def __init__(self, template_num):
super(JitteredMeshObject, self).__init__()
filename = '%s%dx%d.txt' % (TEMPLATES_LOCATION, template_num,
template_num)
#load template data
self.load_template(filename)
#16 light positions
light_pos = [
map(float, (x, y, 10)) for x in xrange(-2, 2 + 1, 1)
for y in xrange(-2, 2 + 1, 1)
]
#generate all possible meshes
self.depths = [0.0, -.5]
#load template data
jittered_indices = maths.jitter(self.template, self.depths[1:])
self.jittered_vertices = maths.mapVertices(self.template,
jittered_indices,
self.depths)
if len(sys.argv) == 3:
self.setMesh(int(sys.argv[2]))
else:
self.setMesh(0)
def __init__(self, template_num):
super(MeshObject,self).__init__()
filename = '../data/mesh_templates/%dx%d.txt' % (template_num,template_num)
#load template data
self.load_template(filename)
# light positions
self.light_pos = [map(float, (x,y,z))
for x in xrange(-2, 2+1, 1)
for y in xrange(-1,-7-1,-3)
for z in xrange(-2, 2+1, 1)]
#print self.light_pos, len(self.light_pos)
#generate all possible meshes
self.depths = [(0.00,-.10),
#(0.00,-.35),
(0.00,-.75)]
#load template data
jittered_indices = maths.jitter(self.template, self.depths[1:])
self.jittered_vertices = sum([maths.mapVertices(
self.template,
jittered_indices,
depths) for depths in self.depths],[])
print self.jittered_vertices[0]
print 'len: %d' % len(self.jittered_vertices)
if len(sys.argv)==3:
self.setMesh(int(sys.argv[2]))
else:
self.setMesh(0)
def setTemplate(self, template_num, meshnum):
filename = '%s%dx%d.txt' % (TEMPLATES_LOCATION, template_num,
template_num)
#load template data
self.load_template(filename)
jittered_indices = maths.jitter(self.template, self.depths[1:])
self.jittered_vertices = maths.mapVertices(self.template,
jittered_indices,
self.depths)
self.setMesh(meshnum)
def jitter(self):
jittered_indices = maths.jitter(self.template, self.depths[1:])
self.jittered_vertices = [maths.mapVertices(
self.template,
jittered_indices,
depths) for depths in self.depths[0]]