def main(args):
from modules.utils import get_tris_from_file as get
fn = args.fn
paths = get(fn, spatial_concat=True, spatial_concat_eps=1.e-13)
with Device(scale=0.99, penup=0.4) as device:
device.do_paths(paths)
def main(args):
from modules.utils import get_paths_from_file as get
fn = args.fn
paths = row_stack(get(fn, spatial_sort=False, spatial_concat=False))
with Device(scale=0.99, drawing_speed=10, penup=1) as device:
device.do_paths([paths])
def main():
from numpy import row_stack
path = row_stack([[0.1, 0.1], [0.8, 0.1], [0.8, 0.8], [0.1, 0.8], [0.1,0.1]])
paths = [path]
with Device(verbose=True) as device:
device.do_paths(paths)
def main(args):
from modules.utils import get_edges_from_file as get
fn = args.fn
paths = get(fn)
# ss = row_stack(paths)
# print(min(ss[:,0], axis=0), max(ss[:,0], axis=0))
# print(min(ss[:,1], axis=0), max(ss[:,1], axis=0))
with Device(scale=0.99, penup=0.4) as device:
device.do_paths(paths)
def main(args):
from modules.utils import get_paths_from_n_files as get
pattern = args.pattern
steps = args.steps
stride = args.stride
skip = args.skip
paths = get(pattern, skip, steps, stride, spatial_concat=True, spatial_concat_eps=1e-4)
with Device(scale=0.99, penup=0.4) as device:
device.do_paths(paths)
def main():
with Device(verbose=True) as device:
i = 1
while True:
if i % 2 == 0:
print('down')
device.pendown()
else:
print('up')
device.penup()
input('flip ...')
i += 1
def main(args):
from modules.utils import get_dots_from_file as get
fn = args.fn
rad = args.rad
verts = get(fn)
if rad is not None:
if rad > 1.0 or rad < 0.001:
print('ERROR: rad must be None or between 1.0 and 0.001.')
exit(1)
with Device(scale=0.99, penup=0.4) as device:
if rad is not None:
paths = dots_to_circs(verts, rad)
device.do_paths(paths)
else:
device.do_dots(verts)
def main():
paths = [array([[0, 0], [1, 0], [1, 1], [0, 1], [0, 0]], 'float')]
with Device(scale=0.99, penup=0.4) as device:
device.do_paths(paths)