<script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script> [prk\_firmware 入門](https://zenn.dev/takkanm/articles/91c6741a4a3f26)ロータリーエンコーダ動くようになりました！ pic.twitter.com/SXwqsNB7Sk
— Akihiro Kurotani (@kurod1492) November 12, 2022
PINS = {
'D1' => 2,
'D0' => 3,
'D4' => 4,
'C6' => 5,
'D7' => 6,
'E6' => 7,
'B4' => 8,
'B5' => 9,
'F4' => 29,
'F5' => 28,
'F6' => 27,
'F7' => 26,
'B1' => 22,
'B3' => 20,
'B2' => 23,
'B6' => 21,
}
D4-C6 => 4, 5
D7-E6 => 6, 7
B4-B5 => 8, 9
define RGB_DI_PIN D3 => GPIO1 => 1
# https://golem.hu/article/pro-micro-pinout/
define RGBLED_NUM 101
# Each LED position represents the LED’s physical [ x, y ] position on the keyboard. The expected range of values for [ x, y ] is the inclusive range [ 0..224, 0..64 ].
# col = 17, 224 / 16 = 14
# row = 5, 64 / 4 = 16
# [
# [0, 0], [14, 0], [28, 0], [42, 0], [56, 0], [70, 0], [154, 0], [168, 0], [182, 0], [196, 0], [210, 0], [224, 0],
# [0, 16], [14, 16], [28, 16], [42, 16], [56, 16], [70, 16], [154, 16], [168, 16], [182, 16], [196, 16], [210, 16], [224, 16],
# [0, 32], [14, 32], [28, 32], [42, 32], [56, 32], [70, 32], [154, 32], [168, 32], [182, 32], [196, 32], [210, 32], [224, 32],
# [0, 48], [14, 48], [28, 48], [42, 48], [56, 48], [70, 48], [84, 48], [140, 48], [154, 48], [168, 48], [182, 48], [196, 48], [210, 48], [224, 48],
# [42, 64], [56, 64], [70, 64], [84, 64], [140, 64], [154, 64], [168, 64], [182, 64],
# [84, 16], [140, 16], [154, 16],
# [70, 32], [84, 32], [140, 32], [154, 32],
# [70, 48], [84, 48], [140, 48], [154, 48],
# [84, 64], [140, 64],
# [0, 64], [10, 64], [20, 64], [30, 64], [40, 64], [50, 64], [60, 64], [70, 64], [80, 64], [90, 64], [100, 64],
# [110, 64], [120, 64], [130, 64], [140, 64], [150, 64], [160, 64], [170, 64], [180, 64], [190, 64], [200, 64], [210, 64],
# [211, 64], [212, 64], [213, 64], [215, 64], [220, 64], [224, 64]
# ].each do |p|
# rgb.add_pixel(p[0], p[1])
# end