+++ /dev/null
-# Copyright (C) 2007-2015 CEA/DEN, EDF R&D, OPEN CASCADE
-#
-# Copyright (C) 2003-2007 OPEN CASCADE, EADS/CCR, LIP6, CEA/DEN,
-# CEDRAT, EDF R&D, LEG, PRINCIPIA R&D, BUREAU VERITAS
-#
-# This library is free software; you can redistribute it and/or
-# modify it under the terms of the GNU Lesser General Public
-# License as published by the Free Software Foundation; either
-# version 2.1 of the License, or (at your option) any later version.
-#
-# This library is distributed in the hope that it will be useful,
-# but WITHOUT ANY WARRANTY; without even the implied warranty of
-# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
-# Lesser General Public License for more details.
-#
-# You should have received a copy of the GNU Lesser General Public
-# License along with this library; if not, write to the Free Software
-# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
-#
-# See http://www.salome-platform.org/ or email : webmaster.salome@opencascade.com
-#
-
-# Generated python file of Graph GraphSwitchCheck
-#
-from SuperV import *
-
-# Graph creation of GraphSwitchCheck
-def DefGraphSwitchCheck() :
- GraphSwitchCheck = Graph( 'GraphSwitchCheck' )
- GraphSwitchCheck.SetName( 'GraphSwitchCheck' )
- GraphSwitchCheck.SetAuthor( 'JR' )
- GraphSwitchCheck.SetComment( '' )
- GraphSwitchCheck.Coords( 0 , 0 )
-
- # Creation of Factory Nodes
-
- # Creation of InLine Nodes
- PyIsOdd = []
- PyIsOdd.append( 'from time import * ' )
- PyIsOdd.append( 'def IsOdd(a) : ' )
- PyIsOdd.append( ' print a,"IsOdd (GraphSwitch)" ' )
- PyIsOdd.append( ' sleep( 1 ) ' )
- PyIsOdd.append( ' return a ' )
- IsOdd = GraphSwitchCheck.INode( 'IsOdd' , PyIsOdd )
- IsOdd.SetName( 'IsOdd' )
- IsOdd.SetAuthor( '' )
- IsOdd.SetComment( 'Python function' )
- IsOdd.Coords( 415 , 7 )
- IIsOdda = IsOdd.InPort( 'a' , 'long' )
- IIsOddGate = IsOdd.GetInPort( 'Gate' )
- OIsOdda = IsOdd.OutPort( 'a' , 'long' )
- OIsOddGate = IsOdd.GetOutPort( 'Gate' )
-
- PyIsEven = []
- PyIsEven.append( 'from time import * ' )
- PyIsEven.append( 'def IsEven(a) : ' )
- PyIsEven.append( ' print a,"IsEven (GraphSwitch)" ' )
- PyIsEven.append( ' sleep( 1 ) ' )
- PyIsEven.append( ' return a ' )
- IsEven = GraphSwitchCheck.INode( 'IsEven' , PyIsEven )
- IsEven.SetName( 'IsEven' )
- IsEven.SetAuthor( '' )
- IsEven.SetComment( 'Compute Node' )
- IsEven.Coords( 421 , 438 )
- IIsEvena = IsEven.InPort( 'a' , 'long' )
- IIsEvenGate = IsEven.GetInPort( 'Gate' )
- OIsEvena = IsEven.OutPort( 'a' , 'long' )
- OIsEvenGate = IsEven.GetOutPort( 'Gate' )
-
- PyPrintOdd = []
- PyPrintOdd.append( 'from time import * ' )
- PyPrintOdd.append( 'def Print(a,Branch) : ' )
- PyPrintOdd.append( ' print "Print ",a,Branch ' )
- PyPrintOdd.append( ' sleep(1) ' )
- PyPrintOdd.append( ' return Branch ' )
- PrintOdd = GraphSwitchCheck.INode( 'Print' , PyPrintOdd )
- PrintOdd.SetName( 'PrintOdd' )
- PrintOdd.SetAuthor( '' )
- PrintOdd.SetComment( 'Compute Node' )
- PrintOdd.Coords( 415 , 130 )
- IPrintOdda = PrintOdd.InPort( 'a' , 'long' )
- IPrintOddBranch = PrintOdd.InPort( 'Branch' , 'string' )
- IPrintOddGate = PrintOdd.GetInPort( 'Gate' )
- OPrintOddBranch = PrintOdd.OutPort( 'Branch' , 'string' )
- OPrintOddGate = PrintOdd.GetOutPort( 'Gate' )
-
- PyPrintEven = []
- PyPrintEven.append( 'from time import * ' )
- PyPrintEven.append( 'def Print_1(a,Branch) : ' )
- PyPrintEven.append( ' print "Print ",a,Branch ' )
- PyPrintEven.append( ' sleep(1) ' )
- PyPrintEven.append( ' return Branch ' )
- PrintEven = GraphSwitchCheck.INode( 'Print_1' , PyPrintEven )
- PrintEven.SetName( 'PrintEven' )
- PrintEven.SetAuthor( '' )
- PrintEven.SetComment( 'Compute Node' )
- PrintEven.Coords( 423 , 289 )
- IPrintEvena = PrintEven.InPort( 'a' , 'long' )
- IPrintEvenBranch = PrintEven.InPort( 'Branch' , 'string' )
- IPrintEvenGate = PrintEven.GetInPort( 'Gate' )
- OPrintEvenBranch = PrintEven.OutPort( 'Branch' , 'string' )
- OPrintEvenGate = PrintEven.GetOutPort( 'Gate' )
-
- PyEmptyNode = []
- PyEmptyNode.append( 'from time import * ' )
- PyEmptyNode.append( 'def EmptyNode(a,Branch) : ' )
- PyEmptyNode.append( ' sleep(1) ' )
- PyEmptyNode.append( ' return a,Branch ' )
- EmptyNode = GraphSwitchCheck.INode( 'EmptyNode' , PyEmptyNode )
- EmptyNode.SetName( 'EmptyNode' )
- EmptyNode.SetAuthor( '' )
- EmptyNode.SetComment( 'Compute Node' )
- EmptyNode.Coords( 652 , 110 )
- IEmptyNodea = EmptyNode.InPort( 'a' , 'long' )
- IEmptyNodeBranch = EmptyNode.InPort( 'Branch' , 'string' )
- IEmptyNodeGate = EmptyNode.GetInPort( 'Gate' )
- OEmptyNodea = EmptyNode.OutPort( 'a' , 'long' )
- OEmptyNodeBranch = EmptyNode.OutPort( 'Branch' , 'string' )
- OEmptyNodeGate = EmptyNode.GetOutPort( 'Gate' )
-
- # Creation of Loop Nodes
- PyInitLoopSwitch = []
- PyInitLoopSwitch.append( 'def InitLoop(Index,Min,Max) : ' )
- PyInitLoopSwitch.append( ' Index = Max ' )
- PyInitLoopSwitch.append( ' return Index,Min,Max ' )
- PyMoreInitLoopSwitch = []
- PyMoreInitLoopSwitch.append( 'from time import * ' )
- PyMoreInitLoopSwitch.append( 'def MoreLoop(Index,Min,Max) : ' )
- PyMoreInitLoopSwitch.append( ' sleep(1) ' )
- PyMoreInitLoopSwitch.append( ' if Index >= Min : ' )
- PyMoreInitLoopSwitch.append( ' DoLoop = 1 ' )
- PyMoreInitLoopSwitch.append( ' else : ' )
- PyMoreInitLoopSwitch.append( ' DoLoop = 0 ' )
- PyMoreInitLoopSwitch.append( ' return DoLoop,Index,Min,Max ' )
- PyNextInitLoopSwitch = []
- PyNextInitLoopSwitch.append( 'def NextLoop(Index,Min,Max) : ' )
- PyNextInitLoopSwitch.append( ' Index = Index - 1 ' )
- PyNextInitLoopSwitch.append( ' return Index,Min,Max ' )
- InitLoopSwitch,EndOfInitLoopSwitch = GraphSwitchCheck.LNode( 'InitLoop' , PyInitLoopSwitch , 'MoreLoop' , PyMoreInitLoopSwitch , 'NextLoop' , PyNextInitLoopSwitch )
- EndOfInitLoopSwitch.SetName( 'EndOfInitLoopSwitch' )
- EndOfInitLoopSwitch.SetAuthor( '' )
- EndOfInitLoopSwitch.SetComment( 'Compute Node' )
- EndOfInitLoopSwitch.Coords( 1074 , 194 )
- PyEndOfInitLoopSwitch = []
- PyEndOfInitLoopSwitch.append( 'from time import * ' )
- PyEndOfInitLoopSwitch.append( 'def EndOfInitLoopSwitch(DoLoop,Index,Min,Max) : ' )
- PyEndOfInitLoopSwitch.append( ' sleep(1) ' )
- PyEndOfInitLoopSwitch.append( ' return DoLoop,Index,Min,Max ' )
- EndOfInitLoopSwitch.SetPyFunction( 'EndOfInitLoopSwitch' , PyEndOfInitLoopSwitch )
- IInitLoopSwitchDoLoop = InitLoopSwitch.GetInPort( 'DoLoop' )
- IInitLoopSwitchIndex = InitLoopSwitch.InPort( 'Index' , 'long' )
- IInitLoopSwitchMin = InitLoopSwitch.InPort( 'Min' , 'long' )
- IInitLoopSwitchMax = InitLoopSwitch.InPort( 'Max' , 'long' )
- IInitLoopSwitchGate = InitLoopSwitch.GetInPort( 'Gate' )
- OInitLoopSwitchDoLoop = InitLoopSwitch.GetOutPort( 'DoLoop' )
- OInitLoopSwitchIndex = InitLoopSwitch.GetOutPort( 'Index' )
- OInitLoopSwitchMin = InitLoopSwitch.GetOutPort( 'Min' )
- OInitLoopSwitchMax = InitLoopSwitch.GetOutPort( 'Max' )
- IEndOfInitLoopSwitchDoLoop = EndOfInitLoopSwitch.GetInPort( 'DoLoop' )
- IEndOfInitLoopSwitchIndex = EndOfInitLoopSwitch.GetInPort( 'Index' )
- IEndOfInitLoopSwitchMin = EndOfInitLoopSwitch.GetInPort( 'Min' )
- IEndOfInitLoopSwitchMax = EndOfInitLoopSwitch.GetInPort( 'Max' )
- IEndOfInitLoopSwitchGate = EndOfInitLoopSwitch.GetInPort( 'Gate' )
- OEndOfInitLoopSwitchDoLoop = EndOfInitLoopSwitch.GetOutPort( 'DoLoop' )
- OEndOfInitLoopSwitchIndex = EndOfInitLoopSwitch.GetOutPort( 'Index' )
- OEndOfInitLoopSwitchMin = EndOfInitLoopSwitch.GetOutPort( 'Min' )
- OEndOfInitLoopSwitchMax = EndOfInitLoopSwitch.GetOutPort( 'Max' )
- OEndOfInitLoopSwitchGate = EndOfInitLoopSwitch.GetOutPort( 'Gate' )
- InitLoopSwitch.SetName( 'InitLoopSwitch' )
- InitLoopSwitch.SetAuthor( '' )
- InitLoopSwitch.SetComment( 'Compute Node' )
- InitLoopSwitch.Coords( 10 , 129 )
-
- # Creation of Switch Nodes
- PySwitch = []
- PySwitch.append( 'from time import * ' )
- PySwitch.append( 'def Switch(a) : ' )
- PySwitch.append( ' sleep(1) ' )
- PySwitch.append( ' Branch = "Negative or null" ' )
- PySwitch.append( ' if a <= 0 : ' )
- PySwitch.append( ' return 0,0,a,Branch,1 ' )
- PySwitch.append( ' if ( a & 1 ) == 0 : ' )
- PySwitch.append( ' Branch = "Even" ' )
- PySwitch.append( ' else : ' )
- PySwitch.append( ' Branch = "Odd" ' )
- PySwitch.append( ' return a & 1,1-(a&1),a,Branch,0 ' )
- Switch,EndOfSwitch = GraphSwitchCheck.SNode( 'Switch' , PySwitch )
- EndOfSwitch.SetName( 'EndOfSwitch' )
- EndOfSwitch.SetAuthor( '' )
- EndOfSwitch.SetComment( 'Compute Node' )
- EndOfSwitch.Coords( 882 , 194 )
- PyEndOfSwitch = []
- PyEndOfSwitch.append( 'from time import * ' )
- PyEndOfSwitch.append( 'def EndOfSwitch(a,Branch) : ' )
- PyEndOfSwitch.append( ' sleep(1) ' )
- PyEndOfSwitch.append( ' return a ' )
- EndOfSwitch.SetPyFunction( 'EndOfSwitch' , PyEndOfSwitch )
- IEndOfSwitcha = EndOfSwitch.InPort( 'a' , 'long' )
- IEndOfSwitchBranch = EndOfSwitch.InPort( 'Branch' , 'string' )
- IEndOfSwitchDefault = EndOfSwitch.GetInPort( 'Default' )
- OEndOfSwitcha = EndOfSwitch.OutPort( 'a' , 'long' )
- OEndOfSwitchGate = EndOfSwitch.GetOutPort( 'Gate' )
- Switch.SetName( 'Switch' )
- Switch.SetAuthor( '' )
- Switch.SetComment( 'Compute Node' )
- Switch.Coords( 195 , 129 )
- ISwitcha = Switch.InPort( 'a' , 'long' )
- ISwitchGate = Switch.GetInPort( 'Gate' )
- OSwitchOdd = Switch.OutPort( 'Odd' , 'long' )
- OSwitchEven = Switch.OutPort( 'Even' , 'int' )
- OSwitcha = Switch.OutPort( 'a' , 'int' )
- OSwitchBranch = Switch.OutPort( 'Branch' , 'string' )
- OSwitchdefault = Switch.OutPort( 'default' , 'boolean' )
- OSwitchDefault = Switch.GetOutPort( 'Default' )
-
- # Creation of Links
- LIsOddaEmptyNodea = GraphSwitchCheck.Link( OIsOdda , IEmptyNodea )
- LIsOddaEmptyNodea.AddCoord( 1 , 646 , 78 )
-
- LIsEvenaEndOfSwitcha = GraphSwitchCheck.Link( OIsEvena , IEndOfSwitcha )
-
- LPrintOddBranchEmptyNodeBranch = GraphSwitchCheck.Link( OPrintOddBranch , IEmptyNodeBranch )
-
- LPrintEvenBranchEndOfSwitchBranch = GraphSwitchCheck.Link( OPrintEvenBranch , IEndOfSwitchBranch )
-
- LEmptyNodeaEndOfSwitcha = GraphSwitchCheck.Link( OEmptyNodea , IEndOfSwitcha )
-
- LEmptyNodeBranchEndOfSwitchBranch = GraphSwitchCheck.Link( OEmptyNodeBranch , IEndOfSwitchBranch )
-
- LInitLoopSwitchIndexSwitcha = GraphSwitchCheck.Link( OInitLoopSwitchIndex , ISwitcha )
-
- LInitLoopSwitchMinEndOfInitLoopSwitchMin = GraphSwitchCheck.Link( OInitLoopSwitchMin , IEndOfInitLoopSwitchMin )
-
- LInitLoopSwitchMaxEndOfInitLoopSwitchMax = GraphSwitchCheck.Link( OInitLoopSwitchMax , IEndOfInitLoopSwitchMax )
-
- LSwitchOddIsOddGate = GraphSwitchCheck.Link( OSwitchOdd , IIsOddGate )
- LSwitchOddIsOddGate.AddCoord( 1 , 401 , 101 )
- LSwitchOddIsOddGate.AddCoord( 2 , 401 , 160 )
-
- LSwitchOddPrintOddGate = GraphSwitchCheck.Link( OSwitchOdd , IPrintOddGate )
- LSwitchOddPrintOddGate.AddCoord( 1 , 401 , 245 )
- LSwitchOddPrintOddGate.AddCoord( 2 , 401 , 159 )
-
- LSwitchEvenIsEvenGate = GraphSwitchCheck.Link( OSwitchEven , IIsEvenGate )
- LSwitchEvenIsEvenGate.AddCoord( 1 , 392 , 533 )
- LSwitchEvenIsEvenGate.AddCoord( 2 , 392 , 182 )
-
- LSwitchEvenPrintEvenGate = GraphSwitchCheck.Link( OSwitchEven , IPrintEvenGate )
- LSwitchEvenPrintEvenGate.AddCoord( 1 , 392 , 403 )
- LSwitchEvenPrintEvenGate.AddCoord( 2 , 392 , 181 )
-
- LSwitchaIsOdda = GraphSwitchCheck.Link( OSwitcha , IIsOdda )
- LSwitchaIsOdda.AddCoord( 1 , 382 , 78 )
- LSwitchaIsOdda.AddCoord( 2 , 382 , 199 )
-
- LSwitchaIsEvena = GraphSwitchCheck.Link( OSwitcha , IIsEvena )
- LSwitchaIsEvena.AddCoord( 1 , 381 , 509 )
- LSwitchaIsEvena.AddCoord( 2 , 382 , 200 )
-
- LSwitchaPrintOdda = GraphSwitchCheck.Link( OSwitcha , IPrintOdda )
-
- LSwitchaPrintEvena = GraphSwitchCheck.Link( OSwitcha , IPrintEvena )
- LSwitchaPrintEvena.AddCoord( 1 , 381 , 361 )
- LSwitchaPrintEvena.AddCoord( 2 , 382 , 200 )
-
- LSwitchBranchPrintOddBranch = GraphSwitchCheck.Link( OSwitchBranch , IPrintOddBranch )
-
- LSwitchBranchPrintEvenBranch = GraphSwitchCheck.Link( OSwitchBranch , IPrintEvenBranch )
- LSwitchBranchPrintEvenBranch.AddCoord( 1 , 369 , 381 )
- LSwitchBranchPrintEvenBranch.AddCoord( 2 , 369 , 219 )
-
- LSwitchDefaultEndOfSwitchDefault = GraphSwitchCheck.Link( OSwitchDefault , IEndOfSwitchDefault )
-
- LEndOfSwitchaEndOfInitLoopSwitchIndex = GraphSwitchCheck.Link( OEndOfSwitcha , IEndOfInitLoopSwitchIndex )
-
- # Input datas
- IInitLoopSwitchIndex.Input( 0 )
- IInitLoopSwitchMin.Input( -5 )
- IInitLoopSwitchMax.Input( 10 )
-
- # Output Ports of the graph
- #OEndOfInitLoopSwitchIndex = EndOfInitLoopSwitch.GetOutPort( 'Index' )
- #OEndOfInitLoopSwitchMin = EndOfInitLoopSwitch.GetOutPort( 'Min' )
- #OEndOfInitLoopSwitchMax = EndOfInitLoopSwitch.GetOutPort( 'Max' )
- #OSwitchdefault = Switch.GetOutPort( 'default' )
- return GraphSwitchCheck
-
-
-GraphSwitchCheck = DefGraphSwitchCheck()
