def cHookDrawSegment(self, constrid):
if self.FEMMState == 1:
fm.femmgroupmode = self.constructs[constrid].group
self.constructs[constrid].hide()
self.constructs[constrid].drawSegment()
self.constructs[constrid].drawState = 1
fm.femmgroupmode = 0
fm.zoom()
def fillEmpty(self):
if self.FEMMState == 0:
return
radii = []
for construct in self.constructs:
if construct.drawState > 0:
radii.append(construct.rInner)
radii.append(construct.rOuter)
fm.fillEmpty(radii)
fm.zoom()
def update(self):
fm.femmgroupmode = self.group
if self.drawState == 0:
pass
elif self.drawState == 1:
self.hide()
self.drawSegment()
fm.zoom()
elif self.drawState == 2:
self.hide()
self.drawSegment()
self.draw()
fm.zoom()
fm.femmgroupmode = 0
# Add coil labels
phiStep = 360 / self.p.Nt
phiOfs = phiStep * self.p.cf - 2 # 1 degree in from coil boundary... todo: better math
r = (self.p.ri + self.p.wt + self.p.ri + self.p.wt + self.p.hs) / 2
for i in range(int(self.p.Nt)):
phi = phiStep * i
circuit = chr(ord('A') + (i % 3))
n = fm.addBlockLabel(r, phi + phiOfs / 2)
fm.setCircZ(n, self.p.coilMat.matName, circuit, self.p.turns)
n = fm.addBlockLabel(r, phi - phiOfs / 2)
fm.setCircZ(n, self.p.coilMat.matName, circuit, -(self.p.turns))
@property
def rInner(self):
return self.p.ri
@property
def rOuter(self):
return self.p.ri + self.p.wt + self.p.hs + self.p.wbi
if __name__ == '__main__':
s = StatorDL()
fm.femmgroupmode = s.group
fm.initFemm()
s.testDraw()
fm.zoom()
input()
fm.closeFemm()
def cHookHide(self, constrid):
if self.FEMMState == 1:
self.constructs[constrid].hide()
self.constructs[constrid].drawState = 0
fm.zoom()