def assemble_wall_back(config, x, segments): ops.start() split = config['split'] end_number = 1 if split: end_number = 2 start_file = ".".join([ config['columns'][0], config['columns'][1], "start", str(end_number), config['columns'][2]]) start = ops.import_stl(start_file) assemble_line(start, config, x, segments, split) end_file = ".".join([ config['columns'][0], str(x) + "x", config['columns'][1], "end", str(end_number), config['columns'][2]]) end = ops.import_stl(end_file) ops.union(start, end) start.select = False ops.delete(end) ops.print_objects() resultfile = "%s.%sx.%s" %(config['result'][0], x, config['result'][1]) ops.export_stl(start, resultfile)
def assemble_corridor(config, x, y):
ops.start()
basefile = "%s%sx%s%s" % (config['base'][0], x, y, config['base'][1])
base = ops.import_stl(basefile)
backfile = "%s%sx%s" % (config['back'][0], x, config['back'][1])
back = ops.import_stl(backfile)
frontfile = "%s%sx%s" % (config['front'][0], x, config['front'][1])
front = ops.import_stl(frontfile)
edge_diff = 10.2
if config['external']:
edge_diff = 0.0
front.location = (0.0, y * 25 - edge_diff, 5.2)
ops.union(base, front)
base.select = False
ops.delete(front)
edge_diff = 0.0
if config['external']:
edge_diff = 12.5
back.location = (0.0, 0 - edge_diff, 5.2)
ops.union(base, back)
base.select = False
ops.delete(back)
ops.print_objects()
base.select = True
resultfile = "%s%sx%s%s" % (config['result'][0], x, y, config['result'][1])
ops.export_stl(base, resultfile)
def assemble_wall_back_arb(config, back_length): ops.start() start_file = ".".join([ config['columns'][0], config['columns'][1], "start", "2", config['columns'][2]]) start = ops.import_stl(start_file) assemble_line_arb(start, config, back_length) end_file = ".".join([ config['columns'][0], config['columns'][1], "end", str(back_length), config['columns'][2]]) end = ops.import_stl(end_file) ops.union(start, end) start.select = False ops.delete(end) ops.print_objects() resultfile = "%s.%s.%s" %(config['result'][0], back_length, config['result'][1]) ops.export_stl(start, resultfile)
def assemble_wall_back(config, x, segments):
ops.start()
split = config['split']
end_number = 1
if split:
end_number = 2
start_file = ".".join([
config['columns'][0], config['columns'][1], "start",
str(end_number), config['columns'][2]
])
start = ops.import_stl(start_file)
assemble_line(start, config, x, segments, split)
end_file = ".".join([
config['columns'][0],
str(x) + "x", config['columns'][1], "end",
str(end_number), config['columns'][2]
])
end = ops.import_stl(end_file)
ops.union(start, end)
start.select = False
ops.delete(end)
ops.print_objects()
resultfile = "%s.%sx.%s" % (config['result'][0], x, config['result'][1])
ops.export_stl(start, resultfile)
def assemble_corridor(config, x, y): ops.start() basefile = "%s%sx%s%s" %(config['base'][0], x, y, config['base'][1]) base = ops.import_stl(basefile) backfile = "%s%sx%s" %(config['back'][0], x, config['back'][1]) back = ops.import_stl(backfile) frontfile = "%s%sx%s" %(config['front'][0], x, config['front'][1]) front = ops.import_stl(frontfile) edge_diff = 10.2 if config['external']: edge_diff = 0.0 front.location = (0.0, y*25-edge_diff, 5.2) ops.union(base, front) base.select = False ops.delete(front) edge_diff = 0.0 if config['external']: edge_diff = 12.5 back.location = (0.0, 0-edge_diff, 5.2) ops.union(base, back) base.select = False ops.delete(back) ops.print_objects() base.select = True resultfile = "%s%sx%s%s" %(config['result'][0], x, y, config['result'][1]) ops.export_stl(base, resultfile)
def assemble_c(config, x, y): ops.start() basefile = "%s%sx%s%s" %(config['base'][0], x, y, config['base'][1]) base = ops.import_stl(basefile) backfile = "%s%sx%s%s" %(config['back'][0], x, y, config['back'][1]) back = ops.import_stl(backfile) back.location = (0.0, 0.0, 5.19) ops.union(base, back) base.select = False ops.delete(back) ops.print_objects() resultfile = "%s%sx%s%s" %(config['result'][0], x, y, config['result'][1]) ops.export_stl(base, resultfile)
def add_base(config, x, y):
ops.start()
basefile = "%s%sx%s%s" % (config['base'][0], x, y, config['base'][1])
base = ops.import_stl(basefile)
tilefile = "%s%sx%s%s" % (config['tile'][0], x, y, config['tile'][1])
tile = ops.import_stl(tilefile)
tile.location = (0.0, 0.0, 6.0)
ops.union(base, tile)
base.select = False
ops.delete(tile)
ops.print_objects()
resultfile = "%s%sx%s%s" % (config['result'][0], x, y, config['result'][1])
ops.export_stl(base, resultfile)
def add_base(config, x, y): ops.start() basefile = "%s%sx%s%s" %(config['base'][0], x, y, config['base'][1]) base = ops.import_stl(basefile) tilefile = "%s%sx%s%s" %(config['tile'][0], x, y, config['tile'][1]) tile = ops.import_stl(tilefile) tile.location = (0.0, 0.0, 6.0) ops.union(base, tile) base.select = False ops.delete(tile) ops.print_objects() resultfile = "%s%sx%s%s" %(config['result'][0], x, y, config['result'][1]) ops.export_stl(base, resultfile)
def assemble_line(config, x, segments, angle=False): start = 'start.1' field = 'columns' if angle: field = 'columns_90' start = "start.2" start_file = ".".join([ config[field][0], config[field][1], start, config[field][2]]) line_start = ops.import_stl(start_file) if segments == 0: return line_start current_segments = segments if segments > 4: current_segments = 4 line1_file = ".".join([ config[field][0], "%sx" % current_segments, config[field][1], "1", config[field][2]]) line1 = ops.import_stl(line1_file) ops.union(line_start, line1) line_start.select = False ops.delete(line1) current_segments = segments - 4 if current_segments <= 0: return line_start line2_file = ".".join([ config[field][0], "%sx" % current_segments, config[field][1], "5", config[field][2]]) line2 = ops.import_stl(line2_file) if angle: line2.location = (0.0, 10.2*4, 0.0) else: line2.location = (10.2*4, 0.0, 0.0) ops.union(line_start, line2) line_start.select = False ops.delete(line2) return line_start
def assemble_wall(config, x, y):
ops.start()
basefile = "%s%sx%s%s" % (config['base'][0], x, y, config['base'][1])
base = ops.import_stl(basefile)
backfile = "%s%sx%s" % (config['back'][0], x, config['back'][1])
back = ops.import_stl(backfile)
edge_diff = 10.2
if config['external']:
edge_diff = 0.0
back.location = (0.01, y * 25 - edge_diff, 5.19)
ops.union(base, back)
base.select = False
ops.delete(back)
ops.print_objects()
resultfile = "%s%sx%s%s" % (config['result'][0], x, y, config['result'][1])
ops.export_stl(base, resultfile)
def assemble_wall(config, x, y): ops.start() basefile = "%s%sx%s%s" %(config['base'][0], x, y, config['base'][1]) base = ops.import_stl(basefile) backfile = "%s%sx%s" %(config['back'][0], x, config['back'][1]) back = ops.import_stl(backfile) edge_diff = 10.2 if config['external']: edge_diff = 0.0 back.location = (0.0, y*25-edge_diff, 5.199) ops.union(base, back) base.select = False ops.delete(back) ops.print_objects() resultfile = "%s%sx%s%s" %(config['result'][0], x, y, config['result'][1]) ops.export_stl(base, resultfile)
def assemble_corner_back(config, x, segments):
ops.start()
corner_column_file = ".".join([
config['columns_corner'][0],
str(x) + "x",
config['columns_corner'][1]])
corner = ops.import_stl(corner_column_file)
back_start = assemble_line(config, x, segments, angle=False)
side_start = assemble_line(config, x, segments, angle=True)
thickness = 10.2
if config['external']:
thickness = 12.5
wall_diff = thickness
if config['external'] and not config['inverse']:
wall_diff = 0.0
elif not config['external'] and config['inverse']:
wall_diff = 0.0
print("y: %s" % (x*25-wall_diff))
back_start.location = (0.0, x*25-wall_diff, 0)
wall_diff = 0.0
if config['external'] and not config['inverse']:
wall_diff = thickness
elif not config['external'] and config['inverse']:
wall_diff = thickness
print("x: %s" % (x*25+wall_diff))
side_start.location = (x*25+wall_diff, 0.0, 0)
ops.union(corner, back_start)
ops.union(corner, side_start)
corner.select = False
ops.delete(back_start)
corner.select = False
ops.delete(side_start)
ops.print_objects()
resultfile = "%s.%sx.%s" %(config['result'][0], x, config['result'][1])
ops.export_stl(corner, resultfile)
def assemble_line(start, config, x, segments, split): beginning = "1" if split: beginning = "5" if segments == 0: return start current_segments = segments if segments > 4: current_segments = 4 line1_file = ".".join([ config['columns'][0], "%sx" % current_segments, config['columns'][1], beginning, config['columns'][2]]) line1 = ops.import_stl(line1_file) ops.union(start, line1) start.select = False ops.delete(line1) beginning = "5" if split: beginning = "1" current_segments = segments - 4 if current_segments <= 0: return start line2_file = ".".join([ config['columns'][0], "%sx" % current_segments, config['columns'][1], beginning, config['columns'][2]]) line2 = ops.import_stl(line2_file) line2.location = (10.2*4, 0.0, 0.0) ops.union(start, line2) start.select = False ops.delete(line2) return start
def assemble_line_arb(start, config, back_length):
column_order = config['column_order']
segments = math.floor(float(back_length) / 10.2) - 1
if float(back_length) % 10.2 < 3.0:
segments -= 1
if segments == 0:
return start
current_segments = segments
for val in range(segments):
column_file = ".".join([
config['columns'][0], "1x", config['columns'][1],
"%s" % (column_order[val]), config['columns'][2]
])
column = ops.import_stl(column_file)
print("x: %s" % 10.2 * val)
column.location = (10.2 * val, 0.0, 0.0)
ops.union(start, column)
start.select = False
ops.delete(column)
return start
def assemble_line(start, config, x, segments, split):
beginning = "1"
if split:
beginning = "5"
if segments == 0:
return start
current_segments = segments
if segments > 4:
current_segments = 4
line1_file = ".".join([
config['columns'][0],
"%sx" % current_segments, config['columns'][1], beginning,
config['columns'][2]
])
line1 = ops.import_stl(line1_file)
ops.union(start, line1)
start.select = False
ops.delete(line1)
beginning = "5"
if split:
beginning = "1"
current_segments = segments - 4
if current_segments <= 0:
return start
line2_file = ".".join([
config['columns'][0],
"%sx" % current_segments, config['columns'][1], beginning,
config['columns'][2]
])
line2 = ops.import_stl(line2_file)
line2.location = (10.2 * 4, 0.0, 0.0)
ops.union(start, line2)
start.select = False
ops.delete(line2)
return start
def assemble_wall_back_arb(config, back_length):
ops.start()
start_file = ".".join([
config['columns'][0], config['columns'][1], "start", "2",
config['columns'][2]
])
start = ops.import_stl(start_file)
assemble_line_arb(start, config, back_length)
end_file = ".".join([
config['columns'][0], config['columns'][1], "end",
str(back_length), config['columns'][2]
])
end = ops.import_stl(end_file)
ops.union(start, end)
start.select = False
ops.delete(end)
ops.print_objects()
resultfile = "%s.%s.%s" % (config['result'][0], back_length,
config['result'][1])
ops.export_stl(start, resultfile)
def assemble_line_arb(start, config, back_length):
column_order = config['column_order']
segments = math.floor(float(back_length) / 10.2) - 1
if float(back_length) % 10.2 < 3.0:
segments -= 1
if segments == 0:
return start
current_segments = segments
for val in range(segments):
column_file = ".".join([
config['columns'][0],
"1x",
config['columns'][1],
"%s" % (column_order[val]),
config['columns'][2]])
column = ops.import_stl(column_file)
print("x: %s" % 10.2*val)
column.location = (10.2*val, 0.0, 0.0)
ops.union(start, column)
start.select = False
ops.delete(column)
return start