import sand3d as s3d
def pool_table():
body = s3d.at(table_body(), z=255)
bed = s3d.at(playing_bed(), z=687)
rim = s3d.at(wooden_rim(), z=712)
leg = s3d.at(end_leg(), x=543, y=-1065)
twin = s3d.transform(s3d.copy(leg), mirror=class="tok-string">"x")
far = s3d.at(far_leg(), x=543, y=1065)
other = s3d.transform(s3d.copy(far), mirror=class="tok-string">"x")
return s3d.assembly(class="tok-string">"pool_table", body, bed, rim, leg, twin, far, other)
def table_body(w=1527, d=2800, h=457, bottom_w=1272, bottom_d=2316):
solid = s3d.loft(class="tok-string">"cabinet", s3d.station(z=0, w=bottom_w, d=bottom_d, n=100), s3d.station(z=h, w=w, d=d, n=100))
s3d.material(solid, class="tok-string">"walnut", color=class="tok-string">"class="tok-comment">#431e0b")
return s3d.group(class="tok-string">"table_body", solid)
def playing_bed(w=1370, d=2640, h=40, pocket_d=152, pocket_x=636, pocket_y=1272):
solid = s3d.box(class="tok-string">"blue_bed", w=w, d=d, h=h)
s3d.hole(solid, d=pocket_d, on=s3d.grid(nx=2, ny=2, px=pocket_x*2, py=pocket_y*2))
s3d.hole(solid, d=pocket_d, on=s3d.grid(nx=2, px=pocket_x*2))
s3d.material(solid, class="tok-string">"fabric", color=class="tok-string">"class="tok-comment">#24548a")
ball_cluster_placed = s3d.at(ball_cluster(), y=-682, z=h)
cue_ball_placed = s3d.at(cue_ball(), y=764, z=h)
return s3d.group(class="tok-string">"playing_bed", solid, ball_cluster_placed, cue_ball_placed)
def ball_cluster(ball_d=60, pitch=63, rows=5, rack_w=363, rack_d=323, rack_t=8, rack_h=45):
balls = []
colors = [class="tok-string">"class="tok-comment">#b51b12", class="tok-string">"#dbbd14", class="tok-string">"#a51b15", class="tok-string">"#d6ad12", class="tok-string">"#191719"]
for row in range(rows):
for col in range(row+1):
ball = s3d.at(s3d.sphere(class="tok-string">"ball", d=ball_d), x=(col-row/2)*pitch, y=rack_d/2-ball_d/2-row*pitch*0.866)
s3d.material(ball, class="tok-string">"glossy_plastic", color=colors[(row+col)%len(colors)])
balls.append(ball)
outline = s3d.poly([(-rack_w/2,-rack_d/2),(rack_w/2,-rack_d/2),(0,rack_d/2)])
rack = s3d.extrude(class="tok-string">"rack", outline, h=rack_h)
inner = s3d.poly([(-rack_w/2+rack_t*1.732,-rack_d/2+rack_t),(rack_w/2-rack_t*1.732,-rack_d/2+rack_t),(0,rack_d/2-rack_t*2)])
s3d.pocket(rack, inner, depth=rack_h)
s3d.material(rack, class="tok-string">"plastic", color=class="tok-string">"class="tok-comment">#171715")
return s3d.group(class="tok-string">"ball_cluster", rack, balls)
def cue_ball(d=60):
solid = s3d.sphere(class="tok-string">"ivory_ball", d=d)
s3d.material(solid, class="tok-string">"glossy_plastic", color=class="tok-string">"class="tok-comment">#cbc893")
return s3d.group(class="tok-string">"cue_ball", solid)
def wooden_rim(w=1527, d=2800, h=66, opening_w=1248, opening_d=2520, pocket_d=152, pocket_x=636, pocket_y=1272):
solid = s3d.box(class="tok-string">"rails", w=w, d=d, h=h)
s3d.pocket(solid, s3d.rect(w=opening_w, d=opening_d), depth=h)
s3d.hole(solid, d=pocket_d, on=s3d.grid(nx=2, ny=2, px=pocket_x*2, py=pocket_y*2))
s3d.hole(solid, d=pocket_d, on=s3d.grid(nx=2, px=pocket_x*2))
s3d.material(solid, class="tok-string">"walnut", color=class="tok-string">"class="tok-comment">#431e0b")
return s3d.group(class="tok-string">"wooden_rim", solid)
def end_leg(h=285, foot=120, top=272, shift=16):
solid = s3d.loft(class="tok-string">"leg", s3d.station(z=0, w=foot, d=foot, x=shift, y=-shift, n=100), s3d.station(z=h, w=top, d=top, x=-shift, y=shift, n=100))
s3d.material(solid, class="tok-string">"walnut", color=class="tok-string">"class="tok-comment">#260d03")
return s3d.group(class="tok-string">"end_leg", solid)
def far_leg(h=285, foot=120, top=272, shift=16):
solid = s3d.loft(class="tok-string">"leg", s3d.station(z=0, w=foot, d=foot, x=shift, y=shift, n=100), s3d.station(z=h, w=top, d=top, x=-shift, y=-shift, n=100))
s3d.material(solid, class="tok-string">"walnut", color=class="tok-string">"class="tok-comment">#260d03")
return s3d.group(class="tok-string">"far_leg", solid)
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