def test5():
red = mut.makeRed(1000)
path = "./data/restore-pass-comp9"
mut.mkdir_p(path)
for i in xrange(1000):
m1 = m3d.model3d_plus()
m1.read_ply("./pcacolors-comp9/restore/ply/resotre%04d.ply" % i)
m1.write_color_ply(path + "/restore%04d.ply" % i, red)
def test5():
red = mut.makeRed(1000)
path = './data/restore-pass-comp9'
mut.mkdir_p(path)
for i in xrange(1000):
m1 = m3d.model3d_plus()
m1.read_ply("./pcacolors-comp9/restore/ply/resotre%04d.ply" % i)
m1.write_color_ply(path + '/restore%04d.ply' % i, red)
def test4():
m1 = m3d.model3d_changeLo()
m2 = m3d.model3d_changeLo()
m1.read_ply("./data/cloth4ply/mrshape/ball%04d.ply" % 50)
m2.read_ply("./data/cloth4ply/mrvert/cloth%04d.ply" % 50)
print "fnum", m1.face_num
v, f = mut.data5()
# m1.input_data(v,f)
v, f = mut.data6()
# m2.input_data(v,f)
m1.calc_all()
m2.calc_all()
m1.calc_local_coord()
# m1.write_ply('m1.ply')
# m2.write_ply('m2.ply')
# m1.check_local_axis_2(0,'chccklo',m2)
dtemp = md.calc_f2f_distance_in_localcoord(m1, m2)
re_dists = md.change_distanceList(dtemp)
remesh = md.apply_distance(re_dists, m1)
print "local dist", dtemp
print "exchange", re_dists
checkver = remesh.vertexes - m2.vertexes
np.savetxt("checkdistance0000.txt", checkver, delimiter=",")
md.set_scale(0.00000000000000001, -0.00000000000000001)
color = md.dist2color2(checkver[0, :])
print color
remesh.write_color_ply("checkdist.ply", color)
remesh.write_color_ply("red.ply", mut.makeRed(remesh.ver_num))
std = np.std(checkver)
print "std", std
er = checkver / m2.vertexes
er = np.absolute(er)
print er
print er.mean()
print er.max()
std = np.std(er)
print "std", std
np.savetxt("error0300.txt", er, delimiter=",")
""""
def test4():
m1 = m3d.model3d_changeLo()
m2 = m3d.model3d_changeLo()
m1.read_ply("./data/cloth4ply/mrshape/ball%04d.ply" % 50)
m2.read_ply("./data/cloth4ply/mrvert/cloth%04d.ply" % 50)
print 'fnum', m1.face_num
v, f = mut.data5()
#m1.input_data(v,f)
v, f = mut.data6()
#m2.input_data(v,f)
m1.calc_all()
m2.calc_all()
m1.calc_local_coord()
#m1.write_ply('m1.ply')
#m2.write_ply('m2.ply')
#m1.check_local_axis_2(0,'chccklo',m2)
dtemp = md.calc_f2f_distance_in_localcoord(m1, m2)
re_dists = md.change_distanceList(dtemp)
remesh = md.apply_distance(re_dists, m1)
print "local dist", dtemp
print "exchange", re_dists
checkver = remesh.vertexes - m2.vertexes
np.savetxt("checkdistance0000.txt", checkver, delimiter=',')
md.set_scale(0.00000000000000001, -0.00000000000000001)
color = md.dist2color2(checkver[0, :])
print color
remesh.write_color_ply('checkdist.ply', color)
remesh.write_color_ply('red.ply', mut.makeRed(remesh.ver_num))
std = np.std(checkver)
print 'std', std
er = checkver / m2.vertexes
er = np.absolute(er)
print er
print er.mean()
print er.max()
std = np.std(er)
print 'std', std
np.savetxt("error0300.txt", er, delimiter=',')
""""