def mouse_alternates(mode, nexus, monitor=1):
if nexus.dep.PIL:
if mode == "legion" and not utilities.window_exists(None, "legiongrid"):
r = monitors[int(monitor) - 1].rectangle
bbox = [
int(r.x),
int(r.y),
int(r.x) + int(r.dx) - 1,
int(r.y) + int(r.dy) - 1
]
ls = LegionScanner()
ls.scan(bbox)
tscan = ls.get_update()
Popen([
settings.SETTINGS["paths"]["PYTHONW"],
settings.SETTINGS["paths"]["LEGION_PATH"], "-t", tscan[0], "-m",
str(monitor)
]) # , "-d", "500_500_500_500"
elif mode == "rainbow" and not utilities.window_exists(None, "rainbowgrid"):
Popen([
settings.SETTINGS["paths"]["PYTHONW"],
settings.SETTINGS["paths"]["RAINBOW_PATH"], "-g", "r", "-m",
str(monitor)
])
elif mode == "douglas" and not utilities.window_exists(None, "douglasgrid"):
Popen([
settings.SETTINGS["paths"]["PYTHONW"],
settings.SETTINGS["paths"]["DOUGLAS_PATH"], "-g", "d", "-m",
str(monitor)
])
else:
utilities.availability_message(mode.title(), "PIL")
def wait_for_death(title, timeout=5):
t = 0.0
inc = 0.1
while t < timeout:
if not utilities.window_exists(None, title):
break
t += inc
time.sleep(inc)
if t >= timeout:
print("wait_for_death()" + " timed out (" + title + ")")
def mouse_alternates(mode, monitor=1, rough=True):
args = []
if mode == "legion" and not utilities.window_exists(None, "legiongrid"):
from castervoice.asynch.mouse.legion import LegionScanner
r = monitors[int(monitor) - 1].rectangle
bbox = [
int(r.x),
int(r.y),
int(r.x) + int(r.dx) - 1,
int(r.y) + int(r.dy) - 1
]
ls = LegionScanner()
ls.scan(bbox, rough)
tscan = ls.get_update()
args = [
settings.settings(["paths", "PYTHONW"]),
settings.settings(["paths", "LEGION_PATH"]), "-t", tscan[0], "-m",
str(monitor)
]
elif mode == "rainbow" and not utilities.window_exists(
None, "rainbowgrid"):
args = [
settings.settings(["paths", "PYTHONW"]),
settings.settings(["paths", "RAINBOW_PATH"]), "-g", "r", "-m",
str(monitor)
]
elif mode == "douglas" and not utilities.window_exists(
None, "douglasgrid"):
args = [
settings.settings(["paths", "PYTHONW"]),
settings.settings(["paths", "DOUGLAS_PATH"]), "-g", "d", "-m",
str(monitor)
]
elif mode == "sudoku" and not utilities.window_exists(None, "sudokugrid"):
args = [
settings.settings(["paths", "PYTHONW"]),
settings.settings(["paths", "SUDOKU_PATH"]), "-g", "s", "-m",
str(monitor)
]
global GRID_PROCESS
GRID_PROCESS = subprocess.Popen(args) if args else None
def mouse_alternates(mode, monitor=1):
if mode == "legion" and not utilities.window_exists(None, "legiongrid"):
r = monitors[int(monitor) - 1].rectangle
bbox = [
int(r.x),
int(r.y),
int(r.x) + int(r.dx) - 1,
int(r.y) + int(r.dy) - 1
]
ls = LegionScanner()
ls.scan(bbox)
tscan = ls.get_update()
Popen([
settings.SETTINGS["paths"]["PYTHONW"],
settings.SETTINGS["paths"]["LEGION_PATH"], "-t", tscan[0], "-m",
str(monitor)
])
elif mode == "rainbow" and not utilities.window_exists(
None, "rainbowgrid"):
Popen([
settings.SETTINGS["paths"]["PYTHONW"],
settings.SETTINGS["paths"]["RAINBOW_PATH"], "-g", "r", "-m",
str(monitor)
])
elif mode == "douglas" and not utilities.window_exists(
None, "douglasgrid"):
Popen([
settings.SETTINGS["paths"]["PYTHONW"],
settings.SETTINGS["paths"]["DOUGLAS_PATH"], "-g", "d", "-m",
str(monitor)
])
elif mode == "sudoku" and not utilities.window_exists(None, "sudokugrid"):
Popen([
settings.SETTINGS["paths"]["PYTHONW"],
settings.SETTINGS["paths"]["SUDOKU_PATH"], "-g", "s", "-m",
str(monitor)
])