def get_outer_box_bottom(rel=Point(0, 0)):
# y=0 at the front.
g = Group(rel=rel)
# Front edge.
g.append(
BoxEdge(Point(0, 0),
Point(OUTER_BOX_WIDTH, 0),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=False,
cut_end=False))
# Side edges.
g.append(
BoxEdge(Point(0, 0),
Point(0, OUTER_BOX_DEPTH),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=False,
cut_start=False,
cut_end=False))
g.append(
BoxEdge(Point(OUTER_BOX_WIDTH, 0),
Point(OUTER_BOX_WIDTH, OUTER_BOX_DEPTH),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=False,
cut_end=False))
# Back edge / hole.
edge = PLY_THICKNESS * 3
g.append(
Polyline(
Point(0, OUTER_BOX_DEPTH),
Point(edge, OUTER_BOX_DEPTH),
Point(edge, edge),
Point(OUTER_BOX_WIDTH - edge, edge),
Point(OUTER_BOX_WIDTH - edge, OUTER_BOX_DEPTH),
Point(OUTER_BOX_WIDTH, OUTER_BOX_DEPTH),
))
return g
def get_axis(rel=Point(0, 0)):
g = Group(rel=rel)
for x in range(0, 6 * AXIS_SEG_SIZE, 2 * AXIS_SEG_SIZE):
g.append(Polyline(Point(x, 0), Point(x + AXIS_SEG_SIZE, 0)))
for y in range(0, 6 * AXIS_SEG_SIZE, 2 * AXIS_SEG_SIZE):
g.append(Polyline(Point(0, y), Point(0, y + AXIS_SEG_SIZE)))
return g
def get_outer_box_side(rel=Point(0, 0)):
# Outer box side, y=0 at front edge, x=0 at top edge, right side positive x, left side negative x.
g = Group(rel=rel)
# Top edge.
g.append(
BoxEdge(Point(0, 0),
Point(0, OUTER_BOX_DEPTH),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=False,
cut_start=True,
cut_end=True))
# Back edge
g.append(
Polyline(Point(0, OUTER_BOX_DEPTH),
Point(OUTER_BOX_HEIGHT, OUTER_BOX_DEPTH)))
# Front edge.
g.append(
BoxEdge(Point(0, 0),
Point(OUTER_BOX_HEIGHT, 0),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=True,
cut_end=True))
# Bottom edge.
g.append(
BoxEdge(Point(OUTER_BOX_HEIGHT, 0),
Point(OUTER_BOX_HEIGHT, OUTER_BOX_DEPTH),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=True,
cut_end=True))
return g
def get_outer_box_pinnar(rel=Point(0, 0)):
g = Group(rel=rel)
height = OUTER_BOX_DEPTH - PLY_THICKNESS
width = 30
for x in range(0, width * 5, width):
g.append(Polyline(Point(x, 0), Point(x, height)))
g.append(Polyline(Point(0, 0), Point(width * 4, 0)))
g.append(Polyline(Point(0, height), Point(width * 4, height)))
return g
def get_slider_marker(rel=Point(0, 0)):
# y=0 is front
return Group(Polyline(
Point(0, 0),
Point(0, SLIDER_DEPTH),
Point(SLIDER_WIDTH, SLIDER_DEPTH),
Point(SLIDER_WIDTH, 0),
Point(0, 0),
Point(SLIDER_WIDTH, SLIDER_DEPTH),
Point(SLIDER_WIDTH, 0),
Point(0, SLIDER_DEPTH),
),
rel=rel)
def get_inner_box_side(rel=Point(0, 0)):
# y=0 at bottom
g = Group(rel=rel)
# Top edge.
g.append(
Polyline(Point(0, INNER_BOX_HEIGHT),
Point(INNER_BOX_DEPTH, INNER_BOX_HEIGHT)))
# Edges.
g.append(
BoxEdge(Point(0, 0),
Point(0, INNER_BOX_HEIGHT),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=False,
cut_start=True,
cut_end=True))
g.append(
BoxEdge(Point(INNER_BOX_DEPTH, 0),
Point(INNER_BOX_DEPTH, INNER_BOX_HEIGHT),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=True,
cut_end=True))
# Bottom edge.
g.append(
BoxEdge(Point(0, 0),
Point(INNER_BOX_DEPTH, 0),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=True,
cut_end=True))
return g
def get_outer_box_panel_rim(rel=Point(0, 0)):
g = Group(rel=rel)
edge = OUTER_BOX_PANEL_EDGE + OUTER_BOX_PANEL_INNER_HOLE_MARGIN
dent_height = OUTER_BOX_HEIGHT * 0.5
dent_width = SLIDER_WIDTH * 1.2
# Outer edge.
g.append(
Polyline(
Point(PLY_THICKNESS, PLY_THICKNESS),
Point(PLY_THICKNESS,
OUTER_BOX_HEIGHT - PLY_THICKNESS - dent_height),
Point(PLY_THICKNESS + dent_width,
OUTER_BOX_HEIGHT - PLY_THICKNESS - dent_height),
Point(PLY_THICKNESS + dent_width,
OUTER_BOX_HEIGHT - PLY_THICKNESS),
Point(OUTER_BOX_WIDTH - PLY_THICKNESS - dent_width,
OUTER_BOX_HEIGHT - PLY_THICKNESS),
Point(OUTER_BOX_WIDTH - PLY_THICKNESS - dent_width,
OUTER_BOX_HEIGHT - PLY_THICKNESS - dent_height),
Point(OUTER_BOX_WIDTH - PLY_THICKNESS,
OUTER_BOX_HEIGHT - PLY_THICKNESS - dent_height),
Point(OUTER_BOX_WIDTH - PLY_THICKNESS, PLY_THICKNESS),
Point(PLY_THICKNESS, PLY_THICKNESS),
))
# Inner hole.
g.append(
Polyline(
Point(edge, edge),
Point(edge, OUTER_BOX_HEIGHT - edge),
Point(OUTER_BOX_WIDTH - edge, OUTER_BOX_HEIGHT - edge),
Point(OUTER_BOX_WIDTH - edge, edge),
Point(edge, edge),
))
return g
def get_outer_box_top(rel=Point(0, 0)):
# Outer box top y=0 at the front.
g = Group(rel=rel)
# Front edge.
g.append(
BoxEdge(Point(0, 0),
Point(OUTER_BOX_WIDTH, 0),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=False,
cut_end=False))
# Side edges.
g.append(
BoxEdge(Point(0, 0),
Point(0, OUTER_BOX_DEPTH),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=False,
cut_start=False,
cut_end=False))
g.append(
BoxEdge(Point(OUTER_BOX_WIDTH, 0),
Point(OUTER_BOX_WIDTH, OUTER_BOX_DEPTH),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=False,
cut_end=False))
# Back edge.
g.append(
Polyline(Point(0, OUTER_BOX_DEPTH),
Point(OUTER_BOX_WIDTH, OUTER_BOX_DEPTH)))
for x in range(int(OUTER_BOX_WIDTH / 5), int(OUTER_BOX_WIDTH),
int(OUTER_BOX_WIDTH / 5)):
g.append(tri(x - 10, OUTER_BOX_DEPTH - 6, True, 0, OUTER_BOX_WIDTH, 8))
# Vents.
top_up = True
for x in range(int(TRI_EDGE - TRI_BASE), int(OUTER_BOX_WIDTH), TRI_STEP):
for y in (60, 120, 180):
g.append(
tri(x, y, top_up, TRI_EDGE, OUTER_BOX_WIDTH - TRI_EDGE,
TRI_BASE))
top_up = not top_up
return g
def get_inner_box_bottom(rel=Point(0, 0)):
# y=0 at front
g = Group(rel=rel)
# Front edge
g.append(
BoxEdge(Point(0, 0),
Point(INNER_BOX_WIDTH, 0),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=True,
cut_end=True))
# Back edge
g.append(
BoxEdge(Point(0, INNER_BOX_DEPTH),
Point(INNER_BOX_WIDTH, INNER_BOX_DEPTH),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=False,
cut_start=True,
cut_end=True))
# Hole for cable.
g.append(
Circle(Point(INNER_BOX_WIDTH / 2, INNER_BOX_DEPTH - 5 - PLY_THICKNESS),
4))
# Sides
g.append(
BoxEdge(Point(0, 0),
Point(0, INNER_BOX_DEPTH),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=False,
cut_start=False,
cut_end=False))
g.append(
BoxEdge(Point(INNER_BOX_WIDTH, 0),
Point(INNER_BOX_WIDTH, INNER_BOX_DEPTH),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=False,
cut_end=False))
# Vents.
top_up = True
for x in range(11, int(INNER_BOX_WIDTH), 41):
for y in range(30, 140, 33):
g.append(tri(x, y, top_up, 32, INNER_BOX_WIDTH - 32, 20))
top_up = not top_up
return g
def get_outer_box_empty_panel(rel=Point(0, 0)):
# Panel front
g1 = Group()
g1.append(
Polyline(
Point(OUTER_BOX_PANEL_EDGE, OUTER_BOX_PANEL_EDGE),
Point(OUTER_BOX_PANEL_EDGE,
OUTER_BOX_HEIGHT - OUTER_BOX_PANEL_EDGE),
Point(OUTER_BOX_WIDTH - OUTER_BOX_PANEL_EDGE,
OUTER_BOX_HEIGHT - OUTER_BOX_PANEL_EDGE),
Point(OUTER_BOX_WIDTH - OUTER_BOX_PANEL_EDGE,
OUTER_BOX_PANEL_EDGE),
Point(OUTER_BOX_PANEL_EDGE, OUTER_BOX_PANEL_EDGE),
))
g1.append(Circle(Point(OUTER_BOX_PANEL_EDGE, OUTER_BOX_PANEL_EDGE), 4))
# Panel inside.
edge = OUTER_BOX_PANEL_EDGE + OUTER_BOX_PANEL_INNER_HOLE_MARGIN
g2 = Group(rel=Point(0, -OUTER_BOX_HEIGHT))
g2.append(
Polyline(
Point(edge, edge),
Point(edge, OUTER_BOX_HEIGHT - edge),
Point(OUTER_BOX_WIDTH - edge, OUTER_BOX_HEIGHT - edge),
Point(OUTER_BOX_WIDTH - edge, edge),
Point(edge, edge),
))
return Group(g1, g2, rel=rel)
def get_outer_box_front(rel=Point(0, 0)):
# Outer box front y=0 at bottom.
g = Group(rel=rel)
# Top edge.
g.append(
BoxEdge(Point(0, OUTER_BOX_HEIGHT),
Point(OUTER_BOX_WIDTH, OUTER_BOX_HEIGHT),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=False,
cut_start=True,
cut_end=True))
# Side edges.
g.append(
BoxEdge(Point(0, 0),
Point(0, OUTER_BOX_HEIGHT),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=False,
cut_start=False,
cut_end=False))
g.append(
BoxEdge(Point(OUTER_BOX_WIDTH, 0),
Point(OUTER_BOX_WIDTH, OUTER_BOX_HEIGHT),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=False,
cut_end=False))
# Bottom edge.
g.append(
BoxEdge(Point(0, 0),
Point(OUTER_BOX_WIDTH, 0),
depth=PLY_THICKNESS,
length=CUT_LENGTH,
right=True,
cut_start=True,
cut_end=True))
# Panel hole.
g.append(
Polyline(
Point(OUTER_BOX_PANEL_EDGE, OUTER_BOX_PANEL_EDGE),
Point(OUTER_BOX_PANEL_EDGE,
OUTER_BOX_HEIGHT - OUTER_BOX_PANEL_EDGE),
Point(OUTER_BOX_WIDTH - OUTER_BOX_PANEL_EDGE,
OUTER_BOX_HEIGHT - OUTER_BOX_PANEL_EDGE),
Point(OUTER_BOX_WIDTH - OUTER_BOX_PANEL_EDGE,
OUTER_BOX_PANEL_EDGE),
Point(OUTER_BOX_PANEL_EDGE, OUTER_BOX_PANEL_EDGE),
))
return g
right=True,
cut_start=True,
cut_end=True))
return g
outer_box = Group(
get_outer_box_top(),
get_outer_box_front(rel=Point(0, -OUTER_BOX_HEIGHT - 20)),
get_outer_box_bottom(rel=Point(0, -OUTER_BOX_HEIGHT - OUTER_BOX_DEPTH -
40)),
get_outer_box_side(rel=Point(OUTER_BOX_WIDTH + 20, 0)),
get_outer_box_side(rel=Point(-OUTER_BOX_HEIGHT - 20, 0)),
get_outer_box_panel_rim(rel=Point(OUTER_BOX_WIDTH + 20, -OUTER_BOX_HEIGHT -
20)),
get_outer_box_pinnar(rel=Point(-OUTER_BOX_HEIGHT - 20, -OUTER_BOX_DEPTH -
20)),
# get_outer_box_empty_panel(rel=Point(OUTER_BOX_WIDTH + 20, - OUTER_BOX_HEIGHT * 2- 20)), Take from cutouts instead.
# get_slider_marker(rel=Point(PLY_THICKNESS + 1, PLY_THICKNESS + 1)),
# get_axis(rel=Point(-100, -100)),
rel=Point(OUTER_BOX_HEIGHT + 40, 20 + OUTER_BOX_HEIGHT + OUTER_BOX_DEPTH),
)
inner_box = Group(
get_inner_box_bottom(rel=Point(0, -INNER_BOX_DEPTH - 20)),
get_inner_box_front_back(rel=Point(0, 0)),
get_inner_box_front_back(rel=Point(0, INNER_BOX_HEIGHT + 20)),
get_inner_box_side(rel=Point(-INNER_BOX_DEPTH - 20, INNER_BOX_HEIGHT +
20)),