def add_common_door_prompts(assembly):
if assembly.door_type == 'BASE':
door_type = 0
if assembly.door_type == 'TALL':
door_type = 1
if assembly.door_type == 'UPPER':
door_type = 2
assembly.add_prompt(name="Door Thickness",
prompt_type='DISTANCE',
value=unit.inch(.75),
tab_index=1)
assembly.add_prompt(name="Pull Location",
prompt_type='COMBOBOX',
items=['BASE', 'TALL', 'UPPER'],
value=door_type,
tab_index=1,
columns=3)
assembly.add_prompt(name="Pull From Edge",
prompt_type='DISTANCE',
value=unit.inch(1.5),
tab_index=0)
assembly.add_prompt(name="Pull From Top",
prompt_type='DISTANCE',
value=unit.inch(1.5),
tab_index=0)
assembly.add_prompt(name="Pull From Bottom",
prompt_type='DISTANCE',
value=unit.inch(1.5),
tab_index=0)
assembly.add_prompt(name="Pull From Floor",
prompt_type='DISTANCE',
value=unit.inch(40),
tab_index=0)
def draw(self):
self.create_assembly()
ass_obj = self.add_object(file_path = self.appliance_path)
ass_obj.set_name(get_file_name(self.appliance_path))
self.obj_x.empty_draw_size = unit.inch(1)
self.obj_y.empty_draw_size = unit.inch(1)
self.obj_z.empty_draw_size = unit.inch(1)
def position_wall(self,p):
x = p[0] - self.starting_point[0]
y = p[1] - self.starting_point[1]
if math.fabs(x) > math.fabs(y):
if x > 0:
self.wall.obj_bp.rotation_euler.z = math.radians(0)
else:
self.wall.obj_bp.rotation_euler.z = math.radians(180)
if self.typed_value == "":
self.wall.obj_x.location.x = math.fabs(x)
else:
value = eval(self.typed_value)
if bpy.context.scene.unit_settings.system == 'METRIC':
self.wall.obj_x.location.x = unit.millimeter(float(value))
else:
self.wall.obj_x.location.x = unit.inch(float(value))
if math.fabs(y) > math.fabs(x):
if y > 0:
self.wall.obj_bp.rotation_euler.z = math.radians(90)
else:
self.wall.obj_bp.rotation_euler.z = math.radians(-90)
if self.typed_value == "":
self.wall.obj_x.location.x = math.fabs(y)
else:
value = eval(self.typed_value)
if bpy.context.scene.unit_settings.system == 'METRIC':
self.wall.obj_x.location.x = unit.millimeter(float(value))
else:
self.wall.obj_x.location.x = unit.inch(float(value))
def __init__(self):
self.category_name = "Appliances"
self.assembly_name = "Refrigerator"
self.width = unit.inch(36)
self.height = unit.inch(84)
self.depth = unit.inch(27)
self.appliance_path = os.path.join(WALL_APPLIANCE_PATH,"Professional Refrigerator Generic.blend")
def __init__(self):
self.category_name = "Appliances"
self.assembly_name = "Range"
self.width = unit.inch(30)
self.height = unit.inch(42)
self.depth = unit.inch(28)
self.appliance_path = os.path.join(WALL_APPLIANCE_PATH,"Professional Gas Range Generic.blend")
def add_corner_carcass_with_base_assembly(product,cabinet_type="Base",pie_cut=True):
product.add_prompt(name="Left Cabinet Depth",prompt_type='DISTANCE',value=unit.inch(24),tab_index=0)
product.add_prompt(name="Right Cabinet Depth",prompt_type='DISTANCE',value=unit.inch(24),tab_index=0)
product.add_prompt(name="Base Inset Rear Left",prompt_type='CHECKBOX',value= False,tab_index=0)
product.add_prompt(name="Base Inset Rear Right",prompt_type='CHECKBOX',value= False,tab_index=0)
Product_Width = product.get_var('dim_x','Product_Width')
Product_Height = product.get_var('dim_z','Product_Height')
Product_Depth = product.get_var('dim_y','Product_Depth')
Toe_Kick_Height = product.get_var('Toe Kick Height')
Toe_Kick_Setback = product.get_var('Toe Kick Setback')
Base_Inset_Front = product.get_var('Base Inset Front')
Base_Inset_Left = product.get_var('Base Inset Left')
Base_Inset_Right = product.get_var('Base Inset Right')
Left_Cabinet_Depth = product.get_var('Left Cabinet Depth')
Right_Cabinet_Depth = product.get_var('Right Cabinet Depth')
Base_Inset_Rear_Left = product.get_var('Base Inset Rear Left')
Base_Inset_Rear_Right = product.get_var('Base Inset Rear Right')
carcass = product.add_assembly(PIE_CUT_CORNER_CARCASS if pie_cut else DIAGONAL_CORNER_CARCASS)
carcass.x_loc(value = 0)
carcass.y_loc(value = 0)
if cabinet_type == "Base":
carcass.z_loc('Toe_Kick_Height',[Toe_Kick_Height])
if cabinet_type == "Upper":
carcass.z_loc('Product_Height',[Product_Height])
carcass.x_rot(value = 0)
carcass.y_rot(value = 0)
carcass.z_rot(value = 0)
carcass.x_dim('Product_Width',[Product_Width])
carcass.y_dim('Product_Depth',[Product_Depth])
if cabinet_type == "Base":
carcass.z_dim('Product_Height-Toe_Kick_Height',[Product_Height,Toe_Kick_Height])
if cabinet_type == "Upper":
carcass.z_dim('fabs(Product_Height)',[Product_Height])
carcass.set_material_pointers(EXPOSED_EXTERIOR_SURFACE,EXTERIOR)
carcass.set_material_pointers(EXPOSED_INTERIOR_SURFACE,INTERIOR)
carcass.set_material_pointers(EXPOSED_EXTERIOR_SURFACE,LEFT_EXTERIOR)
carcass.set_material_pointers(EXPOSED_EXTERIOR_SURFACE,RIGHT_EXTERIOR)
carcass.set_material_pointers(EXPOSED_EXTERIOR_EDGE,EDGES)
carcass.prompt('Left Depth','Left_Cabinet_Depth',[Left_Cabinet_Depth])
carcass.prompt('Right Depth','Right_Cabinet_Depth',[Right_Cabinet_Depth])
if cabinet_type == "Base":
base_assembly = product.add_assembly(PIE_CUT_BASE_ASSEMBLY if pie_cut else DIAGONAL_BASE_ASSEMBLY)
base_assembly.x_loc('IF(Base_Inset_Rear_Left,Toe_Kick_Setback,0)',[Base_Inset_Rear_Left,Toe_Kick_Setback])
base_assembly.y_loc('IF(Base_Inset_Rear_Right,-Toe_Kick_Setback,0)',[Base_Inset_Rear_Right,Toe_Kick_Setback])
base_assembly.z_loc(value = 0)
base_assembly.x_rot(value = 0)
base_assembly.y_rot(value = 0)
base_assembly.z_rot(value = 0)
base_assembly.x_dim('Product_Width-IF(Base_Inset_Rear_Left,Toe_Kick_Setback,0)-IF(Base_Inset_Right,Toe_Kick_Setback,0)',[Product_Width,Base_Inset_Rear_Left,Base_Inset_Right,Toe_Kick_Setback])
base_assembly.y_dim('Product_Depth+IF(Base_Inset_Rear_Right,Toe_Kick_Setback,0)+IF(Base_Inset_Left,Toe_Kick_Setback,0)',[Product_Depth,Base_Inset_Rear_Right,Base_Inset_Left,Toe_Kick_Setback])
base_assembly.z_dim('Toe_Kick_Height',[Toe_Kick_Height])
base_assembly.material("Exposed_Exterior_Surface")
base_assembly.set_material_pointers(EXPOSED_EXTERIOR_SURFACE,EXTERIOR)
base_assembly.set_material_pointers(EXPOSED_EXTERIOR_SURFACE,LEFT_EXTERIOR)
base_assembly.set_material_pointers(EXPOSED_EXTERIOR_SURFACE,RIGHT_EXTERIOR)
base_assembly.prompt('Left Depth','Left_Cabinet_Depth-IF(Base_Inset_Front,Toe_Kick_Setback,0)-IF(Base_Inset_Rear_Left,Toe_Kick_Setback,0)',[Left_Cabinet_Depth,Base_Inset_Front,Base_Inset_Rear_Left,Toe_Kick_Setback])
base_assembly.prompt('Right Depth','Right_Cabinet_Depth-IF(Base_Inset_Front,Toe_Kick_Setback,0)-IF(Base_Inset_Rear_Right,Toe_Kick_Setback,0)',[Right_Cabinet_Depth,Base_Inset_Front,Base_Inset_Rear_Right,Toe_Kick_Setback])
def draw_product_size(self, layout):
row = layout.row()
box = row.box()
col = box.column(align=True)
row1 = col.row(align=True)
if self.object_has_driver(self.product.obj_x):
row1.label(
'Width: ' +
str(unit.inch(math.fabs(self.product.obj_x.location.x))))
else:
row1.label('Width:')
row1.prop(self, 'width', text="")
row1.prop(self.product.obj_x, 'hide', text="")
row1 = col.row(align=True)
if self.object_has_driver(self.product.obj_z):
row1.label(
'Height: ' +
str(unit.inch(math.fabs(self.product.obj_z.location.z))))
else:
row1.label('Height:')
row1.prop(self, 'height', text="")
row1.prop(self.product.obj_z, 'hide', text="")
row1 = col.row(align=True)
if self.object_has_driver(self.product.obj_y):
row1.label(
'Depth: ' +
str(unit.inch(math.fabs(self.product.obj_y.location.y))))
else:
row1.label('Depth:')
row1.prop(self, 'depth', text="")
row1.prop(self.product.obj_y, 'hide', text="")
def draw_product_size(self,layout):
row = layout.row()
box = row.box()
col = box.column(align=True)
row1 = col.row(align=True)
if self.object_has_driver(self.product.obj_x):
row1.label('Width: ' + str(unit.inch(math.fabs(self.product.obj_x.location.x))))
else:
row1.label('Width:')
row1.prop(self,'width',text="")
row1.prop(self.product.obj_x,'hide',text="")
row1 = col.row(align=True)
if self.object_has_driver(self.product.obj_z):
row1.label('Height: ' + str(unit.inch(math.fabs(self.product.obj_z.location.z))))
else:
row1.label('Height:')
row1.prop(self,'height',text="")
row1.prop(self.product.obj_z,'hide',text="")
row1 = col.row(align=True)
if self.object_has_driver(self.product.obj_y):
row1.label('Depth: ' + str(unit.inch(math.fabs(self.product.obj_y.location.y))))
else:
row1.label('Depth:')
row1.prop(self,'depth',text="")
row1.prop(self.product.obj_y,'hide',text="")
class OPS_add_assembly(Operator):
bl_idname = "fd_assembly.add_assembly"
bl_label = "Empty Assembly"
bl_description = "This operator adds a new empty assembly to the scene."
bl_options = {'UNDO'}
assembly_size = FloatVectorProperty(name="Group Size",
default=(unit.inch(24), unit.inch(24),
unit.inch(24)))
@classmethod
def poll(cls, context):
return True
def execute(self, context):
group = fd_types.Assembly()
group.create_assembly()
group.obj_x.location.x = self.assembly_size[0]
group.obj_y.location.y = self.assembly_size[1]
group.obj_z.location.z = self.assembly_size[2]
group.build_cage()
bpy.ops.object.select_all(action='DESELECT')
group.obj_bp.select = True
context.scene.objects.active = group.obj_bp
return {'FINISHED'}
def sink_drop(self, context, event):
selected_point, selected_obj = utils.get_selection_point(
context, event)
bpy.ops.object.select_all(action='DESELECT')
sel_product_bp = utils.get_bp(selected_obj, 'PRODUCT')
sel_assembly_bp = utils.get_assembly_bp(selected_obj)
if sel_product_bp and sel_assembly_bp:
product = fd_types.Assembly(sel_product_bp)
if product:
product_depth = math.fabs(product.obj_y.location.y)
assembly_depth = math.fabs(self.assembly.obj_y.location.y)
self.assembly.obj_bp.parent = product.obj_bp
if product.obj_z.location.z < 0:
self.assembly.obj_bp.location.z = unit.inch(
1.5) #SUSPENDED CABINETS
else:
self.assembly.obj_bp.location.z = product.obj_z.location.z + unit.inch(
1.5) #BASE CABINETS
self.assembly.obj_bp.location.y = -math.fabs(
product_depth - assembly_depth) / 2
self.assembly.obj_bp.location.x = product.obj_x.location.x / 2 - self.assembly.obj_x.location.x / 2
if event.type == 'LEFTMOUSE' and event.value == 'PRESS':
self.assign_boolean(selected_obj)
utils.set_wireframe(self.assembly.obj_bp, False)
bpy.context.window.cursor_set('DEFAULT')
bpy.ops.object.select_all(action='DESELECT')
context.scene.objects.active = self.assembly.obj_bp
self.assembly.obj_bp.select = True
return {'FINISHED'}
return {'RUNNING_MODAL'}
def execute(self, context):
largest_x = 0
largest_y = 0
smallest_x = 0
smallest_y = 0
wall_groups = []
height = 0
for obj in context.visible_objects:
if obj.mv.type == 'BPWALL':
wall_groups.append(fd_types.Wall(obj))
for group in wall_groups:
start_point = (group.obj_bp.matrix_world[0][3],
group.obj_bp.matrix_world[1][3], 0)
end_point = (group.obj_x.matrix_world[0][3],
group.obj_x.matrix_world[1][3], 0)
height = group.obj_z.location.z
if start_point[0] > largest_x:
largest_x = start_point[0]
if start_point[1] > largest_y:
largest_y = start_point[1]
if start_point[0] < smallest_x:
smallest_x = start_point[0]
if start_point[1] < smallest_y:
smallest_y = start_point[1]
if end_point[0] > largest_x:
largest_x = end_point[0]
if end_point[1] > largest_y:
largest_y = end_point[1]
if end_point[0] < smallest_x:
smallest_x = end_point[0]
if end_point[1] < smallest_y:
smallest_y = end_point[1]
x = (math.fabs(largest_x) - math.fabs(smallest_x)) / 2
y = (math.fabs(largest_y) - math.fabs(smallest_y)) / 2
z = height - unit.inch(.01)
width = math.fabs(smallest_y) + math.fabs(largest_y)
length = math.fabs(largest_x) + math.fabs(smallest_x)
if width == 0:
width = unit.inch(-48)
if length == 0:
length = unit.inch(-48)
bpy.ops.object.lamp_add(type='AREA')
obj_lamp = context.active_object
obj_lamp.location.x = x
obj_lamp.location.y = y
obj_lamp.location.z = z
obj_lamp.data.shape = 'RECTANGLE'
obj_lamp.data.size = length + unit.inch(20)
obj_lamp.data.size_y = width + unit.inch(20)
for node in obj_lamp.data.node_tree.nodes:
if node.type == 'EMISSION':
node.inputs[1].default_value = max(
unit.meter_to_active_unit(largest_x),
unit.meter_to_active_unit(largest_y))
return {'FINISHED'}
def draw(self):
self.create_assembly()
assembly = self.add_assembly(file_path=self.appliance_path)
assembly.set_name(get_file_name(self.appliance_path))
self.width = assembly.obj_x.location.x
self.height = assembly.obj_z.location.z
self.depth = -assembly.obj_y.location.y
assembly.assign_material("Chrome", MATERIAL_FILE, "Chrome")
assembly.assign_material("Stainless Steel", MATERIAL_FILE,
"Stainless Steel")
assembly.assign_material("Black Anodized Metal", MATERIAL_FILE,
"Black Anodized Metal")
dim_x = self.get_var("dim_x")
dim_z = self.get_var("dim_z")
dim_y = self.get_var("dim_y")
if self.add_countertop:
self.add_tab(name="Counter Top Options", tab_type='VISIBLE')
self.add_prompt(name="Countertop Overhang Front",
prompt_type='DISTANCE',
value=unit.inch(1),
tab_index=0)
self.add_prompt(name="Countertop Overhang Back",
prompt_type='DISTANCE',
value=unit.inch(0),
tab_index=0)
self.add_prompt(name="Countertop Overhang Left",
prompt_type='DISTANCE',
value=unit.inch(0),
tab_index=0)
self.add_prompt(name="Countertop Overhang Right",
prompt_type='DISTANCE',
value=unit.inch(0),
tab_index=0)
Countertop_Overhang_Front = self.get_var(
'Countertop Overhang Front')
Countertop_Overhang_Left = self.get_var('Countertop Overhang Left')
Countertop_Overhang_Right = self.get_var(
'Countertop Overhang Right')
Countertop_Overhang_Back = self.get_var('Countertop Overhang Back')
ctop = cabinet_countertops.PRODUCT_Straight_Countertop()
ctop.draw()
ctop.obj_bp.mv.type_group = 'INSERT'
ctop.obj_bp.parent = self.obj_bp
ctop.x_loc('-Countertop_Overhang_Left', [Countertop_Overhang_Left])
ctop.y_loc('Countertop_Overhang_Back', [Countertop_Overhang_Back])
ctop.z_loc('dim_z', [dim_z])
ctop.x_rot(value=0)
ctop.y_rot(value=0)
ctop.z_rot(value=0)
ctop.x_dim(
'dim_x+Countertop_Overhang_Left+Countertop_Overhang_Right',
[dim_x, Countertop_Overhang_Left, Countertop_Overhang_Right])
ctop.y_dim(
'dim_y-Countertop_Overhang_Front-Countertop_Overhang_Back',
[dim_y, Countertop_Overhang_Front, Countertop_Overhang_Back])
ctop.z_dim(value=unit.inch(4))
def __init__(self):
self.library_name = "Countertops"
self.category_name = "Countertops"
self.assembly_name = "Straight Countertop"
self.width = unit.inch(30)
self.height = unit.inch(5.5)
self.depth = unit.inch(24)
self.height_above_floor = unit.inch(34.1)
def __init__(self):
self.category_name = "Appliances"
self.assembly_name = "Dishwasher"
self.width = unit.inch(24)
self.height = unit.inch(34)
self.depth = unit.inch(23)
self.appliance_path = os.path.join(WALL_APPLIANCE_PATH,"Professional Dishwasher Generic.blend")
self.add_countertop = True
def __init__(self):
self.library_name = "Countertops"
self.category_name = "Countertops"
self.assembly_name = "Straight Countertop"
self.width = unit.inch(30)
self.height = unit.inch(5.5)
self.depth = unit.inch(24)
self.height_above_floor = unit.inch(34.1)
def __init__(self):
self.category_name = "Appliances"
self.assembly_name = "Range Hood"
self.width = unit.inch(30)
self.height = unit.inch(14)
self.depth = unit.inch(12.5)
self.appliance_path = os.path.join(WALL_APPLIANCE_PATH,"Wall Mounted Range Hood 01.blend")
self.height_above_floor = unit.inch(60)
def __init__(self):
self.category_name = "Standard"
self.assembly_name = "Rollouts"
self.carcass_type = "Base"
self.width = unit.inch(18)
self.height = unit.inch(34)
self.depth = unit.inch(23)
self.rollout_qty = 2
def __init__(self):
self.category_name = "Standard"
self.assembly_name = "Divisions"
self.carcass_type = "Base"
self.width = unit.inch(18)
self.height = unit.inch(34)
self.depth = unit.inch(23)
self.shelf_qty = 1
def draw(self):
self.create_assembly()
ass_obj = self.add_object(file_path = self.appliance_path)
ass_obj.set_name(get_file_name(self.appliance_path))
self.obj_x.empty_draw_size = unit.inch(1)
self.obj_y.empty_draw_size = unit.inch(1)
self.obj_z.empty_draw_size = unit.inch(1)
def execute(self, context):
largest_x = 0
largest_y = 0
smallest_x = 0
smallest_y = 0
wall_groups = []
height = 0
for obj in context.visible_objects:
if obj.mv.type == 'BPWALL':
wall_groups.append(fd_types.Wall(obj))
for group in wall_groups:
start_point = (group.obj_bp.matrix_world[0][3],group.obj_bp.matrix_world[1][3],0)
end_point = (group.obj_x.matrix_world[0][3],group.obj_x.matrix_world[1][3],0)
height = group.obj_z.location.z
if start_point[0] > largest_x:
largest_x = start_point[0]
if start_point[1] > largest_y:
largest_y = start_point[1]
if start_point[0] < smallest_x:
smallest_x = start_point[0]
if start_point[1] < smallest_y:
smallest_y = start_point[1]
if end_point[0] > largest_x:
largest_x = end_point[0]
if end_point[1] > largest_y:
largest_y = end_point[1]
if end_point[0] < smallest_x:
smallest_x = end_point[0]
if end_point[1] < smallest_y:
smallest_y = end_point[1]
x = (math.fabs(largest_x) - math.fabs(smallest_x))/2
y = (math.fabs(largest_y) - math.fabs(smallest_y))/2
z = height - unit.inch(.01)
width = math.fabs(smallest_y) + math.fabs(largest_y)
length = math.fabs(largest_x) + math.fabs(smallest_x)
if width == 0:
width = unit.inch(-48)
if length == 0:
length = unit.inch(-48)
bpy.ops.object.lamp_add(type = 'AREA')
obj_lamp = context.active_object
obj_lamp.location.x = x
obj_lamp.location.y = y
obj_lamp.location.z = z
obj_lamp.data.shape = 'RECTANGLE'
obj_lamp.data.size = length + unit.inch(20)
obj_lamp.data.size_y = math.fabs(width) + unit.inch(20)
for node in obj_lamp.data.node_tree.nodes:
if node.type == 'EMISSION':
node.inputs[1].default_value = max(unit.meter_to_active_unit(largest_x),
unit.meter_to_active_unit(largest_y))
return {'FINISHED'}
def __init__(self):
self.library_name = "Countertops"
self.category_name = "Countertops"
self.assembly_name = "Diagonal Corner Countertop"
self.placement_type = "Corner"
self.corner_type = "Diagonal"
self.width = unit.inch(36)
self.height = unit.inch(5.5)
self.depth = unit.inch(36)
self.height_above_floor = unit.inch(34.1)
def __init__(self):
self.library_name = "Countertops"
self.category_name = "Countertops"
self.assembly_name = "Diagonal Corner Countertop"
self.placement_type = "Corner"
self.corner_type = "Diagonal"
self.width = unit.inch(36)
self.height = unit.inch(5.5)
self.depth = unit.inch(36)
self.height_above_floor = unit.inch(34.1)
def add_text(self, context, assembly):
bpy.ops.object.text_add()
text = context.active_object
text.parent = assembly.obj_bp
text.location.x = unit.inch(-2)
text.location.z = unit.inch(-10)
text.rotation_euler.x = math.radians(90)
text.data.size = .1
text.data.body = assembly.obj_bp.mv.name_object
text.data.align_x = 'RIGHT'
text.data.font = self.font
def __init__(self):
self.category_name = "Windows"
self.assembly_name = "Triple Window Georgian"
self.width = unit.inch(64)
self.height = unit.inch(48)
self.depth = DEFAULT_DEPTH
self.height_above_floor = HEIGHT_ABOVE_FLOOR
self.window_frame = "Window_Frame_Triple.blend"
self.window_divider = "Window_Divider_Georgian.blend"
self.window_blinds = ""
def add_text(self, context, assembly):
bpy.ops.object.text_add()
text = context.active_object
text.parent = assembly.obj_bp
text.location.x = unit.inch(-2)
text.location.z = unit.inch(-10)
text.rotation_euler.x = math.radians(90)
text.data.size = .1
text.data.body = assembly.obj_bp.mv.name_object
text.data.align_x = 'RIGHT'
text.data.font = self.font
def __init__(self):
self.category_name = "Windows"
self.assembly_name = "Triple Window Georgian"
self.width = unit.inch(64)
self.height = unit.inch(48)
self.depth = DEFAULT_DEPTH
self.height_above_floor = HEIGHT_ABOVE_FLOOR
self.window_frame = "Window_Frame_Triple.blend"
self.window_divider = "Window_Divider_Georgian.blend"
self.window_blinds = ""
def add_blind_panel(product, side="Left", cabinet_type="Base"):
product.add_prompt(name="Blind Panel Width",
prompt_type='DISTANCE',
value=unit.inch(23),
tab_index=1)
product.add_prompt(name="Blind Panel Reveal",
prompt_type='DISTANCE',
value=unit.inch(3),
tab_index=1)
product.add_prompt(name="Blind Panel Thickness",
prompt_type='DISTANCE',
value=unit.inch(.75),
tab_index=2)
Product_Width = product.get_var('dim_x', 'Product_Width')
Product_Height = product.get_var('dim_z', 'Product_Height')
Product_Depth = product.get_var('dim_y', 'Product_Depth')
Toe_Kick_Height = product.get_var('Toe Kick Height')
Material_Thickness = product.get_var('Material_Thickness')
Blind_Panel_Width = product.get_var('Blind Panel Width')
Blind_Panel_Reveal = product.get_var('Blind Panel Reveal')
blind_panel = product.add_assembly(PART_WITH_EDGEBANDING)
blind_panel.set_name("Right Filler")
if side == "Left":
blind_panel.x_loc('Material_Thickness', [Material_Thickness])
else:
blind_panel.x_loc(
'Product_Width-Material_Thickness-Blind_Panel_Width-Blind_Panel_Reveal',
[
Product_Width, Material_Thickness, Blind_Panel_Width,
Blind_Panel_Reveal
])
blind_panel.y_loc('Product_Depth', [Product_Depth])
if cabinet_type == "Base":
blind_panel.z_loc('Toe_Kick_Height+Material_Thickness',
[Toe_Kick_Height, Material_Thickness])
if cabinet_type == "Upper":
blind_panel.z_loc('Product_Height+Material_Thickness',
[Product_Height, Material_Thickness])
blind_panel.x_rot(value=0)
blind_panel.y_rot(value=-90)
blind_panel.z_rot(value=-90)
if cabinet_type == "Base":
blind_panel.x_dim(
'Product_Height-Toe_Kick_Height-Material_Thickness*2',
[Product_Height, Toe_Kick_Height, Material_Thickness])
if cabinet_type == "Upper":
blind_panel.x_dim('fabs(Product_Height)-Material_Thickness*2',
[Product_Height, Material_Thickness])
blind_panel.y_dim('Blind_Panel_Width+Blind_Panel_Reveal',
[Blind_Panel_Width, Blind_Panel_Reveal])
blind_panel.z_dim(value=unit.inch(.75))
blind_panel.set_material_pointers(EXPOSED_EXTERIOR_SURFACE)
def draw(self):
self.create_assembly()
self.obj_bp.mv.dont_export = True
self.add_tab(name='Main Options', tab_type='VISIBLE')
self.add_tab(name='Formulas', tab_type='HIDDEN')
self.add_prompt(name="Open Door", prompt_type='PERCENTAGE', value=0, tab_index=0)
self.add_prompt(name="Frame Width", prompt_type='DISTANCE', value=unit.inch(3.25), tab_index=1)
self.add_prompt(name="Panel Depth",prompt_type='DISTANCE',value=unit.inch(1.75), tab_index=1)
Width = self.get_var('dim_x','Width')
Height = self.get_var('dim_z','Height')
Depth = self.get_var('dim_y','Depth')
Open_Door = self.get_var('Open Door')
Frame_Width = self.get_var('Frame Width')
Panel_Depth = self.get_var('Panel Depth')
door_frame = self.add_assembly(os.path.join(DOOR_FRAME_PATH,self.door_frame))
door_frame.set_name("Door Frame")
door_frame.x_dim('Width', [Width])
door_frame.y_dim('Depth', [Depth])
door_frame.z_dim('Height', [Height])
door_frame.assign_material("Frame", MATERIAL_FILE, "White")
door_panel = self.add_assembly(os.path.join(DOOR_PANEL,self.door_panel))
door_panel.set_name("Door Panel")
door_panel.y_loc('Depth*0.5+Panel_Depth*0.5', [Depth, Panel_Depth])
door_panel.z_dim('Height-INCH(3.25)', [Height])
door_panel.prompt('No Hardware', value=True)
if not self.double_door:
door_panel.x_loc('Frame_Width-Open_Door*(Width-Frame_Width*2)', [Width, Frame_Width, Open_Door])
door_panel.x_dim('(Width-Frame_Width*2)', [Width, Frame_Width])
else:
door_panel.x_loc('Frame_Width-Open_Door*((Width-Frame_Width*2)*0.5)', [Width, Frame_Width, Open_Door])
door_panel.x_dim('(Width-Frame_Width*2)*0.5', [Width, Frame_Width])
door_panel.assign_material("Door", MATERIAL_FILE, "White")
door_panel.assign_material("Glass", MATERIAL_FILE, "Glass")
if self.double_door:
door_panel_right = self.add_assembly(os.path.join(DOOR_PANEL,self.door_panel))
door_panel_right.set_name("Door Panel Right")
door_panel_right.x_loc('Width*0.5+(Open_Door*(Width*0.5-Frame_Width))',
[Width, Frame_Width, Open_Door])
door_panel_right.y_loc('Depth*0.5+Panel_Depth*0.5', [Depth, Panel_Depth])
door_panel_right.x_dim('(Width-Frame_Width*2)*0.5',[Width, Frame_Width])
door_panel_right.z_dim('Height-INCH(3.25)', [Height])
door_panel_right.prompt('No Hardware', value=True)
door_panel_right.assign_material("Door", MATERIAL_FILE, "White")
door_panel_right.assign_material("Glass", MATERIAL_FILE, "Glass")
self.update()
def add_corner_fillers(product):
product.add_prompt(name="Left Side Wall Filler",
prompt_type='DISTANCE',
value=0,
tab_index=0,
export=True)
product.add_prompt(name="Right Side Wall Filler",
prompt_type='DISTANCE',
value=0,
tab_index=0,
export=True)
Product_Width = product.get_var('dim_x', 'Product_Width')
Product_Height = product.get_var('dim_z', 'Product_Height')
Product_Depth = product.get_var('dim_y', 'Product_Depth')
Toe_Kick_Height = product.get_var('Toe Kick Height')
Left_Side_Wall_Filler = product.get_var('Left Side Wall Filler')
Right_Side_Wall_Filler = product.get_var('Right Side Wall Filler')
Left_Cabinet_Depth = product.get_var('Left Cabinet Depth')
Right_Cabinet_Depth = product.get_var('Right Cabinet Depth')
left_filler = product.add_assembly(PART_WITH_EDGEBANDING)
left_filler.set_name("Left Filler")
left_filler.x_loc('Left_Cabinet_Depth', [Left_Cabinet_Depth])
left_filler.y_loc('Product_Depth-Left_Side_Wall_Filler',
[Product_Depth, Left_Side_Wall_Filler])
left_filler.z_loc('Toe_Kick_Height', [Toe_Kick_Height])
left_filler.x_rot(value=0)
left_filler.y_rot(value=-90)
left_filler.z_rot(value=0)
left_filler.x_dim('Product_Height-Toe_Kick_Height',
[Product_Height, Toe_Kick_Height])
left_filler.y_dim('Left_Side_Wall_Filler', [Left_Side_Wall_Filler])
left_filler.z_dim(value=unit.inch(.75))
left_filler.set_material_pointers(EXPOSED_EXTERIOR_SURFACE)
left_filler.prompt('Hide', 'IF(Left_Side_Wall_Filler==0,True,False)',
[Left_Side_Wall_Filler])
right_filler = product.add_assembly(PART_WITH_EDGEBANDING)
right_filler.set_name("Right Filler")
right_filler.x_loc('Product_Width', [Product_Width])
right_filler.y_loc('-Right_Cabinet_Depth', [Right_Cabinet_Depth])
right_filler.z_loc('Toe_Kick_Height', [Toe_Kick_Height])
right_filler.x_rot(value=0)
right_filler.y_rot(value=-90)
right_filler.z_rot(value=-90)
right_filler.x_dim('Product_Height-Toe_Kick_Height',
[Product_Height, Toe_Kick_Height])
right_filler.y_dim('Right_Side_Wall_Filler', [Right_Side_Wall_Filler])
right_filler.z_dim(value=unit.inch(.75))
right_filler.set_material_pointers(EXPOSED_EXTERIOR_SURFACE)
right_filler.prompt('Hide', 'IF(Right_Side_Wall_Filler==0,True,False)',
[Right_Side_Wall_Filler])
def add_product_width_dimension(product):
Product_Width = product.get_var('dim_x','Product_Width')
vdim_x = fd_types.Dimension()
vdim_x.parent(product.obj_bp)
if product.mirror_z:
vdim_x.start_z(value = unit.inch(5))
else:
vdim_x.start_z(value = -unit.inch(5))
if product.carcass.carcass_type == 'Upper':
vdim_x.start_y(value = unit.inch(8))
else:
vdim_x.start_y(value = unit.inch(3))
vdim_x.end_x('Product_Width',[Product_Width])
def add_product_width_dimension(product):
Product_Width = product.get_var('dim_x', 'Product_Width')
vdim_x = fd_types.Dimension()
vdim_x.parent(product.obj_bp)
if product.mirror_z:
vdim_x.start_z(value=unit.inch(5))
else:
vdim_x.start_z(value=-unit.inch(5))
if product.carcass.carcass_type == 'Upper':
vdim_x.start_y(value=unit.inch(8))
else:
vdim_x.start_y(value=unit.inch(3))
vdim_x.end_x('Product_Width', [Product_Width])
def add_common_door_prompts(assembly):
door_type = 0 #SET DEFAULT
if assembly.door_type == 'BASE':
door_type = 0
if assembly.door_type == 'TALL':
door_type = 1
if assembly.door_type == 'UPPER':
door_type = 2
assembly.add_prompt(name="Door Thickness",prompt_type='DISTANCE',value=unit.inch(.75),tab_index=1)
assembly.add_prompt(name="Pull Location",prompt_type='COMBOBOX',items=['BASE','TALL','UPPER'],value=door_type,tab_index=1,columns=3)
assembly.add_prompt(name="Pull From Edge",prompt_type='DISTANCE',value=unit.inch(1.5),tab_index=0)
assembly.add_prompt(name="Pull From Top",prompt_type='DISTANCE',value=unit.inch(1.5),tab_index=0)
assembly.add_prompt(name="Pull From Bottom",prompt_type='DISTANCE',value=unit.inch(1.5),tab_index=0)
assembly.add_prompt(name="Pull From Floor",prompt_type='DISTANCE',value=unit.inch(40),tab_index=0)
def create_elv_view_scene(self, context, wall):
bpy.ops.scene.new('INVOKE_DEFAULT', type='EMPTY')
wall_group = bpy.data.groups.new(wall.obj_bp.mv.name_object)
new_scene = context.scene
new_scene.name = wall_group.name
new_scene.mv.name_scene = wall.obj_bp.mv.name_object
new_scene.mv.elevation_img_name = wall.obj_bp.name
new_scene.mv.plan_view_scene = False
new_scene.mv.elevation_scene = True
self.group_children(wall_group, wall.obj_bp)
wall_mesh = utils.create_cube_mesh(
wall.obj_bp.mv.name_object,
(wall.obj_x.location.x, wall.obj_y.location.y,
wall.obj_z.location.z))
wall_mesh.parent = wall.obj_bp
wall_group.objects.link(wall_mesh)
instance = bpy.data.objects.new(
wall.obj_bp.mv.name_object + " " + "Instance", None)
new_scene.objects.link(instance)
instance.dupli_type = 'GROUP'
instance.dupli_group = wall_group
new_scene.world = self.main_scene.world
self.link_dims_to_scene(new_scene, wall.obj_bp)
bpy.ops.object.text_add()
text = context.active_object
text.parent = wall.obj_bp
text.location.x = unit.inch(-2)
text.location.z = unit.inch(-10)
text.rotation_euler.x = math.radians(90)
text.data.size = .1
text.data.body = wall.obj_bp.mv.name_object
text.data.align = 'RIGHT'
text.data.font = self.font
camera = self.create_camera(new_scene)
camera.rotation_euler.x = math.radians(90.0)
camera.rotation_euler.z = wall.obj_bp.rotation_euler.z
bpy.ops.object.select_all(action='DESELECT')
wall_mesh.select = True
bpy.ops.view3d.camera_to_view_selected()
camera.data.ortho_scale += self.pv_pad
def create_cabinet(product):
product.create_assembly()
product.obj_bp.lm_basic_cabinets.is_cabinet = True
product.obj_bp.lm_basic_cabinets.cabinet_shape = 'RECTANGLE'
product.add_tab(name='Carcass Options',tab_type='VISIBLE')
product.add_tab(name='Formulas',tab_type='HIDDEN')
product.add_prompt(name="Material_Thickness",prompt_type='DISTANCE',value= unit.inch(.75),lock=True,tab_index=1)
def sink_drop(self,context,event):
selected_point, selected_obj = utils.get_selection_point(context,event)
bpy.ops.object.select_all(action='DESELECT')
sel_product_bp = utils.get_bp(selected_obj,'PRODUCT')
sel_assembly_bp = utils.get_assembly_bp(selected_obj)
if sel_product_bp and sel_assembly_bp:
product = fd_types.Assembly(sel_product_bp)
if product:
product_depth = math.fabs(product.obj_y.location.y)
assembly_depth = math.fabs(self.assembly.obj_y.location.y)
self.assembly.obj_bp.parent = product.obj_bp
self.assembly.obj_bp.location.z = product.obj_z.location.z + unit.inch(1.5)
self.assembly.obj_bp.location.y = -math.fabs(product_depth-assembly_depth)/2
self.assembly.obj_bp.location.x = product.obj_x.location.x/2 - self.assembly.obj_x.location.x/2
if event.type == 'LEFTMOUSE' and event.value == 'PRESS':
self.assign_boolean(selected_obj)
utils.set_wireframe(self.assembly.obj_bp,False)
bpy.context.window.cursor_set('DEFAULT')
bpy.ops.object.select_all(action='DESELECT')
context.scene.objects.active = self.assembly.obj_bp
self.assembly.obj_bp.select = True
return {'FINISHED'}
return {'RUNNING_MODAL'}
def execute(self, context):
obj_bp = utils.get_assembly_bp(context.active_object)
#NOTE: Since Mesh hooks are maintained by object name
# You cannot have two emptyhooks with the same name.
for child in obj_bp.children:
if child.type == 'EMPTY' and self.use_as_mesh_hook and child.mv.use_as_mesh_hook and child.mv.name_object == self.empty_name:
bpy.ops.fd_general.error('INVOKE_DEFAULT',Message="A hook with that name already exists.")
return {'CANCELLED'}
#NOTE: Since Mesh hooks are maintained by object name
# These names are reserved the the visible prompts of the group
if self.use_as_mesh_hook:
if self.empty_name in {'Dimension X','Dimension Y','Dimension Z'}:
bpy.ops.fd_general.error('INVOKE_DEFAULT',Message="That hook name are reserved for visible prompts")
return {'CANCELLED'}
bpy.ops.object.empty_add()
obj_empty = context.active_object
if obj_empty:
obj_empty.empty_draw_size = unit.inch(1)
obj_empty.mv.name_object = self.empty_name
obj_empty.mv.use_as_mesh_hook = self.use_as_mesh_hook
if obj_bp:
obj_empty.parent = obj_bp
context.scene.objects.active = obj_empty
update_vector_groups(obj_bp)
bpy.ops.fd_assembly.load_active_assembly_objects(object_name=obj_bp.name)
return {'FINISHED'}
def add_adj_shelf_machining(part,insert):
Width = insert.get_var('dim_x','Width')
Height = insert.get_var('dim_z','Height')
Depth = insert.get_var('dim_y','Depth')
Part_Width = part.get_var('dim_y','Part_Width')
Part_Z_Loc = part.get_var('loc_z','Part_Z_Loc')
Adj_Shelf_Setback = insert.get_var("Adj Shelf Setback")
Space_From_Front = insert.get_var("Space From Front")
Space_From_Rear = insert.get_var("Space From Rear")
Space_From_Top = insert.get_var("Space From Top")
Space_From_Bottom = insert.get_var("Space From Bottom")
Shelf_Hole_Spacing = insert.get_var("Shelf Hole Spacing")
Shelf_Clip_Gap = insert.get_var("Shelf Clip Gap")
Adj_Shelf_Qty = insert.get_var("Adj Shelf Qty")
tokens = []
tokens.append(part.add_machine_token('Left Shelf Drilling' ,'SHELF','3'))
tokens.append(part.add_machine_token('Right Shelf Drilling' ,'SHELF','4'))
for token in tokens:
token[1].add_driver(token[0],'space_from_bottom','Part_Z_Loc-Space_From_Bottom',[Part_Z_Loc,Space_From_Bottom])
token[1].add_driver(token[0],'dim_to_first_row','Space_From_Front',[Space_From_Front])
token[1].face_bore_depth = unit.inch(.5)
token[1].add_driver(token[0],'space_from_top','Height-Part_Z_Loc-Space_From_Top',[Height,Part_Z_Loc,Space_From_Top])
token[1].add_driver(token[0],'dim_to_second_row','fabs(Part_Width)-Space_From_Rear',[Part_Width,Space_From_Rear])
token[1].face_bore_dia = 5
token[1].shelf_hole_spacing = unit.millimeter(32)
token[1].add_driver(token[0],'shelf_clip_gap','Shelf_Clip_Gap',[Shelf_Clip_Gap])
token[1].reverse_direction = False
def execute(self, context):
largest_x = 0
largest_y = 0
smallest_x = 0
smallest_y = 0
wall_groups = []
for obj in context.visible_objects:
if obj.mv.type == 'BPWALL':
wall_groups.append(fd_types.Wall(obj))
for group in wall_groups:
start_point = (group.obj_bp.matrix_world[0][3],
group.obj_bp.matrix_world[1][3], 0)
end_point = (group.obj_x.matrix_world[0][3],
group.obj_x.matrix_world[1][3], 0)
if start_point[0] > largest_x:
largest_x = start_point[0]
if start_point[1] > largest_y:
largest_y = start_point[1]
if start_point[0] < smallest_x:
smallest_x = start_point[0]
if start_point[1] < smallest_y:
smallest_y = start_point[1]
if end_point[0] > largest_x:
largest_x = end_point[0]
if end_point[1] > largest_y:
largest_y = end_point[1]
if end_point[0] < smallest_x:
smallest_x = end_point[0]
if end_point[1] < smallest_y:
smallest_y = end_point[1]
loc = (smallest_x, smallest_y, 0)
width = math.fabs(smallest_y) + math.fabs(largest_y)
length = math.fabs(largest_x) + math.fabs(smallest_x)
if width == 0:
width = unit.inch(-48)
if length == 0:
length = unit.inch(-48)
obj_plane = utils.create_floor_mesh('Floor', (length, width, 0.0))
obj_plane.location = loc
#SET CONTEXT
context.scene.objects.active = obj_plane
return {'FINISHED'}
def execute(self, context):
bpy.ops.object.camera_add(view_align=False)
camera = context.active_object
bpy.ops.view3d.camera_to_view()
camera.data.clip_start = unit.inch(1)
camera.data.clip_end = 9999
camera.data.ortho_scale = 200.0
return {'FINISHED'}
def execute(self, context):
bpy.ops.object.camera_add(view_align=False)
camera = context.active_object
bpy.ops.view3d.camera_to_view()
camera.data.clip_start = unit.inch(1)
camera.data.clip_end = 9999
camera.data.ortho_scale = 200.0
return {'FINISHED'}
def execute(self, context):
largest_x = 0
largest_y = 0
smallest_x = 0
smallest_y = 0
wall_groups = []
for obj in context.visible_objects:
if obj.mv.type == 'BPWALL':
wall_groups.append(fd_types.Wall(obj))
for group in wall_groups:
start_point = (group.obj_bp.matrix_world[0][3],group.obj_bp.matrix_world[1][3],0)
end_point = (group.obj_x.matrix_world[0][3],group.obj_x.matrix_world[1][3],0)
if start_point[0] > largest_x:
largest_x = start_point[0]
if start_point[1] > largest_y:
largest_y = start_point[1]
if start_point[0] < smallest_x:
smallest_x = start_point[0]
if start_point[1] < smallest_y:
smallest_y = start_point[1]
if end_point[0] > largest_x:
largest_x = end_point[0]
if end_point[1] > largest_y:
largest_y = end_point[1]
if end_point[0] < smallest_x:
smallest_x = end_point[0]
if end_point[1] < smallest_y:
smallest_y = end_point[1]
loc = (smallest_x , smallest_y,0)
width = math.fabs(smallest_y) + math.fabs(largest_y)
length = math.fabs(largest_x) + math.fabs(smallest_x)
if width == 0:
width = unit.inch(-48)
if length == 0:
length = unit.inch(-48)
obj_plane = utils.create_floor_mesh('Floor',(length,width,0.0))
obj_plane.location = loc
#SET CONTEXT
context.scene.objects.active = obj_plane
return {'FINISHED'}
def add_common_prompts(self):
self.add_tab(name='Interior Options',tab_type='VISIBLE')
self.add_tab(name='Formulas',tab_type='HIDDEN')
self.add_prompt(name="Division Qty",prompt_type='QUANTITY',value=2,tab_index=0)
self.add_prompt(name="Division Setback",prompt_type='DISTANCE',value=unit.inch(0.25),tab_index=0)
self.add_prompt(name="Adj Shelf Rows",prompt_type='QUANTITY',value=2,tab_index=0)
self.add_prompt(name="Fixed Shelf Rows",prompt_type='QUANTITY',value=0,tab_index=0)
self.add_prompt(name="Division Thickness",prompt_type='DISTANCE',value=unit.inch(0.75),tab_index=1)
self.add_prompt(name="Shelf Setback",prompt_type='DISTANCE',value=unit.inch(0.25),tab_index=1)
self.add_prompt(name="Shelf Holes Space From Bottom",prompt_type='DISTANCE',value=unit.inch(2.5),tab_index=1)
self.add_prompt(name="Shelf Holes Space From Top",prompt_type='DISTANCE',value=unit.inch(0),tab_index=1)
self.add_prompt(name="Shelf Holes Front Setback",prompt_type='DISTANCE',value=unit.inch(0),tab_index=1)
self.add_prompt(name="Shelf Holes Rear Setback",prompt_type='DISTANCE',value=unit.inch(0),tab_index=1)
self.add_prompt(name="Adjustable Shelf Thickness",prompt_type='DISTANCE',value=unit.inch(0.75),tab_index=1)
self.add_prompt(name="Fixed Shelf Thickness",prompt_type='DISTANCE',value=unit.inch(0.75),tab_index=1)
self.add_prompt(name="Shelf Clip Gap",prompt_type='DISTANCE',value=unit.inch(0.125),tab_index=1)
self.add_prompt(name="Shelf Hole Spacing",prompt_type='DISTANCE',value=unit.inch(1.25),tab_index=1)
self.add_prompt(name="Shelf Pin Quantity",prompt_type='QUANTITY',value=0,tab_index=1)
sgi = self.get_var('cabinetlib.spec_group_index','sgi')
Adj_Shelf_Rows = self.get_var('Adj Shelf Rows')
Division_Qty = self.get_var('Division Qty')
self.prompt('Shelf Pin Quantity','(Adj_Shelf_Rows*Division_Qty)*4',[Adj_Shelf_Rows,Division_Qty])
self.prompt('Division Thickness','THICKNESS(sgi,"Cabinet_Division' + self.open_name +'")',[sgi])
self.prompt('Fixed Shelf Thickness','THICKNESS(sgi,"Cabinet_Shelf' + self.open_name +'")',[sgi])
self.prompt('Adjustable Shelf Thickness','THICKNESS(sgi,"Cabinet_Shelf' + self.open_name +'")',[sgi])
def __init__(self):
self.category_name = "Windows"
self.assembly_name = "Sliding Window Marginal Borders"
self.width = unit.inch(64)
self.height = DEFAULT_HEIGHT
self.depth = DEFAULT_DEPTH
self.height_above_floor = HEIGHT_ABOVE_FLOOR
self.window_frame = "Window_Frame_Sliding.blend"
self.window_divider = "Window_Divider_Border.blend"
self.window_blinds = ""
def create_cabinet(product):
product.create_assembly()
product.obj_bp.lm_basic_cabinets.is_cabinet = True
product.obj_bp.lm_basic_cabinets.cabinet_shape = 'RECTANGLE'
product.add_tab(name='Carcass Options', tab_type='VISIBLE')
product.add_tab(name='Formulas', tab_type='HIDDEN')
product.add_prompt(name="Material_Thickness",
prompt_type='DISTANCE',
value=unit.inch(.75),
lock=True,
tab_index=1)
def __init__(self):
self.category_name = "Windows"
self.assembly_name = "Hung Window 4 Lites"
self.width = DEFAULT_WIDTH
self.height = unit.inch(48)
self.depth = DEFAULT_DEPTH
self.height_above_floor = HEIGHT_ABOVE_FLOOR
self.window_frame = "Window_Frame_Hung.blend"
self.window_divider = "Window_Divider_4_Lites.blend"
self.window_blinds = ""
def __init__(self):
self.category_name = "Windows"
self.assembly_name = "Hung Window 4 Lites"
self.width = DEFAULT_WIDTH
self.height = unit.inch(48)
self.depth = DEFAULT_DEPTH
self.height_above_floor = HEIGHT_ABOVE_FLOOR
self.window_frame = "Window_Frame_Hung.blend"
self.window_divider = "Window_Divider_4_Lites.blend"
self.window_blinds = ""
def __init__(self):
self.category_name = "Windows"
self.assembly_name = "Sliding Window Marginal Borders"
self.width = unit.inch(64)
self.height = DEFAULT_HEIGHT
self.depth = DEFAULT_DEPTH
self.height_above_floor = HEIGHT_ABOVE_FLOOR
self.window_frame = "Window_Frame_Sliding.blend"
self.window_divider = "Window_Divider_Border.blend"
self.window_blinds = ""
def add_corner_countertop(product,pie_cut=True):
product.add_prompt(name="Countertop Overhang Front",prompt_type='DISTANCE',value=unit.inch(1),tab_index=0)
product.add_prompt(name="Countertop Overhang Left Back",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
product.add_prompt(name="Countertop Overhang Right Back",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
product.add_prompt(name="Countertop Overhang Left",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
product.add_prompt(name="Countertop Overhang Right",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
Countertop_Overhang_Front = product.get_var('Countertop Overhang Front')
Countertop_Overhang_Left = product.get_var('Countertop Overhang Left')
Countertop_Overhang_Right = product.get_var('Countertop Overhang Right')
Countertop_Overhang_Left_Back = product.get_var('Countertop Overhang Left Back')
Countertop_Overhang_Right_Back = product.get_var('Countertop Overhang Right Back')
Left_Side_Wall_Filler = product.get_var('Left Side Wall Filler')
Right_Side_Wall_Filler = product.get_var('Right Side Wall Filler')
Left_Cabinet_Depth = product.get_var('Left Cabinet Depth')
Right_Cabinet_Depth = product.get_var('Right Cabinet Depth')
Width = product.get_var("dim_x","Width")
Height = product.get_var("dim_z","Height")
Depth = product.get_var("dim_y","Depth")
if pie_cut:
ctop = cabinet_countertops.PRODUCT_Notched_Corner_Countertop()
else:
ctop = cabinet_countertops.PRODUCT_Diagonal_Corner_Countertop()
ctop.draw()
ctop.obj_bp.mv.type_group = 'INSERT'
ctop.obj_bp.parent = product.obj_bp
ctop.x_loc('-Countertop_Overhang_Left_Back',[Countertop_Overhang_Left_Back])
ctop.y_loc('Countertop_Overhang_Right_Back',[Countertop_Overhang_Right_Back])
ctop.z_loc('Height',[Height])
ctop.x_rot(value = 0)
ctop.y_rot(value = 0)
ctop.z_rot(value = 0)
ctop.x_dim('Width+Countertop_Overhang_Left_Back+Countertop_Overhang_Right+Right_Side_Wall_Filler',
[Width,Countertop_Overhang_Left_Back,Countertop_Overhang_Right,Right_Side_Wall_Filler])
ctop.y_dim('Depth-Countertop_Overhang_Right_Back-Countertop_Overhang_Left-Left_Side_Wall_Filler',
[Depth,Countertop_Overhang_Right_Back,Countertop_Overhang_Left,Left_Side_Wall_Filler])
ctop.z_dim(value = unit.inch(4))
ctop.prompt('Left Side Depth',"Left_Cabinet_Depth+Countertop_Overhang_Front+Countertop_Overhang_Left_Back",[Left_Cabinet_Depth,Countertop_Overhang_Front,Countertop_Overhang_Left_Back])
ctop.prompt('Right Side Depth',"Right_Cabinet_Depth+Countertop_Overhang_Front+Countertop_Overhang_Right_Back",[Right_Cabinet_Depth,Countertop_Overhang_Front,Countertop_Overhang_Right_Back])
return ctop
def execute(self, context):
sheets = context.scene.cabinetlib.sheets
edgebanding = context.scene.cabinetlib.edgebanding
# products = context.scene.cabinetlib.products
for sheet in sheets:
sheets.remove(0)
for edgeband in edgebanding:
edgebanding.remove(0)
# for product in products:
# products.remove(0)
for obj in context.visible_objects:
if obj.cabinetlib.type_mesh == 'CUTPART':
mat_name = utils.get_material_name(obj)
if mat_name not in sheets:
mat = sheets.add()
mat.thickness = utils.get_part_thickness(obj)
mat.name = mat_name
sheet = mat.sizes.add()
sheet.width = unit.inch(48) #TODO: Make a way set defaults
sheet.length = unit.inch(98) #TODO: Make a way set defaults
if obj.cabinetlib.type_mesh == 'EDGEBANDING':
pass
#TODO: Setup edgebanding materials
# edge_name = utils.get_edgebanding_name(obj)
# if edge_name not in edgebanding:
# mat = edgebanding.add()
# mat.thickness = utils.get_part_thickness(obj)
# mat.name= edge_name
# if obj.mv.type == 'BPASSEMBLY' and obj.mv.type_group == 'PRODUCT':
# product = products.add()
# product.name = obj.mv.name_object
# product.bp_name = obj.name
return {'FINISHED'}
def add_corner_fillers(product):
product.add_prompt(name="Left Side Wall Filler",prompt_type='DISTANCE',value= 0,tab_index=0,export=True)
product.add_prompt(name="Right Side Wall Filler",prompt_type='DISTANCE',value= 0,tab_index=0,export=True)
Product_Width = product.get_var('dim_x','Product_Width')
Product_Height = product.get_var('dim_z','Product_Height')
Product_Depth = product.get_var('dim_y','Product_Depth')
Toe_Kick_Height = product.get_var('Toe Kick Height')
Left_Side_Wall_Filler = product.get_var('Left Side Wall Filler')
Right_Side_Wall_Filler = product.get_var('Right Side Wall Filler')
Left_Cabinet_Depth = product.get_var('Left Cabinet Depth')
Right_Cabinet_Depth = product.get_var('Right Cabinet Depth')
left_filler = product.add_assembly(PART_WITH_EDGEBANDING)
left_filler.set_name("Left Filler")
left_filler.x_loc('Left_Cabinet_Depth',[Left_Cabinet_Depth])
left_filler.y_loc('Product_Depth-Left_Side_Wall_Filler',[Product_Depth,Left_Side_Wall_Filler])
left_filler.z_loc('Toe_Kick_Height',[Toe_Kick_Height])
left_filler.x_rot(value = 0)
left_filler.y_rot(value = -90)
left_filler.z_rot(value = 0)
left_filler.x_dim('Product_Height-Toe_Kick_Height',[Product_Height,Toe_Kick_Height])
left_filler.y_dim('Left_Side_Wall_Filler',[Left_Side_Wall_Filler])
left_filler.z_dim(value = unit.inch(.75))
left_filler.set_material_pointers(EXPOSED_EXTERIOR_SURFACE)
left_filler.prompt('Hide','IF(Left_Side_Wall_Filler==0,True,False)',[Left_Side_Wall_Filler])
right_filler = product.add_assembly(PART_WITH_EDGEBANDING)
right_filler.set_name("Right Filler")
right_filler.x_loc('Product_Width',[Product_Width])
right_filler.y_loc('-Right_Cabinet_Depth',[Right_Cabinet_Depth])
right_filler.z_loc('Toe_Kick_Height',[Toe_Kick_Height])
right_filler.x_rot(value = 0)
right_filler.y_rot(value = -90)
right_filler.z_rot(value = -90)
right_filler.x_dim('Product_Height-Toe_Kick_Height',[Product_Height,Toe_Kick_Height])
right_filler.y_dim('Right_Side_Wall_Filler',[Right_Side_Wall_Filler])
right_filler.z_dim(value = unit.inch(.75))
right_filler.set_material_pointers(EXPOSED_EXTERIOR_SURFACE)
right_filler.prompt('Hide','IF(Right_Side_Wall_Filler==0,True,False)',[Right_Side_Wall_Filler])
def add_blind_panel(product,side="Left",cabinet_type="Base"):
product.add_prompt(name="Blind Panel Width",prompt_type='DISTANCE',value=unit.inch(23),tab_index=1)
product.add_prompt(name="Blind Panel Reveal",prompt_type='DISTANCE',value=unit.inch(3),tab_index=1)
product.add_prompt(name="Blind Panel Thickness",prompt_type='DISTANCE',value=unit.inch(.75),tab_index=2)
Product_Width = product.get_var('dim_x','Product_Width')
Product_Height = product.get_var('dim_z','Product_Height')
Product_Depth = product.get_var('dim_y','Product_Depth')
Toe_Kick_Height = product.get_var('Toe Kick Height')
Material_Thickness = product.get_var('Material_Thickness')
Blind_Panel_Width = product.get_var('Blind Panel Width')
Blind_Panel_Reveal = product.get_var('Blind Panel Reveal')
blind_panel = product.add_assembly(PART_WITH_EDGEBANDING)
blind_panel.set_name("Right Filler")
if side == "Left":
blind_panel.x_loc('Material_Thickness',[Material_Thickness])
else:
blind_panel.x_loc('Product_Width-Material_Thickness-Blind_Panel_Width-Blind_Panel_Reveal',
[Product_Width,Material_Thickness,Blind_Panel_Width,Blind_Panel_Reveal])
blind_panel.y_loc('Product_Depth',[Product_Depth])
if cabinet_type == "Base":
blind_panel.z_loc('Toe_Kick_Height+Material_Thickness',[Toe_Kick_Height,Material_Thickness])
if cabinet_type == "Upper":
blind_panel.z_loc('Product_Height+Material_Thickness',[Product_Height,Material_Thickness])
blind_panel.x_rot(value = 0)
blind_panel.y_rot(value = -90)
blind_panel.z_rot(value = -90)
if cabinet_type == "Base":
blind_panel.x_dim('Product_Height-Toe_Kick_Height-Material_Thickness*2',
[Product_Height,Toe_Kick_Height,Material_Thickness])
if cabinet_type == "Upper":
blind_panel.x_dim('fabs(Product_Height)-Material_Thickness*2',
[Product_Height,Material_Thickness])
blind_panel.y_dim('Blind_Panel_Width+Blind_Panel_Reveal',[Blind_Panel_Width,Blind_Panel_Reveal])
blind_panel.z_dim(value = unit.inch(.75))
blind_panel.set_material_pointers(EXPOSED_EXTERIOR_SURFACE)
def draw(self):
self.create_assembly()
assembly = self.add_assembly(file_path = self.appliance_path)
assembly.set_name(get_file_name(self.appliance_path))
self.width = assembly.obj_x.location.x
self.height = assembly.obj_z.location.z
self.depth = assembly.obj_y.location.y
assembly.assign_material("Chrome",MATERIAL_FILE,"Chrome")
assembly.assign_material("Stainless Steel",MATERIAL_FILE,"Stainless Steel")
assembly.assign_material("Black Anodized Metal",MATERIAL_FILE,"Black Anodized Metal")
dim_x = self.get_var("dim_x")
dim_z = self.get_var("dim_z")
dim_y = self.get_var("dim_y")
if self.add_countertop:
self.add_tab(name="Counter Top Options",tab_type='VISIBLE')
self.add_prompt(name="Countertop Overhang Front",prompt_type='DISTANCE',value=unit.inch(1),tab_index=0)
self.add_prompt(name="Countertop Overhang Back",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
self.add_prompt(name="Countertop Overhang Left",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
self.add_prompt(name="Countertop Overhang Right",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
Countertop_Overhang_Front = self.get_var('Countertop Overhang Front')
Countertop_Overhang_Left = self.get_var('Countertop Overhang Left')
Countertop_Overhang_Right = self.get_var('Countertop Overhang Right')
Countertop_Overhang_Back = self.get_var('Countertop Overhang Back')
ctop = cabinet_countertops.PRODUCT_Straight_Countertop()
ctop.draw()
ctop.obj_bp.mv.type_group = 'INSERT'
ctop.obj_bp.parent = self.obj_bp
ctop.x_loc('-Countertop_Overhang_Left',[Countertop_Overhang_Left])
ctop.y_loc('Countertop_Overhang_Back',[Countertop_Overhang_Back])
ctop.z_loc('dim_z',[dim_z])
ctop.x_rot(value = 0)
ctop.y_rot(value = 0)
ctop.z_rot(value = 0)
ctop.x_dim('dim_x+Countertop_Overhang_Left+Countertop_Overhang_Right',[dim_x,Countertop_Overhang_Left,Countertop_Overhang_Right])
ctop.y_dim('dim_y-Countertop_Overhang_Front-Countertop_Overhang_Back',[dim_y,Countertop_Overhang_Front,Countertop_Overhang_Back])
ctop.z_dim(value = unit.inch(4))
def add_countertop(product):
product.add_prompt(name="Add Backsplash",prompt_type='CHECKBOX',value=True,tab_index=0)
product.add_prompt(name="Add Left Backsplash",prompt_type='CHECKBOX',value=False,tab_index=0)
product.add_prompt(name="Add Right Backsplash",prompt_type='CHECKBOX',value=False,tab_index=0)
product.add_prompt(name="Side Splash Setback",prompt_type='DISTANCE',value=unit.inch(2.25),tab_index=0)
product.add_prompt(name="Countertop Overhang Front",prompt_type='DISTANCE',value=unit.inch(1),tab_index=0)
product.add_prompt(name="Countertop Overhang Back",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
product.add_prompt(name="Countertop Overhang Left",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
product.add_prompt(name="Countertop Overhang Right",prompt_type='DISTANCE',value=unit.inch(0),tab_index=0)
Countertop_Overhang_Front = product.get_var('Countertop Overhang Front')
Countertop_Overhang_Left = product.get_var('Countertop Overhang Left')
Countertop_Overhang_Right = product.get_var('Countertop Overhang Right')
Countertop_Overhang_Back = product.get_var('Countertop Overhang Back')
Left_Side_Wall_Filler = product.get_var('Left Side Wall Filler')
Right_Side_Wall_Filler = product.get_var('Right Side Wall Filler')
Add_Backsplash = product.get_var('Add Backsplash')
Add_Left_Backsplash = product.get_var('Add Left Backsplash')
Add_Right_Backsplash = product.get_var('Add Right Backsplash')
Side_Splash_Setback = product.get_var('Side Splash Setback')
Width = product.get_var("dim_x","Width")
Height = product.get_var("dim_z","Height")
Depth = product.get_var("dim_y","Depth")
ctop = cabinet_countertops.PRODUCT_Straight_Countertop()
ctop.draw()
ctop.obj_bp.mv.type_group = 'INSERT'
ctop.obj_bp.parent = product.obj_bp
ctop.x_loc('-Countertop_Overhang_Left-Left_Side_Wall_Filler',[Countertop_Overhang_Left,Left_Side_Wall_Filler])
ctop.y_loc('Countertop_Overhang_Back',[Countertop_Overhang_Back])
ctop.z_loc('Height',[Height])
ctop.x_rot(value = 0)
ctop.y_rot(value = 0)
ctop.z_rot(value = 0)
ctop.x_dim('Width+Countertop_Overhang_Left+Countertop_Overhang_Right+Left_Side_Wall_Filler+Right_Side_Wall_Filler',
[Width,Countertop_Overhang_Left,Countertop_Overhang_Right,Left_Side_Wall_Filler,Right_Side_Wall_Filler])
ctop.y_dim('Depth-Countertop_Overhang_Front-Countertop_Overhang_Back',[Depth,Countertop_Overhang_Front,Countertop_Overhang_Back])
ctop.z_dim(value = unit.inch(4))
ctop.prompt('Add Backsplash','Add_Backsplash',[Add_Backsplash])
ctop.prompt('Add Left Backsplash','Add_Left_Backsplash',[Add_Left_Backsplash])
ctop.prompt('Add Right Backsplash','Add_Right_Backsplash',[Add_Right_Backsplash])
ctop.prompt('Side Splash Setback','Side_Splash_Setback',[Side_Splash_Setback])
return ctop
def draw(self):
self.create_assembly()
self.obj_bp["ISENTRYDOOR"] = True
self.obj_bp.mv.dont_export = True
if self.door_panel != "":
self.add_tab(name='Main Options', tab_type='VISIBLE')
self.add_tab(name='Formulas', tab_type='HIDDEN')
self.add_prompt(name="Reverse Swing", prompt_type='CHECKBOX', value=False, tab_index=0)
self.add_prompt(name="Door Rotation", prompt_type='ANGLE', value=0.0, tab_index=0)
self.add_prompt(name="Hinge Placement", prompt_type='DISTANCE', value=unit.inch(18.0), tab_index=1)
if self.double_door != True:
self.add_prompt(name="Door Swing", prompt_type='COMBOBOX', items=["Left Swing", "Right Swing"], value=0, tab_index=0)
Width = self.get_var('dim_x', 'Width')
Height = self.get_var('dim_z', 'Height')
Depth = self.get_var('dim_y', 'Depth')
Door_Rotation = self.get_var('Door Rotation')
Reverse_Swing = self.get_var("Reverse Swing")
if self.double_door != True:
Swing = self.get_var('Door Swing')
door_frame = self.add_assembly(os.path.join(DOOR_FRAME_PATH,self.door_frame))
door_frame.set_name("Door Frame")
door_frame.x_dim('Width', [Width])
door_frame.y_dim('Depth', [Depth])
door_frame.z_dim('Height', [Height])
door_frame.assign_material("Frame", MATERIAL_FILE, "White")
door_frame.draw_as_hidden_line()
if self.door_panel != "":
door_panel = self.add_assembly(os.path.join(DOOR_PANEL,self.door_panel))
door_panel.set_name("Door Panel")
if self.double_door != True:
door_panel.x_loc('IF(Door_Swing==1,Width-INCH(3),INCH(3))',[Width, Swing])
door_panel.y_loc('IF(Reverse_Swing,IF(Door_Swing==0,INCH(1.75),0),IF(Door_Swing==0,Depth,Depth-INCH(1.75)))',[Swing, Reverse_Swing, Depth])
door_panel.z_rot('IF(Door_Swing==1,radians(180)+IF(Reverse_Swing,Door_Rotation,-Door_Rotation),IF(Reverse_Swing,-Door_Rotation,Door_Rotation))',
[Door_Rotation, Swing, Reverse_Swing])
else:
door_panel.x_loc(value = unit.inch(3))
door_panel.y_loc('Depth-IF(Reverse_Swing,INCH(4.25),INCH(0))',[Reverse_Swing, Depth])
door_panel.z_rot('IF(Reverse_Swing,-Door_Rotation,Door_Rotation)',[Door_Rotation, Reverse_Swing])
door_panel.x_dim('Width-INCH(6)',[Width])
door_panel.z_dim('Height-INCH(3.25)',[Height])
door_panel.assign_material("Door", MATERIAL_FILE, "White")
door_panel.assign_material("Glass", MATERIAL_FILE, "Glass")
self.add_hardware(door_panel)
door_handle = self.add_object(DOOR_HANDLE)
door_handle.obj.parent = door_panel.obj_bp
door_handle.set_name("Door Handle")
door_handle.x_loc('Width-INCH(9)',[Width])
door_handle.y_loc(value = unit.inch(-0.875))
door_handle.z_loc(value = HANDLE_HEIGHT)
door_handle.assign_material("Handle Color", MATERIAL_FILE, "Chrome")
if self.double_door == True:
door_panel.x_dim('(Width-INCH(6))*0.5',[Width])
door_handle.x_loc('(Width*0.5)-INCH(6)',[Width])
door_panel_right = self.add_assembly(os.path.join(DOOR_PANEL,self.door_panel))
door_panel_right.set_name("Door Panel Right")
door_panel_right.x_loc('Width-INCH(3)',[Width])
door_panel_right.y_loc('Depth-INCH(1.75)-IF(Reverse_Swing,INCH(4.25),INCH(0))',[Reverse_Swing, Depth])
door_panel_right.z_rot('radians(180)+IF(Reverse_Swing,Door_Rotation,-Door_Rotation)',[Door_Rotation, Reverse_Swing])
door_panel_right.x_dim('(Width-INCH(6))*0.5',[Width])
door_panel_right.z_dim('Height-INCH(3.25)',[Height])
door_panel_right.assign_material("Door", MATERIAL_FILE, "White")
door_panel_right.assign_material("Glass", MATERIAL_FILE, "Glass")
self.add_hardware(door_panel_right, no_latch=True)
Dpr_Width = door_panel_right.get_var('dim_x','Dpr_Width')
door_handle_right = self.add_object(DOOR_HANDLE)
door_handle_right.set_name("Door Handle Right")
door_handle_right.obj.parent = door_panel_right.obj_bp
door_handle_right.x_loc('Dpr_Width-INCH(3)', [Dpr_Width])
door_handle_right.y_loc(value = unit.inch(-0.875))
door_handle_right.z_loc(value = HANDLE_HEIGHT)
door_handle_right.assign_material("Handle Color", MATERIAL_FILE, "Chrome")
self.update()