def err_obj_num_string():
test("Press button 0 or 1")
arr_success = pyspacemouse.ButtonCallback("1", call1)
dev = pyspacemouse.open(button_callback_arr=arr_success)
while True:
state = dev.read()
def success_dof_callback_set_p():
test("Move X axis")
arr_success = [
pyspacemouse.DofCallback("x", lambda state, axis: print("x:",axis), 0.05),
# pyspacemouse.DofCallback("pitch", lambda state, axis: pyautogui.scroll((axis*2)**3), 0.08),
pyspacemouse.DofCallback("pitch", lambda state, axis: pyautogui.scroll((axis*5)), 0.09),
# pyspacemouse.ButtonCallback([1], call2),
]
cfg = pyspacemouse.Config(dof_callback_arr=arr_success)
pyspacemouse.open()
pyspacemouse.config_set(cfg)
# pyspacemouse.config_remove()
while True:
state = pyspacemouse.read()
time.sleep(0.0001)
def err_arr_arr_string():
test("Press button 0 or 1")
arr_success = [
pyspacemouse.ButtonCallback(["1", "1.1"], call1),
pyspacemouse.ButtonCallback(["2"], call2),
]
dev = pyspacemouse.open(button_callback_arr=arr_success)
while True:
state = dev.read()
def success():
test("Press button 0 or 1")
arr_success = [
pyspacemouse.ButtonCallback([0], call1),
pyspacemouse.ButtonCallback([1], call2),
]
dev = pyspacemouse.open(button_callback_arr=arr_success)
while True:
state = dev.read()
def success_dof_callback():
test("Move X axis")
arr_success = [
pyspacemouse.DofCallback("x", lambda axis: print("x:", axis)),
pyspacemouse.DofCallback("pitch", lambda axis: print("pitch:", axis)),
# pyspacemouse.ButtonCallback([1], call2),
]
dev = pyspacemouse.open(dof_callback_arr=arr_success)
while True:
state = dev.read()
time.sleep(0.0001)
# import pyspacemouse
# import time
#
#
# pyspacemouse.open(dof_callback_arr=[
# pyspacemouse.DofCallback("x", lambda state, axis: print(f"X plus {axis}"), 0.01, lambda state, axis: print(f"X minus {axis}")),
# pyspacemouse.DofCallback("y", lambda state, axis: print(f"Y plus {axis}"), 0.01, lambda state, axis: print(f"Y minus {axis}"), 0.5),
# ])
#
#
# while True:
# out = pyspacemouse.read()
# # print(out.x)
# time.sleep(0.0001)
import pyspacemouse
import time
pyspacemouse.open(dof_callback_arr=[
pyspacemouse.DofCallback(
"x", lambda state, axis: print(f"X filter {axis}"), 0.01, None, 0.3),
pyspacemouse.DofCallback(
"y", lambda state, axis: print(f"Y filter {axis}"), 0.01, None, 0.8),
# pyspacemouse.DofCallback("z", lambda state, axis: print(f"z filter {axis}"), 0.01),
])
while True:
out = pyspacemouse.read()
# print(out.x)
time.sleep(0.0001)
def setup(self):
mouse = pyspacemouse.open()
# disable SpaceMouse as mouse input in Linux
os.system(
f"xinput --disable '{mouse.vendor_name} {mouse.product_name}'")
#
# success = pyspacemouse.open(dof_callback=pyspacemouse.print_state, button_callback=someButton,
# button_callback_arr=button_arr)
# if success:
# while True:
# pyspacemouse.read()
# time.sleep(0.01)
#
#
# if __name__ == '__main__':
# callback()
import pyspacemouse
import time
success = pyspacemouse.open(dof_callback=pyspacemouse.print_state,
button_callback=pyspacemouse.print_buttons)
if success:
while 1:
state = pyspacemouse.read()
time.sleep(0.01)
# import pyspacemouse
# import time
#
# cfg = pyspacemouse.Config(
# dof_callback_arr=[
# pyspacemouse.DofCallback("x", lambda state, buttons: print("Button: 0")),
# pyspacemouse.DofCallback("y", lambda state, buttons: print("Button: 1")),
# ],
# button_callback_arr=[
# pyspacemouse.ButtonCallback(1, lambda axis: print(f"DoF y: {axis}")),
