def writeResults(self, case):
Us = self.Us
Um = self.Um
Ua = self.Ua
iUs = self.iUs
iUm = self.iUm
iUa = self.iUa
pageNum = 1
if case.hasParameter('DISPLACEMENT'):
(value, options) = case.get_parameter('DISPLACEMENT')
if options is not []:
UgSeparate = [[Ua, iUa], [Us, iUs], [Um, iUm]]
Ug = departition_dense_vector(UgSeparate)
result = DisplacementObject(dataCode, transient)
result.addF06Data()
if 'PRINT' in options:
f06.write(result.writeF06(header, pageStamp, pageNum))
if 'PLOT' in options:
op2.write(result.writeOP2(self.Title, self.Subtitle))
def writeResults(self, case):
Us = self.Us
Um = self.Um
Ua = self.Ua
iUs = self.iUs
iUm = self.iUm
iUa = self.iUa
pageNum = 1
if case.hasParameter('DISPLACEMENT'):
(value, options) = case.get_parameter('DISPLACEMENT')
if options is not []:
UgSeparate = [[Ua, iUa], [Us, iUs], [Um, iUm]]
Ug = departition_dense_vector(UgSeparate)
result = DisplacementObject(dataCode, transient)
result.addF06Data()
if 'PRINT' in options:
f06.write(result.writeF06(header, pageStamp, pageNum))
if 'PLOT' in options:
op2.write(result.writeOP2(self.Title, self.Subtitle))
if case.hasParameter('SPCFORCES'):
(value, options) = case.get_parameter('SPCFORCES')
if options is not []:
SPCForces = Ksa * Ua + Kss * Us
if isMPC:
SPCForces += Ksm * Um
result = SPCForcesObject(dataCode, transient)
result.addF06Data()
if 'PRINT' in options:
f06.write(result.writeF06(header, pageStamp, pageNum))
if 'PLOT' in options:
op2.write(result.writeOP2(Title, Subtitle))
if case.hasParameter('MPCFORCES'):
if options is not []:
(value, options) = case.get_parameter('MPCFORCES')
MPCForces = Kma * Ua + Kmm * Um
if isSPC:
MPCForces += Kms * Us
result = MPCForcesObject(dataCode, transient)
result.addF06Data()
if 'PRINT' in options:
f06.write(result.writeF06(header, pageStamp, pageNum))
if 'PLOT' in options:
f06.write(result.writeOP2(Title, Subtitle))
if case.hasParameter('GPFORCE'):
if options is not []:
(value, options) = case.get_parameter('GPFORCE')
AppliedLoads = Kaa * Ua
if isSPC:
AppliedLoads += Kas * Us
if isMPC:
AppliedLoads += Kam * Um
result = AppliedLoadsObject(dataCode, transient)
result.addF06Data()
if 'PRINT' in options:
f06.write(result.writeF06(header, pageStamp, pageNum))
if 'PLOT' in options:
op2.write(result.writeOP2(Title, Subtitle))
if case.hasParameter('STRAIN'):
if options is not []:
(value, options) = case.get_parameter('STRAIN')
for (eid, elem) in sorted(model.elements()):
pass
result = xxxObject(dataCode, transient)
result.addF06Data()
if 'PRINT' in options:
f06.write(result.writeF06(header, pageStamp, pageNum))
if 'PLOT' in options:
op2.write(result.writeOP2(Title, Subtitle))
