def AbaqusCAE_ADAMS(instRef, includeAnchoredPart, anchoredPart, myModel,
myAsm, edgeSeedDensity, unitShort, jointsMBDXML,
feaXML, metricComponentsXML, metricAssemblyXML,
parallelCores, ramAllocated, args, instAssemblyRef, asmParts):
logger = logging.getLogger()
skipped = []
merging_asms = []
parts_to_be_merged = []
for asm in instAssemblyRef.keys():
if instAssemblyRef[asm]['MergeChildren']:
merge = []
merging_asms.append(asm)
for comp in asmParts[asm]:
parts_to_be_merged.append(comp)
myAsm.Instance(comp,dependent=OFF,part=mdb.models['Model-1'].parts[comp])
merge.append(myAsm.instances[comp])
myAsm.PartFromBooleanMerge(name=asm,instances=tuple(merge))
for comp in asmParts[asm]:
del myAsm.instances[comp]
for (key,entry) in instRef.iteritems(): # Iterate through all parts
if key in parts_to_be_merged:
skipped.append([key,entry])
continue
else:
if not includeAnchoredPart and key == anchoredPart:
continue
else:
pass
assignSections_ADAMS(key, entry, myModel, myAsm)
meshInstances(edgeSeedDensity, unitShort, instRef, instAssemblyRef, myAsm, feaXML,
metricComponentsXML, metricAssemblyXML, args, runAdams=True)
ADAMS_setup_INP(myAsm,key,jointsMBDXML,instRef,myModel,parallelCores,ramAllocated)
for j in merging_asms:
a = asmParts[j]
material = None
for s in skipped:
if s[0] in a:
material = s[1]['MaterialID']
a.remove(s[0])
if len(a) > 0:
raise Exception
if material is not None:
instAssemblyRef[j].update([['MaterialID',material]])
instRef[j].update([['MaterialID',material]])
cleanModel(myModel, myAsm)
assignSections_ADAMS(j,instAssemblyRef[j],myModel,myAsm)
meshInstances(edgeSeedDensity, unitShort, instRef, instAssemblyRef, myAsm, feaXML,
metricComponentsXML, metricAssemblyXML, args, runAdams=True)
ADAMS_setup_INP(myAsm,j,jointsMBDXML,instRef,myModel,parallelCores,ramAllocated)
def AbaqusCAE_ADAMS(asminfo, instRef, includeAnchoredPart, anchoredPart,
myModel, myAsm, edgeSeedDensity, unitShort, feaXML,
parallelCores, ramAllocated, args, instAssemblyRef,
asmParts):
""" Entry point for Adams-to-Abaqus simulations. All CyPhy/CAD information has been parsed at this point. """
skipped = []
merging_asms = []
parts_to_be_merged = []
for asm in instAssemblyRef.keys():
if instAssemblyRef[asm]['MergeChildren']:
merge = []
merging_asms.append(asm)
for comp in asmParts[asm]:
parts_to_be_merged.append(comp)
myAsm.Instance(comp, dependent=OFF, part=myModel.parts[comp])
merge.append(myAsm.instances[comp])
myAsm.PartFromBooleanMerge(name=asm, instances=tuple(merge))
for comp in asmParts[asm]:
del myAsm.instances[comp]
for (key, entry) in instRef.iteritems(): # Iterate through all parts
if key in parts_to_be_merged:
skipped.append([key, entry])
continue
else:
if not includeAnchoredPart and key == anchoredPart:
continue
else:
pass
assignSections_ADAMS(key, entry, myModel, myAsm)
meshInstances(asminfo,
edgeSeedDensity,
unitShort,
instRef,
instAssemblyRef,
myAsm,
feaXML,
args,
runAdams=True)
ADAMS_setup_INP(myAsm, key, asminfo, instRef, instAssemblyRef,
myModel, parallelCores, ramAllocated)
for j in merging_asms:
a = asmParts[j]
material = None
for s in skipped:
if s[0] in a:
material = s[1]['MaterialID']
a.remove(s[0])
if len(a) > 0:
raise Exception
if material is not None:
instAssemblyRef[j].update([['MaterialID', material]])
instRef[j].update([['MaterialID', material]])
cleanModel(myModel, myAsm)
assignSections_ADAMS(j, instAssemblyRef[j], myModel, myAsm)
meshInstances(asminfo,
edgeSeedDensity,
unitShort,
instRef,
instAssemblyRef,
myAsm,
feaXML,
args,
runAdams=True)
ADAMS_setup_INP(myAsm, j, asminfo, instRef, instAssemblyRef, myModel,
parallelCores, ramAllocated)
