2. Prerequisites.
=======================================================
-SALOME version 3.0.2 is used as a referense version of SALOME platform.
-All other products are those used by SALOME v3.0.2.
+SALOME platform.
+All other products are those used by SALOME.
=======================================================
3. Installation.
The compilation procedure is exactly the same as for other SALOME modules:
-3.1. install SALOME 3.0.2 with all prerequisite products;
+3.1. install SALOME with all prerequisite products;
3.2. unpack Randomizer and Sierpinsky modules sources;
3.3 set environment:
source <salome_install_dir>/env_products.csh
- where <salome_install_dir> is a directory where SALOME 3.0.2 is installed to.
+ where <salome_install_dir> is a directory where SALOME is installed to.
3.4 create build directory for Randomizer module:
source <salome_install_dir>/env_products.csh
- where <salome_install_dir> is a directory where SALOME 3.0.2 is installed to.
+ where <salome_install_dir> is a directory where SALOME is installed to.
4.3. add Randomizer and Sierpinsky modules environment:
4.4. launch SALOME:
- ${KERNEL_ROOT_DIR}/bin/salome/runSalome --module=MED,VISU,SUPERV,RANDOMIZER,SIERPINSKY
+ ${KERNEL_ROOT_DIR}/bin/salome/runSalome --modules=MED,VISU,RANDOMIZER,SIERPINSKY
=======================================================
5. Functionality.
6.2. Visualization.
Activate Post-Pro (VISU) module by clicking the corresponding button on the 'Components' toolbar.
-Select 'File/Import from file' menu command. Select the MED file, click 'Open' button. The MED file is imported
+Select 'File - Import from file' menu command. Select the MED file, click 'Open' button. The MED file is imported
to the study.
Note: the MED file can be automatically imported to the study after finishing of the calculations
(see previous paragraph).
menu by mouse right-button click and select 'Display Only' command. The cloud of points is displayed in the viewer.
Note: the visualizaion of mesh is only possible in the VTK viewer.
-6.3. Supervisor.
+6.3. Supervision.
-Activate Supervisor module by clicking the corresponding button on the 'Components' toolbar.
-There are two sample Supervisor graphs which allow to test the Randomizer and Sierpinsky modules
+Activate YACS module by clicking the corresponding button on the 'Components' toolbar.
+There are two sample YACS schemas which allow to test the Randomizer and Sierpinsky modules
functionality. These files can be found in the <SIERPINSKY_install_dir>/share/salome/resources directory
where <SIERPINSKY_install_dir> is the directory where you have installed Sierpinsky module (see paragraph 3).
-Call 'File/Import Dataflow' menu command, then browse to the 'graph1.xml' or 'graph2.xml' file and click 'Open' button.
-To launch the graph, call 'Supervisor/Run' menu command or just click the corresponding toolbar button.
+Call 'YACS - Import Schema' menu command, then browse to the 'schema1.xml' or 'schema2.xml' file and click 'Open' button.
+To prepare the schema for execution, call 'YACS - Run Current Schema' menu command or just click the corresponding toolbar button.
+Then launch the ready schema by calling 'YACS - Start/Resume execution' menu command.
-The both graphs implement simple loop to perform calculations. The first graph uses default parameters and
+The both schemas implement simple loop to perform calculations. The first schema uses default parameters and
exports the generated data to the JPEG file after calculation finishing.
-The second graph is some more complicated. It uses random start and reference points. After the calculations finishing
+The second schema is some more complicated. It uses random start and reference points. After the calculations finishing
it exports the data to the JPEG file and to the MED file, then automatically imports the MED file to the Post-Pro
module and displays it in the new 3d viewer (the 'ImportToVisu' inline node performs the importation and visualizing).
