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 restoreMeshes(outdir, meshNames, invTrans, faceNum):
for i in xrange(start_frame, frame):
print "restore frame:", i
print "restore dist mat", i - start_frame
path = outdir + "/restore/ply"
mut.mkdir_p(path)
name = meshNames % i
testlist = md.divide_distanceList_as_f(invTrans, faceNum, i - start_frame)
prmesh = restoreMesh(name, testlist)
prmesh.write_ply(path + "/" + "resotre%04d.ply" % i)
def restoreMeshes(outdir, meshNames, invTrans, faceNum):
for i in xrange(start_frame, frame):
print "restore frame:", i
print 'restore dist mat', i - start_frame
path = outdir + '/restore/ply'
mut.mkdir_p(path)
name = meshNames % i
testlist = md.divide_distanceList_as_f(invTrans, faceNum,
i - start_frame)
prmesh = restoreMesh(name, testlist)
prmesh.write_ply(path + '/' + 'resotre%04d.ply' % i)
def saveResultPCA(outdir, applyMeshName, c_ratio_all, evr_all):
m = m3d.model3d_changeLo()
m.read_ply(applyMeshName)
nv, nf = md.divide_face(m)
dir_r = outdir + "colorPly/c_ratio"
dir_e = outdir + "colorPly/c_evr"
mut.mkdir_p(dir_r)
mut.mkdir_p(dir_e)
for i in xrange(comp_max - 1):
md.set_scale(0, 1)
col = md.dist2color2(c_ratio_all[:, i])
col3 = md.color2color_x_3(col)
mut.save_ply_file_color(dir_r + "/" + "ratio_c%03dframe0000.ply" % i, nv, nf, col3)
col = md.dist2color2(evr_all[:, i])
col3 = md.color2color_x_3(col)
mut.save_ply_file_color(dir_e + "/" + "evr_c%03dframe0000.ply" % i, nv, nf, col3)
def saveResultPCA(outdir, applyMeshName, c_ratio_all, evr_all):
m = m3d.model3d_changeLo()
m.read_ply(applyMeshName)
nv, nf = md.divide_face(m)
dir_r = outdir + "colorPly/c_ratio"
dir_e = outdir + "colorPly/c_evr"
mut.mkdir_p(dir_r)
mut.mkdir_p(dir_e)
for i in xrange(comp_max - 1):
md.set_scale(0, 1)
col = md.dist2color2(c_ratio_all[:, i])
col3 = md.color2color_x_3(col)
mut.save_ply_file_color(dir_r + "/" + "ratio_c%03dframe0000.ply" % i,
nv, nf, col3)
col = md.dist2color2(evr_all[:, i])
col3 = md.color2color_x_3(col)
mut.save_ply_file_color(dir_e + "/" + "evr_c%03dframe0000.ply" % i, nv,
nf, col3)
def dataMakesAllface(datas, trans, components, means, params, skip=None):
rts = params
old = mut.mkdir_p(out + "learn/")
if skip is not None:
skipp, rts = dataMake.dataSkip(skip, params)
print skipp
np.savetxt(old + "/skip%04dParam.txt" % (skip + start_frame), skipp, delimiter=",")
for i in xrange(face_Num):
# print 'face:',i
name = old + "/testf%04d.npz" % i
dataMake.dataMake(
dataName=name, datas=datas[i].T, param=rts, transdata=trans[i].T, component=components[i].T, mean=means[i]
)
def dataMakesAllface(datas, trans, components, means, params, skip=None):
rts = params
old = mut.mkdir_p(out + 'learn/')
if skip is not None:
skipp, rts = dataMake.dataSkip(skip, params)
print skipp
np.savetxt(old + '/skip%04dParam.txt' % (skip + start_frame),
skipp,
delimiter=',')
for i in xrange(face_Num):
#print 'face:',i
name = old + '/testf%04d.npz' % i
dataMake.dataMake(dataName=name,
datas=datas[i].T,
param=rts,
transdata=trans[i].T,
component=components[i].T,
mean=means[i])
def savedistance(dir, distance):
path = mut.mkdir_p(dir)
for i in xrange(face_Num):
np.savetxt(dir + "/distface%04d.txt" % i, distance[i], fmt="%10f")
def savedistance(dir, distance):
path = mut.mkdir_p(dir)
for i in xrange(face_Num):
np.savetxt(dir + '/distface%04d.txt' % i, distance[i], fmt='%10f')
