v.0.4.5 fix for extrusion angle

CHANGELOG.md

@@ -12,3 +12,4 @@
 - v.0.4.2 - Improved script automatic renaming
 - v.0.4.3 - Fixed regression bug with using multilevel extrusion functions from cq-kit
 - v.0.4.4 - IMPORTANT FIX: generated geometry breaks using CadQuery v.2.4+ due to changes in CadQuery's `extrude` method.  This version should work with any CQ version since it detects which CQ extrusion implementation is used at runtime.
+- v.0.4.5 - IMPORTANT FIX: fixes error in v.0.4.4 for extrusion angle

README.md

@@ -599,6 +599,7 @@ b1.save_step_file()
 - v.0.4.2 - Improved script automatic renaming
 - v.0.4.3 - Fixed regression bug with using multilevel extrusion functions from cq-kit
 - v.0.4.4 - IMPORTANT FIX: generated geometry breaks using CadQuery v.2.4+ due to changes in CadQuery's `extrude` method.  This version should work with any CQ version since it detects which CQ extrusion implementation is used at runtime.
+- v.0.4.5 - IMPORTANT FIX: fixes error in v.0.4.4 for extrusion angle
 
 # References
 

cqgridfinity/__init__.py

@@ -4,7 +4,7 @@
 
 # fmt: off
 __project__ = 'cqgridfinity'
-__version__ = '0.4.4'
+__version__ = '0.4.5'
 # fmt: on
 
 VERSION = __project__ + "-" + __version__

cqgridfinity/gf_obj.py

@@ -326,7 +326,7 @@ def extrude_profile(self, sketch, profile, workplane="XY"):
         for level in profile[1:]:
             if isinstance(level, (tuple, list)):
                 zlen = level[0] if ZLEN_FIX else level[0] / SQRT2
-                r = r.faces(">Z").wires().toPending().extrude(zlen, taper=taper)
+                r = r.faces(">Z").wires().toPending().extrude(zlen, taper=level[1])
             else:
                 r = r.faces(">Z").wires().toPending().extrude(level)
         return r

tests/test_box.py

@@ -32,33 +32,35 @@ def test_basic_box():
 def test_lite_box():
     b1 = GridfinityBox(2, 3, 5, lite_style=True)
     r = b1.render()
+    if _export_files("box"):
+        b1.save_step_file(path=EXPORT_STEP_FILE_PATH)
     assert _almost_same(size_3d(r), (83.5, 125.5, 38.8))
     assert _faces_match(r, ">Z", 1)
     assert _faces_match(r, "<Z", 6)
     assert _edges_match(r, ">Z", 16)
     assert _edges_match(r, "<Z", 48)
     assert b1.filename() == "gf_box_lite_2x3x5"
-    if _export_files("box"):
-        b1.save_step_file(path=EXPORT_STEP_FILE_PATH)
 
 
 def test_empty_box():
     b1 = GridfinityBox(2, 3, 5, holes=True)
     r = b1.render()
+    if _export_files("box"):
+        b1.save_step_file(path=EXPORT_STEP_FILE_PATH)
     assert _almost_same(size_3d(r), (83.5, 125.5, 38.8))
     assert _faces_match(r, ">Z", 1)
     assert _faces_match(r, "<Z", 6)
     assert _edges_match(r, ">Z", 16)
     assert _edges_match(r, "<Z", 72)
     assert b1.filename() == "gf_box_2x3x5_holes"
     assert _almost_same(b1.top_ref_height, 7.2)
-    if _export_files("box"):
-        b1.save_step_file(path=EXPORT_STEP_FILE_PATH)
 
 
 def test_solid_box():
     b1 = GridfinitySolidBox(4, 2, 3)
     r = b1.render()
+    if _export_files("box"):
+        b1.save_step_file(path=EXPORT_STEP_FILE_PATH)
     assert _almost_same(size_3d(r), (167.5, 83.5, 24.8))
     assert _faces_match(r, ">Z", 1)
     assert _faces_match(r, "<Z", 8)
@@ -68,15 +70,15 @@ def test_solid_box():
     assert len(r.edges(FlatEdgeSelector(21)).vals()) == 8
     assert b1.filename() == "gf_box_4x2x3_solid"
     assert _almost_same(b1.top_ref_height, 21)
-    if _export_files("box"):
-        b1.save_step_file(path=EXPORT_STEP_FILE_PATH)
     b1.solid_ratio = 0.5
     assert _almost_same(b1.top_ref_height, 14.1)
 
 
 def test_divided_box():
     b1 = GridfinityBox(3, 3, 3, holes=True, length_div=2, width_div=1)
     r = b1.render()
+    if _export_files("box"):
+        b1.save_step_file(path=EXPORT_STEP_FILE_PATH)
     assert _almost_same(size_3d(r), (125.5, 125.5, 24.8))
     assert _faces_match(r, ">Z", 1)
     assert _faces_match(r, "<Z", 9)
@@ -85,8 +87,6 @@ def test_divided_box():
     assert len(r.faces(FlatFaceSelector(21)).vals()) == 1
     assert len(r.edges(FlatEdgeSelector(21)).vals()) == 54
     assert b1.filename() == "gf_box_3x3x3_div2x1_holes"
-    if _export_files("box"):
-        b1.save_step_file(path=EXPORT_STEP_FILE_PATH)
 
 
 def test_all_features_box():