def plotFatigue(self,preprocessor,partName,elemSetName):
figureList= []
eluStr= "Fatigue"
figureList.append(utils_display.FigureDefinition(partName,eluStr,"inc_sg_s1",txtIncSgS,self.reinforcementText1,self.sUnits))
figureList.append(utils_display.FigureDefinition(partName,eluStr,"fc_sg_c1",txtFCSGC,self.reinforcementText1))
figureList.append(utils_display.FigureDefinition(partName,eluStr,"fc_v1",txtFCV,self.reinforcementText1))
figureList.append(utils_display.FigureDefinition(partName,eluStr,"inc_sg_s2",txtIncSgS,self.reinforcementText2,self.sUnits))
figureList.append(utils_display.FigureDefinition(partName,eluStr,"fc_sg_c2",txtFCSGC,self.reinforcementText2))
figureList.append(utils_display.FigureDefinition(partName,eluStr,"fc_v2",txtFCV,self.reinforcementText2))
#Load properties to display:
fName= self.fieldFilesPath + "verifRsl_fatigueULS.py"
execfile(fName)
elemSet= preprocessor.getSets.getSet(elemSetName).elements
for e in elemSet:
Vy11= e.getProp("Vy11")
Vy01= e.getProp("Vy01")
e.setProp("incV1",Vy11-Vy01)
Vy12= e.getProp("Vy12")
Vy02= e.getProp("Vy02")
e.setProp("incV2",Vy12-Vy02)
tp= utils_display.TakePhotos(elemSetName)
tp.pthGraphOutput= self.graphicOutputPath
tp.plotFigures(preprocessor,figureList,self.latexOutputPath+partName+"_verifRsl_fatigueULS.tex",self.latexOutputPath+partName+"_verifRsl_fatigueULS_list_figures.tex")
def plotShear(self, preprocessor, partName, elemSetName):
figureList = []
eluStr = "Tranchant"
figureList.append(
utils_display.FigureDefinition(partName, eluStr, "VyCP1", txtVyCP1,
self.txtArmature1, self.fUnits))
figureList.append(
utils_display.FigureDefinition(partName, eluStr, "FCCP1",
txtFCshearStresses,
self.txtArmature1))
figureList.append(
utils_display.FigureDefinition(partName, eluStr, "VyCP2", txtVyCP2,
self.txtArmature2, self.fUnits))
figureList.append(
utils_display.FigureDefinition(partName, eluStr, "FCCP2",
txtFCshearStresses,
self.txtArmature2))
#Load properties to display:
fName = self.fieldFilesPath + "verifRsl_shearULS.py"
execfile(fName)
tp = utils_display.TakePhotos(elemSetName)
tp.pthGraphOutput = self.graphicOutputPath
tp.plotFigures(
preprocessor, figureList,
self.latexOutputPath + partName + "_verifRsl_shearULS.tex",
self.latexOutputPath + partName +
"_verifRsl_shearULS_list_figures.tex")
def plotFissurationFreq(self, preprocessor, partName, elemSetName):
figureList = []
eluStr = "FissurationFreq"
figureList.append(
utils_display.FigureDefinition(partName, eluStr, "sg_s1",
txtSGSFreq, self.txtArmature1,
self.sUnits))
figureList.append(
utils_display.FigureDefinition(partName, eluStr, "sg_s2",
txtSGSFreq, self.txtArmature2,
self.sUnits))
#Load properties to display:
fName = self.fieldFilesPath + "verifRsl_crackingSLS_freq.py"
execfile(fName)
elemSet = preprocessor.getSets.getSet(elemSetName).getElements
for e in elemSet:
sgPos1 = e.getProp("sg_sPos1")
sgNeg1 = e.getProp("sg_sNeg1")
e.setProp("sg_s1", max(sgPos1, sgNeg1))
sgPos2 = e.getProp("sg_sPos2")
sgNeg2 = e.getProp("sg_sNeg2")
e.setProp("sg_s2", max(sgPos2, sgNeg2))
tp = utils_display.TakePhotos(elemSetName)
tp.pthGraphOutput = self.graphicOutputPath
tp.plotFigures(
preprocessor, figureList,
self.latexOutputPath + partName + "_verifRsl_crackingSLS_freq.tex",
self.latexOutputPath + partName +
"_verifRsl_crackingSLS_freq_list_figures.tex")
def plotNormalStresses(self, preprocessor, partName, elemSetName):
figureList = []
figureList.append(
utils_display.FigureDefinition(partName, "Flexion", "MyCP1",
txtMyCP1, self.txtArmature1,
self.mUnits))
figureList.append(
utils_display.FigureDefinition(partName, "Flexion", "FCCP1",
txtFCnormalStresses,
self.txtArmature1))
figureList.append(
utils_display.FigureDefinition(partName, "Flexion", "MyCP2",
txtMyCP2, self.txtArmature2,
self.mUnits))
figureList.append(
utils_display.FigureDefinition(partName, "Flexion", "FCCP2",
txtFCnormalStresses,
self.txtArmature2))
#Load properties to display:
fName = self.fieldFilesPath + "verifRsl_normStrsULS.py"
execfile(fName)
tp = utils_display.TakePhotos(elemSetName)
tp.pthGraphOutput = self.graphicOutputPath
tp.plotFigures(
preprocessor, figureList,
self.latexOutputPath + partName + "_verifRsl_normStrsULS.tex",
self.latexOutputPath + partName +
"_verifRsl_normStrsULS_list_figures.tex")
reinfDescr='',
units="[kN m]")
figMz.diagrams.append(ifd.InternalForceDiagram(0.05, 1e-3, [setMainBeam],
"Mz"))
figMz.viewName = "YPos"
internalForcesFigList.append(figMz)
figVy = utils_display.SlideDefinition("Beams",
"Vy",
figDescr=txtVy,
reinfDescr='',
units="[kN]")
figVy.diagrams.append(ifd.InternalForceDiagram(0.2, 1e-3, [setMainBeam], "Qy"))
figVy.viewName = "YPos"
internalForcesFigList.append(figVy)
tp = utils_display.TakePhotos("total")
#tp.defDisplay.viewName= "YPos"
tp.pthGraphOutput = "figures/"
import os
for lc in loadCaseNames:
resultAction(mainBeam, lc)
for f in internalForcesFigList:
f.oldVerifLabel = f.verifLabel
f.oldDescription = f.figDescription
f.verifLabel = '_' + lc + '_' + f.verifLabel
f.figDescription = '\\_' + lc + ': ' + f.figDescription
baseFileName = "results/internal_efforts_" + lc
tp.displayFigures(preprocessor, internalForcesFigList,
baseFileName + ".tex",
baseFileName + "_list_figures.tex")
