def runPeriodise(self):
""" Call periodise and modify position of triangle in the scene to fit inside pattern"""
triangles, groups, materials, bands, albedo = self.as_primitive()
o_string, labels = opt_string_and_labels(materials)
can_string = triangles_string(triangles, labels)
pat_string = pattern_string(self.pattern)
newscene = vperiodise(can_string, pat_string)
infile = newscene.split('\n')
cscene = {}
for line in infile:
line = line.strip()
if not line:
continue
if line.startswith('#'):
continue
fields = line.split()
label = fields[2]
if label not in cscene:
cscene[label] = []
coords = map(float, fields[-9:])
cscene[label].append(map(tuple, [coords[:3], coords[3:6], coords[6:]]))
self.scene = cscene
return self
def runPeriodise(self):
""" Call periodise and modify position of triangle in the scene to fit inside pattern"""
triangles, groups, materials, bands, albedo = self.as_primitive()
o_string, labels = opt_string_and_labels(materials)
can_string = triangles_string(triangles, labels)
pat_string = pattern_string(self.pattern)
newscene = vperiodise(can_string, pat_string)
infile = newscene.split('\n')
cscene = {}
for line in infile:
line = line.strip()
if not line:
continue
if line.startswith('#'):
continue
fields = line.split()
label = fields[2]
if label not in cscene:
cscene[label] = []
coords = list(map(float, fields[-9:]))
cscene[label].append(
list(map(tuple, [coords[:3], coords[3:6], coords[6:]])))
# should be changed to take into account the new structure
self.scene = cscene
return self
def WriteCan(caribuscene, filename):
triangles, groups, materials, bands, albedo = caribuscene.as_primitive()
if len(bands) == 1:
o_string, labels = opt_string_and_labels(materials)
can_string = triangles_string(triangles, labels)
with open(filename, 'w') as output:
output.write(can_string)
return filename