def checkSetFromIntForcFile(self, intForcCombFileName, setCalc=None):
'''Launch checking.
:param setCalc: set of elements to check
'''
intForcItems = lsd.readIntForcesFile(intForcCombFileName, setCalc)
internalForcesValues = intForcItems[2]
for e in setCalc.elements:
sh = e.getProp('crossSection')
sc = e.getProp('sectionClass')
elIntForc = internalForcesValues[e.tag]
if (len(elIntForc) == 0):
lmsg.warning('No internal forces for element: ' + str(e.tag) +
' of type: ' + e.type())
for lf in elIntForc:
CFtmp = sh.getYShearEfficiency(sc, lf.Vy)
if lf.idSection == 0:
if (CFtmp > e.getProp(self.limitStateLabel + 'Sect1').CF):
e.setProp(
self.limitStateLabel + 'Sect1',
cv.ShearYControlVars('Sects1', lf.idComb, CFtmp,
lf.Vy))
else:
if (CFtmp > e.getProp(self.limitStateLabel + 'Sect2').CF):
e.setProp(
self.limitStateLabel + 'Sect2',
cv.ShearYControlVars('Sects2', lf.idComb, CFtmp,
lf.Vy))
def checkSetFromIntForcFile(self, intForcCombFileName, setCalc=None):
'''Launch checking.
:param intForcCombFileName: name of the file to read the internal
force results
:param setCalc: set of elements to check
'''
intForcItems = lsd.readIntForcesFile(intForcCombFileName, setCalc)
internalForcesValues = intForcItems[2]
for e in setCalc.elements:
sh = e.getProp('crossSection')
sc = e.getProp('sectionClass')
elIntForc = internalForcesValues[e.tag]
for lf in elIntForc:
CFtmp, NcRdtmp, McRdytmp, McRdztmp, MvRdztmp, MbRdztmp = sh.getBiaxialBendingEfficiency(
sc, lf.N, lf.My, lf.Mz, lf.Vy, lf.chiLT)
if lf.idSection == 0:
if (CFtmp > e.getProp(self.limitStateLabel + 'Sect1').CF):
e.setProp(
self.limitStateLabel + 'Sect1',
cv.SSBiaxialBendingControlVars(
'Sects1', lf.idComb, CFtmp, lf.N, lf.My, lf.Mz,
NcRdtmp, McRdytmp, McRdztmp, MvRdztmp,
MbRdztmp, lf.chiLT))
else:
if (CFtmp > e.getProp(self.limitStateLabel + 'Sect2').CF):
e.setProp(
self.limitStateLabel + 'Sect2',
cv.SSBiaxialBendingControlVars(
'Sects2', lf.idComb, CFtmp, lf.N, lf.My, lf.Mz,
NcRdtmp, McRdytmp, McRdztmp, MvRdztmp,
MbRdztmp, lf.chiLT))
def checkSetFromIntForcFile(self,intForcCombFileName,setCalc=None):
'''Launch checking.
:param intForcCombFileName: name of the file to read the internal
force results
:param setCalc: set of elements to check
'''
intForcItems=lsd.readIntForcesFile(intForcCombFileName,setCalc)
internalForcesValues= intForcItems[2]
for e in setCalc.elements:
sh= e.getProp('crossSection')
sc= e.getProp('sectionClass')
elIntForc= internalForcesValues[e.tag]
if(len(elIntForc)==0):
lmsg.warning('No internal forces for element: '+str(e.tag)+' of type: '+e.type())
for lf in elIntForc:
CFtmp,NcRdtmp,McRdytmp,McRdztmp,MvRdztmp,MbRdztmp= sh.getBiaxialBendingEfficiency(sc,lf.N,lf.My,lf.Mz,lf.Vy,lf.chiN, lf.chiLT)
if lf.idSection == 0:
label= self.limitStateLabel+'Sect1'
if(CFtmp>e.getProp(label).CF):
e.setProp(label,cv.AISCBiaxialBendingControlVars('Sect1',lf.idComb,CFtmp,lf.N,lf.My,lf.Mz,NcRdtmp,McRdytmp,McRdztmp,MvRdztmp,MbRdztmp,lf.chiLT, lf.chiN))
else:
label= self.limitStateLabel+'Sect2'
if(CFtmp>e.getProp(label).CF):
e.setProp(label,cv.AISCBiaxialBendingControlVars('Sect2',lf.idComb,CFtmp,lf.N,lf.My,lf.Mz,NcRdtmp,McRdytmp,McRdztmp,MvRdztmp,MbRdztmp,lf.chiLT, lf.chiN))
def setupForElementsAndCombinations(self,intForcCombFileName,setCalc=None):
'''Extracts element and combination identifiers from the internal
forces listing file.
:param intForcCombFileName: name of the file containing the internal
forces obtained for each element for
the combinations analyzed
:param setCalc: set of elements to be analyzed (defaults to None which
means that all the elements in the file of internal forces
results are analyzed)
'''
intForcItems=lsd.readIntForcesFile(intForcCombFileName,setCalc)
self.elementTags= intForcItems[0]
self.idCombs=intForcItems[1]
self.internalForcesValues=intForcItems[2]
def checkSetFromIntForcFile(self,intForcCombFileName,setCalc=None):
'''Launch checking.
:param setCalc: set of elements to check
'''
intForcItems=lsd.readIntForcesFile(intForcCombFileName,setCalc)
internalForcesValues=intForcItems[2]
for e in setCalc.getElements:
sh=e.getProp('crossSection')
sc=e.getProp('sectionClass')
elIntForc=internalForcesValues[e.tag]
for lf in elIntForc:
CFtmp=sh.getYShearEfficiency(sc,lf.Vy)
if lf.idSection == 0:
if (CFtmp>e.getProp(self.limitStateLabel+'Sect1').CF):
e.setProp(self.limitStateLabel+'Sect1',cv.ShearYControlVars('Sects1',lf.idComb,CFtmp,lf.Vy))
else:
if (CFtmp>e.getProp(self.limitStateLabel+'Sect2').CF):
e.setProp(self.limitStateLabel+'Sect2',cv.ShearYControlVars('Sects2',lf.idComb,CFtmp,lf.Vy))
def predimConnection(self, intForcCombFileName, setCalc=None):
'''Launch predim connection.
:param intForcCombFileName: name of the file to read the internal
force results
:param setCalc: set of elements to check
'''
intForcItems = limit_state_data.readIntForcesFile(
intForcCombFileName, setCalc)
internalForcesValues = intForcItems[2]
worstCase = WorstCase()
for e in setCalc.elements:
sh = e.getProp('crossSection')
elIntForc = internalForcesValues[e.tag]
if (len(elIntForc) == 0):
lmsg.warning('No internal forces for element: ' + str(e.tag) +
' of type: ' + e.type())
for lf in elIntForc:
CFtmp = self.boltedPlate.getEfficiency(lf)
worstCase.update(CFtmp, e.tag, lf)
return worstCase
def checkSetFromIntForcFile(self,intForcCombFileName,setCalc=None):
'''Launch checking.
:param intForcCombFileName: name of the file to read the internal
force results
:param setCalc: set of elements to check
'''
intForcItems=lsd.readIntForcesFile(intForcCombFileName,setCalc)
internalForcesValues=intForcItems[2]
for e in setCalc.getElements:
sh=e.getProp('crossSection')
sc=e.getProp('sectionClass')
elIntForc=internalForcesValues[e.tag]
for lf in elIntForc:
CFtmp,NcRdtmp,McRdytmp,McRdztmp,MvRdztmp,MbRdztmp=sh.getBiaxialBendingEfficiency(sc,lf.N,lf.My,lf.Mz,lf.Vy,lf.chiLT)
if lf.idSection == 0:
if (CFtmp>e.getProp(self.limitStateLabel+'Sect1').CF):
e.setProp(self.limitStateLabel+'Sect1',cv.SSBiaxialBendingControlVars('Sects1',lf.idComb,CFtmp,lf.N,lf.My,lf.Mz,NcRdtmp,McRdytmp,McRdztmp,MvRdztmp,MbRdztmp,lf.chiLT))
else:
if (CFtmp>e.getProp(self.limitStateLabel+'Sect2').CF):
e.setProp(self.limitStateLabel+'Sect2',cv.SSBiaxialBendingControlVars('Sects2',lf.idComb,CFtmp,lf.N,lf.My,lf.Mz,NcRdtmp,McRdytmp,McRdztmp,MvRdztmp,MbRdztmp,lf.chiLT))
def checkSetFromIntForcFile(self, intForcCombFileName, setCalc=None):
'''Launch checking.
:param intForcCombFileName: file containing the internal forces
for each element.
:param setCalc: set of elements to check
'''
intForcItems = lsd.readIntForcesFile(intForcCombFileName, setCalc,
self.vonMisesStressId)
internalForcesValues = intForcItems[2]
for e in setCalc.elements:
factoredYieldStress = 0.9 * e.getProp('yieldStress')
elIntForc = internalForcesValues[e.tag]
if (len(elIntForc) == 0):
lmsg.warning('No internal forces for element: ' + str(e.tag) +
' of type: ' + e.type())
for lf in elIntForc:
CFtmp = lf.vonMisesStress / factoredYieldStress
# Both sections will have the same Von Mises stress so this is redundant.
if (CFtmp > e.getProp(self.limitStateLabel).CF):
e.setProp(
self.limitStateLabel,
cv.VonMisesControlVars(lf.idComb, CFtmp,
lf.vonMisesStress))