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barrier_greebled.py
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barrier_greebled.py
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import cadquery as cq
import math
from cqindustry import (
jersey_shape,
barrier_straight,
barrier_cross,
barrier_curved,
barrier_diagonal,
taper_barrier,
cut_forklift,
cut_magnets,
caution_stripe
)
barrier_height = 25
barrier_width = 20
j_shape = jersey_shape(
width = barrier_width,
height = barrier_height,
base_height = 4,
middle_width_inset = -5,
middle_height = 4,
top_width_inset = -1
)
barrier = barrier_straight(
j_shape = j_shape,
length = 75
).translate((0,0,barrier_height/2))
barrier_forks = cut_forklift(barrier)
barrier_forks_m = cut_magnets(
barrier_forks,
y_offset=0)
barrier_curve_60 = (
barrier_curved(
j_shape,
x_radius = 75,
y_radius = 75,#ellipse stretch
angle = 300,
rotation_angle=-30
)
.translate((0,0,barrier_height/2))
.rotate((0,0,1),(0,0,0),-30)
.translate((-1*(13.5),0,0))
)
barrier_curve_60_forks = cut_forklift(
barrier_curve_60,
width = 80
)
barrier_curve_60_forks = (
barrier_curve_60_forks
.rotate((0,0,1),(0,0,0),30)
.translate((0,31,0))
)
barrier_curve_60_forks_m = cut_magnets(
barrier_curve_60_forks,
x_minus_cut=False
).rotate((0,0,1),(0,0,0),120).translate((0,-15,0))
barrier_curve_60_forks_m = cut_magnets(
barrier_curve_60_forks_m,
x_minus_cut=False
).rotate((0,0,1),(0,0,0),-150).translate((0,-30,0))
barrier_taper = taper_barrier(
barrier,
length = 78,
height = barrier_height,
rotation=-16.04,
debug = False
)
barrier_taper_forks = cut_forklift(barrier_taper)
barrier_taper_forks_m = cut_magnets(barrier_taper_forks,x_plus_cut=False)
barrier_diag_right = (
barrier_diagonal(
j_shape,
x = 75,
y = 37.5,
axis = "ZY"
).translate(((75/2),-1*(37.5/2),barrier_height/2))
.rotate((0,0,1),(0,0,0),-1*(53/2))
)
barrier_diag_right_forks = cut_forklift(
barrier_diag_right
).rotate((0,0,1),(0,0,0),(53/2))
barrier_diag_right_forks_m = cut_magnets(
barrier_diag_right_forks,
x_minus_cut = False,
y_offset = 18.5
)
barrier_diag_right_forks_m = cut_magnets(
barrier_diag_right_forks_m.rotate((0,0,1),(0,0,0),180),
x_minus_cut = False,
y_offset = 18.5
).rotate((0,0,1),(0,0,0),-1*(53/2))
barrier_diag_left = (
barrier_diagonal(
j_shape,
x = -75,
y = 37.5,
axis = "ZY"
).translate((-1*(75/2),-1*(37.5/2),barrier_height/2))
.rotate((0,0,1),(0,0,0),(53/2))
)
barrier_diag_left_forks = cut_forklift(
barrier_diag_left
).rotate((0,0,1),(0,0,0),-1*(53/2))
barrier_diag_left_forks_m = cut_magnets(
barrier_diag_left_forks,
x_minus_cut = False,
y_offset = -18.5
)
barrier_diag_left_forks_m = cut_magnets(
barrier_diag_left_forks_m.rotate((0,0,1),(0,0,0),180),
x_minus_cut = False,
y_offset = -18.5
).rotate((0,0,1),(0,0,0),(53/2))
barrier_c = barrier_cross(j_shape).translate((0,0,barrier_height/2))
barrier_c_m = cut_magnets(barrier_c)
barrier_c_m = cut_magnets(barrier_c_m.rotate((0,0,1),(0,0,0),90))
caution = caution_stripe(length=65, width = 17, height=10)
detail_cut = (
cq.Workplane("XY")
.box(65,10,17)
)
detailed_barrier = (
cq.Workplane("XY")
.add(barrier_forks_m.translate((0,0,-barrier_height/2)))
.cut(detail_cut.translate((0,0,4)))
.add(caution.translate((0,0,4)))
).translate((0,0,barrier_height/2))
scene = (
cq.Workplane("XY")
.add(barrier_c_m.translate((0,-80,0)))
.add(barrier_curve_60_forks_m.translate((8,-43,0)))
.add(barrier_forks_m.translate((0,-25,0)))
.add(detailed_barrier)
.add(barrier_taper_forks_m.translate((0,25,0)))
.add(barrier_diag_right_forks_m.translate((0,47,0)))
.add(barrier_diag_left_forks_m.translate((0,67,0)))
)
show_object(scene)
# Print These
#cq.exporters.export(barrier_c_m, 'stl/barrier_c.stl')
#cq.exporters.export(barrier_curve_60_forks_m, 'stl/barrier_curve_60.stl')
#cq.exporters.export(barrier_forks_m, 'stl/barrier.stl')
#cq.exporters.export(detailed_barrier, 'stl/barrier_detailed.stl')
#cq.exporters.export(barrier_taper_forks_m, 'stl/barrier_taper.stl')
#cq.exporters.export(barrier_diag_right_forks_m, 'stl/barrier_diag_right.stl')
#cq.exporters.export(barrier_diag_left_forks_m, 'stl/barrier_diag_left.stl')
## legacy
##cq.exporters.export(barrier_curve_45, 'stl/barrier_curve_45.stl')
##cq.exporters.export(barrier_curve_90, 'stl/barrier_curve_90.stl')
##cq.exporters.export(barrier_diag_right_short, 'stl/barrier_diag_right_short.stl')
##cq.exporters.export(barrier_diag_left_short, 'stl/barrier_diag_left_short.stl')