def make_prisms(pq, trunc_type):
p, q = pq
P = models.Polychora((p, 2, 2, q, 2, 2), trunc_type + (1, ))
P.build_geometry()
P.export_pov()
command = template.format("prism.pov", "{}-{}-prism".format(p, q))
call(command, shell=True)
def make_duoprisms(pq, weights=(1.0, 1.0)):
p, q = pq
P = models.Polychora((p, 2, 2, 2, 2, q), (weights[0], 0, weights[1], 0))
P.build_geometry()
P.export_pov()
command = template.format("duoprism.pov", "{}-{}-duoprism".format(p, q))
call(command, shell=True)
def make_polychora(coxeter_diagram, trunc_type, output, flat=True):
P = models.Polychora(coxeter_diagram, trunc_type)
P.build_geometry()
P.export_pov()
script = "flat_polychora.pov" if flat else "curved_polychora.pov"
command = template.format(script, output)
call(command, shell=True)
def render_polychora(coxeter_diagram,
trunc_type,
render_file,
output=None):
"""
The main entrance for rendering 4d polychora.
"""
coxeter_matrix = helpers.fill_matrix(coxeter_diagram)
mirrors = helpers.get_mirrors(coxeter_diagram)
P = models.Polychora(coxeter_matrix, mirrors, trunc_type)
_render_model(P, render_file, output)
def render_polychora(coxeter_diagram,
trunc_type,
render_file,
description=None):
if not description:
description = render_file[:-4]
P = models.Polychora(coxeter_diagram, trunc_type)
P.build_geometry()
P.export_pov()
command = TEMPLATE.format(render_file, description)
subprocess.call(command, shell=True)
def render_polychora(coxeter_diagram,
trunc_type,
render_file,
description=None):
"""
The main entrance for rendering 4d polychora.
"""
if not description:
description = render_file[:-4]
P = models.Polychora(coxeter_diagram, trunc_type)
_render_model(P, render_file, description)
def make_120_cell():
P = models.Polychora((5, 2, 2, 3, 2, 3), (1, 0, 0, 0))
P.build_geometry()
P.export_pov()
command = template.format("dimensions_120_cell.pov", "120-cell")
call(command, shell=True)