class Model:
def __init__(self):
self.elementList = []
self.idState = IdState()
self.setPointState = False
def setPoint(self, x, y):
pointB = Point(x, y, self.idState.getPointId())
if self.setPointState and (0 != len(self.elementList)):
pointA = self.elementList.pop()
beamElement = BeamElement(pointA, pointB, self.idState.getBeamId())
self.elementList.append(beamElement)
self.elementList.append(pointA)
self.elementList.append(pointB)
self.setPointState = True
def endPoint(self):
self.setPointState = False
def setForce(self, x, y):
index = self.getSelectedElementIndex(x, y)
if index != -1 and self.elementList[index].Type == 'p':
self.elementList[index].addForce()
self.setPointState = False
def setFixture(self, x, y):
self.setPointState = False
def drawElementList(self, canv):
for element in self.elementList:
element.draw(canv)
return canv
def getSelectedElementIndex(self, x, y):
for i in range(len(self.elementList)):
if self.elementList[i].isSelected(x, y):
return i
return -1
def newCalculation(self):
newCalculation = Calculation(self.calculateIEG(), self.getBeamList(),
self.calculateNumVert())
#TODO: Get force vector from user and number of iterations from user..
newCalculation.setForceVector(self.getForceVector())
newCalculation.calculateDisplacementVector(200)
print "Stivhetsmatrise:"
printC(newCalculation.K)
print "Forskyvningsvektor:"
print newCalculation.displacementVector
print "Belastningsvektor:"
print newCalculation.forceVector
def calculateIEG(self):
IEG = []
for element in self.elementList:
if element.Type == 'b':
IEG.append([element.start.ID, element.end.ID])
return IEG
def calculateNumVert(self):
numVert = 0
for element in self.elementList:
if element.Type == 'p':
numVert += 1
return numVert
def getBeamList(self):
beamList = []
for element in self.elementList:
if element.Type == 'b':
#TODO: User set properties.
element.setPhysicalProperties(1, 1, 1)
beamList.append(element)
return beamList
def getForceVector(self):
localForceVectors = []
for element in self.elementList:
if element.Type == 'p':
localForceVectors.append(element.forceVector)
return appendLists(localForceVectors)
def printElementListId(self):
liste = []
for element in self.elementList:
liste.append(element.getIdType())
print liste
def __init__(self):
self.elementList = []
self.idState = IdState()
self.setPointState = False
def __init__(self): self.elementList = [] self.idState = IdState() self.setPointState = False
class Model: def __init__(self): self.elementList = [] self.idState = IdState() self.setPointState = False def setPoint(self, x, y): pointB = Point(x, y, self.idState.getPointId()) if self.setPointState and (0 != len(self.elementList)): pointA = self.elementList.pop() beamElement = BeamElement(pointA, pointB, self.idState.getBeamId()) self.elementList.append(beamElement) self.elementList.append(pointA) self.elementList.append(pointB) self.setPointState = True def endPoint(self): self.setPointState = False def setForce(self, x, y): index = self.getSelectedElementIndex(x, y) if index != -1 and self.elementList[index].Type == 'p': self.elementList[index].addForce(); self.setPointState = False def setFixture(self, x, y): self.setPointState = False def drawElementList(self, canv): for element in self.elementList: element.draw(canv) return canv def getSelectedElementIndex(self, x, y): for i in range(len(self.elementList)): if self.elementList[i].isSelected(x, y): return i return -1 def newCalculation(self): newCalculation = Calculation(self.calculateIEG(), self.getBeamList(), self.calculateNumVert()) #TODO: Get force vector from user and number of iterations from user.. newCalculation.setForceVector(self.getForceVector()) newCalculation.calculateDisplacementVector(200) print "Stivhetsmatrise:" printC(newCalculation.K) print "Forskyvningsvektor:" print newCalculation.displacementVector print "Belastningsvektor:" print newCalculation.forceVector def calculateIEG(self): IEG = [] for element in self.elementList: if element.Type == 'b': IEG.append([element.start.ID, element.end.ID]) return IEG def calculateNumVert(self): numVert = 0 for element in self.elementList: if element.Type == 'p': numVert += 1 return numVert def getBeamList(self): beamList = [] for element in self.elementList: if element.Type == 'b': #TODO: User set properties. element.setPhysicalProperties(1, 1, 1) beamList.append(element) return beamList def getForceVector(self): localForceVectors = [] for element in self.elementList: if element.Type == 'p': localForceVectors.append(element.forceVector) return appendLists(localForceVectors) def printElementListId(self): liste = [] for element in self.elementList: liste.append(element.getIdType()) print liste
def __init__(self): self.elementList = [] self.idState = IdState() self.setPointState = False self.responseText = "Welcome to BMUS. Press 'p' to enter set point mode, 'f' to enter set force mode and 'b' to set boundrys."
class Model: def __init__(self): self.elementList = [] self.idState = IdState() self.setPointState = False self.responseText = "Welcome to BMUS. Press 'p' to enter set point mode, 'f' to enter set force mode and 'b' to set boundrys." def setPoint(self, x, y): self.responseText = "Mode: set new start point" pointB = Point(x, y, self.idState.getPointId()) if self.setPointState and (0 != len(self.elementList)): self.responseText = "Mode: set continuation point" pointA = self.elementList.pop() beamElement = BeamElement(pointA, pointB, self.idState.getBeamId()) self.elementList.append(beamElement) self.elementList.append(pointA) self.elementList.append(pointB) self.setPointState = True def endPoint(self): self.setPointState = False def setForce(self): self.responseText = "Mode: set force" def setFixture(self): self.responseText = "Mode: set boundry" def drawElementList(self, canv): for element in self.elementList: element.draw(canv) return canv def newCalculation(self): newCalculation = Calculation(self.calculateIEG(), self.getBeamList(), self.calculateNumVert()) #TODO: Get force vector from user adn number of iterations from user.. newCalculation.setForceVector(self.getForceVector()) newCalculation.calculateDisplacementVector(200) print "Stivhetsmatrise:" printC(newCalculation.K) print "Forskyvningsvektor:" print newCalculation.displacementVector print "Belastningsvektor:" print newCalculation.forceVector def calculateIEG(self): IEG = [] for element in self.elementList: if element.Type == 'b': IEG.append([element.start.ID, element.end.ID]) return IEG def calculateNumVert(self): numVert = 0 for element in self.elementList: if element.Type == 'p': numVert += 1 return numVert def getBeamList(self): beamList = [] for element in self.elementList: if element.Type == 'b': #TODO: User set properties. element.setPhysicalProperties(1, 1, 1) beamList.append(element) return beamList def getForceVector(self): localForceVectors = [] for element in self.elementList: if element.Type == 'p': localForceVectors.append(element.forceVector) return appendLists(localForceVectors) def printElementListId(self): liste = [] for element in self.elementList: liste.append(element.getIdType()) print liste
