def element_data_creator(dims,
lay,
global_c,
layer_c,
z,
len_dir,
w_dir,
grid_pos,
loc="centre",
sup=False):
myElement = Element.from_dimensions(dims[2], dims[0], dims[1])
myElement.layer = lay
myElement.global_count = global_c
myElement.no_in_layer = layer_c
myElement.z_drop = z
myElement.length_direction = len_dir
myElement.width_direction = w_dir
myElement.grid_position = grid_pos
myElement.location = loc
myElement.width = dims[0]
myElement.height = dims[1]
myElement.length = dims[2]
myElement.supporter = sup
myElement.glue_givers = []
myElement.glue_receivers = []
myElement.glue_surfaces = []
myElement.glue_paths = []
myElement.receiving_neighbours = []
myElement.giving_neighbours = []
self.add_element(myElement)
def element_data_creator(dims, lay, global_c, layer_c, z, len_dir, w_dir, grid_pos, vert_sup, perpendicular=False, loc="centre"):
myElement = Element.from_dimensions(dims[2], dims[0], dims[1])
myElement.layer = lay
myElement.global_count = global_c
myElement.no_in_layer = layer_c
myElement.z_drop = z
myElement.length_direction = len_dir
myElement.width_direction = w_dir
myElement.grid_position = grid_pos
myElement.location = loc
myElement.width = dims[0]
myElement.height = dims[1]
myElement.length = dims[2]
myElement.perp = perpendicular
myElement.sup = vert_sup
myElement.glue_givers = []
myElement.glue_receivers = []
myElement.glue_surfaces = []
myElement.glue_paths = []
myElement.receiving_neighbours = []
myElement.giving_neighbours = []
self.add_element(myElement)
if vert_sup:
if layer_c == 0:
myElement.grid_position -= myElement.width/2
myElement.grid_position += (self.vertical_support_interlock - self.vertical_support_width)/2
else:
myElement.grid_position += myElement.width/2
myElement.grid_position -= (self.vertical_support_interlock - self.vertical_support_width)/2
myElement.width = self.vertical_support_interlock + self.vertical_support_width
def element_data_creator(dims,
lay,
global_c,
layer_c,
z,
len_dir,
w_dir,
grid_pos,
vert_support,
perpendicular=False,
loc="centre"):
myElement = Element.from_dimensions(dims[2], dims[0], dims[1])
myElement.layer = lay
myElement.global_count = global_c
myElement.no_in_layer = layer_c
myElement.z_drop = z
myElement.length_direction = len_dir
myElement.width_direction = w_dir
myElement.grid_position = grid_pos
myElement.location = loc
myElement.width = dims[0]
myElement.height = dims[1]
myElement.length = dims[2]
myElement.perp = perpendicular
myElement.vert_sup = vert_support
myElement.glue_givers = []
myElement.glue_receivers = []
myElement.glue_surfaces = []
myElement.glue_paths = []
myElement.receiving_neighbours = []
myElement.giving_neighbours = []
self.add_element(myElement)
# very wide pieces that both carry vertical load and connect to the other boards
if myElement.vert_sup and not myElement.perp:
if layer_c == 0:
myElement.grid_position -= myElement.width / 2
myElement.grid_position += (
self.vertical_support_interlock -
self.vertical_support_width) / 2
else:
myElement.grid_position += myElement.width / 2
myElement.grid_position -= (
self.vertical_support_interlock -
self.vertical_support_width) / 2
myElement.width = self.vertical_support_interlock + self.vertical_support_width
myElement.length += self.vertical_support_width * 2
# not so wide pieces that only carry vertical load
elif myElement.perp:
myElement.length -= self.vertical_support_interlock * 2
myElement.width = self.vertical_support_width
DATA = os.path.abspath(os.path.join(HERE, "..", "data"))
ASSEMBLY_PATH = os.path.abspath(os.path.join(HERE, "..", "src"))
sys.path.append(ASSEMBLY_PATH)
PATH_TO = os.path.join(
DATA,
os.path.splitext(os.path.basename(__file__))[0] + ".json")
print(PATH_TO)
from assembly_information_model.assembly import Element, Assembly
# dimensions full brick
length = 0.240
width = 0.115
height = 0.050
brick = Element.from_dimensions(length, width, height)
halfbrick = Element.from_dimensions(length / 2, width, height)
COURSES = 25
BRICKS_PER_COURSE = 4
MORTAR_PERPENDS = 0.025
total_length = BRICKS_PER_COURSE * length + (BRICKS_PER_COURSE -
1) * MORTAR_PERPENDS
gap_even = MORTAR_PERPENDS
gap_uneven = MORTAR_PERPENDS
gap_uneven = (total_length - (BRICKS_PER_COURSE *
(length))) / BRICKS_PER_COURSE
assembly = Assembly() # initialize an empty assembly class
