inbox = numpy.array(list(itertools.product(xRange, yRange)))
# Test inside face for all pixels in the bounding box
mask[inbox[:, 1], inbox[:, 0]] |= points_in_triangle(face, inbox)
print_progress(1.0)
print()
return ~(mask)
if __name__ == "__main__":
import obj_reader
import texture
from find_seam import find_seam, seam_to_UV
from util import *
mesh = obj_reader.quads_to_triangles(obj_reader.load_obj(
'../models/cow.obj'))
texture = numpy.array(texture.load_texture(
"../textures/cow/Cow_Monster_N.png"))
height, width, depth = (texture.shape + (1,))[:3]
N = width * height
textureVec = texture.reshape(N, -1)
print("\nFinding seam of model")
seam, boundary, foldovers = find_seam(mesh)
uv_seam, uv_boundary, uv_foldovers = seam_to_UV(
mesh, seam, boundary, foldovers)
print("Done\n")
print("Number of edges along the seam: %d" % (len(seam) * 2))
print("Number of edges along the boundary: %d" % len(boundary))
return seam_non_matching, seam_mesh_boundary, seam_foldover_edges
def seam_to_UV(mesh, seam, boundary, foldovers):
"""
Convert the seam, boundary, and foldovers to be in UV-space.
Input Format:
seam = [[[fi, [fvi0, fvi1]], [fi', [fvi0', fvi1']]], ...]
boundary = [ [fi0, [fvi0, fvi1]], ...]
foldovers = [ [fi0, [fvi0, fvi1]], ...]
Return Format:
( [[[uv0, uv1], [uv0', uv1']], ...],
[ [uv0, uv1], ...],
[ [uv0, uv1], ...] )
"""
uv_seam = [[[mesh.vt[mesh.f[edge[0]][i].vt] for i in edge[1]]
for edge in edgePair] for edgePair in seam]
uv_boundary = [[mesh.vt[mesh.f[edge[0]][i].vt] for i in edge[1]]
for edge in boundary]
uv_foldovers = [[mesh.vt[mesh.f[edge[0]][i].vt] for i in edge[1]]
for edge in foldovers]
return uv_seam, uv_boundary, uv_foldovers
if __name__ == "__main__":
import obj_reader
mesh = obj_reader.load_obj("../models/cube.obj")
seam_fast = find_seam(mesh)
print("find_seam_fast.find_seam():")
print(seam_fast)
int(numpy.ceil(bbox[1][1])) + 1))
inbox = numpy.array(list(itertools.product(xRange, yRange)))
# Test inside face for all pixels in the bounding box
mask[inbox[:, 1], inbox[:, 0]] |= points_in_triangle(face, inbox)
return ~mask
if __name__ == "__main__":
import obj_reader
import texture
from find_seam import find_seam, seam_to_UV
mesh = obj_reader.quads_to_triangles(
obj_reader.load_obj('../models/cow.obj'))
texture = numpy.array(
texture.load_texture("../textures/cow/Cow_Monster_N.png"))
height, width, depth = (texture.shape + (1, ))[:3]
N = width * height
textureVec = texture.reshape(N, -1)
logging.info("\nFinding seam of model")
seam, boundary, foldovers = find_seam(mesh)
uv_seam, uv_boundary, uv_foldovers = seam_to_UV(mesh, seam, boundary,
foldovers)
logging.info("Done\n")
logging.info("Number of edges along the seam: %d" % (len(seam) * 2))
logging.info("Number of edges along the boundary: %d" % len(boundary))
texture.save_texture(textureData, out_texture)
current_depth = next_depth
########################################
# CMD-line tool for getting filenames. #
########################################
if __name__ == '__main__':
(in_mesh, in_texture, out_texture, loadFromDirectory, loadFromData,
sv_method, do_global) = parse_args()
# Time the amount of time this takes.
startTime = time.time()
mesh = obj_reader.quads_to_triangles(obj_reader.load_obj(in_mesh))
textureData, textures = (loadTextures(in_texture, loadFromDirectory,
loadFromData))
height, width = textureData.shape[:2]
isUnbounded = any([tex.isFloat for tex in textures])
# TODO: Remove this comment for bounds.
bounds = None # (None if isUnbounded else (0, 1))
root = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
energy_fname = ("%s-%s-%senergies.csv" %
(os.path.splitext(os.path.basename(in_mesh))[0],
os.path.splitext(os.path.basename(in_texture))[0],
"global-" if do_global else ""))
# out_file = open(os.path.join(root, "energies", energy_fname), "w")