5v9+5HMz9SLrVKvN7N69c+fOl/71U/+H5WndDTcS0WOQGwD2H2gNAINEo1Gv1+tpmnIjpyDPJISgIGAjiKzLQBUIIZSSxkilpLXFQGtdqVRrtVkiS0RJUurLdQ0QPclJ7dmzu1abqdVmd+/etWvXjq1bn9x8/nl8ZI+XG5gNAPsOtAaAQWLnNe9ofOe7adpI0wYvLtyaexKB4rSkozgVxavahNEaKXOt9djY+OzsjLUURfHK22/fdumli35lA8ZBys2OHS/OzOzetWvHs89ue/BNZ9Ir186357obbkTYBoB9B1oDwIBRr9fTtJGmaZqmURRzRwTf29JaQ2SJZMeSwW7hGqmUMtYWTsML9CkVTU0tr9VmiKhSqfblugaRAyi4ue7a9f/z9//0uV3bXnzx+ftecwodd/ReP4KcFAD7DrQGgAGj0ZhL0zRNG1mWGW7XbYx7LmZEuRBOaDZSCOvNRsrCaThao7XWOpqeXpmmjdnZmeWf//zzb3tbn65v8Njfgptnnnn6e696Ba05cr++BXIDwL4ArQFgwHDRmkaeZ95mgmgNuaqa5sI2ROSjNTyvWylljDbGGKOtNVEUp2mqtZ6eXpmmKYdtwL6zjzmp665dv+EtV37v3Fcc8Beh4AaAlwdaA8CA8fzb3nbEPT9O0zTLUr8Kn3u07NkasxG88h7HbFwqSvPHlcrjOM7zJMsyjtnM3HLzzmvesfhXN9C8vNxcd+36tTfc+Oi5PfgiFNwAMB/QGgAGjyAJFaafindtYDc8PSpsocByI6XVWhcZLKO1zvNcR1ESx1mWZZOTy2q1mZ39ubiBJ5Sbzu29AjkpALoCrQFg8OAMVJZlxuTGaBtKDdmO3VtWFhZCSCmMkUKQUppbfxuTZ5nWWkdRnCTZyMjo+PjUittue+ayyxb1woaI3krMfEBuAGgDK4oCMHikaSPL0ixLsyxzU5+YtkFzsrcQxbLCUrY0T1BK80Pr4lnruFQqV6ujY2MTfbg2sP+su+HGdW5tYgCWONAaAAaPRqOeFXBD7+Zb1pKbDOVXrxHUDNdI7zd+VhS7TGg2URRVq2PV6tjqjRv7dY1gf2GzgdyAJQ6SUAAMHtsuvXTs23fX67VabbZSGXGbrZsGRdypWykVNMUkl35qVthwkQ2RYpvJMq11lOdZnkelUrlaHcOUqMECOSkAoDUADCTcH7FWm82yLIpyXyhsLZnCXHIiIhJKFTEbKckY27XIJoriPM+iKDcmNyZnxscna7XZY7729SfefEFfrxXsH6HcALDUQBIKgIHkyYsurNVm5uYKs8lzlhie25QbY/LcGFOMi46XLgklXdNLKZWUSiklpUySchwnURRrHUVRHEVRFEXT0yuq1bHDv3hrn68W7D9ccNPvswBgsUG0BoBBhaM1c3OzIyOjeZ7leWZt5EM1QghrOeVkhHMZrrHhXdyeIs9JSmutTZKy9SvhGJPnJs/zVauOqdVmtvf7YsEB88k//h0ieuf7P9zvEwFgMYDWADCo+DxUnnO8Jsvz3JUDS7YZIaS1xlrBARulpHMaQSS4Waa1lqiYIp4kZR6HfnPssSeUv//Dn7/hdf2+YnAgcJHNRsgNWBogCQXAoLL98strtZlabXZursbL2HA7hXDdYcaX3RAJpTgBpVwSyqOklFrrJCmXSuVSk3KpVFq5ctXx3767zxcMDoINH7hpwwdu4sgNAEMMojUADDCchKrVZsvlETYbrSMXpyliNkSSAzBC8LNUqojWEFHrosRERFpHSVKs8BeGbVavXpPe+Y3N57cvngsGiA0fuAlhGzDcQGsAGGBqtdlardaWh5JSWiuslcYYKaW1fjEbK4QlskRSysJp2g7I/aOiKCaybdkoa+2aNa9IN258asOGxb5O0DuQkwLDDbQGgAFmx9XXTHztzrm52Xp9LopizkMppVxtjeS6mVZH4eVqpF/Ohoj8YsREORFXHCdu2lSxH3943bpX5V/60tZLLunrdYODBXIDhhVoDQCDzY4dz09OLpubm9U6iqIoy7IoirlMmIMxLlpDQlCYV2JhIcr9zCkhvNMQEUWRcFOolEdKdfzxJ9U/97kXrryyz1cODhovNzAbMDRAawAYbHZc/Y7ad75Xq81qHXH3gyiKuSuCa4HZDNVwEio0G+cxxTNRzqsPh35DxQrFTbk5+eTXfrOfFw16iS+4AWAIgNYAMPA8/CtvnPz5I+w0rl2l9nUzbZW/gdyQtaSUck5DrnsUD4otHLMJe0jxR8577MlvrjuqfxcNesmGD9yEflJgOIDWADAM1GqzWmulokJqdMTduV20htrKa6wlH7nxraNcqKbLoA0pFRGd99iTO3e+dN9rTunvtYNeUXRdeM/1/T4RAA4caA0Aw8D9Z5z22p/8LMhDRVw641NRvliYWic48axvpTRPC89zEQxy1/m7aC/V9uBOC2fc//Mfnfrqvl496CVouQAGGmgNAEPCjh0vah1xHiqKIq0jP5VJKR2mokKxMcYqZYlIFev0aW51qVSe50apovOllBkRGRMT2TB+I6WK4/hNDz763ROP6/cNAAfOxj94F2wGDAfQGgCGhMfOO2fkh/dxbU0URUlS4kYKHLUplYoFbIwhKYsBEY+LCmE+jlJaSmVM4TRZlguREQnuDW5MrjWvXGyIiOuLoyg++5HNjz328NZLLu7fDQAHAtfTwGnA0ACtAWB4eOaZp1etOoZrawKtkUJIrbXWMZHxTsMDawUHcohIcsdLN5ZSGiMD4bHcD5yNR2seR9ycYfnyw4UQ0R1f++WFb+7nLQD7DIQGDCXQGgCGh+2XX77suz9QqtAarSMpi97djUaklLZWcuLJCUyzmpiIhJA85oIbKoyGl+MT1lqO0xiTs98oZZzcGCHE8uWHj45OyK/f+fgF5/f1NoC9AKEBQwy0BoCh4sE3nXnyPT+OomhurpQkpaJuWEpOTsVxHCaheBliNzfKElkpOXgjhCiW8nOLERM3ztQ69zEbHsSxUErnecZhoVe/+jUCraMOYVBGA4YbaA0Aw8ZPX//a0+99IElCrVFaR41GpHXEcRpjrFLk4zSuiJiklFwUzAvbhN0VbNEQPFfKaG2MyYUohCbP8yxLXcJLnHLK607Y8sKXj1zWt1sAuoEgDVgKQGsAGEJqtVnWGp4PpZRqNLTWutHQSZIYQ1KKME4TZKPYbIiC1t5co2Ot8XEaIYiFhhts5nmWpg2eGsXb47h0xbO75uZmn3lmywOve01/7gJwQGjA0gFaA8AQ8tBZbzj1Rz9hs+GYio/WaB0pJcI4TfhBrpIJoSIVRcYYrQ2RUEqxyrg4TZbnOS89rHXE7TbzPIuiKIoireOJXzyxdeuTj557dj/uBEDWCSwtoDUADCf3n3HamT97aG6uLITgOA0/K6VLpbLvfxngG0gVL10vBSEESal9DU3oNPzMoRr3LntOFkUxa00URaVSuXzPvT99PcI2iw2EBiw11NQFb+n3OQAAFoSnDz/s8C1boyiRUrmulkIIEkLy2ntc5MvJIx74z1rfUcplomTRy5sXMlZKNZ/dBPLIPXjtnJg7fiullIpGR8eOeXHHpvFqH24EAGDJAK0BYJh56rBlK7Zs01pT0cOSiIgjKz7NxIojRHNRvg6nIac+/iVPrYq01lIqN+58sPoULR20jtbt3DN791271q1bzJsAAFg6QGsAGHKeXD551HMv8pi9xNX2Kr8sDU9icp8QrQU31q9W7A7SDOqwISmHi80UW+KY81ARL3zMrrNy5eq1O/cc8cyzT0yNL/zVAwCWFtAaAIafzZNjRz3/on9ZLGVTZKZC1xFuOjdREbOxREX7BSGaO5OTm/BQYYdvt10qpeM45qaYUaS94iRJed2umRVbto08/PBzR61atFsBABhuoDUALAm82bCN+I4KrqSG64JlsFCNn91dKEqQhBKh3BQL4yjlynT8Nt5chHC0juI4cWZTKE65XJmYmDzsqacrDz38/NGrF/meAACGD2gNAEuFme98c2rqMGoWyhTRFO7IzbIihHJrChP5BFWhNaI1AVX0jXLG02Y2odNI/6x1FMexN5soiqIoHhkZnZiYWv3cC2OPPqYeuH/3cWgGDgA4QKA1ACwVZo4/ofH9705MTIUBGFcvTOE8Kf8Rt3Cwb5kp3OamG7nAjOSZ5E5qFGempCu3CV9qHUVRHMdJFMWcoorjpFQqVyrViYmpFVu2lR968IVjju7TfQIADDDQGgCWELuPO+6IbduJyGsN04zLCK6kYc2Roda0ldfwnmFFjYvdqNbn4tEpN0rpKIqTpOTkJimVykkSR1FSqVRXbNk2+fgT21cd0dcbBgAYMKA1ACwtnjps2cpt273TcMWM659QdO127/pcVXNhG1ea0x6qCe3H19MEWuNzUj4h5VFa6zhO4jiJ4zhJSklSRHHiOF6xZdvyJ5+c2LT5+aOP6vedAwAMANAaAJYcTx227PCntyqlvYtYa1y3S+taeXOoRoW1NULIoEq4mXsiIl9248pqvA81i4fZb/xKgG3RHaVUFMVJkiRJuVQqxXHC8ZtSqZwkpcOf3jr1xBOjv3j0pTXH9PHWAQAOcaA1ACxFnppetuyJX/JyebxQjbXGBrjC4SJ+07XIRnTMjGpLSPn4jfcbl4qSnVrjn7XWcVwql0fYb0qlUjg47MmnJjZvfv4oTJsCAHQBPaEAWKLcc/Irz7j/53meCyGMyT3G5MbkLDfGGGPyPDda58YYbongpEd46XGrEXMpcXF8XuFPSmmMsVYKYTgOZC2v16e1Tn0D8I7nPIqiOE5GR8eyLKvVZmZnZ2q1WTeYmXrw0Vptdm5utlabffyC8/t1DwEAhxqI1gCwdNm6Ynr8sU1EVuvIhWmMy0MJIbgdZgtE5AI8RB0BG9GKlC0xHtmcCi6560LXaI2UzWWLecHiOC5VKiOjo2Pl8kilMlKpVCuVkUplhF8e/vTWqcefGHvs0RfXHNOf+wgAOGSA1gCwpNl2xIrRXzzqzcZno1yhjAyUhrcLInJzwgvCdYpbZ1RJKQXX2bQVF/NE76DIxlfYuEZS7WildJKUKpXq6OgYaw0rDsvNyMjoEdu2Tz+9ZdkTv3x29ZF9uZnDwab3XD/1XfxdAIMKklAALHUeeN3pJ/3gR8bkk5PLORtljPHvxnFiTG5MZEyxnWM2URRxUY4Q5GzHR27CwwsioZTkT/lnRimV55oTT5ztcifgRkFmyp9bnudPuoztAAAZSklEQVRJUhodnTAmbzTqjUajXp/jR6MxV6/PrX76uXp9bm6u9sILzz7//PYXrnz7Yt3LQeW4b921fPkKrs7+u36fDAAHA7QGAEA/O/OMtd/4Vp6bycllrVpjiYglw5jcmLAFJmkdsdMQWT8fKnx4vwmdhlwDByEET7nSmp0p1BpnNa7UxutO+GyMSZISD9I0bTTq7tFoNOppWl+5clWj0Wg8uX337p07drzw4JvesAg3cyA49Uc/4RLsJCnFcRKfdAZPsI+iuN+nBsBBAa0BABARbVp/7iai1//0weXLV7ioDLHWxHGS5ybPc+8lbmC1jr3TdKalAjo+SuTbTkkppNTW6iiiDq3J8zwr6pbbnabQIGOMMSaO83K5YozJ88ybTaNRT9NGo9GYnFy2YsWqtc/scFvqd79y3QLcxUOU4799N0di3PpASbR6DUsMP+I4LpdHONPX75MF4KDAbzAAoMk9J5+44rbbTjvtzHCjtaS1MSb3YZfwLZeN6oqgeYyGD2It+clT7lnxX1avNV3jNF59TAHHeYwL4ZR5EMRvWgI5jUZ9w1Pb0zQ1xmRZmqZplqU/Pu2kHt3FPnPUV+8olcqFvvAKzkceHcdJtTo2OjqmdaSU1lq3PXN1ttb4owAGG/wGAwBaeOayy75CdOJ3f3DccScSkQ/YGBOFu/EkKVaKOE6oKBme76itSuOchoJyY36Dp18REdcJE1FYcNMWrTF+AnogN8bwZC6T53kcx40GPxJOSzUadbcl5i/KsozNZv2mp43JwonueZ7f95pTenJXF47DvvCFJEmiKCmXy9XqWLU6Vj319aVSOfQVrZUXF7ddhSoTvtXvCwLgoMBvMACgCw++6cwHic7fvGVqajlv8WJijHWhlCjLsiyLjTFxnFhrpTRKKWsVkZXSlxJTm9P4l35Vv7YEFi+Iwy+1VkTsN53RmlBlnM9YY4w1xuR5mudZkiQuThMHjyTPMz4NaynLUn60OU2eZ+c99qT3JGOK6WBp2lj80M6K225LkhI/4jgplyuVSlVrrc481wVdIh990VorFblB+1scsAkmoLUsjbjI1wVAb4HWAADm5c5jjzzzZw9PTi6bnFw+Pj7Jf+mjKM4yFppI6zTPM2tzNhutNcuNtUpKq5S1tu0vZVvYJly+j8K5VK27CSLSWvN/skKtabMZ1g5jrDFZlmV5nuV52haz4Yc/rLXEqaiuWmObX2CyLMvzlEgopa54dhcRBcZTnAQfJ00zr0ocDTLGtM4DKwZBB64WtxBCRlEU1r5Erzs7imKnI67fxD7YTOvBmyrTMeW+oOe/RQAsJtAaAMDL8YOTTjjpBz+amdk9M7N7enpllsVZlmkdZVmaZXEURW7+UpGN0jpSSllrpbTWGo7fBC0aWg4eOg3nsNoCOR2nw6vmaPanwGbCAb/I87xpNl5o0jRuNOI8H6FmDEmQS0W1Ok3uJMlkWZrnhaa45XaavTxDrXHOYv0H2Wy4joe3E5FbAUi4C2/vtMXtzbmq13fvCuGWooHNtOvLfNbSdQytAUMDtAYAsBd+duYZa77+jZmZ3bXa7PT0ykplJAzY8J9/NzUpT5JSFMVSGqWMtWw4xRI1rZpig3qaYiIVP6ztbjPFx1xFDveZMka4lZFFq1sootiYnM0mSVKfgUrTEgVO4wdpmuZ5FtTuWGPyUGiyLLM250WQA7MpXlIzDhPoDfmR5U4R1DK/vU1reItgEQw6jLbv4CRIuR2KPZ2gdG5pbpxPaPygx789ACwu0BoAwN55/IL1jxMd/+27a7WZ6ekjxscnfcDGrzbjil24VjdxARsbmo0Q/FezGbQJp0H5OpsgqNOiODxzKozoaC2IlAvVeMUpqnOsVXEcczopjosklFuVR4TfwhXQWZa5SVVZIDTNMRG1RWvYbPi6rM07Fh1sedl5Y61fyrD5LLqu2tyxiHPxvfOrzP5tcRXf81Z9AzAQQGsAAPvKI2efVfvqHbXa7PT0EcuXT3PApk1o/BylOE60Nk5ommYTxgPaFrxpnexdbPWFvcGnmnsSkZRhkwfhZIK83GitiOI8T+K4kWUlX1LDBwvlJiiyKWymNVqTOpVpmo0QkkgKIawlY3JrOXVFrWsQdncacqLWYjXuxnQN57jYjJKyOIeusZmXFZci3xfWawdv7efvBACHGNAaAMB+8ORFFz5J9Mq7vz83Nzs9vTKOS8bkxUTvYNI1v2ybS6y1NqYYS9klTkPdhCaEQzVea0K5UUoIIXgd5NCErC2yWlqrJImtta1lMNbNVPfmkVhX+RsKTZ6nxhgfnnGThgQ7DfczZ63hGxLaTPgsuotDm9YUmzpzT7x0Yag1rR5D3UzFS0zLTZtvDMBAA60BAOw3D531hoeIXv39e1avPnbZsum2uda+5LZtQZRwlRStIymFfwghrBVSCqIiwuDzTeFzSFe50UpYF6fhh+tDXuwgpZCyZQdjrLXEG33PhzjWRBXWGk5IuQwUm4Ri1fBOQyS5wIi1xoVtvM20BGu6mU0zATSf2bg4jQ8Uab9zW+gldMQwHrYvTgOzAYMOtAYAcID8/A2v3/KZT69evWb16jWTk8ur1dGw5UGoNW3r2CqloyjyZuOCEP4hec+uX9rmMaHZyKBux+/QOrWKM1YicBoKLcdV8hL7TRTFPniT5ymHRogEP1PQRCKMD3mtMSYPnMYGZSteNYTf3ja/PbjesJiG62l4u6WuWkNEgc3Mv90NwosGYPCB1gAADpyXrrr6JaItn/vsunWvnJqanp5eUS6PlMsVLrJpW+I2TEhlWRRFsda6q9ZobYzhGUayM2zTFqTpjNlQh81Q0KjBm02b03CuykVfwoGMY01U5sOEHSTYWjgD5ct0rOVZUcLFb4oVa0JxCQymedLhMHzJTuOSSnZ+rXF+0i1406Y1XUHFMBgCoDUAgIPlhSvf/gLRsXd+86WXnl+16phKpVouV8rlSqlU8SrTlpDicuMoirVWnVpjjFHK+NCO/6KuQZpCVlqnUHWN1rTFdaQUgdP4qePtWuPmSZGUnMPyIRbL3cuLf1SIkXsmIm2tduP98IU27QjO3DoR8vOnghAT78P/QpspjtLti9ygez0zAAMItAYA0Bs2n3/eZqLjv333qlXHTE0dVi5XOHLDqw+3JaG0jvI84zWLedmU4KFYa7TWfsBhG2qJTPjQCwlBQrbYQKffkG0zG/aSIhXlQjXkymuaQsPzwZvfSySVkJKUFJb9xlpLgizZ5hyr4oPGkD/CfLhATgttWuaDTHy9Ugop2GNatKb47HyaYtv+N/i6+d8CYLCA1gAAeskjZ5/1CNFpP77/iCOOKpdnKpURlhtefdj7TRRFvApwlmVRFLWajTJGK2WMMUqx2/BA+Uk9TZsJQjXULY3SbKgpONzS/KyP1kjJ6aSmzfgsFQWGUczeCvJISgolSUrBWSljyRoyhkygMl0Eq+vpteIjT6HMtaTb+HJE+0pAltx9oI7tgffM+xa8Bgw40BoAQO/5yWtP/eVnP3P88SdNTS0vl0fK5ZFKpcJtpX1tTSE1RROG2GuNUhytKWI2PFTKZJlUSmkduSIbK0RRH2MECVMEM0I6C2u8FTm/EbZbvXAoNFKQ6ajgEYHckCDFE6mMUwXbfNO0ao3oZl2d28nN5+qsH2qTm71U+84buineYiFry8QBMLhAawAAC8KLb7/q+0SHfeELq1YdMzW1fHJyOctNFCW+tsa1X8jyPPMTo5RSYQYqz5WUmVLSzZBKXQfH9jyUlNaYIoDBf+y7Fta0+Y0zmyKRw2kjVhl+JsnORNKlukRb2MN9hZTtWuNqi33FbrFn8W7rGoMhHRU/XbwqfLlXfZnv4J0PAAYaaA0AYAF57q1vfY5o6rOfmZxcPjm5nP1mYmJS65gbYud5zNkonhglhNCaIzVGSumFhuFojdYZ96lWSklBRrY4ipRWGO4YNW+0pqvZELnYjylUpnim9pyXdynymS8ioqLEh6ipMobm1RohumtN23I78yWhhOAioNa4UTcpsZbs3lQGWgOGBmgNAGDBefHtV71IREQrb7+dzWZycvnExFSpVCmVyqVSOUlKfmKUMVrKPE3TUGh4VV+llNaZ1hywibSOlIqUkoFqWBYaKa0QTbnxiafOsAe7ANfZtGkHBbbRFq1p9wlqjqUs9CKM3LQds2vmqEVlLFmxN61xckMdZrPvEgOtAUMGtAYAsHhsu/TSbUTjt9zMcjM1tXxsbMLLDQ8qlRHVajQd0ZpI6yz0G6U4geWiNYXQWK6/YddxC9VYY1gI/Fvk9vetk4i6iUhntKa7oAiSRCS7a03XbJQn1AsRmI1wZdEtD3cOB6YvnG7reMBrwGADrQEALDY7r3nHTqLHiQ7/4q2Tk4ctW3ZYtTrq5aZcHhkdHRsZGfVBGiml8xzVJjT+pVKajYS1xj2KsVJ8KNu63Yazoop/0jeGJNpbtEb4pY3bECRFu9Z0zUO1556oqTKF2RDZ+eqFqTmB/ODMxnqngdWAQQdaAwDoG9svv2I7EREdfcfXli07rFweKZUq5XJ5ZGS0Wh3jhxcaF61JOTzT6jea63LcDPB2s1GObk5j3XqAvt11MOqYBiVcMTJbSLiqjfS1NUREJCRJQWSc0FCL1vBLYyy353Sn3hKk8WbT+e1+UZy9RV/me9hOpzHGWvuya+wAcMgDrQEA9J9fXvjmXxJN33rr1NRyNptqdbxaHRsdHatWx0dHx9pKhl2EhoWmTWvazUZK4s7bgdl4reHdnNY0vYYzUkXgRgppO1b+bXvpYzlFVsvNvi6mRwVCY4w1uTXWstP4zt7B6ZMQQgrBfiO46EeQtWRyMl5NTDDee4LJtjqNtdbwtxvX05wHi/UzB2BBgNYAAA4Vnr3iimeJiGj1xo2VSrVaHRsdHQ+ex5TSbREaHrDfiFY18GYjJbm+DUpKrZRqDdWQ60slZTMRVRgN92CSUkkhhVRSyM4uBJ01N03FESRksdyfVxmOlLhBGK2h1vP3ksMNp2SnzbxMhMYYrzLt4hI6TSg3iNaAIQBaAwA45HhqwwYerN64sVodC3JSo2NjE+XySBRFWsfcBtw9x6KdprV4reGmVFKqIFRjgziN8G7jmkpyiko53VGiyFapln4FnU5DloQlMkRWkBFCGkvWOLMxoeK0RWtaxm4P/iZprSArLA9IdgRsuoRh2lSm6w4ea/M+/LwB6B3QGgDAoYv3m+lbb2WtqVbHxsYmxscnx8envNCw3ERRHEWRa3YtfAWxz1+FZtOajQq0pih7Idduybq0VFNoXH6q2ELkFarwGCIjyJJojt0SgaLDbMhpTWseSpAQwpqc9yLLi+QIy89WkJWWhLWSX3a4S3tUpnMHYwz3GA+sJs9zaA0YbKA1AIABwOenJj59S7U6Ojo6MTExOT4+NT4+NTJS9X7DZsMr+3EEREqSRWWNVkq5Ihsd1tk0Jz8V4Rki4nALEXHXbtVVaHiLlNJaS+S1pojQBNEay+cihBRCWENhYU1rtMbVDjvtYQlxcSEusfFywzEb1pp5DaZbVCZ3ElOojDG5f9mfHzAAPQJaAwAYJHZcfc0ON155++0TE1MTE8smJqbGxyfjOAnNhgecQgqDNE5u/LjQGReeoSD9RETUXA+wJQ/lzYYDNlz5yw8XpBFh5KZwGiGkIGmJbGA21jZDNVKIUGiszY0xhdCQCP2myENZYa3odJpWlfEek4c2k+dZ53MffqgA9A5oDQBgUOHF/Zhj7/zm5ORUpVKN41IcJ3Ecx3ESx0mSlFz/cB2YjU9IcfoqllIK1726zW+C5XO6CE2b1ji5MUTWaw2RDZ3GRW6aYRtyJcNEFAhNkSfySSjXhqFFcVwpcVuCKQ8kptNgughNlqVpmmZZutg/RQB6CrQGADAMbD7/PD9e9ZWNpVIpipIkScrlkXK5Ui6PVCojUdRFbqKIBSiOoiSOE54nxcdxFcfKm02Qh5LBEjftWmNtW3mNdYEYKUiEkRu/sK8QwsVaWoTGlfEGKmPb/cZa26ksxrQZTJvEcO/0NE3TNG3MzdUajTo/+vHTA6BniLV/dmO/zwEAABaQlbffXqmMeL+J4zjUGg7q+AAPy00cJ1prt1IfO41qU5ngmfXCeKdxA+OLiH1hTRCt4Q8WVjSP0BSDtvQTEfeCaJbItAVjnNM0hSbLsjRtZFlar8/NzdW8x/zwlFf1+ccDQE9BtAYAMORsu/TS8OVRX72jUhmJ40QprXXk01VebqIo4RrkYKG/YqIUl+x0zCQXfgceExFrjau2aSah3Ep70lrrZyFZa1smQZFoMxsO6BCRq4xplsuYZp6pJa+UZWmjUWeD8R5z32tOoeoI0UgffgwALArQGgDA0uLJiy4MXx755a9orb3HBELjx9o11OSqGlEqVSqVkVKp7GSlMBueJR76DY+pKBBucZFwwAvudcIb8zxzu5EPBRljw0LgLEtDg/Ee8/CvvJFotD83GoB+AK0BACxptlz8ls6NE5++2ctN4TzBSyml1rpSqXJuq1IZkVIRWVcoY9sgsj5jNY/WUOgxXGfDmSOOvrgpTc01ZoJUl/V5pUfPPZtofNFvIQCHENAaAABoZ8fV73iZdyc+fQtHcUqlsq/XISLOEwlB1lIoN0TkYzm+NEcI0ak1xuSsMlnG6aQsy7IgV1U4TVtaDQDggdYAAMD+sePqa/p9CgCA7sh+nwAAAAAAQG+A1gAAAABgSIDWAAAAAGBIgNYAAAAAYEiA1gAAAABgSIDWAAAAAGBIgNYAAAAAYEiA1gAAAABgSIDWAAAAAGBI6M0qw7915msny6W2jQ9uf+7WBx/pyfEBAAAAAPZKb7RmujoyXW12uq/G8VlrjvrkfQ9AawAAAACwaPRGa/731+8KX374rRf/8qUd7//aXfPtDwAAAADQc3pfW/Obrz/9nGOPPv+jn+j5kQEAAAAAXobea83/OPuNf/jVb/b8sAAAAAAAL0+Pteb7v/MbNz/w71/494d7e1gAAAAAgL3SS625+bqrt+7a/cd3IFQDAAAAgD7QM635owvOOXbZxNs/cXOvDggAAAAAsF/0RmsuP/H4604/+Yy//YeeH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+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
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+<Rect height="21" type="negative" width="19" x="365" y="160"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
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+<Rect height="17" type="negative" width="20" x="342" y="179"/>
+<Rect height="23" type="negative" width="21" x="375" y="240"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
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+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
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+<VerificationPoint type="Screenshot" version="4">
+<Description/>
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PSEJnLO8y/zgYYzjbVJOowsiaQQg9lkN2CtTeK4b23svVfKXX/9V445pkFEP/nJfim5TqN4BohvjMhxVyuXZrAnH8CyINYAwCpaqXBz1lnHEtEPfrBLa6mU0FpqLZQSWmeHNJEQ9MhHnnbzzbdwrSV9b2+tdc4ppWmw2DsLPZK8IJIkiDtNRHxgEw/TZFM1LkkSa/veew40Ujqu0HjvbZJYl3hPacGmnySxEEIpp5T/yEd2KBWcdNIEEd188z4hBFEsREw06GplsSb3DABHDrEGAFbdSg3cPPKRs0R0220dpbTWigPNomMmvU8Slz+JyVprrSXvncsfhkBEkrzzJIkGLSHvBc/QcNkmmxROktjafpIkWftJSukccf0mSRKOKEKQc97aOEn6QiitnVL88B/+8NeEkGee2SCib37z59777DiFdPVV7oQFAFgGxBoAWCMrNXBz7LElIrrnHhfH/SSJpVRCCO4jEXlrXdp78s5Za521loiUW5gapoU044ikcwm/b1qkEXxEFGeaJImtjXPDwiJJEmsTzjQcqjjWEAlrE2tjpXSSeI41UiZCdIWQ//zPnyOis846+pOf/HdKF5LTokyDYAOwXIg1ALB2VnDgZuNG+aMf7SHyShkhZDqt4k844bgf//gn3vs00ljnLJG0lpTSudwgaDBDw40nN+gLETehvHM2nZiJk2QwLJwkibU2SWKONdYmXNGhXCSx1qaBRgnRXbTTn/d/8zcfeu5zH0tE73jHe7kyNDHRDIJASpXmMwA4cog1ALDWVircnHJKk4j+4z92S6myag2Rj2PrnM1KNc5ZIqGUt9anZ1sOmk3OuSzYeE/Occ8qcc5Zy79lhZDe+6w8k79w6YopWog13OjqES2MG3vv+D+9Xrff75133l9679/0pvOI6IUv/EM3+E23adPR5XJlJb7AAOMLsQYAhmOlBm5OO22KiH7wg3uJiMg75+I45jSTPQuhrB0ca+Ccc46LMVk9huNMYq31gwnjQaZJ/6TLPpS11rkkSex/Tk0QPdxDt8vZFW+mfO3FFxARn235A6KdF12Icy4BlgNHxUIB7bzowiP+SQlrb5llm+yD3HTTXd67OI5vu+22XASx1loplZTGe57ztdmS7Ow5zTQcamySxKleu926+/jjVui1Htr2iy/AP8UAKwLVGgBYLs4lmYcbUFaqJ/W4x20hoi9/+T/6/ThfqrHWSun7/RZP+HLlZTB745y1SafT6vf7cdzv93vdbmfPaaeRMVQyR3YnR+Cct12+/aKFsg0AHDHEGgBYlnPPPfsVr3hDszk9PT07MTFZLlePrK+0Uj2p3/iN04joyis/kY818/O7rU2sdd5z3HHtdqvTabVac/vOOJOi+pF9xhXEPSmEG4BlQhMKCghNqLXx7ne/Y3Z2S7M53WxOT07OTE3NVCq1MIyCIHze8x5HR1p6WameFBG99a3/aK1tt+e5TtPptOfm9u89/fTlfOQ1gJ4UwBFDrIECQqxZA+9//2WTk4NA02xON5szlUo1CEJjgiAIjAmDIHjKU4494m/ESoWbl7zkdbsf8YjlfJCh2H4xyjYARwKxBgoIsWZVvfvdb9+0aWuzOT05Od1szjSb09VqXSklpdLa8IHbWb755V+eXc73Yvnhhj8Ct3hGDsINwMOF2RoAeBiuuuofHvGIRx933EnlcrVcrpRK1TCMtNZCCLVA83+kfLjrn5daqYGbEQ03GLgBeLhQrYECQrVmlXz0o/900kmnN5sztdoExxpjAmOMEDKjtTYma0UFSqkzz6wv/9uxggM3IxduGAZuAA4HYg0UEGLNirvyyktPPvl0HqNpNJrlcjWKStxpygJNGm6UMYZjjVJGKUkkzjijuiLfkZUKN6ObbAhlG4AHhSYUADyE66//4CmnnJkN01QqtSAIeS5Ya53PNEIIKWXagdJSCj5laaXuZKV2uBnRsg16UgAPCdUaKCBUa1bK+97397zcqdmc4YtabYIngrnHlCvSLLrQWvO5khxrvPePfvTkyn5TljNwk30EGsFww1C5ATgkVGsA4NDe//7Lpqdnc0u4p8vlalqJkUSCH3zQIxGJQa7h35fO2dxZjytWsMlkRZcxnyZGsgHIQ6wBgEP4wAfeNT29cWpqA5dqms3pIAg50xAJ4oOqBUkpiYjPwl44xJrIpcdSpwdlr3ysoZXrSdHIDtzg1AWAJRBrAGCpD33o8pmZ2ampDfxoNmeyBdv8zJmGCzRZlBlkGxLEbSfv0lDjnbOrd7cYuCEM3ACkMFsDBYTZmiN22WVvztLM1NTM9PTGyckpItJaa22yWDPYnUYbY0xavOEPIIhISmltkhVqrE2SJEmS+FnPevRqf18wcEMINzDeUK0BgIF3vvOt09ODIs3mzUfPzGyMorLWmjtKzjmu0yg1yDVCCCLBfSgaJBuR5pjYe2/5Ku7HcRzH/TV4CSs4cDOKyQYDNwCINQBARHT55ZfMzMzOzm7ZvHnrpk1Hl0rlKCppbXg6OO0oLUzMcKBhzjnnnPcufxHH/X6/H8e9fn9wsTYvZMx7UoSBGxhviDUAQFdc8fatW4/ftGnr5s1ba7V6qVSJohI3nvxgiTZxpuHgImUWcVy73VkSaJxznU673+/xg/PNn/7pS9eyM4hTFwgDNzCWEGsAxt3VV7/ntNMetXnz1kZjulQqZ3UarbWUyntHRN6LXKDxWcTp93vt9jyvdcpiTas11+t1OdP0eoNwM5SXhkXghJ4UjBnEGoCx9ulPf+TUUx81PT1TKlVKpUqpVA7DSGvDsYaIvOfNaTjc5Nc3OSl9t9tut1tLqjV79tyXpRl+zM/PDesFYhE4elIwVhBrAMbXZz7z0ampDbVaLYrKUVSKohJnGmOM1kYpxbPCRLxZsFjSh4rjfqfTWlKt2b9/74ED+/KZ5p/+6W9p2Qc5LdOYD9ygJwXjAwu8oYCwwPtwXH/9B9Ot9mayeRoONJxshJBZAWawp57nQKO01lrrXq934MC+ubn9WbWm3+/t2nVXt9vhQNPtdp/znN8b9gtdCovACeEGigvVGoBxdM01V/KhlZVKtVKpcqkm7T0ZKZVzXkqvtXbOCiF4o72sIeW9j+O402l3OouaULt333v//femjacDL3vZHw/7hR4CBm4IAzdQXIg1AGPnqqv+odmc4UBTqQw6UEppPo7be89RxnsnhNDaOOecs9Y63izYe+L1251Oix/OWedcuz2/a9dd3IF66UtfN+xX+WAwcIOBGygqxBqA8fKP//g/uU5TLtcqlVqlUuM6jVKKN9ATwovFaDBbQ0TEh3InSb/b7XC1ptNpW5s453btuvvee+9uteZf+9q/HOYrPGwYuCEM3EDhINYAjJHLL79kcnK6VqtXq7W0WlM1xhARV2iEEFmsGRxnKQRvWuMGRZskSeKsA8XVmiSJ9+/fu2vX3S9/+QXDfokPG3a4IYQbKBDEGoBx8Q//8FfN5nS93qjVGvV6Y2Jisl6f1Fpba3OlGZmv1lhLQoh0RbflQJMkcbfbOXBgX6s1n4Wbc855/rBf37Jg4IYwcAOFgFgDMC6ydU/N5vTk5HStNhGGEZEQgncQJs40WZFGCEHEWwx77z0f7ZQkcb/fu+++e9rt+VZrvt2eb7fnn/GMFw77xa0ADNxg4AYKALEGYCx86ENXTE3NTk3NNBpTtdpEuVwpl6siO3dbSD5sO59p0joNee+TJInjHp9YOTe3b8+e+znQPO1pvzPc17XiMHDDK8ABRhRiDUDxXX31e6anZxuNZrXKgaZSLtekFNkfEEIQSSLnvbfW5YLN4OCn7HSnVmv+9tv/q9Waa7fnn/vclwzxRa2qMR+4ARhdiDUABXfNNVdOTk7zME2jMTUxMRmGkdZaCMnHWHLNJks2UlK6uTAXbFwcxxxrWq35/fv37tlzb6s1/6IXvXLYr2zVreDADZINwNpArAEouFqt0WxOc7UmDEvGBFrrXJuJeIAmjTdZshmcAJUkLjvXqdU6cMcdO/fsuX997rO3Gsa8JwUwchBrAIrsox/95+npDeVypVQq85EIxhgibj8JKQexxg/2peG3LySbOI7juNfr9Vqtufn5A/v27bnzztte/eo/H9bLGRb0pABGhRz2DQDAann/+y/jc7nL5apSWimttclvsyeElFKmz4NWFC/zttb2ep1er9PpdA4c2Ld//979+/fddttPxzDTZLjowtHkiD8CpacyAcBqQLUGoLBKpUq5XK7VJrTWSimttVJaCLkk2fD67XR7Gp9N0vDjwIF98/MH5ufn7r33rnPPPX/Yr2nIltmTOvfcsz/2sa9rbZ7//CcQyjYAqwCxBqCYrrrqH2ZnN09MNLlOky/VcIUmv4+wc46PfLLWtlpzWabp9Xp79tw/P39g377dL3rRq4b9mtaLIwg3/Ievv/5b3Arcvv0WpfRv/uYpSDYAKwuxBqCALr/8bVu2HFOvN5RSWqsgCPmQhOyMp7wkSay1nGmSJJ6fX4g1c3P79+y5b37+wO/93quH8kLWs8McuOFAc9113+RAo7WWUiullFI33njHk5+8FckGYAUh1gAU0MzMxmq1rpSOolKlUq/VJpQySyo0fMFnPFnLycZ1u512e67XG8Sae+/9xb59u1/+8tcP+wWtXw+yCJzffu21N2ptONMoxYFGK6WkVFLKf/u3e37lVzYi2QCsFMQaKKATLn3nchatjLoPfeiKZnO6VCrXahN8/JNSWqn8SM1C7ylJkjTZWGttt9vudjvtdqvf7/V63fvu+8Wb/+YviOjOW+2wX9b6dcieVDZGc3CgyTIND2t/97t7HvOYJpINwIpArAEomkajyWmmXm/UanUpBz9HhaB8nYYP5eY0kyQ2SWLnbLfb6XY7rdZcr9fbu/d+zjRwOPLhhtIxGq0Nz2svCTRSyjTZHKItCABHDAu8AQrlmmveOzHRbDQmJyYmK5WalEopKaXKt5+EEM5x08lZm3DBxtokjuNut9PptOfn51qtuXvv/cWdt9pffexTUao5fNu27eB8E4ZRGEZBEBiTPYzWJpvg5m8Mu/nmOaz6BlgRiDUAhVKvN+r1iSgqK6V50RNXBWiwi7AQgtyA5TTDjyRJer0ON6Farbl9+3a/4Q1/NexXM6q2bdvx7Gc/JhdoAl5dz8vsuX4jhMweUspbbmkh2QAsH2INQKHU6xPZ9npCCC4J5Dod3jnH7aesA5UVbA4c2D8/f6DTaXU6rT/6ozcO+ZWMuG3bdvzGb5wcBEE6WDN4SKmyKMPQhAJYQYg1AMXxqU99OAjCLMekm9RwB4r8IM6koca5rE5jbdLr9Q4c2MePP/iDC4f9Uopg27YdZ511NK+x5woNx5jssSTQ/PCH8yjYACwTYg0UEy+GGvZdrLVKpbZkFbcQfPCT994NdhEeXAymapLE8lRNr9c9cGDfgQP7DxzYN+zXURzbtu345V+eVUrnajODR3oCF+PvixvajQIUBWINQEF8/OP/RymVX79NJKRU3nOdZqFIk5Vq0mFh2+t1O515LtW89rV/OeyXUijbtu149KMn82M0S4o06XfHO+e/9729KNgALAdiDRTWuBVsSqUyF2mklFqbIAhLpZLWig/o5mJA9kgG4iSJe71ur9flOs04n2S5erZt2/HIR9YfINAsTZvDukmAYkCsASiCK6+8VGsdBGEUlUqlMj+U0kTCeyLy+ZoNH5LADz7Ystfr3H//rrk5tJ/WCAeafNAcfFsSxBqAZUGsgSIbn4LN7OwWKVUQBFFUjqJBpjnUEhvvvc8CDV/0+/1er3vfffdceOFb1v7Ox8S2bTtOP71CRNkYTb5Sk19p/41v3IE+FMARwy7DAEUgc4IglFLx24UgLtgIkRVsbFat4WQTx712e/41r8GGwqvOLzWINenFYL39sG8TYIShWgMFNw4Fm6uvfo/W2pggCKJSqcybCBN5IpEtt8lmhJMkWZxs+t1uZ25u/3BfwjjYtm3HGWdUs95TfjvEhL8T/X4c9+M4HvadAowwxBoovsInmzCMsnkaIm+tdc6mPz69cyYi1ZUAACAASURBVJxgeN1TnCRJVhngwZq5uf0HDiDWrBHv0yEam2SbIcYxB5o+NwSHfY8AIwyxBmDkBUFQKlVKpQqRt9Y5Z53z3nshBG8rnG0lnJ7XnWRDHfPzc/PzB172sj8e9osYC7zYO6vQ5ANNlmkQawCWA7EGxkKxCzbGhFFU5rU13Hviw7rTZVDE4ca5bAM+jjU2juNWa67Vmhvu/Y+btEgT5zNNr9ft9Tq9XucFL3jisG8QYIQh1sC4KHCyUWrRgHC2F192ZgL/bjqkarlawzvWtFpzL3vZ64d15+Pp4EDT7XZ6ve7zn/+EF73oKXwAOAAcGayEgjHCyaZ4Pzbq9Ua6Mw0R+SzJSCmTJM5OtHTO8jUPq/Z6vX6/22rND/nux8y2bTue/ORjvvSlW7NJ4SSJf/d3z+LfGvbdAYw8xBoYL1nNplg/QoT3Pgs0fK21JiKlVL/fWzIyzH2ofr/b6/XQgRqKfr/HgYZbTsX62wgwTIg1MHZOuPSdRFSscMMbCQ8CjZTSmFCpwf/dWutcsomzYdVer9vvd88//6Kh3vmY6na7SRK/6EVPLsrfQID1ArEGxlQWbgrwc4WHZrhUY0xgTKj1whbDUio+QTo9MGGwDKfX6/V6veHe+dh6/vMfT8VJ1QDrCGINjLUC9KR27Ph0FJU42URRSWujtc5KNYzfki/bcBPqd37nZcO67TE3un/fANY5xBoYdwXoSXnvlVLlclVrzQlGykWnQUmpDk42lUptWDcMALBKEGsAiEY83ARBWCpVOLhwdjn4z/Db+ZkbUum6bwCA4kCsAVgwigM3pVI5ikpZoOHUQkS5M6GEEKSU0tpobZQyfNHvY7AGAIoG2/EBLMUDNyOxd9/1139ASmmMCcMwCMIgCIWQzrn0970Qgz36+KwEpVQQhMYEUkqPcg2ktl98wfaLLxj2XQCsAFRrAA5hhHpSvKEwr3VyzjonnZNSysHvpId4p6cl9K1N0h1u3EN9bCg+TjMvfcsVV78Fm01DESDWADygUehJLRyS4Jyz1glhhZBCCK2l95RWa8j77NTuvrXOe8oVdWAcZYFm2DcCsJIQawAewnpeBJ4eacmphUs1IntOl3kLl8OnRnPKGe7Nw7Ag0ECBIdYAPLT13JPy3gvBwWXQgUovrBBSKSXEoFSTSzZ951w6WQzjZfvFFyDQQIEh1gAcrnUZboRzlois5d7ToAOVPUspncuHGuu9dc7FcR8jw+MGRRoYB4g1AA/POhu48c45732+A2XtINZIKYl0NnnjnM3KNtZa59z73vd3r3zlnw37JcCqQ6CB8YFYA3Ak1snADZ+ZYG1CRLziiZ95YZRS2nviC2OCOO4LIXlYmIdsjAmHePOwNtB1grGCWANwhNZDT6rTaXnvkyTh9VBKKSFEtqEwEfFabqWUUlJrHQRhHPfjOIjjvpTCmGAotw1rBpkGxg1iDcCyDDfctNvtbE2TUirbaJgzjR8gKZWUihkTBEEQx4ExoTFmjW8YAGBVYSkEwAo44dJ3Zm2ptfSa1/yF95RFmeyZ0kyTTzNaB0ppKZXWJgjCIAi0RqwBgEJBrAFYMUM5dSGOe3HcX5xpBJGXUhoTGGMGC6IGZyxEYRgZE2it+XktbxUAYLXhHzWAlbT2Palut9vrdZ2zWaYRggNNYEyQruL2UkrexiYIQmsTaxNrbalUWYM7BABYM4g1ACtvLcPNs571oq985XO9XrdarctBz0lmWw9nJ0NJqWSKyzbWWqXUqt4bAMAaQxMKYLWs2cBNr9fpdjvdbifda9g559ItaiwXbHicWCmtFI8P87X+xCe2rfbtAQCsGcQagNW1BgM3nGniuJ9lGucsb0Cc7S5MRJxpmJTKGKO1eciCzbZtN7xkzUehAQCODGINwKrLyjarFG56vW6v10mSJHdCAuUjTrYCXGvDD8409fqEMcHVV7/nwT/+Ndt2vOTcsxFuAGD9w2wNwBpZvVMXut1Ot9u1NskOvOTDL7PBGq01H2yptbEpYxJjwnq9sX//3of8FNds20FEnGyuWRenRgAAHAKqNQBrajXKNr1eJ63WcGFm4RAo55yUgpdB8ULvrGCjtQmCoFKpTUxM/vM//93hfKJrtu3gys0K3jwAwApCtQZgra34OqlXv/ovPvzh96bVGselGiGIV3RLqTjQEHnvpdbaWn4YY2wQhM3m9IED+w7/02XJBmUbAFhvEGsAhmNlw02SJBxrhBBCCOes5EiT470XwgvhjDHOWWutc5a3t2k2Z973vr9/5Sv/9DA/HXpSq+2+j3905ndePOy7ABg9iDUAw7RSAzfWJiyKBJHPdhbm9hNzzkvpvVdEpLUxxjpnwzCK43KtVp+cnH64nxThBgDWG8zWAAzf8gduer1ukiT9fi+O+3y2JZ98OditRinvvRCUZZ38kqgwjEqlytTUhve//7Ij+NQYuAGA9QPVGoB1YZk9qfPO++/bt/9LHPfjOE6SvtaGSEgpldJCyMFB3kRZIUcpZYyxNuFwE4ZRtVqbmtpwxPePgRsAWA8QawDWkeWEm06nzdWaOI7D0HpvvXdE3nvnvSDiYDN4Tgs2idaak00UlaamZq6++j0vfenrjuzm0ZMCgKFDrAFYd45s4Oa3f/ulN974hVKpEsf9OE60NunCKEnkiXKhxnsiEkIYE8RxbEwcx0ZrU6nUpqY2XHnlpeeff9Hhf96sd8Z3i3ADAEOEWAOwTmXnSR1+uNm3b2+t1uA+lHMhxxopiRYHGiIv5WDhdxjabFWUtXbDhk3z8wcO89Px7Z133n+v1xvlciWfb7Jwg2QDAGsJsQZg/Xq4PalnP/vFX/va56Oo1O/3gyDmgg3/VhpoSAihlOYDvYUQYRg6Z9OHszbZvHnrVVdd9kd/9CcP/rnOPffsl7/89c3mTLVaL5XKpVL5iis+FgRhEERZnQkDNwCwxhBrANa7h9WTuu++e5rNmTju9/s9YwKttRDEkSYbFuZMI6USwhH5UqmczRQnSRwE4THHHP+ud731DW948wN9lo985J9e+9qLJieno6hcKpWDIAzDiLfAMSa4/vpvvuAFZ9Hisg0h3ADA6kOsARgNh9mTuu++ezZv3hoEkTE9DhlCCCKR7s2n8hfWWu+9Ur5UKhN553yv1+WKywknnHrIj/+P//g/jzrq2JNPPqNWq3OgMSY0xgRBkMUaY4LPf/5mpcxv/dapGLgBgLWEfWsARsbhnAR+/vkXHTiwr9ttx3E/jvtx3PPe84mXfFZUhvcjllJwxImichiGXHcJgjAIwuuu+8CSD/7BD15+8slnnHjiaVNTM5VKLQxLYRiFIb/L4L34YUxgjPn612/P3yp2uAGA1YZqDcCIeciBm/vv38XzLpxsjAm8994r7z2R4rOi+NyoPCFEpVKzNkmSuN/v9fvdbreTX+997bVXnXbaoycnp8KwZIzh4JKv0KQPo7XhbQClVN/+9i8e//hN+fvEwA0ArB7EGoCR9CADN+ee+9rPf/567hDFcd/axHvlPXHNRgjJZ3o757x3PFXDvyWlrNcnfY5z7oMffFev1z3ppNNPOeXMer0RBIHWWaAxfJ3vQGmts5FknuP5znd2/9IvTS1JNoSe1IPCgVAARwaxBmCEPdDAzf3374qichSVONkEQSQGJD8TEWca3neYSBI5yiUb55xzlk/QTJJk06ajK5WqMYHWWZ2GM02+ZmO0NukRm7zSij+dOOTN5xeBH3WquvNWu+pfLwAoOszWAIy2Qw7cvPSlr9u9+959+/bw1sNJEnN8yZKNc8453pSPF3oP3k5ESqlGY6pWm8g/vva1z/P0TH6YJrvmC60Nn62ZDfFkeeb739/3QPNAnGmIiJ8BAJYD1RqAIjh44ObOO38WBAEP8BIJHhHWWnMHylrLK6R4w2HehpjXgSultDYzMxsrlaqUiqs11ibXX/+Bl7/89fkZmuxZKc3hiAPNoaoz4oc/nD/jjOqDL+NCzQYAlgnVGoDiyCo3RHThhW/Zvfu+3bvv3b373nZ7vt2eb7dbnU6718uvjSI+VCG71lrzwihjgnK5unnz1pNPPmPz5q1cs3n/+y8LgjAY4EVPkVI6ndoZ/Jcv8xdCLOwHeLA7b7X8IKKnPfOtL3kJlkoBwBFCtQagaPIDN9dcc6UxQRSVnOMzL/k4BRmGYe49BoGD97PhmRgOK2zr1uObzenbb995xx07L7vszW96099lBRuOMukAjTjkJE2adeghCzZ33mrvvPUB9wAEAHhIiDUABZT1pJ7whF8zJgjDqNmc4Rlh57xSOgjCrOuUPRtjONOk4zYBfzQOK8cddzKHm3e965KLLvprrc3iMeRFyeageOO9f7CCDQDAikCsASisEy59531E5jOfNcZEUSmr1mity+WK1vn//X26MJtjipRSKKUXxxQhhAiCcHJy+qqrLjvvvP+WtZmyHJN1o5ZUbrLDGb73vb2PfvTkwzqZHADg8GG2BqDg7n7WM3fvvm/Pnvvb7RY/Op12p9Mmoqz9JITU2vA2M0xKpbXOxmhKpUq5XC2XK+VydXZ286ZNW9773v+1pFSzGGXJJlsobm1iLSaCAWAVoVoDUHy3P+23wq9+LQxDrtYEQdjptKMoUkpzEUVro7VOF3tnTSg+DnPQliIi7x0RKaVmZ48KgvDKKy/dteuuSy55z5KiTj7QZHUafhrqlwEAig+xBmAs3HvvPbVag2drwjDqdFqVSrVU0kSklOZSDZde0pFhKYT03sv0YEwp+fgFUkorpZVSvBjq4otf9/a3X0lE6epuIQQ5572PeafibKSG//uNb/z8SU86Gn0oAFgNiDUAY2HfC1+063OfC4LAORdFpU6n3em0tDYpLtXIbI9gIWR2tIIxRkolpSIiITjWMM3J5pJLLnzzm9/FgzTek3PWOZdlmvykMKaGAWBVIdYAjIs7n/GM+je+5Zwvlco8XhOGJSH4BG9tDGcaHq/hlpNKc4kgGqQeIuJAww+t1YknPiIMo7/92//v7rvvuOyya6yNvXfpenJ+pqz95D0554b4RQCAYkOsARgj//GkJz7y2zd1OpVOp9XptMrlSjrcS0IIY4RzPBMjeAO9rLbCf8yYQAjBa6aUUlprvj7hhFMrlVqlUnvTm85785vflcaaQ1RruJAzjJcOAGMBsQZgjExe97HopDP27dvDQ8HO+Q0bNuWnfTnZEAkpRXqMN6ULtL33XmvjvScSSik+25I7WUcddWy5XCmXK3/91xe98Y2XZLkmrdYQER+f6axNhvo1AIAiQ6wBGBcTH/voMced3GxO12oTP/7xD6211lqt9dTUBhqM+kohhNZCCOG99ItyDW9PrLhT5ZxzTkmpjRmc+62U0dqUy5UoKl1xxdt//vP/uuSS9yz5CHYAsQYAVgtiDcC42LLlmA0bNlWr9SAIH/OYJ950041cPTEmqNcbS9Zm87tkFRfH3anBsm8lpcuFm8G11rpenzz55JoxQRAEb3vbGy+66H9xpnGOM02SJHEcx0P9MgBAkSHWAIyFE2/46oajjq3V6rw/jRDirLN+48Ybv2CtLZerB+2kR8YElBZpeBpGSsWpRikekVFS2ny4CYJQCJEk8cknn75ly7Gnnnr/3//9xRdc8FfOOWvjOI450yQJYg0ArBbEGoDi27r9CxuOOnZyctqYgKd9pZRSirPPfs4Xv/h/oyjiRCIGx24TEfEGNpxpvPdKqVzuUWknSjnnONwoxcu/BQcXbkg94xkvvOmmr+/du/uxj31SHMdJ0o/jOI77Q/1iAECRIdYAFNzGT32KM02pVFLK6AHDK5me85zf/8Qnrg7DSGsthKhWfbYYOwhCjjWLMw3HHQ40WfdpcHoUEWk9qMoYkwRBUKvVq9X6rbf+YO/e+/fsuf9Rj/oVxBoAWD2INQBFNnndtbNbj282p8vlijEhB5p0Yfbg4vd//7zPfvbaIIiIRH7tE8eU9CCFRbEm6z0Rea1NdgIUEXG1JghsGm6CSqVaqzXq9Uat1vjZz37cas1hi2EAWCWINQBFtmnTUZOT06VSpVSqBEG4pFTDEUcp/fznv+LTn/5IGIb5tdxEFEWl9DDLRc88NWxMwDvZpPvaCD4J3NrQORvHsTGDxhNPJfNjbm7/V7/6uXvuufPFL371sL88AFA0iDUAhXXSV77WmNlYKlXK5UqpVM620csOdeLjn7gG89u//dJ/+ZcPbtq0NR9rhBDGBESBlJJILwzXpG2pLNBkscZa671PM00cxwFfGNMPw7BWm9i7d3en0242p2+88Yt33LHzJS85f8hfJgAoEMQagGI69otfasxs5C3yKpV6WqTh4xE40/BjwYtf/Kpt267s9TobNmzOyjbOWV6dbYx1LjDGCCG0NloPMs3icCN4Z+EgsHHcz5Y+ccGGn6vVWqs13263Jiaa09OzO3Z86vbbd/7hH/7JsL9gAFAEiDUABXTU5z43MbWhVKpUq/V6vcF1mizW5M+q5HOglNI8Q/Oyl/3x//7ff9PtdmZnN8/McKbhrYFdem2tdWHotTaU7nJDg1wjjAmc894Tfy7nQmst96HyEScIomq13u122u35er0xO7vlc5+79vbbd55//kXD/soBwGhDrAEomtlPfqLW3FCt1icmGvX6ZLaoWymVJhudlm1UdoAl896/6lV/dtllb56fPzA/P7d589HWWucqQWCzsk0QOK7lKKVzqYaHboRzgxOmpNRSeo5NxnC+ieO4n630DsOoXK70+716fWJ6euPs7JaPf/z/3HHHzgsvfMvQvnYAMOIQawCKZmKiOTHRmJiYrNcngyBQSmk9mKcxxnCaye+8l8nWQF1wwcXWJh/84BXt9vyWLcdOT2+oVGpZqcb7wVmVQTBYJ8WxxhjDMzkHrZmS1rrB+eBKG5MkSZhFnDDsR1GJl0rNzm6end3ykY/80+/9HqaJAeBIINYAFMoxX/hifWZjmmnC/ICw1lpKlW64J5a8Y3rOtvee+HHuuee/971/3e12ut329PRsozFlbWiM441tOMGEYZjN1niv09O5cwWcwbIp65xKkoTIZw8hSEqptTYmSJIkDMNqtbZhw+bZ2c033PCZO+7Y+YpXvGHtvnAAUAiINQDFseET/7c6s7FardXrDd5hL92cxmhtpFTphC+lC5cWwo33PqvXZDvyvepVf3bFFW/vdjvdbqfTaU9Pz5bLFY402fsFQUhEUirvnfeOP4VYOF6KhJBKSWtt/iMvxh/QcAg6+eTTTzjhlD17du/cees999x5zz13/uIXd77+9f//Kn7hAKAoEGsAiqNSqfMjisq5nfeM1jqdoRG5zEGUjvryOHD6Ybz3xGcmeO/PP/8ia5NPfGJbt9vudjvN5nSzOZ21q/gdjDFEg5MWsvCUT05CSKVELgw9GCHIOT07u2l6esPWrcfv3bt77977//Vfb+CLPXvuR8QBgAeCWANQEBs/9amsVMPlmSzTCCEP3iw4G67hWWDOMdlH4zEanqfx3j/72S++7roPdDqdTqc1N7d/0yYeJXZ8urf33pjBOypFQqjsCHCONbxnsdaa0rLQwffPKUopJSU55621zlljTKlU3rhxS6fT3rdv9969u/ft2/3JT16za9fdr371n6/yVxQARg9iDUBBVCq1arXeaExlXad8psliTb5gQ0TeDwJEdlI3ERGlJ3enb3fOPu95L+n1et/+9lfm5g7Mze0/5pgTa7WJJEmcs947a20QBM45rQenRPFAT/4OpVQcbLLPkj04HoWhEoI41nCu4nuz1hljKpXqpk1Hd7udPXvuu+eeu7Zv/5d77rnrFa+4YO2+xACw7iHWABTB5s98pj67udGYCsMod+pTPtPIxb2hAd49L63M2KxgsyTTOOf6/V632zn11EfedNONc3ONubkDxx9/SqPRTJJakiRBECdJEARREIRa8wGZNt0vZ+HfGaVUvibkPXnvpfRSujAMheDF4cS7FfNmObln55w1RlcqlaOPPi5J4k6nvXfv/du3f3zXrruwLBwACLEGoAAmr/tYfXZLozFVrdayOo1SSkqRyzT5AeFBbygboPHeW5s457x3nDq8X4gUzrkkSVqtuV6vF8f9k046PY77t9/+07m5/SeccOqGDZuSZCIMoyAIwzBOkjiLVs45pZxzNtsph4hyKcc756V0UvogkFmmyWJNLtS4tHiTJIn13gkho6hUqdTiOD733PP7/X6rNdfptDqddvbYtevO22//rze84a/W/Bsykn7zN5+78ac/rtUa24d9JwDLgVgDMPImJpqNxtTk5JQxgzqNlEqIhfOelm5QQ0RpnSZdAOWzblS6xnuwxTAHi2633W63+v1eHPf7/X6v1yESd999+/z8/hNOeMSWLcdUq/VyuZLuRtMPw1IYhkpZra1zWim7ZINj7116ELgKApFVkgYP8nZxocZamyRJkkghEiKfjj/LUqnsnIvjOEnqSRInScKLttrt+enp2RNPPO373/83a5Nvf/urr33tX679t2ad2//v39iwYVO1WiuVKic++WmlUimKysO+KYBlQawBGG2T131sYuuJk5NTXKQxhtdyH2I0OEfwcU9+KZfODlNWL3HOcvup3W7FcZ+Tzb33/uLHv/oU/lhz27fPzx849tiTut1atVqLonKSxEkSJ0kUhiXnTJpptNbKOedcdiKVl9IZI3ieJs00HG58rkJjOdMIIYVI+A9IKTi3EUkhZLksrU34cIZKpZokCZeXWq25Xq+bJPEznvG7P/3pfyZJbG1yww2fef3rL17zb9S6MP+9f63V6uVytVyuRlH52Ef9Mu80XalUy+Uqn/Q+7HsEWBbEGoDRtmHD5snJKWPCbFL4kCuecvlG5Co0+TYUF2yccwkXcXiFVBzHaVuHY01/377dWaYhojvOOWfuumv37duzefPWRqPZaEw1Gs04juM47vf73JwKgtA55712joeRNe+jo/VC42lJsuFMkyRJmmk4xwgppRCklMgyTZpvIiEEJxuu7NRqE3Hcb7Xmut0OF3KsTZIkfsEL/uDnP/8ZF5buvvuOu+66/dxzXzvE7+CqevrTX9C5+SZOLeVy9bgzH1suV40JpORtn2V6gIaKolK1Wi+Xq8O+ZYBlQawBGG0TE5N6YLA/zSFXcWfyXaesSJN/C5dJiIh7UrwXX6s11+m0+/1ep9O+9SlPWnIPe3/3hXuJ7vv89o0bj5qcbE5Pb5yZ2VivN4Ig7Pd7HGvCMAyC0JjAOc1DPFoHWishhJRCSspdkBCC04yUIklkmmkGv5SStF6SaQYdtyiKvCd+X2sTa5OJicler9vptDnTcCHH2pjz0oYNm84887G7dt1tbbJ589a1+7atpu6XPsvHgU1MTJbPfFypVC6Xq5VKtVQqc4jJjgPjXJNda22q1fqwbx9gWRBrAEbY6d/8thrsUsMHdOtDlmeyP++cz/YIzjJNvmjDb7bWeu+y1U9prGn1+/1bznr8A93Mz59+zs+JTthxw4ED++fm9m/YsKnRaJbLVY41vd4g2QRBGAQRr2sSQkjJHSVaMl4ThlEQGB6m4ViTRpxEa6FUPtAsNKSk5FFo7VzgvU+LQzZJbL/fTTPN4MEVpTjuJ0k/jvv799+ftue89z6Ok06n1W632u15ntfhDQn7/T5Hx/n5ubm5/W984yVr8I3OdL/0mWZzgzHGZDsF5b6/QlAQhPXHPIFjTaVSi6JyqVQyJsidbLqoSJNeL7xxLV8OwIpDrAEYYTxJw6c+PXj7idIckzvRcmFSON26xqaLoTxvSMMHQnW77VZrrt1u/eipT37IW9p59q/vJDrjW9+enz8wM7Ox0Ziq1eocZbKaTVq/iXjzvXyaya6tdWFYMsakmWYwLyyl5FiTTQ1nD04bnGY4qjnnvZfOKWt9GAbeuyzExHE/jmUciyQRcSziWCQJ/+DXWchzbjIfdJzz/NXodDrdbtvaRAh58803CSH46/aTn/zHXXfdvuJLzfs7Pv/Up57DR4XKc16glORvd7Z+np/5b0L2S+7Wpaepp8FQCH73bIKbyzTZNLeU+KEAow1/gwFG1fFf3qGbMyaVLuTOr34aXPiFsw5ylzT48c8judmAcPacZppOp9Nutebz8zQP6YdPfDwRPfLbN23ZcszERLNWm4iiUr4bFQSh1rpSqRljltRpuHjDmxg7VzJGBYFMksFsjVJKa6H1QpGGf17zg4i38vPWCue4oeaF4G0GpVIyCGQcLzySZOGayAvBi8hUVsASQmeZxnvv/eSSBl62maH37qSTTnfOzc3t4yqR967ZnOEvyHve8z+mpjZMTc1MTW348z9/x3e/+y3v+cUOaiT9fn///r379+85cGDvE5/468/fcPQgx0ip/uhU/jPpN1YestCSns3uiLwQPv2bQOlQ0iDWyIUL/rqRUoseACMNsQZgVEVROdulJh0CzW++N7h4oEyT/lROXLrYKEs2SZLEcb/T4bJEh5cUHcEd/uDxj/sB0Rnf+retW4+v1SayhlQYhsaESqlWa75arQdBkMWarHjDicRaH0WRMcaYgLtR3nuthdYi24+HyxIZIdzCaVc0+LnuHGnNP8KlMVl5ZnDB11JqIZSUfM655GQjpfFe+AdEtFAGo8W/sXDtnH3DGx5w7VV68/wfz+UTzitZjkkrLjKXa1RuMkYQeSGcEJ7ICeFzmS+LQoeKNYviziDlAIw0xBqAUZVlmrSbM8gxuXCTnsw0WMtN+UxDRLxiKM00g2tu0PT7vVypZu6uZz7ziO/zh0/8lR8SnfK1G4877uRabYKTDU97BEHQbreq1XoYhjxnk/VNrHXWDoZjwrAUBEYpHQTSe6e11HpQmzmYUpLIkZBCOCIphPNeCuGkJKWEUiSlNGZRnSZJpHOBlEoIzbFGSp3ugGyIZD6upF9BSjPN0ils3mQne3YusVY6t+g7kpePNXx+BXcVuSWU6xMtZJ30+0scYtLnmpzs4gAAIABJREFULNl4IeSSvYu4mpVWtrI4OEg5fBuLN6AGGEmINQAj6aSvfNXUG1rrMIz4B97icxJk2oQiSn/05msK/J8kSZIkTveF4UHaQazJJki63c5Pf/3Xln/DP3rqk39EdOwXv3TSSaeVy9Xs0Kh2u9Vut2q1ehRF+VZUGmtc1o0KgkApIaVyjpKYhPQ8bnxwgUGpQZGGiPiLoJRUiqQUaatFWruoZiOESmONyicbKQMhVC7E+OyLmZVp+AuYyzHCWpE9Oyesld5rKaVS4uDgkMUa5/iVOq3VkjSjlOaIw1nHaCnSCg23nPL5JtebWzR4lNZ7Bp+UQ8zgl4RAAwWBWAMwkrQ2Wgc8sMLDn2mpJhsRZvnjn7IfxpSdLpnu5jLINEkyWB904MB+3q7mQZY+HYHbfus3byMioqfcupP7UBxrOp35anWiVCrnYs2gVMMX/BwEQdaokpLyD6XEQvlmEI8keWetJHJcp1GKlBpMkwRBYIzgmo21hnNM1oTiZ/469vskBQlJgmghH+au4r5IluaYRc/WSiKOVvLgpUZp9OTXyJ0vkZ/hXVK50VoFgZSCQwkflu5zmYYWooyQJKS1ZK3L/jLwTI/n8zP84K1eEHmEGygCxBqAkWRMEEVRFJXSJS0q7XEs1AOyHlT2XkvGPrIN99ImVBZs+ryeudNpr9L9f/3UE4jol/79+3NzYbs9z+GGt4PjWJNmGpeOAPsksVrrKCprzeunON9wCCBrs4gjpCT+aW/TfMOZJutD8XUQREki41gQiTTHaK4G8UNrCgK+GUo/Iw+tUNaP8s73jevHHF8OEWuSRFjrpORMIw5ONhwyBid5Wp/2oZTWaknBhi+CQAaByK2KTysuIpsUlnz/1nI6JGu9tUlWwEtHygWl19nflkN1yQBGCWINwOg58YavhpNTYVjKVuoKMRiPSJ+zlVDkHGWNJyIiGvzgTBc9+WyfOm6m8AbBnGl2nv1rq/pCvvPYR/HF47578/T0LCebSqUmJWXrmJIk6Xa7Ws/zGuYoKpfLlSAI0t38SErONF5KoSRJRVKSFMRTKEI4rfPtp0XXQRAmCddpJOcA5xbdYRSRcxTHaawRJCQ/8xwveeeNESb2/f7BvSdhrVBKeu851nCmUWrRkE1u2VcW45xSkltRSwo2QSCNEUEgiRZ3kdILDjQ0WBHGgYas9UnCGwVRbolclmkWZx2AUYZYAzB6oqgURTxronJLZmSaZhZkY6200HwiIkp/gjrnrPcujuPc4HCc7T63Zq/opsecmV72qb/7la7U78edTkfruXSpl87WfNVqE6VSOYpK2RlYWmsu1SSC8w0nGyGVJJJK+XRYeFEfSghPREEQeD+IAktqFUKQtRRF5P3BsSb9w1KUtDCJN0b0+8I5slY4RxxrkkQqxdlroVrD4SY30O3T78VCshGCtFZaq3ys0VpxnSa7vUUXg3PZOREuBJr02SdJ4r0XYiHT5PNNeo0V3jDaEGsARk8YRlyqSfeKXXJgQvZL/uOLdhbOdaCyXWq89y47SilJYs40dz7jGcN6ge+THXId6tO5+yg76yrbTLnbbZfLtVKpXCqVgyDIzvhUyqT9KZ688VJ6Pp+BX7pzPOHr0iVXnvtK2WogypU9+No5Uop4R9+s83UwXnPOS8fzIzVKSaWcUiKNNdmzUEryXn9pzczlL7z3nGn0oB6ntVZaL56ZWhxrnCObOCJxUKAZxBprfZLEactpQe6X2GUYRh5iDcDo4ZGaxbvULJUN2eQWJ7vFZ1suVGu4FcVDNlkHativkohoW5mIkufduycXbnS7PT8xMVkqlaOonJVtcrkn22ZXSCmSxKc74vhclMkufLpKyB8y3FhLQpAxg4LNgwsCYYyKYx6pkdZapaQxPhdoRHatlHTOCyHyUzX5ZCOl5IKN1lIpvRC2cv/hOlM6SZNYa4kkkcy3n/KxxlpvbZz/S7LQfhJaCElkV+HbCLB2EGsARo8xQVanWbL/7KGWsgxaFNmRANk5UOkPVP6l54INL4C6/3eev9av6oF9YkOdiJ76o5+VSiWtTRDs73Y71Wo9SzalUtmYIDvvM3+MAI9T5/b68/mIkwYamcYaL8RCuMlCA6UNKVrcqDrkgK0xksgo5bhaQyTy1RohhLWUJLbX6ztn0131dDqbvGhwmDON9zJrk+XlAg1vdpzFGkEkvRfW5htSWcHGee+WtJ+k1ETO+747+NMAjBTEGoARs/kznxWnnJHuQbKw8176U+rg9+Bh4YXKjVuUagYFG37EcdzptH/ya09d29d0WL52ynF8cdYtP+52O41GhwNNGJaiKArDkjFBEATGDB5pvskffiTTNLOkAzUo1WThhn/JE8RcsKGDZlke4Ks9GNlWSoUhn2sglOJV1hTHlOUPLq7wdFRucxo+4WEQcaSU/f4g0GR757BcnSZ//MVCrCESnIcOqtb4JEmy++Q6jfex9z1eCrdK3z6AtYFYAzBioqiUG/AUIt2sJvsDYtH2I/5Qb18INWlnynLcieN+pzO/Zq/lyHzz9JOJaOOnPrlhw+YNGzZNTc1yrMlnGh5GUUqHYalcLmsd8MlZSpnF9Zt8rPFpRnRZxMkvohYHLTs6eMQ4+904JqW4J0XdLq+xSvIb9/F1OvSdrXganPHEuyEnCTmX38540Qx4mmmS7KM559JMM4g1/EteIb842cRpH0o51+eZKt60aO2+kQCrALEGYMRwrMlnGj7IOh9uHmj3kez3fe40qDTfeOcsbyGzNi9kme55znPvSa+3bv/szMzG6enZKMoWvWullDFBuVwplyulUjWKImMCY0wacQKtNW9mmHb0vBA+DTfckHJC2MH2N4JyZw5IXo6Ur9/kg0723O8POkTWJoeMNVkTip8X/1LRQWkmf7Hkw/K3Ml+qIRLOUa/X4cST1ei85z7XYOvFOO73+/047vX7/Tjur+H3EGDlIdYAjJhGo5nPNFIqnpDIzw7ToZPN4O1coSEi3q4m3bQmieN+uz0/xAVQR+yOc552R3p9zBe+2Gg0efO6UqlcLldKpQqHm3K5EgRRlmx4DldKWS5Xy+VqGoZ07oAtnxZpRPpFXkiQ6alMgheKHxxruAymlDo4zWTX/B1Mm1AL+UYIYW2S7Re85AiqNOsMWoq5wOSz8kyv1+31Ot1ut9/vcZTJZRrbbre893z4V/650+ms/bcPYAUh1gCMmHym4bGRNK8sHJ2Q5RufH8cgotx4Da/BsZaTzeDUhFEp1TyI25/2W7cTEdHOiy4koqc//QXlcjWt2QzCjTEBj91kB32HYVSpVPlPprPGWb5R2ZEUi7/IRIdIM7ywbNDdS5J+ukGw4tmXtKyS5GNNrv2kpVTpcRaxELwGauFoJyKR1W98bmEb/9da2+t100en1+t2u90kiTnTeO/jOG615tLvMseafr/fm5vbf+21V53ztsupXhvC9wxg5SDWAIyYNNPwT0GVVWeIsoaUSKsFi/CcDe/5xouhlFKcaNJwE7da632w5vCdcOk7iejzF124bduO/Nu/9KVPlEqVUqnMXy76f+2deZQk1XWn71siIjMra+3uohu6gaZBICR2kJCEQSwCxCoQi+f06NjjY894PJbRnLHH6A/J9sg6xra8YMsem8GWLdnnGNCGQBIgIQRCQhsILLkBQTdrd9PQ0GtVVmVEvDd/3HgvXy5Fb1mVnVm/jzypl5GRkRFRpa7v3Hvfu0GRL4dthoaGeKC1D6LwjSUpFU+zKppei0Zgpv3BATAppc+LSak5suLjK0LIMOtkTGMBIW53oHUc9OJu8puwpdeuXTv8p9K07uVmZmaGnSZN61NTu9hpWHaHT3mXvycJEd3xjwv2owFg/oDWANBnsNO4PlAcqvEzdUMak55CuQmMxxAJraPp6SkXrqlvu+baXlzTPLLmppvXrj2PiLzcXHDBlS37fO1rd/h66nK54qI71XK5onXkknqCK3L8NCsXzlE+r+dLsK011uZpmmZZnUiE5T4cB/IBGxd009Y2tR1luSESHFhyKlPkGXn+Gu+5bdvr09O7mz9bDGZna2mazs7OstAcds77JVF1QW8/AAsNtAaAfuKwr31NHn28K3HlaE0jLeV3s5YCm2nSmnAfcqkrDtgM6iwYDtu0yE3IJZc0ydw///Nf89RxXheHm2Y7oQnNJtI68isicm7Ky02eZ1lWVOCGVTth60pjcv6pBVKShoJCZLWOoyjmrlVEZAxXBufG5Fu3vrpt29aWz2ZZNnP6mf5a7v3Yh//z7396jGhsPu8wAAcP0BoA+okVK1b5hViU0kHKKXSadpsxHcXGmJyItI44VJBlg6k1zB7lxvNLv/Thud66/fZboyiJ49g9x3GcsO7wT4TbbhMRN0LPsjon+3xfJ97NWrtq1WqligZMcRw999zPeXpaKDfW2iiKrbX1+iwXwXBhb71en5ramWWZfu+F3bxHAPQ/0BoA+ozgz6evCA6jNU0qE6ws3Oo1fi0+IoqiZPfuXbt37+zRNS0cXm7e3Gzm4rrrfnXvd7799ltZca655r+E2zt+++rVbwl3uOgTf938fodKXvzzDUA7+P8FAH0Gtz8UQgblMoXTNOeeQptpagVFRQdv18I7z4UQURRvuvTSXl/cAtFecDMf7JMDAQC6ArQGgP4jcBrTXAhsWoI0VERvwiWGBRG53t2NQg0ie8y3Hzo42ybMB3ufkwIA9BHQGgD6i5am3N5sGjsIIaTkTcLapt2Nydl4pFTebPhZSskatKiA3AAwYEBrAOgzXH1Mk9kQEZFQSjrFaZTRBEJj/Ge5wXWt5tNQhlNSPb2ynnGABTcAgIMHaA0A/YSbxB0GYCyvJmytEUJLyQvte+8h16DbuiMIXvYtjhOttWt7mfvJxouWhSm42SN8DgCA/UP2+gQAAPuAC8CQTz8JIYhEUGQj/Up9PA2HiHgBYt9+SBQNwGW5XImimIpZUbnWUe+u7KBgzU03s9z0yi3Wrj3vn/7pnp58NQCDAaI1APQZYfLJLy4cbuTV4XjmNrdjFEIYUzRdyPOMGg2kZKUyVK/P1mrTizYD1U5PclIsUrfeetcg9a8AYOGB1gDQT/BCwM5phOtnaaxtzI0iUkIIpRTv44RGWCuJcveSqJAeWS4P8VJvxvR9n8susmA5Kf6Wf/iHr9brs1NTu2dmpuf16wAYbKA1APQT9foMW41rBdUSqjFEioiEIE5P8ZL+1gqO37gCGuEmTHEPRUqSJEmSKFrsSagWFmCe1Nq1533mM1+v12enp3fPzNRqtemPf/w32tbiAwDsLdAaAPqJ2dnZLMt8HygiEaafAtfhMmKiIkkllSJrjXtLuDbgkst1rCWuxVn59Xtefv/Fvb7Kg4t5khs+4C23fGVqatfs7GytNjUzM717965uHR+AxQm0BoB+ol6fmZ2dFQFhnQ01pkoxhdwUaiOVlEZK47sz+lwVkY2iWEqlFKYRdKa7BTdr155366131euz09O7arXpWm16enr3zp3bb7nlT9fcdPO9N36YiBCzAWA/gNYA0E/Mzs7W6zNpWi+XK2EGyi0i7BNMnIQqKnCIiMi6mVDGGCOl4UEUJWw21tpyubxrl3rT71/sdKvg5u/+7otTU0XWqVab2rVrx44d2/71X/8vyxM/Q24A2A+gNQD0E/X67OzsbJqm3MgpyDMJISgI2Agi6zJQBUIIpaQxUilpbTHQWlcq1VptmsgSUZKUenJdfURXclK7d++q1aZqteldu3bu3Ll906YXN5x/Lh+55YvuvfHDMBsA9h5oDQD9xI7rrq9/57tpWk/TOi8u3Jx7EoHiNKWjOBXFq9qE0Ropc631yMjo9PSUtRRF8Yq779582WULfmV9xgHKzfbtb0xN7dq5c/urr25e954z6a1r3uSLELYBYO+B1gDQZ8zOzqZpPU3TNE2jKOaOCL63pbWGyBLJtiWD3cI1UillrC2chhfoUyqamFhaq00RUaVS7cl19SP7UXCzdu15v/M7f/Taa5vfeGPrY6edRMccsZffArkBYG+A1gDQZ9TrM2mapmk9yzLD7bqNcc/FjCgXwgnNRgphvdlIWTgNR2u01lpHk5Mr0rQ+PT219Etf2nrVVT26vv5jXwtuXnnl5e+97S20+rB9/RaC3ACwJ6A1APQZLlpTz/PM20wQrSFXVdNY2IaIfLSG53UrpYzRxhhjtLUmiuI0TbXWk5Mr0jTlsA3Ye/YyJ7V27XkXX3z19972lgP8IhTcADAX0BoA+oytV1116A9+nKZplqV+FT73aNqzOWYjeOU9jtm4VJTmjyuVx3Gc50mWZRyzmbr9th3XXb/wV9fXvLncrF173pqbbn6mS1+EsA0AHYHWANB/BEmoMP1UvGsDu+HpUWELBZYbKa3WushgGa11nuc6ipI4zrIsGx9fUqtN7ejNxfU9ody0b+/ut0BuAGgBWgNA/8EZqCzLjMmN0TaUGrJtuzetLCyEkFIYI4UgpTS3/jYmzzKttY6iOEmyoaHh0dGJ5Xfd9crlly/ohQ0Q3ZWYN/8WyA0AHqwoCkD/kab1LEuzLM2yzE19YloGjcneQhTLCkvZ1DxBKc0PrYtnreNSqVytDo+MjPXg2sC+s+amm9fcdPO9H/twr08EgN4DrQGg/6jXZ7MCbujdeMtacpOh/Oo1ghrhGun9xs+KYpcJzSaKomp1pFodWXXPPb26RrCvsNlAbsAiB0koAPqPzZddNvLQw7OztVptulIZcputmwZF3KlbKRU0xSSXfmpU2HCRDZFim8kyrXWU51meR6VSuVodwZSo/gI5KQCgNQD0JdwfsVabzrIsinJfKGwtmcJcciIiEkoVMRspyRjbscgmiuI8z6IoNyY3JmdGR8drtekjv/HN5993QU+vFewbodwAsNhAEgqAvuTFiy6s1aZmZgqzyXOWGJ7blBtj8twYU4yLjpcuCSVd00splZRKKSWlTJJyHCdRFGsdRVEcRVEURZOTy6vVkUO+cmePrxbsO1xw0+uzAGChQbQGgH6FozUzM9NDQ8N5nuV5Zm3kQzVCCGs55WSEcxmuseFd3J4iz0lKa61NkrL1K+EYk+cmz/OVK4+s1aa29PpiwX6z7iv/RkTHX/GLvT4RABYCaA0A/YrPQ+U5x2uyPM9dObBkmxFCWmusFRywUUo6pxFEgptlWmuJiiniSVLmceg3Rx11XPmRH/7sXe/o9RWD/WHZVdcT0bovQW7AogBJKAD6lS1XXFGrTdVq0zMzNV7GhtsphOsOM77shkgoxQko5ZJQHiWl1FonSblUKpcalEul0ooVK4996OEeXzA4AJZddf2yq67nyA0AAwyiNQD0MZyEqtWmy+UhNhutIxenKWI2RJIDMELws1SqiNYQUfOixEREWkdJUqzwF4ZtVq1and7/rQ3nty6eC/qIZVddj7ANGGygNQD0MbXadK1Wa8lDSSmtFdZKY4yU0lq/mI0VwhJZIill4TQtB+T+UVEUE9mWbJS1dvXqt6T33PPSxRcv9HWC7oGcFBhsoDUA9DHbr71u7Bv3z8xMz87ORFHMeSillKutkVw30+wovFyN9MvZEJFfjJgoJ+KK48RNmyr24w8fffTb8q9+ddOll/b0usGBArkBgwq0BoD+Zvv2rePjS2ZmprWOoijKsiyKYi4T5mCMi9aQEBTmlVhYiHI/c0oI7zRERFEk3BQq5ZFSHXvsCbNf/OLrV1/d4ysHB4yXG5gNGBigNQD0N9uvvb72ne/VatNaR9z9IIpi7orgWmA2QjWchArNxnlM8UyU8+rDod9QsUJxQ25OPPH0B3p50aCb+IIbAAYAaA0Afc9Tv/Du8Z89zU7j2lVqXzfTUvkbyA1ZS0op5zTkukfxoNjCMZuwhxR/5NxnX3zg6MN7d9Ggmyy76np67GH0kwIDALQGgEGgVpvWWisVFVKjI+7O7aI11FJeYy35yI1vHeVCNR0GLUipiOjcZ1/csWPbY6ed1NtrB92CVyVef+MNvT4RAPYfaA0Ag8DjZ5xy+k9+GuShIi6d8akoXyxMzROceNa3Upqnhee5CAa56/xdtJdqeXCnhTMe/9mPTn57T68edBO0XAB9DbQGgAFh+/Y3tI44DxVFkdaRn8qklA5TUaHYGGOVskSkinX6NLe6VCrPc6NU0flSyoyIjImJbBi/kVLFcfyedc989/hjen0DwP5z78c+DJsBgwG0BoAB4dlzzxn64WNcWxNFUZKUuJECR21KpWIBG2NIymJAxOOiQpiPo5SWUhlTOE2W5UJkRIJ7gxuTa80rFxsi4vriKIrPfnrDs88+tenSS3p3A8D+wPU0cBowMEBrABgcXnnl5ZUrj+TamkBrpBBSa611TGS80/DAWsGBHCKS3PHSjaWUxshAeCz3A2fj0ZrHETdnWLr0ECFEdN83Xrjwfb28BWCvgdCAgQRaA8DgsOWKK5Z89/tKFVqjdSRl0bu7Xo+U0tZKTjw5gWlUExOREJLHXHBDhdHwcnzCWstxGmNy9huljJMbI4RYuvSQ4eEx+c37n7vg/J7eBrAHIDRggIHWADBQrHvPmSf+4MdRFM3MlJKkVNQNS8nJqTiOwyQUL0Ps5kZZIislB2+EEMVSfm4xYuLGmVrnPmbDgzgWSuk8zzgs9Pa3nybQOuogBmU0YLCB1gAwaPz7O08/9dEnkiTUGqV1VK9HWkccpzHGKkU+TuOKiElKyUXBvLBN2F3BFg3Bc6WM1saYXIhCaPI8z7LUJbzESSe947iNr3/tsCU9uwWgEwjSgMUAtAaAAaRWm2at4flQSql6XWut63WdJIkxJKUI4zRBNorNhiho7c01OtYaH6cRglhouMFmnmdpWuepUbw9jktXvrpzZmb6lVc2PvGO03pzF4ADQgMWD9AaAAaQJ89618k/+gmbDcdUfLRG60gpEcZpwg9ylUwIFakoMsZobYiEUopVxsVpsjzPeelhrSNut5nnWRRFURRpHY/9/PlNm1585r1n9+JOAGSdwOJCTVzw/l6fAwCg+7xy2Irlmza75Yalf5ZSaq15SZuikWVBURrsDuBDNUIIkrJY1UYp5Z6LgdZaSkEk3NxyzfKktebWmFEUDQ+PDj319JaVh/bqbixaJi54P/6RB4sKaA0AA8vLhyw7ZOOmKEpYStySwSQEK47iIl9OHvHAf9b6jlJOb2TRy7vwlVBx3ATyyAuN1jqKYtYapZRS0fDwyJFvbF8/Wu3BjQAALBqgNQAMMi8tW7J842atNRU9LImIOC3l00ysOEI0FuVrcxpy6uNf8tSqSGstpXLj9gerT9HSQevo6B27px9+cOfRRy/kTQAALB6gNQAMOC8uHT/8tTd4zF7ianuVX5aGJzG5T4jmghvrVyt2B2kEddiQXE7Kx2aKLXEccxsHXviYXWfFilVrduw+9JVXn58Ynf+rBwAsLqA1AAw+G8ZHDt/6hn9ZLGVTZKZC1wlrazhmY4mK9gtCNHYmJzfhocIO3267VErHccxNMV3ZDfd2KB+9c2r5xs1DTz312uErF+xWAAAGG2gNAIsCbzZsI76jgiup4bpgGSxUE5YMS1eF47dR8K6QkmM/TWZTWI0L4WgdxXHiC4p5UC5XxsbGl730cuXJp7YesWqB7wkAYPCA1gCwWJj6zgMTE8uoUShTRFO4IzfLihDKrSlM5BNUhdaI5gQUBXOopMtqyeAj3mmkf9Y6iuPYm00URVEUDw0Nj41NrHrt9ZFnnlVPPL7rGDQDBwDsJ9AaABYLU8ceV3/ku2NjE2EAxtULUzhPyn/ELRzsW2YKt7nhRn6WuBBCa+2kRnFmSrpym/Cl1lEUxXGcRFHMKao4TkqlcqVSHRubWL5xc/nJda8feUSP7hMAoI+B1gCwiNh1zDGHbt5CRF5rmEZcRgi3gA2FDcC9xFBQiyOlCCtqXOxGNT8Xj3a5UUpHUZwkJSc3SalUTpI4ipJKpbp84+bx557HUjcAgH0CWgPA4uKlZUtWbN7inYYrZlz/hKJrt3vX56oaC9u40pzWUE1oP76eJtAan5PyCSmP0lrHcRLHSRzHSVJKkiKKE8fx8o2bl7744tj6DVuPOLzXdw4A0AdAawBYdLy0bMkhL29SSnsXsda4bpfWtfLmUI0Ka2uEkEGVcCP3RES+7MaV1XgfahQPu6WKfSynKbqjlIqiOEmSJCmXSqU4Tjh+UyqVk6R0yMubJp5/fvjnz2xbfWQPbx0A4CAHWgPAYuSlySVLnn+Bl8vjhWqsNTbAFQ4X8ZuORTaibWZUS0LKx2+837hUlGzXGv+stY7jUrk8xH5TKpXCwbIXXxrbsGHr4Zg2BQDoAFpdArBI+cGJbz3j8Z/leS6EMCb3GJMbk7PcGGOMyfPcaJ0bY7glgpMe4aXHrUbMpcTF8XmFPymlMcZaKYThOJC1vF6f1jr1DcDbnvMoiuI4GR4eybKsVpuanp6q1abdYGpi3TO12vTMzHStNv3cBef36h4CAA42EK0BYPGyafnk6LPriazWkQvTGJeHEkKQtWSbISIX4CFqC9iIZqRsivHIxlRwyV0XOkZrpGwsW8wLFsdxqVIZGh4eKZeHKpWhSqVaqQxVKkP88pCXN0089/zIs8+8sfrI3txHAMBBA7QGgEXN5kOXD//8GW82PhvlCmVkoDS8XRCRmxNeEK5T3DyjSkopuM6mpbiYJ3oHRTa+wsY1kmpFK6WTpFSpVIeHR1hrWHFYboaGhg/dvGXy5Y1Lnn/h1VWH9eRmDgbrb7wBfxdA/4IkFACLnSfeceoJ3/+RMfn4+FLORhlj/LtxnBiTGxMZU2znmE0URVyUIwQ52/GRm/DwgkgoJflT/plRSuW55sQTZ7vcCbhRkJny55bneZKUhofHjMnr9dl6vT47O8OPen1mdnZm1cuvzc7OzMzUXn/91a1bt7x+9QcX6l72K8d8+8GlS5dzdfbf9PpkADgQoDUAAPrpmWcFbB0cAAAY/0lEQVSs+da389yMjy9p1hpLRCwZxuTGhC0wSeuInYbI+vlQ4cP7Teg05Bo4CCF4ypXW7Eyh1jircaU2XnfCZ2NMkpR4kKZpvT7rHvV6fTZNZ1esWFmv1+svbtm1a8f27a+ve8+7FuBm9gUn/+gnXIKdJKU4TuITzuAJ9lEU9/rUADggoDUAACKi9ee9dz3RO/993dKly11Uhlhr4jjJc5PnufcSN7Bax95p2tNSAW0fJfJtp6QUUmprdRRRm9bkeZ4VdcutTlNokDHGGBPHeblcMcbkeebNpl6fTdN6vV4fH1+yfPnKNa9sd1tmH37r0fNwFw9Sjn3oYY7EuPWBkmjVapYYfsRxXC4Pcaav1ycLwAGB32AAQIMfnHj88rvuOuWUM8ON1pLWxpjch13Ct1w2qiOC5jAaPoi15CdPuWfFf1m91nSM03j1MQUc5zEuhFPmQRC/aQrk1OuzF7+0JU1TY0yWpWmaZln641NO6NJd7DGH33tfqVQu9IVXcD7siDhOqtWR4eERrSOltNa65Zmrs7XGHwXQ3+A3GADQxCuXX/51ouO/+/1jjjmeiHzAxpgo3I0nSbFSxHFCRcnwXEdtVhrnNBSUG/MbPP2KiLhOmIjCgpuWaI3xE9ADuTGGJ3OZPM/jOK7X+ZFwWqpen3VbYv6iLMvYbM5b/7IxWTjRPc/zx047qSt3df5Y9uUvJ0kSRUm5XK5WR6rVkerJ7yyVyqGvaK28uLjtKlSZ8K1eXxAABwR+gwEAHVj3njPXEZ2/YePExFLe4sXEGOtCKVGWZVkWG2PiOLHWSmmUUtYqIiulLyWmFqfxL/2qfi0JLF4Qh19qrYjYb9qjNaHKOJ+xxhhrjMnzNM+zJElcnCYOHkmeZ3wa1lKWpfxocZo8z8599kXvScYU08HStL7woZ3ld92VJCV+xHFSLlcqlarWWp35Xhd0iXz0RWutVOQGrW9xwCaYgNa0NOICXxcA3QVaAwCYk/uPOuzMnz41Pr5kfHzp6Og4/6WPojjLWGgirdM8z6zN2Wy01iw31ioprVLW2pa/lC1hm3D5PgrnUjXvJohIa83/ZIVa02IzrB3GWGOyLMvyPMvztCVmww9/WGuJU1EdtcY2vsBkWZbnKZFQSl356k4iCoynOAk+TppmXpU4GmSMaZ4HVgyCDlxNbiGEjKIorH2J3nF2FMVOR1y/ib2wmeaDN1Smbcp9Qdd/iwBYSKA1AIA34/snHHfC9380NbVramrX5OSKLIuzLNM6yrI0y+Ioitz8pSIbpXWklLLWSmmtNRy/CVo0NB08dBrOYbUEctpOh1fN0exPgc2EA36R53nDbLzQpGlcr8d5PkSNGJIgl4pqdprcSZLJsjTPC01xy+00enmGWuOcxfoPstlwHQ9vJyK3ApBwF97aaYvbm3NVr+/eFcItRQObadWXuayl4xhaAwYGaA0AYA/89MwzVn/zW1NTu2q16cnJFZXKUBiw4T//bmpSniSlKIqlNEoZa9lwiiVqmjXFBvU0xUQqfljb2WaKj7mKHO4zZYxwKyOLZrdQRLExOZtNkqQ+A5WmJQqcxg/SNM3zLKjdscbkodBkWWZtzosgB2ZTvKRGHCbQG/Ijy50iqGl+e4vW8BbBIhh0GG3dwUmQcjsUezpBad/S2DiX0PhBl397AFhYoDUAgD3z3AXnPUd07EMP12pTk5OHjo6O+4CNX23GFbtwrW7iAjY2NBsh+K9mI2gTToPydTZBUKdJcXjmVBjR0VoQKReq8YpTVOdYq+I45nRSHBdJKLcqjwi/hSugsyxzk6qyQGgaYyJqidaw2fB1WZu3LTrY9LL9xlq/lGHjWXRctbltEefie+dWmX3b4iq+56z6BqAvgNYAAPaWp88+q3bvfbXa9OTkoUuXTnLApkVo/BylOE60Nk5oGmYTxgNaFrxpnuxdbPWFvcGnGnsSkZRhkwfhZIK83GitiOI8T+K4nmUlX1LDBwvlJiiyKWymOVqTOpVpmI0QkkgKIawlY3JrOXVFzWsQdnYacqLWZDXuxnQM57jYjJKyOIeOsZk3FZci3xfWawdv7ePvBAAHGdAaAMA+8OJFF75I9NaHH5mZmZ6cXBHHJWPyYqJ3MOmaX7bMJdZaG1OMpewQp6FOQhPCoRqvNaHcKCWEELwOcmhC1hZZLa1VksTW2uYyGOtmqnvzSKyr/A2FJs9TY4wPz7hJQ4KdhvuZs9bwDQltJnwWncWhRWuKTe25J166MNSaZo+hTqbiJabpps01BqCvgdYAAPaZJ89615NEb3/kB6tWHbVkyWTLXGtfctuyIEq4SorWkZTCP4QQ1gopBVERYfD5pvA5pKPcaCWsi9Pww/UhL3aQUkjZtIMx1lrijb7nQxxrogprDSekXAaKTUKxaninIZJcYMRa48I23maagjWdzKaRAJrLbFycxgeKtN+5JfQSOmIYD9sbp4HZgH4HWgMA2E9+9q53bvz8HatWrV61avX4+NJqdThseRBqTcs6tkrpKIq82bgghH9I3rPjl7Z4TGg2Mqjb8Ts0T63ijJUInIZCy3GVvMR+E0WxD97kecqhESLBzxQ0kQjjQ15rjMkDp7FB2YpXDeG3t8xvD643LKbhehrebqmj1hBRYDNzb3eD8KIB6H+gNQCA/WfbNdduI9r4xS8cffRbJyYmJyeXl8tD5XKFi2xalrgNE1JZFkVRrLXuqDVaG2N4hpFsD9u0BGnaYzbUZjMUNGrwZtPiNJyrctGXcCDjWBOV+TBhBwm2Fs5A+TIda3lWlHDxm2LFmlBcAoNpnHQ4DF+y07ikkp1ba5yfdAretGhNR1AxDAYAaA0A4EB5/eoPvk501P0PbNu2deXKIyuVarlcKZcrpVLFq0xLQorLjaMo1lq1a40xRinjQzv+izoGaQpZaZ5C1TFa0xLXkVIETuOnjrdqjZsnRVJyDsuHWCx3Ly/+o0KM3DMRaWu1G++DL7RoR3Dm1omQnz8VhJh4H/4vtJniKJ2+yA061zMD0IdAawAA3WHD+eduIDr2oYdXrjxyYmJZuVzhyA2vPtyShNI6yvOM1yzmZVOCh2Kt0Vr7AYdtqCky4UMvJAQJ2WQD7X5DtsVs2EuKVJQL1ZArr2kIDc8Hb3wvkVRCSlJSWPYbay0JsmQbc6yKDxpD/ghz4QI5TbRomQ8y8fVKKaRgj2nSmuKzc2mKbfnf4OvmfguA/gJaAwDoJk+ffdbTRKf8+PFDDz28XJ6qVIZYbnj1Ye83URTxKsBZlkVR1Gw2yhitlDHGKMVuwwPlJ/U0bCYI1VCnNEqjoabgcEvjsz5aIyWnkxo247NUFBhGMXsryCMpKZQkKQVnpYwla8gYMoHKdBCsjqfXjI88hTLXlG7jyxGtKwFZcveB2rYH3jPnW/Aa0OdAawAA3ecnp5/8whc+f+yxJ0xMLC2Xh8rloUqlwm2lfW1NITVFE4bYa41SHK0pYjY8VMpkmVRKaR25IhsrRFEfYwQJUwQzQtoLa7wVOb8RtlO9cCg0UpBpq+ARgdyQIMUTqYxTBdt40zRrjehkXe3byc3naq8fapGbPVT7zhm6Kd5iIWvJxAHQv0BrAADzwhsfvOYRomVf/vLKlUdOTCwdH1/KchNFia+tce0XsjzP/MQopVSYgcpzJWWmlHQzpFLXwbE1DyWlNaYIYPAf+46FNS1+48ymSORw2ohVhp9JsjORdKku0RL2cF8hZavWuNpiX7Fb7Fm827zGYEhbxU8Hrwpf7lFf5jp4+wOAvgZaAwCYR177wAdeI5r4wufHx5eOjy9lvxkbG9c65obYeR5zNoonRgkhtOZIjZFSeqFhOFqjdcZ9qpVSUpCRTY4ipRWGO0bNGa3paDZELvZjCpUpnqk15+Vdinzmi4ioKPEhaqiMoTm1RojOWtOy3M5cSSghuAioOW7USUqsJbsnlYHWgIEBWgMAmHfe+OA1bxAR0Yq772azGR9fOjY2USpVSqVyqVROkpKfGGWMljJP0zQUGl7VVymldaY1B2wirSOlIqVkoBqWhUZKK0RDbnziqT3swS7AdTYt2kGBbbREa1p9ghpjKQu9CCM3LcfsmDlqUhlLVuxJa5zcUJvZ7L3EQGvAgAGtAQAsHJsvu2wz0ejtt7HcTEwsHRkZ83LDg0plSDUbTVu0JtI6C/1GKU5guWhNITSW62/YddxCNdYYFgL/Frn9feskok4i0h6t6SwogiQRyc5a0zEb5Qn1QgRmI1xZdNPDncP+6Qun29oe8BrQ30BrAAALzY7rrt9B9BzRIV+5c3x82ZIly6rVYS835fLQ8PDI0NCwD9JIKZ3nqBah8S+V0mwkrDXuUYyV4kPZ5u02nBVV/Cd9Y0iiPUVrhF/auAVBUrRqTcc8VGvuiRoqU5gNkZ2rXpgaE8gPzGysdxpYDeh3oDUAgJ6x5YortxAR0RH3fWPJkmXl8lCpVCmXy0NDw9XqCD+80LhoTcrhmWa/0VyX42aAt5qNcnRyGuvWA/TtroNR2zQo4YqR2ULCVW2kr60hIiIhSQoi44SGmrSGXxpjuT2nO/WmII03m/Zv94vi7Cn6MtfDtjuNMdbaN11jB4CDHmgNAKD3vHDh+14gmrzzzomJpWw21epotToyPDxSrY4OD4+0lAy7CA0LTYvWtJqNlMSdtwOz8VrDuzmtaXgNZ6SKwI0U0rat/Nvy0sdyiqyWm31dTI8KhMYYa3JrrGWn8Z29g9MnIYQUgv1GcNGPIGvJ5GS8mphgvOcEk212Gmut4W83rqc5DxbqZw7AvACtAQAcLLx65ZWvEhHRqnvuqVSq1erI8PBo8DyilG6J0PCA/UY0q4E3GynJ9W1QUmqlVHOohlxfKikbiajCaLgHk5RKCimkkkK2dyFor7lpKI4gIYvl/rzKcKTEDcJoDTWfv5ccbjgl223mTSI0xniVaRWX0GlCuUG0BgwA0BoAwEHHSxdfzINV99xTrY4EOanhkZGxcnkoiiKtY24D7p5j0UrDWrzWcFMqKVUQqrFBnEZ4t3FNJTlFpZzuKFFkq1RTv4J2pyFLwhIZIivICCGNJWuc2ZhQcVqiNU1jtwd/k7RWkBWWByTbAjYdwjAtKtNxB4+1eQ9+3gB0D2gNAODgxfvN5J13stZUqyMjI2Ojo+OjoxNeaFhuoiiOosg1uxa+gtjnr0Kzac5GBVpTlL2Qa7dkXVqqITQuP1VsIfIKVXgMkRFkSTTGbolA0WY25LSmOQ8lSAhhTc57keVFcoTlZyvISkvCWskv29ylNSrTvoMxhnuMB1aT5zm0BvQ30BoAQB/g81Njd9xerQ4PD4+NjY2Pjk6Mjk4MDVW937DZ8Mp+HAGRkmRRWaOVUq7IRod1No3JT0V4hog43EJE3LVbdRQa3iKltNYSea0pIjRBtMbyuQghhRDWUFhY0xytcbXDTntYQlxciEtsvNxwzIa1Zk6D6RSVyZ3EFCpjTO5f9uYHDECXgNYAAPqJ7ddet92NV9x999jYxNjYkrGxidHR8ThOQrPhAaeQwiCNkxs/LnTGhWcoSD8RETXWA2zKQ3mz4YANV/7ywwVpRBi5KZxGCClIWiIbmI21jVCNFCIUGmtzY0whNCRCvynyUFZYK9qdplllvMfkoc3kedb+3IMfKgDdA1oDAOhXeHE/5qj7Hxgfn6hUqnFciuMkjuM4TuI4SZKS6x+uA7PxCSlOX8VSSuG6V7f4TbB8TgehadEaJzeGyHqtIbKh07jITSNsQ65kmIgCoSnyRD4J5dowNCmOKyVuSTDlgcS0G0wHocmyNE3TLEsX+qcIQFeB1gAABoEN55/rxyu/fk+pVIqiJEmScnmoXK6Uy0OVylAUdZCbKGIBiqMoieOE50nxcVzFsfJmE+ShZLDETavWWNtSXmNdIEYKEmHkxi/sK4RwsZYmoXFlvIHK2Fa/sda2K4sxLQbTIjHcOz1N0zRN6zMztXp9lh+9+OkB0DXEmptu7vU5AADAPLLi7rsrlSHvN3Ech1rDQR0f4GG5ieNEa+1W6mOnUS0qEzyzXhjvNG5gfBGxL6wJojX8wcKK5hCaYtCSfiLiXhCNEpmWYIxzmobQZFmWpvUsS2dnZ2Zmat5jfnjS23r84wGgqyBaAwAYcDZfdln48vB776tUhuI4UUprHfl0lZebKEq4BjlY6K+YKMUlO20zyYXfgcdExFrjqm0aSSi30p601vpZSNbapklQJFrMhgM6ROQqYxrlMqaRZ2rKK2VZWq/PssF4j3nstJOoOkQ01IMfAwALArQGALC4ePGiC8OXh33t61pr7zGB0Pixdg01uapGlEqVSmWoVCo7WSnMhmeJh37DYyoKhJtcJBzwgnvt8MY8z9xu5ENBxtiwEDjL0tBgvMc89QvvJhruzY0GoBdAawAAi5qNl7y/fePYHbd5uSmcJ3gppdRaVypVzm1VKkNSKiLrCmVsC0TWZ6zm0BoKPYbrbDhzxNEXN6WpscZMkOqyPq/0zHvPJhpd8FsIwEEEtAYAAFrZfu31b/Lu2B23cxSnVCr7eh0i4jyREGQthXJDRD6W40tzhBDtWmNMziqTZZxOyrIsC3JVhdO0pNUAAB5oDQAA7Bvbr72u16cAAOiM7PUJAAAAAAB0B2gNAAAAAAYEaA0AAAAABgRoDQAAAAAGBGgNAAAAAAYEaA0AAAAABgRoDQAAAAAGBGgNAAAAAAYEaA0AAAAABoTurDL862eePl4utWxct+W1O9c93ZXjAwAAAADske5ozWR1aLLa6HRfjeOzVh/+uceegNYAAAAAYMHojtb8n28+GL789AcueWHb9j/4xoNz7Q8AAAAA0HW6X1vza+889Zyjjjj/ls92/cgAAAAAAG9C97Xmf5397o/d+0DXDwsAAAAA8OZ0WWse+c1fve2J//jyfzzV3cMCAAAAAOyRbmrNbWuv3bRz1+/dh1ANAAAAAHpA17Tm4xecc9SSsQ9+9rZuHRAAAAAAYJ/ojtZccfyxa0898Yy/+n9dORoAAAAAwH7QHa355MXn3fv0s3u583lrVv/v976nffuN557VlZMBAAAAwOKkC+vWfOjUk0pRdMlxx1xy3DEtbx39x3/Vvv+31j/35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+<Rect height="53" type="negative" width="54" x="11" y="413"/>
+<Rect height="29" type="negative" width="28" x="385" y="241"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
+++ /dev/null
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\ No newline at end of file
+++ /dev/null
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KbQ4qSHbRKm9RiSVZk2TqP/+BTHRdHJOVDbCM2l78x+w/Qf0wPfAN1SlBLOk1vwG3kPLMYinAnK1QhmIYtvTCFEHJsQrYkilqqNhiz3TqqJoVWqVCrX3j50/vzpn94177dKodYgCIJci3zk5b0LVq9TZTSQdbJtR8s6KaFJncYwoKPbYEytaiK62bRpdNKyTvBBik1DJNMvJKZQGd1jcp+qnyyqjChsbip+tW2Cqc0BkbEZkjeeS2rN5WTc1N8CfkNI3nIoJZwSKsBpBGOEczXPUAgBEw4tiNZEEZNhG8gSmrmcFFQT27YNrVKlUsXZf3Df+jXtHty8AbUGQRDkmmPjgddHlt1QqdSgLhjKaGSQRi2qtLX3P0vb68RAZbTwzBTTaApZJ5qt2IU3d6gD5rq7aGNdyBSJp9yd8IvaRmKyn4rCVwUhhErRyKoMpVMrTu7OzAchpG17F3wUa6XleYAnoA7gq5y3txxKKXxKqQCt5Dw5JoQxZoHRaHKTidxkC26gmthzHMf+6c/n9bJM1BoEQZBri3vefGf4uhtqtT41jQaCNHIfQj7rBBEaOWpPTaCRt5Qwo/AWnhUaQCSdzXBDKCGx5jFCZM0mG5Uh08dvpKxoyiLIpYUmvXNqiWmvO0QL0sC3qRjMVLGZNorTbiZhzmxUHziRIZyi5YBcSqeh2l8HRTZGQW4MLXJj6XJjWbZhmPe/c/iFm6//cFdX10GtQRAEuYZ44N0jg4uu6+sbKJXKMI0GgjTqn+yazegrEQzpNInQGAal2UHAaRlNdsO2GtxCtURT0trD8ypTrAWeQmVg2bWAY3IJodHvlIfqjzRaQzW50W+nkhv9G5TZJEGsnMqQgu7APbrf6FXVlKZmoyeniGz/JgXLoYldCf2vI4RQaiidKchNglq3blk2fOGTH5w4evT9n3/03g99pXUL1BoEQZBrglUvbl+27Mah4UW1Wn+l0ue6xayTpQIzbauDDYPooRoVmNGDNJRmwjO0MHiXF2bpkoLEkDY2kxgM7IPM3TOVrGi3SoDy3ymtgU4hNW3vzn8PrO2U54FOcdtOcUgmXVVcgEWnTU4RTW4II0yoh8chcqP9XRaEbRhjUZSKji43MiYHyy5M0zSdl/e+tmXjDF+IswxqDYIgSO9zx65Xlqy4eWhouFLpq1RqpVJZb97O1QWr3JPahAAqo7RGj83k5Ibo4RkVpIHuZZGEZ8BmhByqS6a0GTGVzXAOu665EByOSWIzRFeWDesXzPiZ3Lf/XN5xoE6XwRBCltxM5ze0veJoIa6i5RAii4cKySkCcsMJJ0ksByYiUsoJEdrfRZXcFApuTPlhyOcDVcaG8+pP96y9Y8ZP4+yBWoMgCNLjrN93cGTZDQMDC6rVvnK5WiqVoempWBesqoPVtD3GqJ57Ki6hTN901XutakcCmyFJkCaxGU4Eyex31NqaxDQ2w5XLJDbDhRDr1w1N88S3v3RIj9/IKI7IQVI7ScIz8iANzKivbrh3SlXaf+C8dJoPYzmyPib94HEay1EpKlEohSaQFGOEyZwU59CeZlDK4phTyimN5RNhlNrtwjaJwOqiBsZz78/efem2lR/68uswqDUIgiC9zNbX31qwZHl//2C1WiuVqqUS7EPwHMdpF6GxsisR0iBNLnigPlTJbSblJDJlNHp4Rn3APZynElOIyugSk3yW85jtLx3inHMeq5/SraUuJnMSQ/JSw9tpTV5o1J+U0qefeSP3VdVBvf7ezGPbf+C8pjVMM542ZqMmANGsx6jgTazNttEDY7riKDfSgjeUEINSJjNTnFJ4viohlVoNPFr5fJl6aoZh3v/OoaNHD7338ftn/gKdaVBrEARBepPhv/nrW2/9yODIklptoFqtqR1PrptMppE2o1JO+iJulu14alNJQ7LhmTTZJB/ANDYjhOA8+dDkRmSzS8knei7ppR2HubYNqcHrsBOpbSSGq98reOE+/UsqjAGaosQmPWp7D4iNPF3sxz/5mfIDxozpLUfGRZI/1dmWD4BwCiOGMx8kO2hHN0ulkklNsRa8IYRSalLKZeSGx3FMqSBEJaTkpvUk8qaUK3mIcIU4O3a9ec9cX5CJWoMgCNKDrHz+haW3rxsaGq5W+9R8Gtf1IE6jdXFbchqNHqRhmTKagtMQrbZDJGNniCq+JWQamyFSVojSGs7j6VNLKiQTx8pjOOdxsuQxjqIokrbCpxKa3D3630gIKdjGpZ1GxTPkNglTpu2S4MePf/IzVaHCGFt/T/qkoEAHLAfON+T7NMWBg7zW6BU5uVtASQ8laamNbAhnKidFCJV+wyk1VbUN/BKtFicNSFHKDMN09h44sHHdTF+tMwlqDYIgSK9x+45di5bfNDg4XKnUKhUopik7jue6riqpsW3bNG0lNJrTZHqdck6jo4IEXLtTFxr9U5AKGZ6BA9CTxFFyIRkpLpmQjNxWHcVxBDqjjuM4ku7CFZdzDFqTLYVR+ZfMp8Vj2UdkZm91y5GRHGb85Nm3VCxnw33pk923/5z8NmVFeb8pmo0a1qzfqtdHj+joDeFaNTHVIjec0hj+uux1pP7q9IQYhrnltZ/9/Oevj/7iF6/mEp09UGsQBEF6irV79g8vXdHfP1it9pXLFc8re17ZdV3H8dS0PdgHVAjSGG3LaHILKaG5idB8YUehJTtjM3rWSTpKzHm8fl3yBr9t+wdSM6YKySihSY/DMAjDMAyDMAzaWYv+g7HuQHBvELQajboQ3HVLrlvKrSXX1nlmzpKmPcnEF7XbXHWQtXUdFch55sdvgskYhqkUZ/+Bc2ozpUoJTeU3ueJikhlUk75SRBbciOmqiXkcUwjh2Hb+ctLDNvCoTNMwTfPYMz8+/OCnZuH6vVpQaxAEQXqHzQffgGl71WofBGnUOm7NaRy5jtvU3q1VMU0h5ZRrdCJEkGQuMJl6+K9MNrUNz8QqzbT9pcMgGc24IV2HaxYSFzwmjKJQt5kwDJrNZqvV8P2WjOKE9fpkozHZaNRnNqgw8L3/6nklOKuWZcOeSDmp2TZNy7IsyO7BgSpXauc6BmOGaZo/efYtGBKz/l7lN+dVjEf3G63yJh+/UTsyieY36lUj2WpiGbxR1cRJTgoqqm2b0lzURiujBrkBUbNf2PbO/R+dwdM7I6DWIAiC9AJLf/DDZctuGBpeVK32V6s1cBooENZ3cdu2A2P3DA3GjEx4huUjAUlJcCEwQwplNFJiuBae4XroZcP6YULIjp1HIIXUjOqgNVEUhWHQTmiSkIy0mSAMQ99vgso0m43z588c+tQnO3OSL37hFy+2u3/5088sWDACiuN5nut6pmnLQE4qOjm5UV+CT5997uegC6rW+MCrF5TcGIahB29kLizjNFOFbYh84fRSG62a2KCUQtl1MvNP2KnMyhnKJO0PV6U2hrVj95v3bJ2NU/2hQa1BEATpBVasWDk4CAXCVc8rl0pQTONpm57gwGqXGWnjNDr6FDhCch5TTDYlTqNFX9LSme0vHYLYDGiNspYwDKIoCMMwjuMwDFRIBu70fb/VarRazVarMT4+durUsQuf/0JnT/B0HPn0g0e0T2967vnBwWFYiw1l2pZl5URHTXaW0pPGz557/m14ddbdM0hk8Y2s0jG05BSHUI5IFnpnFlaQQtiGFDZMaWkpRrSlWeqA6sG6dPVVmpAyDLM+x7JRqDUIgiDzno/+/IOBBSPtimkyTiNH7en1Im2cBtDfIIGc0+jNTXHMldPo4RmVbHppx2HIJCmh0d0lDIMgCHy/6futIPDhHpCYVqvZbDZOnz5+7Bd+oaPn9Cp47+MPvKd9euv2HX19g5rluLBb1HGSgidVnaNWWMBr9PwL7+jFN/v2n8slpxgTsOsAIjcqZqMav4thG0CvJmaMcC4opaYJSpDqjf4T2nzCTKnNypW3H56Fc/ihQa1BEASZ32x9/a3BRddVqzXpNCVoepLhGX2HpV7qYebandQupyTvlN3opDuNLjRQpBvHqcsUkk1xHEPpTCTRK2NC32/5fsv3m61Wq9msT06O1+sTFy6ce/tj9xEyIJ/lRzp5SmeWt+67Rx0v/cEPli69vlyuQte947gwRshxXAjn6PEbeKV+8uzPTdMwDHODVnyjmrCk3AjGqBCM0jYht9ymBYVecEMI9EkZRO4EzX1n9lPV4s4IIR/9+fvbbrlxhs7W1YJagyAIMo9Zv+/gwutW9PX1Q+JJm7aXOA0UCEuPSXNPMqEg1HDbFPV2yOUO6TZDaPQmaSGrYfRaYEg2NfUSmSgKldAEge/7PkRoms1GvT4xOTl+7txpXQJ6j+MPPXScEELITc+9sHDhYujA97yy4zhQ2e04jpauSg6yySkDRuDs23/OMLgWdUuDNypsk9ujDtDs/lG5tEHIH2EybEOEEIbR5lnoMRshSBRFW19/a/edt87eebt8UGsQBEHmK7du3zFywy19fQOlUqVUKmvT9lKngYpUqNswTf1NsFAXXEg8TVFJo4RGaINkEqHRk01wv2YzidCo8Izvt+r1icnJibGxi8eOfXDm0f+GkHmze+gqee/j90OiavXOlwcHhyuVaqVSg5dPJae0pioLhgyBlT7/wrumaUHwZv+B85xD2MZgTEi5gQqcTFpKoe5ULzT4CaVCRuxUQir5CUIsmYdSd1JZSiziOIqicMP+1/at735QDbUGQRBkXrLkqaeuu32ddJqK66ppe+A0jlzNnck9MQY9vUIOsc1kFy5VSZPMu4tj1d+UDJXZuGHhjp1Hoyhsha0oCnPhGVn221IfjUYdwjMnTx794JOfIGQ52bCms+dvrvDG3VsIISNPPrls2Q1Q8V0u16TcJGsulN+oEE4cRy+8+J5pmhC5OfDqeTVih3O95ibfCj4FyfXAOVffaRgmyTpuIRVFKKVCCDUK6CMv731ty8ZZO1WXBWoNgiDIvGTlytv6+wdhiDDUoiqbUcU0MuVkyiRULk4zndO0m0Oj6oHTIM3GDcOEkG3bP/CjpmrDlmW/YRRBsqnl+77vt1otSDZNnDt3+o27txCyiKxe1eHzNjc5/cgjpwkhhKz48U+WLFleLlfL5Wq5XNGKi10ou7FtR04eikzTenHb+6Zprrt7aO++s5wbnCeDiKTcqJnF05hN2vfEmEEIl/cIQgySbMVIFoXKeX1UXTxq6GEURXEcNrs9zAa1BkEQZP6x9fWfDYxcB2WnMk6TcRrwGG3ordrPnCm5yE2kVcdTCY1eRgM929tfOhxFoR+1lMRA0Yy0meSjXp+o1yfGx0ePHTt04uGHyaoVHT9n84NDn/rkIUIIIbdu37Fw4WLwG88rOY7ruiXPK4EvSrmJ4ziRm40fHSaE7Nt/1jBMzrlhGEIwIRjnTLVKtY3cSEFJ5QZm9Mm0lJHJRxFhWZbuRvpGiygKly69vvGDHxx/6KFZPk9TglqDIAgyz1i399WhJctrtT5wGsfxtLE0ybS9rNCoklIlNJl5JFPtQOA8UxkM715q48FLO45EUehHTVUIrIQGBuW1Wo16fXJycqJeHz958ti7D3yMkKVkzequnLR5x1v33fMWIYSQ9fsODg4O12p95XI1CFogN1EURlFo27ZtO3Ecx7H53PPvmKa54T6Qm3MqbMPYdHKjgHSSOmZJlQ2HjZl6qU3WgAXnseO4KiMZRdGKFTcfn+2zMzWoNQiCIPOJ1TtfXnjdilqtv1SqeJ6n5SYSp1G5J209QhqnUePU4LcVgzQwWT8nNFoZTbxpY1JG40cteHMNgiAM0whNs9loteqNRn18fGxiYvT48SPvf+IBcutN3ThbvcD+DWuW/ejp6667vq9voFrtL5X8IPBhH3sY2ipyA3Lz/AvvmqapVRPHymsheCNnBKct/VrRDM0mpFRHFaeU5kpt4LtAa1R7v9y6FW4++MYrXfJX1BoEQZB5w03PPT9y/c3SaUowcM+ybNO09UluMOZE360oR9SkQZpc+kkIIYM0VM6egergdJGTVkaTCA2M0ZOJpxaMzmu1GuPjoxMTY6dPH3/znrtQaK6eo5/59FFCbnruhQ1Sie8AACAASURBVKVLl1erfdVqP5xwzyslaycSubFBbvRq4v0HzjPG9YtBCAG1xEIk0TtNVsB4IXCjYjZEFtxkur2FEJZlqdGLruvFacgmWrvnwKub1nXqDKWg1iAIgswPRp58csmqO/r6+svlSqlUgmG1ajRt4jJpmbAhB+0zPUiThmnkP8th9po2YS/ZeKAiNGq2Hoyi8SNfrWcCoQkCH4Sm2WzU6+Pj42Pnzp0+sHEtWbm8W+eqJ4Ge8Nt37BoZWVqt9tVq/UHgu67veSXHiaIojCIYU5REbqCaeP3didzItaZCiMRsGGNqE7hCKyQXhBDNbIgQPDfVhnNuWbbakuG6kI1KFo6u3vky9Hl1EtQaBEGQ+cGKFTf39w+Uy9VSqQKj2/TVQozpuSf1T3OmRgkXi2mSwyROQ9VaSn0aDdQFwzQaEBqVdYI4Daw4aDYb9frkxMTY6Oj5XXfcQlYs7vz5uUZ485673iRk7Z79w8OLqtW+SqUvCHzX9TyvFMduFEWWFUIML47jOLa2bf/ANM31dw3t3XfWMIR8xQ1YbEkp0/eBk+TaoFowL/0eZTiGYQohDINzbghh2rYtrxwn1iM2URS+uO3tj3W0MQq1BkEQZB6wbu+BgZGllUqtXNadRt8iZOQKhGG2fbFAGMjlngplNJGcRnMEhCaOwzCMwtBXiSffb7ZazWaz2WhMTk6OjY+PnThxuMPvYdcsr25aTwjZfPANtd80DANYIW7bMDcoVDmpOLa2v3Ro473De/aeIUQYBqzp5kIYhqGspTBsOr1mBKWEMUPdIwQxDEMIzrnJOTdNy7JSIZYBm2S6dOvpZ458+sGOnRnUGgRBkLnO6p27hxYvq1b7IE4j27mTD81p0gJhbRQb1dNP2nQ1QYja7iS0IE3ynrRp48j2lw75oQ/j9YIg0JYetFotcJr6xMQ4lNG8vnUTufn67p2ka5FX1qy+8dnnlyxZ3t8/UKn0lcuVIPBdt+S6kW2HURTZdmRZNpRJbdv+wab7FhJC9h84L4SAEmBCYJ9UsgpKqyOmJDtUmBAhE1JUCCIEMwyDc865KQSHIpt0x6mUmygKlyxZfoR0DtQaBEGQOc3K519csPT6Wq2/XK64bsl1PZV4ktsQ01ZeKTRwTGWNMFSB6r9VaHGa/MhgSDxt2/5BGKn12n4Q+GEIRtP0/Waz2ZicHJ+YGD937tTedXeSG5Z05+xc87z/iQfeJ+TW7TuXLFlerdaq1T6Ipbmu57oQMolFsltdvLjtfdO01t89tG//OTAbIWHMgKsFqm2gsEaIZGECZKZk0krIBd5SbLhpGBz8Sa07lamoOIqiTu5VQK1BEASZ04yMLIENCbDGUo/T6MNp5BBhKoeOpMsIc79QvpHpuaeY8xhWbW/cMLxz1zFZFBzCCictQtNotZpQRnPx4vkdt68ky4a7cloQnbfuu/stQta8sm9kZGmlUqtW+yDGloxQTLZeQOJJvLTjyIZ7Fuzdd1bmkjJmoyekZGE5zdYUM8bgJ7gyGyEMKB+WJeex6/I4jsvlJGazqlNFNqg1CIIgc5ctr73ZN7SwVKp4Xtl1k3ZutSRIdTwZhikradRUEhWqISQN1QiZewKt4dliiBhWO4VRAOucgiAIgmTvQbPZaDbrjUZ9YmJ0fHz09Onjr2/d3LXzgrTj4OYNt27fMTKyFF7NdDK0EEJwIbgQLhzrpTZCQAYqMRvINAlB9L45+TdAwIbIMcSMMQFDjSFgozVGJS3fnMdRFMVxtHjx8rc7chJQaxAEQeYutRq0PhWdJq0RVnEaxmDsfWIzcgKJ6nABpxG58cGyujPetHHkpR1HIPEURUHWaerNZqNen5iYGBsdvXD69PGf3Xt3d88M0pa37run8fQzy5bdoJquswEbIYQD10Kh1CYpr1FTbQghuUpzlY2iVMiITTKpTwguROI3tu3IPBR3HE911d2+Y/eb92yd7TOAWoMgCDJHufuNtysjS+WGBFfTGksNp1ELLGW0JnUaIYQyGyk0aZBGc5p0u1MYBdqQPXAaGEhTn5ycmJgYu3Dh7JEj73eysQW5Uo58+sEjhGw++AYUuMg4DReqxCa5DDKlNhC2YSy5TlRtVm7YkbZjgTIGOxkElOmA03DOZct3LPObidksXLj4zdl/+qg1CIIgc5HlTz/df8eGclnf+gQbEux2TkPl+xAhWimEfAdSQpMEaYQQ6t/QUEwTx1GULRCG6uBWq95oQHXw6LlzZ95++6cXPv+Frp0U5LJ5Zc3qdXtfVYOIZMympMmNA8eq1AYm9REiKE1G2jDGpMykYRtKqdQbqLLhUEGsm41s+VaNUVEch9Vq35pX9h3cvGFWnzhqDYIgyFxk6dIVUE9TaOfO5Z5UqCYpplHT79WBCtWoZIRaWrlxw8Kdu47KTQi607Tk4GBo4R49c+bk3nV3kjtv7faJQS6XAxvX3rl7z8KFSyAhpfKOskRYldoIVWoDZgP5KCU3ypWlJadmQymFbQxCcCHAbJI6HtnyncRswjAslSqDg7NeYI5agyAIMue4/pkf9922BkpqLMuRcRqVe0pXc4PQaCmD9JfAm5B6D1P1NGrH06aNC3fsPBJO7TSNxuTExNj4+Ojp0ye6st8HuUpe37rpxmefW7bsBnjdtdphIW8dQgghYtv2Q1BqoyWkCCEwxoYSQmXMJnEbWClFZas354xSATP6ZJFN0hgF8RrHcT3Pq1Rq6/e9un/D2tl7yqg1CIIgc44lS5aXShXb1tcjqNanJP0kR9Qwlo6oIXJEjYDhwprTaOU0ccw5FAgfnsJpMssQTp48+uY9d3X1fCAfnvc/8fH3Cbn7jbdV7ESrsMkAaxY23LVArllIFluqtWIk3ZAqK4dFOsMGrjTZ8q3MxoEklGVZtu2WSuW+vsFZfb6oNQiCIHOLG37yXG3Vas8rOY5jmhZkoEzTSjJPpp5+olr6iRS2PvGC1MC0vWRvZRiFURSFYbrgyfebzWaz1UpG7V24cPbdd988/tBD3TkRyMyxc/WqzQff4HyJ1vedltro7Nh5ZOPdw3v3nSWEQEc3Y4QQmC8sZOSGEAJCA2ZDGGNCwIdQ04dVzCaKwjC0HMdxHK9crq7fd3D/hjWz9ExRaxAEQeYWIyNLSqUybH0yTcs0LcuyEqUxTcbyJTXSZtR6BCEbccFp4J/mSZxmw3o5bS9diZBfWjk5OT45OX7u3OmXbltJVq3o4qlAZpBX1qxev+/gwoWLQXD13KTMSUFCiuzYeXTj3cP79p+llBJiEBJTmlmwQBJvVmYD9sOEMDgXUD4M2SiQariMTdNyHLdUKvf3Dy556qkTDz88G08TtQZBEGQOsfL5F2o33up5Jdt2TNMyTVPlnuRM4XzuKdeEK1f2KGIhklH2G9Yv2LX7eBSHsFw56zQNfcfT2bMnd995W3dPBTLj7N+w5raXdi5Zcj0kpFTXtxy4l1ad79x1bMNdw/v2nyOEEGJQygkhcicU2AwMDkiXjkFjlAzb6GP6IqU1tu04jlcqlRcvXnZidp4ju/S3IAiCIJ1iwYJFpVIZqmq0OA3knoxcnKYwVgRuhTaqBDJPSZkwIQSWKsM8e5hPI6ft1ev1ibGx0dHR86dOHUOn6VV+du/d586dHh29MDExXq9PtloN32/5frLHNAwDuDaiKNy1+9iG9QtyXVQqBKjmVhNCtOtQK/hiTGZLDcMwLInjOKVSpa9vYPnTz8zGE0StQRAEmSusenF7tVqD4XvwHgAlNbAeAd4kVKVwzmkIIXI3QhqoUSU1UCO8Y+cR6TQRjBIOQxi712o2m/X65OTk+Ojo+WPHDnXrDCAd4ODm9WNjFyYnxxuNyWaz6futIGipDe1hGCRLKqOIEKLG3mhmQwgRQsABVY1RCrlpNTEa+BTijqZp2rZj247nlYeHF83Gs0OtQRAEmSsMDCzwvLLjuDJor1Y+MejlZixt6s45DWQE9PST6nuCxQg7dx1VTgNCE4YhjN2DgE2jUR8fv3jy5LGTn/1sF08C0gH2rL1jbOxivT7RbKqATQsa4qAvDjZvb3/p8KaNI2oPgzIbdY2RtDcqZzZqSmRy9TJm5CpsarX+G37y7Iw/NdQaBEGQOcEt216qVGquW7JtF+I0pmlBAB/+vctY+m4BDSnZlT16nCZtfOI83rRx4c5dx2BBd5REasIoCoPAD4JWEMAay8b4+MUzZ0598MlPdO0UIB3k2LFDY2MXG416o1FvtZpgNrIzLojjEEYDv7Tj8KaNC7Xm8ERriEx36r9TFxu1zUNdwzJgY1mWbdtOqVQeGlo4488LtQZBEGRO0N8/WCqVHceRTqNm7kGohubqabKhmpzQCJl74hs3LNy1+7halRClY2qSDQlylPDYhQtn37oPF1heKxz9zKdPnjw6OnoBLgDIRfp+K4qSRafqgtmx88jGDQvBadQ1pqI1qsqGECKXe1NKiUyTJqEaiNnARjPLshzHdd1StVpb+fyLM/u8UGsQBEG6zy3bXiqXq7CmW8Xq4f1AVirQnNkUf0kx/bRxw/Cu3cflju6kFDSKoAEqnSY8OTkxOnr+1U3rO//EkS7y7gP3nzlzcmzsYrPZaDTqYej7fisIfBXSg2hfFEU7dh7duGFYpaLgEtN1mhB9Xl/STqUWy8tcKhS/JwEbx3E9r9LfP8PT+VBrEARBuk9f36A+q8ay0lCNYahQDaSfSM5pstPUkhE18A5ECEmKa7QwjWyASkpq6vWJ8fGLL3/k9u48c6SrvHnP1vPnT4+Pj7ZaYDaB77d834dGOVk+HMdxtHPXsQ3rc2Yj9FCNyopSSlSjuKq0URezCkY6juu6XqVSu/mFbTP4jFBrEARBusyqF7eXyxVY0y2bulUDlKHqLxlTTqPePAiU1EBnCuQI1BjZzZtGduw8CpOFoyiU/wQP5EDhFmx9Gh8fPXz4vS6fAqR7fO973x0dPT8xMQYxmyAIoDFKinAgC8/bmI0WrUl2xRNCtOtTTSJgKvQom71tfTrfDD4dHMeHIAjSZWRVDWyA0pu64Z0gk34qbEiAAz0BFXPOk9anpEY4Um9RsPvJ92GgcH18fOzUqWNHPv1gd545Mjd4va+6YXxMW6Gq7eZgVIVe4NrjnMMBY4wQTgijNFmnQOQ1KX+EqBlLWrO3YZq2aQYww8ZxvFKpMoPPBaM1CIIgXQacxrZtva9bvbto6SfabuOgyDoNF4JD65OeflJ1oHpJzfj42NmzJ392L5YJI+Sttw5OTIzV65PNZqPVasKlIoN8URQldTYv7TiyaeOIPsxGj9noKSmZL1Xr5RloE+iN6vVzHLdUqqzeuXumnghqDYIgSDe5+YUXPa9i2y6kn7KVwgbV3xeSYsyEwqCapKd744aFu3bnnQaST1ApDE4zMTF24cIZLBNGgPq6jadOHZuYGG026zDJBnrlYBYAfEBv1I6dRzdtHNEao5TOqMJhOGAg33IwQVI7LJu9k6vdtm3HcavV/pl6IpiEQhAE6Sb9/UOO49i23a6vOzNPWE8EyI2DyduJ8hrZzq1an1QGKggCPwgC2Gc5OTk+Nnbx1KnjpIcqhd/72lfg4KZvfbu7j2Secvr0yUqllrsIobQLQoZwwDnduevYprsW7t13llK4Arm24pvA3m8ia4ZhowL8BkPCGDNN27Jsy7Idx/G80kw9C9QaBEGQbuK6JTlW2LasNqEaNXyv2AAl/xSEJGu6CSFqYQL4jCwT9sMwgDhNvT5Zr0+Oj48efvBT3XjGV4vSlxxPPLkHDh792qbcl1B0LofWxs2TR49VKn2NRsM0bdixKmu8GGMsjhljjHNKKSOECME5p3L/JaeUqYCNzEapfqhUz6XYmCa0/JmWZVmu6733ta/MyMuEWoMgCNJNPM9TAXlVs6kV1qhi4bY/ncZphBCbNo7s2n08FpEyG8hDyZnCidxAX/fFi+c6/Ew/NDmPUfoyFcVvUKKDfjM9h5ddV7k47rpeEPi2bYdhYJpmFEWmGRtGHMexYXDOOaXxzl3HNt01snffWa2gRmSFRshO76QrSsZ+YMFZBDNsoO/Ptp1f/rt/7y/+fAbMBrUGQRCka6x6cZu5crUqNVAjy9I2FG2lZbYNKuk6UbU1MKUm3W4pNydo84XDKAp93w8Cv16fmMuhmiv1mEuSC+Sg3EzDxMRYtVrzfc9x3DAMbNuGCi3DMBiL4zhizKCUw0J4IbgQlFIqhJCpqDRgI4Seh6K62ciWKFOGbeyZykOh1iAIgnSNarXfsiyIyatqSrnMMremO5eBItJsEqfZvGlk1+7jMY80p0lG1iingX3djUb9/Pmz3XnCUzDjHjMV8Jsf/domNJupOLJ8WfXiuOuWgsC3LDsMQ8OwTDOKYxWwiRmjnPOdu45uumtk774zmtlAwCapsAG5oZRRyqHCRq0202qHTcMwLct2HG9GHj9qDYIgSNdwXc+ybCOL+l9/rkxYIwn056pqRBqridWHPmIYZgvPhVBNxzymLU88uQfNZhrGxi5WqzXXdSFgY1l2FEWmGXFuwuUkAzZQyyUoVdNroMKGkCRgk6ai9InDmtawpMrGNC3LnpEHj1qDIAjSNRzHzU4TVhug1HhWfaAwkREa+ERV1fDNmxbt2n081nYsq8oa6IeCWXy+7zebk+fOne78M+2uxxRBs5mGYyuu7x+dKJXKQdCyLKiwscBsGDNkwIZxznfsPLr57pE9e88wlrQ+ca4qbEBo0lSUnFWQiA1LDcc0DNO2nRl58Kg1CIIg3WHVi9utG1ZB+klOYqVpTY1WVEMIyQZs0vQTzA4hMlSjptcoo9FG1/hB0KrXJzsTqplrHlMEzWYaLlw4W6lUHcdznDAMQ9tO5gWYpsU5lwEbSmm8a/fxTVuh2VvNHVDXKtWaoTJmk8ZttIDNjDxy1BoEQZDuUCpVVAZKj9DA/+vVm4HaIKgjK4W5EEKFanSnkRkotTgh8H2/0ajvWXvHLD2due8xRdBspuLEjTcOjU2Wy1Xfb8mWKAsuJ8aMOOYQsBFCyNphAVEZVVgDd04RsKGyxU8NszFN05qRR45agyAI0h2gtVuNqIExrNr/8dNgjd7drfpphRBqhbJc3J1pg1INUMngGr9Vr0/O1IMvDo+ZFx6DXD5nz54sl6uO44ZhaFlhFIWmacKtEAYEbBhjnItdu49t2rpw774zhAgwG3XFCkG0mE1SO5yrs4GAzTd+9x/i3BoEQZD5ysInnrBvW6PKhNW/XFUMP1spXIzWJFP49Koa2NQTpzU10ACVjBhuNCYPH36HrPmQY4XnYzDmcsCAzVQ888zf/Mqv/E+VCgRsnCgK49iGMY+GYXDOOI85Z5RSzpPYDNTTEAJmk1y04OW6mhe8xjCMGbMR1BoEQZAu0N8/IFu7DRWY1woRCEnMhuSqaiBYo+/iyYZqIP0Uca6WJ4SwB6penzj9yKOX/wh71WOQy2ds7IIM2EA/VGia0AzFGYOLzYBUFEzn27P3jCqvyey91Ew9S+o1M/WYUWsQBEG6gOuWoLCGMUObVEbS5if1RyYDJf8UvBCqyY4WTkI1ISwsbDTqk5MT0z8k9Bgkx+TkhO83fd/3fV8P2MQxBGw457EQjHMGy6GkaVNKhdLxwlpvPVqTXPn/4Hf+u5kKmKHWIAiCdAHXLUFfq2qD0tc/Tf1zQhYLJ3EbuUg519Qda6GawPdbYRiEYZD7XegxyPQc+fSDi197Mwx9uH5kwMaSNekG5zyOOaVcCLpr97HNW0f27D1NiJDLE4pXsspMpdEaNepmRkCtQRAE6TQjTz5h37xahmrUnm4i805T7n/SDiFUcywWcTb9lIzgU2OFobwmjqPJyXH0GORKaTabYRhCSQ24chwnc/kgXgPteFDATgoVNoQQQoQaICm3RKXZKMbYr/3qL8xgbRNqDYIgSKepVPrUYks9VKO1PuViNmnTrNQbCNWkqy5zI/jkQqjk7iAItm97Bj1mKmZqfXTvMTk5PjQ0DCs4eAG49ITgQjBCxO6Xj2/esmjP3tNqvnCx7F1d4enlPqPMZOQHQRAEuRz0nQnapm4VqkkmC7cjcZrNmxbtfvm4Vjo8FcliqDAM0GmQD8H7n3ggCPwoCsCZ4YqCvKcep9FK2FWbXrq5jOSv59RsvviL982sUKLWIAiCdBrX9UzThCSUqp3MtUHlkJOEM+8Z2XeRotCkERzfb3b0Gc5DFj7xRLcfwhyl1WpGUSTHPCZhGhmtEdkLMs2TJn8kl2haOKwXxT/6yMy31mMSCkEQpNNYlq3WP8mSyUxAXv6PnxD5xiD37BB9IB+ojDrQnUaZDdTZ/OZv/uOOP8v5xOe/8KXHdz5207euoAF+DvJutnZq5QwZg+83oUKLpz13cdGhGYM81InNWxa9sueUTEIphJZanZX0E4BagyAI0mkgVGMYptr8l600KI6rUQghyJbNi3a/fIILnvuncCFcI4TgcRyHYdipZ4Z0lJzHPPzN/6COn/r635+pv8X3/SAIoijU8lCpNxczofLnBCG0IOXwKSWEfObTd85GPRNqDYIgSKcRgshBfHTalZaFnxNpU4kerVF5KHWst0cVW7uRtow8+eTpRx7p9qOYjmk8ZvaYmBiTPVBwRalwYPGA6Oknfe08oAI0n/zErbNUo41agyAI0nkEY/rOBHAa1QaV/+b0SKtR0HJSuSSUKudMGqOazXpHntT85vNf+NLjOx676VtzS2u64jE5Tn3ucze+8TYUC8s8lNDzUKrqS5uCTeTWS70TCubZ0Ps/dtPs9Z2h1iAIgnSU9772lXu+9DtCCDU6PtvoOuU4PvlP4XQ6CLynSNfJpJ+gqDOO4zAMxsfHOvXkkKtlLnhMkTiO4YoSAoSG68MFcpff7pdPbEnKaxL0DNR9914/q730qDUIgiCzS3EI3uPkMfiXq5Z+yhVRFndbEllYs3j3yye0phPdb7KlNZxzHodhOEu1mT3J4u9//+RnP9vJv3FuekyOOI70ju5s+imTDJW3hMiYjf577r7rutmeD4RagyAIMsNczjBf0BQI2MgNUNqY4XapKK0YMxetyRfZKKeBNijUmsvk81/40uPbH7vpW7OrNfPCY3JAQlOFaOSdaTkXSXu5Mxcq0aKMW7cs6cDMQ9QaBEGQq+VKlxLoCkLSoA2ZahBfrvpSvYvo7yvZQI1QhTWgTTPyNJEPx3z0mBwq5UQIyV5vRH7ocRq9zTu59rZsXtyZOc6oNQiCIFfM1S9XyrwzJCrTZiGU3h+b+zewUhz9TUVmB5KiTjXL9Uof3rXMkqeeOvHww1fzG3rAY3KoAEw2YJNZ+aTnnvRjQsjmTYs6tpsCtQZBEOTSzOySyGxshWhh+6LZZFxGL6xRbx7qVjoNVHFyuWqKodVcPp//wpce3/bYTd+6Aq3JSQzpCY/JIQTPXopC0xhdYvJThgkhmzeNdHLfFmoNgiBIG2Z52XWum0mFbcQlf1L94FS/hHNOksRWOhJnRh987zP95sveC8ZcIWmzXqGQhgiRDhcWgmzZ3FGnIag1CIIgwCx7TIZcna/60MplSOHdghQLa7RgT/ql7EpwhlpzpXz+C196/HuP6fdc8x5DGGNCZHZ6FAq28kYObd6d34uOWoMgyLXIe4XEQScXXBcyUKmZEE1otErh/C/IlTUAamumhKlOq9l9Pr2IrjLXoMfovPe1r6z/4v+oTx9Qh+1a9ggh5K6t1xFCOu80BLUGQZBrhE4GYy6DNiP19B0IuYQUfHXL5sUvv3KSE679Hn3vtw4ITaI4+TwBchlQQh66tm1GcdO3vv1f/8tXfvt3/qnespfdX5bhnruXdUVoANQaBEF6kznmMRmyJcN6kzbRx8/L+2luppmmMkTrdUon+8mATbKZYWJitPPPcV5TzEMhatV8dh8C0e6h93/sJtKlII0CtQZBkB5hLntMjmKdrwyopF1NstQG5rSm/yaGZm990wIcK7/RAzZwUCpVOv4UkV5DhQCLUwMoJQ9+ajXpttAAqDUIgsxX5pHH5NBLaop+c6mUEawMJCpak01CsazTUEqp43ideFZI73LTt779nW9/hRDyzW/9MaWMEEII/eVfekD/hi49tDyoNQiCzBvmr8cUEFqOKS2rgS/pCancDwCUEiHS+H8uCZUKDkuSUK7rdvCpIb0JiMvXv/YbuXvmGqg1CILMXXrIYzJki4UzZqNNE06+2q7mFwI2qrxmSrMBbNvp+FNEepO5qTI6qDUIgswhetVjchTTTqpwWA/haF3cer+JSkKpT0kxZsNYUglhGIZtu3/wB//qd37nn3XwKSJId0CtQRCkm1wjHlMgE6rR4zR6wY38Tr06My0ZFiITrSFtYjWMUmZZtm3bnlfqzhNFkM6CWoMgSEe5Vj0mQ7PZLMZpivXCshOq7e+gMpaTDH7NJqGSkmHDMAzDtCzbdVFrkGsC1BoEQWYX9Jgiv/mbX/3hDx+XQqMW62SSUOqrhJBcHgqqbWScJic0mZJh07RM07Isy3GwajjPv/yXXxkYGCqVyv/tY/+DaVmEEN9vBYF/5syJ669f2e1Hh3xIUGsQBJlJuruUYB7RbDb6+3nbIptsfXCyTmHqtU56+indcMmYYRgmYFn2tVA1/M1v/q/9/UOWZVmWbVm2acKBZRimYRiGYcA5MSSPPPJLjDHGGKUGY4wQwnkcxzHncRRF/+R/uyOKRqMojOMICEPf9/0g8IOg1Wg07E98ptvPGGkDag2CIFcFBmM+HK1WIwxDznm7Ypqc4uRKhglJe7yVyhA9YMMYk+/doDWWbdt/+qff+bVf+3Knn+es8Y1v/M833LBqYGDI88qlUtk0zQcf/DuMMcYMltLmmFJ1S+UxlVqjiNUBiI681e5pBlEUxXEI0hPHURiGFy+em1y3sdvn5poGtQZBkCsDPWZGaDbrURREUWo2sl6Y5JYhTxGqoYQIuZRHzRpOnEZajWkYhsxD2Z4374fyWhIv2QAAIABJREFUPfbY7w8MLCiVyqVS5eGHv+g4ruO4tu3ats2ShRGpphSO06/q5UfqHkII50IILl8RriOE7jqp/QjBddfx/Var1Wo26/X6xMTE+Pnzp8W9D1zyeSEzCGoNgiCXAD1mNvj1X/9HP/zh42EYxHHEeSxEpmpYK6xpM3JY1dYIQbQG7zQsYRgsjtNwDVQNO4736COb5tfL9yd/8nsDAwvK5YrnlT2vtH793Y7j2LZr245KNlmWbZpmUVN0d8nenTcbpTVCgNcIecCTm6zrFL8kP+VhGARBAOkq32/5frM1Ua/XJ+v1iYsXzzc3bun2Ge19UGsQBMmDHtMZWq1mGIZRFEIKQ5cbIhcsEELaJqEkSRKKMSpEklsxDCOOVR2JaRhJtGZezBr+oz/6vwYGFpTL1VKp7HnlDRvulvEY3WMsCEFB5ZBhWKZptimZnno+Ydv7SRKtSZxGIu/i+v3qzlRx4ABezSgKwzCQihMEAShOy280G416vT45MTF2/vwZ9rFPdvt89yCoNQiCoMd0h2azHoZBGCZFqXGc1G6od00im6SKSShKKcwfppRRymXsgTHGhEgCNlAka6q6YWuOVg1/97vfGR5eBB6zceO9tu06jmPbjpIYWflrqecCNUMq0caYMa27EOV/2gHRDuBPoqUC05iZSg4WXUeKTXpnHMeyxDjUFAcsxwfLSRTHb7VGx+v1iXp98uLFc8GWe7r6IvQOqDUIci2CHjMXaLUaURRGURDHSWWGXr3BGPgNa5uHIqnZEMaYEIIxASkoIZhMQpmmacZxBFJjWVaHn+D0/Pt//6+XLbtxaGjh+vV3u65X9BilLxCYkU1MqpXJhBIiphfMtDEYklUZqhae67fgjULOCiLyIOuXGblpd2fSSwXhN1AcsBwZlgujKIJADsRyZCCn6U/UG4362NiF06tu7fxr0Uug1iDINQF6zBxkcnIiCIIwDNW7oNIaVeTBWPKGSSl5+ZWTWzYvfvmVkyQtr4HC4QTQGs6h68cwDFlfY1imaX3sY5/5d+Sfd/tJE0LIX/3VfxwcHN669YFKpQZBmoLHJCGZnMfIJu1EZRhjhmpvaicrxdtpPgUSrRFKcSghVCqO9g2p9xAtoiM4hwpirWkqCcWB4sQqhAMfMpCTpKtarebSibGLF8+fOnUMC3E+HKg1CNKboMfMfb785f/9r//6zyAJBbU1YDayLjU31YbmwjbgNPpkYcaEdBtD1g6bMl9jdr1e+C/+4g8XLBjp7x+89daPlEoVzyt5Xtl1Xdt2tZCMwVjGY0BlkrwaU3XRlDHKGGGMUJrcTuUxueOpFIdoplKQm/Z3klR9iBBUCMK5wTnhXPkN6A1XipOL5cj4jbKcoK9vYGhoeGRkyeTF0XPnzhw69I77qYc7/ErNa1BrEKRHQI+Zj7RaTSivgXIMy9LeBrmYPg8FSShCiF5eI5NQhmEYnPN0do3Ztf/b//Ef/9tFi5YNDAytXr2+UqmCzTiO5ziO40AtsK0KZWQwBiIyIDRUhmSgOJroNgMfhpHcQ6bVl6LHTEPOZjJmM/VX45hwTjgnQjDOGecmWE527I1uORDKiVRFTrlc9f1mrdbfaNSHhhYuWbJ87MSJc+dOj31k3ay9RD0Fag2CzFfQY3qAZlOV11xOHiq/x1vdQymjVEAwg3M4Ngwj5hxKUsx//NUvdfgK+c53fnfZshsGB4fXrburUql5XsnzSq5bchxXNmnbqkM7G5IBoVHxGKobjDo2jMzHJTXlSlEaND2603CeaE0c0zhWiiM4p5ybEMgRgmRm+knR0apwgiDwPa9VLrd8v1mr1QcHFwwPL568OHrhwrljxw5h/9T0oNYgyPwAlxL0JE/8zZ//1t/7X8IwhISEfLdLYYyr+tTcz0J5DSGqwZsSwmTVsJBykARsOvmk/vIv/9/BwQVbtnwMSmdct+R5JX10HqiMbduySduSWqPHY1KbUWmmnMow1smn1Z6c/ehhm4LiUM4F54RzCORYnAvORaYOJ47DMAxD33W9IAh8v1UqVXy/Vas1Go3BoaGFixZdN37y1Pnzpy/esaZ7T3pOg1qDIHMUDMZcI0AeSqsa5lp5TVKHSkgSsdn98sktW5KqYaiqIeqIMkK4zEMJmYSKDcP4jV//XAeun8ce+4MFC0b6+gZuueXOchlKZ0qQbIKebRWb0bq1oZ6GFAMzSmVygRmVbJrjwENVURz5AYpDtUAOpKtAdwhsYIgiG8I2juPKsTflcrnq+61arX9gYGjBgpHJi6MXL54/dep4fPdHu/1c5xaoNQgyV0CPuTbx/VYYhnEcyjLSNGAjRDLKVstDpTEbaFiGQA7UC3NOZSeUYMxgLGbM+OVf+vhsX0t/9mf/97JlN65eva5SqUJsxnU9iM3kbEYbo2cZBjMMahjEMPLFv0plVN3MXAjMXA5p8AZshhAh0iclBDHNjOVAOEcpThxbpmnEsR1FYRjatu1EURgESfAmCPxSqVyptFqtZqMxMDi4cGRkycSp0+fPnzl06O3aw5/v8pOfG6DWIEjXQI9BCCGtVjOK0jZvOb1GLxwWU+WhiJQbIgM2jKkxNswwjEc+t2FWr6vvfOd3b7tt7R13bKjV+lXpjG07juNCmkktN1BCYximYTCwmZy4MEYMRph252wEZkT7MUAZZuTvpYwYhEACUI/ZwO8Hy+FciQ7VMlbUNJllWVFkR1FoWbZsBfeDwIOBfrKyuA8qixcvXnbh3bdPrlw1A497noNagyCdAz0GyfHEk3se/ZtNv/GbXw3DQDUAq1nDag+RHHeb2I2CJpuMIEjAKOWEUMYY9E89/NDaWb3Gvv/9v9y69f7+/qFarb9UKhemA9umaVmWPhTYNAyasxmIypjmVQVm1JKJ9Oxox/DVjKgUrUWk9yed9LTw7dmfooV7cl9WX4QXCJ4p/EVawIZwTriUHsMgcczimHAuoogYBjVNA7QmiqIwdBwn1JNTpVJSWdzX1z84uGDg/Jljxw6Nr1k/9cPqfVBrEGQWQY9BLofPfe6/f/75H0AjjBaq0RcpcCGYHrCh2jstpen0GkIYpeLjD6wis3m9Pf74Y4sWLb3xxltqtf5yuVYul123lC0E1ktnoHk7STblnMY0k48rCpAUB8lknIZk75RfUr3Zmdkz8pgUusFBXIrHpJ3o6I3lueeSqSkmhJAkIqUeVSI3MYliEkckNkgcU8Mw45hAk5Rp2nFsSr9RyanAdX3PSyqLK5WW55Wr1f5zJ068++7PyNev4Hz2Eqg1CDKToMcgV8oTT+559JFNv/3MP9OmtOkBG5FLRe1++cSWLYtf2XOKaHIjRLLCm3P+0ftWzN6F9+d//v8sXbr85ptX12r90OhUKlVc13Ucr1A6Y8h8U95mGEttRp+kNz16EkcXFBXqSBVH+wZ90kzutvgpmXYecdtBOLruMEYYJZTlFUeP66TPlBIqAzmMEmEQYhKTkzgiUUyiiMQxBG9oHFuckziODSM2TRbHlmVFURTZdhiGbhgGrutC5Y3jOJ5XKpXK1Wr/b/3WCnLTFb22PQJqDYJcFegxyNXzxJN7Hv2DTV//J/8GRrPptTVatEYt987VhiRbGwlhWzaPkFm7CP/kT35v2bIbbrttTa3WX632lUqVUqnsup6sDnYKm5uYkhi9egZsJtee3Xadp56m0eMuQhChJW6U0+QMhrRTmWluL3/NQts7MxMCKaHZg/yQQHh8yudAcThhjFArCWKB38hqGwGN+nEs4hjkxowi27LCKLIhORUEvmXZsO3c80rlcvXvnDt74sTRlz9y21W87PMP1BoEuTLQY5DZ4Ikn9zz6f24ihPzbf/cf1Spv2extaHmoXHUNoZRu3DCsfslsPLbf+73/Y9Wq1atXr+vrG6hW+8tlEBrV7uRok4LBaWjRZpTQqPd4ZRLqQHcUPTCTfvBMbKZ4K88OlXVIQt6Z7qTUq5T0byPaHop2a8D1e9rHcnLNXGkIpyg68hsy1TmqHIcRRgi1CDOSEX9RROM4OaVxbHJuxnFsmnEUGTJ4E6p2M9u2YUpQqVSqVGpDx88cPfrB61s3zca1MQdBrUGQS4Aeg3QGuLQe/UfJ28//9+fPqmYolYeSARtCCNm0cUT/wdngG9/4h3fcsWHjxnv6+4eq1b5yuQqbKV3Xc10lNI5MP5lFlVEFNLlkk+40hCQ5l0wuSQZmshIjijYjFy5xzuOCxyTusm7t4NWchwOvXriU6FA5HzmZKKj7TS5aw7J+Q9UAZS0QxxjhPAlowY+A3+jBmzg2TFNEUWyaMcgNaCWkAm3bsW3XdT3PK1erfQvfP/bWW68df+ihqzkP8wLUGgTJgx6DdBF1vT36d6f75/XmTYtm+8r8z//5j+6991MDAwuq1f5KpQrLKSHrBEJj2yA0MF4v7W/K7TdQb/CAKs5V2wbimPA4CcPoiwjkQVFlUo+B47VrBqZ/Li+8+J7Ik9skKihVTfKUUqYfr/vYpa3o1YMX1XZxOTSZyueeF52M5UizSU4gI0Q1ZtHUb6j81DAIj2kUqy9B8MYyjJAxZoLYmBa4JsxC9LxSqVSpVvuW//Tnu+645SouinkAag1yrYNLCZC5SRevw+9+9/eXLFm2cuXt1WpftVorlSoyQqOyTqp/G5q380Ea3WYymSZBCE13C8RxbghvEpLRnKboMTHnPOcxL7z4HrTH66OZdWUZFRdUw7y2byspyoYvUbn9nFK1Aj3hiSf3KsfJqU9yxIy1H0sf0oFXL2S3dTLDMLJaQ1m7XFUiLjC8hyblRIkRMkK5pkRJQopKuWGM2XJjhtrcblmWzEo5rueVKpVa/7EzJ04cObh5QwcvqI6CWoNcc2AwBkGm4amn/sutt95ZrfaD0JTLFcfxcmU08G5pGJZpEsMQeq+T3hAEZMIz2j7IrNAItU9AegyfJh7z4rb3oWsM2sfG4otRFMIOCnCa6Q1G9c/rUR+ZSDJkyXNqNpRmLEeqD5MawUzT/P5TB6C6yDTNdfdnojt6IEcKE9ViOWp3RPIRM0LC1G8ISaI3jBJBM8kpCPbEPPkN2uM0kp3oBswOgpyU47qe55Wq1b6h944ePvzeex+/f3Yvpm6AWoP0PugxCHKZPPfc96+77gYYr1cqVSBCo7JOcgGCbVnpKJpcnCYJz8iKYL3bSK+eUTbDOYnj5FafRrh2Tb/+wF7c9r42rjAaiy/A1qQwDGECbxQFsBuy6Cv6PWpRtn7r+61Wq2GadqlUBgnQY1GGoYuOoT5Vx4wZUvWSot2//f5+wzAhH2QYZiGQwwqWo9QwjeIwRmJKaJR+CmcS2sUzxTeMxLHKoHFKLRUrknXcIKKQk3JctwQTbha9+c6O22/u1MXVIVBrkB4EPQZBrpQ//dNv33zz7UuXXg/N27ClUiujsbPv9NQ0CWOp08BbL1Dsr4ZkU85mVIRGN4z164bgZ7dt/0BJTBTFEI+RBpN6TBD4vt+Cj0aj3mhMtFqtVqvRbDZbrUaz2fj61791yef+6CObPv+FLxFCWq1Gq5Xc+fj3Hnvom/9B/7b6j54slyvlcsV1lf1YpmlBKAtuYX5PznKe+sGrMitkFAM5hmHA4k/DYFoHGdVDX3G22UoFwIgsLjYMAvvCYNg0pZQxWzpTErmRU4UgJwVN4JXy4VOZJzn/Qa1BegH0GAS5Gr73ve/edtsa2L9dLldd15Obt3N1waZpwn5KmovQ5JxG8LSPqSA0KjbDldCoTqXnnn8nDAOVV8p6TAjrkHzf9/1WELSazXq9Pjk2dvHUqWNf/eq/mu2zVP7MI4SQOiH1wpeaz3x/yZLl1WqtXK5Bm5jjgOU4cOqU6Pzt9/fLCIppmubajyaBnFcPjppmsmICnEZbbJ4Kjb5SSvVNychNMnJaFv1wSgVjjizuSX65KrdRBTdf/vK/eCFqzPbZ6xioNci8BD0GQWaKJ5/8TytWrBwcXNjXN1CpVD2vPEUZjSkXIFC9jEYNoSFqHUEboRGa0PAognRSpCpmXnjx3TAMgyAYDy/6fisIfM1j/CBI4jGtVrNen5iYGDt16vhXvvIvunfO8ngPfvYiIRflp/bLO4aGFkL7GIyQcRzPdV0Z8UoUxzStH/7oNQjqrP1oPyFk/4Hz2oxmA0pwIDmVqy/mPJ2aI5eCwV+eLAqjFAqAIkpNw2BhqOQmaZVSYRvDMD515uRbb7129Prru3HyZhjUGmR+gB6DILPBj370V8uW3Tg4uKBW6y+Xq+VyBRJPalelnB3cPkijz57J9i4lvdlavknI2Eys6mZe3PZ+GAZhGIyHY77f8v0muEujMdlsNoMAPGZycnL89Onjv/3b/7R75+nKCLbcc1IdP/ujJUuWVSo1GQZzIZYDJ1mmrtynn/mpZdnrH0hycK8evCjjK2mJsV55k9vPQNQehiQnxSgVhAhKTUoFpRGlRGvLgsBQkkSDzi/DMMuH3n5rwVB3TtnMgVqDzFHQYxBkVvnDP/w3N9+8eunS6/v7B8Fp1OxgyDqZEhmhySdESGH1EudEcBJLlYEPFZuJ4xhKZ7Zt/wAiMePBaLY4ZrJen2w0JkdHL5w6dfxXf/UfdPUMzQz2Jz5zjpBz8lN3zy4VyCmXK+VyVZYxuY7j/eCHB5PgjawyPvjamCFjLHFMZfymvd8AjMHrAnMCBaWCUpMxRmkEBTd6EbRhmKpN3TAM59gHB6vlzp+lGQS1BpkroMcgSMf4i7/4w9tuWwvFNNVqX7lc8byy55WgHMSybBkqYIbBIOtUnEMDFEtn4lio0hmwGVU68/wL74RhOBGOBYEPJTK+32w2GyA04+MXz58/88Uv/nqXzkonaG3aepwQQkjw7I+uv/6mgYEhCOTIRvqkKOdHT/8UElVr7usjhBx49YKcIGxmgzc0FzlTCUFZ7UQpNQiBYYOWnLJD5XgbwzAMbRgPY8wwTxzZ51ndOTszAWoN0jXQYxCkK3zve99dseLmoaHhWm0A3lM9r+R5JaghhcoPaHdqm/gg7YI0sMRACk0chmEURevWqtKZ96AZG5JNQdCCfqVGo16vT05Ojo2Onj906L0vf/mfd++sdBr7E585SchJQtw9uxctWjowMATxG70cx7adZ378pmXZqn8KklMQvoljlRmkxbCNyklB5IZSg1JOKcy2idR4G6qV5IDcGIZhnTq+2xRTPPC5DmoN0iFwmC+CzAWefPI/QTENND2plQhQJixLaqCigxbLaEihkkYJDeciiji0L0Et8Ivb3odO7AlpM77vQ+lMo1GfnBwfG7tw/Pjh3/iNr3bvfHSf1qathwh58+m/XbHi5sHBBbBMtFyuuC4Ez1zXdX/09OvQUQWdU/sPnFdz9uKYKrnR84Pq9dL61JhMS5lQUEwpU1aTfK8stLnvzMkFH//s4c6eihkBtQaZLTAYgyBzit///W8UimkSp9H6nhKnyQVpgMwy7bTFCYI0HHqXQGi2bf/A91uTwTj0Y0MrU6NRbzQmGw1oyT7+K7/y97t5OuYYpU9/7gwhZwgxd22H1wgyU6VSRfaKu44DwRtr/f1DJGmbiizL4tzkHHSE6kEavUlNDibWYUnTlJyCQzPpKOP/b+/Ow6SqzvyBv3eprXfoZlNUpAUJiEo3Da4gmkRFQ2s0y0+NohMnkmTEmbhgEsckYyImaCSThHFiFjXjmMSZDBijRsO+yY67KHuzCL1X13LX8/vj3HvrVnUDXUV13Vq+n6cf7I3qe7Gep779nve8R5LkstXr3r/kQu/+VTKBWANZgxwDkLd+97ufjR9/fl3dsKqqQa6zuPl8mqDf75dlJ9MkFp6cQENkTUzpK9AwXqHRda2xYciq1XtUVelRwrxphvfN8EDT3d3Z1nbkhhtu8+ofoSDoF166l2gv0eB33+LNT3xxyu58srZN+f1BHm62bmvnZRtJkkyT51HByTTH2gROJAmCaWcA5q7ZuMONJEnBTdu2Tj7fg3+ITCHWQOaQYwAKwvPPPzVq1JjaWj6Zpoo3CDtbi/3+gL3XV3TWMlK6NJKLNMy16qTzIk1jQx0RLV32UUQNK4oSi0V4oAmHu7q7O9vaju7d+9GcOQ96/A9RUNonTGwnolVLTz+9vqZmcEVFlZ1vykOhslBI+9vr7wUCwUnTBhPRtu2dvCPKNHmlJWlNyn0sl3tNSpIYkUTkd/1YZk++4dujREmSfNvf23De+Fzff6YQayANyDEABedPf/rN6aePHjTIaqZxZxq+9mQfiZDop0lZdaKkIg0/XYnpuq7rmnPcwfIVOxUlHlHDvEITi0XC4a5wuKu9/ej+/bvuuOOfvfsHKHCXXr6PaB/RoHe2DR8+sqamtrKyuqKiSlWVUKhM17U3/v6B3x88/9KazVtancGJpinweTfJOcZif4YRiWQtQvmd/9dk9eU4NRtBFCVf4ZwehVgDx4McA1DQnnnm52PHTqipqbWn7fHJNGWBQMDv52tPPNOIkiQKgmA3WBD1UaThR2ozwzB4oOHbtles3KWqSkQN8zOYYrFoT093ONzV3t568OC+m2++y+N/gmLRcc55La8uHjv2nLq6YbFYtLKyWlUVJ9wsXbajcUYdEW3d1maavGwjSxJzN9ykrCoKAgkCE0VBlkUi5vP5EscxECUvSImSJF320d7lYwpgDDFiDSRBjgEoGk8++XBj48W1tUN4Mw1fvAgGQ34/r9NYQ4Sd4TSiaA/et1/d7GHBfMnJ5MdOOju3V67arapqRA3H47F4PBaLRfnJBp2d7Z98cgA9NFlXflXzAaJP1q08/fT62tqhsVgVDzehUFkoVG5vBa8lax+4wYf4OctSfSUbQRQZY4IkSYwxIj6uhtlftWINX5CSJOmKXQf+PvrU3N94WhBrSh1yDECxmjhxcm3t0KqqQc5kGqeZxnUwAp9fYtVp+F9kjIiYaQqMkWEYhmGapslXnfhGp1Wr92iaGlV77OOyo/yIg66ujtbWw1u3rnvooSe9vPOipl84bRdR6/Ytp5xyejweq6ioqqqqVlUlGCwLhcre+PsHPp+f7wN3js8URdE0rYKca5FREARGJPAFKVmWiYjx//fWkGJy12x4q81F7+5YO2GsJzfeT4g1JQc5BqAUvPLKi6eeegbvEban7fFM4xz2xAfu8UwjuDMNY8w0iTHGM43TRtPYULd6zV5NU6NqRFHi8XjUObMpHO5sa2vdu/ejO++899prv+TtvZeC7vMauomGf/Th0KGnxOOxysqq8nJV09RgsCwYDP596Q6/33/+JTWbt7QahuzaJyUxJqbMthEEEkWRMUOSpF4/JzXc6Lo2cf3Gty9oyuG9pgexpvghxwCUmsWL/2vkyDOrqweXl1cFgyFep+HNNK5MI/IzovkqAyXm7DG+3ckwnFUnq0izfMXHUTWiqgoPNNFopKcn3NPT1d7eun//7ltv/Ya3d12CDo85+8ia5aNGjRk8eEhlZbSysrqsTFHVslCozDACy5Z/3HhZHbkOBmeMSZJEJLpyLAmCwBgTRYnIYIxHH+b38+1RqQtSuq6deebYTxYvPtLc7MktnxBiTRFCjgEoZX/4w9NnnDGmpqa2osJZe+ID93imsQ574oPzk+s0zN0dzFuDNU1rmFS7es1eRYlHlQjvoYnHoz094Z6e7o6OtoMH933pS8V8ilOeMy++bBfRka2bRo4cpSixioqqiooqTVN5nH39jff9/kDDNN5w0+nz+Xg1TpKsEcN2wUYgMkVRZMwkEnk26N1EzBjTdU1V1UmTLnjNk7vtB8SagodDCQDA8dvfLhwzZvygQTzTlPOTnvx+v5NpJIl30zh1GotpMrtOY2UaZyDNylV74ipvCo7wQw/C4S4+Kfi662728GbB0TNp8gdEQz54f8SIkTU1MX7UFw83hqEvXfZRIBA8/6Kabds7GGOMyYwxSSKn1YYxIhKJmMgbbZjVasO5jjU1DUPXNE1Vlek79qwYO8qDWz0RxJrCg2IMAPTpl798dNy4iYMG1fHRbXamCbhOr5STD20mshuEeT+NabqbabTJjUNXrNwVV6KKEotGI9FoxBmv19Ky65Zbvu7xDUOyo+M+9cH/vdDQcNGQIcOcc0wNwzBNxpi5es3e8y8etHVbO2OMSHYtSLlrNiQIgiRJRIYkyby0wx9cEMg0DV3XKyr4FEZ1yvZ3N5w3wcP77RNiTQFAjgGAE/rRj+5taLho8GC+nduZtR+wd3HzHTGS0yFMid/CeaZh7kzDZ9IsX/FxXLHaaPjI4K6ujtbWT3bv3nHnnfd6ebdwDLXXfXkvUfjdt0455Qxd1wzDYMw0TZMxkzG2ctWeSZcO3rK1jddjGCM+28a1FCkIgkhkiqLEmCnLkrMOxRjz+w3DMAxD5+exn3KKOn7Nuvcuzq9DoxBr8hFyDACk65xzGuvqEtu57VMR/PYEYVkURbujIrH25Cw82WNpNF3XGibVrVm7T1GUmBKLx6PRaCQS6QmHOzs7248cOfjOO1vuv/9RD+8UTqh9wrnats3W1nzTYDy4miZj5oqVuxqm1W7e0krEJImXbJgoSu4d/oIgCoIpSSIRObujnOeIYVjFPE1TzzjjrO5XXmm5+mqv7rQ3xJq8gBwDACfjxRd/d+qpZ1RVDeJtwvxsBPfakz2dRhSSN3JbL3em1UxjGNZxlXE1pijxWIxnmnB3d2dnZ9vBg/uvv/6WmTO/4O3NQn+88MLTN954m2Hodrhxaja0fMXOxul1mzYf9fkYPxaK74QSReL7uBljds3GOnaBV3cMw+f3BwxDD4XK+ELU4MFDxow5p8XTO02BWOMN5BgAyJbnn39q5Mgz+WmIzhxhn8/v8/mdTJMSaMiq01ivdnx2sGFokxuHrly1O65YmSYWi/T0dHd3d7a3H21p2YsdT4VlW1NDeOnyMWMmmGaibMN7w5ct/2jyZUOIiDcRS5LEGDEmiqJgz6rhNRsmisRDjyTJPp9pmoZpBg3tTj5KAAAgAElEQVTDCIWsso2mqXk1ow+xJkeQYwBgIPz61z8988yxgwbVVlRUlZWVB4Nl9nwan2svd9LLFWOMyGqm4ZnGMLRJ51snVtqbnqLRaE9PT3d3d0dr65E9ez6ePfufPL1RyMTOyy+LvLTknHMaXU02jDGTsfKly3b4/QGnidgeMuzMZ+THfQuM8QnDoiRJpinJss8wjEAgwEca8fZhVVUaNm/f0nie17dLhFgzoNxRBjkGALLu5z9/ZMyYCe5Mw+cIy7KftwmLoiSKkiCIfHGByL3wlMg0vJlGVVVFjcVisXicn+7U3dXVfuTIoffe23rPPd/3+l4hQ4c/N+sw0fQde5zVKP4EYKycMbZq9Z5JlySaiEWR8W3ejAnOxiiea0xTlCRZkkyfz2+aRiBg8GmN5eWapmmqqo5dsWrH9Eu9vl3EmmxDlAGAnDnjjLOc7dx2puHbua293M7yk90wQa5NTwbPNLyZRtHiihLndRo+O7izs+3QoQPXXvvFz372Oq9vFE7WirGjLn7vY3sdytoYxSPOylW7Gy6t3byl1d4exRgj0W60ITvZSBLfGyWbpiHLfp/P8Pv1UEg3DE3XVU1TTz99dPgvfzl07bXe3iliTdbwQIMoAwC58cwz/z5mzHj7dO6yQCAUCDgjanySs/hkbd5lRAJfgjBNgw8g0XVtcuOQlat2K6o703SHw10dHa0HD+67/vqveH2XkDVrxp91wdvvG87hpdYARsYYW7FyV+O0uk2bj7gG8Tk1G6JEzUYSRZ5sTNO0dnuHQnaLjarU14875Ok9EmJNViDQAEDujRhxmmvrU9CVaXidRnLPI3HN3EusPfFMo6pKLBblQ4R5g3Bb29F9+3bedNPXPL5DyLb1Ez81cf3G0aPPNk3eamMVb4jY8hU7J08fSkRbt7XznU9ExJcveSbm2YYnG0mSZdngq1HOxiiebRq3vLW54VwP7xGx5qQg0ACAJ5599hfjxp1bUVEVCpWnbOeW5aTlJ/tliZyNT/Zx3ENWrd6ranFFiStKPBaL2NP2jrS07L755ru8vkUYEG9f0NTzxtLx48/jNRvGrAWpUIiWLf94xmVn6bpOJMiyQMQkiXigIWJOk40oSrJsmqa1McppsuHnKgwbpnp7g4g1GUKgAQAPDR9+anl5ZTAYcmUavyT5nFHCvFTjHM3tdArzvdyNDXVr1u5TNEVVVb78FI32RCLhrq6O1tbDyDTFbfenLxeXLtN13W4fZkTW+QkrVu5qmjZ00+ajgkCCIBsGSTzaCOQkG0kSGZP4UpTP5zMMnW+Mssf0qZM2bds6+Xyv7g6xJhM7H5iLQAMAXvn97xeNHTuhrMyq0/A2YVn22XUayVWnIXvzEzNNk7/2NDbUrV23X1EVTVMUJWZnmp7u7s7W1k9uuOE2j28PBt7Oy2eUrd/o8/l5Yc/uxJJEUVy5avfkS4ds3tIqCIIkEU82jJFTsyFyN9kYPp/fMHjNRtd1XVGUYcNO8fDWRA9/diHa+cBcZBoA8NbQoSN4qcbn8/fONLxUY+9icWcaQ9f1hkm1a9e1aJqqabxOY40S7u7uam098u67W7y+OciRty9oOnr0UFdXeyTSE41G4vG4osRVVdE0ddXqPY0Ndby3mDHTMAzGiDGTP6V4IZDPDuAnjvHnYSAQDIXKQqGy6urB523w7ImEak0aEGgAwHPPP/9Uff24UKjcPvVJtg+zdDIN35TrTBPmCw0GP/iQiHRdU1VVVZV4PB6PR/kZlu3tR/bu/fjBB3/i7d1BLr157vjpO/bwZxE/2t1Zvly9Zl/DxbVbtrYJgiyKZJokiiJjjE8KEEWBMUGSJNPkNRufaRqGEdB1PRgMlpdXeFiwQbWmv5BpACAf1NUNKy+vDAb52pMVaOzXpKTJe7xL2M40umEYTZOHrlq9x840/BjLnp6e7o6O1paWPXfd9YDH9wY59+67W9vajvT0dPOinaIoihLXdV3T1LXr9jdMqk0+Uooxa8+3IAiiIIj8FFVJ8vHuLr/fz2s21dWDJq735hUT1Zp+QaYBgHzwwgu/GjVqDD+g2znyybWjW7Cn1PATEohvfnIyzeo1e1VNUVXFbhOO9PSEOzvbDh1qmT37bq9vDjzQev31+1et8fl4wUZ2mmycJ5Jh6ESCJAmmadp96M4YG4ExvjGKN9n4NM3n8/kDgVBZWcWwYae87cUdoVpzYsg0AJAPfvSj+wYPHlJeXhkIhHy+RKnGNUrYfZ4l387NdN0wDGNy45DVa/bxmWm8VBOLRSKRcFdX+5Ejh7/85a96e2vgoZdf/uOhQ/s7Otp4zSYej/EmG8PQV67aPblxqGnqrvHEjCdmZ7s3j9SyLIuiLEmyz2cVbKqqBk1Y+2bubwex5gSQaQAgT5x11rjKympeqvH73W3CieMJOXt4rGkYumkakxuHrFm7nx9JqKqKosRisSjf+tTWduS662729LbAezuG1h09eri7uyMSCcdiEUWJK4qiqoqua6tW72lsGGIYhmt2n0UQ+CnfAn8OSlKigzgYDJWXVwwdOiL394JYczzINACQJxYs+E5NTW15eaU70/DdKHamEe0pNbylxuSz7Rsb6taua7Gm26uKolhbn3p6utrbj1599Y1e3xnkhW0Vofb21nC4KxqNxGJRVY0riqJpqq7rq9fs4xuj3DUbsgo2ZBcLeZ+NJMs+d4fN+DXrcnwjiDUAAAXg9NNHV1RUOcP3+AHdfZZqiMg0md3laW194tu5VTWRadrajn7wwVue3Q/kn3WS2dHRGomE4/FoLBbVNEVRFF3XdF1bs3Z/Y0Odc0YmjzVE5DpUwSnYyLxgwztshgzJdcEGseaYUKoBgDyxcOH3eakmGORdNX73lBrBFWrsUo01qKZp8rCVq3Y7LTWxmHWYZUdH64EDe7/5ze96e1+Qb/bv393e3trT083PPeVpmE9xJCJe/3OSDWN8HYrsvi6RN7DLsmwXbMqrqmrGrVqTy1tArAEAyHfDh4/kmcbvD/j9fvemFf5yYh/cQ2QnG9M0miYPXbN2n2EYmqbyQxJisWgkEg6HOzs7Ow4e3OvtTUEe2nXKiEOH9nd2tkci4Xg8Fo/HNE3lNZtVq/c0TR7qTjb2fjtnY1RSh43f7w8Gg+XllUOGDM/lLWCDd99QqoGSst7/eP3gT1I+uaml/moZZzh7b8GC75x7blN5eQWPNSnD9wQhpViTONKS7F+v+WE9qqpqmqIo8Wg00tnZdt99j3p6W5CnWlp2V1ZWORVB10KnuHrNvqaLh27ecpQxkcgkEu3DvYnHGneHjc8XsLdE1YxdsXLH9Gm5uX7EGgCgq8Zunzb6/ZRPBmSdWjy5HEhy2mmjy8p4pvHbXTWSJMmu8yw5xphgZxqjafKwNWv3qYbKM42mWe010WgkHO7GYZZwLF0Tz+tq66isrC4rK3fFaOtkeCIyTSYIpiiKRPw4Bat9mEiQJNEwnIKNbG+JqqyrG74jV9ePWAMA1PnOs0vesd4/MOTbcy583WRCVcsTnl4UWKqrB5WVlQcCIXussOzONHatJjFWOKVUo+uaruuaxsfVWKUab+8I8tzhwy2DBvFerjK/P6hpqiz7dF2XJDm5YJMo1QgCiaJgmk6HjeTz+fz+gN8fCAbLqqsHnbVs+cczLsvBxaO3pg9YgYJSdsPEDUT0H+s/4/WFgCUYDAWDZc6Rlnz5SZL4Md1OtYYxltgANaVp+Jq1++3lJ9052DIWi/T0dKFUA8fXMWFid3dnLBZR1bimqZqm8a5h0zT4sWJ8SxQR8T+JyG6wEZwjwe0Om0AwGCorq6iry1GHDWINACTUnHPr0IquTS2jRx79odfXAkRETz3142AwFAxas2rsoxJE3qDpbqvhvcKmaTZNHrpu/QHD0K1QY02sURUlFo1G2ttbvbwfKBCHDrVEIj2xWFRR4rqu8gE2uq6bprF6zb6mycNc+6ESi1A8aouiKEkyP9/bmWFTVVWTmytHrOlD/WMLvb4EAA98WP2DS0d/0BkvO7jlD15fC1gGD67jdRpeqnHt605pFeYboAz+2zPf3c27apyhNbFYNBzuvOWWOZ7eEBSGtk+N7+7ujMWiqqo4BRtd10zT4Ju9naF8zgwbZ0mUN7PLsuzzyfaWqFAoVDZ08eIcXDliTR92PjDX60sA8MA/X/pXgdiDf73J6wuBhPLySn6kZXKmcS8/cU6pZphTqrGbha3zuqPRSGvrEc/uBArNwYN7I5FwLBblG7w1TeNPKcbY6jV7nYIN2cnGNXRYsM+Kkp0tUcFg6NRTz8jBZSPWAAARUcP0K2XReHbzNGzqzivBYJlrq63MXyxSVqDsTd0Gf3UxTYP/Ss1XoKwTE+LR7u6OW2/9htc3BAVj6dKXw+GueDxmF2xUnpVN0+A96SkFG8aYa4CNdf6lLPt8Ph8vN+ZmHQqxBgDIf/ZXR1a3v/fJyJoDj3t9LZDw9NOPBwJB99lPvFNYFJPm79mlGtY0edjadS2GYbpKNZpdquk5cuSQlzcDBWjv3o95wYYf6M2Tja7rpmnaBRvmzjT2WQpiylkKsiz7/YFQqCwH14xYAwB05dlvEdHgsp4xF1zH37y+IiAiqq4e7Pf77YHCvB9TSBnBZ1doTOcd09R1u1WYr0DFYpGurs7Zs+/29nag4Oy/6qpwuEtRYqqqqKqq61pKwcZZh3LYT0/R2bJnzeeTfcFgKAcHKWBuDUCpqz/nNf7O8MrODcte9/ZiwC0UslageDMNf8FwWjOdag3PNFOahq1d16KbmmtcDe+qiaJUAxnbufP96upBoVBFMBjS9YCmqbIsu2bYDNu0+QiRKAgCL9jwlSi7wYavRol8QcrvD1RXDxroC0a1BqDUtXVeumrL8iVLNi7BuKZ88uij9wWDId4v7DonQUxqFCar/u/uqtF13d0sHItFw+Hunp5ub24DCtyBmTN7erp5wUbTrIIN32lnj67hT79EzcZ1QlSifZgPHQ6Fygd6Uw5iDQBAPhoyZITfH+QrUM6plmQPCOHfY+/r5qWa/fa+boOflaAoitPv+c1vfsfTu4EC1t7eyk++1DTrLA57Kcpcs3a/u8OGEtu83e+L9ilR/hy01yDWAJS0mpFRry8B+lZVVc0P63bv6LYXoRLf5u7ZZMy0f5PWnXc0TYvHY57dBhS+cLgzFovaEVlzCjZ9ddg4NRvnuSq6N0b5/YGBvlrEGgCAfOTe2u3e0e3KNM4LSWIpyuYUbgxNUxFr4GTsuuJyPmVYVZ1xw7xgYzJmrlm7f0rTcNfAYYd1UJRrV5QPsQYAcgRlm7zy+OMPBYMhflqC+1RLe1+3Na6Gh5kpTcPXrT/A93gnzrp0DRru7u7w+oagsDkrUIZh8GcXT89OV42rvSYxms/uBkts9p7/6P0DPccfsQag1E1vnNbZkot5EtB/NTWD7D1Qkqtf2GlZsL4teQXKqdMkUo2u66qqfOMbaKyBkxKLRfnQGmftyWE/A52hfO6/5xynYAWbHFwqYg1ASXMCDZJNXikrq+SNNXazsFvi23rFGud36ESpBitQcPK6ujrshSfDVbDhb2zd+gNTpwznz0QiZre0W09W9zpUDi4VsQYAIO+EQiGfL+Da2s23QQm9hgvT1Ckj1r950Ak27l+jeWNNNBrx8k6gKOy6YgY/GYpvgOLNW+5mLiJynXrprEMJrnUo6Rtf/0IOTpJGrAEAyDuBQEiWZUmSJcndWpNSqiHWawXKSTaGofNtUK2tn3h2G1BEFIW31xhOeOZPNlfJMJFryF4qTUQbMUd5A7EGACDvOHugRFHiv+w6iSZ5J5T927FVqmHOb9J80LCixO+553u5v34oPpFI2H14QnKmcW/KE/h53owlFWxuvunyHJRqCLEGACAPiaIoST578Ly7rcZZhErspk3e2s1DjWmaVqzx8C6gmEQiPZqmGYah64ZTqiGyws269QemThlBRERMEIi/kV2tuf66KbnJNIRYAwCQn2RZ4hNrnEF8vfuFeWNN8iJUYhuUpmk4MwGyJRrtUZS4rqt8J5Tdn57UXuNeGHVN5BNO9NjZhFgDAJCHGGNkt9WIrgMThMSX7Xd6be02DftQKF3XPLp+KDb7r7rKPnEssRPKNJldOGR9/SVBEIQrP3tOzko1hBO8uY+TT97KabAEAOjF+a3XPYovacAwc73bK9o4R13m+BdlKG7Opm67YMNcNZuk73SKizMuOyuXmYZKNtak5Jhr5i9K+vK8OTm9GgCAPjgvF4n1p94pxbUXKmkFyjQNV40HIAsMQ0/Zdue2bv2BqRcM37DxsPP9l1x8Ro4zDZVIrPm41zHoqTkGACC/uFsWrF+Fk2MKb6w5YNivLqZp7YQyTYNcG2s9uwMoOvw55i7P2FUa5jqbzArfF15wau4zDRVrrDlBMQYAIO/ZM1vJSTaufpqk73F+de41Bg2ZBrKJMdNVREx9QrrXoaZOGeFJpqGiiTXIMQBQTJxXDf4K4kSc5D8TEotUQlKsQbCBLHLVZsh9dLzzdf6fKU3Dvco0VLixBjkGAIpa0iKU60NijCWnFWdMn3tWvZC8fwrgZO18YO4ls/+JpSbqVFOneJlpqLBijTvKIMcAQLF65JF/mTr1spRAY38xsa/b+X5nUp+9Wwq1GhgQgiAmVwqTtuZddOFp3gYarpBiDSHNAEAJEEUxuUKTKPUn92kmbfl2BRr0C8OAEEWBH7ma8tSacdlZRJQPmYYKLtYAABQ9URSd9SZ3jnGagt2cCg1RaqlGEEQEG8iW+scW/ubXc7/z3SfsTCPc8PkLnS95eGEpEGsAAPKLJMlE5CrTOINcOZbcMWPNs0mp0zgrU7m+eihe9Y8t/OEjc90fengxx4JYAwCQXwRB6N0pTJS0K6rP5Sf3n1iEgoGQn1HGDWdCAQDkG6HXOD6nWpO0COUEF/dpya7NUIg1UHIQawAA8su99z5iN9aw5D1Px9lcKzhvro1RQjBYloMLBsgfiDUAAHkn0VbDUofWOGPQONcUPuctsRoVDAY9uwcALyDWAADkoUSpxrUBKvXwBCKym4LddRrrPZ/PFwgEn3768ZxeOICnEGsAAPJOPB5z7fFOeSf1m+3GGnKHG0mSfT6/3x+oqKjK+eUDeAaxBgAg73R0tGmallynSXknSfIGKFGSJFmWfT6f3x8IhdBeAyUEsQYASt3R4ffvqX0o5TOfDJvn1fUQ0R133KOqcV3XTNNMbqxJrdbYRRqrsUYUBUmSJEniqcbn8wcCIS/uAMAbiDUAUOqaJ2y6++JXNwV/wj8c2fjFf5iyLORTvb2qWCyiaaqu64ZhOGUb1nsJihLNNKIoiqKdamSZr0MFAsGnn34i55cP4A3EGgAodd9/40ZGwr9M+wsRrfc/PunUPfs666paPI4C0WhEVRVd1wxDNwzdMAyncpPyna5ZNTzXyLxaI8s+3jWM9hooHYg1AFDqPiN8/bUPz60JRv1nf/X+6S8R0baVr3h9UdTTE1aUOC/Y6Lpumk6sMZM3eAtOqUYQRFGU7IqNLMtO13ClhzcCkEuINQAApH74dGe87Kqzt9eEIs9smub15RARtbcftWONZhiGYRiMmXaySVqNcvqFRYtkF2xkp72meVaTh/cCkDOINQAARESL320iIkbC4IMLvL4WIqK5cx9WlLimabquG4ZumiZPNnbBxs2p1giuag1fh5L5OpQ39wCQc4g1AABERF88dx0RCcRY/Ryvr8USjfb01V5jddisf/Pg1CkjKHF8t+gi2TUb3jUc8PpWIH/Vz1/41i9/4vVVZA1iDQAA1Z57S8inLn53cmuksnnCpr9o/+n1FRERRSI99jqU4bTX9G4cTjnhUrLJsjW8BtUaKB2INQBQ6tb5nrho1I62aKWwc9GPll7PSHjkyj96fVFEROFwp6o67TW8WmO4Jtm4t0QJRCSKiYqNq73G5/P5vboFgBxDrAGAUjdvxmKB2KNLm4noMvZPLy3ZsH7pG15fFBHRnDkPKoqiadYiFG+vcQo27u901qHs9hpJkiRRtAo2337wHxcv2ejVXRSE/3nxGa8vwUvFtA4le30BAAC5UDMyeqwvVQej6/eNmWbOzeX19FMsFtE0xZ7Lp5sm7xq2Omycb+MnXIqiaJqiKDJnjzdfifLu8gFyDU93AChdnS1lRLSkJX8rGXZ7Dd/jrburNYyZ6988OHXqiA0bDwuCwBgTBEEUBcYS44Zl2XfH7degVAOlA4tQAFC0ZjU3OW/uz3e2lPE3ry6s//70x98oiqJpqmFYQ/nc44ZdBRv3WL7EUL4bb7gImeb4mmc1zb3ne7fNvhvrUMWxDoVqDQAUj5T4smSx6xW9JdcXky2uoXyJruE+90Mx5t7pLc28+jxkmv6QZdnvxx74IoFYAwCFKiXEUEqOKQqLl2xs/o+mb39nAZ/Ll9I1nLIZShCYKIqMsUsvGcX/rkdXXTCaZzV9/we/iMphxJqigVgDAAXjeMWY4rV4ycbmHzY9Ov9XhuFMr7EOUhBFd7WGGBOmNA0jBJp0yLIsST6fT559+92/e/FnN9x4m9dX5Jn6+Qvfmjf33K/f5/WFnBTEGgDIX6WZY3pbvGRj87wmIvrt716xizXWlqh16w9MuWC4+zu9u8wC0zyr6adP/j4uxnmyQcGmOCDWAEAeQY45Fp5Xmmf3fWIl0kxm7P1iMtprigZiDQB4CTkmLYgv2dI8q+lXTy9RpDifyMznFs6+fe7vXlyIdaiCXodCrAGAnEKOAc81z2p69rm/aaJqH3ZulWxQsCkCiDUAMLCQYyCvNM9qeuEPKzVBFQSRHzEhipIs+yRJxlHnRQCxBgCyDDkG8lbzrKb//fObuqi5zgR1yjU+SZJvv2Pub7EOVcjrUIg1AHCykGOgIDTPanrpL1sMUReTSGgcLiaINQCQNuQYKCzNs5qI6NXX3tEFzX3GBF+H4ktRkiTLMrZ5FzzEGgA4MeQYKFzNs5qWLvvINA1DMOxDzkVBEO1sYy1FybJ14Pntd9zz2xef9PqqvcTXoby+igwh1gBAqlI4lABKAS/SrFy12xAMIVnSKlSicViWJB8ahwsaYg0AoBgDxYYHmrXrWhgzDTKdMMPzjGmKycnGWomyxtf4Ard85eu/f+6XXt8EZAKxBqDkMWEJhrxBseCB5s0NhxhjTDAZEwSB7FhDKdUa11KU016DxmEiovr5C72+hAwh1gCUOgyuhSLA0wwRbdx0hIgxgR9vnogyRFaaMc2UbJPY5S2KkiT5EGsKGmINAAAUJCfKENGmzUeJiIiRQIwJREwQBCLGGDmZxp1meONwyk5vp3HY7/d7dVNwkhBrAACgYLijzIaNh53I0usbBSKrWsNYItEk55vEUhTPNHay8f1s4Q9mzl+Uy/uCbEGsAQCA/OXOMUT05oZD/J2pU0a4Py8IxBjZaYYEgYgExj9ld9XwlOOUakxTSN7mLUmS1V+Tm1uDgYD/eQAAkEeOlWP6xBgJAiPiC08WIWkdipi7XHPMXd6Jbd6ShFfGAob/eQAA4KW0coz726ZMGb5h42EigTHqvQwlCIlqDWOJ5SciQRQFp3FYFCVRNNydww99dw5WoAoXYg0AAOROSoihfueYE0pZh6LkZJPcWyO6GocF105vSRSlrFwMeAWxBgAABlBmxZj+6/c6VB/Ta9wRh1dr7pl7E0o1BQ2xBgAAsmmgc4z7kY+xDuU0DieqNUQp61CiaVqrUU57zT/e2YxMU+gQawAA4KTkLMcci5Np7HWoBEEQGCN7s3dqy3DKgZc5vmwYCIg1AACQHs9zTF+Osw5FfLN3yugad+OwIIhfueUzKNUUAcQaAAA4gbzMMUT9XYciZ+iwnWkouXFY+NIXL0WmKQ6INQAAkCpvc8yx2JmG2TkmwTWaL7H+5H7/+uumItMUDcQaAAAovBzTF8ZrNg57HYrsuNPHOtTVV01CpikmiDUAAKWoKHIMUb/WoZIOv3SKNJ++YhwRIdMUGcQaAICSUDQ55liOvQ4lCAJz1qF4qWbGZWch0BQlxBoAgCI0cMN885OTafpahyJeueHrUJdcfDqhSFO8EGsAAIpB0RdjjuPNDYem9mMd6oKpIwiBptgh1gAAFKRSzjHH0uc6lCDQ5MZhhEBTGhBrAAAKA3LMcdiNw5+krENNbhxKCDSlBLEGACBPIcekjxEJPMpwCDSlBrEGACBfIMdkbOqUEUQ0pWk4IcqUNsQaAADPIMdkjOcYB6IMcIg1AAC5gxyTMeQY6A/EGgCAAYQckzHkGMgAYg0AQDYhx2QMOQZOHmINAMBJQY7JTEqIIeQYyAbEGgCANJTaoQRZhGIM5ABiDQDA8aAYkzHkGMg9xBoAgCTIMRlDjgHPIdYAQKlDjskYcgzkG8QaACg5yDEZQ46BPIdYAwDFDzkmY8gxUFgQawCgCCHHZAw5BgoaYg0AFAPkmIwhx0AxQawBgIKEHJMx5BgoYog1AFAYkGMyhhwDpQOxBgDyFHJMZnAoAZQyxBoAyAs4lCBjKMYAOBBrAMAbKMZkDDkG4FgQawAgR5BjMoYcA9BPiDUAMFCQYzKGHAOQGcQaAMga5JiMIccAZAViDQBkDjkmY8gxAAMBsQYA0oAckzHkGIAcQKwBgONBjskYcgxA7iHWAEAS5JiMIccAeA6xBqDUIcdkDDkGIN8g1gCUFgzzzRgOJQDIf4g1AEUOxZiMoRgDUHAQawCKDXJMxpBjAAodYg1AwUOOyRhyDECRQawBKDzIMRlDjgEobog1AAUAOSZjyDEAJQWxBiAfIcdkDDkGoJQh1gDkBeSYjCHHAIADsQbAG8gxGUOOAYBjQawByBHkmIwhxwBAPyHWAAwU5JiMIccApOvleXPcH5712EKvrsRbiDUA2YFDCTKGQwkAMoAc0yfEGoAMoRiTMRRjANKVEmIIOeYYEGsA+gs5JmPIMQDpQjEmM4g1AMeEHJMx5JqNu4YAAAxiSURBVBiAdCHHZAViDUACckzGkGMA0oUcMxAQa6CkIcdkDDkGIF3IMTmAWAOlBTkmY8gxAOlCjsk9xBoocsgxGUOOAUgXcoznEGug2CDHZAw5BiBdyDH5BrEGCh5yTMaQYwDShRyT5xBroPAgx2QGw3wBMoAcU1gQayDf4VCCjKEYA5AB5JiChlgDeQfFmIwhxwCkC4cSFBnEGvAeckzGkGMA0oViTHFDrAEPIMdkDDkGIF3IMSUFsQZyATkmY8gxAOlCjilliDUwIJBjMoYcA5Au5BhwINZAdiDHZAw5BiBdyDFwLIg1kCHkmIwhxwCkCzkG+gmxBvoLOSZjyDEA6UKOgcwg1sAxIcdkDDkGIF3IMZAViDWQgByTGRxKAJAB5BgYCIg1pQuHEmQMxRiAdGGYL+QGYk0fZs5f1DyvafGSjV5fSJahGJMx5BiAdKEYA55ArClmyDEZQ44BSBdyDOQDxJqighyTMeQYgHQhx0AeQqzpW6GsQyHHZAw5BiBdyDGQ/xBrjqd5Vt4lG+SYjCHHAKQLOQYKDmLNMc2cv+ivvVr3cw85JmPIMQDpQo6BQodYczyfm/Xl5iVNRJTLmg1yTMaQYwDShRwDRQax5nheWvLCV279RnX1oOZ/H8DVKOSYjCHHAKQLOQaKG2LN8cycvygW21BWVnHf/T9q/nHWyjbIMRlDjgFIF3IMlBTEmhOIx6O6rmma9t2HfhoKlTV/O5FI+hlxMMw3YziUACADyDFQyhBrTqC9vbWmpjYUKjMM3TD0H//kt8FgyO8P+P2B5ttT88qxIMf0E4oxAOnCoQQAbog1J1DzuRtjm94sL6/QNM3vNwzDMG3PPve6z+eTZR//U5IkSZIlSZIkSRQlURQFQRRF8cILTvX6JvIXcgxAulCMATgOxJoTi8ejmqbpusoLNoahm6ZsmoZpGozJjFkpRxRFlkwQGGNs/ZsHp04dgYINhxwDkC7kGID+Q6w5sdbWIzU1tZpWpuu6YSQVbEzTNE2eYUz7TyfcEGMkCF5fvdeQYwDShRwDkDHEmhOrve5L8U3rdb1S1zXTNAxDN02ebHjBRnKFmwQiRuS8X0KQYwDShRwDkC2INf0Si0U1TdM0zTCcgo1h12qsN3sdyl2wK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\ No newline at end of file
+++ /dev/null
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\ No newline at end of file
+++ /dev/null
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ym93tam3jB79/EjLS0TTU0tnpdLJNJqHWTLUrXNoGGY3d16b68XRVFnp8ASwwBQKYg1ALPX07N106anf7iknpbcXelrmV97E2b7wd2rV69ramppbMyHG7WGspSOlHLv3gtr1xrXfyIAgPmEWAMwSz09W3/xFze+tb6r0hdSJmc6O8+Qf8uRD9vbVzY1tdTVualUWm3JaduOlOGuXUOGYd5xR7rSVwoAtQuxBmA2enq2dj235aNKX0b5fdRUf27PO7feelcul1Ubc4YFlhVFkaz0BQJATUOsAYCbM3rb7dsouPNEn+e5TU2tYRiEYSillFJGkVPpqwOAmoZYA3DTMCWWiN5POVN9H/l+vrCRMp9sKn1dAFDTEGsAYJb6lrRmD+3v7r4lDIMoUpkGt3cDQCUh1gDA7A2s7hjbte3uux9Qbc2/+lefQZUFABWEBUEBYE6m7r5ny5b/fO7cwPDw+UpfCwDUOsQaAJirezc/+9/+2x+cPXuq0hcCALUOsQYASmPr1m9W+hIAoNYh1gBACdy7+dkowj1iAFBhiDUAAABQJRBrAKA07t38bN8zmyt9FQBQ0xBrAKBkkGwAoLIQawAAAKBKINYAQCmhsAGACkKsAQAAgCqBWAMAJYbCBgAqBbEGAAAAqgRiDQCUHgobAKgIxBoAAACoEog1ADAvUNgAQPkh1gDUhL5nNiNkAEDVQ6wBqHJrXn+j75nNmzY9vWnT02VONihsAKDMEGsAqtPKn/zk4Q96P3vi3B13bIi/Wf5kAwBQTog1AFWl7Qff37Dvg88cHbjnnodXr167fHlHW9uy4l8oc7JBYQMA5SQqfQEAUBp37Njd1NSSvP+xZDJtWZZp2v/xP26q9EUBAJQVYg3A4rbuzW1tbUuTybrULXdYlmNZ1u/8zq+rH/3pn35fnXz1q18s/pNNm57ue2Fz9/NbynOF925+tm9L+V4OAGoZYg3AotT3zOavfOU3k8l06mP32nbCsqxnnnlK/ShOM9dQ5mQDAFAeiDUAi9Xq1WtN07Is+7d+61fpxtJMpaCwAYDyQKwBWHz6ntn8R3/0nd/7va+oL2cXaDAUBQDVB7EGYFH6D//hKwu5ngEAqAjc4A2wKJUk0+BmbwCoMmhrABai+gP7E4mkaVqmaem6/rWvfXOj7guha5pGRL/7u1uIjqvfjKLI9/0g8Hzf9zzXdbO5XG50dPiXfulXK/kGAAAqAbEGoML0d7ctX74qkUg7TsK2HcMwDcMyP/0FIXTOBeecc84YZ4xxzi//8ygiKUMpw4IgDAPf98fHxzzPdd1cJjP17//9N6QcPXz44C233DnjzzHDBgCqCWINQLllfvKP3d23NDW1pNMNjpN0nvxl23Z03dTzDCF0IYSKMoVHxhjTNKZpRERRdMkTShnKaWEUyTAMg8D3fd/3PdXluK57zz0PZTJTk5Pj4+Nj58+fcZxURd4+AMD80bqew/9sAiiH+9//YOnSFQ0NzYlE0nESluWoMSbDMA3DFEJwLgr1jOCcx1GGMU3TmJaXf7biZBNFURRFUsooklLKKIqKmpswDIMg8IMg8H3XdfOjVNnsVCYzNTU1MTx8/tSp/u9//6+J6N7Nz5bno9i95ZsobABgPqCtAZhHzd/7+zvvfKC5uTWdrk898guJRMpxEqZpG4ZhGKYqZnRdj8ebGNOKD5Vjih+vKIqiKMo/Spk/lzIKw0hKKWWk8k1Rf+N5nut5bi6XzWSm1q699fd//9GxsZFbRgY+aqov7ycEAFBKaGsASqz/65u7ntvymaOn29qW1dc3plJ1tp1wnIRl2ZZlqzSjoowQgnOmDsY0zoszDTFGmjbzuFwUXeGQUh1R4ZBhGIWhVIfvB2qKse97rpvL5bK5XEaVN+PjF0dGzh8/fuRo+5J5/ZRQ2ADAfEBbA1BK/V/f/OUv/0bP1zd/7U/+IZlMO05S7TppmmY82CQEU/OAOWdCaJxrnBPnpKJMfNxIpoldJdZoUmphSFJyKSkMKQjU+JQMQysMZRCEvh+4rut5ruepfJNdunT5ypWdHxsdPn/+7Acf7B2/Y+YsYwCABQuxBmpU/9c3E9H8tZUrVqy2bcc0LcOwdDXQJIQQXAgmBBOCVJQRnLggwYlxYnNYRuoauSdOOUFAYagFgQhDFXEoCMIgCH3fVCee57quW1/fmMlMtrQsaW9f2dGxZnR0uL//0JG2ltlf3JXgligAmA+INVCL8p1Kz9b5eFp13tKyxDBMXRdFgYY4J10nXc+nGc5Im/8VMTWtEKEEEVEUURhQoJKNz/2AB4ERBNL3wyAwfT/w/WQikUqlsrlcprGxZWqqfcmS5WuHzp46dWx/OjHvlwsAMAeINVBzisPHfDxtT8/WgwcnDUPXdR6nGcFJ6GToJPQbGlSaD+oVNY00nbggikiaqrMhP2BBwIJAD4LI83zTNB3H8bxULpfN5RrS6fqGhua2tmWrhs6dOXNyt62X5HpQ2ABAySHWAJReKpUQguJDFyT0fFlyI2kmHjaK58oQTZ9c7vJZOPHUnGv8PhExThojxkno8bCUpuuGaRq+L33fsyzb9z3HSSST6XS6rqGhqbW1ffnw4PHjR95P2bP5aAAA5hNiDdSW+a5qFNvOpxndmB79uRo1mbcwyTefZopjDdEl+eZyl8calWxmHJxfIeio8an4MnyfdF3lGxYElu9bvu8bhmlZtm0nEolUMllXX9/Y2Njcfu50X99Hc5xzg8IGAEoLsQZqSHH46OnZ+mu/9pvb5ueFHIcMg/Srj9UEAal5uypMxLFGBZpCrFHL7NHq1VfYM+FyR48GaqEbxrQ41sTNjYov8S1XcZqJqd8XIh9uAp/8gIQgNd/ZNE3TNC3LcpxEIpF0nGQ6Xd/U1LrizKkDB3YNrVs3tw8MAKA0EGugdpmmVZLnmZGWfC/iYroXiaL8uboXKT7ibqYQbuTV4suuXUP5NYQjGRU1NoWXUOsQs87Oq/7rfPx4yDkrrm1Uh6QeRdHVqhikMpkekO+T76vfEbrODcMyzZxhWKZp2bbtOMlUqr65ufXkyaPviqtUSdeDwgYASgixBmrF5cNPhmHOxwupsR4p81/OSDNxQxMEM3PMzp3n1XLAhX0r8+eDg2cKuz6F0WUDUfG+US+9tJ/nN8TknIvCCedcdHRMv9DRo0Fh9b/pfBMfKvcQURQRYyQ46Tr5viYE+T5xznVdbV9lGIZpmrZtO8lkKpWqqx84uX//e2c6O2fxiSHZAECpINZALerp2fr88//j3LnTHT/92fFfeLy0Ty4jkj5FsnATdUC+Hw82RatWTd/SvWvX+SAI4j0NBgcHgsBXXxa+7xX2PQjilENERNNzZDhnajOpeFcptYRx8ePPfna4sHKOXlzqHD0aCMGLx6fifKMm6HBBVJipw/l0uBHC0XVD1w3TtNTqybadSKfrT5zo21Ga26QAAGYDsQZqwuVVja7rlmU3NbUeL90z9/RszWYjN0dBSKGqZ8KZxczu3cNqSybf986fP6v2ZnJd1/NymcyU6+Y8z3Xd3OTkxNTUxNTUhOvmONe/+90/Li4z+p7Z/Kd/+v3iy3jhhW+3tCxxnIRpWolEOplMOU5SzYdRnYphmKZpGob18ssHTVNt4GAWR5wTJ6QKLvEigZznV9ZRc24K83XyyyIzJoRIqnCjdoQwTctxEnVnTj333O/c8/TN7ZqJwgYASgKxBmqUrhuGYSWT6dI+bTabb2jUTgUdHfluZufOQc/zfN8bHh5UezBls9lMZjKbncpmpy5eHBsbGxkePj9+511ERBpRyqaUTdR6g6+7adPTV/vRa6+91NDQ1NDQlEymHSdh2wnbTliWbdvOz352SCUSwzBVjVTc38RLIathNcZII9Ly82/UVlaSc03VQJwLwzBN07JtLNkHABWDWAPVb0ZV09Oztafn1cnJcdM0E4lUqZ65p2fr4GCkYo3vh11dgoh27RryvJzrusPDg5nMVC6XzWYzk5Pjk5PjIyPnh4bOnu1eQ0SUMCnRTsva53IxV/OpTz351a9+UeWeEyf6OjvXtbYuqa9vTibTyWTKsmzLchwn8eabxwxjur85diws3uShONyI6dvIVbjRNM1Ro2C6bhiGMbvrRGEDAHOHWAO1SM04MQzTtp379h7YdffHSvK02Sx1dORnvbz77hnXdUdGzqtKZnJycnx8dGzswtDQuePHjwQPPUJ1SapbU5LXvXGrVnWHYXj27MDZswO+77W0LGlpaUun69PpBsdJOE7y1Vd7DcMyTVONmqnypjjc5G8XZ0QUD0sJTdMYy8/yEddepQcAYD7hP0BQ5a64/p4Q+VjjOMm6uoZSvVZHh7Znz0gul3Xd7PDwYCYzOTU1efHi6Ojo8LlzAx9+uPfNN195/D99i5a2leoV50LXjbGxC2NjF1w3196+orW1va6uPpWqU8vuvfnmMdO0VHnT358PN+pWKV7YlbNob06u7sZiTJtLrEFhAwBzhFgDtaWnZ+srr3yYzWZ0XVeLr6RSdct//OPTn//8zT7VjBGo3buHcrnc6Oiwmu07MXFxbOzCuXOnjx3rPfDgBlrdTqvbiV4p9RsqAdO0RkaG/uiP/q9/829+a+nS5c3NbQ0NTYlEOpFIvfHGUdO01IBaf3+g61wIknJ6zWK10B/lVzrW1d3mFX4/AFDDEGugml2lqolngZimaTtOsqNjzek5v9bY2IXJyfHJyYmxsQujo8MDAydeWbWE2uqobcOcn7tMJicnjhz56PDhg6tXr2lrW97Q0JRKpROJ1Ouv91uWrcLN0aP5OTdxuCEqTjZ8jrEGhQ0AzAViDdScosmtpmXZjpNMp+c0DtXTs/WHP9w9OHhmdHRkZGTw9OnjP+9cTquWlOqCy4wxfuLE0QMHdt9yy51Ll65oaGiuq2tIpdJvvnnMsuzOTjXnJtT1fLhRN4HnZxOLK2w7BQBQNuz6vwKwOF1e1fT0bH3vvXOccyEMXdfVDcmWZadSdQ8dPDSXJx8YOHn06KH9+3d+xwh+3rm8NG+gotLphoGBkz//+Q8PHXr/1Kljg4MDQ0PnRkdH3n77xK5d5zs7+YoVmuuS7+fX5qHCDOL2du1mF62Z4d7Nz/Y9s7k0bwMAagzaGqgtajMBIUIh9EJhYyUSycbGG10hZoaenq1/+Id//sEHe15a1kyr5+UO7Qqqq2s8der4yZNHu7tvXbp0eWNjczabTqXqtm8fsG2no0M7ejSUksW7LqCqAYDKQlsDtYUxXhiE0g3DMAzDNO1EIlVX1/DwB703+2w9PVu/9rXn3nzzJy8ta56Pq10gNI319x96//33+vsPnTs3MDx8fmxsZGLi4s6d5zs7+cqVmudNb3dVEihsAGB2EGugOl1xBOrAgYnCVpCCc7VlkqHW200kUs3Nbd2vvXGzL/R3jfZHjzxUugtfuCYmxn/wg7/u7T145syJoaFzIyND4+Nj27cP7Ns32tGheV7k+/nRKACASkGsgRqibj/mhYEoIYRaes6y7EQiWV/f1NFxE+vj9fRs7Xqutm7Y2bVr2+tBZv/+ncePHxkcHBgZOa/u/9q9e7izk3le6Psley0UNgAwC4g1UBN6erYePuyxvDjWqGEoy7Ic23aSyVRjY/ODBz66weestUxDRBs3PrV7yzffTzk//OH/PHLkg7NnT124MDQ6OjI5Of7ee4Pd3WLVqlJOrkGyAYCbhSnDUIWuuFyN2qCRiKIoYkxwHum6lDI0DDMIAtt2giDwfa+tbdk9u/ftufeua79EDWaaYuFDj7zqTT7Ue9B1s563NAyDIAjeffeMbTt33llf6asDgNqFtgaqX0/P1sOHXSJN0zRNY4wxIVRfk583bJqmZTm2nUgm0w0NzcuWddy67d1KX/UCpQobdb6dy/37d506dWxo6JyaRJzJTJb25VDYAMBNQVsDNULTNIoijbH8KAnnEVEkpZQyNE1LShmGYRgGYRhGURSGgfvqa/2f/lRlL3rh+7CxLrPvXd+/JwxDKaUs1a1QAACzgrYGqs2MEaienq2FU226rmGMc84Y17bceg0AACAASURBVHWh64auG2pdPsdJpFJ1dXUNzc1t3d23VuT6F77iwoaIji9ftn37q6dOHR0ePvfEE7fNcS2+y6GwAYAbh7YGakIURVEUqVhDND3JhijSdfXDSMqQKIp/XUr5+LHTP1u9rKIXvjhcuPW2V1/90WOPfa7SFwIAtQ5tDVSznp6t+/aNHjgwsX69SRSpNXCLZtiIwgwbXdcN07RN03achOMkU6m6hobmtrZlj/Ueq/SbWIhmFDZE5G544JXM6Dy9HAobALhBaGugyoVhqGmMiKSMNC2K2xopiTGN84jyXU5hjErTiNRBUSSllA/s/2jHHbdU9l0sFiUfgQIAuCloa6CqFE+s6enZ+tZbJ8IwkFKqwkbKiNTk4fzSfBrn6p4o3TAMtUVUPMkmkUil0/WNjc2rVnXd+d6eCr6pn/3ub1fw1a/m8sJmXqGwAYAbgbYGqpnve2pqMGPaBx9MrVtn9Pb6nHNNIyKNiDEWEYm4pClGRJpGUURSyu7uW/S9B3bd/bFyXnycZrqfr+k1cgAAbhxiDVSnnp6t3/veDt93hRBqWWEpQyqaO0xEjGlRRJrG4hAT55lLnyyKoogxZh/qf2t913xf+SJKMxs3PrX7xW/eu7lMA0/3bn62b8vmhf+xAEAFIdZAFerp2fonf/IPuVxWCJ1zFWuYprGDByfXrTOOHPGjSMTTh4mIMdI0EYZa4RuaijiFGTZRFBFjzDDMXzh+9qcdS+fjmhdRmgEAWLAQa6CqdD23pefrm7/2tecmJ8d13RBCL+zXzRjj6r5uKSNNk2oesYovUURRRJp2yWiUmjisaaQCEOdcTb75p4Pnjx49fPCh+0t1zSrQLNI0g8IGABYUxBqoNl3PbTlz8LDjJEzT0nVD13U1L1jFmoMHJ9QMG02jy5JNRMRVsIkn2Gj58ShNiHizBdM0rfQHve/ctnYu11k19UyZkw0AwDUg1kAV2n77Orv/hEoznOe37S6eCxxFUkqKv6TpeTaRpvFCYaN+ohFpapEbIXRdF4VFbiyr/9SrXctv9toWe5rZvv3Vhx76dAUvAIUNAFwDYg1Up1e7Vnzu1ICaWKNpTM0LVvbtG1u3zjx82NU0jYgzRkXL9KkTpm6Piu+N4pxxnl+7T3U2qrb5wpkzJ0/2H3hww41f2KL+/8fbt796xe+jsAGABQKxBqrWyyta/sm5M0LworYmn2/ef//iunVmb6+naRRFvJBmiEhjLIoiImJFo1GsMEFHFC1MbOi6bhhmKpVecvzMqVPHDn3i49e9pEWdaRYOFDYAcDVYjg+q2f79O4eGBsfHxyYnJzKZqVwu47o5z/OCwNu/f3ztWkNKGUUyiqb/hDGNMeJc45ypfRUMwzBNq7BMX9JxEslkOpWqa2hoampqXbJk+apV3XfcseEzR0+3/eD7lXuvFYbV+QBgIUBbA9XsxGd/oWHnXl3X1Xzh4kk2RNqBAxNr1hh9fX5hsOny0ShN00Rhx2/GOfd9zjkvdDZCCN00LdtOJJPpdLq+oaF5qPf4G2s7KvqmAQBqF9oaqHL7Ntx98uTRCxeGxsfHpqYmstmM62ZdN+f7nu97Bw9OdnfrUoZSRlKq27zzB+f5Qwim67oQuroHyjRt206o3RVSqbq6uobGxuamppbW1qXLlq3q7r7ln41MPfxBb6XfdwWgsAGAikNbA9Vv++3rrL6TvHBbVPEkG1XLhKFUM4MLC9jEtU1+/wTGiDEuJS/UNtOzbQzD8DzPNC3LSth2IpFIJZPphobm1qHzZ8+ePnr08NCXvlTh9w8AUDMQa6AmvNa98rMnZt4YpRLOvn2j69aZvb2uppFKNkUziPOP6psq3KghKXUihAgCQ9d907RM07Usy7Yd23YSiVQikWpoaF65snPy9NDw8ODOu26v5Psvkeve2o3V+QCgshBroFbs27dD1w0hRDzDJp5n8/77Y2vXmr29ntr/kvLbKcRr8V1S22iaxlh+RRwhRBjquh4Ega8WsymMUjm27SST6Vwuk8tl29qWrRodHx8fGx4e3HPvnZX8FAAAqhpiDdSK81/8Ut+b23TduHz6sKZp+/dfXLvWOHLEI6J4zllxuFGxRp1ISVJqjBlSRmEYChGGoaHrfhxuXFXc2Anfdz3PdV03l8vmcpmlS1esvjA+NnbhzJkTHz3ycIU+ifmFwgYAKgixBmrI4Uc/bu/cW9gi6pI1+lSyWbPG6O31iNQuCtM5ZsawFGMq2VAUaZwLKXkYSiFEIdwEum76vmWabhD4QeB7nud5ru+7rpvL5bK5XHb58lW3XhifmBjPZCbHx8f2P3BfJT8XAIBqgVgDtWXfhrvtg4fVJJu4ryGiKIqkjPbtG1271ujtddX+UFGkcX5JuFFZR41GRZFKNiSlxjmXkoWhEEIPw1DX/SAwTNMMwzAIfN/3Z+SbXK4pl8u4rut5ruflbp9yXdfNZjOZzOTExMWhoXMnn/hshT+pOUBhAwCVglgDNWf77eu0D3oZi9OMlDKUUkopo8jau/fC2rUmEfX3+5yz4qk2igo0Cmcko3y+kVITQgtDLQzVnBsjDIMwDMK8IAj8QGUc3/N9z/PyXU4ceoIgcF3X83Ke53rjbjabcd1c8eWpkzAMK/K5AQAsfIg1UIveuW3t2LZ31637mO/7QRAnj3x62LNnWNeNri69ry8/1UblGFZY5kmlnPw3Kd/fqGEpzjUpKQwpDLmUPIrMsIiUQRDk842KMirvqNwThmEYqivy48QTRVEUSRW/ojxZmU/tZqCwAYCKQKyBGvXhxx/8kOgLA8cLISMIw7CoF4nef/9id7dx5IgXRZEQXP1VHGjUDJs43EQRcU6RJJkfk9LU+n5q/o2UQk0uDvNti2pv/PgVi34QzHgkii5XyQ/uhmH/SwAoP8QaqGk/am/6dP+R9nY3CPx4wEhFjSiS+/aNrlmjptqQEIxIm1HbaERMBZ6IIqKIEScqSjP5mTeFLodJSSrfSBmGoSFlvoMpHmC69DxUISZOM4so1pQZChsAIMQagFe7Vjx44KOVK13f91S4KXQ2oZSRmmpz+LAbRVEUcc7VjJz8rGHixImYRhovJJvCbOL4UOFG5Rs1BUdKFkV6GE4PLanxpfi8eD4NUT7NzHgsuU2bnn7xxW9v3PhUCZ8ThQ0AlBliDQC9+7H1U+++19m5/vKpNlEkd+8eXrfOJKK+Pk9KJiXjPH+HlDo4J64RY8S1fLJREYcoPyyVfyyaghNFJCWLIooiXvh+dFnKKS5mpk/nr6yZj2RTTihsAACxBoCI6MCD94/86Ed33nl/3NkUapvQsuxdu4Z0Xe/uNoiov98vhBvinIjyYSXeGpMXmhuKKCoMUcnpu8EpujToFA4tirQoYsUpp1DPUP5Z5jPTzBPMHQaAckKsAcg784UvnCH6VF+/SjZB4MfFTRAEhmHu3j0shN7Vpff2ukIwFW7iQDNd3jBijBgnjYjUbeFxeXNpuCGafrzsUCln+neoLJlmsRc2AFDjEGsALvFa98oH9n/keavVgFQQ+J7n2rZjGJZpmoZh7tkzrBa2OXJkZrjJFy0q1ki1NSYxRqQRo3zE4cVTjOPUErc7xUFHUlzTXJJnUNhcEwobgFqGWAMw0447bjn90ksf+9h9LS1L6uoak8lUIpG0LCcON++9d04Ifc2a/IQbISIpWWFGMDFGnBNjxDTS2HS4YUUbZ5JG2qUvOqO8iR+nK5/4nzP+stRQ2ADA4sWu/ysAtWfgySdfXtG6b9+O48ePnD17emhocHR0eGzswsTE2OTk+NTURDabee+9wb17R7u7jY4O4XmB54W+H/k+xUcQqnX5KAwpCCgISF59IT21M4MKQCoVqbEtps5ZYWyrKB4tIhs3PrV7yzfL9nL3bn6275nNZXs5AFg40NYAXNWBBzccINqwb++yZasaG1vS6fpkMmXbCdtOWJZrmpZhWDt3njcMo6tLzSb2OGeMaZyz4hnEKpfE82bi7aW0qweUa/yoDFDYAMAihbYG4Dp23nX7P7SkensPnj59/Ny5MyMj50dHh8fGRsfHL05OXsxkJjKZqV27ht5//2JXl9HRIVw3cN3AdcNcLsrlKJcj1yXXI9+nMKAwJBm3OOpLOb22TRVDYQMAZYC2BuCGvH1LNxF9qu/D1tb2+vqmZDKdSKQcx7HthGl6hmEZhrFz5yDnQs25IaK+Po9zjXONsfxSNzP6G8ZIY/n+pviRKt3WEAobAFicEGsAbsJr3atW/uQn69Z9rLl5SX19YzKZTiSytp0wTUvXDcMwdN3Yvn1ACF0Ioda5ofzglFYYn9LyE4qLjvg7FU8z8wq3RAHAfEOsAbg5J5944iTRrdu2r1rV3dTUWlfX4DgJy3JM0zJNyzBMXTdUxHn33TNCCCF0NfOGiibfMEaMaZqmFWeaGedq56kKljcobABg0UGsgVrU//XNRNT13Oz/d/yHH3/oQ6Lb3tne3r6qoUGNSSVtO2FZ9ox8o+vGjh1nZ+SbI0dcxrQ42RSfFzc3MzJN/KXjzOntVxAKGwCYV4g1UHP6v775y1/+jZ6erXN/qg8efvADIiK6Z/eOtrb2urqGVKqucKuUdXm+ee+9c4xxznk8/2b6qvo9xjRNy0ccxjTK55j4ZDrflC3WoLABgMUFsQZqi8o0JX/aPffeqU4eOri7qaktna5PJtOOk7Dt/OCUaVq6buq6zrngnL/99knOOWOcc8YYZ4zHRU7+Ovs9KlqLTyskmpsdjfrqV7841/dWaihsAGD+INYAlNL229cTUcPf/s1tt93d1NSaStUlEqk43+i6IYQuhM45V/lGCKFO3nnndHHQmZFyZrjureBxmvnud1/VdeOXf/mRWb+j+ShsypxsAKB2INZADYmrmp6erb/5m9/48by90Oi/+OW3iYio+7XXli/vaGhoTqXqHCeh66a6W0qFG13X1ZwbzkVRyuGci23bTqmG5iqPS674unGa6en5ua7rum6k04YQ+ry90cUBhQ1A7UCsgRpl24kyvErfpz7ZR0REa994vbm5NZmsc5yEZdmWZRuGGaccXddV0FFZh3PB1EQb0jSNCidxqpk5EBWnmb/6q5+qSTzptKGeR7VBc3wXKGwAYLFArIFaMWNWTTKZWvP6a0c++Wh5Xr33sU/0Fn3Z8dMft7a2p1Jpx0mqlBNPLjYMUwhdxZoZCuFmOtaoQPOXf/nKFdNMXAXN/foX+9xhFDYANQKxBmpOT8/W73znJ+fODbS1tR+p0DUc/4XHjxd92f6jHy5duiKZTCeTKcuyLcthjDHGNI1pmlYUcdSX2re+9Re//dtfJKK//uvXdF1Pp9XAligEGj2esqPm63z44eQLLyQ3bXq6Qm/3yjB3GABKDrEGasKMqsYwTNu26+ubKnhJxc584QtnZn5PEskVL//EMEzTNA3DVHeGq5jyF3/x3//mb94qTJ1RaUYv1DOiMPU4fmSc87lf5GIvbACgFiDWQC0yDNOynEQiVekLuY5Tn3viaj9KpepUmikqaUQcYopiDWOapi3UPW1R2ABAaS3U/9oBlE5xVdPTs/W1146oKSypVN3DH/Re+28Xpu7nt3zuc3c4TtJxEuru8cLqxma8TI5hGIbBhdCETnqJ7oXatOnpF1/8s9I8FwDAPECsgZqj7jYyTSuRSLa0XPlO6UXBceI0owKNyjSmrgtd13SdhCBdzx8jI9ELL3y70pd8BRs3PrV7yzfL9nL3bn6275nNZXs5ACgzxBqocjOqmj17RjgXum6YpuU4iVSqft2bb1f2CmfNMFQrY5mmaRiWYei6zuIoU5xpdJ2May3vdxNQ2ADAQoZYA7WFc67rumGYpmlZlpNO161a1V3pi5qlQk+j6zqfEWWEIMO45DBnbkK1gKCwAYBSQayB2sKYWstXNwzTsqxkMtXc3Lri5ZcrfV2zYRh8RpQp7mZmZBrDIKLSjEOhsAGABQuxBqrZjBGoQ4dcxpi6b0jXDdO0HSeVTjfccsudlb3OWeh+fsvKldrVoozKMerQdWIL/l90FDYAUBIL/r92AKWjaRpjnDEmhDAM07Js23bS6brW1vb1b22r9NXNxjUyja4T5ze94/cNQmEDAAsTYg3UhJ6erYcO5TSNWH4USlczbCzLTibT9fVN3d23VvoaZ+PybsYwrppmooikXKD3QxEKGwAoBcQaqFozVhZev96ifGHDGONqeo1tO46TrKurb21det/eA5W72FkqzjRCXHWwSUoKw/xRKihsAGABQqyB6tfTs3XfvlEiiiLSNDVrmBem11i2nUgm0/X1jYvulqju57eYpnaNNBNFJEMKgulMEwblvcSbhMIGAOYIsQZqQhiGBw6Mr1tnqE2w1cTheBzKthPpdH1LS9vjxwYqfaUlEEX5eiYIKCgKNEFAQUDj4yUbh5qPwqbMyQYAqgxiDVS5np6tr77aGwR+GIZEJKUsKmz0QmHjJBLp+vqm5cs7Hvmor9KXPEtxmskHmuCSQOMHFPjkB+T7pXzRxT4UhcIGoMog1kA16+nZ+t3vvua6Od/34sImivK3RBUVNo7jOKlUXVNT26pV3Xe+t7vSF36jup/fQqQVT50JiwJNUAg0vn/JydmzC3fiMGEoCgDmALEGqtk3vvFfJyYuZjJTuZxKNpKIpJREpGlaUWFjWpaTStU1NDS1tCxdt+5jlb7wm3PJMFMh0OSjjH/Jie9Hnic9r3Qzhxd/YQMA1QSxBqpW13NbBgaOX7w4OjU1mctlPM8NAv/AgYl16wxSU2w0jTE1dzh/S1QqVdfY2LxkyfIvDU1U+vJvVPfzW3RdU4EmX8/4l2eayPel74fxQUQobGIobACqBmINVLM313UODZ0rFDZZlWyISMqQiBjTGGPxht6Ok3CcZDpd39jY3N6+6nOnzlf68m/CVeqZyPel54Xx0dGhd3Ya3d3moUPZEr46ChsAWCAQa6DKHTvWOzo6PDU1Ecea/fvH1641oigi0lSy0XVDbX7pOIlEIplONzQ1taxc2fmJQ/2VvvwbFVy5nomPME4z6iCiQ4eyKGxiKGwAqoOo9AUAzK+9993VfuZsKlVnWbZhmLqucy6ISErJmBqHIk1jRLr6/SiKooiiSEoZ+r4/uv2tgw/dX9F3cH3dz2/pe0Y7ezaScuaxZk1+5+7S1jOX27Tp6Rdf/PbGjU/N66sAAFwb2hqofj9qbxweHpycHM9mp9RdUfv2ja1dq6sZxIxpjGlC5Dsb23YcJ5FK1dXXN7e1td911wMPHjhU6XdwQ4qnzqxerXd1GWvWXFLPXA6FTTEUNgBVAG0N1IR9+961LFvXTSGE2u1y//6La9aI/v6QqdImv4mSof4RRZGUUspQSqnrhnWk9/U1qyp3+dfX/fyWvmem/3We727milDYAEDFoa2BmvDhxx/q7z80PHzu4sWxqamJbDbreR4RhWEYRRHl94rShNDiziaRSKbT9U1NLUuXLl+79vZFMYP42t3M1f4EhU0MhQ3AYodYA7XijbUdJ070j4ycHx+/mMlMuG529+7htWuNMAyjiKhoNEpNH7YsJ5FI1tU1NTW1LlmyrKtr/QK/67v7+S3r19uz+MMSJhvcEgUAlYVYAzXkpWVNAwPHR0eHJybGM5kpz8vt3XthzRo9TjaapnGuca6pvaIcJ5lKpevqGpuaWtvalnV0rNk4XtKtB+AGoLABgBuHWAO15Y03fnL27KmxsZGJifFMJuN57r59o93dQkqp9vfWNBIin2zU9OFkMqVGo1pb21eu7PrVHLtjx65Kv48rQ2EDADUOsQZqy/Av/dLhwwfOnz978eLI5KTqbLz9+8c7O7mUapoNEZEQmq4zwzDU/t6JRCqVqm9sbG5tXbpiReeGDZ94+IPeir6P2oLCBgBuEGIN1Jzd99xx7Fjv8PDgxYujU1MTuVzGdXNEFASBlESU72w4JyE0wxCWFS/TV9/Q0NTS0rZ8+eo777z/S0MTa15/s8Jv5jLVWtiUOdkAwCKFWAO16LXulSdPHr1w4fz4+NjUVH768Jo1hko2RaNRKtlw0yxez6apubl12bJV3d23fuITn/386eFKv5uZZp1sbsR3vrNwb5sqIRQ2AIsUYg3UqJeWNQ8MnBwdHVY7Rrlubu/e0e5u3fenkw0RcU6ck65rpmnYtmPbiVSqTk0iXrJk+cqVXbfccsevufzRw8cq/YZKAIUNACx2iDVQuz74YM+5cwOjoyMTExenpiay2ak9e0ZUsglDUgNSRGo0inSdDIPbtm3bdjKZqqtrbGpqaWlZsnTpio6ONXfddf/G8WDhTCWev8LmK195+gZ/c7HPHUZhA7AYIdZA7Tr86CPfTWgnTvSfP39mdHRkYmIsk5ncvXu4u1v3PD8IojjZMJYPN4ahWZZl204ymUqnGxoampqaWltb25cvX93dfcvHP/74l4YmK/qe5gqr8xVDsgFYdBBroNa9mBZ9fR8NDg5cuDCsptrs3Hl+zRrD94MgkGFIUURRVJxsyLJ0x3Ecx0km03V1DY2NzWrJPjUm9VVKPHFysPPnr1b2fc3rDJsbtNgLGwBYdBBrAOgfWlKHDu0/e/bUyMiQuj3qvffOrVljdHTw4mSjbo/inAyDTJNsW3ccO5FIqtk2jY0tLS1takzqjjvu++xnv/QrF/3HehffnBsUNsVQ2AAsLtjqEoCI6OUVrZ/6cN+aNX4YBmqHyx07zlqW3dHBjx0LiDgRMZZPNnF5w7mm60IIruu6aZqmadm2Y9tOMpnOZKZaW9uXLVvVPT46MnL+6NHe/Q/cW+Y31f38lr5n7IpsexnD/pcAUE5oawDyXuteeeDAztOnjw8NDY6Njag7pPbtG129WnheGASk7pBSmUaI/ICUYZBlabYtbNtMJtPpdENDQ3NTU2tr69KlS1esXNnZ2bn+ttvu+eQnP/9rLn/i5GCl3+UNQWFTDIUNwCKCtgZg2vbb10/t2HbHHRuCIF/bRJHcs2eks1P09/tEIoqI88J6fYxIIymJc5KShGBBEOm6qeu6aVpB4Pu+77o5z3NdN5fNZlpbl7a3r+waH7twYXhwcODcudMfPfLwfL8jFDYAUFMQawAusf+B+8Z+8vJDD306CPwwDMNQSil37x7u6tKPHPF0nes6y4cbQYxICIoiimR+TEoITQjNMFgYGmEY+X4iCDzP8zwv57qu62YzmcySJctWrFjturlHslOZzNTExMXR0ZFz504f+eSjlX730w4dyr7wgr1p043ezl1mGzc+tfvFb967+dnyvNy9m5/t27K5+/kt5Xk5AJg1xBqAmU4+8cRJoi8d6w2CIAxDKcMgCHbsOLtmjUFE/f2+rnMhNBVuBBHjpHFSX0pJQmhSalJSGEZhyMPQCILQ95NB4Hme67qu5+Vyuazneb7v+b7nujnXzeVy2U9mp6amJicmLo6MnH/ntrWzvv47duxKJtPJZMo0bdO0fv/3/99vfAOFDQDUBMQagCv7h5bU54584HluLpetq2tIpereeuu4ZTldXToRHTsWSMmFIClJqHzD41hDUURSkgo3QaCFIQtDEYZmENi+H/i+7/tuEARBEIRhEAS+73sq5Xie57o5z8vdl814niullDKUMgxDGYZBGIZhGMQnQRAyppmmZRiWaVq6ruu6oeu6ePyLQgghBOdCCGEY1uw+ARQ2xVDYACwKiDUAV/XyitZl//g/H374M0uWLG9sbEmn65PJ1DvvnDJNe/Vq0dc3PSalZhOrcEMaUUQR5cONWrBYhloQUhjqYagHgRmGthreCkNZCDdBGPpBMJ1ywjCMIhlFURRJKaWU8YmMTzRNi+ML54IxrhSfCCF27DjzwAOzKWxKmGxQ2ABAGSDWAFzLwJNP/g3R/TveWLv2ttbW9oaGpnS6PpFIvfvume7u/JiUYXAhtEiSFPkZxJwR5yreEBFFEYVh8cGkZFJS4ZBhGKmIU6hh8pVMFEVEUREqBB0VcSJN0zjnLI8zxjSNzcC54Lw673lEYQMAMyDWAFzfe3fe+h5Fj+/f2dHR3dzcVlfXmErVvfnmMcuyp8ekDC7yE4eJc+Iyv7YNY0RFM4tVspERFcUaFXG4lCRlJGUUhpHMpxeifK6hwtfFKSfSNCrOMeoWLU0jTdMY0zRN0zRijHFOQ0PR+vUaChsAqG6INQA36mer25u/91ef+MRnly5d0dTUmk7XJ5PpbdtOWpazerUgouPHAyGYENp0uCk6mEYkSOhElF//Jh69UnWOmo4ThpqKO/HvxOFG/WHhz1UTRJpGjGmFKJOPNeqEaaQxYoXFkasSChsAKKZ1PYd/PwFuzt279q5bd0dbW3tjY3M63ZBIpBwnYZrWPfc0EdHRo74QTAgmxCWxRnDiIl/eXENhuvGMTHPlc6KZIWb6hCgi0ohIKzxqRDSbwoaI1q8v2dzhF14ofWHz4ot/VrZks3vLNxFrABYstDUAN23vfXfvJXps347Vq9e2tLTV1zclk2nLst9++6RhmJ2duvq1uLxR+SbgJIJ8somzyOW0my9X4ohTCDL557ni785uKKqEFvtQFAobgIWsOicSApTBG2s7XtC9Q4f2Hz3ae+JE/5kzpwYHB0ZGBl97re+dd07v2jXU0SGWL2dTU34mE2azlMtRziU3R7kcuW7+0fMo3pZh1qan1LDp8xmkpCAg35/lS2A7hWLYTgFgwUJbAzAnP1zSQJS5/+1dHR3dTU2tdXUNiUQqkUjZtvPmm8cNw+zqMtRvHjvm6zrjnKl5xOqRsaLBo0sfZyceqCK6ZHZOfmBLUjaDwgYAqhbm1gCU0hMnB9va2uvr8/eBO07CthOWZRmGtWFDq/qdo0c9xhjnGucaY9Pzi1XKmTE+dYWT/P/lT6JoepkcKp55U/hmvHxOGFAQUhhG7e0MM2zmDpNsABYgtDUApfSTlW1E4e2v/mN39y3NzW319Y3JZDqRSNl24vXX+w3DFEJ0dhrFgI2SWQAAE/5JREFUf3L0qK8iDudMtTgq4mhFU33jc5oRa2g6uxRXMvLS26zUTeNBIFevzs/7iSJspwAAVQhtDcA8+sSh/mXLVjU0NNfVNSaTKcuydd3QdcMwDCF0IXQhxIYNbcV/cuyYz3l+yRn1SFR8Mj11Rj2q7CIlRZFa7YbiNW/iEBPbufO873u+7z/66GoUNnOHwgZgoUFbAzCP3lrfRUSrX/779evvaGpqUWNStu2YpqX2cjIM45VXPlR7OXEudF2/PItczdGjHhHN6H6K7d49FIZqVykZhoHnuUNDZ9W2mn/+5y/963+NwgYAqg3aGoCyWv2zn69c2dnQ0JxK1TtOwnESlmUXpxxV52hafpHgK8n/6L77Woho167zcXYpJJgwDEMp1Y6YYWFDBj+bzWSzmcnJ8YmJi6OjI9/+9n9GYTN3KGwAFhS0NQBldezxzxzLn4Ykx9e99NKKFavT6YZUKm3b+ZRjGOalWyLEJ5qmqX8yTdN+/OP9RNq5cwMqycRbZgaBr0583/d9Lz4uXhwbHDy9445bySFyml56fkvfMyhsAKCqINYAVNLhRx85nD8NKLx4+ys/bW9faduO2pRbiPym3PEjY6zoS8YYV5HF8/LZJZfLum42l8uOjV0YGxvp//SniIg4ESey0tR269yvuYS7RM0HbKcAUMsQawAWkIMP3X9w5vciooAoyJ+GRCER0fIf/9iyHMuyR0eHB558kjQig8jQKOEQOUREtPy6L9c928IG+18CwMKEVYYBFqXTn/9836ceO/jQ/QNPPlnpa1lwsOgwQM1CrAGoad3Pb1m/3p7FH5ZwO4VNm55+8cU/K8lTAUCNQ6wBgCqEwgagNiHWANS6ai1sypxsAGAhQKwBgNknG4ihsAFYCBBrAGD2UNgAwIKCWAMARAujsFnsc4dR2ABUHGINAMxJCQub+YC5wwA1BbEGAPJQ2ADAYodYAwBzhcKmGAobgApCrAGAaShsAGBRQ6wBgBJAYVMMhQ1ApSDWAMAlUNgAwOKFWAMApYHCphgKG4CKQKwBgJlQ2ADAIoVYAwAlg8KmGAobgPJDrAGAK6jW/S8BoLoh1gBADUFhA1DdEGsA4MpQ2ADAooNYAwC1BYUNQBVDrAGAq6rWwqbMyQYAygaxBgCuZSHc7L3YobABKBvEGgCYFyhsAKD8EGsA4DoWQmGz2OcOo7ABKA/EGgCYL1idrxiSDUAZINYAwPWhsAGARQGxBgDmEQqbYihsAOYbYg0A3JDaLGz+2RcP/bsvv/vAJ88Xf/Opf7nr33353XJeBgDcIMQaAJhfi7qwuZBJ/vr9r/+Xz/91/J0vfKH//3joZ1+8bdfsXg6FDcC8QqwBgBtVg4XN6z9dvuf06nor89S/zOeY33z4ZY2iP3rzF8t2DQBw4xBrAGDeLerC5t/+PxvDiG267w0i+vI/39+SnHj/7KpXXu6Y9cuhsAGYP4g1AHATqnU7hWv72/0P2Lr3e//7K//2gZ8T0a8/97+V89UB4MYh1gAAXKew+cP/8clx1/4nt+5OmrnvHdww95dDYQMwTxBrAODm1GZh8/+9+3hEWijZH/zpZ8r5ugBwUxBrAACIrlfYnL7YSEReKEr1cihsAOYDYg0A3LRqLWyw/yXAYodYAwCzsRBu9l7sUNgAlFzJClUAgBtx6FD2hRfsTZuenvtTbdr09Isvfnvjxqfm/lSxN/e88V+/csl3fus7L5fw+QFgXmldz22p9DUAwGLV98zmQ4eyN/tX69eXJtYoL7xQymTzfz7zq/F5eQLN7i3f7H4e/x0GKA0MQgFAuS3M1fn+14t/9r8Kk3UeveexspU0GIoCKCEMQgHA7HU/v6XvGXsWhU0JzXEoKo4yv7LxKSL67/SXRPToi6W6OgAoK8QaAKiAEs6wmZ3tm15VJ79ypTy0ceNTu1/85r2bny3Pxdy7+dm+LZsxFAUwd4g1ADAni6uwidPMQy98ep4vCgAqAHNrAKAyyjzDZvumV7dvevWhFz6tjuv+fpnXsMEMG4CSQFsDAHO1kAsb1DMANQWxBgAqZv5m2JQkzWCGDcCig1gDACWwcAqblT/uJHQzALUKy/EBQGnMbmk+KsXqfN8pzNGJiEq76DARvfjin5WtsCGszgcwN2hrAKA0Zl3YzGUoSgWarxT+dhNRybdTAIBFBLEGABafuJ75yvyvfIMZNgCLCG7wBoCSmfW23jd1s/d3Xvj2VzY9rY7Lf7pp09MvFhYOBoBag1gDAItMGRqaGbCGDcBigVgDAKVUnsLm2uajsClzsgGA2UGsAYASm3WygRgKG4DZQawBgIUChQ0AzBFiDQCU3kIobBb73GEUNgCzgFgDAAtImfe/vFmYOwywwCHWAMC8QGEDAOWHWAMACwsKm2IobABuCmINAMwXFDYAUGaINQCw4KCwKYbCBuDGIdYAwDxCYQMA5YRYAwALEQqbYihsAG4QYg0AzC8UNgBQNog1ALBAobAphsIG4EYg1gDAvKvW/S8BYKFBrAEAmCUUNgALDWINAJRDtRY22P8SYEFBrAGAMlkIc4cXOxQ2ANeGWAMACx0KGwC4QYg1AFA+C6GwWexzh1HYAFwDYg0ALAK42fv/b+/+Y+OsDzuOP8QOiSGtHX6kpQQNEkPcoEKW0JbRrVmADgqDtWVQVIRAhapodA2IaAkb0EobENNtxR2dBuukDNBaUjGKEO0afrZRWqggYH6EssXjR0T4lczByf3w+S7ZH07cwziJ/dyd73m+z+ul/BFffOfvH/njrY/vea6asoG9kTXApDLYAI0ja4B0MNhUM9jAmGQNMNkMNkCDyBogNQw21Qw28EGyBmgCgw3QCLIGSBODTTWDDYwia4DmMNgAdSdrgJQx2FQz2EA1WQM0Taiffwk0i6wBqDODDTSLrAGayWAD1JGsAag/gw00hawBmizUwWaSywaIZA2QBEm42DvtDDYQyRog1Qw2QDVZAyRCEgabtL932GADsgZIN3fnq6ZsyDhZAySFwQaokawBUs9gU81gQ5bJGiBBDDZALWQNEAKDTTWDDZkla4BkMdgAsckaIBAGm2oGG7JJ1gCJY7AB4pE1QDgMNtUMNmSQrAGSKNTPvwQaStYABMtgQ9bIGiChghxsfPglNJSsAQiZwYZMkTVAchlsgAmRNUCiudi7dgYbskPWAGFK+MXek0zZkBGyBkg6gw0wTrIGCFZiB5umvL3GYEMWyBogBQw2wHjIGiBkiR1smsJgQ/BkDZAOBhtgv2QNELhkDjbNunuNwYawyRogNQw2wL7JGiB8yRxsmsVgQ8BkDZAmQX6cAlAvsgYACISsAVLGYAPsjawBAAIha4D0MdgAY5I1QCol4WJvIGlkDZAtBhsImKwB0ioJg42ygUSRNUDmuDsfhErWAClmsAGqyRogiww2ECRZA6SbwQYYIWuAjDLYQHhkDZB6BhtgmKwBsstgA4GRNUAIDDZAJGuAjDPYQEhkDRAIn38JyBoAIBCyBgiHwQYyTtYAAIGQNUBQDDaQZbIGCE0SLvYGmkLWAOxmsIG0kzVAgJIw2CgbmHyyBuB33J0PUk3WAGEy2EAGyRqA9zHYQHrJGiBYBhvIGlkDMJrBBlJK1gAhM9hApsgagDEYbCCNZA0QOB+nANkhawCAQMgaIHwGG8gIWQMABELWAJlgsIEskDVAViThYm+goWQNwH4YbCAtZA2QIUkYbJQNNI6sAdg/d+eDVJA1QLYYbCBgsgZgXAw2kHyyBsichAw2zT0ABEnWAIyXwQYSTtYAWZSEwSaKoqd7bm72ESAosgZgAgw2kGSyBsioJAw2nd09BhuoI1kDMDEGG0gsWQNkVxI+/9JgA3UkawCAQMgaINMMNhASWQMABELWAFlnsIFgyBqARFzsDdRO1gDEZ7CBRJE1AFGUjMFG2UCNZA1ATdydD5JD1gDsZrCBtJM1ALUy2EBCyBqA3zHYQKrJGoA6MNhAEsgagPcx2EB6yRqA+jDYQNPJGoDRfJwCpJSsAQACIWsAxmCwgTSSNQBAIGQNwNgMNpA6sgZgr5JwsTcwfrIGoP4MNtAUsgZgX5Iw2CgbGCdZA9AQ7s4Hk0/WAOyHwQbSQtYANIrBBiaZrAHYP4MNpIKsAWgggw1MJlkDMC4GG0g+WQPQWAYbmDSyBmC84g029d14DDawD63NPgBAmEZq5vnnByqV8qpVh1x66TebeyQInrUGYALGM9h0dbV1dbW98MJAb2//+vVbisV8sVhYt+41H6cAjWatAaiPkdzp7d22c2e5UilUKpVKpVypVIaGhsrloeYeD7LAWgMwMaMGm+Ftpqur7bnntj3zzNannnqnWMwXCoVCoZDP53K5HTt2DORyA7nc9tWr1xpsoKGsNQBxVL115r09q8zueaZcLpfLQ+Xy0PBfhoaGhoZKpdJgqTR42233rFr1ZW+ygQaRNQAT1tnds3H50mef7d/zy6bynpzZXTPDv3UaqZlSabBUKhWL+UIht2zZjatW/U19ztCzdNHSa2t/KQiGrAGIo7O7Z+PymevWvV6plKuHmeGyqaqZwWKxUCjk8/lcPr+jv3/r5s2vd3b3NPv4ECZZAxBfPr9jrJoplUqDg4PFQiFXKOTy+fy2bVv7+7du+MzJ0VGzohM+Xq+fbrCBUWQNQEyd3T0bl8//8Y/XDnfMyJ9CITc8zwwMbOvv3/Lcp0+KPnZIFB3bqDMoG9hD1gDE19nds3H5H33/+6tLpcFCIT+8zezY8V5//5b1ixZEH+2IoqObfUbIEBd4A9TqyisvePPNTW+88Wpf32+ffPLxR+bMXr9owaT9dBd7wwhrDUBNht//u/GWpbv/fuLxzT4RZJesAaiD5l7c5B02MMwvoQCAQMgagBB4hw1EsgYACIasAQiEwQZkDQAQCFkDEA6DDRknawCAQMgagKAYbMgyWQMABELWAITGYENmyRqAACkbsknWAACBkDUAYTLYkEGyBgAIhKwBCJbBhqyRNQBAIGQNQMgMNmSKrAEAAiFrAAJnsCE7ZA0AEAhZAxA+gw0ZIWsAgEDEyZprl/zhqEcuXnjiVz/5+/U4DwANYbAhC+JkzVEd7Wu+dnH1Izd8bvGr/7etTkcCAIgjTtb8xX0PzmybvmzxKcNfPn7Fpfc+v+HRvlfqejAA6sxgQ/Bivrfm2w/94vJPLYyi6FufW9w6ZcqKnz5c11MBAExYa7ynPfjSf59x3NzHvn7Jke0fPu6Wf6r+pytOPmlm2/RR37/h7Xfv3/ByzDMCUCed3T0be5Y2+xTQKPGvhPrm/T+b3dHeu/mtUY/PmnHwke0fHvkz7/DDLvvUwgVHfrS2cwJQH53dPc0+AjTKAXNXxvz//c9fPHve4Yce1dH+9XsfeKzv1b19221fOOvjsw477Y47Yx4QAGB8Yq41f3Z815K5R592x513Pt1745mn7e3bvvbphYvn/J6mAQAmQcysuf70z97+5NNRFP3dI78cLJf/4Zwzxvy2az57yvU/f2w8L3jq3GP+6o8/88HHV3zgHjkAAGOKkzV3/Pk5W3bkb137xPCXS27/93Pnz/uT4+aO+rZff+Pye3pf/MmLvx3Paz7a98pXFnxi5KLxYY9fcelHZsyIcUIAIIMmnDXnnzB/8Zyjz/y3u6sfXN37wt+ecWr1I/dcdP7mge3fWjOuqWbYP6799WVVtypetviUD02bdvUD/zXREwIA2RT/LcP7cMPpi8+Zf9wnv/evE33ivRdfUCyXL/rhf0ZRtGHZld9+6PHVvS/W/XgAQJDi/BLquZuu/8sVe73twbnz51208IQYTRNF0Xl3rV40+2NfOL7rrgu/9OzmtzQNADB+cbJm7fbtS2fOvP7aq8b81xvPPPXnL2+MfaAf/Gb9jWeetmj2EV/5j3tjvwgAkEFx7jL85q5du3btOqutrePaq665+dbqf7p44YnTp049q+vYs7qOHfWszu7vjefF//4Xv7pk0YL7nn8pxsEAgCyLkzVPRNHZpdLh06ad/P7H+1Y8ctfK6K71vTWeaWhnZftgqcYXAQCyJs4voR5e2fMHN9zcOzDwarE48mDfirWtrW7IDQA0TfzPhLqvUvnIlCkX7nnvcGvrd8rlda9dd26dDgYAMDHxs+bulT3v7tx53pQpURSpGQCg6VoOOf3zsZ9cfOhnS1paDlrz0403zdm65sEomn3MTc/Wfqbbn3j6V69tqv11AIBMifOW4REPruy54K+v/nxLy79M8Imvn7dsSseUg9oPGhwYPOIHN9dyBgCAYfF/CTXskpu+e/ABB6zY+935RnnlxKvfuHx5x5yOAw888L1fvqdpAIB6qWmtGfZKpbK4pSWq7Ot7/vfoq6YumdrW3jZjaEburdxAeaC0rjTnf27d13MAACaiPp8J9fB11zxVLp8f3T135dbqx/valk49e+r0I6a3tLTk380PPTo0500pAwA0RB3WmiiKXq5UTmptjcq7v+x7eWnrN1qndU47dMahuXdzuUdyx2z47qF1+UkAAHtRt0/wfvi6a8ovvTRv07xpC6a1tbcVtxWLG4o7l++ce6579AEAk6E+a80Xt2xqf+edmTNnHjzr4PymfOGWwtyOniiKIrezAQAmS32y5r7Djrrs7bdbW1sfeOaBy57ojTrq8qoAABNQn6yJouhP719z4fZ3fvShWfV6QQCACan1vjXVNA0A0ET1zBoAgCaSNQBAIGQNABAIWQMABELWAACBkDUAQCBkDQAQCFkDAARC1gAAgZA1AEAgZA0AEAhZAwAEQtYAAIGQNQBAIGQNABAIWQMABELWAACBkDUAQCBkDQAQCFkDAARC1gAAgZA1AEAg/h8jB2q6JW+EwgAAAABJRU5ErkJggg==<Mask><Rect 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\ No newline at end of file
def main():
- #[project] NewGEOM
- #[Scenario] Revolution_006
- #[Topic] 'RevolutionCut by planes and offsets' functionality
- #[Tested functionality]
- #[Summary description]
- #[Expected results]
- #[General comments]
-
+ # [project] NewGEOM
+ # [Scenario] Revolution_006
+ # [Topic] 'RevolutionCut by planes and offsets' functionality
+ # [Tested functionality]
+ # [Summary description]
+ # [Expected results]
+ # [General comments]
+
source(findFile("scripts", "common.py"))
-
- #[section] Application start
- #[step] Launch SALOME
+
+ # [section] Application start
+ # [step] Launch SALOME
startApplication("salome_run.sh")
set_defaults()
-
- #[step] Open 'for_revolution_003.hdf'
+
+ # [step] Open 'for_revolution_003.hdf'
open(DATA_PATH + "/for_revolution_003.hdf")
-
- #[step] Activate NewGeom
+
+ # [step] Activate NewGeom
clickButton(waitForObject(":SALOME*.NewGeom_QToolButton"))
-
+
# [step] Activate Part_1
waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)")
clickItem(":Object browser_XGUI_DataTree", "Part\\_1 (Not loaded)", 71, 10, 0, Qt.LeftButton)
openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1 (Not loaded)", 70, 9, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
-
- #[step] Fit all
+
+ # [step] Fit all [vp INIT]
fit_all()
-
- #[step] Execute RevolutionFuse operation
+ test.vp("INIT")
+
+ # TODO(spo): remove: workaround for the bug given RevolutionCut sketch created when select axis_object then apply is disabled
+ waitForObjectItem(":Object browser_XGUI_DataTree", "Part\\_1.Sketch\\_1")
+ clickItem(":Object browser_XGUI_DataTree", "Part\\_1.Sketch\\_1", 10, 10, 0, Qt.LeftButton)
+ openItemContextMenu(waitForObject(":Object browser_XGUI_DataTree"), "Part\\_1.Sketch\\_1", 10, 10, 0)
+ activateItem(waitForObjectItem(":_QMenu", "Edit..."))
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ # [step] Execute RevolutionFuse operation
mouseClick(waitForObjectItem(":SALOME*_QMenuBar", "Features"))
mouseClick(waitForObjectItem(":_QMenu", "RevolutionCut"))
-
- #[step] Select sketch face
+
+ # [step] Select sketch face
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 287, 236, 0, Qt.LeftButton)
- # [step] Create 2 circles
- circle_create_in_view((650, 364), (671, 392))
- circle_create_in_view((641, 114), (664, 141))
-
- #[step] Approve sketching
+ # [step] Click "Set plane view" in property panel [vp PLANE]
+ clickButton(waitForObject(":Sketcher plane.Set plane view_QPushButton"))
+ test.vp("PLANE")
+
+ # [step] Create 2 circles on the plane [vp CIRCLES]
+ activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
+ activateItem(waitForObjectItem(":Sketch_QMenu", "Circle"))
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 650, 350, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 690, 350, 0, Qt.LeftButton)
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ activateItem(waitForObjectItem(":SALOME*_QMenuBar", "Sketch"))
+ activateItem(waitForObjectItem(":Sketch_QMenu", "Circle"))
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 650, 110, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 700, 110, 0, Qt.LeftButton)
+ clickButton(waitForObject(":Boolean.property_panel_ok_QToolButton"))
+
+ test.vp("CIRCLES")
+
+ # [step] Approve sketching
clickButton(waitForObject(":Sketch.property_panel_ok_QToolButton"))
-
+
# [step] Select axis for revolution
- mouseClick(waitForObject(":Revolution_QLineEdit_3"), 103, 11, 0, Qt.LeftButton)
+ mouseClick(waitForObject(":Revolution_QLineEdit_3"), 10, 10, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 750, 237, 0, Qt.LeftButton)
-
- #[step] Select method 'by planes and offsets'
+
+ # [step] Select method 'by planes and offsets'
clickButton(waitForObject(":Revolution_QToolButton_5"))
-
- #[step] Select face 'To'
- mouseClick(waitForObject(":To_QLineEdit_4"), 82, 14, 0, Qt.LeftButton)
+
+ # [step] Select face 'To': front face
+ mouseClick(waitForObject(":To_QLineEdit_4"), 10, 10, 0, Qt.LeftButton)
mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 334, 352, 0, Qt.LeftButton)
-
- #[step] Select face 'From'
+
+ # [step] Select face 'From': back face
mouseClick(waitForObject(":From_QLineEdit_4"), 117, 10, 0, Qt.LeftButton)
- type(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), "<Control>")
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 507, 436, -473, -110, 67108866, Qt.RightButton)
- sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonPress, 359, 293, Qt.LeftButton, 1, 0)
- sendEvent("QMouseEvent", waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), QEvent.MouseButtonRelease, 359, 293, Qt.LeftButton, 0, 0)
-
- #[step] Ok
+ clickButton(waitForObject(":SALOME*.-OY_QToolButton"))
+ mouseClick(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 334, 352, 0, Qt.LeftButton)
+
+ # [step] Apply the feature
clickButton(waitForObject(":RevolutionCut.property_panel_ok_QToolButton"))
-
- #[step] Rotate the model
- type(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), "<Control>")
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 85, 45, 376, 233, 67108866, Qt.RightButton)
- mouseDrag(waitForObject(":SALOME*.3D View Operations_OCCViewer_ViewPort3d"), 202, 241, 75, -75, 67108866, Qt.RightButton)
- #[step] Fit all
+ # [step] Click 'Reset view' toolbar button
+ clickButton(waitForObject(":SALOME*.Reset_QToolButton_2"))
+ mouseClick(waitForObject(":SALOME*_OCCViewer_ViewPort3d"), 10, 450, 0, Qt.LeftButton) # close tool bar extension bar
+
+ # [check] Check that operation has been executed successfully
fit_all()
-
- #[check] Check that operation has been executed successfully
- test.vp("VP1")
+ test.vp("REVOLUTION_CUT")
# [step] Close application without saving
close_application()
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+<Rect height="57" type="negative" width="47" x="10" y="411"/>
+<Rect height="30" type="negative" width="31" x="363" y="173"/>
+<Rect height="36" type="negative" width="32" x="490" y="307"/>
+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<VerificationPoint type="Screenshot" version="4">
+<Description/>
+<Verification object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d" 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+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
--- /dev/null
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
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knSTfp0QzCwoY9YA1AC2Y5w/wnSKzNNfWWgqdXCdnq3+U5zW6350047dmtbp5XyelZUg1jDMnsoKKxMoFm5bFol0/Rf/nop1vzLvyRbXtnknmxOOeUhRw00R4s0SbfbveGGb9hDkXKpS4ASyLwm71EyzVJXZfnKkaFWS2J0qNWKNdtYN9CkNZqQuc0eZFdRsMS0hj4GNlBA8bV61800y4OZ+vKIJqS7p1642dbTyH1g88Qn7l71Q0ed0GR0ul2xhmViDUA5rHby9vJZTv3nFtXTTBPTTPp2553dIq9ssullIMxkDroD2ebaa+8o8jfFThJrGGRgA8W0ItMsd2gyc5p6dk6TyTTbHdVEwxzYJL2t0/pDmk78jyTpJsnScafTyespUXZiDUA5DGSaTKDJHvelmdBbP/UeIwkh3HXX1ovDuYvJZiDB9EecwZXT8judGGnanU571N8HRSHWsAoDGyig1S6fNFAQDv19moEJTbLiYCuG8fthw02abKbpk+/zobzEGlYn2UChtFrzZ599Qv+maaAgnE5olkc1IYQVISap1cLddxdrYHPKKcesEWg6mSZNJxNp2p1Ou9ttx4NOp33VVTcX5ztihJzgDVAaK+c02d1TCMvncoeQhFDr3S69W6stnVNdwBexW9o+9Q1uBlvD3W4SWzVpvSY7vhn1d0AhmNawJgMbKJrV5jRLE5oQ1pzQxDSTBpqYHr72taK8NF+0/sqpt3Rq978t3dluL7bbi/k+H0pKrGE9kg0UR6s1f+aZD6vV6pnFU/xIkg03IYT0UpG9T+oLNKF405p4oaj0zKaBdnC2Q5N9r91ut9uLi4uL8XbU3wSFINZwFJINFMry2qk3ockMaZYSTGY80ws+mUDTyzTbGtgMQ++07YEhzcrxzPKEJmaa+LbvjftH/R0wemINRyfZQHGkI5rMtKY2EGjSd8NSjknS46X/zExutmYYvxbSLNMb23RWaKeBJo5q4tuLXnTOxRefV6iIxqiINWyIZANFEJc1KwNN77zu9QJNenGleF88KM5r2LRa8z/4gw/vr9GsEmvSlVO8fdGLnnrRRee2WvOt1vyovwMKwZlQbMLc3KzfHVAMfYEmO7CJkmRpORVDTK2WhFDL3Jm+m9x5Z/Ld310ryAan0+msPNEpSdJX3ut0u7Fe073wwnNCCH4jMcC0ho3a98b9ZjYwcq3W/KmnHps5B2qVQNNfDe6r1CRJ0u0uDXLinclW+8PD+IWw2oSmk903xSHNhReeY0LDqsQaNkeygcIYDDRhMMf0VWqyOaZ3sPR2xx2FuP5lqzV/3nknZjvC2V5wvI01GoGGtVhCsWkx2fi1AqPSas2ffPIxt9xyMHtnDDTpi9MMbKCSJPsafZk/tJR8av/yL8mjHlWIVVSns9wXzhx0LrzwacHWiaMRa9iKdGbjVwwUQZIsB5rQ16RJA038tOVuTaZ0vPTBf/7n5NGPHn2yiWXhNNbEYxMaNsgSii1StYERihe+DsvXHAhhtQ1U3DF1u+klCZavTdDtJt1uGLjd7NMYxi+BgXOdLrzQ1olNMK1hW4xtYIT6l03pwCap1Wox0PS/9HD8YPrKN7X4udmrRx040Nm3rzHagU27vRhHNRdddG7wu4VNEmvYrvgbULiBHRYHNrfeenBgA5Wx/H4agEKoxbO7+6+FGYc73RDCP/zDwvd//+QIk027vahGw5aJNeRDuIGRyA5s+qvBfR/tvTuYZtJPTi+fHUL40pcOPf7xM6NKNhde+DS/Q9gy3RrypHADOykObNLGTLebJEm3dzCo17BZuh24OHavnLt0e/PND4zqlG+Zhu0Qa8hfTDbCDeyAXrLpCzDx9Xkz1eCBdnCSuT527zTqpXtisml3Ou0vfvGbRXgxG9gUSyiGwk4KdlL2lfcyW6f0VWrS9kx269R3EG/TeU+SJCEkn/vc18844ztHfso3bJxYwxAJN7AD4qvz3XTT/QP395o0IRNfQqZ201epWV5VdZMk6aYfuu66u8466xGSDWVhCcXQKdzAsLVa86ec8pBMwybdNw3oZDdPvdt2z2LmNl67oL24uPiZz/yzbRRlYVrDDvEKNzBs/ReByrxO3+BHsxOatGLcTd/NfEJIkk6SJPPzX56dfWzojWChsMQado6dFAxPqzV/2ml7v/CFf0vv6Y81fTWaXppJz5jqZls1vT+4NOyJ71511S1Jkjz72SdLNhSZWMNOE25gSFqt+dNP/44bbvhGCKE/1SxnmuxgJj1ZauDd+GfSxVW2e/Pnf37D85//5GBsQ1GJNYxGGm4kG8hRqzX/5Cc/9Prr747vZk53GiwFJ31ZZjnZ9MY58UPdbt9r4HS73e6f/Mlfd7vJRRc9TbKhgMQaRknhBnLXas2feeZ3XXfdXWG5RtM3mMnungaSTS/WLCWY3rQmLEWhbvfii8+NX+Xyy6962cueFfzjpWDEGkbMTgpy12rNn3XWI6699o5sC3ggvvTvnrKtmr7zp5KkGy85GV122UfjGVSHDx96xzv+z8///E+M8NuElcQaCsFOCvLVas2fffYJ11xze5pmBk53WrVkEzKVmosuelp8qMsu+2in04knhx86dDDzysSdkX6LsAqxhgKxk4IctVrz55574vz8l9ONUv9FFfrO6M7eHzdN73vfx7vdTqfTXlg40ul0Op32wO2v/dp/8E+VohFrKBY7KchRqzU/O/vYj3/8S2mm6R0MNIK7SZKky6bLL7+q2+0sLBzpdjvt9lKOyR7H29F+a7AqsYYiEm4gL63W/AUXPP4jH7lp5cwm3Tf1xjMfi/ulOJ7pXfNylTlNp9N+/et/2b9NCkisobgUbiAXrdb8c55zSgjhz/7sc9mxTXbflC6behdX6MTbtZLNqL8nWJ1YQ9Ep3MD2xX8+L3jBGR/60LUDgabb7SwuLrTbi51OO85oeoFm1UzT6XTav/u7v+7fI8Uk1lACdlKQi1Zr/oUvPDsep4Emhph2e7HdXsxOa1Zmmna7vbBw5O1v/y3/DCkssYbSEG5g++K/nbm52Ze+9IJ3vevP47IpvXD3WrunxcWFhYUjCwtH3vOet/rXR5GJNZSMwg1sXxpuQgj791/RbrcXF9NpTTbNLC4sHFlYWFhYOHL55W8L/hcFhSfWUEoKN7B92XAT/dqvvaXTacf6cEwz7373W7KfDAUn1lBWdlKQi+w/n2zEWflRKD6xhnKzk4Ic+XdE2dVH/QQgB3EntfJ/aAIwVkxrqAg7KQDEGipFuAEYZ2INFaRwAzCedGuoLIUbgHFjWkOV2UkBjBWxhuoTbgDGhFjDuFC4Aag83RrGi8INQIWZ1jB27KTy1Wp96sVzs1f4SQIFINYwpoSbHF3Rmn/x3Gw8GPVzAcaaWMNYU7jJSww0xjbAaOnWgMJNbuLY5sV+ksCImNZACHZS+UnHNsFOCthxYg0ss5PKi3ADjIQlFAyyk8rLFa35tE0MsANMa2AVdlI5cp4UsGPEGliTcJMXOylgZ4g1cBQKN3kRboBh062BDVG4yYvCDTA8pjWwUXZSOVK4AYZBrIHNEW7yYicF5E6sga1QuMmLcAPkSLcGtk7hJi8KN0AuTGtgW+ykcqRwA2yTWAM5EG7yYicFbIdYA7lRuMlLGm4kG2BTdGsgZwo3eYk7KYUbYONMayB/dlJ5sZMCNkWsgWGxk8qLcANskCUUDJedVF6cBA4clWkNDJ2dVI6cBA6sQ6yBHSLc5MVOCliLWAM7SuEmL8INsJJuDYyAwk1eFG6ALNMaGA07qRwp3ACRWAOjJNzkxU4KCGINFIHCTV5cdQHGnG4NFIXCTV5cdQHGlmkNFIidVF7spGA8iTVQOMJNXoQbGDdiDRSUwk1eFG5gfIg1UGixcBOMbbYtPQn8mhuuDiHccVtn1M8IyJ9YA0VnJ5WXK1rzJ5zUiMfxQLiBinEmFJTDvjfuTyc35CVNOUA1iDVQJk4C36Y7busMTGgkG6gSSygoGTup7UuTTcw0J5zUsI2CahBroJSEm1ykaeY7nvyqf7vhd0f7ZIDtE2ugxJwEnheZBqpBtwZKT+EGIDKtgSqwkwIIYg1UiXADjDmxBqpG4QYYW7o1UE0KN8AYMq2ByrKTAsaNWAMVZycFjA9LKBgLdlLAODCtgXFhJwVUnlgD40W4ASpMrIFxpHADVJJuDYwvhRugYkxrYKzZSQFVItYAwg1QEWINsEThBig73Rqgj8INUF6mNcAgOymgpMQaYHXCDVA6Yg2wHoUboER0a4CjU7gBSsG0BtgQOymg+MQaYBPspIAis4QCNs1OCigm0xpgK+ykgAISa4CtE26AQhFrgO1SuAEKQrcGyIfCDTBypjVAbuykgNESa4CcCTfAqIg1wFAo3AA7T7cGGCKFG2AnmdYAw2UnBewYsQbYCcINsAPEGmDnKNwM1VrLPj9txodYA+y0WLgJ/us2P/Hn+ZznvHD37mN2794zM7Nrampmamp6ampqcnI6jTt+4FSeWAOMgJ1UjubmZp/73BfFQDM9PTM1NT05OR0zzcTE5MTE5NvedmU88AOn8sQaYGTspLZvbm72wgtfsWvXnphjeplmKdD03iYmJiabzeaVV17dbE688IVnB+GGinKCNzBiTgLfsrm52Ze//Bf27j3+mGOOPeaYhxxzzLF79jxk9+49MzO7Z2Z2xbfp6ZmpqZnJyanJyenJyanJyam/+qsbw9pFHCg10xpg9OyktmzPnmPjkGZiYmpycnJiYqLZXBrPTExMNJsTzWaz2Vw6aDTibTNoOFFRYg1QFMLNpszNzf7SL72uf9+UppnJXppZvm00ms1mo9FYijXBEpAqsoQCimXfG/engwTWF096SpdN09Nx5RRLNlNx5TQ5OTk5OTUxMdGLOxPN5kT2Qfy0qRKxBigihZv1zc3Nvva1v9+LMjHTxHOgltJM3ElNTk5NTMQoM9lsTqTjnOuvv+fApZekjybZUBmWUEBB2Umtb3p6Ju6eMjumZq9DE+9pxDvjQXpbr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+</Mask>
+<Algorithm description="Strict mode" name="strict"/>
+</Verification>
+</VerificationPoint>
+++ /dev/null
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<Mask><Rect height="33" type="negative" width="31" x="283" y="171"/><Rect height="49" type="negative" width="56" x="5" y="460"/></Mask><Algorithm description="Strict mode" name="strict"/></Verification></VerificationPoint>
\ No newline at end of file
set_defaults()
activate_newgeom()
-
+
sketch_create(help_points("XY_plane"), lambda: sketch_circle())
sketch_create(help_points("XY_plane"), lambda: sketch_lines())
test.vp("VP_SKETCHES")
test.compare(False, findMenuItem(waitForObject(":_QMenu"), "Activate").enabled, "Activate is disabled on active Part")
#[step] Deactivate part by context menu on PartSet
- openContextMenu(waitForObject(":Object browser_QLineEdit"), 10, 10, 0)
+ openContextMenu(waitForObject(":Object browser.Part set_XGUI_ActiveDocLbl"), 10, 10, 0)
activateItem(waitForObjectItem(":_QMenu", "Activate"))
checkPartDeactivatedState("Part deactivation by context menu on PartSet")
#[step] Check that Activate is disabled in PartSet context menu
- openContextMenu(waitForObject(":Object browser_QLineEdit"), 10, 10, 0)
+ openContextMenu(waitForObject(":Object browser.Part set_XGUI_ActiveDocLbl"), 10, 10, 0)
test.compare(False, findMenuItem(waitForObject(":_QMenu"), "Activate").enabled, "Activate is disabled on active PartSet")
#[step] Activate part by context menu on Part
TESTCASES="${TESTCASES} --testcase tst_crash_1"
TESTCASES="${TESTCASES} --testcase tst_DISTANCE"
TESTCASES="${TESTCASES} --testcase tst_RADIUS"
-squishrunner-run suite_STANDALONE "${TESTCASES}"
+#squishrunner-run suite_STANDALONE "${TESTCASES}"
TESTCASES=""
TESTCASES="${TESTCASES} --testcase tst_679"
#squishrunner-run suite_ISSUES_SALOME "${TESTCASES}"
TESTCASES=""
-#TESTCASES="${TESTCASES} --testcase tst_boolean_001"
-#TESTCASES="${TESTCASES} --testcase tst_boolean_002"
-#TESTCASES="${TESTCASES} --testcase tst_boolean_003"
-#squishrunner-run suite_FEATURE_BOOLEAN "${TESTCASES}"
+TESTCASES="${TESTCASES} --testcase tst_boolean_001"
+TESTCASES="${TESTCASES} --testcase tst_boolean_002"
+TESTCASES="${TESTCASES} --testcase tst_boolean_003"
+squishrunner-run suite_FEATURE_BOOLEAN "${TESTCASES}"
TESTCASES=""
-#TESTCASES="${TESTCASES} --testcase tst_construction_001"
-#squishrunner-run suite_FEATURE_CONSTRUCTION "${TESTCASES}"
+TESTCASES="${TESTCASES} --testcase tst_construction_001"
+squishrunner-run suite_FEATURE_CONSTRUCTION "${TESTCASES}"
TESTCASES=""
TESTCASES="${TESTCASES} --testcase tst_extrusion_001"
-#TESTCASES="${TESTCASES} --testcase tst_extrusion_002"
-#TESTCASES="${TESTCASES} --testcase tst_extrusion_003"
-#TESTCASES="${TESTCASES} --testcase tst_extrusion_004"
-#TESTCASES="${TESTCASES} --testcase tst_extrusion_006"
-#squishrunner-run suite_FEATURE_EXTRUSION "${TESTCASES}"
+TESTCASES="${TESTCASES} --testcase tst_extrusion_002"
+TESTCASES="${TESTCASES} --testcase tst_extrusion_003"
+TESTCASES="${TESTCASES} --testcase tst_extrusion_004"
+TESTCASES="${TESTCASES} --testcase tst_extrusion_006"
+squishrunner-run suite_FEATURE_EXTRUSION "${TESTCASES}"
TESTCASES=""
-#TESTCASES="${TESTCASES} --testcase tst_partition_001"
-#squishrunner-run suite_FEATURE_PARTITION "${TESTCASES}"
+TESTCASES="${TESTCASES} --testcase tst_partition_001"
+squishrunner-run suite_FEATURE_PARTITION "${TESTCASES}"
TESTCASES=""
-#TESTCASES="${TESTCASES} --testcase tst_revolution_001"
-#TESTCASES="${TESTCASES} --testcase tst_revolution_003"
-#TESTCASES="${TESTCASES} --testcase tst_revolution_004"
-#TESTCASES="${TESTCASES} --testcase tst_revolution_005"
-#TESTCASES="${TESTCASES} --testcase tst_revolution_006"
-#squishrunner-run suite_FEATURE_REVOLUTION "${TESTCASES}"
+TESTCASES="${TESTCASES} --testcase tst_revolution_001"
+TESTCASES="${TESTCASES} --testcase tst_revolution_003"
+TESTCASES="${TESTCASES} --testcase tst_revolution_004"
+TESTCASES="${TESTCASES} --testcase tst_revolution_005"
+TESTCASES="${TESTCASES} --testcase tst_revolution_006"
+squishrunner-run suite_FEATURE_REVOLUTION "${TESTCASES}"
TESTCASES=""
#TESTCASES="${TESTCASES} --testcase tst_sketch_001"
