def __init__(self, teeth, ts, oradius, iradius, depth, tolerance):
self.centerOffset = 0
self.iradius = iradius # inner radius, for the hole
self.oradius = oradius
print "Circle"
print "radius =", oradius
print "teeth =", teeth, "thickness =", depth, "inner radius =", iradius
# ellipse values are needed by perimeter, which is needed by init
SLFMaker.__init__(self, teeth, ts, depth, tolerance)
def __init__(self, teeth, ts, oradius, iradius, depth, tolerance):
self.centerOffset = 0
self.iradius = iradius # inner radius, for the hole
self.oradius = oradius
print "Circle"
print "radius =", oradius
print "teeth =", teeth, "thickness =", depth, "inner radius =", iradius
# ellipse values are needed by perimeter, which is needed by init
SLFMaker.__init__(self, teeth, ts, depth, tolerance)
def __init__(self, teeth, ts, a, e, nodes, iradius, depth, tolerance):
# various oval parameters
self.a = a;
self.nodes = nodes
# make sure eccentricity value is valid
self.c = e * a
self.e = e
assert self.e <= 1.0 and self.e >= 0.0
self.p = a * (1.0 - self.e*self.e)
self.b = a*a - self.c*self.c
self.centerOffset = 0.0
self.iradius = iradius # inner radius, for the hole
print "Elliptical Gear"
print "a =", self.a, "c =", self.c, "e =", self.e
print "teeth =", teeth, "thickness =", depth, "inner radius =", iradius
# oval values are needed by perimeter, which is needed by init
SLFMaker.__init__(self, teeth, ts, depth, tolerance)