Public release

geom_solver.py

@@ -190,17 +190,17 @@ class GeomSolver(object):
 			print("Enough vertices.")
 		else:
 			vertices = centers
-			if self.repeat_predicted:
-				while vertices.shape[0] < desired_vertices:
-					vertices = np.concatenate((vertices, centers)) # [~self.is_apex]
-				vertices = vertices[:desired_vertices]
-			else:
-				if self.mean_fixed:
-					added_one = (desired_vertices * self.wf_center - self.vertices.sum(0)) / (desired_vertices - nvert)
-				else:
-					added_one = self.wf_center
-				added = added_one[None].repeat(desired_vertices - nvert,0)
-				vertices = np.concatenate((self.vertices, added))
+			# if self.repeat_predicted:
+			# 	while vertices.shape[0] < desired_vertices:
+			# 		vertices = np.concatenate((vertices, centers)) # [~self.is_apex]
+			# 	vertices = vertices[:desired_vertices]
+			# else:
+			# 	if self.mean_fixed:
+			# 		added_one = (desired_vertices * self.wf_center - self.vertices.sum(0)) / (desired_vertices - nvert)
+			# 	else:
+			# 		added_one = self.wf_center
+			# 	added = added_one[None].repeat(desired_vertices - nvert,0)
+			# 	vertices = np.concatenate((self.vertices, added))
 		self.vertices_aug = vertices
 
 
@@ -240,7 +240,7 @@ class GeomSolver(object):
 		    uvs.append(uv)
 
 		edges = []
-		thresholds_min_mean = {0 : [5, 15], 1 : [20, 40], 2: [20, 40]}
+		thresholds_min_mean = {0 : [5, 15], 1 : [20, 40], 2: [50, 1000]}
 		# thresholds_min_mean = {0 : [1, 7], 1 : [3, 25], 2: [3, 1000]}
 		for i in range(pyt_centers.shape[0]):
 			for j in range(i+1, pyt_centers.shape[0]):