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 initControlVars(self, setCalc):
'''Initialize control variables over elements.
:param setCalc: set of elements to which define control variables
'''
for e in setCalc.elements:
e.setProp(self.limitStateLabel + 'Sect1', cv.ShearYControlVars())
e.setProp(self.limitStateLabel + 'Sect2', cv.ShearYControlVars())
