#!/usr/bin/python
from sys import path as module_paths
module_paths.append('./pymesh')
module_paths.append('./pyctm')
module_paths.append('./pyeuclid')
from platform_open import *
from export_ctm import *
from weld import *
import parametric, patch
outfile = "teapot.ctm"
print "Loading RIB file..."
funcs = patch.load_rib("models/uteapot.rib")
slices, stacks = 8, 8
print "Evaluating parametric functions..."
verts, faces = parametric.multisurface(slices, stacks, funcs)
print "Welding verts..."
verts, faces = weld(verts, faces)
export_ctm(verts, faces, outfile)
platform_open(outfile)
#!/usr/bin/python
from sys import path as module_paths
module_paths.append('./pymesh')
from platform_open import *
from export_ctm import *
import parametric, tubes
filename = "granny.ctm"
func = tubes.granny
slices, stacks = 128, 16
verts, faces = parametric.closed_surface(slices, stacks, func)
export_ctm(verts, faces, filename)
platform_open(filename)
if GenerateCtm:
from export_ctm import *
funcs = patch.gen_funcs_from_rib(infile)
slices, stacks = 8, 8
print "Evaluating parametric functions..."
verts, faces = parametric.multisurface(slices, stacks, funcs)
# Note that creases are not supported by weld().
print "Welding verts..."
verts, faces = weld(verts, faces)
export_raw(verts, faces, outfile)
platform_open(outfile)
else:
def dump_tuples(headerFile, mylist):
for v in mylist:
s = []
for value in v[:]:
if math.floor(value) == value:
s.append(str(int(value)))
else:
s.append('%gf' % value)
headerFile.write("\t{ %s, %s, %s },\n" % tuple(s))
verts, norms, knots = patch.gen_indexed_knots_from_rib(infile)
headerFile = open('GumboData.h', 'w')
