"""creates a simple framed slab in cadwork...."""
# import modules
import cadwork
import attribute_controller as ac
import element_controller as ec
import geometry_controller as gc
import utility_controller as uc
import visualization_controller as vc
# global variables
WIDTH = 60. # beam width
HEIGHT = 240. # beam height
ORIGIN = 0., 0., 0. # start/origin point
DIVISION = 5 # number of divsion -> distribution (beam distribution)
BEAM_LENGTH = 3600. # length (beam)
MEMBER_LENGTH = 5000. # length (member)
def main():
""" main function that creates a simple frame"""
global ORIGIN
global BEAM_LENGTH
global MEMBER_LENGTH
global WIDTH
beam_length = BEAM_LENGTH # uc.get_user_double('Input beam length')
# create start beam of frame
beam_1 = create_beam(beam_length,
cadwork.point_3d(*ORIGIN),
cadwork.point_3d(0., 1., 0.),
cadwork.point_3d(0., 0., 1.),
'beam')
# get vectors (beam_1)
x_dir_beam, y_dir_beam, z_dir_beam = get_beam_vectors(beam_1)
# move cadwork point -> start point for beam_2 (Kopfholz)
start_point_beam_2 = cadwork.point_3d(*ORIGIN) + y_dir_beam * (MEMBER_LENGTH + WIDTH)
# create end beam of frame
beam_2 = create_beam(beam_length,
start_point_beam_2,
cadwork.point_3d(0., 1., 0.),
cadwork.point_3d(0., 0., 1.),
'beam')
# move cadwork point -> start point for members
start_point_member = cadwork.point_3d(*ORIGIN) + y_dir_beam * .5 * WIDTH \
+ cadwork.point_3d(*ORIGIN) + x_dir_beam * .5 * WIDTH
global DIVISION
# calculate division distance
spacing = beam_spacing(beam_1, DIVISION)
members = []
# while loop to create members -> increase spacing division
n = 0.
while n <= beam_length:
member = create_beam(MEMBER_LENGTH,
start_point_member +
x_dir_beam * n, y_dir_beam,
z_dir_beam)
members.append(member)
n += spacing
# assign subgroup name to created elements
subgroup_name = ac.set_subgroup([beam_1, beam_2, *members], 'frame')
return
#---------------------------------------------------------------
def create_beam(length, p1, x_dir, z_dir, name='member', color=3):
"""Creates a rectangular member with attributes: name, color
Parameters
----------
length : int
beam length
p1 : point_3d
start point x, y, z
x_dir : point_3d
local x-vector x, y, z e.g. -> cadwork.point_3d(0., 1., 0.)
z_dir : point_3d
local z-vector x, y, z e.g. -> cadwork.point_3d(1., 0., 0.)
name : str, optional
set a name -> default = beam
Returns
-------
int
returns cadwork element ID
"""
global WIDTH
global HEIGHT
beam = ec.create_rectangular_beam_vectors(WIDTH, HEIGHT,
length,
p1,
x_dir,
z_dir)
ac.set_name([beam], name)
vc.set_color([beam], color)
return beam
def get_beam_vectors(element_id):
"""Returns vectors (x,y,z)
Parameters
----------
element_id : int
cadwork element ID
Returns
-------
point_3d
returns cadwork point_3d / vectors
"""
x_dir_sill = gc.get_xl(element_id)
y_dir_sill = gc.get_yl(element_id)
z_dir_sill = gc.get_zl(element_id)
return x_dir_sill, y_dir_sill, z_dir_sill
def beam_spacing(beam, subdivisions):
"""Calculates the beam/member spacing
Parameters
----------
element_id : int
cadwork element ID
subdivisions: int
number of divisions
Returns
-------
float
returns divison length
"""
global WIDTH
beam_length = gc.get_length(beam)
distance = (beam_length - WIDTH) / subdivisions
return distance
#---------------------------------------------------------------
if __name__ == '__main__':
main()
