def rebuild(idx):
# print("[**] processing %d"%idx)
data = t_measure[:, idx].reshape(utils.M_NUM, 1)
[vertex, n, f] = body.mapping(data, flag=flag)
utils.save_obj(os.path.join(ANS_DIR, "%s_%d.obj" % (label, idx)), vertex,
f + 1)
data = mean_measure + data * std_measure
output = np.array(utils.calc_measure(cp, vertex, facet))
error = output - data
error[0, 0] = output[0] - (data[0, 0] / 1000.0)**3
# error[0, 0] = (output[0, 0]**3) / (1000**3) - (data[0, 0]**3) / (1000**3)
# print(error)
return error
def save(self):
desktopPath = os.path.expanduser('~')
try:
utils.save_obj(desktopPath + "\\desktop\\result.obj",
self.vertices, self.facets + 1)
except FileNotFoundError:
utils.save_obj("result.obj", self.vertices, self.facets + 1)
output = np.array(
utils.calc_measure(self.body.cp, self.vertices, self.facets))
for i in range(0, utils.M_NUM):
print("%s: %f" % (utils.M_STR[i], output[i, 0]))
sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
sock.sendto("Done".encode(), ('localhost', 5577))
def save(self):
utils.save_obj("result.obj", self.vertices, self.facets + 1)
output = np.array(
utils.calc_measure(self.body.cp, self.vertices, self.facets))
for i in range(0, utils.M_NUM):
print("%s: %f" % (utils.M_STR[i], output[i, 0]))