Format readme.

modules/robust_skin_weight_transfer/README.md

@@ -38,17 +38,16 @@ be loaded in other 3D software (Blender, Unreal, etc.).
 
 Blender addon (by Sent From Space) - https://sentfromspacevr.gumroad.com/l/robust-weight-transfer
 
-
 ## Shrinkwrap operator
 
 iFire — Today
 I have that operator.
 def find_closest_point_on_surface(points, mesh_vertices, mesh_triangles):
-    """
-    Args:
-        points (np.ndarray): An array of shape (#points, 3), where each row represents the coordinates of a point in 3D space.
-        mesh_vertices (np.ndarray): An array of shape (#mesh_vertices, 3), representing the vertices of the target mesh surface.
-        mesh_triangles (np.ndarray): An array of shape (#mesh_triangles, 3), where each row contains indices that correspond to the vertices forming a triangle on the target mesh surface.
+"""
+Args:
+points (np.ndarray): An array of shape (#points, 3), where each row represents the coordinates of a point in 3D space.
+mesh_vertices (np.ndarray): An array of shape (#mesh_vertices, 3), representing the vertices of the target mesh surface.
+mesh_triangles (np.ndarray): An array of shape (#mesh_triangles, 3), where each row contains indices that correspond to the vertices forming a triangle on the target mesh surface.
 
     Returns:
         tuple: A tuple containing four elements:
@@ -57,27 +56,27 @@ def find_closest_point_on_surface(points, mesh_vertices, mesh_triangles):
             - closest_points (np.ndarray): An array of shape (#points, 3), representing the coordinates of the closest points on the target mesh surface for each input point.
             - barycentric_coordinates (np.ndarray): An array of shape (#points, 3), providing the barycentric coordinates of each closest point relative to the vertices of the triangle it lies on.
     """
- 
+
 I feel like I have all the pieces, but missing something obvious.
-given barycentric_coordinates we can find the normal on the triangle index / triangle positions 
+given barycentric_coordinates we can find the normal on the triangle index / triangle positions
 
 janie bean — Today
 
-A shrinkwrap operator takes verts and snaps them to the closest point on a mesh + offset * normal, right?
+A shrinkwrap operator takes verts and snaps them to the closest point on a mesh + offset \* normal, right?
 the only part i don't know how to do is that "find closest point on mesh" operation
 and then...find the normal of it
 
 janie bean — Today
 
-Yeah, so like, to create a "cage" for a mesh you basically just take the position of each vert and add the normal * an offset
+Yeah, so like, to create a "cage" for a mesh you basically just take the position of each vert and add the normal \* an offset
 and a shrinkwrap basically takes a mesh and snaps it to the cage of another mesh
 
 if find_closest_point_on_surface can get the normal of that point, then can it also get the weight?
 
 Chev — Today
 
 you can use the index of the triangle to look up other informations
-it's the backend of robust weight transfer. trying to port it from python to c++ 
+it's the backend of robust weight transfer. trying to port it from python to c++
 
 janie bean — Today