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glTF exporter: keep backward compatibility for export options
[blender-addons.git] / archimesh / achm_venetian_maker.py
bloba7468820669db2e5201746b1db35e5656c5619be
1 # SPDX-License-Identifier: GPL-2.0-or-later
2
3 # ----------------------------------------------------------
4 # Author: Antonio Vazquez (antonioya)
5 #
6 # ----------------------------------------------------------
7 # noinspection PyUnresolvedReferences
8 import bpy
9 from math import atan, sin, cos, radians
10 # noinspection PyUnresolvedReferences
11 from bpy.types import Operator, PropertyGroup, Object, Panel
12 from bpy.props import FloatProperty, BoolProperty, IntProperty, FloatVectorProperty, CollectionProperty
13 from .achm_tools import *
14
15
16 # ------------------------------------------------------------------
17 # Define operator class to create object
18 # ------------------------------------------------------------------
19 class ARCHIMESH_OT_Venetian(Operator):
20 bl_idname = "mesh.archimesh_venetian"
21 bl_label = "Venetian blind"
22 bl_description = "Venetian"
23 bl_category = 'View'
24 bl_options = {'REGISTER', 'UNDO'}
25
26 # -----------------------------------------------------
27 # Draw (create UI interface)
28 # -----------------------------------------------------
29 # noinspection PyUnusedLocal
30 def draw(self, context):
31 layout = self.layout
32 row = layout.row()
33 row.label(text="Use Properties panel (N) to define parms", icon='INFO')
34
35 # -----------------------------------------------------
36 # Execute
37 # -----------------------------------------------------
38 def execute(self, context):
39 if bpy.context.mode == "OBJECT":
40 create_object(self, context)
41 return {'FINISHED'}
42 else:
43 self.report({'WARNING'}, "Archimesh: Option only valid in Object mode")
44 return {'CANCELLED'}
45
46
47 # ------------------------------------------------------------------------------
48 #
49 # Create main object. The other objects will be children of this.
50 #
51 # ------------------------------------------------------------------------------
52 # noinspection PyUnusedLocal
53 def create_object(self, context):
54 # deselect all objects
55 for o in bpy.data.objects:
56 o.select_set(False)
57
58 # we create main object and mesh
59 mainmesh = bpy.data.meshes.new("VenetianFrane")
60 mainobject = bpy.data.objects.new("VenetianFrame", mainmesh)
61 mainobject.location = bpy.context.scene.cursor.location
62 bpy.context.collection.objects.link(mainobject)
63 mainobject.VenetianObjectGenerator.add()
64
65 # we shape the main object and create other objects as children
66 shape_mesh_and_create_children(mainobject, mainmesh)
67
68 # we select, and activate, main object
69 mainobject.select_set(True)
70 bpy.context.view_layer.objects.active = mainobject
71
72
73 # ------------------------------------------------------------------------------
74 #
75 # Update main mesh and children objects
76 #
77 # ------------------------------------------------------------------------------
78 # noinspection PyUnusedLocal
79 def update_object(self, context):
80 # When we update, the active object is the main object
81 o = bpy.context.active_object
82 oldmesh = o.data
83 oldname = o.data.name
84 # Now we deselect that object to not delete it.
85 o.select_set(False)
86 # and we create a new mesh
87 tmp_mesh = bpy.data.meshes.new("temp")
88 # deselect all objects
89 for obj in bpy.data.objects:
90 obj.select_set(False)
91
92 # -----------------------
93 # remove all children
94 # -----------------------
95 # first granchild
96 for child in o.children:
97 remove_children(child)
98 # now children of main object
99 remove_children(o)
100
101 # Finally we create all that again (except main object),
102 shape_mesh_and_create_children(o, tmp_mesh, True)
103 o.data = tmp_mesh
104 # Remove data (mesh of active object),
105 bpy.data.meshes.remove(oldmesh)
106 tmp_mesh.name = oldname
107 # and select, and activate, the main object
108 o.select_set(True)
109 bpy.context.view_layer.objects.active = o
110
111
112 # ------------------------------------------------------------------------------
113 # Generate all objects
114 # For main, it only shapes mesh and creates modifiers (the modifier, only the first time).
115 # And, for the others, it creates object and mesh.
116 # ------------------------------------------------------------------------------
117 # noinspection PyUnusedLocal
118 def shape_mesh_and_create_children(mainobject, tmp_mesh, update=False):
119 mp = mainobject.VenetianObjectGenerator[0]
120 mat = None
121 plastic = None
122
123 if mp.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
124 rgb = mp.objcol
125 plastic = create_diffuse_material("Plastic_venetian_material", True, rgb[0], rgb[1], rgb[2], rgb[0], rgb[1],
126 rgb[2], 0.2)
127
128 # ------------------
129 # Top
130 # ------------------
131 create_venetian_top(tmp_mesh, mp.width + 0.002, mp.depth + 0.002, -0.06)
132
133 # materials
134 if mp.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
135 set_material(mainobject, plastic)
136 # --------------------------------------------------------------------------------
137 # segments
138 # --------------------------------------------------------------------------------
139 margin = mp.depth
140 mydata = create_slat_mesh("Venetian_slats", mp.width, mp.depth, mp.height - 0.06, mp.angle, mp.ratio)
141 myslats = mydata[0]
142 myslats.parent = mainobject
143 myslats.location.x = 0
144 myslats.location.y = 0
145 myslats.location.z = -margin - 0.04
146
147 mypoints = mydata[1]
148 angleused = mydata[2]
149 # refine
150 remove_doubles(myslats)
151 set_normals(myslats)
152 set_smooth(myslats)
153
154 if mp.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
155 set_material(myslats, plastic)
156 # ------------------------
157 # Strings (Middle)
158 # ------------------------
159 myp = [((0, 0, mypoints[0] + margin), (0, 0, 0), (0, 0, 0)),
160 ((0, 0, mypoints[len(mypoints) - 1]), (0, 0, 0), (0, 0, 0))]
161
162 mycurvel = create_bezier("String.L", myp, (0, 0, 0))
163 mycurvel.parent = myslats
164 mycurvec = create_bezier("String.C", myp, (0, 0, 0))
165 mycurvec.parent = myslats
166 mycurver = create_bezier("String.R", myp, (0, 0, 0))
167 mycurver.parent = myslats
168
169 if mp.width < 0.60:
170 sep = 0.058
171 else:
172 sep = 0.148
173
174 mycurvel.location.x = (mp.width / 2) - sep
175 mycurvel.location.y = 0
176 mycurvel.location.z = 0
177
178 mycurvec.location.x = 0
179 mycurvec.location.y = 0
180 mycurvec.location.z = 0
181
182 mycurver.location.x = -(mp.width / 2) + sep
183 mycurver.location.y = 0
184 mycurver.location.z = 0
185
186 if mp.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
187 mat = create_diffuse_material("String_material", False, 0.674, 0.617, 0.496, 0.1, 0.1, 0.1, 0.01)
188 set_material(mycurvel, mat)
189 set_material(mycurvec, mat)
190 set_material(mycurver, mat)
191 # ------------------------
192 # Strings (Front)
193 # ------------------------
194 myp = [((0, 0, margin), (0, 0, 0), (0, 0, 0)),
195 ((0, 0, mypoints[len(mypoints) - 1] - 0.003 - sin(radians(angleused)) * mp.depth / 2), (0, 0, 0),
196 (0, 0, 0))]
197
198 mycurvelf = create_bezier("String.f.L", myp, (0, 0, 0), 0.001, 'FRONT')
199 mycurvelf.parent = myslats
200 mycurvecf = create_bezier("String.f.C", myp, (0, 0, 0), 0.001, 'FRONT')
201 mycurvecf.parent = myslats
202 mycurverf = create_bezier("String.f.R", myp, (0, 0, 0), 0.001, 'FRONT')
203 mycurverf.parent = myslats
204
205 if mp.width < 0.60:
206 sep = 0.058
207 else:
208 sep = 0.148
209
210 mycurvelf.location.x = (mp.width / 2) - sep
211 mycurvelf.location.y = ((-mp.depth / 2) * cos(radians(mp.angle))) - 0.001
212 mycurvelf.location.z = 0
213
214 mycurvecf.location.x = 0
215 mycurvecf.location.y = ((-mp.depth / 2) * cos(radians(mp.angle))) - 0.001
216 mycurvecf.location.z = 0
217
218 mycurverf.location.x = -(mp.width / 2) + sep
219 mycurverf.location.y = ((-mp.depth / 2) * cos(radians(mp.angle))) - 0.001
220 mycurverf.location.z = 0
221
222 if mp.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
223 set_material(mycurvelf, mat)
224 set_material(mycurvecf, mat)
225 set_material(mycurverf, mat)
226
227 # ------------------------
228 # Strings (Back)
229 # ------------------------
230 myp = [((0, 0, margin), (0, 0, 0), (0, 0, 0)),
231 ((0, 0, mypoints[len(mypoints) - 1] - 0.003 + sin(radians(angleused)) * mp.depth / 2),
232 (0, 0, 0),
233 (0, 0, 0))]
234
235 mycurvelb = create_bezier("String.b.L", myp, (0, 0, 0), 0.001, 'BACK')
236 mycurvelb.parent = myslats
237 mycurvecb = create_bezier("String.b.C", myp, (0, 0, 0), 0.001, 'BACK')
238 mycurvecb.parent = myslats
239 mycurverb = create_bezier("String.b.R", myp, (0, 0, 0), 0.001, 'BACK')
240 mycurverb.parent = myslats
241
242 if mp.width < 0.60:
243 sep = 0.058
244 else:
245 sep = 0.148
246
247 mycurvelb.location.x = (mp.width / 2) - sep
248 mycurvelb.location.y = ((mp.depth / 2) * cos(radians(mp.angle))) + 0.001
249 mycurvelb.location.z = 0
250
251 mycurvecb.location.x = 0
252 mycurvecb.location.y = ((mp.depth / 2) * cos(radians(mp.angle))) + 0.001
253 mycurvecb.location.z = 0
254
255 mycurverb.location.x = -(mp.width / 2) + sep
256 mycurverb.location.y = ((mp.depth / 2) * cos(radians(mp.angle))) + 0.001
257 mycurverb.location.z = 0
258
259 if mp.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
260 set_material(mycurvelb, mat)
261 set_material(mycurvecb, mat)
262 set_material(mycurverb, mat)
263
264 # ------------------
265 # Bottom
266 # ------------------
267 mybase = create_venetian_base("Venetian_base", mp.width + 0.002, mp.depth + 0.002, -0.006)
268 mybase.parent = myslats
269 mybase.location.x = 0
270 mybase.location.y = 0
271 mybase.location.z = mypoints[len(mypoints) - 1]
272 mybase.rotation_euler = (radians(angleused), 0, 0)
273
274 # materials
275 if mp.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
276 set_material(mybase, plastic)
277 # ------------------
278 # Stick
279 # ------------------
280 mystick = get_venetian_stick("Venetian_stick", mp.height * 0.6)
281 mystick.parent = mainobject
282 mystick.location.x = -mp.width / 2 + 0.03
283 mystick.location.y = -mp.depth / 2 - 0.003
284 mystick.location.z = -0.03
285 # materials
286 if mp.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
287 matstick = create_diffuse_material("Stick_material", False, 0.6, 0.6, 0.6, 0.6, 0.6, 0.6, 0.04)
288 set_material(mybase, matstick)
289
290 # ------------------
291 # Strings up/down
292 # ------------------
293 mystring = get_venetian_strings("Venetian_updown", mp.height * 0.75)
294 mystring.parent = mainobject
295 mystring.location.x = mp.width / 2 - 0.03
296 mystring.location.y = -mp.depth / 2 - 0.003
297 mystring.location.z = -0.03
298
299 if mp.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
300 set_material(mystring, mat)
301 # deactivate others
302 for o in bpy.data.objects:
303 if o.select_get() is True and o.name != mainobject.name:
304 o.select_set(False)
305
306 return
307
308
309 # ------------------------------------------------------------------
310 # Define property group class to create or modify
311 # ------------------------------------------------------------------
312 class ObjectProperties(PropertyGroup):
313 width: FloatProperty(
314 name='Width',
315 min=0.30, max=4, default=1, precision=3,
316 description='Total width', update=update_object,
317 )
318 height: FloatProperty(
319 name='Height',
320 min=0.20, max=10, default=1.7, precision=3,
321 description='Total height',
322 update=update_object,
323 )
324 depth: FloatProperty(
325 name='Slat depth', min=0.02, max=0.30, default=0.04,
326 precision=3,
327 description='Slat depth', update=update_object,
328 )
329 angle: FloatProperty(
330 name='Angle', min=0, max=85, default=0, precision=1,
331 description='Angle of the slats', update=update_object,
332 )
333 ratio: IntProperty(
334 name='Extend', min=0, max=100, default=100,
335 description='% of extension (100 full extend)', update=update_object,
336 )
337
338 # Materials
339 crt_mat: BoolProperty(
340 name="Create default Cycles materials",
341 description="Create default materials for Cycles render",
342 default=True, update=update_object,
343 )
344 objcol: FloatVectorProperty(
345 name="Color",
346 description="Color for material",
347 default=(0.616, 0.435, 1.0, 1.0),
348 min=0.1, max=1,
349 subtype='COLOR',
350 size=4, update=update_object,
351 )
352
353 # Register
354 bpy.utils.register_class(ObjectProperties)
355 Object.VenetianObjectGenerator = CollectionProperty(type=ObjectProperties)
356
357
358 # ------------------------------------------------------------------
359 # Define panel class to modify object
360 # ------------------------------------------------------------------
361 class ARCHIMESH_PT_VenetianObjectgenerator(Panel):
362 bl_idname = "OBJECT_PT_venetian_generator"
363 bl_label = "Venetian"
364 bl_space_type = 'VIEW_3D'
365 bl_region_type = 'UI'
366 bl_category = 'Create'
367
368 # -----------------------------------------------------
369 # Verify if visible
370 # -----------------------------------------------------
371 @classmethod
372 def poll(cls, context):
373 o = context.object
374 if o is None:
375 return False
376 if 'VenetianObjectGenerator' not in o:
377 return False
378 else:
379 return True
380
381 # -----------------------------------------------------
382 # Draw (create UI interface)
383 # -----------------------------------------------------
384 def draw(self, context):
385 o = context.object
386 # noinspection PyBroadException
387 try:
388 if 'VenetianObjectGenerator' not in o:
389 return
390 except:
391 return
392
393 layout = self.layout
394 if bpy.context.mode == 'EDIT_MESH':
395 layout.label(text='Warning: Operator does not work in edit mode.', icon='ERROR')
396 else:
397 myobjdat = o.VenetianObjectGenerator[0]
398 space = bpy.context.space_data
399 if not space.local_view:
400 # Imperial units warning
401 if bpy.context.scene.unit_settings.system == "IMPERIAL":
402 row = layout.row()
403 row.label(text="Warning: Imperial units not supported", icon='COLOR_RED')
404
405 box = layout.box()
406 row = box.row()
407 row.prop(myobjdat, 'width')
408 row.prop(myobjdat, 'height')
409 row.prop(myobjdat, 'depth')
410 row = box.row()
411 row.prop(myobjdat, 'angle', slider=True)
412 row.prop(myobjdat, 'ratio', slider=True)
413
414 box = layout.box()
415 if not context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
416 box.enabled = False
417 box.prop(myobjdat, 'crt_mat')
418 if myobjdat.crt_mat:
419 row = box.row()
420 row.prop(myobjdat, 'objcol')
421 else:
422 row = layout.row()
423 row.label(text="Warning: Operator does not work in local view mode", icon='ERROR')
424
425
426 # ------------------------------------------------------------------------------
427 # Create rectangular base
428 #
429 # x: size x axis
430 # y: size y axis
431 # z: size z axis
432 # ------------------------------------------------------------------------------
433 def create_venetian_top(mymesh, x, y, z):
434 myvertex = [(-x / 2, -y / 2, 0.0),
435 (-x / 2, y / 2, 0.0),
436 (x / 2, y / 2, 0.0),
437 (x / 2, -y / 2, 0.0),
438 (-x / 2, -y / 2, z),
439 (-x / 2, y / 2, z),
440 (x / 2, y / 2, z),
441 (x / 2, -y / 2, z)]
442
443 myfaces = [(0, 1, 2, 3), (0, 1, 5, 4), (1, 2, 6, 5), (2, 6, 7, 3), (5, 6, 7, 4), (0, 4, 7, 3)]
444
445 mymesh.from_pydata(myvertex, [], myfaces)
446 mymesh.update(calc_edges=True)
447
448 return
449
450
451 # ------------------------------------------------------------
452 # Create venetian slats
453 #
454 # width: total width of the slat
455 # depth: depth of the slat
456 # height: Total height (extended)
457 # ratio: factor of extension 0-collapsed 100-extended
458 # angle: angle
459 # ------------------------------------------------------------
460 def create_slat_mesh(objname, width, depth, height, angle, ratio):
461 # Vertex
462 v = 0
463 gap = 0.001
464 angleused = 0
465 myvertex = []
466 myfaces = []
467 mypoints = []
468 # Calculate total slats
469 separation = (depth * 0.75) # posZ is % of depth
470 numslats = int(height / separation)
471 collapsedslats = numslats - int((height * ((100 - ratio) / 100)) / separation)
472 # --------------------------------
473 # Generate slats
474 # --------------------------------
475 posz = 0
476 for x in range(numslats):
477 if x < collapsedslats:
478 angleused = angle
479 elif x == collapsedslats:
480 angleused = angle / 2
481 else:
482 angleused = 0
483 # if the slat is collapsed, the angle is 0
484
485 mydata = get_slat_data(v, angleused, width, depth, posz)
486 mypoints.extend([posz]) # saves all Z points
487 myvertex.extend(mydata[0])
488 myfaces.extend(mydata[1])
489 v = mydata[2]
490 if x < collapsedslats:
491 posz -= separation
492 else:
493 posz -= gap
494 # Transition to horizontal
495 if angleused == angle / 2:
496 sinheight = sin(radians(angle / 2)) * depth / 2
497 posz -= sinheight
498
499 mesh = bpy.data.meshes.new(objname)
500 myobject = bpy.data.objects.new(objname, mesh)
501
502 myobject.location = bpy.context.scene.cursor.location
503 bpy.context.collection.objects.link(myobject)
504
505 mesh.from_pydata(myvertex, [], myfaces)
506 mesh.update(calc_edges=True)
507
508 return myobject, mypoints, angleused
509
510
511 # ------------------------------------------------------------
512 # Generate slat data for venetian slat mesh
513 #
514 # v: last vertex index
515 # angle: angle
516 # width: total width of the slat
517 # depth: depth of the slat
518 # posZ: position in Z axis
519 # ------------------------------------------------------------
520 def get_slat_data(v, angle, width, depth, posz):
521 # ------------------------------------
522 # Mesh data
523 # ------------------------------------
524 maxx = width / 2
525 miny = -depth / 2
526 maxy = depth / 2
527 maxz = 0.0028
528 gap = 0.0025
529 radio = 0.00195
530 sinv = sin(atan(maxz / (maxy - gap)))
531 cos_value = cos(radians(angle))
532 sin_value = sin(radians(angle))
533
534 if width < 0.60:
535 sep = 0.06
536 else:
537 sep = 0.15
538
539 sep2 = sep - 0.005
540
541 # Vertex
542 myvertex = []
543
544 myvertex.extend(
545 [(maxx - 0.0017, (miny + 0.00195) * cos_value, posz + (-maxz + (radio * sinv)) + ((miny + 0.00195) * sin_value)),
546 (maxx - 0.0017, (maxy - 0.00195) * cos_value, posz + (-maxz + (radio * sinv)) + ((maxy - 0.00195) * sin_value)),
547 (maxx - 0.0045, miny * cos_value, posz + -maxz + (miny * sin_value)),
548 (maxx - 0.0045, maxy * cos_value, posz + -maxz + (maxy * sin_value)),
549 (maxx, -gap * cos_value, posz + (-gap * sin_value)),
550 (maxx, gap * cos_value, posz + (gap * sin_value)),
551 (maxx - 0.0045, -gap * cos_value, posz + (-gap * sin_value)),
552 (maxx - 0.0045, gap * cos_value, posz + (gap * sin_value)),
553 (0.001172, miny * cos_value, posz + -maxz + (miny * sin_value)),
554 (0.001172, maxy * cos_value, posz + -maxz + (maxy * sin_value)),
555 (0.001172, -gap * cos_value, posz + (-gap * sin_value)),
556 (0.001172, gap * cos_value, posz + (gap * sin_value)),
557 (maxx - sep, miny * cos_value, posz + -maxz + (miny * sin_value)),
558 (maxx - sep, maxy * cos_value, posz + -maxz + (maxy * sin_value)),
559 (maxx - sep, -gap * cos_value, posz + (-gap * sin_value)),
560 (maxx - sep, gap * cos_value, posz + (gap * sin_value)),
561 (maxx - sep2, miny * cos_value, posz + -maxz + (miny * sin_value)),
562 (maxx - sep2, maxy * cos_value, posz + -maxz + (maxy * sin_value)),
563 (maxx - sep2, -gap * cos_value, posz + (-gap * sin_value)),
564 (maxx - sep2, gap * cos_value, posz + (gap * sin_value))])
565
566 myvertex.extend(
567 [(-maxx + 0.0017, (miny + 0.00195) * cos_value, posz + (-maxz + (radio * sinv)) + ((miny + 0.00195) * sin_value)),
568 (-maxx + 0.0017, (maxy - 0.00195) * cos_value, posz + (-maxz + (radio * sinv)) + ((maxy - 0.00195) * sin_value)),
569 (-maxx + 0.0045, miny * cos_value, posz + -maxz + (miny * sin_value)),
570 (-maxx + 0.0045, maxy * cos_value, posz + -maxz + (maxy * sin_value)),
571 (-maxx, -gap * cos_value, posz + (-gap * sin_value)),
572 (-maxx, gap * cos_value, posz + (gap * sin_value)),
573 (-maxx + 0.0045, -gap * cos_value, posz + (-gap * sin_value)),
574 (-maxx + 0.0045, gap * cos_value, posz + (gap * sin_value)),
575 (-0.001172, miny * cos_value, posz + -maxz + (miny * sin_value)),
576 (-0.001172, maxy * cos_value, posz + -maxz + (maxy * sin_value)),
577 (-0.001172, -gap * cos_value, posz + (-gap * sin_value)),
578 (-0.001172, gap * cos_value, posz + (gap * sin_value)),
579 (-maxx + sep, miny * cos_value, posz + -maxz + (miny * sin_value)),
580 (-maxx + sep, maxy * cos_value, posz + -maxz + (maxy * sin_value)),
581 (-maxx + sep, -gap * cos_value, posz + (-gap * sin_value)),
582 (-maxx + sep, gap * cos_value, posz + (gap * sin_value)),
583 (-maxx + sep2, miny * cos_value, posz + -maxz + (miny * sin_value)),
584 (-maxx + sep2, maxy * cos_value, posz + -maxz + (maxy * sin_value)),
585 (-maxx + sep2, -gap * cos_value, posz + (-gap * sin_value)),
586 (-maxx + sep2, gap * cos_value, posz + (gap * sin_value))])
587
588 # Faces
589 myfaces = [(v + 7, v + 5, v + 1, v + 3), (v + 19, v + 7, v + 3, v + 17), (v + 2, v + 0, v + 4, v + 6),
590 (v + 6, v + 4, v + 5, v + 7), (v + 16, v + 2, v + 6, v + 18),
591 (v + 18, v + 6, v + 7, v + 19), (v + 11, v + 15, v + 13, v + 9), (v + 8, v + 12, v + 14, v + 10),
592 (v + 10, v + 14, v + 15, v + 11), (v + 15, v + 19, v + 17, v + 13),
593 (v + 12, v + 16, v + 18, v + 14), (v + 39, v + 35, v + 33, v + 37), (v + 34, v + 38, v + 36, v + 32),
594 (v + 27, v + 25, v + 21, v + 23), (v + 27, v + 26, v + 24, v + 25),
595 (v + 24, v + 26, v + 22, v + 20), (v + 39, v + 37, v + 23, v + 27), (v + 39, v + 27, v + 26, v + 38),
596 (v + 38, v + 26, v + 22, v + 36), (v + 30, v + 34, v + 32, v + 28),
597 (v + 34, v + 30, v + 31, v + 35), (v + 35, v + 31, v + 29, v + 33), (v + 11, v + 9, v + 29, v + 31),
598 (v + 8, v + 10, v + 30, v + 28)]
599
600 v += len(myvertex)
601
602 return myvertex, myfaces, v
603
604
605 # ------------------------------------------------------------------------------
606 # Create rectangular base
607 #
608 # objName: Object name
609 # x: size x axis
610 # y: size y axis
611 # z: size z axis
612 # ------------------------------------------------------------------------------
613 def create_venetian_base(objname, x, y, z):
614 myvertex = [(-x / 2, -y / 2, 0.0),
615 (-x / 2, y / 2, 0.0),
616 (x / 2, y / 2, 0.0),
617 (x / 2, -y / 2, 0.0),
618 (-x / 2, -y / 2, z),
619 (-x / 2, y / 2, z),
620 (x / 2, y / 2, z),
621 (x / 2, -y / 2, z)]
622
623 myfaces = [(0, 1, 2, 3), (0, 1, 5, 4), (1, 2, 6, 5), (2, 6, 7, 3), (5, 6, 7, 4), (0, 4, 7, 3)]
624
625 mesh = bpy.data.meshes.new(objname)
626 myobject = bpy.data.objects.new(objname, mesh)
627
628 myobject.location = bpy.context.scene.cursor.location
629 bpy.context.collection.objects.link(myobject)
630
631 mesh.from_pydata(myvertex, [], myfaces)
632 mesh.update(calc_edges=True)
633
634 return myobject
635
636
637 # ------------------------------------------------------------
638 # Generate stick for venetian
639 #
640 # objName: Object name
641 # height: height
642 # ------------------------------------------------------------
643 def get_venetian_stick(objname, height):
644 # ------------------------------------
645 # Mesh data
646 # ------------------------------------
647 minx = -0.005686083808541298
648 maxx = 0.005686083808541298
649 # minZ = -0.2236524224281311
650 minz = -height
651 maxz = 0
652
653 # Vertex
654 myvertex = [(minx + 0.0031912513077259064, -0.012805024161934853, maxz - 0.02722930908203125),
655 (minx + 0.0030460257548838854, -0.007894348353147507, maxz - 0.008386015892028809),
656 (minx + 0.003936204360798001, -0.014603500254452229, maxz - 0.02722930908203125),
657 (minx + 0.003812092007137835, -0.006685533560812473, maxz - 0.009785711765289307),
658 (maxx - 0.005637487949570641, -0.01534845307469368, maxz - 0.02722930908203125),
659 (minx + 0.005661540681103361, -0.006184821017086506, maxz - 0.010365545749664307),
660 (maxx - 0.0038390127010643482, -0.014603500254452229, maxz - 0.02722930908203125),
661 (maxx - 0.0038611787604168057, -0.006685533560812473, maxz - 0.009785711765289307),
662 (maxx - 0.0030940594151616096, -0.012805024161934853, maxz - 0.02722930908203125),
663 (maxx - 0.0030951115768402815, -0.007894348353147507, maxz - 0.008386015892028809),
664 (maxx - 0.0038390120025724173, -0.011006549000740051, maxz - 0.02722930908203125),
665 (maxx - 0.0038611781783401966, -0.009103144519031048, maxz - 0.0069863200187683105),
666 (maxx - 0.005637487425701693, -0.010261595249176025, maxz - 0.02722930908203125),
667 (minx + 0.005661541004883475, -0.00960385799407959, maxz - 0.0064064860343933105),
668 (minx + 0.003936204593628645, -0.011006549000740051, maxz - 0.02722930908203125),
669 (minx + 0.003812092822045088, -0.009103145450353622, maxz - 0.0069863200187683105),
670 (minx + 0.004708557506091893, -0.0009992714039981365, maxz - 0.002431390807032585),
671 (minx + 0.004987679829355329, -0.0009992715204134583, maxz - 0.0031052385456860065),
672 (minx + 0.005661541195877362, -0.0009992715204134583, maxz - 0.0033843691926449537),
673 (maxx - 0.00503676530206576, -0.0009992715204134583, maxz - 0.0031052385456860065),
674 (maxx - 0.004757642629556358, -0.0009992716368287802, maxz - 0.002431390807032585),
675 (maxx - 0.005036764952819794, -0.0009992715204134583, maxz - 0.0017575474921613932),
676 (minx + 0.005661541457811836, -0.0009992715204134583, maxz - 0.0014784171944484115),
677 (minx + 0.004987680295016617, -0.0009992715204134583, maxz - 0.0017575474921613932),
678 (minx + 0.0038341645849868655, -0.010904508642852306, maxz - 0.015928268432617188),
679 (maxx - 0.005637487367494032, -0.01011728961020708, maxz - 0.015928268432617188),
680 (maxx - 0.003736971877515316, -0.010904508642852306, maxz - 0.015928268432617188),
681 (maxx - 0.002949752612039447, -0.012805024161934853, maxz - 0.015928268432617188),
682 (maxx - 0.0037369721103459597, -0.014705540612339973, maxz - 0.015928268432617188),
683 (maxx - 0.00563748789136298, -0.015492759644985199, maxz - 0.015928268432617188),
684 (minx + 0.0038341644685715437, -0.014705540612339973, maxz - 0.015928268432617188),
685 (minx + 0.003046944970265031, -0.012805024161934853, maxz - 0.015928268432617188),
686 (minx + 0.0043586865067481995, -0.012638782151043415, maxz - 0.013130486011505127),
687 (minx + 0.004740283475257456, -0.0120366420596838, maxz - 0.013827741146087646),
688 (minx + 0.0056615397916175425, -0.011787224560976028, maxz - 0.014116525650024414),
689 (maxx - 0.004789371509104967, -0.0120366420596838, maxz - 0.013827741146087646),
690 (maxx - 0.0044077744241803885, -0.012638782151043415, maxz - 0.013130486011505127),
691 (maxx - 0.0047893712762743235, -0.013240913860499859, maxz - 0.012433230876922607),
692 (minx + 0.005661539897118928, -0.01349033135920763, maxz - 0.01214444637298584),
693 (minx + 0.004740283824503422, -0.013240914791822433, maxz - 0.012433230876922607),
694 (minx + 0.005661537383275572, -0.012638770043849945, maxz - 0.017504926770925522),
695 (maxx - 0.0039202586049214005, -0.010174507275223732, maxz - 0.015622403472661972),
696 (maxx - 0.0028137227054685354, -0.013580016791820526, maxz - 0.015622403472661972),
697 (minx + 0.005661537154082907, -0.015684761106967926, maxz - 0.015622403472661972),
698 (minx + 0.0027646280359476805, -0.013580016791820526, maxz - 0.015622403472661972),
699 (minx + 0.003871166962198913, -0.010174507275223732, maxz - 0.015622403472661972),
700 (maxx - 0.0028137224726378918, -0.011697524227201939, maxz - 0.01257637981325388),
701 (maxx - 0.003920258954167366, -0.015103034675121307, maxz - 0.01257637981325388),
702 (minx + 0.0038711666129529476, -0.015103034675121307, maxz - 0.01257637981325388),
703 (minx + 0.002764628268778324, -0.011697524227201939, maxz - 0.01257637981325388),
704 (minx + 0.0056615376142872265, -0.00959277804940939, maxz - 0.01257637981325388),
705 (minx + 0.005661537383275572, -0.012638770043849945, maxz - 0.010693902149796486),
706 (maxx - 0.004007883137091994, -0.013192017562687397, maxz - 0.016996320337057114),
707 (maxx - 0.004658283665776253, -0.011190323159098625, maxz - 0.016996320337057114),
708 (maxx - 0.002955520059913397, -0.011743564158678055, maxz - 0.015889829024672508),
709 (minx + 0.00566153760337329, -0.009741866029798985, maxz - 0.015889829024672508),
710 (minx + 0.0046091912081465125, -0.011190323159098625, maxz - 0.016996320337057114),
711 (minx + 0.005661537248670356, -0.014429156668484211, maxz - 0.016996320337057114),
712 (maxx - 0.004007878364063799, -0.014982416294515133, maxz - 0.015889829024672508),
713 (minx + 0.003958789980970323, -0.013192017562687397, maxz - 0.016996320337057114),
714 (minx + 0.00395878404378891, -0.014982416294515133, maxz - 0.015889829024672508),
715 (minx + 0.002906427951529622, -0.011743564158678055, maxz - 0.015889829024672508),
716 (maxx - 0.004658278776332736, -0.009399918839335442, maxz - 0.014099414460361004),
717 (minx + 0.004609186435118318, -0.009399918839335442, maxz - 0.014099414460361004),
718 (maxx - 0.0023051041644066572, -0.012638770043849945, maxz - 0.014099414460361004),
719 (maxx - 0.0029555035289376974, -0.010637051425874233, maxz - 0.014099414460361004),
720 (maxx - 0.004658279241994023, -0.015877623111009598, maxz - 0.014099414460361004),
721 (maxx - 0.0029555039945989847, -0.014640489593148232, maxz - 0.014099414460361004),
722 (minx + 0.0029064100235700607, -0.014640489593148232, maxz - 0.014099414460361004),
723 (minx + 0.00460918596945703, -0.015877623111009598, maxz - 0.014099414460361004),
724 (minx + 0.002906410489231348, -0.010637051425874233, maxz - 0.014099414460361004),
725 (minx + 0.0022560113575309515, -0.012638770043849945, maxz - 0.014099414460361004),
726 (maxx - 0.004007878014817834, -0.010295123793184757, maxz - 0.012308954261243343),
727 (maxx - 0.002955520059913397, -0.013533977791666985, maxz - 0.012308954261243343),
728 (minx + 0.005661537164996844, -0.015535674057900906, maxz - 0.012308954261243343),
729 (minx + 0.0029064277186989784, -0.013533977791666985, maxz - 0.012308954261243343),
730 (minx + 0.003958784393034875, -0.010295123793184757, maxz - 0.012308954261243343),
731 (maxx - 0.004007883137091994, -0.012085524387657642, maxz - 0.011202462017536163),
732 (minx + 0.0056615375196997775, -0.01084838341921568, maxz - 0.011202462017536163),
733 (maxx - 0.004658283898606896, -0.01408721785992384, maxz - 0.011202462017536163),
734 (minx + 0.004609190975315869, -0.01408721785992384, maxz - 0.011202462017536163),
735 (minx + 0.003958789980970323, -0.012085524387657642, maxz - 0.011202462017536163),
736 (minx + 0.003936204593628645, -0.011006549000740051, minz),
737 (maxx - 0.005637487425701693, -0.010261595249176025, minz),
738 (maxx - 0.0038390120025724173, -0.011006549000740051, minz),
739 (maxx - 0.0030940594151616096, -0.012805024161934853, minz),
740 (maxx - 0.0038390127010643482, -0.014603500254452229, minz),
741 (maxx - 0.005637487949570641, -0.01534845307469368, minz),
742 (minx + 0.003936204360798001, -0.014603500254452229, minz),
743 (minx + 0.0031912513077259064, -0.012805024161934853, minz),
744 (minx, -0.001379312016069889, maxz - 0.005334946792572737),
745 (minx, -4.6566128730773926e-09, maxz - 0.005334946792572737),
746 (maxx, -4.6566128730773926e-09, maxz - 0.005334946792572737),
747 (maxx, -0.001379312016069889, maxz - 0.005334946792572737),
748 (minx, -0.001379312016069889, maxz - 1.5133991837501526e-08),
749 (minx, -4.6566128730773926e-09, maxz - 1.5133991837501526e-08),
750 (maxx, -4.6566128730773926e-09, maxz - 1.5133991837501526e-08),
751 (maxx, -0.001379312016069889, maxz - 1.5133991837501526e-08),
752 (minx + 0.0009754756465554237, -0.001379312016069889, maxz - 0.00447732862085104),
753 (minx + 0.0009754756465554237, -0.001379312016069889, maxz - 0.0008576327236369252),
754 (maxx - 0.0009754756465554237, -0.001379312016069889, maxz - 0.0008576327236369252),
755 (maxx - 0.0009754756465554237, -0.001379312016069889, maxz - 0.00447732862085104),
756 (minx + 0.0009754756465554237, -0.0007799165323376656, maxz - 0.00447732862085104),
757 (minx + 0.0009754756465554237, -0.0007799165323376656, maxz - 0.0008576327236369252),
758 (maxx - 0.0009754756465554237, -0.0007799165323376656, maxz - 0.0008576327236369252),
759 (maxx - 0.0009754756465554237, -0.0007799165323376656, maxz - 0.00447732862085104)]
760
761 # Faces
762 myfaces = [(1, 15, 23, 16), (17, 16, 23, 22, 21, 20, 19, 18),
763 (15, 13, 22, 23), (13, 11, 21, 22), (11, 9, 20, 21),
764 (9, 7, 19, 20), (7, 5, 18, 19), (5, 3, 17, 18), (3, 1, 16, 17), (0, 31, 24, 14),
765 (14, 24, 25, 12), (12, 25, 26, 10), (10, 26, 27, 8), (8, 27, 28, 6), (6, 28, 29, 4),
766 (2, 30, 31, 0), (4, 29, 30, 2), (15, 1, 32, 39), (13, 15, 39, 38), (11, 13, 38, 37),
767 (9, 11, 37, 36), (7, 9, 36, 35), (5, 7, 35, 34), (3, 5, 34, 33), (1, 3, 33, 32),
768 (40, 53, 52), (41, 53, 55), (40, 52, 57), (40, 57, 59), (40, 59, 56),
769 (41, 55, 62), (42, 54, 64), (43, 58, 66), (44, 60, 68), (45, 61, 70),
770 (41, 62, 65), (42, 64, 67), (43, 66, 69), (44, 68, 71), (45, 70, 63),
771 (46, 72, 77), (47, 73, 79), (48, 74, 80), (49, 75, 81), (50, 76, 78),
772 (52, 54, 42), (52, 53, 54), (53, 41, 54), (55, 56, 45), (55, 53, 56),
773 (53, 40, 56), (57, 58, 43), (57, 52, 58), (52, 42, 58), (59, 60, 44),
774 (59, 57, 60), (57, 43, 60), (56, 61, 45), (56, 59, 61), (59, 44, 61),
775 (62, 63, 50), (62, 55, 63), (55, 45, 63), (64, 65, 46), (64, 54, 65),
776 (54, 41, 65), (66, 67, 47), (66, 58, 67), (58, 42, 67), (68, 69, 48),
777 (68, 60, 69), (60, 43, 69), (70, 71, 49), (70, 61, 71), (61, 44, 71),
778 (65, 72, 46), (65, 62, 72), (62, 50, 72), (67, 73, 47), (67, 64, 73),
779 (64, 46, 73), (69, 74, 48), (69, 66, 74), (66, 47, 74), (71, 75, 49),
780 (71, 68, 75), (68, 48, 75), (63, 76, 50), (63, 70, 76), (70, 49, 76),
781 (77, 78, 51), (77, 72, 78), (72, 50, 78), (79, 77, 51), (79, 73, 77),
782 (73, 46, 77), (80, 79, 51), (80, 74, 79), (74, 47, 79), (81, 80, 51),
783 (81, 75, 80), (75, 48, 80), (78, 81, 51), (78, 76, 81), (76, 49, 81),
784 (87, 4, 2, 88), (88, 2, 0, 89), (86, 6, 4, 87), (85, 8, 6, 86), (84, 10, 8, 85),
785 (83, 12, 10, 84), (82, 14, 12, 83), (89, 0, 14, 82), (94, 95, 91, 90), (95, 96, 92, 91),
786 (96, 97, 93, 92), (98, 101, 105, 102), (90, 91, 92, 93), (97, 96, 95, 94), (98, 99, 94, 90),
787 (100, 101, 93, 97), (99, 100, 97, 94), (101, 98, 90, 93), (104, 103, 102, 105), (100, 99, 103, 104),
788 (101, 100, 104, 105), (99, 98, 102, 103)]
789
790 mesh = bpy.data.meshes.new(objname)
791 myobject = bpy.data.objects.new(objname, mesh)
792
793 myobject.location = bpy.context.scene.cursor.location
794 bpy.context.collection.objects.link(myobject)
795
796 mesh.from_pydata(myvertex, [], myfaces)
797 mesh.update(calc_edges=True)
798
799 return myobject
800
801
802 # ------------------------------------------------------------
803 # Generate strings for venetian
804 #
805 # objName: Object name
806 # height: height
807 # ------------------------------------------------------------
808 def get_venetian_strings(objname, height):
809 # ------------------------------------
810 # Mesh data
811 # ------------------------------------
812 minx = -0.006897219456732273
813 maxx = 0.006897197104990482
814 maxy = 1.57160684466362e-08
815 minz = -height
816 maxz = 0
817
818 # Vertex
819 myvertex = [(maxx - 0.004941887455061078, -0.005041633266955614, minz + 3.1925737857818604e-05),
820 (maxx - 0.005070153623819351, -0.004731120076030493, minz + 4.9524009227752686e-05),
821 (maxx - 0.005380495102144778, -0.004602177534252405, minz + 5.389750003814697e-05),
822 (maxx - 0.005691118887625635, -0.00473033869639039, minz + 4.2498111724853516e-05),
823 (maxx - 0.005820065038278699, -0.005040528252720833, minz + 2.1979212760925293e-05),
824 (maxx - 0.005691798985935748, -0.005351040977984667, minz + 4.380941390991211e-06),
825 (maxx - 0.005381457391194999, -0.0054799835197627544, minz),
826 (maxx - 0.005070833722129464, -0.005351822357624769, minz + 1.1406838893890381e-05),
827 (maxx - 0.005004765349440277, -0.005394590552896261, minz + 0.029493853449821472),
828 (maxx - 0.005133012658916414, -0.005083992145955563, minz + 0.02950144186615944),
829 (maxx - 0.005443348782137036, -0.004955026786774397, minz + 0.029502809047698975),
830 (maxx - 0.005753983394242823, -0.005083239171653986, minz + 0.02949715033173561),
831 (maxx - 0.0058829509653151035, -0.005393524654209614, minz + 0.02948778122663498),
832 (maxx - 0.005754703655838966, -0.005704122595489025, minz + 0.029480192810297012),
833 (maxx - 0.005444367183372378, -0.005833088420331478, minz + 0.029478825628757477),
834 (maxx - 0.005133732687681913, -0.005704876501113176, minz + 0.02948448434472084),
835 (maxx - 0.005029367166571319, -0.005440863780677319, maxz - 0.029401594772934914),
836 (maxx - 0.005157589330337942, -0.005130413919687271, maxz - 0.029417745769023895),
837 (maxx - 0.005467916373163462, -0.005001509562134743, maxz - 0.029425399377942085),
838 (maxx - 0.005778562976047397, -0.0051296609453856945, maxz - 0.029420070350170135),
839 (maxx - 0.005907556158490479, -0.00543979974463582, maxz - 0.029404880478978157),
840 (maxx - 0.005779333529062569, -0.005750249605625868, maxz - 0.029388729482889175),
841 (maxx - 0.005469006602652371, -0.005879154894500971, maxz - 0.029381075873970985),
842 (maxx - 0.005158359999768436, -0.0057510025799274445, maxz - 0.029386404901742935),
843 (maxx - 0.00503770902287215, -0.005161902867257595, maxz - 0.015295670367777348),
844 (maxx - 0.00516585458535701, -0.004854197148233652, maxz - 0.015373632311820984),
845 (maxx - 0.005476148682646453, -0.00472648162394762, maxz - 0.01540757529437542),
846 (maxx - 0.0057868254370987415, -0.004853568039834499, maxz - 0.015377615578472614),
847 (maxx - 0.005915894289501011, -0.005161012522876263, maxz - 0.015301303938031197),
848 (maxx - 0.0057877483777701855, -0.005468717776238918, maxz - 0.015223342925310135),
849 (maxx - 0.005477453931234777, -0.005596434231847525, maxz - 0.01518939808011055),
850 (maxx - 0.005166777293197811, -0.005469346884638071, maxz - 0.01521935872733593),
851 (maxx - 0.0050518905045464635, -0.004537198692560196, maxz - 0.007016266230493784),
852 (maxx - 0.0051788275595754385, -0.004260011948645115, maxz - 0.007274628151208162),
853 (maxx - 0.005488568218424916, -0.004146246705204248, maxz - 0.007390326354652643),
854 (maxx - 0.005799670936539769, -0.004262544680386782, maxz - 0.007295588497072458),
855 (maxx - 0.005929895443841815, -0.004540780559182167, maxz - 0.007045908365398645),
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1233 (maxx - 0.0032310718670487404, -0.0018804756691679358, maxz - 0.0044512152671813965),
1234 (maxx - 0.0032310718670487404, -0.0018804756691679358, maxz - 0.0008894965285435319),
1235 (maxx - 0.00416005658917129, -0.0015632465947419405, maxz - 0.0044512152671813965),
1236 (maxx - 0.00416005658917129, -0.0015632465947419405, maxz - 0.0008894965285435319),
1237 (maxx - 0.0045448546297848225, -0.0007973880274221301, maxz - 0.0044512152671813965),
1238 (maxx - 0.0045448546297848225, -0.0007973880274221301, maxz - 0.0008894965285435319)]
1239
1240 # Faces
1241 myfaces = [(0, 56, 144, 131), (0, 131, 151, 63), (1, 141, 145, 60), (1, 60, 144, 56), (2, 71, 146, 120),
1242 (2, 120, 145, 141), (3, 77, 147, 137), (3, 137, 146, 71), (4, 92, 148, 54), (4, 54, 147, 77),
1243 (5, 143, 149, 95), (5, 95, 148, 92), (6, 52, 150, 91), (6, 91, 149, 143), (7, 63, 151, 109),
1244 (7, 109, 150, 52), (8, 131, 144, 83), (8, 83, 152, 59), (8, 59, 159, 118), (8, 118, 151, 131),
1245 (9, 60, 145, 142), (9, 142, 153, 138), (9, 138, 152, 83), (9, 83, 144, 60), (10, 120, 146, 129),
1246 (10, 129, 154, 123), (10, 123, 153, 142), (10, 142, 145, 120), (11, 137, 147, 76), (11, 76, 155, 130),
1247 (11, 130, 154, 129), (11, 129, 146, 137), (12, 54, 148, 62), (12, 62, 156, 116), (12, 116, 155, 76),
1248 (12, 76, 147, 54), (13, 95, 149, 51), (13, 51, 157, 114), (13, 114, 156, 62), (13, 62, 148, 95),
1249 (14, 91, 150, 136), (14, 136, 158, 80), (14, 80, 157, 51), (14, 51, 149, 91), (15, 109, 151, 118),
1250 (15, 118, 159, 87), (15, 87, 158, 136), (15, 136, 150, 109), (16, 59, 152, 103), (16, 103, 160, 50),
1251 (16, 50, 167, 88), (16, 88, 159, 59), (17, 138, 153, 94), (17, 94, 161, 75), (17, 75, 160, 103),
1252 (17, 103, 152, 138), (18, 123, 154, 74), (18, 74, 162, 135), (18, 135, 161, 94), (18, 94, 153, 123),
1253 (19, 130, 155, 134), (19, 134, 163, 126), (19, 126, 162, 74), (19, 74, 154, 130), (20, 116, 156, 49),
1254 (20, 49, 164, 140), (20, 140, 163, 134), (20, 134, 155, 116), (21, 114, 157, 99), (21, 99, 165, 102),
1255 (21, 102, 164, 49), (21, 49, 156, 114), (22, 80, 158, 111), (22, 111, 166, 108), (22, 108, 165, 99),
1256 (22, 99, 157, 80), (23, 87, 159, 88), (23, 88, 167, 79), (23, 79, 166, 111), (23, 111, 158, 87),
1257 (24, 50, 160, 93), (24, 93, 168, 110), (24, 110, 175, 119), (24, 119, 167, 50), (25, 75, 161, 113),
1258 (25, 113, 169, 128), (25, 128, 168, 93), (25, 93, 160, 75), (26, 135, 162, 58), (26, 58, 170, 122),
1259 (26, 122, 169, 113), (26, 113, 161, 135), (27, 126, 163, 70), (27, 70, 171, 107), (27, 107, 170, 58),
1260 (27, 58, 162, 126), (28, 140, 164, 98), (28, 98, 172, 139), (28, 139, 171, 70), (28, 70, 163, 140),
1261 (29, 102, 165, 86), (29, 86, 173, 133), (29, 133, 172, 98), (29, 98, 164, 102), (30, 108, 166, 121),
1262 (30, 121, 174, 68), (30, 68, 173, 86), (30, 86, 165, 108), (31, 79, 167, 119), (31, 119, 175, 132),
1263 (31, 132, 174, 121), (31, 121, 166, 79), (32, 110, 168, 66), (32, 66, 176, 85), (32, 85, 183, 117),
1264 (32, 117, 175, 110), (33, 128, 169, 53), (33, 53, 177, 78), (33, 78, 176, 66), (33, 66, 168, 128),
1265 (34, 122, 170, 65), (34, 65, 178, 73), (34, 73, 177, 53), (34, 53, 169, 122), (35, 107, 171, 57),
1266 (35, 57, 179, 101), (35, 101, 178, 65), (35, 65, 170, 107), (36, 139, 172, 67), (36, 67, 180, 106),
1267 (36, 106, 179, 57), (36, 57, 171, 139), (37, 133, 173, 81), (37, 81, 181, 61), (37, 61, 180, 67),
1268 (37, 67, 172, 133), (38, 68, 174, 112), (38, 112, 182, 64), (38, 64, 181, 81), (38, 81, 173, 68),
1269 (39, 132, 175, 117), (39, 117, 183, 69), (39, 69, 182, 112), (39, 112, 174, 132), (40, 85, 176, 127),
1270 (40, 127, 184, 125), (40, 125, 191, 105), (40, 105, 183, 85), (41, 78, 177, 104), (41, 104, 185, 97),
1271 (41, 97, 184, 127), (41, 127, 176, 78), (42, 73, 178, 90), (42, 90, 186, 89), (42, 89, 185, 104),
1272 (42, 104, 177, 73), (43, 101, 179, 84), (43, 84, 187, 82), (43, 82, 186, 90), (43, 90, 178, 101),
1273 (44, 106, 180, 48), (44, 48, 188, 100), (44, 100, 187, 84), (44, 84, 179, 106), (45, 61, 181, 124),
1274 (45, 124, 189, 96), (45, 96, 188, 48), (45, 48, 180, 61), (46, 64, 182, 115), (46, 115, 190, 72),
1275 (46, 72, 189, 124), (46, 124, 181, 64), (47, 69, 183, 105), (47, 105, 191, 55), (47, 55, 190, 115),
1276 (47, 115, 182, 69), (192, 248, 336, 323), (192, 323, 343, 255),
1277 (193, 333, 337, 252), (193, 252, 336, 248),
1278 (194, 263, 338, 312), (194, 312, 337, 333), (195, 269, 339, 329),
1279 (195, 329, 338, 263), (196, 284, 340, 246),
1280 (196, 246, 339, 269), (197, 335, 341, 287), (197, 287, 340, 284),
1281 (198, 244, 342, 283), (198, 283, 341, 335),
1282 (199, 255, 343, 301), (199, 301, 342, 244), (200, 323, 336, 275),
1283 (200, 275, 344, 251), (200, 251, 351, 310),
1284 (200, 310, 343, 323), (201, 252, 337, 334), (201, 334, 345, 330),
1285 (201, 330, 344, 275), (201, 275, 336, 252),
1286 (202, 312, 338, 321), (202, 321, 346, 315), (202, 315, 345, 334),
1287 (202, 334, 337, 312), (203, 329, 339, 268),
1288 (203, 268, 347, 322), (203, 322, 346, 321), (203, 321, 338, 329),
1289 (204, 246, 340, 254), (204, 254, 348, 308),
1290 (204, 308, 347, 268), (204, 268, 339, 246), (205, 287, 341, 243),
1291 (205, 243, 349, 306), (205, 306, 348, 254),
1292 (205, 254, 340, 287), (206, 283, 342, 328), (206, 328, 350, 272),
1293 (206, 272, 349, 243), (206, 243, 341, 283),
1294 (207, 301, 343, 310), (207, 310, 351, 279), (207, 279, 350, 328),
1295 (207, 328, 342, 301), (208, 251, 344, 295),
1296 (208, 295, 352, 242), (208, 242, 359, 280), (208, 280, 351, 251),
1297 (209, 330, 345, 286), (209, 286, 353, 267),
1298 (209, 267, 352, 295), (209, 295, 344, 330), (210, 315, 346, 266),
1299 (210, 266, 354, 327), (210, 327, 353, 286),
1300 (210, 286, 345, 315), (211, 322, 347, 326), (211, 326, 355, 318),
1301 (211, 318, 354, 266), (211, 266, 346, 322),
1302 (212, 308, 348, 241), (212, 241, 356, 332), (212, 332, 355, 326),
1303 (212, 326, 347, 308), (213, 306, 349, 291),
1304 (213, 291, 357, 294), (213, 294, 356, 241), (213, 241, 348, 306),
1305 (214, 272, 350, 303), (214, 303, 358, 300),
1306 (214, 300, 357, 291), (214, 291, 349, 272), (215, 279, 351, 280),
1307 (215, 280, 359, 271), (215, 271, 358, 303),
1308 (215, 303, 350, 279), (216, 242, 352, 285), (216, 285, 360, 302),
1309 (216, 302, 367, 311), (216, 311, 359, 242),
1310 (217, 267, 353, 305), (217, 305, 361, 320), (217, 320, 360, 285),
1311 (217, 285, 352, 267), (218, 327, 354, 250),
1312 (218, 250, 362, 314), (218, 314, 361, 305), (218, 305, 353, 327),
1313 (219, 318, 355, 262), (219, 262, 363, 299),
1314 (219, 299, 362, 250), (219, 250, 354, 318), (220, 332, 356, 290),
1315 (220, 290, 364, 331), (220, 331, 363, 262),
1316 (220, 262, 355, 332), (221, 294, 357, 278), (221, 278, 365, 325),
1317 (221, 325, 364, 290), (221, 290, 356, 294),
1318 (222, 300, 358, 313), (222, 313, 366, 260), (222, 260, 365, 278),
1319 (222, 278, 357, 300), (223, 271, 359, 311),
1320 (223, 311, 367, 324), (223, 324, 366, 313), (223, 313, 358, 271),
1321 (224, 302, 360, 258), (224, 258, 368, 277),
1322 (224, 277, 375, 309), (224, 309, 367, 302), (225, 320, 361, 245),
1323 (225, 245, 369, 270), (225, 270, 368, 258),
1324 (225, 258, 360, 320), (226, 314, 362, 257), (226, 257, 370, 265),
1325 (226, 265, 369, 245), (226, 245, 361, 314),
1326 (227, 299, 363, 249), (227, 249, 371, 293), (227, 293, 370, 257),
1327 (227, 257, 362, 299), (228, 331, 364, 259),
1328 (228, 259, 372, 298), (228, 298, 371, 249), (228, 249, 363, 331),
1329 (229, 325, 365, 273), (229, 273, 373, 253),
1330 (229, 253, 372, 259), (229, 259, 364, 325), (230, 260, 366, 304),
1331 (230, 304, 374, 256), (230, 256, 373, 273),
1332 (230, 273, 365, 260), (231, 324, 367, 309), (231, 309, 375, 261),
1333 (231, 261, 374, 304), (231, 304, 366, 324),
1334 (232, 277, 368, 319), (232, 319, 376, 317), (232, 317, 383, 297),
1335 (232, 297, 375, 277), (233, 270, 369, 296),
1336 (233, 296, 377, 289), (233, 289, 376, 319), (233, 319, 368, 270),
1337 (234, 265, 370, 282), (234, 282, 378, 281),
1338 (234, 281, 377, 296), (234, 296, 369, 265), (235, 293, 371, 276),
1339 (235, 276, 379, 274), (235, 274, 378, 282),
1340 (235, 282, 370, 293), (236, 298, 372, 240), (236, 240, 380, 292),
1341 (236, 292, 379, 276), (236, 276, 371, 298),
1342 (237, 253, 373, 316), (237, 316, 381, 288), (237, 288, 380, 240),
1343 (237, 240, 372, 253), (238, 256, 374, 307),
1344 (238, 307, 382, 264), (238, 264, 381, 316), (238, 316, 373, 256),
1345 (239, 261, 375, 297), (239, 297, 383, 247),
1346 (239, 247, 382, 307), (239, 307, 374, 261), (388, 389, 385, 384),
1347 (389, 390, 386, 385), (390, 391, 387, 386),
1348 (392, 395, 399, 396), (384, 385, 386, 387), (391, 390, 389, 388),
1349 (392, 393, 388, 384), (394, 395, 387, 391),
1350 (393, 394, 391, 388), (395, 392, 384, 387), (398, 397, 396, 399),
1351 (394, 393, 397, 398), (395, 394, 398, 399),
1352 (393, 392, 396, 397), (400, 401, 403, 402), (402, 403, 405, 404),
1353 (404, 405, 407, 406), (406, 407, 409, 408),
1354 (410, 411, 413, 412), (412, 413, 415, 414), (414, 415, 417, 416), (416, 417, 419, 418)]
1355
1356 mesh = bpy.data.meshes.new(objname)
1357 myobject = bpy.data.objects.new(objname, mesh)
1358
1359 myobject.location = bpy.context.scene.cursor.location
1360 bpy.context.collection.objects.link(myobject)
1361
1362 mesh.from_pydata(myvertex, [], myfaces)
1363 mesh.update(calc_edges=True)
1364
1365 return myobject
1366
1367
1368 # ------------------------------------------------------------------------------
1369 # Create bezier curve
1370 # ------------------------------------------------------------------------------
1371 def create_bezier(objname, points, origin, depth=0.001, fill='FULL'):
1372 curvedata = bpy.data.curves.new(name=objname, type='CURVE')
1373 curvedata.dimensions = '3D'
1374 curvedata.fill_mode = fill
1375 curvedata.bevel_resolution = 5
1376 curvedata.bevel_depth = depth
1377
1378 myobject = bpy.data.objects.new(objname, curvedata)
1379 myobject.location = origin
1380
1381 bpy.context.collection.objects.link(myobject)
1382
1383 polyline = curvedata.splines.new('BEZIER')
1384 polyline.bezier_points.add(len(points) - 1)
1385
1386 for idx, (knot, h1, h2) in enumerate(points):
1387 point = polyline.bezier_points[idx]
1388 point.co = knot
1389 point.handle_left = h1
1390 point.handle_right = h2
1391 point.handle_left_type = 'FREE'
1392 point.handle_right_type = 'FREE'
1393
1394 return myobject
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