def init(self):
if self.line .seg:
self.toInterpolated(self.line.p1,self.line.p2,self.ratio)
else:
self.maxplus=Position3(MAX*self.line.getDirection()+self.line.p2)
self.maxminus=Position3(-MAX*self.line.getDirection()+self.line.p1)
self.toInterpolated(self.maxplus,self.maxminus,self.ratio)
Element.init(self)
def init(self): x=sin(self.theta)*cos(self.phi) y=sin(self.theta)*sin(self.phi) z=cos(self.theta) self.set(vector(x,y,z)) self.initvector=Position3() self.initvector.set(self) Element.init(self)
def init(self):
self.set(self.zcircle._s*self.zcircle._radius+self.zcircle._center)
Element.init(self)
def init(self):
self.set(self.zLine.p1)
Element.init(self)
def init(self):
self.set(self.zline.p1*(1.0-self.ratio)+self.zline.p2*self.ratio)
Element.init(self)
def init(self):
circle=self.zcircle
self.set(circle._radius*(math_E**complex(0,self.angle))+circle._center)
Element.init(self)
def init(self):
self.set(self.ucircle._cpoint)
self.toCircumPoint(self.ucircle,self.angle)
Element.init(self)
def init(self): x=sin(self.theta)*cos(self.phi) y=sin(self.theta)*sin(self.phi) z=cos(self.theta) self.set(vector(x,y,z)) Element.init(self)
def init(self):
self.set(self.ucircle._cpoint)
Element.init(self)
def init(self):
self.toInterpolated(self.line.p1,self.line.p2,self.t)
Element.init(self)
def init(self):
x=sin(self.theta)*cos(self.phi)
y=sin(self.theta)*sin(self.phi)
z=cos(self.theta)
self.set(vector(x,y,z)*self.sphere._radius+self.sphere._center)
Element.init(self)
