def copyAndCleanState(self,
results,
periodSaveGIE,
stateFileName,
velocityFileName=None,
gie=None):
'''
'''
u.checkExistance(self.debugDir)
if os.path.exists(self.debugDir + stateFileName):
os.remove(self.debugDir + stateFileName)
if velocityFileName and os.path.exists(self.debugDir +
velocityFileName):
os.remove(self.debugDir + velocityFileName)
if gie:
for fileName in gie:
if os.path.exists(self.debugDir + fileName):
os.remove(self.debugDir + fileName)
for res in results:
u.copyFileIntoAnother(res["directory"] + slash + "stateFile.state",
self.debugDir + stateFileName)
if velocityFileName is not None:
u.copyFileIntoAnother(
res["directory"] + "/stateFileVelocity.state",
self.debugDir + velocityFileName)
if gie:
for fileName in gie:
u.copyFileIntoAnother(res["directory"] + slash + fileName,
self.debugDir + fileName)
self.cleanStateFile(periodSaveGIE, stateFileName)
def phase2(self):
"""
**With the previous result obtain in during :py:func:`phase1` we compute the modes**
See :py:mod:`.ReadStateFilesAndComputeModes` for the way the modes are determined.
It will set ``nbrOfModes`` to its maximum, but it can be changed has argument to the next step : :py:func:`phase3`
"""
# MOR IMPORT
from mor.reduction.script import readStateFilesAndComputeModes
start_time = time.time()
u.checkExistance(self.packageBuilder.dataDir)
self.reductionParam.nbrOfModes = readStateFilesAndComputeModes(
stateFilePath=self.packageBuilder.debugDir +
self.reductionParam.stateFileName,
modesFileName=self.packageBuilder.dataDir +
self.reductionParam.modesFileName,
tol=self.reductionParam.tolModes,
addRigidBodyModes=self.reductionParam.addRigidBodyModes,
verbose=self.verbose)
if self.reductionParam.nbrOfModes == -1:
raise ValueError(
"problem of execution of readStateFilesAndComputeModes")
print("PHASE 2 --- %s seconds ---" % (time.time() - start_time))
def finalizePackage(self,result):
'''
'''
shutil.move(result['directory']+slash+self.packageName+'.py', self.outputDir+slash+self.packageName+'.py')
with open(result['directory']+slash+'meshFiles.txt', "r") as meshFiles:
self.meshes = meshFiles.read().splitlines()
u.checkExistance(self.meshDir)
if self.meshes:
for mesh in self.meshes:
u.copy(mesh, self.meshDir)
if self.addToLibBool :
self.addToLib()