def getOkabeData(fibertype,matrixtype,Vf,sigmayoption,matfilename,normoption=False):
mat = Mio.getAndStore(getMatlabObject,Mio.getFilePrefix,override=True,filename=matfilename)
key = fibertype + matrixtype + str(round(Vf*100)).rjust(2, '0')
data = mat[key]
cp = properties(fibertype,matrixtype,Vf)
sigmay = getSigmay(cp,0,sigmayoption) # initial sigmay (zero load)
sigmac, deltac = getGLSScalings(cp,sigmay)
return normalizeData(data,sigmac,deltac,Vf,normoption)
def readDDFile(
inputfile,
filetype,
increment=None,
override=False): # e.g. disloc4.in or init_1.plt or displ100k.plt
return Mio.getAndStore(readAndProcessDDFile,
getPickleName,
override,
inputfile=inputfile,
filetype=filetype,
increment=increment,
id=increment)
def getAndStoreBadXY(rootdir,
crackoption,
override,
voidoption=False,
pickledir='Pickle_Files/',
**kwargs):
if crackoption == 1: # my Delaunay method
crackfun = getCrackNodesSub
elif crackoption == 2: # use centrosymmetry
crackfun = getCrackNodesSub2
return Mio.getAndStore(crackfun,
getBadXYFilename,
override,
rootdir + pickledir,
voidoption=voidoption,
**kwargs)
def getAndStoreBadXY(dumparray,
circumradius,
dimensions,
bounds,
simname,
increment,
rootdir,
dumpdir='Dump_Files/',
pickledir='Pickle_Files/',
override=False,
voidoption=False,
dimensions=2):
return Mio.getAndStore(getCrackNodesSub,
getBadXYFilename,
override=override,
subdirstore=rootdir + pickledir,
simname=simname,
increment=increment,
dumparray=dumparray,
dimensions=dimensions)
def getAndStoreDump(simname,increment,rootdir,dumpdir='Dump_Files/',pickledir='Pickle_Files/',override=False,bounds=None,**kwargs):
return Mio.getAndStore(readDumpFile,getDumpFilename,override=override,subdirstore=rootdir+pickledir,simname=simname,increment=increment,subdirread=rootdir+dumpdir,bounds=bounds)
def getXYTriangulation(filename,dicdict,override):
return Mio.getAndStore(getXYTriangulationSub,getDICTestName,override,filename=filename,dicdict=dicdict)
def getData(filename,override):
return Mio.getAndStore(loadAndCleanFile,Mio.getFilePrefix,override,filename=filename)
def getXYTriangulation(filename, dicdict, override):
return Mio.getAndStore(getXYTriangulationSub,
getDICTestName,
override,
filename=filename,
dicdict=dicdict)
def getData(filename, override):
return Mio.getAndStore(loadAndCleanFile,
Mio.getFilePrefix,
override,
filename=filename)
def getAndStoreBadXY(dumparray,circumradius,dimensions,bounds,simname,increment,rootdir,dumpdir='Dump_Files/',pickledir='Pickle_Files/',override=False,voidoption=False,dimensions=2):
return Mio.getAndStore(getCrackNodesSub,getBadXYFilename,override=override,subdirstore=rootdir+pickledir,simname=simname,increment=increment,dumparray=dumparray,dimensions=dimensions)
def readDDFile(inputfile,filetype,increment=None,override=False): # e.g. disloc4.in or init_1.plt or displ100k.plt
return Mio.getAndStore(readAndProcessDDFile,getPickleName,override,inputfile=inputfile,filetype=filetype,increment=increment,id=increment)
def getAndStoreBadXY(rootdir,crackoption,override,voidoption=False,pickledir='Pickle_Files/',**kwargs):
if crackoption == 1: # my Delaunay method
crackfun = getCrackNodesSub
elif crackoption == 2: # use centrosymmetry
crackfun = getCrackNodesSub2
return Mio.getAndStore(crackfun,getBadXYFilename,override,rootdir+pickledir,voidoption=voidoption,**kwargs)