from . import bec_module, lighting_control_board, logic_board, placements, relay_board, tray, vesc, vesc_fan
from .dimensions import tray_thickness
def assembly():
return sp.union()(
sp.color('red')(tray.volume()),
spu.up(tray_thickness)(
sp.color('purple')(placements.vesc_fan(vesc_fan.assembly())),
# Boards are raised by spacers
spu.up(3.)(
sp.color('green')(placements.vesc(vesc.volume())),
sp.color('blue')(
placements.lighting_control_board(
lighting_control_board.volume()
)
),
sp.color('cyan')(placements.relay_board(relay_board.volume())),
sp.color('magenta')(placements.bec_module(bec_module.volume())),
sp.color('orange')(
placements.logic_board(logic_board.volume())
),
),
),
)
if __name__ == '__main__':
entrypoint.main(assembly())
from .dimensions import tray_dimensions, tray_thickness
from .vesc_fan import shroud
mounting_hole_centres = (inner * 2., tray_dimensions[1] - 20.)
mounting_hole_diameter = 3.5
def projection():
panel = sp.square(tray_dimensions, center=True)
frame_mounting_holes = place_at_centres(
mounting_hole_centres, sp.circle(d=mounting_hole_diameter,
segments=32))
return panel - frame_mounting_holes - placements.vesc(
vesc.holes()) - placements.lighting_control_board(
lighting_control_board.holes()) - placements.relay_board(
relay_board.holes()) - placements.bec_module(
bec_module.holes()) - placements.logic_board(
logic_board.holes()) - placements.vesc_fan(
shroud.mounting_holes(32))
@bom.part('Electronics Tray')
def volume():
return sp.linear_extrude(tray_thickness)(projection())
if __name__ == '__main__':
entrypoint.main(projection())
def projection_fan():
return projection_outer() - fan.main_vent() - fan.mounting_holes()
def volume():
extrusion = sp.rotate((0, 0, 0))(sp.union()(
spu.down(length)(sp.linear_extrude(length)(projection_main())),
spu.down(10.)(sp.linear_extrude(10.)(projection_fan())),
))
rotated_extrusion = sp.rotate(
(90, 0, 0))(spu.forward(fan.size[1] / 2.)(extrusion))
tray_mounting_holes = sp.linear_extrude(10.)(mounting_holes(6))
def cable_cutout(position, diameter):
return sp.translate(position)(sp.rotate(
(0, 90, 0))(sp.cylinder(d=diameter,
h=outer_wall_thickness + 1.,
center=True)))
cable_cutouts = sp.union()(
cable_cutout((-33, 20, 15), 15.),
cable_cutout((-33, 60, 10), 12.),
)
return rotated_extrusion - tray_mounting_holes - cable_cutouts
if __name__ == '__main__':
entrypoint.main(volume())
(-inner + (box_section.default_size[0] / 2.) + 1., magic_1, 0)
)(brake_pedal.assembly())
),
sp.color('orange')(
sp.translate((0, 1100., 0))(
sp.rotate((50., 0, 0))(steering.assembly())
)
),
sp.color('brown')(
sp.translate((0, 75, box_section.default_size[0] / 2.))(
electronics_tray.assembly()
)
),
)
def size_check():
return sp.union()(
assembly(),
sp.translate((0., 600., 100.))(
sp.color((1., 1., 1., 0.4))(
sp.cube(max_outer_dimensions, center=True)
)
),
)
if __name__ == '__main__':
# entrypoint.main(assembly())
entrypoint.main(size_check())
