def _letter_l(lclass):
"""@Todo: ApiDoc."""
return lclass(
# Letter L
Sphere(Vector(-59, 0, -96), 6),
Cylinder(Vector(-59, 0, -96), Vector(59, 0, -122), 6),
Sphere(Vector(59, 0, -122), 6),
Cylinder(Vector(59, 0, -122), Vector(59, 0, -84), 6),
Sphere(Vector(59, 0, -84), 6),
)
def _letter_o(lclass):
"""@Todo: ApiDoc."""
return lclass(
# Letter O
Torus(18.45, 6, ClippedBy(Plane(Vector(40, 0, -9), 0)),
Translate(Vector(-40, 0, 99))),
Cylinder(Vector(-44.05, 0, 81), Vector(35.95, 0, 63), 6),
Torus(18.45, 6, ClippedBy(Plane(Vector(-40, 0, 9), 0)),
Translate(Vector(40, 0, 81))),
Cylinder(Vector(44.05, 0, 99), Vector(-35.95, 0, 117), 6),
)
def get_lg_cylinder(cylinderclass, height):
"""@Todo:ApiDoc."""
return cylinderclass(
Difference(
Cylinder(Vector(0, 0, height + LG_E),
Vector(0, 0, (LG_CYLINDER_WALL_WIDTH / 2)),
LG_CYLINDER_RADIUS),
Cylinder(Vector(0, 0, height + LG_CORNER_SPACE), Vector(0, 0, 0),
LG_KNOB_RADIUS)),
Torus(LG_CYLINDER_RADIUS - LG_CYLINDER_WALL_WIDTH / 2,
LG_CYLINDER_WALL_WIDTH / 2, Rotate(Vector(90, 0, 0)),
Translate(Vector(0, 0, (LG_CYLINDER_WALL_WIDTH / 2)))))
def _letter_e(lclass):
"""@Todo: ApiDoc."""
result = lclass(
# Letter E
Sphere(Vector(-59, 0, -36), 6),
Cylinder(Vector(-59, 0, -36), Vector(-59, 0, 1), 6),
Sphere(Vector(-59, 0, 1), 6),
Cylinder(Vector(0, 0, -49), Vector(0, 0, -25), 6),
Sphere(Vector(0, 0, -25), 6),
Sphere(Vector(59, 0, -62), 6),
Cylinder(Vector(59, 0, -62), Vector(59, 0, -24), 6),
Sphere(Vector(59, 0, -24), 6),
Cylinder(Vector(-59, 0, -36), Vector(59, 0, -62), 6),
)
if LG_STUD_LOGO > 0:
result.append(Translate(Vector(0, 0, 60)))
return result
def test_create_open_wrong_type(self):
"""Test creation with kwarg wrong type."""
with self.assertRaisesRegexp(SdlSyntaxException,
'Value of keyword open is not boolean'):
self.sut = Cylinder(Vector(1, 2, 3),
Vector(5, 6, 7),
8,
ObjectModifier('foo'),
open='foo')
def test_create_non_existant_kw(self):
"""Test creation wrong kwarg."""
with self.assertRaisesRegexp(SdlSyntaxException,
'Invalid keyword: bar'):
self.sut = Cylinder(Vector(1, 2, 3),
Vector(5, 6, 7),
8,
ObjectModifier('foo'),
bar=True)
def _letter_g(lclass):
"""@Todo: ApiDoc."""
letter_g = lclass(
# Letter G
Sphere(Vector(-35.95, 0, 57), 6),
Torus(18.45, 6, ClippedBy(Plane(Vector(40, 0, -9), 0)),
Translate(Vector(-40, 0, 39))),
Cylinder(Vector(-44.05, 0, 21), Vector(35.95, 0, 3), 6),
Torus(18.45, 6, ClippedBy(Plane(Vector(-40, 0, 9), 0), ),
Translate(Vector(40, 0, 21))),
Cylinder(Vector(44.05, 0, 39), Vector(0, 0, 49), 6),
Sphere(Vector(0, 0, 49), 6),
Cylinder(Vector(0, 0, 49), Vector(0, 0, 34), 6),
Sphere(Vector(0, 0, 34), 6),
)
if LG_STUD_LOGO > 0:
letter_g.append(Translate(Vector(0, 0, -65)))
return letter_g
def lg_knob_function(knobclass, textfunction):
"""@Todo: ApiDoc."""
result = knobclass(
knobclass(
Cylinder(Vector(0, 0, LG_KNOB_HEIGHT - LG_KNOB_CORNER_SPACE),
Vector(0, 0, -LG_E), LG_KNOB_RADIUS),
Cylinder(Vector(0, 0, LG_KNOB_HEIGHT), Vector(0, 0, -LG_E),
LG_KNOB_RADIUS - LG_KNOB_CORNER_SPACE),
),
Torus(LG_KNOB_RADIUS - LG_KNOB_CORNER_SPACE, LG_KNOB_CORNER_SPACE,
Rotate(Vector(90, 0, 0)),
Translate(Vector(0, 0,
(LG_KNOB_HEIGHT - LG_KNOB_CORNER_SPACE)))))
if LG_QUALITY > 2:
result.append(
Object(textfunction, Translate(Vector(0, 0, LG_KNOB_HEIGHT))))
return result
def test_create_obj_mod_wrong_type(self):
"""Test Only ObjectModifier objects may be passed as options."""
with self.assertRaisesRegexp(
SdlSyntaxException,
'Only ObjectModifier objects may be passed as options'):
self.sut = Cylinder(Vector(1, 2, 3),
Vector(5, 6, 7),
8,
'foo',
open=0.3)
def test_create_radius_wrong_type(self):
"""Test Param radius is not of type int or float."""
with self.assertRaisesRegexp(
SdlSyntaxException,
'Param radius is not of type int or float'):
self.sut = Cylinder(Vector(1, 2, 3),
Vector(5, 6, 7),
'foo',
ObjectModifier('foo'),
open=0.3)
def test_create_cpoint_wrong_length(self):
"""Test Cap point Vector has more or less than 3 dimensions."""
with self.assertRaisesRegexp(
SdlSyntaxException,
'Cap point Vector has more or less than 3 dimensions'):
self.sut = Cylinder(Vector(1, 2, 3),
Vector(5, 6, 7, 9),
8,
ObjectModifier('foo'),
open=0.3)
def test_create_cappoint_wrong_type(self):
"""Test Parameter cappoint is not of type Vector."""
with self.assertRaisesRegexp(
SdlSyntaxException,
'Parameter cappoint is not of type Vector'):
self.sut = Cylinder(Vector(1, 2, 3),
'foo',
8,
ObjectModifier('foo'),
open=0.3)
def test_creation_w_opt_and_kwarg(self):
"""Test creation and inheritance with option and kwarg."""
self.sut = Cylinder(Vector(1, 2, 3),
Vector(5, 6, 7),
8,
ObjectModifier('foo'),
open=True)
self.assertIsInstance(self.sut, Cylinder)
self.assertIsInstance(self.sut, SceneItem)
def _lg_tech_knob_function(knobclass):
"""@Todo: ApiDoc."""
return knobclass(
Difference(
knobclass(
Cylinder(Vector(0, 0, LG_KNOB_HEIGHT - LG_CORNER_SPACE),
Vector(0, 0, -LG_E), LG_KNOB_RADIUS),
Difference(
Cylinder(Vector(0, 0, LG_KNOB_HEIGHT), Vector(0, 0, -LG_E),
LG_KNOB_RADIUS - LG_CORNER_SPACE),
Cylinder(Vector(0, 0, LG_KNOB_HEIGHT + LG_E),
Vector(0, 0, -2 * LG_E),
LG_KNOB_INNER_RADIUS + LG_CORNER_SPACE))),
Cylinder(Vector(0, 0, (LG_KNOB_HEIGHT + 2 * LG_E)),
Vector(0, 0, -3 * LG_E), LG_KNOB_INNER_RADIUS)),
Torus(LG_KNOB_INNER_RADIUS + LG_CORNER_SPACE, LG_CORNER_SPACE,
Rotate(Vector(90, 0, 0)),
Translate(Vector(0, 0, (LG_KNOB_HEIGHT - LG_CORNER_SPACE)))),
Torus(LG_KNOB_RADIUS - LG_CORNER_SPACE, LG_CORNER_SPACE,
Rotate(Vector(90, 0, 0)),
Translate(Vector(0, 0, (LG_KNOB_HEIGHT - LG_CORNER_SPACE)))))
def solid():
"""@Todo: Docstring."""
return Union(
Sphere(Vector(-LGBW / 2 + LGCS, LGBW - LGCS, -LGCS), LGCS),
Sphere(Vector(-LGBW / 2 + LGCS, -LGBW + LGCS, -LGCS), LGCS),
Sphere(Vector(-LGBW / 2 + LGCS, LGBW - LGCS, -LGPH + LGCS), LGCS),
Sphere(Vector(-LGBW / 2 + LGCS, -LGBW + LGCS, -LGPH + LGCS), LGCS),
Cylinder(Vector(-LGBW / 2 + LGCS, LGBW - LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, -LGBW + LGCS, -LGCS), LGCS),
Cylinder(Vector(-LGBW / 2 + LGCS, LGBW - LGCS, -LGPH + LGCS),
Vector(-LGBW / 2 + LGCS, -LGBW + LGCS, -LGPH + LGCS), LGCS),
Cylinder(Vector(-LGBW / 2 + LGCS, -LGBW + LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, -LGBW + LGCS, -LGPH + LGCS), LGCS),
Cylinder(Vector(-LGBW / 2 + LGCS, LGBW - LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, LGBW - LGCS, -LGPH + LGCS), LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, -LGBW + LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, -LGBW + LGCS, -LGCS), LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, LGBW - LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, LGBW - LGCS, -LGCS), LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, -LGBW + LGCS, -LGPH + LGCS),
Vector(-LGBW / 2 + LGCS, -LGBW + LGCS, -LGPH + LGCS), LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, LGBW - LGCS, -LGPH + LGCS),
Vector(-LGBW / 2 + LGCS, LGBW - LGCS, -LGPH + LGCS), LGCS),
Sphere(Vector(LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGCS), LGCS),
Sphere(Vector(LGBW / 2 + LGCS, -2 * LGBW + LGCS, -LGCS), LGCS),
Sphere(Vector(LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGBW + LGCS), LGCS),
Sphere(Vector(LGBW / 2 + LGCS, -2 * LGBW + LGCS, -LGBW + LGCS), LGCS),
Sphere(Vector(LGBW / 2 + LGWW - LGCS, 2 * LGBW - LGCS, -LGCS), LGCS),
Sphere(Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW + LGCS, -LGCS), LGCS),
Sphere(Vector(LGBW / 2 + LGWW - LGCS, 2 * LGBW - LGCS, -LGBW + LGCS),
LGCS),
Sphere(Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW + LGCS, -LGBW + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, -LGBW + LGCS, -LGCS),
Vector(LGBW / 2 + LGCS, -2 * LGBW + LGCS, -LGCS), LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, LGBW - LGCS, -LGCS),
Vector(LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGCS), LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGBW + LGCS),
Vector(LGBW / 2 + LGCS, -2 * LGBW + LGCS, -LGBW + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGWW - LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW + LGCS, -LGCS),
LGCS),
Cylinder(
Vector(LGBW / 2 + LGWW - LGCS, 2 * LGBW - LGCS, -LGBW + LGCS),
Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW + LGCS, -LGBW + LGCS),
LGCS),
Cylinder(
Vector(LGBW / 2 + LGCS, -2 * LGBW + LGCS, -LGBW + LGCS),
Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW + LGCS, -LGBW + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGBW + LGCS),
Vector(LGBW / 2 + LGWW - LGCS, 2 * LGBW - LGCS, -LGBW + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, -2 * LGBW + LGCS, -LGCS),
Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW + LGCS, -LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(LGBW / 2 + LGWW - LGCS, 2 * LGBW - LGCS, -LGCS), LGCS),
Cylinder(
Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW + LGCS, -LGCS),
Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW + LGCS, -LGBW + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGWW - LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(LGBW / 2 + LGWW - LGCS, 2 * LGBW - LGCS, -LGBW + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, -2 * LGBW + LGCS, -LGCS),
Vector(LGBW / 2 + LGCS, -2 * LGBW + LGCS, -LGBW + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGBW + LGCS), LGCS),
Difference(
Union(
Box(Vector(LGBW / 2 + LGCS + LG_E, -LGBW + LGCS, 0),
Vector(-LGBW / 2 + LGCS, LGBW - LGCS, -LGPH)),
Box(Vector(LGBW / 2 + LGCS + LG_E, -LGBW, -LGCS),
Vector(-LGBW / 2 + LGCS, LGBW, -LGPH + LGCS)),
Box(Vector(LGBW / 2 + LGCS + LG_E, -LGBW + LGCS, -LGCS),
Vector(-LGBW / 2, LGBW - LGCS, -LGPH + LGCS)),
),
Union(
Box(Vector(LGBW / 2 + LG_E, -LGBW + LGWW, -LG_TOP_HEIGHT),
Vector(-LGBW / 2 + LGWW, LGBW - LGWW, -LGPH - LG_E)),
Object(LG_KNOB_INNER_SPACE,
Translate(Vector(0, -LGBW / 2, -LG_TOP_HEIGHT))),
Object(LG_KNOB_INNER_SPACE,
Translate(Vector(0, LGBW / 2, -LG_TOP_HEIGHT))),
),
),
Box(Vector(LGBW / 2 + LGCS, 2 * LGBW - LGCS, 0),
Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW + LGCS, -LGBW)),
Box(Vector(LGBW / 2 + LGCS, 2 * LGBW, -LGCS),
Vector(LGBW / 2 + LGWW - LGCS, -2 * LGBW, -LGBW + LGCS)),
Box(Vector(LGBW / 2, 2 * LGBW - LGCS, -LGCS),
Vector(LGBW / 2 + LGWW, -2 * LGBW + LGCS, -LGBW + LGCS)),
Box(Vector(LG_KNOB_RADIUS, -LGBW / 2 + 0.06, -LGPH),
Vector(LGBW / 2 + LG_E, -LGBW / 2 - 0.06, -LG_TOP_HEIGHT + LG_E)),
Box(Vector(LG_KNOB_RADIUS, LGBW / 2 + 0.06, -LGPH),
Vector(LGBW / 2 + LG_E, LGBW / 2 - 0.06, -LG_TOP_HEIGHT + LG_E)),
Object(LG_PLATE_COLUMN, Translate(Vector(0, 0, -LGPH))),
Object(lg_knob(), Rotate(Vector(0, 0, 90)),
Translate(Vector(0, -LGBW / 2, 0))),
Object(lg_knob(), Rotate(Vector(0, 0, 90)),
Translate(Vector(0, LGBW / 2, 0))),
Object(lg_tech_knob_logo(), Rotate(Vector(0, 0, 90)),
Rotate(Vector(0, 90, 0)),
Translate(Vector(LGBW / 2 + LGWW, -3 * LGBW / 2, -LGBW / 2))),
Object(lg_tech_knob_logo(), Rotate(Vector(0, 0, 90)),
Rotate(Vector(0, 90, 0)),
Translate(Vector(LGBW / 2 + LGWW, -LGBW / 2, -LGBW / 2))),
Object(lg_tech_knob_logo(), Rotate(Vector(0, 0, 90)),
Rotate(Vector(0, 90, 0)),
Translate(Vector(LGBW / 2 + LGWW, LGBW / 2, -LGBW / 2))),
Object(lg_tech_knob_logo(), Rotate(Vector(0, 0, 90)),
Rotate(Vector(0, 90, 0)),
Translate(Vector(LGBW / 2 + LGWW, 3 * LGBW / 2, -LGBW / 2))),
)
def solid(length=4, width=1):
"""return lg_3710: Brick 1 x 4."""
return Union(
Sphere(Vector(LGCS, LGCS, LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, LGCS, LGCS), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGCS, LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS),
Vector(LGCS, LGCS, LGPH - LGCS), LGCS),
Sphere(Vector(LGCS, LGCS, LGPH - LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS), Vector(LGCS, LGCS, LGPH - LGCS),
LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGCS), LGCS),
Sphere(Vector(LGCS, width * LGBW - LGCS, LGCS), LGCS),
Cylinder(Vector(LGCS, width * LGBW - LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS), LGCS),
Sphere(Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGPH - LGCS),
Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
LGCS),
Sphere(Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGCS), LGCS),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS),
Sphere(Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS), LGCS),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS),
Difference(
Union(
Box(
Vector(LGCS, LGCS, 0),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH),
),
Box(
Vector(0, LGCS, LGCS),
Vector(length * LGBW, width * LGBW - LGCS, LGPH - LGCS),
),
Box(
Vector(LGCS, 0, LGCS),
Vector(length * LGBW - LGCS, width * LGBW, LGPH - LGCS),
),
), get_knob_inner_space(length, width)),
# LG_PLATE_COLUMN,
get_knob_objects(length, width, LGPH),
Translate(Vector(-length / 2 * LGBW, -LGBW / 2, -LGPH)),
Rotate(Vector(0, 0, 90)))
def solid(length=2, width=1):
"""return lg_3069b: Tile 1 x 2 with groove."""
return Union(
Sphere(Vector(LGCS, LGCS, LGCS + 0.04), LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS + 0.04),
Vector(length * LGBW - LGCS, LGCS, LGCS + 0.04), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGCS, LGCS + 0.04), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGCS + 0.04),
Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS),
Vector(LGCS, LGCS, LGPH - LGCS), LGCS),
Sphere(Vector(LGCS, LGCS, LGPH - LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS + 0.04),
Vector(LGCS, LGCS, LGPH - LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS + 0.04),
Vector(LGCS, width * LGBW - LGCS, LGCS + 0.04), LGCS),
Sphere(Vector(LGCS, width * LGBW - LGCS, LGCS + 0.04), LGCS),
Cylinder(Vector(LGCS, width * LGBW - LGCS, LGCS + 0.04),
Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS), LGCS),
Sphere(Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGPH - LGCS),
Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS), LGCS),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGCS + 0.04),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS + 0.04),
LGCS),
Sphere(Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS + 0.04),
LGCS),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS + 0.04),
Vector(LGCS, width * LGBW - LGCS, LGCS + 0.04), LGCS),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS + 0.04),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS),
Sphere(Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS), LGCS),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS),
Difference(
Union(
Box(Vector(LGCS, LGCS, 0.04),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH)),
Box(Vector(LGCS, 0, LGCS + 0.04),
Vector(length * LGBW - LGCS, width * LGBW, LGPH - LGCS)),
Box(Vector(0, LGCS, LGCS + 0.04),
Vector(length * LGBW, width * LGBW - LGCS, LGPH - LGCS)),
Box(
Vector(0.04, 0.04, 0),
Vector(length * LGBW - 0.04, width * LGBW - 0.04,
0.04 + LG_E)),
),
Box(
Vector(LGWW, LGWW, -LGCS),
Vector(length * LGBW - LGWW, width * LGBW - LGWW,
LG_PLATE_INNER_HEIGHT)),
), Translate(Vector(-LGBW, -0.5 * LGBW, -LGPH)),
Rotate(Vector(0, 0, 90)))
def solid(length=1, width=2, height=1):
"""return lg_4865: Panel 1 x 2 x 1."""
result = Union(
)
for rot in range(0, 2):
rotation = Rotate(Vector(0, 0, 0))
translation = Translate(Vector(0, 0, 0))
if rot == 1:
rotation = Rotate(Vector(0, 0, 180))
translation = Translate(Vector(-LGBW, 0, 0))
result.append(
Union(
Sphere(
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW - LGCS, -height * LGBH + LGCS),
LGCS
),
Sphere(
Vector(-length / 2 * LGBW + LGCS, width / 2 * LGBW - LGCS, -height * LGBH + LGCS),
LGCS
),
Cylinder(
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW - LGCS, -height * LGBH + LGCS),
Vector(-length / 2 * LGBW + LGCS, width / 2 * LGBW - LGCS, -height * LGBH + LGCS),
LGCS
),
Cylinder(
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW - LGCS, -height * LGBH + LGCS),
Vector(length / 2 * LGBW - LGCS, -width / 2 * LGBW + LGCS, -height * LGBH + LGCS),
LGCS
),
rotation,
translation
),
)
result.append(
Union(
Cylinder(
Vector(-length / 2 * LGBW + LGWW - LGCS, width / 2 * LGBW - LGCS, -LGCS),
Vector(-length / 2 * LGBW + LGCS, width / 2 * LGBW - LGCS, -LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW + LGWW - LGCS, -width / 2 * LGBW + LGCS, -LGCS),
Vector(-length / 2 * LGBW + LGCS, -width / 2 * LGBW + LGCS, -LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW + LGCS, width / 2 * LGBW - LGCS, -LGCS),
Vector(-length / 2 * LGBW + LGCS, -width / 2 * LGBW + LGCS, -LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW + LGWW - LGCS, width / 2 * LGBW - LGCS, -LGCS),
Vector(-length / 2 * LGBW + LGWW - LGCS, -width / 2 * LGBW + LGCS, -LGCS),
LGCS
),
Sphere(
Vector(-length / 2 * LGBW + LGWW - LGCS, width / 2 * LGBW - LGCS, -LGCS),
LGCS
),
Sphere(
Vector(-length / 2 * LGBW + LGWW - LGCS, -width / 2 * LGBW + LGCS, -LGCS),
LGCS
),
Sphere(
Vector(-length / 2 * LGBW + LGCS, width / 2 * LGBW - LGCS, -LGCS),
LGCS
),
Sphere(
Vector(-length / 2 * LGBW + LGCS, -width / 2 * LGBW + LGCS, -LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW + LGCS, width / 2 * LGBW - LGCS, -LGCS),
Vector(-length / 2 * LGBW + LGCS, width / 2 * LGBW - LGCS, -height * LGBH + LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW + LGCS, -width / 2 * LGBW + LGCS, -LGCS),
Vector(-length / 2 * LGBW + LGCS, -width / 2 * LGBW + LGCS, -height * LGBH + LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW + LGWW - LGCS, -width / 2 * LGBW + LGCS, -LGCS),
Vector(-length / 2 * LGBW + LGWW - LGCS, width / 2 * LGBW - LGCS, -LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW - LGCS + LGWW, width / 2 * LGBW - LGCS, -(height * 3 - 1) * LGPH - LGCS),
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW - LGCS, -(height * 3 - 1) * LGPH - LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW - LGCS + LGWW, -width / 2 * LGBW + LGCS, -(height * 3 - 1) * LGPH - LGCS),
Vector(length / 2 * LGBW - LGCS, -width / 2 * LGBW + LGCS, -(height * 3 - 1) * LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW - LGCS, -(height * 3 - 1) * LGPH - LGCS),
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW - LGCS, -height * LGBH + LGCS),
LGCS
),
Cylinder(
Vector(length / 2 * LGBW - LGCS, -width / 2 * LGBW + LGCS, -(height * 3 - 1) * LGPH - LGCS),
Vector(length / 2 * LGBW - LGCS, -width / 2 * LGBW + LGCS, -height * LGBH + LGCS),
LGCS
),
Cylinder(
Vector(length / 2 * LGBW - LGCS, -width / 2 * LGBW + LGCS, -(height * 3 - 1) * LGPH - LGCS),
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW - LGCS, -(height * 3 - 1) * LGPH - LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW - LGCS + LGWW, width / 2 * LGBW - LGCS, -LGCS),
Vector(-length / 2 * LGBW - LGCS + LGWW, width / 2 * LGBW - LGCS, -(height * 3 - 1) * LGPH - LGCS),
LGCS
),
Cylinder(
Vector(-length / 2 * LGBW - LGCS + LGWW, -width / 2 * LGBW + LGCS, -LGCS),
Vector(-length / 2 * LGBW - LGCS + LGWW, -width / 2 * LGBW + LGCS, -(height * 3 - 1) * LGPH - LGCS),
LGCS
),
Sphere(
Vector(length / 2 * LGBW - LGCS, -width / 2 * LGBW + LGCS, -(height * 3 - 1) * LGPH - LGCS),
LGCS
),
Sphere(
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW - LGCS, -(height * 3 - 1) * LGPH - LGCS),
LGCS
),
Difference(
Union(
Box(
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW - LGCS, -height * LGBH + LGPH),
Vector(-length / 2 * LGBW + LGCS, -width / 2 * LGBW + LGCS, -height * LGBH),
),
Box(
Vector(length / 2 * LGBW, width / 2 * LGBW - LGCS, -height * LGBH + LGPH - LGCS),
Vector(-length / 2 * LGBW, -width / 2 * LGBW + LGCS, -height * LGBH + LGCS),
),
Box(
Vector(length / 2 * LGBW - LGCS, width / 2 * LGBW, -height * LGBH + LGPH - LGCS),
Vector(-length / 2 * LGBW + LGCS, -width / 2 * LGBW, -height * LGBH + LGCS)
),
),
Box(
Vector(length / 2 * LGBW - LGWW, width / 2 * LGBW - LGWW, -height * LGBH + LGPH - LG_TOP_HEIGHT),
Vector(-length / 2 * LGBW + LGWW, -width / 2 * LGBW + LGWW, -height * LGBH - LG_E)
),
),
Box(
Vector(-length / 2 * LGBW, width / 2 * LGBW - LGCS, -LGCS),
Vector(-length / 2 * LGBW + LGWW, -width / 2 * LGBW + LGCS, -height * LGBH + LGCS)
),
Box(
Vector(-length / 2 * LGBW + LGCS, width / 2 * LGBW, -LGCS),
Vector(-length / 2 * LGBW + LGWW - LGCS, -width / 2 * LGBW, -height * LGBH + LGCS)
),
Box(
Vector(-length / 2 * LGBW + LGCS, width / 2 * LGBW - LGCS, -2 * LGCS),
Vector(-length / 2 * LGBW + LGWW - LGCS, -width / 2 * LGBW + LGCS, 0)
),
Object(
LG_PLATE_COLUMN,
Translate(Vector(-LGBW / 2, 0, -height * LGBH))
),
)
)
return result
def setUp(self):
"""Set up fixture."""
self.sut = Cylinder(Vector(1, 2, 3), Vector(5, 6, 7), 8)
def solid(length=4, width=1):
"""@Todo: DocString."""
return Union(
Sphere(Vector(LGCS, LGCS, LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, LGCS, LGCS), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGCS, LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, LGCS, LGBH - LGCS), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGBH - LGCS),
Vector(LGCS, LGCS, LGBH - LGCS), LGCS),
Sphere(Vector(LGCS, LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS), Vector(LGCS, LGCS, LGBH - LGCS),
LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGCS), LGCS),
Sphere(Vector(LGCS, width * LGBW - LGCS, LGCS), LGCS),
Cylinder(Vector(LGCS, width * LGBW - LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Sphere(Vector(LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGBH - LGCS),
Vector(LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
LGCS),
Sphere(Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGCS), LGCS),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGBH - LGCS),
LGCS),
Sphere(Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGBH - LGCS),
LGCS),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGBH - LGCS),
Vector(LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGBH - LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGBH - LGCS),
LGCS),
Difference(
Union(
Box(
Vector(LGCS, LGCS, 0),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGBH),
),
Box(
Vector(0, LGCS, LGCS),
Vector(length * LGBW, width * LGBW - LGCS, LGBH - LGCS),
),
Box(
Vector(LGCS, 0, LGCS),
Vector(length * LGBW - LGCS, width * LGBW, LGBH - LGCS),
),
), get_knob_inner_space(length, width)), get_brick_coloumn(length),
get_knob_objects(length, width),
Translate(Vector(-length / 2 * LGBW, -LGBW / 2, -LGBH)),
Rotate(Vector(0, 0, 90)))
def solid(length=2, width=2):
"""Return lg_4865: Panel 1 x 2 x 1."""
result = Union(
Sphere(Vector(LGCS, LGCS, LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, LGCS, LGCS), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGCS, LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, LGCS, LGBH - LGCS), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGBH - LGCS),
Vector(LGCS, LGCS, LGBH - LGCS), LGCS),
Sphere(Vector(LGCS, LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS), Vector(LGCS, LGCS, LGBH - LGCS),
LGCS),
Cylinder(Vector(LGCS, LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGCS), LGCS),
Sphere(Vector(LGCS, width * LGBW - LGCS, LGCS), LGCS),
Cylinder(Vector(LGCS, width * LGBW - LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Sphere(Vector(LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(LGCS, LGCS, LGBH - LGCS),
Vector(LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, LGBW - LGCS, LGCS), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGBW - LGCS, LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, (width - 1) * LGBW - LGCS, LGCS),
Vector(LGBW - LGCS, LGBW - LGCS, LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGBW - LGCS, LGCS),
Vector(length * LGBW - LGCS, LGBW - LGCS, LGBH - LGCS), LGCS),
Sphere(Vector(length * LGBW - LGCS, LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGBW - LGCS, LGBH - LGCS),
Vector(LGBW - LGCS, LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(length * LGBW - LGCS, LGCS, LGBH - LGCS),
Vector(length * LGBW - LGCS, LGBW - LGCS, LGBH - LGCS), LGCS),
Sphere(Vector(LGBW - LGCS, width * LGBW - LGCS, LGCS), LGCS),
Sphere(Vector(LGBW - LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(LGBW - LGCS, width * LGBW - LGCS, LGCS),
Vector(LGBW - LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(LGBW - LGCS, width * LGBW - LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGCS), LGCS),
Cylinder(Vector(LGBW - LGCS, width * LGBW - LGCS, LGBH - LGCS),
Vector(LGCS, width * LGBW - LGCS, LGBH - LGCS), LGCS),
Cylinder(Vector(LGBW - LGCS, width * LGBW - LGCS, LGCS),
Vector(LGBW - LGCS, LGBW - LGCS, LGCS), LGCS),
Cylinder(Vector(LGBW - LGCS, width * LGBW - LGCS, LGBH - LGCS),
Vector(LGBW - LGCS, LGBW - LGCS, LGBH - LGCS), LGCS),
Difference(
Union(
Difference(
Box(
Vector(LGCS, LGCS, 0),
Vector(length * LGBW - LGCS, width * LGBW - LGCS,
LGBH)),
Box(Vector(LGBW - LGCS, LGBW - LGCS, -LG_E),
Vector(length * LGBW, width * LGBW, LGBH + LG_E)),
),
Difference(
Union(
Box(
Vector(0, LGCS, LGCS),
Vector(length * LGBW, width * LGBW - LGCS,
LGBH - LGCS)),
Box(
Vector(LGCS, 0, LGCS),
Vector(length * LGBW - LGCS, width * LGBW,
LGBH - LGCS)),
),
Box(
Vector(LGBW, LGBH, 0),
Vector(length * LGBW + LG_E, width * LGBW + LG_E,
LGBH))),
Union(
Difference(
Box(
Vector(LGWW, LGWW, -LG_E),
Vector(length * LGBW - LGWW, width * LGBW - LGWW,
LG_BRICK_INNER_HEIGHT)),
Box(
Vector(length / LGBW, width * LGBW, -LGCS),
Vector(length / 2 * LGBW - LGWW,
width / 2 * LGBW - LGWW,
LG_BRICK_INNER_HEIGHT + LG_E)),
),
Box(Vector(length * LGBW - LGCS, LGBW - LGCS, -LG_E),
Vector(length * LGBW + LG_E, LGBW + LG_E,
LGBH + LG_E)),
Box(Vector(LGBW - LGCS, width * LGBW - LGCS, -LG_E),
Vector(LGBW + LG_E, width * LGBW + LG_E, LGBH + LG_E)),
Object(
LG_KNOB_INNER_SPACE,
Translate(
Vector(0.5 * LGBW, 0.5 * LGBW,
LG_BRICK_INNER_HEIGHT))),
Object(
LG_KNOB_INNER_SPACE,
Translate(
Vector(0.5 * LGBW, 1.5 * LGBW,
LG_BRICK_INNER_HEIGHT))),
Object(
LG_KNOB_INNER_SPACE,
Translate(
Vector(1.5 * LGBW, 0.5 * LGBW,
LG_BRICK_INNER_HEIGHT))))),
Box(
Vector(
sqrt(2) * (LGBW + LG_CYLINDER_RADIUS) / 2, -0.06,
LG_BRICK_INNER_HEIGHT), Vector(sqrt(2) * LGBW, 0.06, 0),
Rotate(Vector(0, 0, 45))),
), Object(LG_BRICK_COLUMN, Translate(Vector(LGBW, 0.5 * LGBW, 0))),
Object(LG_BRICK_COLUMN, Translate(Vector(0.5 * LGBW, LGBW, 0))),
Object(lg_knob(), Translate(Vector(0.5 * LGBW, 0.5 * LGBW, LGBH))),
Object(lg_knob(), Translate(Vector(1.5 * LGBW, 0.5 * LGBW, LGBH))),
Object(
lg_knob(),
Translate(Vector(0.5 * LGBW, 1.5 * LGBW, LGBH)),
), Translate(Vector((-length / 2 + 0.5) * LGBW, -0.5 * LGBW, -LGBH)),
Rotate(Vector(0, 0, 180)))
return result
def solid():
"""LG 3788 Solid brick."""
mainpart = Union()
for rot in (0, 1):
rotpart = Union(
Sphere(
Vector(LGBW - LGCS, 2 * LGBW - LGCS, -LGCS),
LGCS
),
Sphere(
Vector(LGBW - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Sphere(
Vector(-LGBW + LGCS, 2 * LGBW - LGCS, -LGCS),
LGCS
),
Sphere(
Vector(-LGBW + LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Sphere(
Vector(-LGBW + LGCS, LGBW + LGCS, -LGCS),
LGCS
),
Sphere(
Vector(LGBW - LGCS, LGBW + LGCS, -LGCS),
LGCS
),
Sphere(
Vector(-LGBW + 0.12 - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Sphere(
Vector(LGBW - 0.12 + LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS), LGCS
),
Cylinder(
Vector(LGBW - LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(LGBW - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Cylinder(
Vector(-LGBW + LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(-LGBW + LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Cylinder(
Vector(-LGBW + LGCS, LGBW + LGCS, -LGCS),
Vector(LGBW - LGCS, LGBW + LGCS, -LGCS),
LGCS
),
Cylinder(
Vector(-LGBW + LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(LGBW - LGCS, 2 * LGBW - LGCS, -LGCS),
LGCS
),
Cylinder(
Vector(-LGBW + 0.12 - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
Vector(-LGBW + LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Cylinder(
Vector(LGBW - 0.12 + LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
Vector(LGBW - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Cylinder(
Vector(-LGBW + LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(-LGBW + LGCS, LGBW + LGCS, -LGCS),
LGCS
),
Cylinder(
Vector(LGBW - LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(LGBW - LGCS, LGBW + LGCS, -LGCS),
LGCS
),
Cylinder(
Vector(LGBW - LGCS, -2 * LGBW + LGCS, -2 * LGPH + LGCS),
Vector(LGBW - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Cylinder(
Vector(LGBW - 0.12 + LGCS, LGBW - LGCS, -2 * LGPH + LGCS),
Vector(LGBW - 0.12 + LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Cylinder(
Vector(-LGBW + 0.12 - LGCS, LGBW - LGCS, -2 * LGPH + LGCS),
Vector(-LGBW + 0.12 - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Cylinder(
Vector(-LGBW + LGCS, LGBW + LGCS, -LGCS),
Vector(-LGBW + LGCS, LGBW + LGCS, -LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGBW - LGCS, LGBW + LGCS, -LGCS),
Vector(LGBW - LGCS, LGBW + LGCS, -LGPH - LGCS),
LGCS
),
Cylinder(
Vector(-LGBW + LGCS, LGBW + LGCS, -LGPH - LGCS),
Vector(-LGBW + LGCS, -LGBW - LGCS, -LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGBW - LGCS, LGBW + LGCS, -LGPH - LGCS),
Vector(LGBW - LGCS, -LGBW - LGCS, -LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGBW - 0.12 + LGCS, LGBW - LGCS, -2 * LGPH + LGCS),
Vector(-LGBW + 0.12 - LGCS, LGBW - LGCS, -2 * LGPH + LGCS),
LGCS
),
Cylinder(
Vector(LGBW - 0.12 + LGCS, -LGBW + LGCS, -2 * LGPH + LGCS),
Vector(-LGBW + 0.12 - LGCS, -LGBW + LGCS, -2 * LGPH + LGCS),
LGCS
),
Cylinder(
Vector(-0.3 - LGCS, 2 * LGBW - LGCS, -0.2 + LGCS),
Vector(0.3 + LGCS, 2 * LGBW - LGCS, -0.2 + LGCS),
LGCS
),
Cylinder(
Vector(0, 0, 0),
Vector(0.38 / cos(LG_ANGLE * pi / 180), 0, 0),
LGCS,
Rotate(Vector(0, -LG_ANGLE, 0)),
Translate(Vector(-LGBW + 0.12 - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS))
),
Cylinder(
Vector(0, 0, 0),
Vector(-0.38 / cos(LG_ANGLE * pi / 180), 0, 0),
LGCS,
Rotate(Vector(0, LG_ANGLE, 0)),
Translate(Vector(LGBW - 0.12 + LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS))
),
Difference(
Union(
Box(
Vector(LGBW - LGCS, 2 * LGBW - LGCS, 0),
Vector(-LGBW + LGCS, LGBW + LGCS, -2 * LGPH)
),
Box(
Vector(LGBW, 2 * LGBW - LGCS, -LGCS),
Vector(-LGBW, LGBW + LGCS, -2 * LGPH + LGCS)
),
Box(
Vector(LGBW - LGCS, 2 * LGBW, -LGCS),
Vector(-LGBW + LGCS, LGBW, -2 * LGPH + LGCS)
)
),
Union(
Object(
LG_KNOB_INNER_SPACE,
Translate(Vector(LGBW / 2, 1.5 * LGBW, -LG_TOP_HEIGHT))
),
Object(
LG_KNOB_INNER_SPACE,
Translate(Vector(-LGBW / 2, 1.5 * LGBW, -LG_TOP_HEIGHT))
),
Box(
Vector(LGBW - 0.12, 2 * LGBW - 0.12, -LG_TOP_HEIGHT),
Vector(-LGBW + 0.12, LGBW - LG_E, -2 * LGPH - LG_E)
),
Box(
Vector(LGBW - 0.12 + LGCS, 2 * LGBW - 0.12, -2 * LGPH + LGCS),
Vector(-LGBW + 0.12 - LGCS, LGBW - LGCS, -2 * LGPH - LG_E)
),
Box(
Vector(-LGCS, -LGWW, 0),
Vector(0.38 / cos(LG_ANGLE * pi / 180), LGCS + LG_E, -0.5),
Rotate(Vector(0, -LG_ANGLE, 0)),
Translate(Vector(-LGBW + 0.12 - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS))
),
Box(
Vector(LGCS, -LGWW, 0),
Vector(-0.38 / cos(LG_ANGLE * pi / 180), LGCS + LG_E, -0.5),
Rotate(Vector(0, LG_ANGLE, 0)),
Translate(Vector(LGBW - 0.12 + LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS))
),
Box(
Vector(-0.3 - LGCS, 2 * LGBW - LGWW, -0.2 + LGCS),
Vector(0.3 + LGCS, 2 * LGBW + LG_E, -2 * LGPH - LG_E)
)
)
),
Difference(
Box(
Vector(LGBW - LGCS, LGBW + 0.13, -LGCS),
Vector(-LGBW + LGCS, LGBW - LGWW, -2 * LGPH + LGCS)
),
Union(
Box(
Vector(LGBW, 0.2, 0),
Vector(-LGBW, 0, -0.4 / cos(18.00416161)),
Rotate(Vector(-18.00416161, 0, 0)),
Translate(Vector(0, LGBW + 0.13, -0.2))
),
Box(
Vector(LGBW, LGBW, 0),
Vector(-LGBW, LGBW - 0.2, -LGPH - LG_E)
),
),
),
Box(
Vector(LGBW, LGBW + 0.1, -LGPH - LGCS),
Vector(LGBW - 0.12 + LG_E, -LGBW - 0.1, -2 * LGPH + LGCS)
),
Box(
Vector(LGBW - LGCS, LGBW + 0.1, -LGPH - LGCS),
Vector(LGBW - 0.12 + LGCS, -LGBW - 0.1, -2 * LGPH)
),
Box(
Vector(LGBW - 0.12, LGBW - LGCS, -LGPH - LGCS),
Vector(LGBW - 0.12 + LGCS + LG_E, -LGBW + LGCS, -2 * LGPH)
),
Box(
Vector(LGBW - LGCS, LGBW - LGCS, -2 * LGPH),
Vector(-LGBW + LGCS, LGBW - LGWW, -2 * LGPH + LGCS + LG_E)
),
Box(
Vector(LGBW - LGWW, LGBW / 2 + 0.04, -2 * LGPH + LGCS),
Vector(LGBW - 0.1, LGBW / 2 - 0.04, -LGPH - LGCS)
),
Box(
Vector(-LGBW + LGWW, LGBW / 2 + 0.04, -2 * LGPH + LGCS),
Vector(-LGBW + 0.1, LGBW / 2 - 0.04, -LGPH - LGCS)
),
Box(
Vector(0, - 0.12 + LGCS, -LGCS),
Vector(0.38 / cos(LG_ANGLE * pi / 180), 0, LG_E),
Rotate(Vector(0, -LG_ANGLE, 0)),
Translate(Vector(-LGBW + 0.12 - LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS))
),
Box(
Vector(0, -0.12 + LGCS, -LGCS),
Vector(-0.38 / cos(LG_ANGLE * pi / 180), 0, LG_E),
Rotate(Vector(0, LG_ANGLE, 0)),
Translate(Vector(LGBW - 0.12 + LGCS, 2 * LGBW - LGCS, -2 * LGPH + LGCS))
),
Box(
Vector(-0.3 - LGCS, 2 * LGBW - 0.12, -0.2 + LGCS),
Vector(0.3 + LGCS, 2 * LGBW - LGCS, -0.2)
),
Box(
Vector(LGBW - 0.12 + LGCS, 2 * LGBW - LGCS, -2 * LGPH),
Vector(LGBW - LGCS, 2 * LGBW - 0.12e0, -2 * LGPH + LGCS)
),
Box(
Vector(-LGBW + 0.12 - LGCS, 2 * LGBW - LGCS, -2 * LGPH),
Vector(-LGBW + LGCS, 2 * LGBW - 0.12e0, -2 * LGPH + LGCS)
),
Object(
lg_knob(),
Rotate(Vector(0, 0, 90 + 180 * rot)),
Translate(Vector(LGBW / 2, LGBW / 2, -LGPH))
),
Object(
lg_knob(),
Rotate(Vector(0, 0, 90 + 180 * rot)),
Translate(Vector(-LGBW / 2, LGBW / 2, -LGPH))
),
Object(
lg_knob(),
Rotate(Vector(0, 0, 90 + 180 * rot)),
Translate(Vector(LGBW / 2, 3 * LGBW / 2, 0))
),
Object(
lg_knob(),
Rotate(Vector(0, 0, 90 + 180 * rot)),
Translate(Vector(-LGBW / 2, 3 * LGBW / 2, 0))
)
)
if rot == 1:
rotpart.append(
Rotate(Vector(0, 0, 180))
)
mainpart.append(rotpart)
mainpart.append(
Difference(
Box(
Vector(LGBW - LGCS, LGBW + LGCS, -LGPH),
Vector(-LGBW + LGCS, -LGBW - LGCS, -LGPH - LG_TOP_HEIGHT)
),
Union(
Object(
LG_KNOB_INNER_SPACE,
Translate(Vector(LGBW / 2, LGBW / 2, -LGPH - LG_TOP_HEIGHT))
),
Object(
LG_KNOB_INNER_SPACE,
Translate(Vector(-LGBW / 2, LGBW / 2, -LGPH - LG_TOP_HEIGHT))
),
Object(
LG_KNOB_INNER_SPACE,
Translate(Vector(-LGBW / 2, -LGBW / 2, -LGPH - LG_TOP_HEIGHT))
),
Object(
LG_KNOB_INNER_SPACE,
Translate(Vector(LGBW / 2, -LGBW / 2, -LGPH - LG_TOP_HEIGHT))
)
)
),
Object(
get_lg_cylinder(Union, LG_PLATE_INNER_HEIGHT),
Translate(Vector(0, 0, -2 * LGPH))
)
)
return mainpart
def solid():
"""lg_4085c: Plate 1 x 1 with Clip Vertical."""
result = Union()
for mir in range(0, 2):
mirmatrix = Matrix(Vector(1, 0, 0, 0, -1, 0, 0, 0, 1, 0, 0, 0))
if mir == 1:
mirmatrix = Matrix(Vector(1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0))
result.append(
Union(
Sphere(Vector(LGBW / 2 - LGCS, LGBW / 2 - LGCS, -LGCS), LGCS),
Sphere(Vector(LGBW / 2 - LGCS, LGBW / 2 - LGCS, -LGPH + LGCS),
LGCS),
Sphere(Vector(-LGBW / 2 + LGCS, LGBW / 2 - LGCS, -LGCS), LGCS),
Sphere(Vector(-LGBW / 2 + LGCS, LGBW / 2 - LGCS, -LGPH + LGCS),
LGCS),
Cylinder(Vector(-LGBW / 2 + LGCS, LGBW / 2 - LGCS, -LGCS),
Vector(LGBW / 2 - LGCS, LGBW / 2 - LGCS, -LGCS),
LGCS),
Cylinder(
Vector(-LGBW / 2 + LGCS, LGBW / 2 - LGCS, -LGPH + LGCS),
Vector(LGBW / 2 - LGCS, LGBW / 2 - LGCS, -LGPH + LGCS),
LGCS),
Cylinder(
Vector(LGBW / 2 - LGCS, LGBW / 2 - LGCS, -LGCS),
Vector(LGBW / 2 - LGCS, LGBW / 2 - LGCS, -LGPH + LGCS),
LGCS),
Cylinder(
Vector(-LGBW / 2 + LGCS, LGBW / 2 - LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, LGBW / 2 - LGCS, -LGPH + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 - LGCS, 0.2 - LGCS, -LGCS),
Vector(LGBW - LGWW, 0.2 - LGCS, -LGCS), LGCS),
Cylinder(Vector(LGBW / 2 - LGCS, 0.2 - LGCS, -LGPH + LGCS),
Vector(LGBW - LGWW, 0.2 - LGCS, -LGPH + LGCS), LGCS),
Sphere(
Vector(
LGBW + (LG_KNOB_INNER_RADIUS + LGCS) * sin(LG_ANGLE),
0.13 + LGCS, -LGCS), LGCS),
Cylinder(
Vector(LGBW + LGWW - LGCS, 0.13 + LGCS, -LGCS),
Vector(
LGBW + (LG_KNOB_INNER_RADIUS + LGCS) * sin(LG_ANGLE),
0.13 + LGCS, -LGCS), LGCS),
Sphere(Vector(LGBW + LGWW - LGCS, 0.13 + LGCS, -LGCS), LGCS),
Cylinder(Vector(LGBW + LGWW - LGCS, 0.13 + LGCS, -LGCS),
Vector(LGBW + LGWW - LGCS, 2 * LGWW - LGCS, -LGCS),
LGCS),
Sphere(Vector(LGBW + LGWW - LGCS, 2 * LGWW - LGCS, -LGCS),
LGCS),
Cylinder(Vector(LGBW, 2 * LGWW - LGCS, -LGCS),
Vector(LGBW + LGWW - LGCS, 2 * LGWW - LGCS, -LGCS),
LGCS),
Sphere(
Vector(
LGBW + (LG_KNOB_INNER_RADIUS + LGCS) * sin(LG_ANGLE),
0.13 + LGCS, -LGPH + LGCS), LGCS),
Cylinder(
Vector(LGBW + LGWW - LGCS, 0.13 + LGCS, -LGPH + LGCS),
Vector(
LGBW + (LG_KNOB_INNER_RADIUS + LGCS) * sin(LG_ANGLE),
0.13 + LGCS, -LGPH + LGCS), LGCS),
Sphere(Vector(LGBW + LGWW - LGCS, 0.13 + LGCS, -LGPH + LGCS),
LGCS),
Cylinder(
Vector(LGBW + LGWW - LGCS, 0.13 + LGCS, -LGPH + LGCS),
Vector(LGBW + LGWW - LGCS, 2 * LGWW - LGCS, -LGPH + LGCS),
LGCS),
Sphere(
Vector(LGBW + LGWW - LGCS, 2 * LGWW - LGCS, -LGPH + LGCS),
LGCS),
Cylinder(
Vector(LGBW, 2 * LGWW - LGCS, -LGPH + LGCS),
Vector(LGBW + LGWW - LGCS, 2 * LGWW - LGCS, -LGPH + LGCS),
LGCS),
Cylinder(
Vector(
LGBW + (LG_KNOB_INNER_RADIUS + LGCS) * sin(LG_ANGLE),
0.13 + LGCS, -LGCS),
Vector(
LGBW + (LG_KNOB_INNER_RADIUS + LGCS) * sin(LG_ANGLE),
0.13 + LGCS, -LGPH + LGCS), LGCS),
Cylinder(Vector(LGBW + LGWW - LGCS, 0.13 + LGCS, -LGCS),
Vector(LGBW + LGWW - LGCS, 0.13 + LGCS, -LGPH + LGCS),
LGCS),
Cylinder(
Vector(LGBW + LGWW - LGCS, 2 * LGWW - LGCS, -LGCS),
Vector(LGBW + LGWW - LGCS, 2 * LGWW - LGCS, -LGPH + LGCS),
LGCS),
Box(
Vector(LGBW + LGWW, 0.13 + LGCS, -LGCS),
Vector(LGBW + LGWW - LGCS - LG_E, 2 * LGWW - LGCS,
-LGPH + LGCS)),
Box(
Vector(LGBW, 2 * LGWW, -LGCS),
Vector(LGBW + LGWW - LGCS, 2 * LGWW - LGCS - LG_E,
-LGPH + LGCS)),
Box(
Vector(
LGBW + (LG_KNOB_INNER_RADIUS + LGCS) * sin(LG_ANGLE),
0.13 + LGCS + LG_E, -LGCS),
Vector(LGBW + LGWW - LGCS, 0.13, -LGPH + LGCS)),
Difference(
Box(Vector(LGBW + LGWW - LGCS, 0.13, 0),
Vector(LGBW, 2 * LGWW - LGCS, -LGPH)),
Union(
Cylinder(Vector(LGBW, 0, 0), Vector(LGBW, 0, -LGPH),
LG_KNOB_INNER_RADIUS),
Cylinder(Vector(LGBW, 0, -LGPH - LG_E),
Vector(LGBW, 0, -LGPH + LGCS),
LG_KNOB_INNER_RADIUS + LGCS),
Cylinder(Vector(LGBW, 0, LG_E), Vector(LGBW, 0, -LGCS),
LG_KNOB_INNER_RADIUS + LGCS),
Difference(
Box(Vector(LGBW + LGWW, 0, LG_E),
Vector(LGBW - LG_E, 0.13 + LGCS,
-LGPH - LG_E)),
Box(Vector(0, 0.4, LG_E),
Vector(-0.4, -0.4, -LGPH - LG_E),
Rotate(Vector(0, 0, -LG_ANGLE * 180 / pi)),
Translate(Vector(LGBW, 0, 0))),
),
),
), mirmatrix))
result.append(
Union(
Cylinder(Vector(LGBW / 2 - LGCS, LGBW / 2 - LGCS, -LGCS),
Vector(LGBW / 2 - LGCS, -LGBW / 2 + LGCS, -LGCS), LGCS),
Cylinder(Vector(LGBW / 2 - LGCS, LGBW / 2 - LGCS, -LGPH + LGCS),
Vector(LGBW / 2 - LGCS, -LGBW / 2 + LGCS, -LGPH + LGCS),
LGCS),
Cylinder(Vector(-LGBW / 2 + LGCS, LGBW / 2 - LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, -LGBW / 2 + LGCS, -LGCS), LGCS),
Cylinder(Vector(-LGBW / 2 + LGCS, LGBW / 2 - LGCS, -LGPH + LGCS),
Vector(-LGBW / 2 + LGCS, -LGBW / 2 + LGCS, -LGPH + LGCS),
LGCS),
Difference(
Union(
Box(Vector(LGBW / 2 - LGCS, LGBW / 2 - LGCS, 0),
Vector(-LGBW / 2 + LGCS, -LGBW / 2 + LGCS, -LGPH)),
Box(Vector(LGBW / 2, LGBW / 2 - LGCS, -LGCS),
Vector(-LGBW / 2, -LGBW / 2 + LGCS, -LGPH + LGCS)),
Box(Vector(LGBW / 2 - LGCS, LGBW / 2, -LGCS),
Vector(-LGBW / 2 + LGCS, -LGBW / 2, -LGPH + LGCS)),
),
Union(
Box(
Vector(LGBW / 2 - LGWW, LGBW / 2 - LGWW,
-LG_TOP_HEIGHT),
Vector(-LGBW / 2 + LGWW, -LGBW / 2 + LGWW,
-LGPH - LG_E)),
Object(LG_KNOB_INNER_SPACE,
Translate(Vector(0, 0, -LG_TOP_HEIGHT))),
),
), Object(lg_knob(), Rotate(Vector(0, 0, -90))),
Intersection(
Union(
Torus(0.32 - LGCS, LGCS, Rotate(Vector(90, 0, 0)),
Translate(Vector(LGBW, 0, -LGCS))),
Torus(0.32 - LGCS, LGCS, Rotate(Vector(90, 0, 0)),
Translate(Vector(LGBW, 0, -LGPH + LGCS))),
Difference(
Union(
Cylinder(Vector(LGBW, 0, 0),
Vector(LGBW, 0, -LGPH), 0.32 - LGCS),
Cylinder(Vector(LGBW, 0, -LGCS),
Vector(LGBW, 0, -LGPH + LGCS), 0.32),
),
Union(
Cylinder(Vector(LGBW, 0,
0), Vector(LGBW, 0, -LGPH),
LG_KNOB_INNER_RADIUS),
Cylinder(Vector(LGBW, 0, -LGPH - LG_E),
Vector(LGBW, 0, -LGPH + LGCS),
LG_KNOB_INNER_RADIUS + LGCS),
Cylinder(Vector(LGBW, 0, LG_E),
Vector(LGBW, 0, -LGCS),
LG_KNOB_INNER_RADIUS + LGCS),
),
),
),
Box(Vector(LGBW, 0.4, LG_E),
Vector(LGBW / 2, -0.4, -LGPH - LG_E)),
),
Intersection(
Torus(LG_KNOB_INNER_RADIUS + LGCS, LGCS,
Rotate(Vector(90, 0, 0))),
Union(
Box(Vector(0, 0.4, LGCS + LG_E),
Vector(-0.4, -0.4, -LGCS - LG_E),
Rotate(Vector(0, 0, LG_ANGLE * 180 / pi))),
Box(Vector(0, 0.4, LGCS + LG_E),
Vector(-0.4, -0.4, -LGCS - LG_E),
Rotate(Vector(0, 0, -LG_ANGLE * 180 / pi))),
), Translate(Vector(LGBW, 0, -LGCS))),
Intersection(
Torus(LG_KNOB_INNER_RADIUS + LGCS, LGCS,
Rotate(Vector(90, 0, 0))),
Union(
Box(Vector(0, 0.4, LGCS + LG_E),
Vector(-0.4, -0.4, -LGCS - LG_E),
Rotate(Vector(0, 0, LG_ANGLE * 180 / pi))),
Box(Vector(0, 0.4, LGCS + LG_E),
Vector(-0.4, -0.4, -LGCS - LG_E),
Rotate(Vector(0, 0, -LG_ANGLE * 180 / pi))),
), Translate(Vector(LGBW, 0, -LGPH + LGCS))),
Box(Vector(LGBW - LGWW - LGCS, 0.2 - LGCS, 0),
Vector(LGBW / 2 - LGCS - LG_E, -0.2 + LGCS, -LGPH)),
Box(Vector(LGBW - LGWW, 0.2, -LGCS),
Vector(LGBW / 2 - LGCS - LG_E, -0.2, -LGPH + LGCS))))
return result
def solid(length=2, width=1):
"""@Todo: Docstring."""
return Union(
Sphere(
Vector(LGCS, LGCS, LGCS + 0.04),
LGCS
),
Cylinder(
Vector(LGCS, LGCS, LGCS + 0.04),
Vector(length * LGBW - LGCS, LGCS, LGCS + 0.04),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, LGCS, LGCS + 0.04),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGCS + 0.04),
Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS),
Vector(LGCS, LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(LGCS, LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, LGCS, LGCS + 0.04),
Vector(LGCS, LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, LGCS, LGCS + 0.04),
Vector(LGCS, width * LGBW - LGCS, LGCS + 0.04),
LGCS
),
Sphere(
Vector(LGCS, width * LGBW - LGCS, LGCS + 0.04),
LGCS
),
Cylinder(
Vector(LGCS, width * LGBW - LGCS, LGCS + 0.04),
Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGCS + 0.04),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS + 0.04),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS + 0.04),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS + 0.04),
Vector(LGCS, width * LGBW - LGCS, LGCS + 0.04),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS + 0.04),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH - LGCS),
Vector(LGCS, width * LGBW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGWW - LGCS, LGPH - LGCS),
Vector(LGCS, LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, 2 * LGWW + LGCS, LGPH - LGCS),
Vector(LGCS, 2 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, 3 * LGWW - LGCS, LGPH - LGCS),
Vector(LGCS, 3 * LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, 4 * LGWW + LGCS, LGPH - LGCS),
Vector(LGCS, 4 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, LGCS, LGPH - LGCS),
Vector(LGCS, LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, 2 * LGWW + LGCS, LGPH - LGCS),
Vector(LGCS, 3 * LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, 4 * LGWW + LGCS, LGPH - LGCS),
Vector(LGCS, 5 * LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGPH - LGCS),
Vector(length * LGBW - LGCS, LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, 2 * LGWW + LGCS, LGPH - LGCS),
Vector(length * LGBW - LGCS, 3 * LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, 4 * LGWW + LGCS, LGPH - LGCS),
Vector(length * LGBW - LGCS, 5 * LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, LGWW - LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(LGCS, LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGWW - LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(length * LGBW - LGCS, LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, 2 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(LGCS, 2 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, 2 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(length * LGBW - LGCS, 2 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, 3 * LGWW - LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(LGCS, 3 * LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, 3 * LGWW - LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(length * LGBW - LGCS, 3 * LGWW - LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, 4 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(LGCS, 4 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, 4 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(length * LGBW - LGCS, 4 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(LGCS, LGWW - LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, LGWW - LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(LGCS, 2 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, 2 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(LGCS, 3 * LGWW - LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, 3 * LGWW - LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(LGCS, 4 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, 4 * LGWW + LGCS, LGPH - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGWW - LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(length * LGBW - LGCS, 2 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, LGWW - LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(LGCS, 2 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, 3 * LGWW - LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(length * LGBW - LGCS, 4 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, 3 * LGWW - LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
Vector(LGCS, 4 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS),
LGCS
),
Difference(
Union(
Box(
Vector(LGCS, LGCS, 0.04),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGPH)
),
Box(
Vector(0, LGCS, LGCS + 0.04),
Vector(length * LGBW, width * LGBW - LGCS, LGPH - LGCS)
),
Box(
Vector(LGCS, 0, LGCS + 0.04),
Vector(length * LGBW - LGCS, width * LGBW, LGPH - LGCS)
),
Box(
Vector(0.04, 0.04, 0),
Vector(length * LGBW - 0.04, width * LGBW - 0.04, 0.04 + LG_E)
)
),
Union(
Box(
Vector(LGWW, LGWW, -LGCS),
Vector(length * LGBW - LGWW, width * LGBW - LGWW, LG_PLATE_INNER_HEIGHT + LG_E)
),
Box(
Vector(-LG_E, LGWW - LGCS, LGPH + LG_E),
Vector(LGCS, 2 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS)
),
Box(
Vector(length * LGBW + LG_E, LGWW - LGCS, LGPH + LG_E),
Vector(length * LGBW - LGCS, 2 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS)
),
Box(
Vector(0, LGWW - LGCS, LGPH + LG_E),
Vector(length * LGBW, 2 * LGWW + LGCS, LGPH - LGCS)
),
Box(
Vector(0, LGWW, LGPH),
Vector(length * LGBW, 2 * LGWW, LG_PLATE_INNER_HEIGHT)
),
Box(
Vector(-LG_E, 3 * LGWW - LGCS, LGPH + LG_E),
Vector(LGCS, 4 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS)
),
Box(
Vector(length * LGBW + LG_E, 3 * LGWW - LGCS, LGPH + LG_E),
Vector(length * LGBW - LGCS, 4 * LGWW + LGCS, LG_PLATE_INNER_HEIGHT - LGCS)
),
Box(
Vector(0, 3 * LGWW - LGCS, LGPH + LG_E),
Vector(length * LGBW, 4 * LGWW + LGCS, LGPH - LGCS)
),
Box(
Vector(0, 3 * LGWW, LGPH),
Vector(length * LGBW, 4 * LGWW, LG_PLATE_INNER_HEIGHT)
)
)
),
Difference(
Cylinder(
Vector(LGBW, LGBW / 2, LG_PLATE_INNER_HEIGHT + LG_E),
Vector(LGBW, LGBW / 2, 0),
LG_KNOB_INNER_RADIUS
),
Union(
Box(
Vector(LGWW, LGWW, -LG_E),
Vector(length * LGBW - LGWW, 2 * LGWW, LGPH)
),
Box(
Vector(LGWW, 3 * LGWW, -LG_E),
Vector(length * LGBW - LGWW, 4 * LGWW, LGPH)
),
),
),
Translate(Vector(-LGBW, -0.5 * LGBW, -LGPH)),
Rotate(Vector(0, 0, 90))
)
Difference(
Cylinder(Vector(0, 0, height + LG_E),
Vector(0, 0, (LG_CYLINDER_WALL_WIDTH / 2)),
LG_CYLINDER_RADIUS),
Cylinder(Vector(0, 0, height + LG_CORNER_SPACE), Vector(0, 0, 0),
LG_KNOB_RADIUS)),
Torus(LG_CYLINDER_RADIUS - LG_CYLINDER_WALL_WIDTH / 2,
LG_CYLINDER_WALL_WIDTH / 2, Rotate(Vector(90, 0, 0)),
Translate(Vector(0, 0, (LG_CYLINDER_WALL_WIDTH / 2)))))
# lg_brick_cylinder = get_lg_cylinder(Union, LG_BRICK_INNER_HEIGHT)
LG_PLATE_CYLINDER = get_lg_cylinder(Union, LG_PLATE_INNER_HEIGHT)
# brick inner cylinder to fit into hollow stud
LG_BRICK_COLUMN = Cylinder(Vector(0, 0, LG_BRICK_INNER_HEIGHT + LG_E),
Vector(0, 0, 0), LG_KNOB_INNER_RADIUS)
# plate inner cylinder to fit into hollow stud
LG_PLATE_COLUMN = Difference(
Cylinder(Vector(0, 0, LG_PLATE_INNER_HEIGHT + LG_E), Vector(0, 0, 0),
LG_KNOB_INNER_RADIUS),
Cylinder(Vector(0, 0, 1), Vector(0, 0, -1), 0.06))
# wall between brick cylinder and brick wall
# LG_SUPPORT_WALL = Box(
# Vector(-LG_CYLINDER_WALL_WIDTH / 2, -LG_E, 0.225),
# Vector(
# LG_CYLINDER_WALL_WIDTH / 2,
# LG_BRICK_WIDTH - LG_CYLINDER_RADIUS - LG_WALL_WIDTH + LG_E,
# LG_BRICK_HEIGHT
# )
def clear():
"""return lg_3823: Windscreen 2 x 4 x 2."""
result = Merge()
for mir in range(0, 2):
mirmatrix = Matrix(Vector(0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0))
if mir == 1:
mirmatrix = Matrix(Vector(1, 0, 0, 0, -1, 0, 0, 0, 1, 0, 0, 0))
result.append(
Merge(
Cylinder(Vector(0, 2 * LGBW - LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGCS),
LGCS),
Sphere(Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGCS), LGCS),
Sphere(
Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS,
-2 * LGBH + LGCS), LGCS),
Cylinder(
Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS,
-2 * LGBH + LGCS), LGCS),
Cylinder(Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS, -LGCS),
Vector(-LGBW / 2 + LGCS, 1.5 * LGBW + 0.12, -LGCS),
LGCS),
Intersection(
Torus(LGBW / 2 - LGCS, LGCS, Rotate(Vector(90, 0, 0))),
Box(
Vector(-LGBW / 2 - LG_E, -LGBW / 2 - LG_E,
LGCS + LG_E), Vector(0, 0, -LGCS - LG_E)),
Translate(Vector(0, 1.5 * LGBW + 0.12, -LGCS))),
Cylinder(
Vector(0, LGBW + 0.12 + LGCS, -LGCS),
Vector(LGBW / 2 - LGWW / 2 + LGCS, LGBW + 0.12 + LGCS,
-LGCS), LGCS),
Cylinder(
Vector(LGBW, 2 * LGBW - LGCS, -2 * LGBH + LGCS),
Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS,
-2 * LGBH + LGCS), LGCS),
Intersection(
Difference(
Cylinder(
Vector(0, 0, 0),
Vector(0, 0, -2.5 * LGPH),
# Vector(0, 0, -5 * LGPH),
LGBW / 2),
Cylinder(
Vector(0, 0, LGCS + LG_E),
Vector(0, 0, -3 * LGPH),
# Vector(0, 0, -6 * LGPH),
LGBW / 2 - LGWW),
),
Box(Vector(LGBW / 2 + LG_E, LGBW / 2 + LG_E, LGCS + LG_E),
Vector(0, 0, -2 * LGBH)),
Matrix(
Vector(1, 0,
2 / LGBW * LGCS * sin(LG_ANGLE * pi / 180), 0,
1, 0, -1 / 2, 0, 1,
LGCS * (cos(LG_ANGLE * pi / 180) - 1),
3 * LGBW / 2, -LGCS))),
Intersection(
Difference(
Cylinder(
Vector(0, 0, -2.5 * LGPH),
Vector(0, 0, -5 * LGPH),
# Vector(0, 0, -5 * LGPH),
LGBW / 2),
Cylinder(
Vector(0, 0, -2.5 * LGPH),
Vector(0, 0, -5 * LGPH),
# Vector(0, 0, -6 * LGPH),
LGBW / 2 - LGWW),
),
Box(Vector(LGBW / 2 + LG_E, LGBW / 2 + LG_E, LGCS + LG_E),
Vector(0, 0, -2 * LGBH)),
Translate(Vector(1 * LGBW, 0 * LGBW, 0)),
Matrix(
Vector(
1,
0,
0,
# 2 / LGBW * LGCS * sin(LG_ANGLE * pi / 180),
0,
1,
0,
0,
0,
1,
0, # LGCS * (cos(LG_ANGLE * pi / 180) -1),
3 * LGBW / 2,
-LGCS)),
),
Intersection(
Torus(LGBW / 2 - LGCS, LGCS, Rotate(Vector(90, 0, 0))),
Box(Vector(LGBW / 2 + LG_E, LGBW / 2 + LG_E, LGCS + LG_E),
Vector(0, 0, -LGCS - LG_E)),
Translate(Vector(0, 3 * LGBW / 2, -LGCS))),
Intersection(
Torus(LGBW / 2 - LGCS, LGCS, Rotate(Vector(90, 0, 0))),
Box(Vector(LGBW / 2 + LG_E, LGBW / 2 + LG_E, LGCS + LG_E),
Vector(0, 0, -LGCS - LG_E)),
Translate(Vector(LGBW, 3 * LGBW / 2, -5 * LGPH - LGCS))),
Intersection(
Torus(LGBW / 2 - LGCS, LGCS, Rotate(Vector(90, 0, 0))),
Box(Vector(LGBW / 2 + LG_E, LGBW / 2 + LG_E, LGCS + LG_E),
Vector(0, 0, -LGCS - LG_E)),
Translate(Vector(LGBW, 3 * LGBW / 2, -2 * LGBH + LGCS))),
Difference(
Merge(
Cylinder(
Vector(LGBW / 2 + LGCS, LGBW + LGCS,
-5 * LGPH - LGCS),
Vector(-LGCS, LGBW + LGCS, -5 * LGPH - LGCS),
LGCS),
Cylinder(
Vector(-LGBW / 2 + LGCS, 1.5 * LGBW - LGCS,
-5 * LGPH - LGCS),
Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGWW + LG_E,
-5 * LGPH - LGCS), LGCS),
Cylinder(
Vector(LGBW / 2 + LGCS, LGBW + LGCS,
-6 * LGPH + LGCS),
Vector(-LGCS, LGBW + LGCS, -6 * LGPH + LGCS),
LGCS),
Cylinder(
Vector(-LGBW / 2 + LGCS, 1.5 * LGBW - LGCS,
-6 * LGPH + LGCS),
Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS,
-6 * LGPH + LGCS), LGCS),
Box(
Vector(LGBW / 2 + LGCS + LG_E, LGBW + LGCS,
-2 * LGBH),
Vector(-LGBW / 2, LGBW + LGWW,
-2 * LGBH + LGCS + LG_E)),
Box(
Vector(-LGBW / 2 + LGCS, LGBW + LGCS, -2 * LGBH),
Vector(-LGBW / 2 + LGWW, 2 * LGBW - LGCS,
-2 * LGBH + LGCS + LG_E)),
Box(
Vector(LGBW + LGCS, 2 * LGBW - LGCS, -5 * LGPH),
Vector(-LGBW / 2 + LGCS, LGBW + LGCS,
-2 * LGBH + LG_PLATE_INNER_HEIGHT)),
Box(
Vector(LGBW / 2 + LGCS + LG_E, LGBW,
-5 * LGPH - LGCS),
Vector(-LGBW / 2, LGBW + LGWW, -2 * LGBH + LGCS)),
Box(
Vector(-LGBW / 2, LGBW + LGCS, -5 * LGPH - LGCS),
Vector(-LGBW / 2 + LGWW, 2 * LGBW - LGCS,
-2 * LGBH + LGCS)),
),
Cylinder(Vector(-LGBW / 2, LGBW, -2 * LGBH - LG_E),
Vector(-LGBW / 2, LGBW, -5 * LGPH + LG_E),
LGBW / 2),
),
Cylinder(
Vector(LGBW / 2, 1.5 * LGBW,
-5 * LGPH - LG_TOP_HEIGHT + LG_E),
Vector(LGBW / 2, 1.5 * LGBW, -2 * LGBH),
LG_KNOB_INNER_RADIUS),
Cylinder(Vector(LGBW, LGBW, -5 * LGPH - LG_TOP_HEIGHT + LG_E),
Vector(LGBW, LGBW, -2 * LGBH), LG_KNOB_INNER_RADIUS),
Intersection(
Difference(
Merge(
Cylinder(
Vector(LGBW, 1.5 * LGBW, -5 * LGPH - LGCS),
Vector(LGBW, 1.5 * LGBW, -2 * LGBH + LGCS),
LGBW / 2),
Cylinder(Vector(LGBW, 1.5 * LGBW, -5 * LGPH),
Vector(LGBW, 1.5 * LGBW, -2 * LGBH),
LGBW / 2 - LGCS),
),
Cylinder(
Vector(LGBW, 1.5 * LGBW,
-5 * LGPH - LG_TOP_HEIGHT),
Vector(LGBW, 1.5 * LGBW, -2 * LGBH - LG_E),
LGBW / 2 - LGWW),
),
Box(
Vector(LGBW, 1.5 * LGBW, -5 * LGPH + LGCS),
Vector(1.5 * LGBW + LG_E, 2 * LGBW + LG_E,
-2 * LGBH - LG_E)),
),
Difference(
Merge(
Box(
Vector(LGBW, 2 * LGBW, -2 * LGBH + LGCS),
Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS - LG_E,
-LGCS)),
Box(Vector(LGBW, 2 * LGBW - LGWW, -2 * LGBH),
Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS, 0)),
),
Box(
Vector(LGBW + LG_E, LGBW / 2 + LG_E, LGCS + LG_E),
Vector(0, 0, -2 * LGBH),
Matrix(
Vector(1, 0,
2 / LGBW * LGCS * sin(LG_ANGLE * pi / 180),
0, 1, 0, -1 / 2, 0, 1,
LGCS * (cos(LG_ANGLE * pi / 180) - 1),
3 * LGBW / 2, -LGCS))),
),
Box(Vector(-LGBW / 2, 2 * LGBW - LGCS, -5 * LGPH - LGCS),
Vector(-LGBW / 2 + LGCS + LG_E, 2 * LGBW - LGWW, -LGCS)),
Intersection(
Merge(
Cylinder(Vector(0, 0, 0), Vector(0, 0, -LGCS - LG_E),
LGBW / 2 - LGCS),
Cylinder(Vector(0, 0, -LGCS), Vector(0, 0, -LGWW),
LGBW / 2),
),
Box(Vector(-LGBW / 2 - LG_E, -LGBW / 2 - LG_E, LG_E),
Vector(0, 0, -LGWW - LG_E)),
Translate(Vector(0, 1.5 * LGBW + 0.12, 0))),
Intersection(
Merge(
Cylinder(Vector(0, 0, 0), Vector(0, 0, -LGCS - LG_E),
LGBW / 2 - LGCS),
Cylinder(Vector(0, 0, -LGCS), Vector(0, 0, -LGWW),
LGBW / 2),
),
Box(Vector(LGBW / 2 - LG_E, LGBW / 2 - LG_E, LG_E),
Vector(0, 0, -LGWW - LG_E)),
Translate(Vector(0, 1.5 * LGBW, 0))),
Box(Vector(LGBW / 2 - LGCS, LGBW + 0.12 + LGCS, 0),
Vector(0, 1.5 * LGBW, -LGCS - LG_E)),
Box(Vector(LGBW / 2 - LGCS, LGBW + 0.12, -LGCS),
Vector(0, 1.5 * LGBW, -LGWW)),
Box(Vector(-LGBW / 2 + LGCS, 2 * LGBW - LGCS, 0),
Vector(0, 1.5 * LGBW + 0.12, -LGCS - LG_E)),
Box(Vector(-LGBW / 2, 2 * LGBW - LGCS, -LGCS),
Vector(0, 1.5 * LGBW + 0.12, -LGWW)),
Object(
lg_tech_knob_logo_clear(),
Rotate(Vector(0, 0, 90)),
Scale(Vector(1, 1 - 2 * mir, 1)),
Translate(Vector(0, 1.5 * LGBW, 0)),
),
mirmatrix))
result.append(
Merge(
Cylinder(
Vector(3 * LGBW / 2 - LGCS, 3 * LGBW / 2, -5 * LGPH - LGCS),
Vector(3 * LGBW / 2 - LGCS, -3 * LGBW / 2, -5 * LGPH - LGCS),
LGCS),
Cylinder(
Vector(3 * LGBW / 2 - LGCS, 3 * LGBW / 2, -2 * LGBH + LGCS),
Vector(3 * LGBW / 2 - LGCS, -3 * LGBW / 2, -2 * LGBH + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 - LGCS, 3 * LGBW / 2, -LGCS),
Vector(LGBW / 2 - LGCS, -3 * LGBW / 2, -LGCS), LGCS),
Cylinder(
Vector(LGBW / 2 - LGWW / 2 + LGCS, LGBW + 0.12 + LGCS, -LGCS),
Vector(LGBW / 2 - LGWW / 2 + LGCS, -LGBW - 0.12 - LGCS, -LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, LGBW + LGCS, -2 * LGBH + LGCS),
Vector(LGBW / 2 + LGCS, -LGBW - LGCS, -2 * LGBH + LGCS),
LGCS),
Cylinder(Vector(LGBW / 2 + LGCS, LGBW + LGCS, -5 * LGPH - LGCS),
Vector(LGBW / 2 + LGCS, -LGBW - LGCS, -5 * LGPH - LGCS),
LGCS),
Box(Vector(LGBW / 2 + LGCS, LGBW + LGWW, -2 * LGBH),
Vector(LGBW / 2 + LGWW, -LGBW - LGWW,
-2 * LGBH + LGCS + LG_E)),
Box(
Vector(1.5 * LGBW - LGCS, 1.5 * LGBW, -2 * LGBH),
Vector(1.5 * LGBW - LGWW, -1.5 * LGBW,
-2 * LGBH + LGCS + LG_E)),
Box(Vector(LGBW / 2, LGBW + LGWW, -5 * LGPH - LGCS),
Vector(LGBW / 2 + LGWW, -LGBW - LGWW, -2 * LGBH + LGCS)),
Box(Vector(1.5 * LGBW, 1.5 * LGBW, -5 * LGPH - LGCS),
Vector(1.5 * LGBW - LGWW, -1.5 * LGBW, -2 * LGBH + LGCS)),
Box(
Vector(1.5 * LGBW - LGCS, 1.5 * LGBW, -5 * LGPH),
Vector(LGBW / 2 + LGCS, -1.5 * LGBW,
-2 * LGBH + LG_PLATE_INNER_HEIGHT)),
Difference(
Merge(
Box(
Vector(LGBW / 2, 1.5 * LGBW, 0),
Vector(LGBW / 2 - LGWW, -1.5 * LGBW, -2.5 * LGPH),
Matrix(
Vector(1, 0,
2 / LGBW * LGCS * sin(LG_ANGLE * pi / 180),
0, 1, 0, -1 / 2, 0, 1,
LGCS * (cos(LG_ANGLE * pi / 180) - 1), 0,
-LGCS))),
Box(Vector(LGBW / 2 - LGCS, 1.5 * LGBW, 0),
Vector(LGBW / 2 - LGWW, -1.5 * LGBW, -LGWW / 2)),
),
Union(
Box(Vector(LGBW / 2 - LGWW / 2, LGBW + 0.12 + LGCS, LG_E),
Vector(LGWW, -LGBW - 0.12 - LGCS, -LGWW - LG_E)),
Box(
Vector(LGBW / 2 - LGWW / 2 + LGCS,
LGBW + 0.12 + LGCS, LG_E),
Vector(LGWW, -LGBW - 0.12 - LGCS, -LGCS)),
),
),
Difference(
Merge(
Box(
Vector(LGBW / 2, 1.5 * LGBW, 0),
Vector(LGBW / 2 - LGWW, -1.5 * LGBW, -2.5 * LGPH),
# Matrix(
# Vector(
# 1, 0,
# 2 / LGBW * LGCS * sin(LG_ANGLE * pi / 180),
# 0, 1, 0,
# -1 / 2, 0, 1,
# LGCS * (cos(LG_ANGLE * pi / 180) - 1),
# 0, -LGCS
# )
# )
),
Box(Vector(LGBW / 2 - LGCS, 1.5 * LGBW, 0),
Vector(LGBW / 2 - LGWW, -1.5 * LGBW, -LGWW / 2)),
),
Union(
Box(Vector(LGBW / 2 - LGWW / 2, LGBW + 0.12 + LGCS, LG_E),
Vector(LGWW, -LGBW - 0.12 - LGCS, -LGWW - LG_E)),
Box(
Vector(LGBW / 2 - LGWW / 2 + LGCS,
LGBW + 0.12 + LGCS, LG_E),
Vector(LGWW, -LGBW - 0.12 - LGCS, -LGCS)),
),
Translate(Vector(LGBW, 0, -2.5 * LGPH)),
),
Cylinder(Vector(LGBW, 0, -5 * LGPH - LG_TOP_HEIGHT + LG_E),
Vector(LGBW, 0, -2 * LGBH), LG_KNOB_INNER_RADIUS),
),
# Rotate(Vector(0, 0, -45))
)
return result
def standard_plate(
length=1,
width=1,
height=LGPH,
innerheight=LG_PLATE_INNER_HEIGHT
):
"""
Standard plate brick.
@Todo: fix plate column for 1x2 plate & bricks
"""
return Union(
Sphere(
Vector(LGCS, LGCS, LGCS),
LGCS
),
Cylinder(
Vector(LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, LGCS, LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, LGCS, LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, LGCS, height - LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, LGCS, height - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, height - LGCS),
Vector(LGCS, LGCS, height - LGCS),
LGCS
),
Sphere(
Vector(LGCS, LGCS, height - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, LGCS, LGCS),
Vector(LGCS, LGCS, height - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGCS),
LGCS
),
Sphere(
Vector(LGCS, width * LGBW - LGCS, LGCS),
LGCS
),
Cylinder(
Vector(LGCS, width * LGBW - LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, height - LGCS),
LGCS
),
Sphere(
Vector(LGCS, width * LGBW - LGCS, height - LGCS),
LGCS
),
Cylinder(
Vector(LGCS, LGCS, height - LGCS),
Vector(LGCS, width * LGBW - LGCS, height - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
Vector(LGCS, width * LGBW - LGCS, LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, height - LGCS),
LGCS
),
Sphere(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, height - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, width * LGBW - LGCS, height - LGCS),
Vector(LGCS, width * LGBW - LGCS, height - LGCS),
LGCS
),
Cylinder(
Vector(length * LGBW - LGCS, LGCS, height - LGCS),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, height - LGCS),
LGCS
),
Difference(
Union(
Box(
Vector(LGCS, LGCS, 0),
Vector(length * LGBW - LGCS, width * LGBW - LGCS, height)
),
Box(
Vector(0, LGCS, LGCS),
Vector(length * LGBW, width * LGBW - LGCS, height - LGCS)
),
Box(
Vector(LGCS, 0, LGCS),
Vector(length * LGBW - LGCS, width * LGBW, height - LGCS)
),
),
get_knob_inner_space(length, width)
),
get_cylinder(length, width, Union, innerheight),
get_knob_objects(length, width, height),
Translate(
Vector(-length / 2 * LGBW, -LGBW, -height)
),
Rotate(Vector(0, 0, 90))
)