fixed formatting and linting issues

src/compas_timber/connections/french_ridge_lap.py

@@ -95,10 +95,10 @@ def check_geometry(self):
         This method checks whether the parts are aligned as necessary to create French Ridge Lap and determines which face is used as reference face for machining.
         """
         if not (self.beam_a and self.beam_b):
-            raise(BeamJoinningError("French Ridge Lap requires 2 beams"))
+            raise (BeamJoinningError("French Ridge Lap requires 2 beams"))
 
         if not (self.beam_a.width == self.beam_b.width and self.beam_a.height == self.beam_b.height):
-            raise(BeamJoinningError("widths and heights for both beams must match for the French Ridge Lap"))
+            raise (BeamJoinningError("widths and heights for both beams must match for the French Ridge Lap"))
 
         normal = cross_vectors(self.beam_a.frame.xaxis, self.beam_b.frame.xaxis)
 
@@ -113,7 +113,7 @@ def check_geometry(self):
         elif angle_vectors(normal, -self.beam_a.frame.zaxis) < 0.001:
             indices.append(2)
         else:
-            raise(BeamJoinningError("part not aligned with corner normal, no French Ridge Lap possible"))
+            raise (BeamJoinningError("part not aligned with corner normal, no French Ridge Lap possible"))
 
         if abs(angle_vectors(normal, self.beam_b.frame.yaxis) - math.pi) < 0.001:
             indices.append(3)
@@ -124,5 +124,5 @@ def check_geometry(self):
         elif abs(angle_vectors(normal, -self.beam_b.frame.zaxis) - math.pi) < 0.001:
             indices.append(2)
         else:
-            raise(BeamJoinningError("part not aligned with corner normal, no French Ridge Lap possible"))
+            raise (BeamJoinningError("part not aligned with corner normal, no French Ridge Lap possible"))
         self.reference_face_indices = {str(self.beam_a.key): indices[0], str(self.beam_b.key): indices[1]}

src/compas_timber/connections/joint.py

@@ -132,7 +132,6 @@ def create(cls, assembly, *beams):
 
     @property
     def ends(self):
-
         """Returns a map of ehich end of each beam is joined by this joint."""
 
         self._ends = {}

src/compas_timber/fabrication/btlx_processes/btlx_french_ridge_lap.py

@@ -4,8 +4,7 @@
 from compas_timber.fabrication import BTLx
 from compas_timber.fabrication import BTLxProcess
 
-# from compas_timber.fabrication import BT
-        ...
+
 class BTLxFrenchRidgeLap(object):
     """
     BTLxFrenchRidgeLap represents a fabrication process for creating a French Ridge Lap joint.
@@ -78,7 +77,7 @@ def __init__(self, part, joint, is_top):
             "Priority": "0",
             "ProcessID": "0",
             "ReferencePlaneID": str(self.ref_face_index),
-        }   # XML attributes of the process element in the BTLx file
+        }  # XML attributes of the process element in the BTLx file
 
         self.process_joints()
 

src/compas_timber/fabrication/joint_factories/french_ridge_factory.py

@@ -34,7 +34,7 @@ def apply_processings(self, joint, parts):
         bottom_key = joint.beams[1].key
         bottom_part = parts[str(bottom_key)]
         bottom_part._test.append(
-            bottom_part.reference_surface_planes(joint.reference_face_indices[str(bottom_part.beam.key)]))
+            bottom_part.reference_surface_planes(joint.reference_face_indices[str(bottom_part.beam.key)])
         )
         bottom_part.processings.append(BTLxFrenchRidgeLap.create_process(bottom_part, joint, False))
 

src/compas_timber/fabrication/joint_factories/l_butt_factory.py

@@ -13,7 +13,7 @@ def __init__(self):
 
     @classmethod
     def apply_processings(cls, joint, parts):
-        """ Apply processings to the joint and its associated parts.
+        """Apply processings to the joint and its associated parts.
 
         Parameters:
         ----------