# 'dump/rounded_star.dump',
# 'dump/star_man.dump'
]
doing = {}
cy_off = 0
while True:
txt = time.strftime('%H:%M') # '%H:%M:%S'
print(txt)
x = 0
clock_path = []
for ch in txt:
for poly in clock_chars[ch][0]: clock_path.append(translate_poly(poly, -x,0, cscale))
x += clock_chars[ch][1]*cscale
cbox = dev.find_bbox(clock_path)
ystep = cbox['lly']-cbox['ury']
clock_path_origin = []
for poly in clock_path: clock_path_origin.append(translate_poly(poly, -cbox['llx'], -cbox['ury']+cy_off))
clock_path_origin.append([(0,tmp_fwd+cy_off),(0,tmp_fwd+cy_off)])
meta = dev.plot(pathlist=clock_path_origin, offset=(0,0), no_trailer=True)
dev.wait_for_ready()
time.sleep(2) # show the time before doing something else.
cy_off += int(ystep*1.2)
if 'cmd_idx' in doing:
ret_cmd = doing['cmds'][doing['cmd_idx']]+','
# we want to repeat the last draw command as a move command when returning.
if ret_cmd[0] == 'D': ret_cmd = 'M'+ret_cmd[1:]
dev.write(ret_cmd)
# 'dump/star_man.dump'
]
doing = {}
cy_off = 0
while True:
txt = time.strftime('%H:%M') # '%H:%M:%S'
print(txt)
x = 0
clock_path = []
for ch in txt:
for poly in clock_chars[ch][0]:
clock_path.append(translate_poly(poly, -x, 0, cscale))
x += clock_chars[ch][1] * cscale
cbox = dev.find_bbox(clock_path)
ystep = cbox['lly'] - cbox['ury']
clock_path_origin = []
for poly in clock_path:
clock_path_origin.append(
translate_poly(poly, -cbox['llx'], -cbox['ury'] + cy_off))
clock_path_origin.append([(0, tmp_fwd + cy_off), (0, tmp_fwd + cy_off)])
meta = dev.plot(pathlist=clock_path_origin, offset=(0, 0), no_trailer=True)
dev.wait_for_ready()
time.sleep(2) # show the time before doing something else.
cy_off += int(ystep * 1.2)
if 'cmd_idx' in doing:
ret_cmd = doing['cmds'][doing['cmd_idx']] + ','
# we want to repeat the last draw command as a move command when returning.
