Include 3d rim design

[cua-cua]

No description provided.

[cua-cua]

Design already verified with printed parts

[Peque]

I would declare all configurable variables on the top like:

FDM_MARGIN = 0.1
REEL_H0 = 8
TIRE_W = 2.5
WHEEL_D = 20.5
PINION_D = 6.70

OUTER = WHEEL_D - TIRE_W * 2 - FDM_MARGIN
INNER = PINION_D + FDM_MARGIN

[cua-cua]

Solve on 70f4e9b

[Peque]

Or even... just define inner/outer variables? 😇

We could start using lower case for variables (more Pythonic...)

[Peque]

Just for reference, this is what we sent Jorge to print, if they find the time. Can be displayed with jupyter-cadquery in Binder.

import cadquery
from jupyter_cadquery.cadquery import show
from jupyter_cadquery.cadquery import Assembly
from jupyter_cadquery.cadquery import Part

width = 8.0
tire = 2.5
tire_outter_radius = 21.0 / 2.
rim_inner_radius = 6.70 / 2.

rim_outter_radius = outter / 2. - tire
tire_outter_radius = rim_outter_radius + tire

rim = cadquery.Workplane('XY')\
    .circle(radius=rim_outter_radius)\
    .circle(radius=rim_inner_radius)\
    .extrude(distance=width)
tire = cadquery.Workplane('XY')\
    .circle(radius=tire_outter_radius)\
    .circle(radius=rim_outter_radius)\
    .extrude(distance=width)

assembly = Assembly(
    [
        Part(rim, "rim",   "#d7191c"),
        Part(tire, "tire", "#abdda4"),
    ],
    "wheel"
)
show(assembly, axes=True, grid=True, ortho=True, axes0=True)