def getReactions(prb, nmbAction):
preprocessor = prb.getPreprocessor
resultAction(prb, nmbAction)
reactions = gr.Reactions(preprocessor, supportNodes)
forces = reactions.getReactionForces()
for key in forces:
reac = forces[key]
print "Appui ", key, nmbAction, reac * 1e-3, " (kN)"
#print "M= ", tmp[2]/1e3
return reactions
def resultComb(prb, nmbComb):
preprocessor = prb.getPreprocessor
preprocessor.resetLoadCase()
preprocessor.getLoadHandler.getLoadCombinations.addToDomain(nmbComb)
#Solución
solution = predefined_solutions.SolutionProcedure()
analysis = solution.simpleStaticLinear(prb)
result = analysis.analyze(1)
spandrelReactions = gr.Reactions(preprocessor, spandrelFixedNodes)
spandrelForces = spandrelReactions.getReactionForces()
for key in spandrelForces:
reac = spandrelForces[key]
print "Support ", key, nmbComb, reac * 1e-3, " (kN)"
#print "M= ", tmp[2]/1e3
fillReactions = gr.Reactions(preprocessor, fillFixedNodes)
fillForces = fillReactions.getReactionForces()
for key in fillForces:
reac = fillForces[key]
print "Support ", key, nmbComb, reac * 1e-3, " (kN)"
#print "M= ", tmp[2]/1e3
preprocessor.getLoadHandler.getLoadCombinations.removeFromDomain(nmbComb)
return spandrelReactions, fillReactions
def getReactions(self):
'''Return the reactions on the foundation.'''
return get_reactions.Reactions(self.modelSpace.preprocessor,
self.fixedNodes)
