def step1():
generalPath = os.getcwd()
mc = Manipulations(basePath=basePathStep1)
mc.generatorNewName('parabolic', 'solved', baseNewName='step1')
newName = mc.getName('newName')
mc.createNewPath(dirmame=os.getcwd(), newCaseName=newName)
runPath = mc.getPath('newPath')
mc.dublicateCase(basePath=basePathStep1, newPath=runPath, mode='rewrite')
sc = SetSystem(pathCase=runPath)
sc.setControlDict(controlDict)
initialClass = IntiailValue(pathCase=runPath)
initialDictCalculated = initialClass.calcInitVal(A, B, Uin, nu)
initialClass.setVarAllFiels(initialDictConst, initialDictCalculated)
cpClass = SetConstantParam(pathCase=runPath)
cpClass.setTurbModel(turbType)
cpClass.setTransportProp(tranPropDict)
meshClass = Mesh(pathCase=runPath)
meshClass.setBlockMesh(meshList)
meshClass.runBlockMesh()
rc = Runner(pathCase=runPath)
rc.setCoresOF(coreOF=coreOF)
rc.setNameSolver(solverName=solverName)
rc.setModeRunner(mode=mode)
rc.setPyFoamSettings(pyFoam=False)
rc.setDecomposeParDict(coreOF, nameVar='core_OF')
rc.runCase()
os.chdir(generalPath)
return os.path.abspath(runPath)
def step3(oldpath):
generalPath = os.getcwd()
mc = Manipulations(basePath=basePathStep2)
mc.generatorNewName('parabolic', 'solved', 'mapped', baseNewName='step2')
newName = mc.getName('newName')
mc.createNewPath(dirmame=os.getcwd(), newCaseName=newName)
runPath = mc.getPath('newPath')
mc.dublicateCase(basePath=basePathStep2, newPath=runPath, mode='rewrite')
sc = SetSystem(pathCase=runPath)
sc.setControlDict(controlDict)
initialClass = IntiailValue(pathCase=runPath)
initialClass.copyBC(oldpath,
runPath,
nameBCsource='outlet',
nameBCdist='inlet',
mapTimeStep=stopTime)
initialClass.setMappSet(sourcePath=oldpath,
distPath=runPath,
source='0',
dist='0')
initialClass.setMappValues()
cpClass = SetConstantParam(pathCase=runPath)
cpClass.setTurbModel(turbType)
cpClass.setTransportProp(tranPropDict)
meshClass = Mesh(pathCase=runPath)
meshClass.setBlockMesh(meshList)
meshClass.runBlockMesh()
rc = Runner(pathCase=runPath)
rc.setCoresOF(coreOF=coreOF)
rc.setNameSolver(solverName=solverName)
rc.setModeRunner(mode=mode)
rc.setPyFoamSettings(pyFoam=False)
rc.setDecomposeParDict(coreOF, nameVar='core_OF')
rc.runCase()
os.chdir(generalPath)
return os.path.abspath(runPath)
from data import *
if __name__ == "__main__":
mc = Manipulations(basePath=basePath)
mc.generatorNewName('solved', baseNewName=basePath)
newName = mc.getName('newName')
mc.createNewPath(dirmame=os.getcwd(), newCaseName=newName)
newPath = mc.getPath('newPath')
mc.dublicateCase(basePath=basePath, newPath=newPath, mode='rewrite')
sc = SetSystem(pathCase=newPath)
sc.setControlDict(controlDict)
meshClass = Mesh(pathCase=newPath)
meshClass.setBlockMesh(meshList)
meshClass.runBlockMesh()
ic = IntiailValue(pathCase=newPath)
newDict = ic.calcInitVal(A, B, Uin, nu)
ic.setVarAllFiels(constDictVar, newDict)
cc = SetConstantParam(pathCase=newPath)
cc.setTransportProp(tranPropDict)
cc.setTurbModel(typeTurbModel='kEpsilon')
rc = Runner()
rc.setCores()
rc.setPathCase(newPath)
rc.setNameSolver(solverName='pimpleFoam')
from data import *
if __name__ == "__main__":
mc = Manipulations(basePath=basePath)
mc.generatorNewName('solved', baseNewName=basePath)
newName = mc.getName('newName')
mc.createNewPath(dirmame=os.getcwd(), newCaseName=newName)
runPath = mc.getPath('newPath')
mc.dublicateCase(basePath=basePath, newPath=runPath, mode='rewrite')
sc = SetSystem(pathCase=runPath)
sc.setControlDict(controlDict)
Mesh().runBlockMesh(pathCase=runPath)
ic = IntiailValue(pathCase=runPath)
ic.setVarAllFiels(constDictVar)
cc = SetConstantParam(pathCase=runPath)
cc.setTransportProp(tranPropDict) # write viscosity in transportProperies
rc = Runner()
rc.setPathCase(runPath)
rc.setCoresOF(coreOF=coreOF)
rc.setNameSolver(solverName=solverName)
rc.setModeRunner(mode='parallel')
rc.setPyFoamSettings(pyFoam=False)
rc.setDecomposeParDict(coreOF, nameVar='core_OF')
rc.runCase()