def example001(size=50, hole=25):
cy_r = float(hole)/2
cy_h = (float(size) * 2.5)/2
s = sphere(size/2)
c1 = cylinder(cy_h, cy_r, transforms={'rotate': (0, 0, 0)}, center=True)
c2 = cylinder(cy_h, cy_r, transforms={'rotate': (90, 0, 0)}, center=True)
c3 = cylinder(cy_h, cy_r, transforms={'rotate': (0, 90, 0)}, center=True)
render_example(s-c1-c2-c3, 'example001')
def example001(size=50, hole=25):
cy_r = float(hole) / 2
cy_h = (float(size) * 2.5) / 2
s = sphere(size / 2)
c1 = cylinder(cy_h, cy_r, transforms={'rotate': (0, 0, 0)}, center=True)
c2 = cylinder(cy_h, cy_r, transforms={'rotate': (90, 0, 0)}, center=True)
c3 = cylinder(cy_h, cy_r, transforms={'rotate': (0, 90, 0)}, center=True)
render_example(s - c1 - c2 - c3, 'example001')
import pyscad
c = pyscad.cube(10)
s = pyscad.sphere(3, position=(10,10,10))
i = c+s
i.export_stl('./demo.stl')
print "Source:"
print i.to_source()
print ''
i.render()
import pyscad
c = pyscad.cube(10)
s = pyscad.sphere(3, position=(10, 10, 10))
i = c + s
i.export_stl('./demo.stl')
print "Source:"
print i.to_source()
print ''
i.render()
