def readoptions(self,optionfile):
material = Parser(optionfile,"material")
e=np.array((material.find("epsilon").text).split(),dtype=float)
self.e[0,0]=e[0]
self.e[1,1]=e[1]
self.e[1,0]=e[2]
self.e[0,1]=e[2]
self.tau=float(material.find("tau").text)
self.Ea=float(material.find("Ea").text)
self.Ps=float(material.find("Ea").text)
self.beta=float(material.find("beta").text)
def readoptions(self, optionfile):
geometry = Parser(optionfile, "geometry")
self.numberofgrains = int(geometry.find("numofgrains").text)
self.angle = float(geometry.find(
"anglewindow").text) * np.pi / 180.0 #convert to radian
self.width = float(geometry.find("width").text)
self.safetyscale = float(geometry.find("safetyscale").text)
self.boundarylayer = float(geometry.find("boundarylayer").text)
self.volume = self.width**2
def readoptions(self, optionfile):
integrator = Parser(optionfile, "integrator")
self.errlim0 = int(integrator.find("errlim0").text)
self.delta0 = float(integrator.find("delta0").text)
self.threads = int(integrator.find("threads").text)
self.safetyfactor = float(integrator.find("safetyfactor").text)
self.flexpdeexepath = (integrator.find("flexpdepath").text)
self.flexpdeinputfile = "input.pde"
self.flexdemeshfile = "flex.mesh"
self.flexdeoutputfile = "output.out"
def readoptions(self,optionfile):
geometry = Parser(optionfile,"geometry")
self.numberofgrains=int(geometry.find("numofgrains").text)
self.angle=float(geometry.find("anglewindow").text)*np.pi/180.0 #convert to radian
self.width=float(geometry.find("width").text)
self.safetyscale=float(geometry.find("safetyscale").text)
self.boundarylayer=float(geometry.find("boundarylayer").text)
self.volume=self.width**2
def readoptions(self,optionfile):
integrator = Parser(optionfile,"integrator")
self.errlim0=int(integrator.find("errlim0").text)
self.delta0=float(integrator.find("delta0").text)
self.threads=int(integrator.find("threads").text)
self.safetyfactor=float(integrator.find("safetyfactor").text)
self.flexpdeexepath=(integrator.find("flexpdepath").text)
self.flexpdeinputfile="input.pde"
self.flexdemeshfile="flex.mesh"
self.flexdeoutputfile="output.out"
def readoptions(self, optionfile):
material = Parser(optionfile, "material")
e = np.array((material.find("epsilon").text).split(), dtype=float)
self.e[0, 0] = e[0]
self.e[1, 1] = e[1]
self.e[1, 0] = e[2]
self.e[0, 1] = e[2]
self.tau = float(material.find("tau").text)
self.Ea = float(material.find("Ea").text)
self.Ps = float(material.find("Ea").text)
self.beta = float(material.find("beta").text)
