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Use rot enc bush button for Q and S

This commit is contained in:
ABelliqueux 2025-02-24 14:40:31 +01:00
parent 88fb7d18db
commit 3cadd95e65
1 changed files with 17 additions and 11 deletions
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28
code.py
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@ -30,6 +30,9 @@ from keycode_win_fr import Keycode
# Rotary encoder setup # Rotary encoder setup
enc = rotaryio.IncrementalEncoder(board.GP0, board.GP1) enc = rotaryio.IncrementalEncoder(board.GP0, board.GP1)
last_pos = 0 last_pos = 0
# Keys sent on rotary encoder rotation
rot_right = Keycode.A
rot_left = Keycode.Z
# When in ALT mode, buttons use an alternative keycode. # When in ALT mode, buttons use an alternative keycode.
ALT = False ALT = False
@ -49,8 +52,9 @@ buttons_gpio = {
"switch": dict(gpio=board.GP21, keycode_1=None, keycode_2=None, state=False, DIO=None, pullr=digitalio.Pull.DOWN, switch_setup=dict(gpio=board.GP7, state=False, DIO=None)), "switch": dict(gpio=board.GP21, keycode_1=None, keycode_2=None, state=False, DIO=None, pullr=digitalio.Pull.DOWN, switch_setup=dict(gpio=board.GP7, state=False, DIO=None)),
"fn_1": dict(gpio=board.GP15, keycode_1=Keycode.W, keycode_2=Keycode.X, state=False, DIO=None, pullr=digitalio.Pull.DOWN), "fn_1": dict(gpio=board.GP15, keycode_1=Keycode.W, keycode_2=Keycode.X, state=False, DIO=None, pullr=digitalio.Pull.DOWN),
"fn_2": dict(gpio=board.GP14, keycode_1=Keycode.L, keycode_2=Keycode.F, state=False, DIO=None, pullr=digitalio.Pull.DOWN), "fn_2": dict(gpio=board.GP14, keycode_1=Keycode.L, keycode_2=Keycode.F, state=False, DIO=None, pullr=digitalio.Pull.DOWN),
# This one is reversed (True when not pressed) so we need some logic to interpret a HIGH as False
"rot": dict(gpio=board.GP6, keycode_1=Keycode.Q, keycode_2=Keycode.S, state=False, DIO=None, pullr=digitalio.Pull.UP, reverse=True),
} }
# GPIO setup # GPIO setup
for btn in buttons_gpio: for btn in buttons_gpio:
buttons_gpio[btn]['DIO'] = digitalio.DigitalInOut(buttons_gpio[btn]['gpio']) buttons_gpio[btn]['DIO'] = digitalio.DigitalInOut(buttons_gpio[btn]['gpio'])
@ -61,12 +65,17 @@ for btn in buttons_gpio:
buttons_gpio[btn]['switch_setup']['DIO'] = digitalio.DigitalInOut(buttons_gpio[btn]['switch_setup']['gpio']) buttons_gpio[btn]['switch_setup']['DIO'] = digitalio.DigitalInOut(buttons_gpio[btn]['switch_setup']['gpio'])
buttons_gpio[btn]['switch_setup']['DIO'].direction = digitalio.Direction.OUTPUT buttons_gpio[btn]['switch_setup']['DIO'].direction = digitalio.Direction.OUTPUT
btn_scan_delay = 1/200 btn_scan_delay = 1.0/200
while True: while True:
for btn in buttons_gpio: for btn in buttons_gpio:
# If digital input is high and was not pressed previously # Logic for switches that read True when not pressed
if buttons_gpio[btn]['DIO'].value and not buttons_gpio[btn]['state']: if 'reverse' in buttons_gpio[btn]:
btn_value = not buttons_gpio[btn]['DIO'].value
else:
btn_value = buttons_gpio[btn]['DIO'].value
# If digital input is true and was not pressed previously
if btn_value and not buttons_gpio[btn]['state']:
if ALT: if ALT:
if buttons_gpio[btn]['keycode_2'] is not None: if buttons_gpio[btn]['keycode_2'] is not None:
keyboard.press(buttons_gpio[btn]['keycode_2']) keyboard.press(buttons_gpio[btn]['keycode_2'])
@ -79,8 +88,8 @@ while True:
if not buttons_gpio[btn]['switch_setup']['DIO'].value: if not buttons_gpio[btn]['switch_setup']['DIO'].value:
buttons_gpio[btn]['switch_setup']['DIO'].value = True buttons_gpio[btn]['switch_setup']['DIO'].value = True
ALT = True ALT = True
# If digital input is down and was pressed previously # If digital input is false and was pressed previously
if not buttons_gpio[btn]['DIO'].value and buttons_gpio[btn]['state']: if not btn_value and buttons_gpio[btn]['state']:
if ALT: if ALT:
if buttons_gpio[btn]['keycode_2'] is not None: if buttons_gpio[btn]['keycode_2'] is not None:
keyboard.release(buttons_gpio[btn]['keycode_2']) keyboard.release(buttons_gpio[btn]['keycode_2'])
@ -95,11 +104,8 @@ while True:
ALT = False ALT = False
pos = enc.position pos = enc.position
if pos > last_pos: if pos > last_pos:
if ALT: keyboard.send(rot_right)
keyboard.send(Keycode.Q)
else:
keyboard.send(Keycode.A)
elif pos < last_pos: elif pos < last_pos:
keyboard.send(Keycode.Z) keyboard.send(rot_left)
last_pos = pos last_pos = pos
time.sleep(btn_scan_delay) time.sleep(btn_scan_delay)