keymap.rb for zero-kb02

keymap.rb

# Initialize a Keyboard
kbd = Keyboard.new

# Initialize GPIO assign
kbd.init_pins(
  [ 9, 10, 11  ],            # row0, row1,... respectively
  [ 5, 6, 7, 8 ]    # col0, col1,... respectively
)

# default layer should be added at first
kbd.add_layer :default, %i[
  KC_1      KC_2      KC_3      KC_4
  KC_H      KC_J      KC_K      KC_L
  LOWER_SPC RAISE_N   KC_M      KC_COMMA
]
kbd.add_layer :raise, %i[
  KC_5      KC_6      KC_7      KC_8
  KC_CIRC   KC_AMPR   KC_ASTER  KC_LPRN
  KC_SPACE  RAISE_N   KC_INSERT KC_LBRC
]
kbd.add_layer :lower, %i[
  KC_A      KC_B      KC_C      KC_D
  KC_E      KC_F      KC_G      KC_H
  KC_I      KC_J      KC_K      KC_L
]

#
#                   Your custom     Keycode or             Keycode (only modifiers)      Release time      Re-push time
#                   key name        Array of Keycode       or Layer Symbol to be held    threshold(ms)     threshold(ms)
#                                   or Proc                or Proc which will run        to consider as    to consider as
#                                   when you click         while you keep press          `click the key`   `hold the key`
kbd.define_mode_key :ALT_Q,       [ :KC_Q,                 :KC_LALT,                     150,              150]
kbd.define_mode_key :GUI_X,       [ :KC_X,                 :KC_LGUI,                     150,              150 ]
kbd.define_mode_key :RAISE_N,     [ :KC_N,                 :raise,                       150,              250 ]
kbd.define_mode_key :LOWER_SPC,   [ :KC_SPACE,             :lower,                       150,              250 ]


encoder_1 = RotaryEncoder.new(3, 4)
encoder_1.clockwise do
  kbd.send_key :KC_DOWN
end
encoder_1.counterclockwise do
  kbd.send_key :KC_UP
end
kbd.append encoder_1



kbd.start!