def face_point(self):
total = Vec3d.zero()
size = 0
for vertex in self.vertices:
total += vertex.position
size += 1
return total / size
def normal(self):
normal = Vec3d.zero()
e = start = self.edge
while True:
normal += e.face.normal
e = e.prev.sys
if e is start:
break
return normal.normalized
def normal(self):
normal = Vec3d.zero()
e = start = self.edge
while True:
v = e.vertex.position
vnext = e.next.vertex.position
normal += vnext.cross(v)
if e is start:
break
return normal.normalized
def get_avg_face_points(mesh: WingedMesh):
avg_face_points = []
total = Vec3d.zero()
count = 0
for vertex in mesh.vertices:
for face in vertex.adjacent_faces:
total += face.face_point
count += 1
avg_face_points.append(total/count)
return avg_face_points
def get_avg_mid_edges(mesh: WingedMesh):
avg_mid_edges = []
total = Vec3d.zero()
count = 0
for vertex in mesh.vertices:
for edge in vertex.edges:
cp1 = edge.vertex.position
cp2 = edge.next.vertex.position
total += (cp1 + cp2) / 2.0
count += 1
avg_mid_edges .append(total/count)
return avg_mid_edges
def create_new_points(mesh: WingedMesh):
new_vertex_positions = []
for vertex in mesh.vertices:
total = Vec3d.zero()
count = 0
for face in vertex.adjacent_faces:
total += face.face_point
count += 1
avg_face_points = total / count
total = Vec3d.zero()
count = 0
for edge in vertex.edges:
cp1 = edge.vertex.position
cp2 = edge.next.vertex.position
total += (cp1 + cp2) / 2.0
count += 1
avg_mid_edges = total / count
n = len(list(vertex.adjacent_faces))
m1 = (n - 3) * vertex.position
m2 = 2 * avg_mid_edges
new_vertex_positions.append((avg_face_points + m2 + m1) / n)
for i, vertex in enumerate(mesh.vertices):
vertex.position = new_vertex_positions[i]
def reset(self):
self.transform = Transform(Vec3d(0, 4, -15))
# self.transform.position.z = -10
self.target_object = Vec3d.zero()
def __init__(self):
self.transform = Transform(Vec3d(0, 4, -15))
# self.transform.position.z = 12
self.target_object = Vec3d.zero()