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_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.meter_to_active_unit(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.meter_to_active_unit(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.meter_to_active_unit(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.meter_to_active_unit(
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.meter_to_active_unit(
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.meter_to_active_unit(
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 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 modal(self, context, event):
self.set_type_value(event)
wall_length_text = str(unit.meter_to_active_unit(round(self.wall.obj_x.location.x,4)))
wall_length_unit = '"' if context.scene.unit_settings.system == 'IMPERIAL' else 'mm'
context.area.header_text_set(text=self.header_text + ' (Current Wall Length = ' + wall_length_text + wall_length_unit + ')')
context.window.cursor_set('PAINT_BRUSH')
context.area.tag_redraw()
selected_point, selected_obj = utils.get_selection_point(context,event,objects=[self.drawing_plane]) #Pass in Drawing Plane
bpy.ops.object.select_all(action='DESELECT')
self.wall.obj_y.location.y = bpy.context.scene.mv.default_wall_depth
if selected_obj:
if event.ctrl:
self.is_disconnected = True
self.wall.obj_bp.constraints.clear()
self.wall.obj_bp.location.x = selected_point[0]
self.wall.obj_bp.location.y = selected_point[1]
self.wall.obj_bp.location.z = 0
self.wall.obj_y.location.y = 0
self.wall.obj_x.location.x = 0
self.starting_point = (self.wall.obj_bp.location.x, self.wall.obj_bp.location.y, 0)
else:
selected_obj.select = True
self.position_wall(selected_point)
if self.event_is_place_wall(event):
self.place_wall()
if event.type in {'MIDDLEMOUSE', 'WHEELUPMOUSE', 'WHEELDOWNMOUSE'}:
return {'PASS_THROUGH'}
if self.event_is_cancel(event):
return self.cancel_drop(context,event)
return {'RUNNING_MODAL'}
def draw_item(self, context, layout, data, item, icon, active_data, active_propname, index):
layout.label(text=item.name)
if item.Type == 'NUMBER':
layout.label(str(item.NumberValue))
if item.Type == 'CHECKBOX':
layout.label(str(item.CheckBoxValue))
if item.Type == 'QUANTITY':
layout.label(str(item.QuantityValue))
if item.Type == 'COMBOBOX':
layout.label(str(item.EnumIndex))
if item.Type == 'DISTANCE':
layout.label(str(unit.meter_to_active_unit(item.DistanceValue)))
if item.Type == 'ANGLE':
layout.label(str(item.AngleValue))
if item.Type == 'PERCENTAGE':
layout.label(str(item.PercentageValue))
if item.Type == 'PRICE':
layout.label(str(item.PriceValue))
def draw_item(self, context, layout, data, item, icon, active_data,
active_propname, index):
layout.label(text=item.name)
if item.Type == 'NUMBER':
layout.label(str(item.NumberValue))
if item.Type == 'CHECKBOX':
layout.label(str(item.CheckBoxValue))
if item.Type == 'QUANTITY':
layout.label(str(item.QuantityValue))
if item.Type == 'COMBOBOX':
layout.label(str(item.EnumIndex))
if item.Type == 'DISTANCE':
layout.label(str(unit.meter_to_active_unit(item.DistanceValue)))
if item.Type == 'ANGLE':
layout.label(str(item.AngleValue))
if item.Type == 'PERCENTAGE':
layout.label(str(item.PercentageValue))
if item.Type == 'PRICE':
layout.label(str(item.PriceValue))
def add_prompt(prompt):
if prompt.Type == 'NUMBER':
prompts[prompt.name] = str(prompt.NumberValue)
if prompt.Type == 'QUANTITY':
prompts[prompt.name] = str(prompt.QuantityValue)
if prompt.Type == 'COMBOBOX':
prompts[prompt.name] = str(prompt.COL_EnumItem[prompt.EnumIndex].name)
if prompt.Type == 'CHECKBOX':
prompts[prompt.name] = str(prompt.CheckBoxValue)
if prompt.Type == 'TEXT':
prompts[prompt.name] = str(prompt.TextValue)
if prompt.Type == 'DISTANCE':
prompts[prompt.name] = str(round(unit.meter_to_active_unit(prompt.DistanceValue),4))
if prompt.Type == 'ANGLE':
prompts[prompt.name] = str(prompt.AngleValue)
if prompt.Type == 'PERCENTAGE':
prompts[prompt.name] = str(prompt.PercentageValue)
if prompt.Type == 'PRICE':
prompts[prompt.name] = str(prompt.PriceValue)
def location(self,location):
return str(round(unit.meter_to_active_unit(location),4))
def distance(self,distance):
return str(math.fabs(round(unit.meter_to_active_unit(distance),4)))
def write_solid_stock_material(self,project_node):
elm_solid_stocks = self.xml.add_element(project_node,"SolidStocks")
for solid_stock in self.solid_stock_materials:
solid_stock_name = solid_stock if solid_stock != "" else "Unnamed"
elm_solid_stock = self.xml.add_element(elm_solid_stocks,'SolidStock',solid_stock_name)
self.xml.add_element_with_text(elm_solid_stock,'Thickness',str(unit.meter_to_active_unit(self.solid_stock_materials[solid_stock])))
def draw(self, context):
layout = self.layout
layout.label(self.product.obj_bp.mv.name_object)
self.draw_product_size(layout)
col = layout.column(align=True)
box = col.box()
row = box.row()
left_fin_end = self.product.get_prompt("Left Fin End")
right_fin_end = self.product.get_prompt("Right Fin End")
if left_fin_end and right_fin_end:
row.label("Finished Ends:")
left_fin_end.draw_prompt(row,split_text=False)
right_fin_end.draw_prompt(row,split_text=False)
left_side_wall_filler = self.product.get_prompt("Left Side Wall Filler")
right_side_wall_filler = self.product.get_prompt("Right Side Wall Filler")
if left_side_wall_filler and right_side_wall_filler:
box = col.box()
row = box.row()
row.label("Fillers:")
left_side_wall_filler.draw_prompt(row)
row = box.row()
row.label(" ")
right_side_wall_filler.draw_prompt(row)
add_backsplash = self.product.get_prompt("Add Backsplash")
add_left_backsplash = self.product.get_prompt("Add Left Backsplash")
add_right_backsplash = self.product.get_prompt("Add Right Backsplash")
ctop_overhang_front = self.product.get_prompt("Countertop Overhang Front")
ctop_overhang_back = self.product.get_prompt("Countertop Overhang Back")
ctop_overhang_left = self.product.get_prompt("Countertop Overhang Left")
ctop_overhang_right = self.product.get_prompt("Countertop Overhang Right")
ctop_overhang_left_back = self.product.get_prompt("Countertop Overhang Left Back")
ctop_overhang_right_back = self.product.get_prompt("Countertop Overhang Right Back")
side_splash_setback = self.product.get_prompt("Side Splash Setback")
if ctop_overhang_front:
box = col.box()
row = box.row()
row.label("Countertop:")
row = box.row()
if add_backsplash:
add_backsplash.draw_prompt(row,split_text=False)
if add_left_backsplash:
add_left_backsplash.draw_prompt(row,text="Add Left",split_text=False)
if add_right_backsplash:
add_right_backsplash.draw_prompt(row,text="Add Right",split_text=False)
if side_splash_setback:
side_splash_setback.draw_prompt(row,text="Setback",split_text=False)
row = box.row(align=True)
row.label("Overhang:")
ctop_overhang_front.draw_prompt(row,text="Front",split_text=False)
if ctop_overhang_back:
ctop_overhang_back.draw_prompt(row,text="Back",split_text=False)
if ctop_overhang_left:
ctop_overhang_left.draw_prompt(row,text="Left",split_text=False)
if ctop_overhang_right:
ctop_overhang_right.draw_prompt(row,text="Right",split_text=False)
if ctop_overhang_left_back:
row = box.row(align=True)
ctop_overhang_left_back.draw_prompt(row,text="Back Left",split_text=False)
if ctop_overhang_right_back:
ctop_overhang_right_back.draw_prompt(row,text="Back Right",split_text=False)
base_inset_front = self.product.get_prompt("Base Inset Front")
base_inset_rear = self.product.get_prompt("Base Inset Rear")
base_inset_left = self.product.get_prompt("Base Inset Left")
base_inset_right = self.product.get_prompt("Base Inset Right")
toe_kick_height = self.product.get_prompt("Toe Kick Height")
toe_kick_setback = self.product.get_prompt("Toe Kick Setback")
if toe_kick_height:
box = col.box()
row = box.row()
row.label("Base Assembly:")
base_inset_front.draw_prompt(row,text="Front",split_text=False)
base_inset_rear.draw_prompt(row,text="Rear",split_text=False)
base_inset_left.draw_prompt(row,text="Left",split_text=False)
base_inset_right.draw_prompt(row,text="Right",split_text=False)
row = box.row()
row.label(" ")
toe_kick_height.draw_prompt(row,split_text=False)
toe_kick_setback.draw_prompt(row,split_text=False)
col.separator()
if self.insert and self.insert.obj_bp:
box = col.box()
row = box.row()
row.label("Front Options:")
inset_front = self.insert.get_prompt("Inset Front")
door_swing = self.insert.get_prompt("Door Swing")
no_pulls = self.insert.get_prompt("No Pulls")
if door_swing:
door_swing.draw_prompt(row)
if inset_front:
row = box.row()
inset_front.draw_prompt(row,split_text=False)
if no_pulls:
no_pulls.draw_prompt(row,split_text=False)
drawer_front_height = self.insert.get_prompt("Drawer Front Height")
if drawer_front_height:
drawer_front_height.draw_prompt(row)
top_door_height = self.insert.get_prompt("Top Door Height")
if top_door_height:
top_door_height.draw_prompt(row)
col = box.column(align=True)
for i in range(1,7):
drawer_front_height = self.insert.get_prompt("Drawer Front " + str(i) + " Height")
if drawer_front_height:
row = col.row()
if drawer_front_height.equal:
row.label("Drawer Front " + str(i) + " Height")
row.label(str(unit.meter_to_active_unit(drawer_front_height.value())) + '"')
else:
drawer_front_height.draw_prompt(row)
row.prop(drawer_front_height,'equal',text="")