archimesh/achm_kitchen_maker.py

   1 # ##### BEGIN GPL LICENSE BLOCK #####
   2 #
   3 #  This program is free software; you can redistribute it and/or
   4 #  modify it under the terms of the GNU General Public License
   5 #  as published by the Free Software Foundation; either version 2
   6 #  of the License, or (at your option) any later version.
   7 #
   8 #  This program is distributed in the hope that it will be useful,
   9 #  but WITHOUT ANY WARRANTY; without even the implied warranty of
  10 #  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
  11 #  GNU General Public License for more details.
  12 #
  13 #  You should have received a copy of the GNU General Public License
  14 #  along with this program; if not, write to the Free Software Foundation,
  15 #  Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
  16 #
  17 # ##### END GPL LICENSE BLOCK #####
  18
  19 # <pep8 compliant>
  20
  21 # ----------------------------------------------------------
  22 # Automatic generation of kitchen cabinet
  23 # Author: Antonio Vazquez (antonioya)
  24 #
  25 # ----------------------------------------------------------
  26 import bpy
  27 from math import pi, fabs
  28 from copy import copy
  29 from sys import exc_info
  30 from datetime import datetime
  31 from time import time
  32 from bpy.types import Operator, PropertyGroup
  33 from bpy.props import StringProperty, EnumProperty, FloatProperty, IntProperty, BoolProperty, CollectionProperty
  34 from bpy_extras.io_utils import ExportHelper
  35 from .achm_tools import *
  36
  37 # ----------------------------------------------------------
  38 #  Define rotation types
  39 # ----------------------------------------------------------
  40 RotationType_Default = 9
  41 RotationType_R90CW = 1
  42 RotationType_R90CCW = 2
  43 RotationType_R180 = 3
  44
  45
  46 # ----------------------------------------------------------
  47 #    Export menu UI
  48 # ----------------------------------------------------------
  49 class ARCHIMESH_OT_ExportInventory(Operator, ExportHelper):
  50     bl_idname = "io_export.kitchen_inventory"
  51     bl_description = 'Export kitchen inventory (.txt)'
  52     bl_category = 'View'
  53     bl_label = "Export"
  54
  55     # From ExportHelper. Filter filenames.
  56     filename_ext = ".txt"
  57     filter_glob: StringProperty(
  58             default="*.txt",
  59             options={'HIDDEN'},
  60             )
  61
  62     filepath: StringProperty(
  63             name="File Path",
  64             description="File path used for exporting room data file",
  65             maxlen=1024, default="",
  66             )
  67
  68 # ----------------------------------------------------------
  69 # Execute
  70 # ----------------------------------------------------------
  71     # noinspection PyUnusedLocal
  72     def execute(self, context):
  73         # noinspection PyBroadException
  74         try:
  75             # -------------------------------
  76             # extract path and filename
  77             # -------------------------------
  78             (filepath, filename) = os.path.split(self.properties.filepath)
  79             print('Exporting %s' % filename)
  80             # -------------------------------
  81             # Open output file
  82             # -------------------------------
  83             realpath = os.path.realpath(os.path.expanduser(self.properties.filepath))
  84             fout = open(realpath, 'w')
  85
  86             st = datetime.fromtimestamp(time()).strftime('%Y-%m-%d %H:%M:%S')
  87             fout.write("# Archimesh kitchen inventory\n")
  88             fout.write("# " + st + "\n")
  89             mylist = getinventory()
  90             for e in mylist:
  91                 fout.write(e + "\n")
  92
  93             fout.close()
  94             self.report({'INFO'}, realpath + "successfully exported")
  95         except:
  96             e = exc_info()[0]
  97             self.report({'ERROR'}, "Unable to export inventory " + e)
  98
  99         return {'FINISHED'}
 100
 101
 102 # ----------------------------------------------------------
 103 # Generate inventory list
 104 # ----------------------------------------------------------
 105 def getinventory():
 106     # Get List of boxes in the scene
 107     unitobj = []
 108     for obj in bpy.context.scene.objects:
 109         # noinspection PyBroadException
 110         try:
 111             if obj["archimesh.sku"] is not None:
 112                 unitobj.extend([obj["archimesh.sku"]])
 113         except:
 114             pass
 115     # ----------------------------------------
 116     # Get number of unit structures (boxes)
 117     # ----------------------------------------
 118     boxes = []
 119     boxestot = []
 120     for u in unitobj:
 121         key = u[:1] + u[8:28]
 122         if key not in boxes:
 123             boxes.extend([key])
 124             boxestot.extend([1])
 125         else:
 126             x = boxes.index(key)
 127             boxestot[x] += 1
 128     # ----------------------------------------
 129     # Get number of doors and drawer fronts
 130     # ----------------------------------------
 131     door = []
 132     doortot = []
 133     handles = 0
 134     for u in unitobj:
 135         if u[1:2] != "W":
 136             w = float(u[36:42])
 137             key = u[1:2] + "%06.3f" % w + u[22:28]
 138         else:  # Drawers
 139             # calculate separation
 140             sz = float(u[22:28])
 141             gap = 0.001
 142             dist = sz - (gap * int(u[2:4]))
 143             space = dist / int(u[2:4])
 144             key = u[1:2] + u[8:15] + "%06.3f" % space
 145
 146         n = int(u[2:4])
 147         # handles
 148         if u[4:5] == "1":
 149             handles += n
 150         if key not in door:
 151             door.extend([key])
 152             doortot.extend([n])
 153         else:
 154             x = door.index(key)
 155             doortot[x] += n
 156     # ----------------------------------------
 157     # Get number of Shelves
 158     # ----------------------------------------
 159     shelves = []
 160     shelvestot = []
 161     for u in unitobj:
 162         if int(u[5:7]) > 0:
 163             w = float(u[8:14])
 164             n = int(u[5:7])
 165             th = float(u[29:35])
 166
 167             key = "%0.2f x %0.2f x %0.3f" % (w - (th * 2), float(u[15:21]) - th, th)  # subtract board thickness
 168
 169             if key not in shelves:
 170                 shelves.extend([key])
 171                 shelvestot.extend([n])
 172             else:
 173                 x = shelves.index(key)
 174                 shelvestot[x] += n
 175
 176     # ----------------------------------------
 177     # Get Countertop size
 178     # "T%06.3fx%06.3fx%06.3f-%06.3f"
 179     # ----------------------------------------
 180     t = 0
 181     z = 0
 182     for obj in bpy.context.scene.objects:
 183         # noinspection PyBroadException
 184         try:
 185             if obj["archimesh.top_sku"] is not None:
 186                 u = obj["archimesh.top_sku"]
 187                 t += float(u[1:7])
 188                 z += float(u[22:28])
 189         except:
 190             pass
 191
 192     # ----------------------------------------
 193     # Get Baseboard size
 194     # ----------------------------------------
 195     b = 0
 196     btxt = None
 197     for obj in bpy.context.scene.objects:
 198         # noinspection PyBroadException
 199         try:
 200             if obj["archimesh.base_sku"] is not None:
 201                 u = obj["archimesh.base_sku"]
 202                 b += float(u[1:6])
 203                 btxt = "%0.3f x %0.3f" % (float(u[8:14]), float(u[15:21]))
 204         except:
 205             pass
 206
 207     # ----------------------------------------
 208     # Prepare output data
 209     # ----------------------------------------
 210     output = []
 211     output.extend(["Units\tDescription\tDimensions"])
 212     for i in range(0, len(boxes)):
 213         if boxes[i][:1] == "F":
 214             typ = "Floor unit\t"
 215         else:
 216             typ = "Wall unit\t"
 217
 218         txt = "%0.2f x %0.2f x %0.2f" % (float(boxes[i][1:7]), float(boxes[i][8:14]), float(boxes[i][15:21]))
 219         output.extend([str(boxestot[i]) + "\t" + typ + txt])
 220
 221     for i in range(0, len(door)):
 222         if door[i][:1] == "D" or door[i][:1] == "L":
 223             typ = "Solid door\t"
 224         elif door[i][:1] == "G":
 225             typ = "Glass door\t"
 226         elif door[i][:1] == "W":
 227             typ = "Drawer front\t"
 228         else:
 229             typ = "????\t"
 230
 231         txt = "%0.3f x %0.3f" % (float(door[i][1:7]), float(door[i][8:14]))
 232         output.extend([str(doortot[i]) + "\t" + typ + txt])
 233
 234     for i in range(0, len(shelves)):
 235         output.extend([str(shelvestot[i]) + "\tShelf\t" + shelves[i]])
 236
 237     output.extend([str(handles) + "\tHandle"])
 238     if t > 0:
 239         output.extend([str(round(t, 2)) + "\tCountertop (linear length)"])
 240     if z > 0:
 241         output.extend([str(round(z, 2)) + "\tCountertop wall piece(linear length)"])
 242     if b > 0:
 243         output.extend([str(round(b, 2)) + "\tBaseboard (linear length) " + btxt])
 244
 245     return output
 246
 247
 248 # ------------------------------------------------------------------
 249 # Define property group class for cabinet properties
 250 # This is managed as an array of objects
 251 # ------------------------------------------------------------------
 252 class CabinetProperties(PropertyGroup):
 253     # Cabinet width
 254     sX: FloatProperty(
 255             name='width', min=0.001, max=10, default=0.60, precision=3,
 256             description='Cabinet width',
 257             )
 258     wY: FloatProperty(
 259             name='', min=-10, max=10, default=0, precision=3,
 260             description='Modify depth size',
 261             )
 262     wZ: FloatProperty(
 263             name='', min=-10, max=10, default=0, precision=3,
 264             description='Modify height size',
 265             )
 266
 267     # Cabinet position shift
 268     pX: FloatProperty(
 269             name='', min=-10, max=10, default=0, precision=3,
 270             description='Position x shift',
 271             )
 272     pY: FloatProperty(
 273             name='', min=-10, max=10, default=0, precision=3,
 274             description='Position y shift',
 275             )
 276     pZ: FloatProperty(
 277             name='', min=-10, max=10, default=0, precision=3,
 278             description='Position z shift',
 279             )
 280
 281     # Door type
 282     dType: EnumProperty(
 283             items=(
 284                 ('1', "Single R", ""),
 285                 ('2', "Single L", ""),
 286                 ('3', "Single T", ""),
 287                 ('4', "Glass R", ""),
 288                 ('5', "Glass L", ""),
 289                 ('6', "Glass T", ""),
 290                 ('7', "Drawers", ""),
 291                 ('8', "Double", ""),
 292                 ('11', "Double Glass", ""),
 293                 ('10', "Corner R", ""),
 294                 ('9', "Corner L", ""),
 295                 ('99', "None", "")),
 296             name="Door",
 297             description="Type of front door or drawers",
 298             )
 299
 300     # Shelves
 301     sNum: IntProperty(
 302             name='Shelves', min=0, max=10, default=1,
 303             description='Number total of shelves',
 304             )
 305     # Drawers
 306     dNum: IntProperty(
 307             name='Num', min=1, max=10, default=3,
 308             description='Number total of drawers',
 309             )
 310     # Glass Factor
 311     gF: FloatProperty(
 312             name='', min=0.001, max=1, default=0.1, precision=3,
 313             description='Glass ratio',
 314             )
 315     # Handle flag
 316     hand: BoolProperty(
 317             name="Handle",
 318             description="Create a handle", default=True,
 319             )
 320     # Left baseboard
 321     bL: BoolProperty(
 322             name="Left Baseboard",
 323             description="Create a left baseboard", default=False,
 324             )
 325     # Right baseboard
 326     bR: BoolProperty(
 327             name="Right Baseboard",
 328             description="Create a left baseboard", default=False,
 329             )
 330     # Fill countertop spaces
 331     tC: BoolProperty(
 332             name="Countertop fill",
 333             description="Fill empty spaces with countertop", default=True,
 334             )
 335     # Add countertop edge
 336     tE: BoolProperty(
 337             name="Countertop edge",
 338             description="Add edge to countertop", default=True,
 339             )
 340     # cabinet rotation
 341     rotate: EnumProperty(
 342             items=(
 343                 ('9', "Default", ""),
 344                 ('1', "90 CW", ""),
 345                 ('2', "90 CCW", ""),
 346                 ('3', "180", ""),
 347                 ),
 348             name="Rotate",
 349             description="Rotate cabinet relative to previous one",
 350             )
 351
 352
 353 bpy.utils.register_class(CabinetProperties)
 354
 355
 356 # ------------------------------------------------------------------
 357 # Define UI class
 358 # Kitchens
 359 # ------------------------------------------------------------------
 360 class ARCHIMESH_OT_Kitchen(Operator):
 361     bl_idname = "mesh.archimesh_kitchen"
 362     bl_label = "Cabinets"
 363     bl_description = "Cabinet Generator"
 364     bl_category = 'View'
 365     bl_options = {'REGISTER', 'UNDO'}
 366
 367     # Define properties
 368     type_cabinet: EnumProperty(
 369             items=(('1', "Floor", ""),
 370                 ('2', "Wall", "")),
 371             name="Type",
 372             description="Type of cabinets",
 373             )
 374     oldtype:  EnumProperty(
 375             items=(('1', "Floor", ""),
 376                 ('2', "Wall", "")),
 377             name="Type",
 378             description="Type of cabinets",
 379             )
 380
 381     thickness: FloatProperty(
 382             name='Thickness', min=0.001, max=5, default=0.018, precision=3,
 383             description='Board thickness',
 384             )
 385     depth: FloatProperty(
 386             name='Depth', min=0.001, max=50, default=0.59, precision=3,
 387             description='Default cabinet depth',
 388             )
 389     height: FloatProperty(
 390             name='Height', min=0.001, max=50, default=0.70, precision=3,
 391             description='Default cabinet height',
 392             )
 393     handle: EnumProperty(
 394             items=(
 395                 ('1', "Model 1", ""),
 396                 ('2', "Model 2", ""),
 397                 ('3', "Model 3", ""),
 398                 ('4', "Model 4", ""),
 399                 ('5', "Model 5", ""),
 400                 ('6', "Model 6", ""),
 401                 ('7', "Model 7", ""),
 402                 ('8', "Model 8", ""),
 403                 ('9', "None", ""),
 404                 ),
 405             name="Handle",
 406             description="Type of handle",
 407             )
 408     handle_x: FloatProperty(
 409             name='', min=0.001, max=10,
 410             default=0.05, precision=3,
 411             description='Displacement in X relative position (limited to door size)',
 412             )
 413     handle_z: FloatProperty(
 414             name='', min=0.001, max=10,
 415             default=0.05, precision=3,
 416             description='Displacement in Z relative position (limited to door size)',
 417             )
 418
 419     baseboard: BoolProperty(
 420             name="Baseboard",
 421             description="Create a baseboard automatically",
 422             default=True,
 423             )
 424     baseheight: FloatProperty(
 425             name='height', min=0.001, max=10,
 426             default=0.16, precision=3,
 427             description='Baseboard height',
 428             )
 429     basefactor: FloatProperty(
 430             name='sink', min=0, max=1,
 431             default=0.90, precision=3,
 432             description='Baseboard sink',
 433             )
 434
 435     countertop: BoolProperty(
 436             name="Countertop",
 437             description="Create a countertop automatically (only default cabinet height)",
 438             default=True,
 439             )
 440     counterheight: FloatProperty(
 441             name='height', min=0.001, max=10,
 442             default=0.02, precision=3,
 443             description='Countertop height',
 444             )
 445     counterextend: FloatProperty(
 446             name='extend', min=0.001, max=10,
 447             default=0.03, precision=3,
 448             description='Countertop extent',
 449             )
 450
 451     fitZ: BoolProperty(
 452             name="Floor origin in Z=0",
 453             description="Use Z=0 axis as vertical origin floor position",
 454             default=True,
 455             )
 456     moveZ: FloatProperty(
 457             name='Z position', min=0.001, max=10,
 458             default=1.5, precision=3,
 459             description='Wall cabinet Z position from floor',
 460             )
 461
 462     cabinet_num: IntProperty(
 463             name='Number of Cabinets', min=1, max=30,
 464             default=1,
 465             description='Number total of cabinets in the Kitchen',
 466             )
 467     cabinets: CollectionProperty(type=CabinetProperties)
 468
 469     # Materials
 470     crt_mat: BoolProperty(
 471             name="Create default Cycles materials",
 472             description="Create default materials for Cycles render",
 473             default=True,
 474             )
 475
 476     # -----------------------------------------------------
 477     # Draw (create UI interface)
 478     # -----------------------------------------------------
 479     # noinspection PyUnusedLocal
 480     def draw(self, context):
 481         layout = self.layout
 482         space = bpy.context.space_data
 483         if not space.local_view:
 484             # Imperial units warning
 485             if bpy.context.scene.unit_settings.system == "IMPERIAL":
 486                 row = layout.row()
 487                 row.label(text="Warning: Imperial units not supported", icon='COLOR_RED')
 488
 489             box = layout.box()
 490             row = box.row()
 491             row.prop(self, 'type_cabinet')
 492
 493             row.prop(self, 'thickness')
 494             row = box.row()
 495             row.prop(self, 'depth')
 496             row.prop(self, 'height')
 497             row = box.row()
 498             row.prop(self, 'handle')
 499             if self.handle != "9":
 500                 row.prop(self, 'handle_x')
 501                 row.prop(self, 'handle_z')
 502
 503             if self.type_cabinet == "1":
 504                 row = box.row()
 505                 row.prop(self, "countertop")
 506                 if self.countertop:
 507                     row.prop(self, "counterheight")
 508                     row.prop(self, "counterextend")
 509                 row = box.row()
 510                 row.prop(self, 'baseboard')
 511                 if self.baseboard:
 512                     row.prop(self, 'baseheight')
 513                     row.prop(self, 'basefactor', slider=True)
 514
 515             row = box.row()
 516             row.prop(self, 'fitZ')
 517             if self.type_cabinet == "2":
 518                 row.prop(self, 'moveZ')
 519
 520             # Cabinet number
 521             row = box.row()
 522             row.prop(self, 'cabinet_num')
 523             # Add menu for cabinets
 524             if self.cabinet_num > 0:
 525                 for idx in range(0, self.cabinet_num):
 526                     box = layout.box()
 527                     add_cabinet(self, box, idx + 1, self.cabinets[idx])
 528
 529             box = layout.box()
 530             if not context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
 531                 box.enabled = False
 532             box.prop(self, 'crt_mat')
 533         else:
 534             row = layout.row()
 535             row.label(text="Warning: Operator does not work in local view mode", icon='ERROR')
 536
 537     # -----------------------------------------------------
 538     # Execute
 539     # -----------------------------------------------------
 540     # noinspection PyUnusedLocal
 541     def execute(self, context):
 542         if bpy.context.mode == "OBJECT":
 543             # Set default values
 544             if self.oldtype != self.type_cabinet:
 545                 if self.type_cabinet == "1":  # Floor
 546                     self.depth = 0.59
 547                     self.height = 0.70
 548
 549                 if self.type_cabinet == "2":  # Wall
 550                     self.depth = 0.35
 551                     self.height = 0.70
 552                 self.oldtype = self.type_cabinet
 553
 554             # Create all elements
 555             for i in range(len(self.cabinets) - 1, self.cabinet_num):
 556                 self.cabinets.add()
 557
 558             # Create cabinets
 559             create_kitchen_mesh(self)
 560             return {'FINISHED'}
 561         else:
 562             self.report({'WARNING'}, "Archimesh: Option only valid in Object mode")
 563             return {'CANCELLED'}
 564
 565
 566 # -----------------------------------------------------
 567 # Add cabinet parameters
 568 # -----------------------------------------------------
 569 def add_cabinet(self, box, num, cabinet):
 570     doortype = cabinet.dType
 571     row = box.row()
 572     row.label(text="Cabinet " + str(num))
 573     row.prop(cabinet, 'sX')
 574
 575     row = box.row()
 576     row.prop(cabinet, 'wY')
 577     row.prop(cabinet, 'wZ')
 578     row.prop(cabinet, 'rotate')
 579
 580     row = box.row()
 581     row.prop(cabinet, 'pX')
 582     row.prop(cabinet, 'pY')
 583     row.prop(cabinet, 'pZ')
 584
 585     row = box.row()
 586     row.prop(cabinet, 'dType')
 587     if doortype == "7":  # Drawers
 588         row.prop(cabinet, 'dNum')  # drawers number
 589     else:
 590         row.prop(cabinet, 'sNum')  # shelves number
 591     # Glass ratio
 592     if doortype == "4" or doortype == "5" or doortype == "6" or doortype == "11":
 593         row.prop(cabinet, 'gF', slider=True)  # shelves number
 594     # Handle
 595     row = box.row()
 596     if self.handle != "9":
 597         row.prop(cabinet, 'hand')
 598     if self.baseboard and self.type_cabinet == "1":
 599         row.prop(cabinet, 'bL')
 600         row.prop(cabinet, 'bR')
 601
 602     if self.countertop and self.type_cabinet == "1":
 603         row = box.row()
 604         row.prop(cabinet, 'tC')
 605         row.prop(cabinet, 'tE')
 606
 607
 608 # ------------------------------------------------------------------------------
 609 # Generate mesh data
 610 # All custom values are passed using self container (self.myvariable)
 611 # ------------------------------------------------------------------------------
 612 def create_kitchen_mesh(self):
 613     # deactivate others
 614     for o in bpy.data.objects:
 615         if o.select_get() is True:
 616             o.select_set(False)
 617     bpy.ops.object.select_all(action='DESELECT')
 618     # Create cabinets
 619     generate_cabinets(self)
 620
 621     return
 622
 623
 624 # ------------------------------------------------------------------------------
 625 # Generate cabinet
 626 # All custom values are passed using self container (self.myvariable)
 627 # ------------------------------------------------------------------------------
 628 def generate_cabinets(self):
 629
 630     boxes = []
 631     bases = []
 632     location = bpy.context.scene.cursor.location
 633     myloc = copy(location)  # copy location to keep 3D cursor position
 634     # Fit to floor
 635     if self.fitZ:
 636         myloc[2] = 0
 637     # Move to wall position
 638     if self.type_cabinet == "2":  # wall
 639         myloc[2] = myloc[2] + self.moveZ
 640     # Baseboard
 641     if self.type_cabinet == "1" and self.baseboard:  # floor
 642         myloc[2] = myloc[2] + self.baseheight  # add baseboard position for bottom
 643
 644     # Create cabinets
 645     lastx = myloc[0]
 646     lasty = myloc[1]
 647     lastrot = 0  # last rotation
 648     # ------------------------------------------------------------------------------
 649     # Cabinets
 650     #
 651     # By default all cabinets are created in X axis and later are rotated if needed
 652     # the default rotation means keep last rotation, not 0, so if the previous
 653     # cabinet is 90CW, the next one will be the same. To back to 0, you must select
 654     # 90 CCW.
 655     # ------------------------------------------------------------------------------
 656     for i in range(0, self.cabinet_num):
 657         mydata = create_box(self.type_cabinet, "Cabinet" + str(i + 1),
 658                             self.thickness,
 659                             self.cabinets[i].sX, self.depth + self.cabinets[i].wY, self.height + self.cabinets[i].wZ,
 660                             self.cabinets[i].pX + lastx,
 661                             self.cabinets[i].pY + lasty,
 662                             myloc[2] + self.cabinets[i].pZ,
 663                             self.cabinets[i].dType, self.cabinets[i].dNum, self.cabinets[i].sNum, self.cabinets[i].gF,
 664                             self.crt_mat,
 665                             self.cabinets[i].hand, self.handle, self.handle_x, self.handle_z, self.depth)
 666         mybox = mydata[0]
 667         # LastX is the sum of initial position + width of the cabinet.
 668         lastx = mydata[1]
 669         # add SKU property
 670         sku = createunitsku(self, self.cabinets[i])
 671         mydata[0]["archimesh.sku"] = sku
 672
 673         # Save rotation type
 674         myrotationtype = int(self.cabinets[i].rotate)
 675
 676         # ---------------------------------------------------------
 677         # Calculate new rotation angle
 678         #
 679         # ---------------------------------------------------------
 680         myrot = lastrot
 681         # ----------
 682         # Default
 683         # ----------
 684         if myrotationtype == RotationType_Default:
 685             myrot = myrot  # do no change rotation
 686         # ----------
 687         # 90 CW
 688         # ----------
 689         if myrotationtype == RotationType_R90CW:
 690             myrot += -pi / 2
 691         # ----------
 692         # 90 CCW
 693         # ----------
 694         if myrotationtype == RotationType_R90CCW:
 695             myrot += pi / 2
 696         # ----------
 697         # 180
 698         # ----------
 699         if myrotationtype == RotationType_R180:
 700             myrot = myrot + pi
 701
 702         # Save the rotation for next cabinet
 703         lastrot = myrot
 704         angle = myrot - ((2 * pi) * (myrot // (2 * pi)))  # clamp one revolution
 705
 706         # -------------------------------------------
 707         # Countertop (only default height cabinet)
 708         # 9-Default, 1-90CW, 2-90CCW, 3-180
 709         # -------------------------------------------
 710         if self.countertop and self.type_cabinet == "1" and self.cabinets[i].wZ == 0:
 711             w = self.cabinets[i].sX
 712             # fill (depend on orientation)
 713             if self.cabinets[i].tC:
 714                 # 0 or 180 degrees
 715                 if angle == 0 or angle == pi:
 716                     w += fabs(self.cabinets[i].pX)
 717                 # 90 or 270 degrees
 718                 if angle == (3 * pi) / 2 or angle == pi / 2:
 719                     w += fabs(self.cabinets[i].pY)
 720
 721             mycountertop = create_countertop("Countertop" + str(i + 1),
 722                                              w,
 723                                              self.depth + self.cabinets[i].wY,
 724                                              self.counterheight, self.counterextend,
 725                                              self.crt_mat, self.cabinets[i].dType, self.depth,
 726                                              self.cabinets[i].tE)
 727             # -------------------------------
 728             # Fill countertop spaces
 729             # -------------------------------
 730             if self.cabinets[i].tC:
 731                 # Default
 732                 if angle == 0:
 733                     if self.cabinets[i].pX >= 0:
 734                         mycountertop.location[0] = -self.cabinets[i].pX
 735                     else:
 736                         mycountertop.location[0] = 0
 737
 738                 # 90CW
 739                 if angle == (3 * pi) / 2:
 740                     if self.cabinets[i].pY >= 0:
 741                         mycountertop.location[0] = 0
 742                     else:
 743                         mycountertop.location[0] = self.cabinets[i].pY
 744                 # 90CCW
 745                 if angle == pi / 2:
 746                     if self.cabinets[i].pY >= 0:
 747                         mycountertop.location[0] = self.cabinets[i].pY * -1
 748                     else:
 749                         mycountertop.location[0] = 0
 750                 # 180
 751                 if angle == pi:
 752                     mycountertop.location[0] = 0
 753
 754             mycountertop.location[2] = self.height
 755             mycountertop.parent = mydata[0]
 756             # --------------------
 757             # add countertop SKU
 758             # --------------------
 759             t = w
 760             # if corner, remove size
 761             if self.cabinets[i].dType == "9" or self.cabinets[i].dType == "10":
 762                 t = t - self.cabinets[i].sX
 763
 764             mycountertop["archimesh.top_sku"] = "T%06.3fx%06.3fx%06.3f-%06.3f" % (t,
 765                                                                                   self.depth + self.cabinets[
 766                                                                                       i].wY + self.counterextend,
 767                                                                                   self.counterheight,
 768                                                                                   w)
 769         # ----------------
 770         # Baseboard
 771         # ----------------
 772         if self.baseboard and self.type_cabinet == "1":
 773             gap = (self.depth + self.cabinets[i].wY) - ((self.depth + self.cabinets[i].wY) * self.basefactor)
 774             mybase = create_baseboard("Baseboard" + str(i + 1),
 775                                       self.cabinets[i].sX, self.thickness, self.baseheight,
 776                                       self.crt_mat, self.cabinets[i].bL, self.cabinets[i].bR,
 777                                       (self.depth + self.cabinets[i].wY) * self.basefactor, self.cabinets[i].dType, gap)
 778             bases.extend([mybase])
 779             mybase.location[1] = (self.depth + self.cabinets[i].wY) * self.basefactor * -1
 780             mybase.location[2] = -self.baseheight
 781             mybase.parent = mydata[0]
 782             # --------------------
 783             # add base SKU
 784             # --------------------
 785             t = self.cabinets[i].sX
 786             # Add sides
 787             if self.cabinets[i].bR is True:
 788                 t = t + (self.depth + self.cabinets[i].wY) * self.basefactor
 789             if self.cabinets[i].bL is True:
 790                 t = t + (self.depth + self.cabinets[i].wY) * self.basefactor
 791
 792             mybase["archimesh.base_sku"] = "B%06.3fx%06.3fx%06.3f" % (t, self.thickness, self.baseheight)
 793
 794         # Rotate
 795         mybox.rotation_euler = (0, 0, myrot)
 796
 797         # -----------------------------------------
 798         # Calculate new position for next cabinet
 799         # -----------------------------------------
 800         xm = 0
 801         ym = 0
 802
 803         # 0 degrees
 804         if angle == 0:
 805             lastx = lastx
 806             lasty = lasty
 807         # 90 degrees
 808         if angle == pi / 2:
 809             ym = -self.cabinets[i].sX
 810             lastx = lastx - self.cabinets[i].sX - self.cabinets[i].pX
 811             lasty = lasty + self.cabinets[i].sX + self.cabinets[i].pY
 812         # 180 degrees
 813         if angle == pi:
 814             lastx -= 2 * (self.cabinets[i].sX + self.cabinets[i].pX)
 815         # 270 degrees
 816         if angle == (3 * pi) / 2:
 817             xm = self.depth - self.counterextend
 818             lastx = lastx - self.cabinets[i].sX - self.cabinets[i].pX
 819             lasty = lasty - self.cabinets[i].sX - self.cabinets[i].pX + self.cabinets[i].pY
 820
 821         myl = mybox.location
 822         # noinspection PyUnresolvedReferences
 823         mybox.location = (myl.x + xm, myl.y + ym, myl.z)
 824
 825         # ---------------------------------------
 826         # Save box
 827         # ---------------------------------------
 828         boxes.extend([mybox])
 829
 830     # refine cabinets
 831     for box in boxes:
 832         remove_doubles(box)
 833         set_normals(box)
 834
 835     # refine baseboard
 836     for base in bases:
 837         remove_doubles(base)
 838         set_normals(base)
 839
 840     # Create materials
 841     if self.crt_mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
 842         mat = create_diffuse_material("Cabinet_material", False, 0.8, 0.8, 0.8)
 843         for box in boxes:
 844             set_material(box, mat)
 845
 846     return
 847
 848
 849 # ------------------------------------------------------------------------------
 850 # Create cabinet box
 851 #
 852 # thickness: wood thickness
 853 # sX: Size in X axis
 854 # sY: Size in Y axis
 855 # sZ: Size in Z axis
 856 # pX: position X axis
 857 # pY: position Y axis
 858 # pZ: position Z axis
 859 # doorType: Type of door or drawers
 860 # drawers: Number of drawers
 861 # shelves: Number of shelves
 862 # gF: Glass size factor
 863 # mat: Flag for creating materials
 864 # handle: handle visibility flag
 865 # handle_model: Type of handle
 866 # handle_x: Position of handle in X axis
 867 # handle_z: Position of handle in Z axis
 868 # depth: Default depth
 869 # ------------------------------------------------------------------------------
 870 def create_box(type_cabinet, objname, thickness, sx, sy, sz, px, py, pz, doortype, drawers, shelves, gf, mat,
 871                handle, handle_model, handle_x, handle_z, depth):
 872     myvertex = []
 873     myfaces = []
 874     # external faces
 875     myvertex.extend(
 876         [(0, 0, 0), (0, -sy, 0), (0, -sy, sz), (0, 0, sz), (sx, 0, 0), (sx, -sy, 0), (sx, -sy, sz), (sx, 0, sz)])
 877     myfaces.extend([(0, 1, 2, 3), (4, 5, 6, 7), (0, 4, 7, 3), (0, 1, 5, 4), (3, 2, 6, 7)])
 878
 879     # internal faces
 880     myvertex.extend([(thickness, -thickness, thickness), (thickness, -sy, thickness),
 881                      (thickness, -sy, sz - thickness), (thickness, -thickness, sz - thickness),
 882                      (sx - thickness, -thickness, thickness), (sx - thickness, -sy, thickness),
 883                      (sx - thickness, -sy, sz - thickness), (sx - thickness, -thickness, sz - thickness)])
 884
 885     myfaces.extend([(8, 9, 10, 11), (12, 13, 14, 15), (8, 12, 15, 11), (8, 9, 13, 12), (11, 10, 14, 15)])
 886     myfaces.extend([(1, 9, 10, 2), (2, 6, 14, 10), (6, 5, 13, 14), (5, 1, 9, 13)])
 887
 888     # -----------------
 889     # shelves
 890     # -----------------
 891     v = 16  # vertice number
 892     if doortype != "7":  # Drawers
 893         # calculate separation
 894         dist = sz - (thickness * 2)
 895         space = dist / (shelves + 1)
 896         posz1 = thickness + space
 897
 898         for x in range(shelves):
 899             posz2 = posz1 - thickness
 900             myvertex.extend([(thickness, -thickness, posz1), (thickness, -sy, posz1),
 901                              (thickness, -sy, posz2), (thickness, -thickness, posz2),
 902                              (sx - thickness, -thickness, posz1), (sx - thickness, -sy, posz1),
 903                              (sx - thickness, -sy, posz2), (sx - thickness, -thickness, posz2)])
 904
 905             myfaces.extend([(v, v + 1, v + 2, v + 3), (v + 4, v + 5, v + 6, v + 7), (v, v + 4, v + 7, v + 3),
 906                             (v, v + 1, v + 5, v + 4), (v + 3, v + 2, v + 6, v + 7), (v + 1, v + 2, v + 6, v + 5)])
 907             v += 8
 908             posz1 += space
 909
 910     mymesh = bpy.data.meshes.new(objname)
 911     myobject = bpy.data.objects.new(objname, mymesh)
 912
 913     myobject.location[0] = px
 914     myobject.location[1] = py
 915     myobject.location[2] = pz
 916     bpy.context.collection.objects.link(myobject)
 917
 918     mymesh.from_pydata(myvertex, [], myfaces)
 919     mymesh.update(calc_edges=True)
 920
 921     # ---------------------------------------
 922     # Drawers
 923     # ---------------------------------------
 924     if doortype == "7":  # Drawers
 925         # calculate separation
 926         gap = 0.001
 927         dist = sz - (gap * drawers)
 928         space = dist / drawers
 929         posz1 = 0
 930
 931         for x in range(drawers):
 932             mydrawer = create_drawer("Drawer", thickness, sx, sy, space, mat, handle,
 933                                      handle_model, handle_z)
 934             mydrawer.location[1] = -sy
 935             mydrawer.location[2] = posz1
 936             mydrawer.parent = myobject
 937             remove_doubles(mydrawer)
 938             set_normals(mydrawer)
 939             posz1 = posz1 + space + gap  # gap
 940
 941     # ---------------------------------------
 942     # Doors
 943     # ---------------------------------------
 944     if doortype != "99" and doortype != "7":  # None or Drawers
 945         if doortype == "1" or doortype == "2" or doortype == "3" or doortype == "4" \
 946                 or doortype == "5" or doortype == "6":  # single door
 947             mydoor = create_door(type_cabinet, objname + "_Door", thickness, sx, sz, doortype, gf, mat, handle,
 948                                  handle_model, handle_x, handle_z, 0.001)
 949             mydoor.parent = myobject
 950             mydoor.location[1] = -sy - 0.001  # add 1 mm gap
 951             remove_doubles(mydoor)
 952             set_normals(mydoor)
 953
 954         else:  # double doors
 955             if doortype == "8" or doortype == "10" or doortype == "11":
 956                 # Glass or not
 957                 if doortype != "11":
 958                     typ = "2"
 959                 else:
 960                     typ = "5"
 961
 962                 # Adjust corner doors
 963                 dwidth = sx / 2
 964                 if doortype == "10":
 965                     dwidth = sx - depth - thickness - 0.001
 966
 967                 mydoor1 = create_door(type_cabinet, objname + "_Door_L", thickness, dwidth, sz, typ, gf, mat,
 968                                       handle,
 969                                       handle_model, handle_x, handle_z, 0.0005)  # left
 970                 mydoor1.location[1] = -sy - 0.001  # add 1 mm gap
 971                 mydoor1.parent = myobject
 972                 remove_doubles(mydoor1)
 973                 set_normals(mydoor1)
 974
 975             if doortype == "8" or doortype == "9" or doortype == "11":
 976                 # Glass or not
 977                 if doortype != "11":
 978                     typ = "1"
 979                 else:
 980                     typ = "4"
 981
 982                 # Adjust corner doors
 983                 dwidth = sx / 2
 984                 if doortype == "9":
 985                     dwidth = sx - depth - thickness - 0.001
 986
 987                 mydoor2 = create_door(type_cabinet, objname + "_Door_R", thickness, dwidth, sz, typ, gf, mat,
 988                                       handle,
 989                                       handle_model, handle_x, handle_z, 0.0005)  # right
 990                 mydoor2.location[1] = -sy - 0.001  # add 1 mm gap
 991                 mydoor2.location[0] = sx
 992                 mydoor2.parent = myobject
 993                 remove_doubles(mydoor2)
 994                 set_normals(mydoor2)
 995
 996     return myobject, px + sx
 997
 998
 999 # ------------------------------------------------------------------------------
1000 # Create baseboard
1001 #
1002 # sX: Size in X axis
1003 # sY: Size in Y axis
1004 # sZ: Size in Z axis
1005 # mat: Flag for creating materials
1006 # bL: Flag to create left side
1007 # bR: Flag to create right side
1008 # depth: depth or position of baseboard
1009 # gap: space to close in corners
1010 # ------------------------------------------------------------------------------
1011 def create_baseboard(objname, sx, sy, sz, mat, bl, br, depth, doortype, gap):
1012     myvertex = []
1013     myfaces = []
1014     p = 0
1015     # external faces
1016     myvertex.extend(
1017         [(0, 0, 0), (0, -sy, 0), (0, -sy, sz), (0, 0, sz), (sx, 0, 0), (sx, -sy, 0), (sx, -sy, sz), (sx, 0, sz)])
1018     myfaces.extend([(0, 1, 2, 3), (4, 5, 6, 7), (0, 4, 7, 3), (0, 1, 5, 4), (3, 2, 6, 7), (1, 5, 6, 2)])
1019     # left side
1020     f = 8
1021     if bl:
1022         myvertex.extend(
1023             [(0, 0, 0), (0, depth, 0), (0, depth, sz), (0, 0, sz), (sy, 0, 0), (sy, depth, 0), (sy, depth, sz),
1024              (sy, 0, sz)])
1025         myfaces.extend(
1026             [(f, f + 1, f + 2, f + 3), (f + 4, f + 5, f + 6, f + 7), (f, f + 4, f + 7, f + 3), (f, f + 1, f + 5, f + 4),
1027              (f + 3, f + 2, f + 6, f + 7), (f + 1, f + 5, f + 6, f + 2)])
1028         f += 8
1029     # right side
1030     if br:
1031         p = sx - sy
1032         myvertex.extend([(p, 0, 0), (p, depth, 0), (p, depth, sz), (p, 0, sz), (p + sy, 0, 0), (p + sy, depth, 0),
1033                          (p + sy, depth, sz), (p + sy, 0, sz)])
1034         myfaces.extend(
1035             [(f, f + 1, f + 2, f + 3), (f + 4, f + 5, f + 6, f + 7), (f, f + 4, f + 7, f + 3), (f, f + 1, f + 5, f + 4),
1036              (f + 3, f + 2, f + 6, f + 7), (f + 1, f + 5, f + 6, f + 2)])
1037         f += 8
1038     # Corners
1039     if doortype == "9" or doortype == "10":
1040         if doortype == "9":
1041             p = depth + sy
1042         if doortype == "10":
1043             p = sx - depth - sy
1044
1045         size = gap * -2
1046         myvertex.extend([(p, -sy, 0), (p, size, 0), (p, size, sz), (p, -sy, sz), (p + sy, -sy, 0), (p + sy, size, 0),
1047                          (p + sy, size, sz), (p + sy, -sy, sz)])
1048         myfaces.extend(
1049             [(f, f + 1, f + 2, f + 3), (f + 4, f + 5, f + 6, f + 7), (f, f + 4, f + 7, f + 3), (f, f + 1, f + 5, f + 4),
1050              (f + 3, f + 2, f + 6, f + 7), (f + 1, f + 5, f + 6, f + 2)])
1051
1052     mymesh = bpy.data.meshes.new(objname)
1053     mybaseboard = bpy.data.objects.new(objname, mymesh)
1054
1055     mybaseboard.location[0] = 0
1056     mybaseboard.location[1] = 0
1057     mybaseboard.location[2] = 0
1058     bpy.context.collection.objects.link(mybaseboard)
1059
1060     mymesh.from_pydata(myvertex, [], myfaces)
1061     mymesh.update(calc_edges=True)
1062
1063     # Material
1064     if mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
1065         mat = create_diffuse_material("Baseboard_material", False, 0.8, 0.8, 0.8)
1066         set_material(mybaseboard, mat)
1067
1068     return mybaseboard
1069
1070
1071 # ------------------------------------------------------------------------------
1072 # Create Countertop
1073 #
1074 # sX: Size in X axis
1075 # sY: Size in Y axis
1076 # sZ: Size in Z axis
1077 # mat: Flag for creating materials
1078 # doorType: Type of door
1079 # depth: Depth of the cabinets
1080 # edge: add countertop edge
1081 # ------------------------------------------------------------------------------
1082 def create_countertop(objname, sx, sy, sz, over, mat, doortype, depth, edge):
1083     oy = 0.02
1084     oz = 0.05 + sz
1085
1086     myvertex = []
1087     myfaces = []
1088     # if corner the size is less
1089     ts = 0
1090     tx = sx
1091
1092     if doortype == "9":
1093         ts = sx - (sx - over - depth)
1094         tx = sx
1095
1096     if doortype == "10":
1097         ts = 0
1098         tx = sx - over - depth
1099
1100     # external faces
1101     myvertex.extend([(ts, 0, 0), (ts, -sy - over, 0), (ts, -sy - over, sz), (ts, 0, sz),
1102                      (tx, 0, 0), (tx, -sy - over, 0), (tx, -sy - over, sz), (tx, 0, sz)])
1103     myfaces.extend([(0, 1, 2, 3), (4, 5, 6, 7), (0, 4, 7, 3), (0, 1, 5, 4), (3, 2, 6, 7), (1, 5, 6, 2)])
1104     # Back
1105     ts = 0
1106     tx = sx
1107
1108     if doortype == "9":
1109         ts = oy
1110
1111     if doortype == "10":
1112         tx -= oy
1113     # Add edge
1114     if edge is True:
1115         myvertex.extend([(ts, 0, sz), (ts, -oy, sz), (ts, -oy, oz), (ts, 0, oz),
1116                          (tx, 0, sz), (tx, -oy, sz), (tx, -oy, oz), (tx, 0, oz)])
1117         myfaces.extend(
1118             [(8, 9, 10, 11), (12, 13, 14, 15), (8, 12, 15, 11), (8, 9, 13, 12), (11, 10, 14, 15), (9, 13, 14, 10)])
1119
1120     mymesh = bpy.data.meshes.new(objname)
1121     mycountertop = bpy.data.objects.new(objname, mymesh)
1122
1123     mycountertop.location[0] = 0
1124     mycountertop.location[1] = 0
1125     mycountertop.location[2] = 0
1126     bpy.context.collection.objects.link(mycountertop)
1127
1128     mymesh.from_pydata(myvertex, [], myfaces)
1129     mymesh.update(calc_edges=True)
1130
1131     # Material
1132     if mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
1133         mat = create_diffuse_material("countertop_material", False, 0, 0, 0, 0.2, 0.2, 0.2, 0.15)
1134         set_material(mycountertop, mat)
1135
1136     return mycountertop
1137
1138
1139 # ------------------------------------------------------------------------------
1140 # Create cabinet door
1141 #
1142 # type_cabinet: Type of cabinet (floor or wall)
1143 # objName: Name of the created object
1144 # thickness: wood thickness
1145 # sX: Size in X axis
1146 # sY: Size in Y axis
1147 # sZ: Size in Z axis
1148 # doorType: Type of door or drawers
1149 # gF: Glass size factor
1150 # mat: Flag for creating materials
1151 # handle: handle visibility flag
1152 # handle_model: Type of handle
1153 # handle_x: Position of handle in X axis
1154 # handle_z: Position of handle in Z axis
1155 # gapX: size of the horizontal gap
1156 # ------------------------------------------------------------------------------
1157 def create_door(type_cabinet, objname, thickness, sx, sz, doortype, gf, mat, handle, handle_model, handle_x,
1158                 handle_z, gapx):
1159
1160     myvertex = []
1161     myfaces = []
1162
1163     # Left open
1164     f = -1  # right
1165     if doortype == "2" or doortype == "5" or doortype == "10":
1166         f = 1
1167     # add small gap in width
1168     sx = sx - gapx
1169     # add small gap in top zone
1170     sz -= 0.002
1171     # External Frame
1172     myvertex.extend([(0, 0, 0), (0, -thickness, 0), (0, -thickness, sz), (0, 0, sz), (sx * f, 0, 0),
1173                      (sx * f, -thickness, 0), (sx * f, -thickness, sz), (sx * f, 0, sz)])
1174     myfaces.extend([(0, 1, 2, 3), (4, 5, 6, 7), (0, 1, 5, 4), (3, 2, 6, 7)])
1175     # ---------------
1176     # Solid door
1177     # ---------------
1178     if doortype == "1" or doortype == "2" or doortype == "3" \
1179             or doortype == "8" or doortype == "9" or doortype == "10":
1180         myfaces.extend([(0, 4, 7, 3), (1, 2, 6, 5)])
1181     # ---------------
1182     # Glass door
1183     # ---------------
1184     if doortype == "4" or doortype == "5" or doortype == "6" or doortype == "11":
1185         w = sx * gf  # calculate frame size W
1186         h = sz * gf  # calculate frame size V
1187
1188         myvertex.extend([(w * f, 0, h), (w * f, -thickness, h), (w * f, -thickness, sz - h), (w * f, 0, sz - h),
1189                          ((sx - w) * f, 0, h),
1190                          ((sx - w) * f, -thickness, h), ((sx - w) * f, -thickness, sz - h), ((sx - w) * f, 0, sz - h)])
1191         myfaces.extend([(8, 9, 10, 11), (12, 13, 14, 15), (8, 11, 15, 12), (10, 11, 15, 14), (8, 12, 13, 9),
1192                         (1, 9, 10, 2), (5, 13, 14, 6), (6, 2, 10, 14), (5, 1, 9, 13),
1193                         (0, 3, 11, 8), (12, 15, 7, 4), (4, 0, 8, 12), (11, 3, 7, 15)])
1194
1195     mymesh = bpy.data.meshes.new(objname)
1196     mydoor = bpy.data.objects.new(objname, mymesh)
1197     if f == -1:
1198         mydoor.location[0] = sx
1199     else:
1200         mydoor.location[0] = 0
1201
1202     mydoor.location[1] = 0
1203     mydoor.location[2] = 0
1204     bpy.context.collection.objects.link(mydoor)
1205
1206     mymesh.from_pydata(myvertex, [], myfaces)
1207     mymesh.update(calc_edges=True)
1208
1209     # ----------------------------------------------
1210     # Handles
1211     #    RT: Put handle in right side top
1212     #    LT: Put handle in left side top
1213     #    RB: Put handle in right side bottom
1214     #    LB: Put handle in left side bottom
1215     #    T: Put handle in top side middle
1216     #    B: Put handle in bottom side middle
1217     #
1218     # The position is reverse to the open direction
1219     # of the door
1220     # ----------------------------------------------
1221     hpos = "RT"  # Right by default
1222     if handle:
1223         # -----------------
1224         # Floor units
1225         # -----------------
1226         if type_cabinet == "1":
1227             if doortype == "1" or doortype == "4" or doortype == "9":  # Right
1228                 hpos = "LT"
1229             if doortype == "2" or doortype == "5" or doortype == "10":  # Left
1230                 hpos = "RT"
1231             if doortype == "3" or doortype == "6":
1232                 hpos = "T"
1233         # -----------------
1234         # Wall units
1235         # -----------------
1236         if type_cabinet == "2":
1237             if doortype == "1" or doortype == "4" or doortype == "9":  # Right
1238                 hpos = "LB"
1239             if doortype == "2" or doortype == "5" or doortype == "10":  # Left
1240                 hpos = "RB"
1241             if doortype == "3" or doortype == "6":
1242                 hpos = "B"
1243
1244         create_handle(handle_model, mydoor, thickness, hpos, mat, handle_x, handle_z)
1245
1246     if mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
1247         # Door material
1248         mat = create_diffuse_material("Door_material", False, 0.8, 0.8, 0.8, 0.279, 0.337, 0.6, 0.2)
1249         set_material(mydoor, mat)
1250         # Add Glass
1251         if doortype == "4" or doortype == "5" or doortype == "6" or doortype == "11":
1252             mat = create_glass_material("DoorGlass_material", False)
1253             mydoor.data.materials.append(mat)
1254             select_faces(mydoor, 6, True)
1255             set_material_faces(mydoor, 1)
1256
1257     # Limit rotation axis
1258     if hpos != "T" and hpos != "TM" and hpos != "B":
1259         mydoor.lock_rotation = (True, True, False)
1260
1261     return mydoor
1262
1263
1264 # ------------------------------------------------------------------------------
1265 # Create drawers
1266 #
1267 # thickness: wood thickness
1268 # sX: Size in X axis
1269 # sY: Size in Y axis
1270 # sZ: Size in Z axis
1271 # mat: Flag for creating materials
1272 # handle: handle visibility flag
1273 # handle_model: Type of handle
1274 # handle_z: Position of handle in Z axis
1275 # ------------------------------------------------------------------------------
1276 def create_drawer(objname, thickness, sx, sy, sz, mat, handle, handle_model, handle_z):
1277     myvertex = []
1278     myfaces = []
1279     # Front face
1280     myvertex.extend([(0, 0, 0), (0, -thickness, 0), (0, -thickness, sz), (0, 0, sz), (sx, 0, 0), (sx, -thickness, 0),
1281                      (sx, -thickness, sz), (sx, 0, sz)])
1282     myfaces.extend([(0, 1, 2, 3), (4, 5, 6, 7), (0, 4, 7, 3), (0, 1, 5, 4), (3, 2, 6, 7), (1, 2, 6, 5)])
1283
1284     # internal faces (thickness cm gap)
1285     myvertex.extend([(thickness, 0, thickness),
1286                      (thickness, sy - thickness, thickness),
1287                      (sx - thickness, sy - thickness, thickness),
1288                      (sx - thickness, 0, thickness),
1289                      (thickness * 2, 0, thickness),
1290                      (thickness * 2, sy - thickness * 2, thickness),
1291                      (sx - thickness * 2, sy - thickness * 2, thickness),
1292                      (sx - thickness * 2, 0, thickness)])
1293
1294     myfaces.extend([(8, 9, 13, 12), (13, 9, 10, 14), (14, 10, 11, 15), (12, 13, 14, 15)])
1295     h = sz * 0.7
1296     myvertex.extend([(thickness, 0, h),
1297                      (thickness, sy - thickness, h),
1298                      (sx - thickness, sy - thickness, h),
1299                      (sx - thickness, 0, h),
1300                      (thickness * 2, 0, h),
1301                      (thickness * 2, sy - thickness * 2, h),
1302                      (sx - thickness * 2, sy - thickness * 2, h),
1303                      (sx - thickness * 2, 0, h)])
1304     myfaces.extend(
1305         [(16, 17, 21, 20), (21, 17, 18, 22), (22, 18, 19, 23), (8, 9, 17, 16), (9, 10, 18, 17), (10, 11, 19, 18),
1306          (12, 13, 21, 20), (13, 14, 22, 21), (14, 15, 23, 22)])
1307
1308     mymesh = bpy.data.meshes.new(objname)
1309     mydrawer = bpy.data.objects.new(objname, mymesh)
1310
1311     mydrawer.location[0] = 0
1312     mydrawer.location[1] = 0
1313     mydrawer.location[2] = 0
1314     bpy.context.collection.objects.link(mydrawer)
1315
1316     mymesh.from_pydata(myvertex, [], myfaces)
1317     mymesh.update(calc_edges=True)
1318
1319     # Handle
1320     if handle:
1321         model = handle_model
1322         # Drawers always horizontal handle, so override values
1323         if model == "1":
1324             model = "3"
1325
1326         if model == "4":
1327             model = "2"
1328
1329         create_handle(model, mydrawer, thickness, "TM", mat, 0, handle_z)  # always in the top area/middle
1330
1331     # Material
1332     if mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
1333         mat = create_diffuse_material("Drawer_material", False, 0.8, 0.8, 0.8, 0.6, 0.6, 0.6, 0.2)
1334         set_material(mydrawer, mat)
1335
1336     # Lock transformation
1337     mydrawer.lock_location = (True, False, True)  # only Y axis
1338
1339     return mydrawer
1340
1341
1342 # ------------------------------------------------------------------------------
1343 # Create Handles
1344 #
1345 # model: handle model
1346 # myDoor: Door that has the handle
1347 # thickness: thickness of board
1348 # handle_position: position of the handle
1349 #    RT: Put handle in right side top
1350 #    LT: Put handle in left side top
1351 #    RB: Put handle in right side bottom
1352 #    LB: Put handle in left side bottom
1353 #    T: Put handle in top side middle
1354 #    TM: Put handle in top side middle (drawers)
1355 #    B: Put handle in bottom side middle
1356 # mat: create default cycles material
1357 # handle_x: Position of handle in X axis
1358 # handle_z: Position of handle in Z axis
1359 # ------------------------------------------------------------------------------
1360 def create_handle(model, mydoor, thickness, handle_position, mat, handle_x, handle_z):
1361     if model == "9":
1362         return None
1363
1364     # Retry mesh data
1365     if model == "1" or model == "3":
1366         mydata = handle_model_01()
1367     elif model == "2" or model == "4":
1368         mydata = handle_model_02()
1369     elif model == "5":
1370         mydata = handle_model_05()
1371     elif model == "6":
1372         mydata = handle_model_06()
1373     elif model == "7":
1374         mydata = handle_model_07()
1375     elif model == "8":
1376         mydata = handle_model_08()
1377     else:
1378         mydata = handle_model_01()  # default model
1379
1380     # move data
1381     myvertex = mydata[0]
1382     myfaces = mydata[1]
1383
1384     mymesh = bpy.data.meshes.new("Handle")
1385     myhandle = bpy.data.objects.new("Handle", mymesh)
1386
1387     bpy.context.collection.objects.link(myhandle)
1388
1389     mymesh.from_pydata(myvertex, [], myfaces)
1390     mymesh.update(calc_edges=True)
1391
1392     # Position handle
1393     myhandle.location.y = -thickness
1394     # Calculate dimensions
1395     if model == "1" or model == "4" or model == "5" or model == "6":
1396         width = myhandle.dimensions.z / 2
1397         height = myhandle.dimensions.x / 2
1398     else:
1399         width = myhandle.dimensions.x / 2
1400         height = myhandle.dimensions.z / 2
1401     # Limit handle position to door dimensions
1402     if handle_x + width > mydoor.dimensions.x:
1403         handle_x = mydoor.dimensions.x - 0.01
1404
1405     if handle_z + height > mydoor.dimensions.z:
1406         handle_z = mydoor.dimensions.z - 0.01
1407
1408     # Position in X axis
1409     if handle_position == "LT" or handle_position == "LB":
1410         myhandle.location.x = -mydoor.dimensions.x + handle_x + width
1411
1412     if handle_position == "RT" or handle_position == "RB":
1413         myhandle.location.x = mydoor.dimensions.x - handle_x - width
1414
1415     # Position in Z axis
1416     if handle_position == "RT" or handle_position == "LT":
1417         if mydoor.dimensions.z - handle_z - height > 1.2:
1418             myhandle.location.z = 1.2
1419         else:
1420             myhandle.location.z = mydoor.dimensions.z - handle_z - height
1421
1422     if handle_position == "RB" or handle_position == "LB":
1423         myhandle.location.z = handle_z + height
1424
1425     # Position for Middle point
1426     if handle_position == "T" or handle_position == "B":
1427         myhandle.location.x = -mydoor.dimensions.x / 2
1428
1429     if handle_position == "TM":
1430         myhandle.location.x = mydoor.dimensions.x / 2
1431
1432     if handle_position == "T" or handle_position == "TM":
1433         myhandle.location.z = mydoor.dimensions.z - handle_z - height
1434
1435     if handle_position == "B":
1436         myhandle.location.z = handle_z - height
1437
1438     # rotate
1439     if handle_position != "T" and handle_position != "B" and handle_position != "TM":
1440         yrot = 0
1441         if model == "1":
1442             yrot = pi / 2
1443
1444         if model == "4":
1445             if handle_position == "LT" or handle_position == "LB":
1446                 yrot = -pi / 2
1447             else:
1448                 yrot = pi / 2
1449
1450         myhandle.rotation_euler = (0, yrot, 0.0)  # radians PI=180
1451
1452     # parent
1453     myhandle.parent = mydoor
1454     # Materials
1455     if mat and bpy.context.scene.render.engine in {'CYCLES', 'BLENDER_EEVEE'}:
1456         mat = create_glossy_material("Handle_material", False, 0.733, 0.779, 0.8, 0.733, 0.779, 0.8, 0.02)
1457         set_material(myhandle, mat)
1458
1459     # Smooth
1460     if model == "1" or model == "3":
1461         set_smooth(myhandle)
1462         set_modifier_subsurf(myhandle)
1463
1464     if model == "5" or model == "6" or model == "7" or model == "8":
1465         set_smooth(myhandle)
1466
1467     return myhandle
1468
1469
1470 # ----------------------------------------------
1471 # Handle model 01
1472 # ----------------------------------------------
1473 def handle_model_01():
1474     # ------------------------------------
1475     # Mesh data
1476     # ------------------------------------
1477     minx = -0.07222598791122437
1478     maxx = 0.07222597301006317
1479     maxy = 6.545917585754069e-08
1480     minz = -0.004081448074430227
1481     maxz = 0.004081418737769127
1482
1483     # Vertex
1484     myvertex = [(maxx - 0.013172730803489685, -0.025110241025686264, maxz - 0.0003106782678514719),
1485                 (maxx - 0.01216559112071991, -0.027320515364408493, maxz - 0.0011954230722039938),
1486                 (maxx - 0.011492643505334854, -0.028797375038266182, maxz - 0.0025195349007844925),
1487                 (maxx - 0.011256333440542221, -0.029315980151295662, maxz - 0.0040814326939546675),
1488                 (maxx - 0.011492643505334854, -0.02879737690091133, minz + 0.0025195364141836762),
1489                 (maxx - 0.01216559112071991, -0.02732051908969879, minz + 0.0011954230722039938),
1490                 (maxx - 0.013172730803489685, -0.025110244750976562, minz + 0.0003106798976659775),
1491                 (maxx - 0.014360729604959488, -0.022503048181533813, minz),
1492                 (maxx - 0.01554873213171959, -0.019895851612091064, minz + 0.00031067943200469017),
1493                 (maxx - 0.016555871814489365, -0.017685577273368835, minz + 0.001195424236357212),
1494                 (maxx - 0.01722881942987442, -0.016208721324801445, minz + 0.0025195354828611016),
1495                 (maxx - 0.017465125769376755, -0.015690118074417114, minz + 0.00408143286244389),
1496                 (maxx - 0.01722881942987442, -0.016208721324801445, maxz - 0.0025195367634296417),
1497                 (maxx - 0.016555871814489365, -0.017685577273368835, maxz - 0.0011954237706959248),
1498                 (maxx - 0.01554873213171959, -0.019895853474736214, maxz - 0.00031068059615790844),
1499                 (maxx - 0.014360729604959488, -0.022503050044178963, maxz),
1500                 (maxx - 0.00908602774143219, -0.022446047514677048, maxz - 0.0003106782678514719),
1501                 (maxx - 0.007382020354270935, -0.024176951497793198, maxz - 0.0011954226065427065),
1502                 (maxx - 0.006243452429771423, -0.025333505123853683, maxz - 0.002519535133615136),
1503                 (maxx - 0.005843624472618103, -0.025739632546901703, maxz - 0.004081432702012222),
1504                 (maxx - 0.006243452429771423, -0.025333506986498833, minz + 0.0025195362977683544),
1505                 (maxx - 0.007382020354270935, -0.024176953360438347, minz + 0.0011954230722039938),
1506                 (maxx - 0.00908602774143219, -0.022446051239967346, minz + 0.0003106798976659775),
1507                 (maxx - 0.011096026748418808, -0.020404310896992683, minz),
1508                 (maxx - 0.013106036931276321, -0.01836257427930832, minz + 0.0003106796648353338),
1509                 (maxx - 0.014810033142566681, -0.01663167029619217, minz + 0.001195424236357212),
1510                 (maxx - 0.015948612242937088, -0.015475118532776833, minz + 0.0025195355992764235),
1511                 (maxx - 0.016348421573638916, -0.015068991109728813, minz + 0.004081432861045897),
1512                 (maxx - 0.015948612242937088, -0.015475118532776833, maxz - 0.00251953664701432),
1513                 (maxx - 0.014810033142566681, -0.01663167029619217, maxz - 0.0011954233050346375),
1514                 (maxx - 0.013106033205986023, -0.01836257241666317, maxz - 0.0003106803633272648),
1515                 (maxx - 0.011096026748418808, -0.020404312759637833, maxz - 4.656612873077393e-10),
1516                 (maxx - 0.004618480801582336, -0.01468262542039156, maxz - 0.0008190707303583622),
1517                 (maxx - 0.002191290259361267, -0.014774298295378685, maxz - 0.001584529411047697),
1518                 (maxx - 0.0005694925785064697, -0.014835557900369167, maxz - 0.002730117877945304),
1519                 (maxx, -0.014857066795229912, maxz - 0.004081432337202706),
1520                 (maxx - 0.0005694925785064697, -0.014835558831691742, minz + 0.002730119973421097),
1521                 (maxx - 0.002191290259361267, -0.014774300158023834, minz + 0.001584530808031559),
1522                 (maxx - 0.004618480801582336, -0.01468262542039156, minz + 0.0008190732914954424),
1523                 (maxx - 0.0074815452098846436, -0.014574488624930382, minz + 0.000550281023606658),
1524                 (maxx - 0.010344602167606354, -0.014466354623436928, minz + 0.0008190732914954424),
1525                 (maxx - 0.012771788984537125, -0.01437467709183693, minz + 0.0015845317393541336),
1526                 (maxx - 0.014393582940101624, -0.01431342400610447, minz + 0.002730119158513844),
1527                 (maxx - 0.014963079243898392, -0.014291912317276001, maxz - 0.004081433403984924),
1528                 (maxx - 0.014393582940101624, -0.01431342400610447, maxz - 0.0027301193913444877),
1529                 (maxx - 0.012771788984537125, -0.014374678023159504, maxz - 0.0015845298767089844),
1530                 (maxx - 0.010344602167606354, -0.014466352760791779, maxz - 0.0008190723601728678),
1531                 (maxx - 0.0074815452098846436, -0.014574489556252956, maxz - 0.0005502800922840834),
1532                 (maxx - 0.004618480801582336, maxy - 2.029310053330846e-11, maxz - 0.0008190718945115805),
1533                 (maxx - 0.002191290259361267, maxy - 7.808864666003501e-11, maxz - 0.0015845305752009153),
1534                 (maxx - 0.0005694925785064697, maxy - 1.645759084567544e-10, maxz - 0.002730119042098522),
1535                 (maxx, maxy - 2.665956344571896e-10, minz + 0.004081433353314345),
1536                 (maxx - 0.0005694925785064697, maxy - 3.686153604576248e-10, minz + 0.0027301188092678785),
1537                 (maxx - 0.002191290259361267, maxy - 4.5510972768170177e-10, minz + 0.0015845296438783407),
1538                 (maxx - 0.004618480801582336, maxy - 5.128981683810707e-10, minz + 0.0008190721273422241),
1539                 (maxx - 0.0074815452098846436, maxy - 5.331912689143792e-10, minz + 0.0005502798594534397),
1540                 (maxx - 0.010344602167606354, maxy - 5.128981683810707e-10, minz + 0.0008190721273422241),
1541                 (maxx - 0.012771788984537125, maxy - 4.5510972768170177e-10, minz + 0.0015845305752009153),
1542                 (maxx - 0.014393582940101624, maxy - 3.686153604576248e-10, minz + 0.0027301181107759476),
1543                 (maxx - 0.014963079243898392, maxy - 2.665956344571896e-10, minz + 0.00408143232919933),
1544                 (maxx - 0.014393582940101624, maxy - 1.645759084567544e-10, maxz - 0.002730120439082384),
1545                 (maxx - 0.012771788984537125, maxy - 7.808864666003501e-11, maxz - 0.0015845310408622026),
1546                 (maxx - 0.010344602167606354, maxy - 2.029310053330846e-11, maxz - 0.000819073524326086),
1547                 (maxx - 0.0074815452098846436, maxy, maxz - 0.0005502812564373016),
1548                 (minx + 0.013172738254070282, -0.025110241025686264, maxz - 0.0003106782678514719),
1549                 (minx + 0.012165598571300507, -0.027320515364408493, maxz - 0.0011954230722039938),
1550                 (minx + 0.011492650955915451, -0.028797375038266182, maxz - 0.0025195349007844925),
1551                 (minx + 0.011256340891122818, -0.029315980151295662, maxz - 0.0040814326939546675),
1552                 (minx + 0.011492650955915451, -0.02879737690091133, minz + 0.0025195364141836762),
1553                 (minx + 0.012165598571300507, -0.02732051908969879, minz + 0.0011954230722039938),
1554                 (minx + 0.013172738254070282, -0.025110244750976562, minz + 0.0003106798976659775),
1555                 (minx + 0.014360737055540085, -0.022503048181533813, minz),
1556                 (minx + 0.015548739582300186, -0.019895851612091064, minz + 0.00031067943200469017),
1557                 (minx + 0.01655587926506996, -0.017685577273368835, minz + 0.001195424236357212),
1558                 (minx + 0.017228826880455017, -0.016208721324801445, minz + 0.0025195354828611016),
1559                 (minx + 0.01746513321995735, -0.015690118074417114, minz + 0.00408143286244389),
1560                 (minx + 0.017228826880455017, -0.016208721324801445, maxz - 0.0025195367634296417),
1561                 (minx + 0.01655587926506996, -0.017685577273368835, maxz - 0.0011954237706959248),
1562                 (minx + 0.015548739582300186, -0.019895853474736214, maxz - 0.00031068059615790844),
1563                 (minx + 0.014360737055540085, -0.022503050044178963, maxz),
1564                 (maxx - 0.07222597673535347, -0.022503051906824112, maxz),
1565                 (maxx - 0.07222597673535347, -0.019637949764728546, maxz - 0.00031068059615790844),
1566                 (maxx - 0.07222597673535347, -0.01720903068780899, maxz - 0.0011954237706959248),
1567                 (maxx - 0.07222597673535347, -0.015586081892251968, maxz - 0.0025195368798449636),
1568                 (maxx - 0.07222597673535347, -0.015016178600490093, minz + 0.004081432688119335),
1569                 (maxx - 0.07222597673535347, -0.015586081892251968, minz + 0.00251953536644578),
1570                 (maxx - 0.07222597673535347, -0.01720903068780899, minz + 0.001195424236357212),
1571                 (maxx - 0.07222597673535347, -0.019637947902083397, minz + 0.00031067943200469017),
1572                 (maxx - 0.07222597673535347, -0.022503051906824112, minz),
1573                 (maxx - 0.07222597673535347, -0.025368154048919678, minz + 0.0003106798976659775),
1574                 (maxx - 0.07222597673535347, -0.027797073125839233, minz + 0.0011954230722039938),
1575                 (maxx - 0.07222597673535347, -0.029420025646686554, minz + 0.0025195364141836762),
1576                 (maxx - 0.07222597673535347, -0.029989928007125854, maxz - 0.004081432643072702),
1577                 (maxx - 0.07222597673535347, -0.029420021921396255, maxz - 0.0025195349007844925),
1578                 (maxx - 0.07222597673535347, -0.027797069400548935, maxz - 0.0011954230722039938),
1579                 (maxx - 0.07222597673535347, -0.025368154048919678, maxz - 0.0003106782678514719),
1580                 (minx + 0.00908602774143219, -0.022446047514677048, maxz - 0.0003106782678514719),
1581                 (minx + 0.007382035255432129, -0.024176951497793198, maxz - 0.0011954226065427065),
1582                 (minx + 0.006243467330932617, -0.025333505123853683, maxz - 0.002519535133615136),
1583                 (minx + 0.005843639373779297, -0.025739632546901703, maxz - 0.004081432702012222),
1584                 (minx + 0.006243467330932617, -0.025333506986498833, minz + 0.0025195362977683544),
1585                 (minx + 0.007382035255432129, -0.024176953360438347, minz + 0.0011954230722039938),
1586                 (minx + 0.00908602774143219, -0.022446051239967346, minz + 0.0003106798976659775),
1587                 (minx + 0.011096034198999405, -0.020404310896992683, minz),
1588                 (minx + 0.013106044381856918, -0.01836257427930832, minz + 0.0003106796648353338),
1589                 (minx + 0.014810040593147278, -0.01663167029619217, minz + 0.001195424236357212),
1590                 (minx + 0.015948619693517685, -0.015475118532776833, minz + 0.0025195355992764235),
1591                 (minx + 0.016348429024219513, -0.015068991109728813, minz + 0.004081432861045897),
1592                 (minx + 0.015948619693517685, -0.015475118532776833, maxz - 0.00251953664701432),
1593                 (minx + 0.014810040593147278, -0.01663167029619217, maxz - 0.0011954233050346375),
1594                 (minx + 0.01310604065656662, -0.01836257241666317, maxz - 0.0003106803633272648),
1595                 (minx + 0.011096034198999405, -0.020404312759637833, maxz - 4.656612873077393e-10),
1596                 (minx + 0.004618480801582336, -0.01468262542039156, maxz - 0.0008190707303583622),
1597                 (minx + 0.002191305160522461, -0.014774298295378685, maxz - 0.001584529411047697),
1598                 (minx + 0.0005695074796676636, -0.014835557900369167, maxz - 0.002730117877945304),
1599                 (minx, -0.014857066795229912, maxz - 0.004081432337202706),
1600                 (minx + 0.0005694925785064697, -0.014835558831691742, minz + 0.002730119973421097),
1601                 (minx + 0.002191290259361267, -0.014774300158023834, minz + 0.001584530808031559),
1602                 (minx + 0.004618480801582336, -0.01468262542039156, minz + 0.0008190732914954424),
1603                 (minx + 0.0074815452098846436, -0.014574488624930382, minz + 0.000550281023606658),
1604                 (minx + 0.01034460961818695, -0.014466354623436928, minz + 0.0008190732914954424),
1605                 (minx + 0.012771796435117722, -0.01437467709183693, minz + 0.0015845317393541336),
1606                 (minx + 0.01439359039068222, -0.01431342400610447, minz + 0.002730119158513844),
1607                 (minx + 0.014963086694478989, -0.014291912317276001, maxz - 0.004081433403984924),
1608                 (minx + 0.01439359039068222, -0.01431342400610447, maxz - 0.0027301193913444877),
1609                 (minx + 0.012771796435117722, -0.014374678023159504, maxz - 0.0015845298767089844),
1610                 (minx + 0.01034460961818695, -0.014466352760791779, maxz - 0.0008190723601728678),
1611                 (minx + 0.0074815452098846436, -0.014574489556252956, maxz - 0.0005502800922840834),
1612                 (minx + 0.004618480801582336, maxy - 2.029310053330846e-11, maxz - 0.0008190718945115805),
1613                 (minx + 0.002191305160522461, maxy - 7.808864666003501e-11, maxz - 0.0015845305752009153),
1614                 (minx + 0.0005695074796676636, maxy - 1.645759084567544e-10, maxz - 0.002730119042098522),
1615                 (minx, maxy - 2.665956344571896e-10, minz + 0.004081433353314345),
1616                 (minx + 0.0005694925785064697, maxy - 3.686153604576248e-10, minz + 0.0027301188092678785),
1617                 (minx + 0.002191290259361267, maxy - 4.5510972768170177e-10, minz + 0.0015845296438783407),
1618                 (minx + 0.004618480801582336, maxy - 5.128981683810707e-10, minz + 0.0008190721273422241),
1619                 (minx + 0.0074815452098846436, maxy - 5.331912689143792e-10, minz + 0.0005502798594534397),
1620                 (minx + 0.01034460961818695, maxy - 5.128981683810707e-10, minz + 0.0008190721273422241),
1621                 (minx + 0.012771796435117722, maxy - 4.5510972768170177e-10, minz + 0.0015845305752009153),
1622                 (minx + 0.01439359039068222, maxy - 3.686153604576248e-10, minz + 0.0027301181107759476),
1623                 (minx + 0.014963086694478989, maxy - 2.665956344571896e-10, minz + 0.00408143232919933),
1624                 (minx + 0.01439359039068222, maxy - 1.645759084567544e-10, maxz - 0.002730120439082384),
1625                 (minx + 0.012771796435117722, maxy - 7.808864666003501e-11, maxz - 0.0015845310408622026),
1626                 (minx + 0.01034460961818695, maxy - 2.029310053330846e-11, maxz - 0.000819073524326086),
1627                 (minx + 0.0074815452098846436, maxy, maxz - 0.0005502812564373016)]
1628
1629     # Faces
1630     myfaces = [(90, 89, 6, 5), (88, 87, 8, 7), (86, 85, 10, 9), (84, 83, 12, 11), (80, 95, 0, 15),
1631                (82, 81, 14, 13), (93, 92, 3, 2), (91, 90, 5, 4), (89, 88, 7, 6), (87, 86, 9, 8),
1632                (85, 84, 11, 10), (95, 94, 1, 0), (83, 82, 13, 12), (94, 93, 2, 1), (81, 80, 15, 14),
1633                (92, 91, 4, 3), (2, 3, 19, 18), (13, 14, 30, 29), (15, 0, 16, 31), (11, 12, 28, 27),
1634                (9, 10, 26, 25), (7, 8, 24, 23), (5, 6, 22, 21), (3, 4, 20, 19), (14, 15, 31, 30),
1635                (1, 2, 18, 17), (12, 13, 29, 28), (0, 1, 17, 16), (10, 11, 27, 26), (8, 9, 25, 24),
1636                (6, 7, 23, 22), (4, 5, 21, 20), (19, 20, 36, 35), (30, 31, 47, 46), (17, 18, 34, 33),
1637                (28, 29, 45, 44), (16, 17, 33, 32), (26, 27, 43, 42), (24, 25, 41, 40), (22, 23, 39, 38),
1638                (20, 21, 37, 36), (18, 19, 35, 34), (29, 30, 46, 45), (31, 16, 32, 47), (27, 28, 44, 43),
1639                (25, 26, 42, 41), (23, 24, 40, 39), (21, 22, 38, 37), (36, 37, 53, 52), (34, 35, 51, 50),
1640                (45, 46, 62, 61), (47, 32, 48, 63), (43, 44, 60, 59), (41, 42, 58, 57), (39, 40, 56, 55),
1641                (37, 38, 54, 53), (35, 36, 52, 51), (46, 47, 63, 62), (33, 34, 50, 49), (44, 45, 61, 60),
1642                (32, 33, 49, 48), (42, 43, 59, 58), (40, 41, 57, 56), (38, 39, 55, 54), (90, 69, 70, 89),
1643                (88, 71, 72, 87), (86, 73, 74, 85), (84, 75, 76, 83), (80, 79, 64, 95), (82, 77, 78, 81),
1644                (93, 66, 67, 92), (91, 68, 69, 90), (89, 70, 71, 88), (87, 72, 73, 86), (85, 74, 75, 84),
1645                (95, 64, 65, 94), (83, 76, 77, 82), (94, 65, 66, 93), (81, 78, 79, 80), (92, 67, 68, 91),
1646                (66, 98, 99, 67), (77, 109, 110, 78), (79, 111, 96, 64), (75, 107, 108, 76), (73, 105, 106, 74),
1647                (71, 103, 104, 72), (69, 101, 102, 70), (67, 99, 100, 68), (78, 110, 111, 79), (65, 97, 98, 66),
1648                (76, 108, 109, 77), (64, 96, 97, 65), (74, 106, 107, 75), (72, 104, 105, 73), (70, 102, 103, 71),
1649                (68, 100, 101, 69), (99, 115, 116, 100), (110, 126, 127, 111), (97, 113, 114, 98), (108, 124, 125, 109),
1650                (96, 112, 113, 97), (106, 122, 123, 107), (104, 120, 121, 105), (102, 118, 119, 103),
1651                (100, 116, 117, 101),
1652                (98, 114, 115, 99), (109, 125, 126, 110), (111, 127, 112, 96), (107, 123, 124, 108),
1653                (105, 121, 122, 106),
1654                (103, 119, 120, 104), (101, 117, 118, 102), (116, 132, 133, 117), (114, 130, 131, 115),
1655                (125, 141, 142, 126),
1656                (127, 143, 128, 112), (123, 139, 140, 124), (121, 137, 138, 122), (119, 135, 136, 120),
1657                (117, 133, 134, 118),
1658                (115, 131, 132, 116), (126, 142, 143, 127), (113, 129, 130, 114), (124, 140, 141, 125),
1659                (112, 128, 129, 113),
1660                (122, 138, 139, 123), (120, 136, 137, 121), (118, 134, 135, 119)]
1661
1662     return myvertex, myfaces
1663
1664
1665 # ----------------------------------------------
1666 # Handle model 02
1667 # ----------------------------------------------
1668 def handle_model_02():
1669     # ------------------------------------
1670     # Mesh data
1671     # ------------------------------------
1672     minx = -0.09079331159591675
1673     maxx = 0.09079315513372421
1674     maxy = 0
1675     minz = -0.018363870680332184
1676     maxz = 0.0015741242095828056
1677
1678     # Vertex
1679     myvertex = [(maxx, maxy, maxz - 9.313225746154785e-10),
1680                 (maxx, maxy, maxz - 0.0031482474878430367),
1681                 (maxx, -0.02426009438931942, maxz - 0.0031482460908591747),
1682                 (maxx, -0.02426009438931942, maxz),
1683                 (maxx, -0.02727462910115719, maxz),
1684                 (maxx, -0.02727462910115719, maxz - 0.0031482460908591747),
1685                 (maxx, -0.02426009625196457, minz + 0.002603583037853241),
1686                 (maxx, -0.027274630963802338, minz + 0.002603583037853241),
1687                 (maxx, -0.02426009625196457, minz),
1688                 (maxx, -0.027274630963802338, minz),
1689                 (maxx, -0.021415365859866142, minz + 0.002603583037853241),
1690                 (maxx, -0.02141536772251129, minz),
1691                 (maxx - 0.0907932324437013, -0.02426009438931942, maxz - 0.0031482460908591747),
1692                 (maxx - 0.0907932324437013, -0.02426009438931942, maxz),
1693                 (minx, maxy, maxz - 9.313225746154785e-10),
1694                 (minx, maxy, maxz - 0.0031482474878430367),
1695                 (minx, -0.02426009438931942, maxz - 0.0031482460908591747),
1696                 (minx, -0.02426009438931942, maxz),
1697                 (minx, -0.02727462910115719, maxz),
1698                 (minx, -0.02727462910115719, maxz - 0.0031482460908591747),
1699                 (maxx - 0.0907932324437013, -0.02727462910115719, maxz),
1700                 (maxx - 0.0907932324437013, maxy, maxz - 9.313225746154785e-10),
1701                 (maxx - 0.0907932324437013, -0.02727462910115719, maxz - 0.0031482460908591747),
1702                 (maxx - 0.0907932324437013, maxy, maxz - 0.0031482474878430367),
1703                 (maxx - 0.0907932324437013, -0.02426009625196457, minz + 0.002603583037853241),
1704                 (minx, -0.02426009625196457, minz + 0.002603583037853241),
1705                 (minx, -0.027274630963802338, minz + 0.002603583037853241),
1706                 (maxx - 0.0907932324437013, -0.027274630963802338, minz + 0.002603583037853241),
1707                 (maxx - 0.0907932324437013, -0.02426009625196457, minz),
1708                 (minx, -0.02426009625196457, minz),
1709                 (minx, -0.027274630963802338, minz),
1710                 (maxx - 0.0907932324437013, -0.027274630963802338, minz),
1711                 (maxx - 0.0907932324437013, -0.021415365859866142, minz + 0.002603583037853241),
1712                 (minx, -0.021415365859866142, minz + 0.002603583037853241),
1713                 (maxx - 0.0907932324437013, -0.02141536772251129, minz),
1714                 (minx, -0.02141536772251129, minz)]
1715
1716     # Faces
1717     myfaces = [(2, 5, 7, 6), (13, 3, 0, 21), (3, 2, 1, 0), (7, 27, 31, 9), (23, 21, 0, 1),
1718                (5, 22, 27, 7), (4, 5, 2, 3), (2, 12, 23, 1), (20, 4, 3, 13), (5, 4, 20, 22),
1719                (12, 2, 6, 24), (9, 31, 28, 8), (6, 7, 9, 8), (32, 10, 11, 34), (6, 8, 11, 10),
1720                (8, 28, 34, 11), (24, 6, 10, 32), (16, 25, 26, 19), (13, 21, 14, 17), (17, 14, 15, 16),
1721                (26, 30, 31, 27), (23, 15, 14, 21), (19, 26, 27, 22), (18, 17, 16, 19), (16, 15, 23, 12),
1722                (20, 13, 17, 18), (19, 22, 20, 18), (22, 27, 24, 12), (12, 24, 25, 16), (30, 29, 28, 31),
1723                (25, 29, 30, 26), (27, 31, 28, 24), (28, 34, 32, 24), (32, 34, 35, 33), (25, 33, 35, 29),
1724                (29, 35, 34, 28), (24, 32, 33, 25)]
1725
1726     return myvertex, myfaces
1727
1728
1729 # ----------------------------------------------
1730 # Handle model 05
1731 # ----------------------------------------------
1732 def handle_model_05():
1733     # ------------------------------------
1734     # Mesh data
1735     # ------------------------------------
1736     minx = -0.012873317115008831
1737     maxx = 0.012873315252363682
1738     maxy = 6.581399869531879e-10
1739     minz = -0.012873317115008831
1740     maxz = 0.012873315252363682
1741
1742     # Vertex
1743     myvertex = [(maxx - 0.01287331552838386, maxy, maxz - 0.008879524189978838),
1744                 (maxx - 0.01287331552838386, -0.004451401997357607, maxz - 0.008879524189978838),
1745                 (maxx - 0.012094165373127908, maxy, maxz - 0.008956264238804579),
1746                 (maxx - 0.012094165373127908, -0.004451401997357607, maxz - 0.008956263773143291),
1747                 (maxx - 0.011344957514666021, maxy, maxz - 0.00918353395536542),
1748                 (maxx - 0.011344957514666021, -0.004451401997357607, maxz - 0.009183533489704132),
1749                 (maxx - 0.010654483688995242, maxy, maxz - 0.00955259962938726),
1750                 (maxx - 0.010654483688995242, -0.004451401997357607, maxz - 0.009552599163725972),
1751                 (maxx - 0.010049278382211924, maxy, maxz - 0.010049279080703855),
1752                 (maxx - 0.010049278382211924, -0.004451401997357607, maxz - 0.010049278382211924),
1753                 (maxx - 0.009552599163725972, maxy - 6.581399869531879e-10, maxz - 0.01065448485314846),
1754                 (maxx - 0.009552599163725972, -0.004451401997357607, maxz - 0.01065448415465653),
1755                 (maxx - 0.009183533489704132, maxy - 6.581399869531879e-10, maxz - 0.011344958445988595),
1756                 (maxx - 0.009183533489704132, -0.004451401997357607, maxz - 0.011344957863911986),
1757                 (maxx - 0.008956263773143291, maxy - 6.581399869531879e-10, maxz - 0.0120941661298275),
1758                 (maxx - 0.008956263773143291, -0.004451401997357607, maxz - 0.012094165605958551),
1759                 (maxx - 0.008879524189978838, maxy - 6.581399869531879e-10, maxz - 0.012873315995101497),
1760                 (maxx - 0.008879524189978838, -0.004451401997357607, maxz - 0.012873315519886824),
1761                 (maxx - 0.008956263307482004, maxy - 6.581399869531879e-10, minz + 0.012094166420865804),
1762                 (maxx - 0.008956263307482004, -0.004451401997357607, minz + 0.01209416682831943),
1763                 (maxx - 0.009183533024042845, maxy - 6.581399869531879e-10, minz + 0.011344958795234561),
1764                 (maxx - 0.009183533024042845, -0.004451401997357607, minz + 0.011344959260895848),
1765                 (maxx - 0.009552599163725972, maxy - 6.581399869531879e-10, minz + 0.01065448415465653),
1766                 (maxx - 0.009552599163725972, -0.004451401997357607, minz + 0.01065448485314846),
1767                 (maxx - 0.010049278382211924, -6.581399869531879e-10, minz + 0.010049278847873211),
1768                 (maxx - 0.010049278382211924, -0.004451401997357607, minz + 0.010049279546365142),
1769                 (maxx - 0.010654483921825886, -6.581399869531879e-10, minz + 0.00955259962938726),
1770                 (maxx - 0.010654483921825886, -0.004451401997357607, minz + 0.009552600095048547),
1771                 (maxx - 0.011344958213157952, -6.581399869531879e-10, minz + 0.009183533256873488),
1772                 (maxx - 0.011344958213157952, -0.004451401997357607, minz + 0.009183533489704132),
1773                 (maxx - 0.012094166362658143, -6.581399869531879e-10, minz + 0.008956264238804579),
1774                 (maxx - 0.012094166362658143, -0.004451401997357607, minz + 0.008956264238804579),
1775                 (minx + 0.012873315537646146, -6.581399869531879e-10, minz + 0.008879524655640125),
1776                 (minx + 0.012873315537646146, -0.004451401997357607, minz + 0.008879525121301413),
1777                 (minx + 0.012094165082089603, -6.581399869531879e-10, minz + 0.008956264238804579),
1778                 (minx + 0.012094165082089603, -0.004451401997357607, minz + 0.008956264704465866),
1779                 (minx + 0.011344957165420055, -6.581399869531879e-10, minz + 0.009183534886687994),
1780                 (minx + 0.011344957165420055, -0.004451401997357607, minz + 0.009183535352349281),
1781                 (minx + 0.010654483223333955, -6.581399869531879e-10, minz + 0.009552601026371121),
1782                 (minx + 0.010654483223333955, -0.004451401997357607, minz + 0.009552601724863052),
1783                 (minx + 0.010049277916550636, -6.581399869531879e-10, minz + 0.010049280477687716),
1784                 (minx + 0.010049277916550636, -0.004451401997357607, minz + 0.010049281176179647),
1785                 (minx + 0.009552598698064685, maxy - 6.581399869531879e-10, minz + 0.010654486482962966),
1786                 (minx + 0.009552598698064685, -0.004451401997357607, minz + 0.010654486948624253),
1787                 (minx + 0.009183533024042845, maxy - 6.581399869531879e-10, minz + 0.011344961123540998),
1788                 (minx + 0.009183533024042845, -0.004451401997357607, minz + 0.011344961589202285),
1789                 (minx + 0.008956264238804579, maxy - 6.581399869531879e-10, minz + 0.01209416938945651),
1790                 (minx + 0.008956264238804579, -0.004451401997357607, minz + 0.012094169855117798),
1791                 (minx + 0.008879525121301413, maxy - 6.581399869531879e-10, maxz - 0.012873312440222273),
1792                 (minx + 0.008879525121301413, -0.004451401997357607, maxz - 0.012873311965007517),
1793                 (minx + 0.008956265170127153, maxy - 6.581399869531879e-10, maxz - 0.012094162055291235),
1794                 (minx + 0.008956265170127153, -0.004451401997357607, maxz - 0.012094161589629948),
1795                 (minx + 0.009183535818010569, maxy - 6.581399869531879e-10, maxz - 0.01134495425503701),
1796                 (minx + 0.009183535818010569, -0.004451401997357607, maxz - 0.011344953789375722),
1797                 (minx + 0.009552602656185627, maxy - 6.581399869531879e-10, maxz - 0.010654480429366231),
1798                 (minx + 0.009552602656185627, -0.004451401997357607, maxz - 0.010654479963704944),
1799                 (minx + 0.01004928327165544, maxy, maxz - 0.010049275355413556),
1800                 (minx + 0.01004928327165544, -0.004451401997357607, maxz - 0.010049275122582912),
1801                 (minx + 0.010654489509761333, maxy, maxz - 0.009552596602588892),
1802                 (minx + 0.010654489509761333, -0.004451401997357607, maxz - 0.009552596136927605),
1803                 (minx + 0.011344964150339365, maxy, maxz - 0.00918353139422834),
1804                 (minx + 0.011344964150339365, -0.004451401997357607, maxz - 0.009183531161397696),
1805                 (minx + 0.012094172765500844, maxy, maxz - 0.008956263307482004),
1806                 (minx + 0.012094172765500844, -0.004451401997357607, maxz - 0.00895626237615943),
1807                 (minx + 0.01287331571475725, -0.01000460609793663, maxz),
1808                 (maxx - 0.010361857246607542, -0.01000460609793663, maxz - 0.0002473592758178711),
1809                 (maxx - 0.00794691126793623, -0.01000460609793663, maxz - 0.0009799236431717873),
1810                 (maxx - 0.005721285007894039, -0.01000460609793663, maxz - 0.002169545739889145),
1811                 (maxx - 0.0037705078721046448, -0.01000460609793663, maxz - 0.0037705088034272194),
1812                 (maxx - 0.002169545739889145, -0.01000460609793663, maxz - 0.005721286870539188),
1813                 (maxx - 0.0009799227118492126, -0.010004607029259205, maxz - 0.007946912664920092),
1814                 (maxx - 0.00024735741317272186, -0.010004607029259205, maxz - 0.010361858177930117),
1815                 (maxx, -0.010004607029259205, minz + 0.012873315524888684),
1816                 (maxx - 0.00024735648185014725, -0.010004607029259205, minz + 0.010361856315284967),
1817                 (maxx - 0.0009799227118492126, -0.010004607029259205, minz + 0.007946911733597517),
1818                 (maxx - 0.002169545739889145, -0.01000460796058178, minz + 0.005721283610910177),
1819                 (maxx - 0.0037705078721046448, -0.01000460796058178, minz + 0.003770505078136921),
1820                 (maxx - 0.005721286404877901, -0.01000460796058178, minz + 0.002169542945921421),
1821                 (maxx - 0.007946913596242666, -0.01000460796058178, minz + 0.0009799208492040634),
1822                 (maxx - 0.010361860506236553, -0.01000460796058178, minz + 0.00024735648185014725),
1823                 (minx + 0.012873311520098518, -0.01000460796058178, minz),
1824                 (minx + 0.010361851193010807, -0.01000460796058178, minz + 0.00024735648185014725),
1825                 (minx + 0.007946905214339495, -0.01000460796058178, minz + 0.0009799255058169365),
1826                 (minx + 0.005721278488636017, -0.01000460796058178, minz + 0.0021695485338568687),
1827                 (minx + 0.003770500421524048, -0.01000460796058178, minz + 0.0037705106660723686),
1828                 (minx + 0.002169538289308548, -0.01000460796058178, minz + 0.005721290595829487),
1829                 (minx + 0.0009799189865589142, -0.010004607029259205, minz + 0.007946919184178114),
1830                 (minx + 0.000247354619204998, -0.010004607029259205, minz + 0.010361866094172001),
1831                 (minx, -0.010004607029259205, maxz - 0.012873305383929612),
1832                 (minx + 0.0002473592758178711, -0.010004607029259205, maxz - 0.010361845139414072),
1833                 (minx + 0.0009799282997846603, -0.010004607029259205, maxz - 0.007946899626404047),
1834                 (minx + 0.0021695513278245926, -0.01000460609793663, maxz - 0.005721272900700569),
1835                 (minx + 0.003770517185330391, -0.01000460609793663, maxz - 0.003770497627556324),
1836                 (minx + 0.005721298512071371, -0.01000460609793663, maxz - 0.0021695364266633987),
1837                 (minx + 0.00794692849740386, -0.01000460609793663, maxz - 0.0009799161925911903),
1838                 (minx + 0.010361875407397747, -0.01000460609793663, maxz - 0.000247354619204998),
1839                 (minx + 0.01287331571475725, -0.012252332642674446, maxz),
1840                 (maxx - 0.010361857246607542, -0.012252332642674446, maxz - 0.0002473592758178711),
1841                 (maxx - 0.00794691126793623, -0.012252332642674446, maxz - 0.0009799236431717873),
1842                 (maxx - 0.005721285007894039, -0.012252332642674446, maxz - 0.002169545739889145),
1843                 (maxx - 0.0037705078721046448, -0.012252332642674446, maxz - 0.0037705088034272194),
1844                 (maxx - 0.002169545739889145, -0.012252332642674446, maxz - 0.005721286870539188),
1845                 (maxx - 0.0009799227118492126, -0.012252334505319595, maxz - 0.007946912664920092),
1846                 (maxx - 0.00024735741317272186, -0.012252334505319595, maxz - 0.010361858177930117),
1847                 (maxx, -0.012252334505319595, minz + 0.012873315638136429),
1848                 (maxx - 0.00024735648185014725, -0.012252334505319595, minz + 0.010361856315284967),
1849                 (maxx - 0.0009799227118492126, -0.012252334505319595, minz + 0.007946911733597517),
1850                 (maxx - 0.002169545739889145, -0.01225233543664217, minz + 0.005721283610910177),
1851                 (maxx - 0.0037705078721046448, -0.01225233543664217, minz + 0.003770505078136921),
1852                 (maxx - 0.005721286404877901, -0.01225233543664217, minz + 0.002169542945921421),
1853                 (maxx - 0.007946913596242666, -0.01225233543664217, minz + 0.0009799208492040634),
1854                 (maxx - 0.010361860506236553, -0.01225233543664217, minz + 0.00024735648185014725),
1855                 (minx + 0.012873311520098518, -0.01225233543664217, minz),
1856                 (minx + 0.010361851193010807, -0.01225233543664217, minz + 0.00024735648185014725),
1857                 (minx + 0.007946905214339495, -0.01225233543664217, minz + 0.0009799255058169365),
1858                 (minx + 0.005721278488636017, -0.01225233543664217, minz + 0.0021695485338568687),
1859                 (minx + 0.003770500421524048, -0.01225233543664217, minz + 0.0037705106660723686),
1860                 (minx + 0.002169538289308548, -0.01225233543664217, minz + 0.005721290595829487),
1861                 (minx + 0.0009799189865589142, -0.012252334505319595, minz + 0.007946919184178114),
1862                 (minx + 0.000247354619204998, -0.012252334505319595, minz + 0.010361866094172001),
1863                 (minx, -0.012252334505319595, maxz - 0.012873305270680646),
1864                 (minx + 0.0002473592758178711, -0.012252334505319595, maxz - 0.010361845139414072),
1865                 (minx + 0.0009799282997846603, -0.012252334505319595, maxz - 0.007946899626404047),
1866                 (minx + 0.0021695513278245926, -0.012252332642674446, maxz - 0.005721272900700569),
1867                 (minx + 0.003770517185330391, -0.012252332642674446, maxz - 0.003770497627556324),
1868                 (minx + 0.005721298512071371, -0.012252332642674446, maxz - 0.0021695364266633987),
1869                 (minx + 0.00794692849740386, -0.012252332642674446, maxz - 0.0009799161925911903),
1870                 (minx + 0.010361875407397747, -0.012252332642674446, maxz - 0.000247354619204998),
1871                 (minx + 0.01287331597587027, -0.012252331711351871, maxz - 0.006033936515450478),
1872                 (maxx - 0.011539019644260406, -0.012252331711351871, maxz - 0.006165354512631893),
1873                 (maxx - 0.010255999164655805, -0.012252331711351871, maxz - 0.006554554216563702),
1874                 (maxx - 0.009073560824617743, -0.012252332642674446, maxz - 0.007186579518020153),
1875                 (maxx - 0.008037144783884287, -0.012252332642674446, maxz - 0.008037144318223),
1876                 (maxx - 0.007186580915004015, -0.012252332642674446, maxz - 0.009073559893295169),
1877                 (maxx - 0.006554554216563702, -0.012252332642674446, maxz - 0.010255998698994517),
1878                 (maxx - 0.006165354512631893, -0.012252332642674446, maxz - 0.011539018712937832),
1879                 (maxx - 0.006033937446773052, -0.012252332642674446, maxz - 0.012873314963572108),
1880                 (maxx - 0.0061653535813093185, -0.012252332642674446, minz + 0.011539021041244268),
1881                 (maxx - 0.006554554216563702, -0.012252332642674446, minz + 0.01025600079447031),
1882                 (maxx - 0.007186580915004015, -0.012252332642674446, minz + 0.009073561755940318),
1883                 (maxx - 0.008037144783884287, -0.012252332642674446, minz + 0.008037145715206861),
1884                 (maxx - 0.009073561057448387, -0.012252332642674446, minz + 0.007186580449342728),
1885                 (maxx - 0.010256000561639667, -0.012252334505319595, minz + 0.006554553750902414),
1886                 (maxx - 0.011539021274074912, -0.012252334505319595, minz + 0.0061653549782931805),
1887                 (minx + 0.012873313747317816, -0.012252334505319595, minz + 0.006033938378095627),
1888                 (minx + 0.01153901673387736, -0.012252334505319595, minz + 0.0061653549782931805),
1889                 (minx + 0.01025599567219615, -0.012252334505319595, minz + 0.0065545570105314255),
1890                 (minx + 0.009073557797819376, -0.012252332642674446, minz + 0.007186583708971739),
1891                 (minx + 0.008037141524255276, -0.012252332642674446, minz + 0.008037148043513298),
1892                 (minx + 0.007186576724052429, -0.012252332642674446, minz + 0.00907356571406126),
1893                 (minx + 0.006554551888257265, -0.012252332642674446, minz + 0.010256004752591252),
1894                 (minx + 0.006165352184325457, -0.012252332642674446, minz + 0.011539026163518429),
1895                 (minx + 0.006033936981111765, -0.012252332642674446, maxz - 0.012873308875832823),
1896                 (minx + 0.006165355443954468, -0.012252332642674446, maxz - 0.011539011728018522),
1897                 (minx + 0.006554556544870138, -0.012252332642674446, maxz - 0.010255991481244564),
1898                 (minx + 0.007186584174633026, -0.012252332642674446, maxz - 0.00907355290837586),
1899                 (minx + 0.008037150837481022, -0.012252332642674446, maxz - 0.008037138264626265),
1900                 (minx + 0.009073568508028984, -0.012252332642674446, maxz - 0.007186574395745993),
1901                 (minx + 0.010256008245050907, -0.012252331711351871, maxz - 0.006554548628628254),
1902                 (minx + 0.011539029655978084, -0.012252331711351871, maxz - 0.006165351718664169),
1903                 (maxx - 0.01237887132447213, -0.012252329848706722, maxz - 0.010387574089691043),
1904                 (maxx - 0.011465257033705711, -0.012252329848706722, maxz - 0.01076600537635386),
1905                 (maxx - 0.01108119694981724, -0.012252329848706722, maxz - 0.011081195320002735),
1906                 (maxx - 0.010766007238999009, -0.012252329848706722, maxz - 0.011465255171060562),
1907                 (maxx - 0.010531799867749214, -0.012252329848706722, maxz - 0.01190342620247975),
1908                 (maxx - 0.01108119694981724, -0.012252329848706722, minz + 0.01108119951095432),
1909                 (maxx - 0.011903428356163204, -0.012252329848706722, minz + 0.010531801730394363),
1910                 (minx + 0.012378871033433825, -0.012252329848706722, minz + 0.010387577582150698),
1911                 (minx + 0.011465256451629102, -0.012252329848706722, minz + 0.01076600980013609),
1912                 (minx + 0.01076600607484579, -0.012252329848706722, minz + 0.011465260875411332),
1913                 (minx + 0.010531799402087927, -0.012252329848706722, minz + 0.011903432430699468),
1914                 (minx + 0.010338877560570836, -0.012252329848706722, maxz - 0.01287331168983985),
1915                 (minx + 0.010531801264733076, -0.012252329848706722, maxz - 0.01190342364134267),
1916                 (minx + 0.011081199743784964, -0.012252329848706722, maxz - 0.011081192875280976),
1917                 (minx + 0.011465260293334723, -0.012252329848706722, maxz - 0.010766003280878067),
1918                 (maxx - 0.01287331586396423, -0.012252329848706722, maxz - 0.010338874999433756),
1919                 (maxx - 0.011903427948709577, -0.012252329848706722, maxz - 0.010531798237934709),
1920                 (maxx - 0.010387575486674905, -0.012252329848706722, maxz - 0.012378869636449963),
1921                 (maxx - 0.010338877094909549, -0.012252329848706722, maxz - 0.012873313945746867),
1922                 (maxx - 0.010387575486674905, -0.012252329848706722, minz + 0.012378874002024531),
1923                 (maxx - 0.010531799867749214, -0.012252329848706722, minz + 0.011903430917300284),
1924                 (maxx - 0.010766007238999009, -0.012252329848706722, minz + 0.011465259245596826),
1925                 (maxx - 0.011465257382951677, -0.012252329848706722, minz + 0.010766008868813515),
1926                 (maxx - 0.01237887202296406, -0.012252329848706722, minz + 0.010387577582150698),
1927                 (minx + 0.01287331567758343, -0.012252329848706722, minz + 0.010338879656046629),
1928                 (minx + 0.011903427541255951, -0.012252329848706722, minz + 0.010531802894547582),
1929                 (minx + 0.011081196367740631, -0.012252329848706722, minz + 0.011081200325861573),
1930                 (minx + 0.010387575021013618, -0.012252329848706722, minz + 0.01237887586466968),
1931                 (minx + 0.01038757641799748, -0.012252329848706722, maxz - 0.012378867017105222),
1932                 (minx + 0.010766008868813515, -0.012252329848706722, maxz - 0.011465252609923482),
1933                 (minx + 0.011903432314284146, -0.012252329848706722, maxz - 0.01053179637528956),
1934                 (minx + 0.01237887580646202, -0.012252329848706722, maxz - 0.010387573391199112)]
1935
1936     # Faces
1937     myfaces = [(0, 1, 3, 2), (2, 3, 5, 4), (4, 5, 7, 6), (6, 7, 9, 8), (8, 9, 11, 10),
1938                (10, 11, 13, 12), (12, 13, 15, 14), (14, 15, 17, 16), (16, 17, 19, 18), (18, 19, 21, 20),
1939                (20, 21, 23, 22), (22, 23, 25, 24), (24, 25, 27, 26), (26, 27, 29, 28), (28, 29, 31, 30),
1940                (30, 31, 33, 32), (32, 33, 35, 34), (34, 35, 37, 36), (36, 37, 39, 38), (38, 39, 41, 40),
1941                (40, 41, 43, 42), (42, 43, 45, 44), (44, 45, 47, 46), (46, 47, 49, 48), (48, 49, 51, 50),
1942                (50, 51, 53, 52), (52, 53, 55, 54), (54, 55, 57, 56), (56, 57, 59, 58), (58, 59, 61, 60),
1943                (60, 61, 63, 62), (62, 63, 1, 0), (45, 43, 85, 86), (23, 21, 74, 75), (51, 49, 88, 89),
1944                (7, 5, 66, 67), (29, 27, 77, 78), (57, 55, 91, 92), (35, 33, 80, 81), (13, 11, 69, 70),
1945                (63, 61, 94, 95), (41, 39, 83, 84), (19, 17, 72, 73), (47, 45, 86, 87), (3, 1, 64, 65),
1946                (25, 23, 75, 76), (53, 51, 89, 90), (9, 7, 67, 68), (31, 29, 78, 79), (59, 57, 92, 93),
1947                (37, 35, 81, 82), (15, 13, 70, 71), (1, 63, 95, 64), (43, 41, 84, 85), (21, 19, 73, 74),
1948                (49, 47, 87, 88), (5, 3, 65, 66), (27, 25, 76, 77), (55, 53, 90, 91), (11, 9, 68, 69),
1949                (33, 31, 79, 80), (61, 59, 93, 94), (39, 37, 82, 83), (17, 15, 71, 72), (89, 88, 120, 121),
1950                (67, 66, 98, 99), (78, 77, 109, 110), (87, 86, 118, 119), (65, 64, 96, 97), (76, 75, 107, 108),
1951                (64, 95, 127, 96), (85, 84, 116, 117), (74, 73, 105, 106), (94, 93, 125, 126), (83, 82, 114, 115),
1952                (72, 71, 103, 104), (92, 91, 123, 124), (81, 80, 112, 113), (70, 69, 101, 102), (90, 89, 121, 122),
1953                (68, 67, 99, 100), (79, 78, 110, 111), (88, 87, 119, 120), (66, 65, 97, 98), (77, 76, 108, 109),
1954                (86, 85, 117, 118), (75, 74, 106, 107), (95, 94, 126, 127), (84, 83, 115, 116), (73, 72, 104, 105),
1955                (93, 92, 124, 125), (82, 81, 113, 114), (71, 70, 102, 103), (91, 90, 122, 123), (69, 68, 100, 101),
1956                (80, 79, 111, 112), (123, 122, 154, 155), (101, 100, 132, 133), (112, 111, 143, 144),
1957                (121, 120, 152, 153),
1958                (99, 98, 130, 131), (110, 109, 141, 142), (119, 118, 150, 151), (97, 96, 128, 129), (108, 107, 139, 140),
1959                (96, 127, 159, 128), (117, 116, 148, 149), (106, 105, 137, 138), (126, 125, 157, 158),
1960                (115, 114, 146, 147),
1961                (104, 103, 135, 136), (124, 123, 155, 156), (113, 112, 144, 145), (102, 101, 133, 134),
1962                (122, 121, 153, 154),
1963                (100, 99, 131, 132), (111, 110, 142, 143), (120, 119, 151, 152), (98, 97, 129, 130),
1964                (109, 108, 140, 141),
1965                (118, 117, 149, 150), (107, 106, 138, 139), (127, 126, 158, 159), (116, 115, 147, 148),
1966                (105, 104, 136, 137),
1967                (125, 124, 156, 157), (114, 113, 145, 146), (103, 102, 134, 135), (157, 156, 173, 174),
1968                (133, 132, 162, 163),
1969                (134, 133, 163, 164), (132, 131, 161, 162), (150, 149, 169, 170), (146, 145, 167, 185),
1970                (135, 134, 164, 177),
1971                (155, 154, 172, 189), (144, 143, 183, 184), (153, 152, 171, 188), (131, 130, 176, 161),
1972                (142, 141, 182, 166),
1973                (151, 150, 170, 187), (129, 128, 175, 160), (140, 139, 181, 165), (128, 159, 191, 175),
1974                (149, 148, 186, 169),
1975                (138, 137, 179, 180), (158, 157, 174, 190), (147, 146, 185, 168), (136, 135, 177, 178),
1976                (156, 155, 189, 173),
1977                (145, 144, 184, 167), (154, 153, 188, 172), (143, 142, 166, 183), (152, 151, 187, 171),
1978                (130, 129, 160, 176),
1979                (141, 140, 165, 182), (139, 138, 180, 181), (159, 158, 190, 191), (148, 147, 168, 186),
1980                (137, 136, 178, 179),
1981                (175, 191, 190, 174, 173, 189, 172, 188, 171, 187, 170, 169, 186, 168, 185, 167, 184, 183, 166, 182, 165,
1982                 181, 180, 179, 178, 177, 164, 163, 162, 161, 176, 160)]
1983
1984     return myvertex, myfaces
1985
1986
1987 # ----------------------------------------------
1988 # Handle model 06
1989 # ----------------------------------------------
1990 def handle_model_06():
1991     # ------------------------------------
1992     # Mesh data
1993     # ------------------------------------
1994     minx = -0.021158458665013313
1995     maxx = 0.021158456802368164
1996     maxy = 6.581399869531879e-10
1997     minz = -0.021158462390303612
1998     maxz = 0.021158454939723015
1999
2000     # Vertex
2001     myvertex = [(maxx - 0.021158457078388343, maxy, maxz - 0.01716466387733817),
2002                 (maxx - 0.021158457078388343, -0.004451401997357607, maxz - 0.01716466387733817),
2003                 (maxx - 0.02037930692313239, maxy, maxz - 0.017241403926163912),
2004                 (maxx - 0.02037930692313239, -0.004451401997357607, maxz - 0.017241403460502625),
2005                 (maxx - 0.019630099064670503, maxy, maxz - 0.017468673642724752),
2006                 (maxx - 0.019630099064670503, -0.004451401997357607, maxz - 0.017468673177063465),
2007                 (maxx - 0.018939625238999724, maxy, maxz - 0.017837739316746593),
2008                 (maxx - 0.018939625238999724, -0.004451401997357607, maxz - 0.017837738851085305),
2009                 (maxx - 0.018334419932216406, maxy, maxz - 0.018334418768063188),
2010                 (maxx - 0.018334419932216406, -0.004451401997357607, maxz - 0.018334418069571257),
2011                 (maxx - 0.017837740713730454, maxy - 6.581399869531879e-10, maxz - 0.018939624540507793),
2012                 (maxx - 0.017837740713730454, -0.004451401997357607, maxz - 0.018939623842015862),
2013                 (maxx - 0.017468675039708614, maxy - 6.581399869531879e-10, maxz - 0.01963009813334793),
2014                 (maxx - 0.017468675039708614, -0.004451401997357607, maxz - 0.01963009755127132),
2015                 (maxx - 0.017241405323147774, maxy - 6.581399869531879e-10, maxz - 0.020379305817186832),
2016                 (maxx - 0.017241405323147774, -0.004451401997357607, maxz - 0.020379305293317884),
2017                 (maxx - 0.01716466573998332, maxy - 6.581399869531879e-10, maxz - 0.02115845568246083),
2018                 (maxx - 0.01716466573998332, -0.004451401997357607, maxz - 0.021158455207246157),
2019                 (maxx - 0.017241404857486486, maxy - 6.581399869531879e-10, minz + 0.020379311696160585),
2020                 (maxx - 0.017241404857486486, -0.004451401997357607, minz + 0.02037931210361421),
2021                 (maxx - 0.017468674574047327, maxy - 6.581399869531879e-10, minz + 0.01963010407052934),
2022                 (maxx - 0.017468674574047327, -0.004451401997357607, minz + 0.01963010453619063),
2023                 (maxx - 0.017837740713730454, maxy - 6.581399869531879e-10, minz + 0.01893962942995131),
2024                 (maxx - 0.017837740713730454, -0.004451401997357607, minz + 0.01893963012844324),
2025                 (maxx - 0.018334419932216406, -6.581399869531879e-10, minz + 0.01833442412316799),
2026                 (maxx - 0.018334419932216406, -0.004451401997357607, minz + 0.018334424821659923),
2027                 (maxx - 0.018939625471830368, -6.581399869531879e-10, minz + 0.01783774490468204),
2028                 (maxx - 0.018939625471830368, -0.004451401997357607, minz + 0.017837745370343328),
2029                 (maxx - 0.019630099763162434, -6.581399869531879e-10, minz + 0.01746867853216827),
2030                 (maxx - 0.019630099763162434, -0.004451401997357607, minz + 0.017468678764998913),
2031                 (maxx - 0.020379307912662625, -6.581399869531879e-10, minz + 0.01724140951409936),
2032                 (maxx - 0.020379307912662625, -0.004451401997357607, minz + 0.01724140951409936),
2033                 (minx + 0.02115845708765063, -6.581399869531879e-10, minz + 0.017164669930934906),
2034                 (minx + 0.02115845708765063, -0.004451401997357607, minz + 0.017164670396596193),
2035                 (minx + 0.020379306632094085, -6.581399869531879e-10, minz + 0.01724140951409936),
2036                 (minx + 0.020379306632094085, -0.004451401997357607, minz + 0.017241409979760647),
2037                 (minx + 0.019630098715424538, -6.581399869531879e-10, minz + 0.017468680161982775),
2038                 (minx + 0.019630098715424538, -0.004451401997357607, minz + 0.017468680627644062),
2039                 (minx + 0.018939624773338437, -6.581399869531879e-10, minz + 0.017837746301665902),
2040                 (minx + 0.018939624773338437, -0.004451401997357607, minz + 0.017837747000157833),
2041                 (minx + 0.01833441946655512, -6.581399869531879e-10, minz + 0.018334425752982497),
2042                 (minx + 0.01833441946655512, -0.004451401997357607, minz + 0.018334426451474428),
2043                 (minx + 0.017837740248069167, maxy - 6.581399869531879e-10, minz + 0.018939631758257747),
2044                 (minx + 0.017837740248069167, -0.004451401997357607, minz + 0.018939632223919034),
2045                 (minx + 0.017468674574047327, maxy - 6.581399869531879e-10, minz + 0.019630106398835778),
2046                 (minx + 0.017468674574047327, -0.004451401997357607, minz + 0.019630106864497066),
2047                 (minx + 0.01724140578880906, maxy - 6.581399869531879e-10, minz + 0.02037931466475129),
2048                 (minx + 0.01724140578880906, -0.004451401997357607, minz + 0.02037931513041258),
2049                 (minx + 0.017164666671305895, maxy - 6.581399869531879e-10, maxz - 0.021158452127581606),
2050                 (minx + 0.017164666671305895, -0.004451401997357607, maxz - 0.02115845165236685),
2051                 (minx + 0.017241406720131636, maxy - 6.581399869531879e-10, maxz - 0.02037930174265057),
2052                 (minx + 0.017241406720131636, -0.004451401997357607, maxz - 0.02037930127698928),
2053                 (minx + 0.01746867736801505, maxy - 6.581399869531879e-10, maxz - 0.019630093942396343),
2054                 (minx + 0.01746867736801505, -0.004451401997357607, maxz - 0.019630093476735055),
2055                 (minx + 0.01783774420619011, maxy - 6.581399869531879e-10, maxz - 0.018939620116725564),
2056                 (minx + 0.01783774420619011, -0.004451401997357607, maxz - 0.018939619651064277),
2057                 (minx + 0.018334424821659923, maxy, maxz - 0.01833441504277289),
2058                 (minx + 0.018334424821659923, -0.004451401997357607, maxz - 0.018334414809942245),
2059                 (minx + 0.018939631059765816, maxy, maxz - 0.017837736289948225),
2060                 (minx + 0.018939631059765816, -0.004451401997357607, maxz - 0.017837735824286938),
2061                 (minx + 0.019630105700343847, maxy, maxz - 0.017468671081587672),
2062                 (minx + 0.019630105700343847, -0.004451401997357607, maxz - 0.01746867084875703),
2063                 (minx + 0.020379314315505326, maxy, maxz - 0.017241402994841337),
2064                 (minx + 0.020379314315505326, -0.004451401997357607, maxz - 0.017241402063518763),
2065                 (minx + 0.02115845651317172, -0.01480177417397499, maxz),
2066                 (maxx - 0.017030648421496153, -0.01480177417397499, maxz - 0.00040655583143234253),
2067                 (maxx - 0.013061466626822948, -0.01480177417397499, maxz - 0.0016105938702821732),
2068                 (maxx - 0.00940344762057066, -0.01480177417397499, maxz - 0.0035658441483974457),
2069                 (maxx - 0.006197170354425907, -0.01480177417397499, maxz - 0.006197171285748482),
2070                 (maxx - 0.0035658441483974457, -0.01480177417397499, maxz - 0.009403450414538383),
2071                 (maxx - 0.0016105901449918747, -0.014801775105297565, maxz - 0.013061468489468098),
2072                 (maxx - 0.0004065539687871933, -0.014801775105297565, maxz - 0.017030649818480015),
2073                 (maxx, -0.014801775105297565, minz + 0.0211584585064859),
2074                 (maxx - 0.0004065539687871933, -0.014801775105297565, minz + 0.017030648421496153),
2075                 (maxx - 0.0016105901449918747, -0.014801775105297565, minz + 0.013061468489468098),
2076                 (maxx - 0.0035658441483974457, -0.01480177603662014, minz + 0.00940344762057066),
2077                 (maxx - 0.006197170354425907, -0.01480177603662014, minz + 0.006197166629135609),
2078                 (maxx - 0.009403450414538383, -0.01480177603662014, minz + 0.0035658422857522964),
2079                 (maxx - 0.013061470352113247, -0.01480177603662014, minz + 0.0016105901449918747),
2080                 (maxx - 0.017030653543770313, -0.01480177603662014, minz + 0.0004065539687871933),
2081                 (minx + 0.02115844961887081, -0.01480177603662014, minz),
2082                 (minx + 0.017030637711286545, -0.01480177603662014, minz + 0.0004065539687871933),
2083                 (minx + 0.013061455450952053, -0.01480177603662014, minz + 0.0016105975955724716),
2084                 (minx + 0.009403438307344913, -0.01480177603662014, minz + 0.0035658497363328934),
2085                 (minx + 0.006197156384587288, -0.01480177603662014, minz + 0.006197175942361355),
2086                 (minx + 0.003565831109881401, -0.01480177603662014, minz + 0.00940345972776413),
2087                 (minx + 0.001610584557056427, -0.014801775105297565, minz + 0.013061481527984142),
2088                 (minx + 0.0004065483808517456, -0.014801775105297565, minz + 0.01703066425397992),
2089                 (minx, -0.014801775105297565, maxz - 0.021158439990372813),
2090                 (minx + 0.00040655583143234253, -0.014801775105297565, maxz - 0.01703062793239951),
2091                 (minx + 0.0016105994582176208, -0.014801775105297565, maxz - 0.013061447069048882),
2092                 (minx + 0.0035658515989780426, -0.01480177417397499, maxz - 0.009403428062796593),
2093                 (minx + 0.006197184324264526, -0.01480177417397499, maxz - 0.006197153590619564),
2094                 (minx + 0.00940346997231245, -0.01480177417397499, maxz - 0.003565829247236252),
2095                 (minx + 0.013061493635177612, -0.01480177417397499, maxz - 0.0016105808317661285),
2096                 (minx + 0.017030677758157253, -0.01480177417397499, maxz - 0.00040655024349689484),
2097                 (minx + 0.02115845651317172, -0.017049500718712807, maxz),
2098                 (maxx - 0.017030648421496153, -0.017049500718712807, maxz - 0.00040655583143234253),
2099                 (maxx - 0.013061466626822948, -0.017049500718712807, maxz - 0.0016105938702821732),
2100                 (maxx - 0.00940344762057066, -0.017049500718712807, maxz - 0.0035658441483974457),
2101                 (maxx - 0.006197170354425907, -0.017049500718712807, maxz - 0.006197171285748482),
2102                 (maxx - 0.0035658441483974457, -0.017049500718712807, maxz - 0.009403450414538383),
2103                 (maxx - 0.0016105901449918747, -0.017049502581357956, maxz - 0.013061468489468098),
2104                 (maxx - 0.0004065539687871933, -0.017049502581357956, maxz - 0.017030649818480015),
2105                 (maxx, -0.017049502581357956, maxz - 0.021158458637408728),
2106                 (maxx - 0.0004065539687871933, -0.017049502581357956, minz + 0.017030648421496153),
2107                 (maxx - 0.0016105901449918747, -0.017049502581357956, minz + 0.013061468489468098),
2108                 (maxx - 0.0035658441483974457, -0.017049502581357956, minz + 0.00940344762057066),
2109                 (maxx - 0.006197170354425907, -0.017049502581357956, minz + 0.006197166629135609),
2110                 (maxx - 0.009403450414538383, -0.017049502581357956, minz + 0.0035658422857522964),
2111                 (maxx - 0.013061470352113247, -0.017049502581357956, minz + 0.0016105901449918747),
2112                 (maxx - 0.017030653543770313, -0.017049502581357956, minz + 0.0004065539687871933),
2113                 (minx + 0.02115844961887081, -0.017049502581357956, minz),
2114                 (minx + 0.017030637711286545, -0.017049502581357956, minz + 0.0004065539687871933),
2115                 (minx + 0.013061455450952053, -0.017049502581357956, minz + 0.0016105975955724716),
2116                 (minx + 0.009403438307344913, -0.017049502581357956, minz + 0.0035658497363328934),
2117                 (minx + 0.006197156384587288, -0.017049502581357956, minz + 0.006197175942361355),
2118                 (minx + 0.003565831109881401, -0.017049502581357956, minz + 0.00940345972776413),
2119                 (minx + 0.001610584557056427, -0.017049502581357956, minz + 0.013061481527984142),
2120                 (minx + 0.0004065483808517456, -0.017049502581357956, minz + 0.01703066425397992),
2121                 (minx, -0.017049502581357956, maxz - 0.02115843980423726),
2122                 (minx + 0.00040655583143234253, -0.017049502581357956, maxz - 0.01703062793239951),
2123                 (minx + 0.0016105994582176208, -0.017049502581357956, maxz - 0.013061447069048882),
2124                 (minx + 0.0035658515989780426, -0.017049500718712807, maxz - 0.009403428062796593),
2125                 (minx + 0.006197184324264526, -0.017049500718712807, maxz - 0.006197153590619564),
2126                 (minx + 0.00940346997231245, -0.017049500718712807, maxz - 0.003565829247236252),
2127                 (minx + 0.013061493635177612, -0.017049500718712807, maxz - 0.0016105808317661285),
2128                 (minx + 0.017030677758157253, -0.017049500718712807, maxz - 0.00040655024349689484),
2129                 (minx + 0.021158456942334758, -0.017049498856067657, maxz - 0.00991731882095337),
2130                 (maxx - 0.01896542147733271, -0.017049498856067657, maxz - 0.010133316740393639),
2131                 (maxx - 0.016856661066412926, -0.017049498856067657, maxz - 0.010773001238703728),
2132                 (maxx - 0.014913217630237341, -0.017049500718712807, maxz - 0.01181179191917181),
2133                 (maxx - 0.013209773227572441, -0.017049500718712807, maxz - 0.013209772296249866),
2134                 (maxx - 0.011811794713139534, -0.017049500718712807, maxz - 0.014913215301930904),
2135                 (maxx - 0.010773001238703728, -0.017049500718712807, maxz - 0.01685666013509035),
2136                 (maxx - 0.010133316740393639, -0.017049500718712807, maxz - 0.01896541938185692),
2137                 (maxx - 0.009917320683598518, -0.017049500718712807, maxz - 0.02115845573538011),
2138                 (maxx - 0.01013331487774849, -0.017049500718712807, minz + 0.018965424969792366),
2139                 (maxx - 0.010773001238703728, -0.017049500718712807, minz + 0.01685666525736451),
2140                 (maxx - 0.011811794713139534, -0.017049500718712807, minz + 0.01491321949288249),
2141                 (maxx - 0.013209773227572441, -0.017049500718712807, minz + 0.01320977695286274),
2142                 (maxx - 0.014913217630237341, -0.017049500718712807, minz + 0.011811795644462109),
2143                 (maxx - 0.016856663394719362, -0.017049502581357956, minz + 0.010773002170026302),
2144                 (maxx - 0.01896542403846979, -0.017049502581357956, minz + 0.010133319534361362),
2145                 (minx + 0.021158453279507494, -0.017049502581357956, minz + 0.009917323477566242),
2146                 (minx + 0.018965415423735976, -0.017049502581357956, minz + 0.010133319534361362),
2147                 (minx + 0.016856654547154903, -0.017049502581357956, minz + 0.01077300775796175),
2148                 (minx + 0.014913210645318031, -0.017049500718712807, minz + 0.011811801232397556),
2149                 (minx + 0.013209767639636993, -0.017049500718712807, minz + 0.013209780678153038),
2150                 (minx + 0.011811788193881512, -0.017049500718712807, minz + 0.014913226012140512),
2151                 (minx + 0.01077299751341343, -0.017049500718712807, minz + 0.016856671776622534),
2152                 (minx + 0.010133313946425915, -0.017049500718712807, minz + 0.018965433351695538),
2153                 (minx + 0.009917320683598518, -0.017049500718712807, maxz - 0.02115844572963077),
2154                 (minx + 0.010133318603038788, -0.017049500718712807, maxz - 0.01896540797315538),
2155                 (minx + 0.0107730058953166, -0.017049500718712807, maxz - 0.01685664849355817),
2156                 (minx + 0.011811800301074982, -0.017049500718712807, maxz - 0.014913204126060009),
2157                 (minx + 0.013209782540798187, -0.017049500718712807, maxz - 0.013209762051701546),
2158                 (minx + 0.014913228340446949, -0.017049500718712807, maxz - 0.011811783537268639),
2159                 (minx + 0.016856675501912832, -0.017049498856067657, maxz - 0.010772991925477982),
2160                 (minx + 0.01896543661132455, -0.017049498856067657, maxz - 0.010133312083780766),
2161                 (maxx - 0.020345793396700174, -0.017049498856067657, maxz - 0.01707291603088379),
2162                 (maxx - 0.018844185629859567, -0.017049498856067657, maxz - 0.017694902140647173),
2163                 (maxx - 0.01821294822730124, -0.017049498856067657, maxz - 0.01821294496767223),
2164                 (maxx - 0.017694905400276184, -0.017049498856067657, maxz - 0.018844182137399912),
2165                 (maxx - 0.017309964634478092, -0.017049498856067657, maxz - 0.0195643559563905),
2166                 (maxx - 0.01821294822730124, -0.017049498856067657, minz + 0.01821295404806733),
2167                 (maxx - 0.019564359914511442, -0.017049498856067657, minz + 0.017309968825429678),
2168                 (minx + 0.02034579199971631, -0.017049498856067657, minz + 0.017072923481464386),
2169                 (minx + 0.018844183767214417, -0.017049498856067657, minz + 0.017694910988211632),
2170                 (minx + 0.01769490260630846, -0.017049498856067657, minz + 0.01884419354610145),
2171                 (minx + 0.017309962771832943, -0.017049498856067657, minz + 0.01956436806358397),
2172                 (minx + 0.016992878634482622, -0.017049498856067657, maxz - 0.021158450354705316),
2173                 (minx + 0.017309966031461954, -0.017049498856067657, maxz - 0.019564351649023592),
2174                 (minx + 0.01821295195259154, -0.017049498856067657, maxz - 0.018212941009551287),
2175                 (minx + 0.01884419028647244, -0.017049498856067657, maxz - 0.017694898648187518),
2176                 (maxx - 0.021158457657990293, -0.017049498856067657, maxz - 0.016992874443531036),
2177                 (maxx - 0.01956435921601951, -0.017049498856067657, maxz - 0.017309961607679725),
2178                 (maxx - 0.017072918359190226, -0.017049498856067657, maxz - 0.020345790137071162),
2179                 (maxx - 0.016992878168821335, -0.017049498856067657, maxz - 0.021158454062492393),
2180                 (maxx - 0.017072918359190226, -0.017049498856067657, minz + 0.020345799159258604),
2181                 (maxx - 0.017309964634478092, -0.017049498856067657, minz + 0.01956436550244689),
2182                 (maxx - 0.017694905400276184, -0.017049498856067657, minz + 0.01884419098496437),
2183                 (maxx - 0.018844186328351498, -0.017049498856067657, minz + 0.01769490959122777),
2184                 (maxx - 0.020345794560853392, -0.017049498856067657, minz + 0.017072923481464386),
2185                 (minx + 0.021158456452073482, -0.017049498856067657, minz + 0.01699288422241807),
2186                 (minx + 0.019564357702620327, -0.017049498856067657, minz + 0.01730997092090547),
2187                 (minx + 0.01821294636465609, -0.017049498856067657, minz + 0.018212955445051193),
2188                 (minx + 0.01707291742786765, -0.017049498856067657, minz + 0.020345802302472293),
2189                 (minx + 0.017072919756174088, -0.017049498856067657, maxz - 0.020345785829704255),
2190                 (minx + 0.017694907495751977, -0.017049498856067657, maxz - 0.018844177946448326),
2191                 (minx + 0.01956436550244689, -0.017049498856067657, maxz - 0.017309958348050714),
2192                 (minx + 0.020345799799542874, -0.017049498856067657, maxz - 0.017072914633899927)]
2193
2194     # Faces
2195     myfaces = [(0, 1, 3, 2), (2, 3, 5, 4), (4, 5, 7, 6), (6, 7, 9, 8), (8, 9, 11, 10),
2196                (10, 11, 13, 12), (12, 13, 15, 14), (14, 15, 17, 16), (16, 17, 19, 18), (18, 19, 21, 20),
2197                (20, 21, 23, 22), (22, 23, 25, 24), (24, 25, 27, 26), (26, 27, 29, 28), (28, 29, 31, 30),
2198                (30, 31, 33, 32), (32, 33, 35, 34), (34, 35, 37, 36), (36, 37, 39, 38), (38, 39, 41, 40),
2199                (40, 41, 43, 42), (42, 43, 45, 44), (44, 45, 47, 46), (46, 47, 49, 48), (48, 49, 51, 50),
2200                (50, 51, 53, 52), (52, 53, 55, 54), (54, 55, 57, 56), (56, 57, 59, 58), (58, 59, 61, 60),
2201                (60, 61, 63, 62), (62, 63, 1, 0), (45, 43, 85, 86), (23, 21, 74, 75), (51, 49, 88, 89),
2202                (7, 5, 66, 67), (29, 27, 77, 78), (57, 55, 91, 92), (35, 33, 80, 81), (13, 11, 69, 70),
2203                (63, 61, 94, 95), (41, 39, 83, 84), (19, 17, 72, 73), (47, 45, 86, 87), (3, 1, 64, 65),
2204                (25, 23, 75, 76), (53, 51, 89, 90), (9, 7, 67, 68), (31, 29, 78, 79), (59, 57, 92, 93),
2205                (37, 35, 81, 82), (15, 13, 70, 71), (1, 63, 95, 64), (43, 41, 84, 85), (21, 19, 73, 74),
2206                (49, 47, 87, 88), (5, 3, 65, 66), (27, 25, 76, 77), (55, 53, 90, 91), (11, 9, 68, 69),
2207                (33, 31, 79, 80), (61, 59, 93, 94), (39, 37, 82, 83), (17, 15, 71, 72), (89, 88, 120, 121),
2208                (67, 66, 98, 99), (78, 77, 109, 110), (87, 86, 118, 119), (65, 64, 96, 97), (76, 75, 107, 108),
2209                (64, 95, 127, 96), (85, 84, 116, 117), (74, 73, 105, 106), (94, 93, 125, 126), (83, 82, 114, 115),
2210                (72, 71, 103, 104), (92, 91, 123, 124), (81, 80, 112, 113), (70, 69, 101, 102), (90, 89, 121, 122),
2211                (68, 67, 99, 100), (79, 78, 110, 111), (88, 87, 119, 120), (66, 65, 97, 98), (77, 76, 108, 109),
2212                (86, 85, 117, 118), (75, 74, 106, 107), (95, 94, 126, 127), (84, 83, 115, 116), (73, 72, 104, 105),
2213                (93, 92, 124, 125), (82, 81, 113, 114), (71, 70, 102, 103), (91, 90, 122, 123), (69, 68, 100, 101),
2214                (80, 79, 111, 112), (123, 122, 154, 155), (101, 100, 132, 133), (112, 111, 143, 144),
2215                (121, 120, 152, 153),
2216                (99, 98, 130, 131), (110, 109, 141, 142), (119, 118, 150, 151), (97, 96, 128, 129), (108, 107, 139, 140),
2217                (96, 127, 159, 128), (117, 116, 148, 149), (106, 105, 137, 138), (126, 125, 157, 158),
2218                (115, 114, 146, 147),
2219                (104, 103, 135, 136), (124, 123, 155, 156), (113, 112, 144, 145), (102, 101, 133, 134),
2220                (122, 121, 153, 154),
2221                (100, 99, 131, 132), (111, 110, 142, 143), (120, 119, 151, 152), (98, 97, 129, 130),
2222                (109, 108, 140, 141),
2223                (118, 117, 149, 150), (107, 106, 138, 139), (127, 126, 158, 159), (116, 115, 147, 148),
2224                (105, 104, 136, 137),
2225                (125, 124, 156, 157), (114, 113, 145, 146), (103, 102, 134, 135), (157, 156, 173, 174),
2226                (133, 132, 162, 163),
2227                (134, 133, 163, 164), (132, 131, 161, 162), (150, 149, 169, 170), (146, 145, 167, 185),
2228                (135, 134, 164, 177),
2229                (155, 154, 172, 189), (144, 143, 183, 184), (153, 152, 171, 188), (131, 130, 176, 161),
2230                (142, 141, 182, 166),
2231                (151, 150, 170, 187), (129, 128, 175, 160), (140, 139, 181, 165), (128, 159, 191, 175),
2232                (149, 148, 186, 169),
2233                (138, 137, 179, 180), (158, 157, 174, 190), (147, 146, 185, 168), (136, 135, 177, 178),
2234                (156, 155, 189, 173),
2235                (145, 144, 184, 167), (154, 153, 188, 172), (143, 142, 166, 183), (152, 151, 187, 171),
2236                (130, 129, 160, 176),
2237                (141, 140, 165, 182), (139, 138, 180, 181), (159, 158, 190, 191), (148, 147, 168, 186),
2238                (137, 136, 178, 179),
2239                (175, 191, 190, 174, 173, 189, 172, 188, 171, 187, 170, 169, 186, 168, 185, 167, 184, 183, 166, 182, 165,
2240                 181, 180, 179, 178, 177, 164, 163, 162, 161, 176, 160)]
2241
2242     return myvertex, myfaces
2243
2244
2245 # ----------------------------------------------
2246 # Handle model 07
2247 # ----------------------------------------------
2248 def handle_model_07():
2249     # ------------------------------------
2250     # Mesh data
2251     # ------------------------------------
2252     minx = -0.10910986363887787
2253     maxx = 0.10910986363887787
2254     maxy = 0
2255     minz = -0.0039262366481125355
2256     maxz = 0.0039262366481125355
2257
2258     # Vertex
2259     myvertex = [(maxx, -0.017620893195271492, maxz),
2260                 (maxx, -0.01611838862299919, maxz - 0.00029886653646826744),
2261                 (maxx, -0.014844624325633049, maxz - 0.0011499673128128052),
2262                 (maxx, -0.013993524014949799, maxz - 0.002423731260932982),
2263                 (maxx, -0.013694657012820244, minz + 0.003926236289926277),
2264                 (maxx, -0.013993524014949799, minz + 0.002423729980364442),
2265                 (maxx, -0.014844624325633049, minz + 0.001149968709796667),
2266                 (maxx, -0.016118386760354042, minz + 0.0002988663036376238),
2267                 (maxx, -0.017620891332626343, minz),
2268                 (maxx, -0.019123397767543793, minz + 0.00029886653646826744),
2269                 (maxx, -0.020397160202264786, minz + 0.0011499675456434488),
2270                 (maxx, -0.021248264238238335, minz + 0.0024237307952716947),
2271                 (maxx, -0.02154713124036789, maxz - 0.003926236195012284),
2272                 (maxx, -0.021248262375593185, maxz - 0.0024237297475337982),
2273                 (maxx, -0.020397160202264786, maxz - 0.0011499666143208742),
2274                 (maxx, -0.019123397767543793, maxz - 0.0002988646738231182),
2275                 (maxx - 0.02949388325214386, -0.01396019384264946, maxz - 0.0024807279696688056),
2276                 (maxx - 0.030047059059143066, -0.01396019384264946, maxz - 0.0025907604722306132),
2277                 (maxx - 0.030516013503074646, -0.01396019384264946, maxz - 0.002904107444919646),
2278                 (maxx - 0.030829355120658875, -0.01396019384264946, maxz - 0.0033730645664036274),
2279                 (maxx - 0.030939392745494843, -0.01396019198000431, minz + 0.003926236608184253),
2280                 (maxx - 0.030829355120658875, -0.01396019384264946, minz + 0.0033730643335729837),
2281                 (maxx - 0.030516013503074646, -0.01396019384264946, minz + 0.0029041077941656113),
2282                 (maxx - 0.030047059059143066, -0.01396019384264946, minz + 0.002590760588645935),
2283                 (maxx - 0.02949388325214386, -0.01396019384264946, minz + 0.0024807280860841274),
2284                 (maxx - 0.02894071489572525, -0.01396019384264946, minz + 0.002590760588645935),
2285                 (maxx - 0.028471753001213074, -0.01396019384264946, minz + 0.002904107444919646),
2286                 (maxx - 0.028158411383628845, -0.01396019384264946, minz + 0.0033730644499883056),
2287                 (maxx - 0.028048373758792877, -0.01396019384264946, maxz - 0.0039262363893523555),
2288                 (maxx - 0.028158411383628845, -0.01396019384264946, maxz - 0.0033730638679116964),
2289                 (maxx - 0.028471753001213074, -0.01396019384264946, maxz - 0.0029041070956736803),
2290                 (maxx - 0.02894071489572525, -0.01396019384264946, maxz - 0.0025907597737386823),
2291                 (maxx - 0.02949388325214386, -1.862645149230957e-09, maxz - 0.0024807279696688056),
2292                 (maxx - 0.030047059059143066, -1.862645149230957e-09, maxz - 0.0025907604722306132),
2293                 (maxx - 0.030516013503074646, -1.862645149230957e-09, maxz - 0.002904107444919646),
2294                 (maxx - 0.030829355120658875, maxy, maxz - 0.0033730645664036274),
2295                 (maxx - 0.030939392745494843, maxy, minz + 0.003926236608184253),
2296                 (maxx - 0.030829355120658875, maxy, minz + 0.0033730643335729837),
2297                 (maxx - 0.030516013503074646, -1.862645149230957e-09, minz + 0.0029041077941656113),
2298                 (maxx - 0.030047059059143066, -1.862645149230957e-09, minz + 0.002590760588645935),
2299                 (maxx - 0.02949388325214386, -1.862645149230957e-09, minz + 0.0024807280860841274),
2300                 (maxx - 0.02894071489572525, -1.862645149230957e-09, minz + 0.002590760588645935),
2301                 (maxx - 0.028471753001213074, -1.862645149230957e-09, minz + 0.002904107444919646),
2302                 (maxx - 0.028158411383628845, -1.862645149230957e-09, minz + 0.0033730644499883056),
2303                 (maxx - 0.028048373758792877, -1.862645149230957e-09, maxz - 0.0039262363893523555),
2304                 (maxx - 0.028158411383628845, -1.862645149230957e-09, maxz - 0.0033730638679116964),
2305                 (maxx - 0.028471753001213074, -1.862645149230957e-09, maxz - 0.0029041070956736803),
2306                 (maxx - 0.02894071489572525, -1.862645149230957e-09, maxz - 0.0025907597737386823),
2307                 (minx + 0.10910986037924886, -0.017620893195271492, maxz),
2308                 (minx + 0.10910986037924886, -0.01611838862299919, maxz - 0.00029886653646826744),
2309                 (minx + 0.10910986037924886, -0.014844624325633049, maxz - 0.0011499673128128052),
2310                 (minx + 0.10910986037924886, -0.013993524014949799, maxz - 0.002423731260932982),
2311                 (minx + 0.10910986037924886, -0.013694657012820244, minz + 0.003926236289926277),
2312                 (minx + 0.10910986037924886, -0.013993524014949799, minz + 0.002423729980364442),
2313                 (minx + 0.10910986037924886, -0.014844624325633049, minz + 0.001149968709796667),
2314                 (minx + 0.10910986037924886, -0.016118386760354042, minz + 0.0002988663036376238),
2315                 (minx + 0.10910986037924886, -0.017620891332626343, minz),
2316                 (minx + 0.10910986037924886, -0.019123397767543793, minz + 0.00029886653646826744),
2317                 (minx + 0.10910986037924886, -0.020397160202264786, minz + 0.0011499675456434488),
2318                 (minx + 0.10910986037924886, -0.021248264238238335, minz + 0.0024237307952716947),
2319                 (minx + 0.10910986037924886, -0.02154713124036789, maxz - 0.003926236195012284),
2320                 (minx + 0.10910986037924886, -0.021248262375593185, maxz - 0.0024237297475337982),
2321                 (minx + 0.10910986037924886, -0.020397160202264786, maxz - 0.0011499666143208742),
2322                 (minx + 0.10910986037924886, -0.019123397767543793, maxz - 0.0002988646738231182),
2323                 (minx, -0.017620893195271492, maxz),
2324                 (minx, -0.01611838862299919, maxz - 0.00029886653646826744),
2325                 (minx, -0.014844624325633049, maxz - 0.0011499673128128052),
2326                 (minx, -0.013993524014949799, maxz - 0.002423731260932982),
2327                 (minx, -0.013694657012820244, minz + 0.003926236289926277),
2328                 (minx, -0.013993524014949799, minz + 0.002423729980364442),
2329                 (minx, -0.014844624325633049, minz + 0.001149968709796667),
2330                 (minx, -0.016118386760354042, minz + 0.0002988663036376238),
2331                 (minx, -0.017620891332626343, minz),
2332                 (minx, -0.019123397767543793, minz + 0.00029886653646826744),
2333                 (minx, -0.020397160202264786, minz + 0.0011499675456434488),
2334                 (minx, -0.021248264238238335, minz + 0.0024237307952716947),
2335                 (minx, -0.02154713124036789, maxz - 0.003926236195012284),
2336                 (minx, -0.021248262375593185, maxz - 0.0024237297475337982),
2337                 (minx, -0.020397160202264786, maxz - 0.0011499666143208742),
2338                 (minx, -0.019123397767543793, maxz - 0.0002988646738231182),
2339                 (minx + 0.02949388325214386, -0.01396019384264946, maxz - 0.0024807279696688056),
2340                 (minx + 0.030047059059143066, -0.01396019384264946, maxz - 0.0025907604722306132),
2341                 (minx + 0.030516013503074646, -0.01396019384264946, maxz - 0.002904107444919646),
2342                 (minx + 0.030829355120658875, -0.01396019384264946, maxz - 0.0033730645664036274),
2343                 (minx + 0.030939392745494843, -0.01396019198000431, minz + 0.003926236608184253),
2344                 (minx + 0.030829355120658875, -0.01396019384264946, minz + 0.0033730643335729837),
2345                 (minx + 0.030516013503074646, -0.01396019384264946, minz + 0.0029041077941656113),
2346                 (minx + 0.030047059059143066, -0.01396019384264946, minz + 0.002590760588645935),
2347                 (minx + 0.02949388325214386, -0.01396019384264946, minz + 0.0024807280860841274),
2348                 (minx + 0.02894071489572525, -0.01396019384264946, minz + 0.002590760588645935),
2349                 (minx + 0.028471753001213074, -0.01396019384264946, minz + 0.002904107444919646),
2350                 (minx + 0.028158411383628845, -0.01396019384264946, minz + 0.0033730644499883056),
2351                 (minx + 0.028048373758792877, -0.01396019384264946, maxz - 0.0039262363893523555),
2352                 (minx + 0.028158411383628845, -0.01396019384264946, maxz - 0.0033730638679116964),
2353                 (minx + 0.028471753001213074, -0.01396019384264946, maxz - 0.0029041070956736803),
2354                 (minx + 0.02894071489572525, -0.01396019384264946, maxz - 0.0025907597737386823),
2355                 (minx + 0.02949388325214386, -1.862645149230957e-09, maxz - 0.0024807279696688056),
2356                 (minx + 0.030047059059143066, -1.862645149230957e-09, maxz - 0.0025907604722306132),
2357                 (minx + 0.030516013503074646, -1.862645149230957e-09, maxz - 0.002904107444919646),
2358                 (minx + 0.030829355120658875, maxy, maxz - 0.0033730645664036274),
2359                 (minx + 0.030939392745494843, maxy, minz + 0.003926236608184253),
2360                 (minx + 0.030829355120658875, maxy, minz + 0.0033730643335729837),
2361                 (minx + 0.030516013503074646, -1.862645149230957e-09, minz + 0.0029041077941656113),
2362                 (minx + 0.030047059059143066, -1.862645149230957e-09, minz + 0.002590760588645935),
2363                 (minx + 0.02949388325214386, -1.862645149230957e-09, minz + 0.0024807280860841274),
2364                 (minx + 0.02894071489572525, -1.862645149230957e-09, minz + 0.002590760588645935),
2365                 (minx + 0.028471753001213074, -1.862645149230957e-09, minz + 0.002904107444919646),
2366                 (minx + 0.028158411383628845, -1.862645149230957e-09, minz + 0.0033730644499883056),
2367                 (minx + 0.028048373758792877, -1.862645149230957e-09, maxz - 0.0039262363893523555),
2368                 (minx + 0.028158411383628845, -1.862645149230957e-09, maxz - 0.0033730638679116964),
2369                 (minx + 0.028471753001213074, -1.862645149230957e-09, maxz - 0.0029041070956736803),
2370                 (minx + 0.02894071489572525, -1.862645149230957e-09, maxz - 0.0025907597737386823)]
2371
2372     # Faces
2373     myfaces = [(49, 48, 0, 1), (60, 59, 11, 12), (58, 57, 9, 10), (56, 55, 7, 8), (54, 53, 5, 6),
2374                (52, 51, 3, 4), (48, 63, 15, 0), (50, 49, 1, 2), (61, 60, 12, 13), (59, 58, 10, 11),
2375                (57, 56, 8, 9), (55, 54, 6, 7), (53, 52, 4, 5), (63, 62, 14, 15), (51, 50, 2, 3),
2376                (62, 61, 13, 14), (17, 16, 32, 33), (32, 47, 46, 45, 44, 43, 42, 41, 40, 39, 38, 37, 36, 35, 34, 33),
2377                (28, 27, 43, 44), (26, 25, 41, 42),
2378                (24, 23, 39, 40), (22, 21, 37, 38), (20, 19, 35, 36), (16, 31, 47, 32), (18, 17, 33, 34),
2379                (29, 28, 44, 45), (27, 26, 42, 43), (25, 24, 40, 41), (23, 22, 38, 39), (21, 20, 36, 37),
2380                (31, 30, 46, 47), (19, 18, 34, 35), (30, 29, 45, 46), (49, 65, 64, 48), (60, 76, 75, 59),
2381                (58, 74, 73, 57), (56, 72, 71, 55), (54, 70, 69, 53), (52, 68, 67, 51), (48, 64, 79, 63),
2382                (50, 66, 65, 49), (61, 77, 76, 60), (59, 75, 74, 58), (57, 73, 72, 56), (55, 71, 70, 54),
2383                (53, 69, 68, 52), (63, 79, 78, 62), (51, 67, 66, 50), (62, 78, 77, 61), (81, 97, 96, 80),
2384                (96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111), (92, 108, 107, 91),
2385                (90, 106, 105, 89), (88, 104, 103, 87), (86, 102, 101, 85),
2386                (84, 100, 99, 83), (80, 96, 111, 95), (82, 98, 97, 81), (93, 109, 108, 92), (91, 107, 106, 90),
2387                (89, 105, 104, 88), (87, 103, 102, 86), (85, 101, 100, 84), (95, 111, 110, 94), (83, 99, 98, 82),
2388                (94, 110, 109, 93), (0, 15, 14, 13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1),
2389                (64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79)]
2390
2391     return myvertex, myfaces
2392
2393
2394 # ----------------------------------------------
2395 # Handle model 08
2396 # ----------------------------------------------
2397 def handle_model_08():
2398     # ------------------------------------
2399     # Mesh data
2400     # ------------------------------------
2401     minx = -0.05910986289381981
2402     maxx = 0.05910986289381981
2403     maxy = 0
2404     minz = -0.0039262366481125355
2405     maxz = 0.0039262366481125355
2406
2407     # Vertex
2408     myvertex = [(maxx, -0.017620893195271492, maxz),
2409                 (maxx, -0.01611838862299919, maxz - 0.00029886653646826744),
2410                 (maxx, -0.014844624325633049, maxz - 0.0011499673128128052),
2411                 (maxx, -0.013993524014949799, maxz - 0.002423731260932982),
2412                 (maxx, -0.013694657012820244, minz + 0.003926236289926277),
2413                 (maxx, -0.013993524014949799, minz + 0.002423729980364442),
2414                 (maxx, -0.014844624325633049, minz + 0.001149968709796667),
2415                 (maxx, -0.016118386760354042, minz + 0.0002988663036376238),
2416                 (maxx, -0.017620891332626343, minz),
2417                 (maxx, -0.019123397767543793, minz + 0.00029886653646826744),
2418                 (maxx, -0.020397160202264786, minz + 0.0011499675456434488),
2419                 (maxx, -0.021248264238238335, minz + 0.0024237307952716947),
2420                 (maxx, -0.02154713124036789, maxz - 0.003926236195012284),
2421                 (maxx, -0.021248262375593185, maxz - 0.0024237297475337982),
2422                 (maxx, -0.020397160202264786, maxz - 0.0011499666143208742),
2423                 (maxx, -0.019123397767543793, maxz - 0.0002988646738231182),
2424                 (maxx - 0.010583892464637756, -0.01396019384264946, maxz - 0.0024807279696688056),
2425                 (maxx - 0.011137068271636963, -0.01396019384264946, maxz - 0.0025907604722306132),
2426                 (maxx - 0.011606022715568542, -0.01396019384264946, maxz - 0.002904107444919646),
2427                 (maxx - 0.011919364333152771, -0.01396019384264946, maxz - 0.0033730645664036274),
2428                 (maxx - 0.012029401957988739, -0.01396019198000431, minz + 0.003926236608184253),
2429                 (maxx - 0.011919364333152771, -0.01396019384264946, minz + 0.0033730643335729837),
2430                 (maxx - 0.011606022715568542, -0.01396019384264946, minz + 0.0029041077941656113),
2431                 (maxx - 0.011137068271636963, -0.01396019384264946, minz + 0.002590760588645935),
2432                 (maxx - 0.010583892464637756, -0.01396019384264946, minz + 0.0024807280860841274),
2433                 (maxx - 0.010030724108219147, -0.01396019384264946, minz + 0.002590760588645935),
2434                 (maxx - 0.00956176221370697, -0.01396019384264946, minz + 0.002904107444919646),
2435                 (maxx - 0.009248420596122742, -0.01396019384264946, minz + 0.0033730644499883056),
2436                 (maxx - 0.009138382971286774, -0.01396019384264946, maxz - 0.0039262363893523555),
2437                 (maxx - 0.009248420596122742, -0.01396019384264946, maxz - 0.0033730638679116964),
2438                 (maxx - 0.00956176221370697, -0.01396019384264946, maxz - 0.0029041070956736803),
2439                 (maxx - 0.010030724108219147, -0.01396019384264946, maxz - 0.0025907597737386823),
2440                 (maxx - 0.010583892464637756, -1.862645149230957e-09, maxz - 0.0024807279696688056),
2441                 (maxx - 0.011137068271636963, -1.862645149230957e-09, maxz - 0.0025907604722306132),
2442                 (maxx - 0.011606022715568542, -1.862645149230957e-09, maxz - 0.002904107444919646),
2443                 (maxx - 0.011919364333152771, maxy, maxz - 0.0033730645664036274),
2444                 (maxx - 0.012029401957988739, maxy, minz + 0.003926236608184253),
2445                 (maxx - 0.011919364333152771, maxy, minz + 0.0033730643335729837),
2446                 (maxx - 0.011606022715568542, -1.862645149230957e-09, minz + 0.0029041077941656113),
2447                 (maxx - 0.011137068271636963, -1.862645149230957e-09, minz + 0.002590760588645935),
2448                 (maxx - 0.010583892464637756, -1.862645149230957e-09, minz + 0.0024807280860841274),
2449                 (maxx - 0.010030724108219147, -1.862645149230957e-09, minz + 0.002590760588645935),
2450                 (maxx - 0.00956176221370697, -1.862645149230957e-09, minz + 0.002904107444919646),
2451                 (maxx - 0.009248420596122742, -1.862645149230957e-09, minz + 0.0033730644499883056),
2452                 (maxx - 0.009138382971286774, -1.862645149230957e-09, maxz - 0.0039262363893523555),
2453                 (maxx - 0.009248420596122742, -1.862645149230957e-09, maxz - 0.0033730638679116964),
2454                 (maxx - 0.00956176221370697, -1.862645149230957e-09, maxz - 0.0029041070956736803),
2455                 (maxx - 0.010030724108219147, -1.862645149230957e-09, maxz - 0.0025907597737386823),
2456                 (minx, -0.017620893195271492, maxz),
2457                 (minx, -0.01611838862299919, maxz - 0.00029886653646826744),
2458                 (minx, -0.014844624325633049, maxz - 0.0011499673128128052),
2459                 (minx, -0.013993524014949799, maxz - 0.002423731260932982),
2460                 (minx, -0.013694657012820244, minz + 0.003926236289926277),
2461                 (minx, -0.013993524014949799, minz + 0.002423729980364442),
2462                 (minx, -0.014844624325633049, minz + 0.001149968709796667),
2463                 (minx, -0.016118386760354042, minz + 0.0002988663036376238),
2464                 (minx, -0.017620891332626343, minz),
2465                 (minx, -0.019123397767543793, minz + 0.00029886653646826744),
2466                 (minx, -0.020397160202264786, minz + 0.0011499675456434488),
2467                 (minx, -0.021248264238238335, minz + 0.0024237307952716947),
2468                 (minx, -0.02154713124036789, maxz - 0.003926236195012284),
2469                 (minx, -0.021248262375593185, maxz - 0.0024237297475337982),
2470                 (minx, -0.020397160202264786, maxz - 0.0011499666143208742),
2471                 (minx, -0.019123397767543793, maxz - 0.0002988646738231182),
2472                 (minx + 0.010583892464637756, -0.01396019384264946, maxz - 0.0024807279696688056),
2473                 (minx + 0.011137068271636963, -0.01396019384264946, maxz - 0.0025907604722306132),
2474                 (minx + 0.011606022715568542, -0.01396019384264946, maxz - 0.002904107444919646),
2475                 (minx + 0.011919364333152771, -0.01396019384264946, maxz - 0.0033730645664036274),
2476                 (minx + 0.012029401957988739, -0.01396019198000431, minz + 0.003926236608184253),
2477                 (minx + 0.011919364333152771, -0.01396019384264946, minz + 0.0033730643335729837),
2478                 (minx + 0.011606022715568542, -0.01396019384264946, minz + 0.0029041077941656113),
2479                 (minx + 0.011137068271636963, -0.01396019384264946, minz + 0.002590760588645935),
2480                 (minx + 0.010583892464637756, -0.01396019384264946, minz + 0.0024807280860841274),
2481                 (minx + 0.010030724108219147, -0.01396019384264946, minz + 0.002590760588645935),
2482                 (minx + 0.00956176221370697, -0.01396019384264946, minz + 0.002904107444919646),
2483                 (minx + 0.009248420596122742, -0.01396019384264946, minz + 0.0033730644499883056),
2484                 (minx + 0.009138382971286774, -0.01396019384264946, maxz - 0.0039262363893523555),
2485                 (minx + 0.009248420596122742, -0.01396019384264946, maxz - 0.0033730638679116964),
2486                 (minx + 0.00956176221370697, -0.01396019384264946, maxz - 0.0029041070956736803),
2487                 (minx + 0.010030724108219147, -0.01396019384264946, maxz - 0.0025907597737386823),
2488                 (minx + 0.010583892464637756, -1.862645149230957e-09, maxz - 0.0024807279696688056),
2489                 (minx + 0.011137068271636963, -1.862645149230957e-09, maxz - 0.0025907604722306132),
2490                 (minx + 0.011606022715568542, -1.862645149230957e-09, maxz - 0.002904107444919646),
2491                 (minx + 0.011919364333152771, maxy, maxz - 0.0033730645664036274),
2492                 (minx + 0.012029401957988739, maxy, minz + 0.003926236608184253),
2493                 (minx + 0.011919364333152771, maxy, minz + 0.0033730643335729837),
2494                 (minx + 0.011606022715568542, -1.862645149230957e-09, minz + 0.0029041077941656113),
2495                 (minx + 0.011137068271636963, -1.862645149230957e-09, minz + 0.002590760588645935),
2496                 (minx + 0.010583892464637756, -1.862645149230957e-09, minz + 0.0024807280860841274),
2497                 (minx + 0.010030724108219147, -1.862645149230957e-09, minz + 0.002590760588645935),
2498                 (minx + 0.00956176221370697, -1.862645149230957e-09, minz + 0.002904107444919646),
2499                 (minx + 0.009248420596122742, -1.862645149230957e-09, minz + 0.0033730644499883056),
2500                 (minx + 0.009138382971286774, -1.862645149230957e-09, maxz - 0.0039262363893523555),
2501                 (minx + 0.009248420596122742, -1.862645149230957e-09, maxz - 0.0033730638679116964),
2502                 (minx + 0.00956176221370697, -1.862645149230957e-09, maxz - 0.0029041070956736803),
2503                 (minx + 0.010030724108219147, -1.862645149230957e-09, maxz - 0.0025907597737386823),
2504                 (maxx - 0.0591098596341908, -0.017620893195271492, maxz),
2505                 (maxx - 0.0591098596341908, -0.01611838862299919, maxz - 0.00029886653646826744),
2506                 (maxx - 0.0591098596341908, -0.014844624325633049, maxz - 0.0011499673128128052),
2507                 (maxx - 0.0591098596341908, -0.013993524014949799, maxz - 0.002423731260932982),
2508                 (maxx - 0.0591098596341908, -0.013694657012820244, minz + 0.003926236289926277),
2509                 (maxx - 0.0591098596341908, -0.013993524014949799, minz + 0.002423729980364442),
2510                 (maxx - 0.0591098596341908, -0.014844624325633049, minz + 0.001149968709796667),
2511                 (maxx - 0.0591098596341908, -0.016118386760354042, minz + 0.0002988663036376238),
2512                 (maxx - 0.0591098596341908, -0.017620891332626343, minz),
2513                 (maxx - 0.0591098596341908, -0.019123397767543793, minz + 0.00029886653646826744),
2514                 (maxx - 0.0591098596341908, -0.020397160202264786, minz + 0.0011499675456434488),
2515                 (maxx - 0.0591098596341908, -0.021248264238238335, minz + 0.0024237307952716947),
2516                 (maxx - 0.0591098596341908, -0.02154713124036789, maxz - 0.003926236195012284),
2517                 (maxx - 0.0591098596341908, -0.021248262375593185, maxz - 0.0024237297475337982),
2518                 (maxx - 0.0591098596341908, -0.020397160202264786, maxz - 0.0011499666143208742),
2519                 (maxx - 0.0591098596341908, -0.019123397767543793, maxz - 0.0002988646738231182)]
2520
2521     # Faces
2522     myfaces = [(97, 96, 0, 1), (108, 107, 11, 12), (106, 105, 9, 10), (104, 103, 7, 8), (102, 101, 5, 6),
2523                (100, 99, 3, 4), (96, 111, 15, 0), (98, 97, 1, 2), (109, 108, 12, 13), (107, 106, 10, 11),
2524                (105, 104, 8, 9), (103, 102, 6, 7), (101, 100, 4, 5), (111, 110, 14, 15), (99, 98, 2, 3),
2525                (110, 109, 13, 14), (17, 16, 32, 33), (32, 47, 46, 45, 44, 43, 42, 41, 40, 39, 38, 37, 36, 35, 34, 33),
2526                (28, 27, 43, 44), (26, 25, 41, 42),
2527                (24, 23, 39, 40), (22, 21, 37, 38), (20, 19, 35, 36), (16, 31, 47, 32), (18, 17, 33, 34),
2528                (29, 28, 44, 45), (27, 26, 42, 43), (25, 24, 40, 41), (23, 22, 38, 39), (21, 20, 36, 37),
2529                (31, 30, 46, 47), (19, 18, 34, 35), (30, 29, 45, 46),
2530                (0, 15, 14, 13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1),
2531                (97, 49, 48, 96),
2532                (108, 60, 59, 107), (106, 58, 57, 105), (104, 56, 55, 103), (102, 54, 53, 101), (100, 52, 51, 99),
2533                (96, 48, 63, 111), (98, 50, 49, 97), (109, 61, 60, 108), (107, 59, 58, 106), (105, 57, 56, 104),
2534                (103, 55, 54, 102), (101, 53, 52, 100), (111, 63, 62, 110), (99, 51, 50, 98), (110, 62, 61, 109),
2535                (65, 81, 80, 64), (80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95), (76, 92, 91, 75),
2536                (74, 90, 89, 73), (72, 88, 87, 71),
2537                (70, 86, 85, 69), (68, 84, 83, 67), (64, 80, 95, 79), (66, 82, 81, 65), (77, 93, 92, 76),
2538                (75, 91, 90, 74), (73, 89, 88, 72), (71, 87, 86, 70), (69, 85, 84, 68), (79, 95, 94, 78),
2539                (67, 83, 82, 66), (78, 94, 93, 77), (48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63)]
2540
2541     return myvertex, myfaces
2542
2543
2544 # ----------------------------------------------
2545 # Creaate SKU code for inventory
2546 # ----------------------------------------------
2547 def createunitsku(self, cabinet):
2548     # ------------------
2549     # Wall or Floor
2550     # ------------------
2551     if self.type_cabinet == "1":
2552         p1 = "F"
2553     else:
2554         p1 = "W"
2555         # ------------------
2556     # Front type
2557     # ------------------
2558     if cabinet.dType == "1" or cabinet.dType == "2" or cabinet.dType == "3" or cabinet.dType == "8":
2559         p2 = "D"  # door
2560     elif cabinet.dType == "9" or cabinet.dType == "10":
2561         p2 = "L"  # door
2562     elif cabinet.dType == "4" or cabinet.dType == "5" or cabinet.dType == "6" or cabinet.dType == "11":
2563         p2 = "G"  # glass
2564     elif cabinet.dType == "7":
2565         p2 = "W"  # drawers
2566     else:
2567         p2 = "N"  # none
2568     # ------------------
2569     # Door number
2570     # ------------------
2571     if cabinet.dType == "1" or cabinet.dType == "2" or cabinet.dType == "3" or cabinet.dType == "4" \
2572             or cabinet.dType == "5" or cabinet.dType == "6" or cabinet.dType == "9" or cabinet.dType == "10":
2573         p3 = "01"
2574     elif cabinet.dType == "7":
2575         p3 = "%02d" % cabinet.dNum
2576     elif cabinet.dType == "8" or cabinet.dType == "11":
2577         p3 = "02"
2578     else:
2579         p3 = "00"
2580         # ------------------
2581     # Handles
2582     # ------------------
2583     if cabinet.hand is True:
2584         p4 = 1
2585     else:
2586         p4 = 0
2587         # ------------------
2588     # Shelves
2589     # ------------------
2590     # noinspection PyBroadException
2591     try:
2592         if cabinet.dType == "7":
2593             p5 = "00"  # drawers is always 0
2594         else:
2595             p5 = "%02d" % cabinet.sNum
2596     except:
2597         p5 = "00"
2598         # ------------------
2599     # Size
2600     # ------------------
2601     x = cabinet.sX
2602     y = self.depth + cabinet.wY
2603     z = self.height + cabinet.wZ
2604
2605     p6 = "%06.3fx%06.3fx%06.3f-%06.3f" % (x, y, z, self.thickness)
2606
2607     # ------------------
2608     # Door Size
2609     # ------------------
2610     if cabinet.dType == "1" or cabinet.dType == "2" or cabinet.dType == "3" \
2611             or cabinet.dType == "4" or cabinet.dType == "5" or cabinet.dType == "6":
2612         p7 = "%06.3f" % cabinet.sX
2613     elif cabinet.dType == "8" or cabinet.dType == "11":
2614         p7 = "%06.3f" % (cabinet.sX / 2)
2615     elif cabinet.dType == "9" or cabinet.dType == "10":  # corners
2616         dwidth = cabinet.sX - self.depth - self.thickness - 0.001
2617         p7 = "%06.3f" % dwidth
2618     else:
2619         p7 = "%06.3f" % 0
2620
2621     sku = "%s%s%s%s%s-%s-%s" % (p1, p2, p3, p4, p5, p6, p7)
2622
2623     return sku