def select_text():
global x1, y1, x2, y2
x2, y2 = get_cursor_position()
s = control.nexus().comm.get_com("grids")
s.kill()
Grid.wait_for_grid_exit()
drag_from_to(x1, y1, x2, y2)
def send_input(n, action):
s = control.nexus().comm.get_com("grids")
int_a = int(action)
response = None
if int_a != 2:
s.go(str(n))
elif int_a == 2:
response = s.retrieve_data_for_highlight(str(int(n)))
s.kill()
Grid.wait_for_grid_exit()
if int_a == 0:
Mouse("left").execute()
elif int_a == 1:
Mouse("right").execute()
elif int_a == 2:
x1 = response["l"] + 2
x2 = response["r"]
y = response["y"]
Mouse("[{}, {}]".format(x1, y)).execute()
time.sleep(0.1)
Mouse("left:down").execute()
Mouse("[{}, {}]".format(x2, y)).execute()
time.sleep(0.1)
Mouse("left:up").execute()
def send_input_select(x1, y1, x2, y2):
s = control.nexus().comm.get_com("grids")
s.move_mouse(int(x1), int(y1))
_x1, _y1 = get_cursor_position()
s.move_mouse(int(x2), int(y2))
_x2, _y2 = get_cursor_position()
s.kill()
Grid.wait_for_grid_exit()
drag_from_to(_x1, _y1, _x2, _y2)
def send_input_select(pre1, color1, n1, pre2, color2, n2):
s = control.nexus().comm.get_com("grids")
s.move_mouse(int(pre1), int(color1), int(n1))
_x1, _y1 = get_cursor_position()
s.move_mouse(int(pre2), int(color2), int(n2))
_x2, _y2 = get_cursor_position()
s.kill()
Grid.wait_for_grid_exit()
drag_from_to(_x1, _y1, _x2, _y2)
def move_mouse(n, s, action):
sudoku = control.nexus().comm.get_com("grids")
sudoku.move_mouse(int(n), int(s))
int_a = int(action)
if (int_a == 0) | (int_a == 1) | (int_a == 2) | (int_a == -1):
sudoku.kill()
Grid.wait_for_grid_exit()
time.sleep(0.1)
perform_mouse_action(int(action))
def send_input(x, y, action):
s = control.nexus().comm.get_com("grids")
s.move_mouse(int(x), int(y))
int_a = int(action)
if (int_a == 0) | (int_a == 1) | (int_a == 2) | (int_a == -1):
s.kill()
Grid.wait_for_grid_exit()
if int_a == 0:
Mouse("left").execute()
if int_a == 1:
Mouse("left:2").execute()
elif int_a == 2:
Mouse("right").execute()
def send_input(pre, color, n, action):
s = control.nexus().comm.get_com("grids")
s.move_mouse(int(pre), int(color), int(n))
int_a = int(action)
if (int_a == 0) | (int_a == 1) | (int_a == 2) | (int_a == -1):
s.kill()
Grid.wait_for_grid_exit()
time.sleep(0.1)
if int_a == 0:
Mouse("left").execute()
if int_a == 1:
Mouse("left:2").execute()
elif int_a == 2:
Mouse("right").execute()
def drag_highlight(n1, n2):
s = control.nexus().comm.get_com("grids")
response1 = s.retrieve_data_for_highlight(str(int(n1)))
response2 = s.retrieve_data_for_highlight(str(int(n2)))
s.kill()
Grid.wait_for_grid_exit()
x11 = response1["l"] + 2
y1 = response1["y"]
x22 = response2["r"]
y2 = response2["y"]
Mouse("[{}, {}]".format(x11, y1)).execute()
time.sleep(0.1)
Mouse("left:down").execute()
Mouse("[{}, {}]".format(x22, y2)).execute()
time.sleep(0.1)
Mouse("left:up").execute()
def drag_mouse(n0, s0, n, s, action):
sudoku = control.nexus().comm.get_com("grids")
# These numbers are internal to the monitor the screen is on
x, y = sudoku.get_mouse_pos(int(n), int(s))
# If dragging from a different location, move there first
if int(n0) > 0:
sudoku.move_mouse(int(n0), int(s0))
sudoku.kill()
Grid.wait_for_grid_exit()
time.sleep(0.1)
# Hold down click, move to drag destination, and release click
Mouse("left:down/10").execute()
Mouse("[{}, {}]".format(x, y)).execute()
time.sleep(0.1)
Mouse("left:up/30").execute()
perform_mouse_action(int(action))
def get_rule():
return LegionGridRule, RuleDetails(name="legion grid rule", function_context=lambda: Grid.is_grid_active("legion"))
def get_rule():
return RainbowGridRule, RuleDetails(
name="rainbow grid rule",
function_context=lambda: Grid.is_grid_active("rainbow"))
def get_rule():
return DouglasGridRule, RuleDetails(
name="douglas grid rule",
function_context=lambda: Grid.is_grid_active("douglas"))
def get_rule():
Details = RuleDetails(
name="Sudoku Grid",
function_context=lambda: Grid.is_grid_active("sudoku"))
return SudokuGridRule, Details