super(Stud, self).__init__(**kwargs)
self.radius = radius
self.height = height
self.rubber_radius = rubber_radius
self.rubber_height = rubber_height
self.rubber_position = rubber_position
def part_model(self):
stud = \
color([0.7, 0.7, 0.7])(
translate([0,0,-self.height])(
cylinder(r=self.radius, h=2*self.height)
)
)
return stud
def mount_holes(self):
return None
def mount_holes_2d(self):
return circle(r=self.radius, segments=self.segments)
if __name__ == '__main__':
from pinball.playfield import Playfield
pf = Playfield(400, 600)
pf.append(Stud(), [200, 30])
scad_render_to_file(pf.assembly(), '/tmp/stud_example.scad')
class VerticalUpKicker(BallHole):
#TODO: Implement this in SolidPinball
pass
class BallDrain(BallHole):
#TODO: Implement this in SolidPinball
pass
#TODO: SolidPinball: implement the PopBumper body 3d-model
#TODO: SolidPinball: implement the Slingshot assembly 3d-model (including rubber and 3 posts automatically)
#TODO: SolidPinball: implement the 3d-model of the StardupTargets metal part
pf = Playfield(pf_width, pf_height)
pf.append_parts([
{
'part': Rollover(),
'position': [74.5, 360]
},
{
'part': Rollover(),
'position': [37.4, 320]
},
{
'part': Rollover(),
'position': [520.4, 360]
},
{
'part': Rollover(),
