(self)
| 127 | |
| 128 | |
| 129 | def get_normal(self): |
| 130 | self.vn = [] |
| 131 | for index, face in enumerate(self.f): |
| 132 | v = (self.v[face[0][1]][0] - self.v[face[0][0]][0], self.v[face[0][1]][1] - self.v[face[0][0]][1], self.v[face[0][1]][2] - self.v[face[0][0]][2]) |
| 133 | u = (self.v[face[0][2]][0] - self.v[face[0][0]][0], self.v[face[0][2]][1] - self.v[face[0][0]][1], self.v[face[0][2]][2] - self.v[face[0][0]][2]) |
| 134 | normal = [v[1] * u[2] - v[2] * u[1], |
| 135 | v[2] * u[0] - v[0] * u[2], |
| 136 | v[0] * u[1] - v[1] * u[0]] |
| 137 | length = self.sqrt(sum([normal[index]**2 for index in range(3)])) |
| 138 | if length == 0: |
| 139 | print(f"There might be an issue with the mesh \"{self.name}\". The {self.f.index(face) + 1}th face is either a line or a point.") |
| 140 | continue |
| 141 | normal = [normal[0] / length, normal[1] / length, normal[2] / length] |
| 142 | if normal in self.vn: |
| 143 | self.f[index][-1] = self.vn.index(normal) |
| 144 | else: |
| 145 | self.f[index][-1] = len(self.vn) |
| 146 | self.vn.append(normal) |
| 147 | |
| 148 | |
| 149 | def move_mesh(self, destination): |
no outgoing calls
no test coverage detected