Miryoku Babel

Miryoku is an ergonomic, minimal, orthogonal, and universal keyboard layout. Miryoku Babel generates the layer data source files for Miryoku implementations from a single source.

This document describes Miryoku Babel only. For Miryoku documentation, implementations, and discussions and support, see Miryoku.

Overview

Emacs is an extensible text editor. Org is an emacs mode for structured text. Babel is org’s ability to execute source code from within org documents. This org document uses babel to generate the layer data source files for Miryoku implementations.

Layers and alternative layouts are maintained in org tables. The tables are tangled into source files via python scripts and additional data tables.

Changes to Miryoku layers can be made with convenient org table editing commands.

For those not using emacs, changes can also be made in any editor and the tangling can be performed from the shell or via a GitHub actions workflow.

The scripts can also be used by other layouts to generated multi-firmware keymaps from a single source.

Tangling

Locally

Emacs, python, and org 9.4 or later are required.

Within Emacs

Initial Setup

Add the following to your emacs initialisation file:

(require "ob-python)
(setq org-confirm-babel-evaluate nil)
(setq python-indent-guess-indent-offset-verbose nil)

Tangle

Call org-babel-tangle (C-c C-v t).

Outside Emacs

See the Install Org and Tangle steps in .github/workflows/main.yml for example shell commands that can be run locally.

GitHub Actions Workflow

Initial Setup

Log in to GitHub, fork the Miryoku Babel repository, and enable workflows.

The Test workflow is not applicable when using the Build workflow and should be prevented from running on push by deleting the push line in .github/workflows/test.yml.

Tangle

Visit the Actions tab, select the Build workflow, select Run workflow, select the Branch if desired, activate Run workflow, select the Artifacts, and unzip the downloaded zip file.

Layer Tables

The layers are maintained in tables. U_NP indicates the key is not present and is used to fill in the table around the thumb keys.

Basic keycodes are entered without the KC_ prefix. Symbols can be entered as-is, except for ‘-’ (MINS), ‘.’ (DOT), ‘|’ (PIPE), and ‘”’ (DQUO). Empty cells are unused.

The base layer is maintained as separate tables for tap alphas, tap thumbs, and hold. Other layers are specified as a single hand including thumbs. Tables are combined to produce the keymap data for each layer.

Base

Tap

Alphas

Q	W	F	P	B	J	L	U	Y	’
A	R	S	T	G	M	N	E	I	O
Z	X	C	D	V	K	H	,	DOT	/

Thumbs

U_NP

ESC

SPC

TAB

ENT

BSPC

DEL

U_NP

Hold

BOOT	DF(U_TAP)	DF(U_EXTRA)	DF(U_BASE)			DF(U_BASE)	DF(U_EXTRA)	DF(U_TAP)	BOOT
LGUI	LALT	LCTL	LSFT			LSFT	LCTL	LALT	LGUI
U_BUTTON	ALGR	LOCK_OPP	LOCK_CUR			LOCK_CUR	LOCK_OPP	ALGR	U_BUTTON
U_NP	U_NP	U_MEDIA	U_NAV	U_MOUSE	U_SYM	U_NUM	U_FUN	U_NP	U_NP

Nav

U_RDO	U_PST	U_CPY	U_CUT	U_UND
CAPS	LEFT	DOWN	UP	RGHT
INS	HOME	PGDN	PGUP	END
ENT	BSPC	DEL	U_NP	U_NP

Mouse

U_RDO	U_PST	U_CPY	U_CUT	U_UND
	MS_L	MS_D	MS_U	MS_R
	WH_L	WH_D	WH_U	WH_R
BTN2	BTN1	BTN3	U_NP	U_NP

Button

U_UND	U_CUT	U_CPY	U_PST	U_RDO	U_RDO	U_PST	U_CPY	U_CUT	U_UND
LGUI	LALT	LCTL	LSFT			LSFT	LCTL	LALT	LGUI
U_UND	U_CUT	U_CPY	U_PST	U_RDO	U_RDO	U_PST	U_CPY	U_CUT	U_UND

U_NP

BTN3

BTN1

BTN2

BTN1

BTN3

U_NP

Media

RGB_TOG	RGB_MOD	RGB_HUI	RGB_SAI	RGB_VAI
EP_TOG	MPRV	VOLD	VOLU	MNXT
OUT_TOG	BT_SEL_0	BT_SEL_1	BT_SEL_2	BT_SEL_3
MSTP	MPLY	MUTE	U_NP	U_NP

Num

[	7	8	9	]
;	4	5	6	=
`	1	2	3	\
U_NP	U_NP	DOT	0	MINS

Sym

{	&	*	(	}
:	$	%	^	+
~	!	@	#	PIPE
U_NP	U_NP	(	)	_

Fun

F12	F7	F8	F9	PSCR
F11	F4	F5	F6	SLCK
F10	F1	F2	F3	PAUS
U_NP	U_NP	APP	SPC	TAB

Alternative Layouts

Alphas

AZERTY

MIRYOKU_ALPHAS=AZERTY

A	Z	E	R	T	Y	U	I	O	P
Q	S	D	F	G	H	J	K	L	M
W	X	C	V	B	N	,	DOT	/	’

BEAKL-15

MIRYOKU_ALPHAS=BEAKL15

Q	H	O	U	X	G	C	R	F	Z
Y	I	E	A	DOT	D	S	T	N	B
J	/	,	K	’	W	M	L	P	V

Colemak

MIRYOKU_ALPHAS=COLEMAK

Q	W	F	P	G	J	L	U	Y	’
A	R	S	T	D	H	N	E	I	O
Z	X	C	V	B	K	M	,	DOT	/

Colemak Mod-DHk

MIRYOKU_ALPHAS=COLEMAKDHK

Q	W	F	P	B	J	L	U	Y	’
A	R	S	T	G	K	N	E	I	O
Z	X	C	D	V	M	H	,	DOT	/

Dvorak

MIRYOKU_ALPHAS=DVORAK

‘	,	DOT	P	Y	F	G	C	R	L
A	O	E	U	I	D	H	T	N	S
/	Q	J	K	X	B	M	W	V	Z

Halmak

MIRYOKU_ALPHAS=HALMAK

W	L	R	B	Z	’	Q	U	D	J
S	H	N	T	,	DOT	A	E	O	I
F	M	V	C	/	G	P	X	K	Y

Workman

MIRYOKU_ALPHAS=WORKMAN

Q	D	R	W	B	J	F	U	P	’
A	S	H	T	G	Y	N	E	O	I
Z	X	M	C	V	K	L	,	DOT	/

QWERTY

MIRYOKU_ALPHAS=QWERTY

Q	W	E	R	T	Y	U	I	O	P
A	S	D	F	G	H	J	K	L	’
Z	X	C	V	B	N	M	,	DOT	/

QWERTZ

MIRYOKU_ALPHAS=QWERTZ

Q	W	E	R	T	Z	U	I	O	P
A	S	D	F	G	H	J	K	L	’
Y	X	C	V	B	N	M	,	DOT	/

Nav

vi-Style

MIRYOKU_NAV=VI

Not available with MIRYOKU_LAYERS=FLIP.

Nav

U_RDO	U_PST	U_CPY	U_CUT	U_UND
LEFT	DOWN	UP	RGHT	CAPS
HOME	PGDN	PGUP	END	INS
ENT	BSPC	DEL	U_NP	U_NP

Mouse

U_RDO	U_PST	U_CPY	U_CUT	U_UND
MS_L	MS_D	MS_U	MS_R
WH_L	WH_D	WH_U	WH_R
BTN2	BTN1	BTN3	U_NP	U_NP

Media

RGB_MOD	RGB_HUI	RGB_SAI	RGB_VAI	RGB_TOG
MPRV	VOLD	VOLU	MNXT	EP_TOG
BT_SEL_0	BT_SEL_1	BT_SEL_2	BT_SEL_3	OUT_TOG
MSTP	MPLY	MUTE	U_NP	U_NP

Inverted-T

MIRYOKU_NAV=INVERTEDT

Nav

INS	HOME	UP	END	PGUP
CAPS	LEFT	DOWN	RGHT	PGDN
U_RDO	U_PST	U_CPY	U_CUT	U_UND
ENT	BSPC	DEL	U_NP	U_NP

Mouse

	WH_L	MS_U	WH_R	WH_U
	MS_L	MS_D	MS_R	WH_D
U_RDO	U_PST	U_CPY	U_CUT	U_UND
BTN2	BTN1	BTN3	U_NP	U_NP

Media

RGB_TOG	RGB_MOD	VOLU	RGB_HUI	RGB_SAI
EP_TOG	MPRV	VOLD	MNXT	RGB_VAI
OUT_TOG	BT_SEL_0	BT_SEL_1	BT_SEL_2	BT_SEL_3
MSTP	MPLY	MUTE	U_NP	U_NP

T

MIRYOKU_NAV=T

Nav

U_RDO	U_PST	U_CPY	U_CUT	U_UND
CAPS	LEFT	UP	RGHT	PGUP
INS	HOME	DOWN	END	PGDN
ENT	BSPC	DEL	U_NP	U_NP

Mouse

U_RDO	U_PST	U_CPY	U_CUT	U_UND
	MS_L	MS_U	MS_R	WH_U
	WH_L	MS_D	WH_R	WH_D
BTN2	BTN1	BTN3	U_NP	U_NP

Media

OUT_TOG	BT_SEL_0	BT_SEL_1	BT_SEL_2	BT_SEL_3
EP_TOG	MPRV	VOLU	MNXT	RGB_VAI
RGB_TOG	RGB_MOD	VOLD	RGB_HUI	RGB_SAI
MSTP	MPLY	MUTE	U_NP	U_NP

Layers

Flip

MIRYOKU_LAYERS=FLIP

Thumbs

U_NP

DEL

BSPC

ENT

TAB

SPC

ESC

U_NP

Hold

BOOT	DF(U_TAP)	DF(U_EXTRA)	DF(U_BASE)			DF(U_BASE)	DF(U_EXTRA)	DF(U_TAP)	BOOT
LGUI	LALT	LCTL	LSFT			LSFT	LCTL	LALT	LGUI
U_BUTTON	ALGR	LOCK_OPP	LOCK_CUR			LOCK_CUR	LOCK_OPP	ALGR	U_BUTTON
U_NP	U_NP	U_FUN	U_NUM	U_SYM	U_MOUSE	U_NAV	U_MEDIA	U_NP	U_NP

Num

[	7	8	9	]
=	4	5	6	;
\	1	2	3	`
MINS	0	DOT	U_NP	U_NP

Sym

{	&	*	(	}
+	$	%	^	:
PIPE	!	@	#	~
_	(	)	U_NP	U_NP

Fun

PSCR	F7	F8	F9	F12
SLCK	F4	F5	F6	F11
PAUS	F1	F2	F3	F10
TAB	SPC	APP	U_NP	U_NP

Nav

DefaultNav

HOME	PGDN	PGUP	END	INS
LEFT	DOWN	UP	RGHT	CAPS
U_UND	U_CUT	U_CPY	U_PST	U_RDO
U_NP	U_NP	DEL	BSPC	ENT

Mouse

WH_L	WH_D	WH_U	WH_R
MS_L	MS_D	MS_U	MS_R
U_UND	U_CUT	U_CPY	U_PST	U_RDO
U_NP	U_NP	BTN3	BTN1	BTN2

Media

RGB_MOD	RGB_HUI	RGB_SAI	RGB_VAI	RGB_TOG
MPRV	VOLD	VOLU	MNXT	EP_TOG
BT_SEL_0	BT_SEL_1	BT_SEL_2	BT_SEL_3	OUT_TOG
U_NP	U_NP	MUTE	MPLY	MSTP

Inverted-T

MIRYOKU_NAV=INVERTEDT

Nav

PGUP	HOME	UP	END	INS
PGDN	LEFT	DOWN	RGHT	CAPS
U_UND	U_CUT	U_CPY	U_PST	U_RDO
U_NP	U_NP	DEL	BSPC	ENT

Mouse

WH_U	WH_L	MS_U	WH_R
WH_D	MS_L	MS_D	MS_R
U_UND	U_CUT	U_CPY	U_PST	U_RDO
U_NP	U_NP	BTN3	BTN1	BTN2

Media

RGB_HUI	RGB_SAI	VOLU	RGB_VAI	RGB_TOG
RGB_MOD	MPRV	VOLD	MNXT	EP_TOG
BT_SEL_0	BT_SEL_1	BT_SEL_2	BT_SEL_3	OUT_TOG
U_NP	U_NP	MUTE	MPLY	MSTP

T

MIRYOKU_NAV=T

Nav

U_UND	U_CUT	U_CPY	U_PST	U_RDO
PGUP	LEFT	UP	RGHT	CAPS
PGDN	HOME	DOWN	END	INS
U_NP	U_NP	DEL	BSPC	ENT

Mouse

U_UND	U_CUT	U_CPY	U_PST	U_RDO
WH_U	MS_L	MS_U	MS_R
WH_D	WH_L	MS_D	WH_R
U_NP	U_NP	BTN3	BTN1	BTN2

Media

BT_SEL_0	BT_SEL_1	BT_SEL_2	BT_SEL_3	OUT_TOG
RGB_MOD	MPRV	VOLU	MNXT	EP_TOG
RGB_HUI	RGB_SAI	VOLD	RGB_VAI	RGB_TOG
U_NP	U_NP	MUTE	MPLY	MSTP

Scripts and Data

Common

layers

U_BASE	Base
U_EXTRA	Extra
U_TAP	Tap
U_BUTTON	Button
U_NAV	Nav
U_MOUSE	Mouse
U_MEDIA	Media
U_NUM	Num
U_SYM	Sym
U_FUN	Fun

symbol-names

Symbol, name, and shifted symbol mappings for use in tables.

`	GRV	~	TILD
”-”	MINS	_	UNDS
=	EQL	+	PLUS
[	LBRC	{	LCBR
]	RBRC	}	RCBR
\	BSLS	PIPE	PIPE
;	SCLN	:	COLN
‘	QUOT	DQUO	DQUO
,	COMM	<	LT
”.”	DOT	>	GT
/	SLSH	?	QUES
1	1	!	EXLM
2	2	@	AT
3	3	#	HASH
4	4	$	DLR
5	5	%	PERC
6	6	^	CIRC
7	7	&	AMPR
8	8	*	ASTR
9	9	(	LPRN
0	0	)	RPRN

mods

Modifiers usable in hold table. Need to have the same name for KC_ and _T versions.

LSFT

LCTL

LALT

LGUI

ALGR

keycode-translation

Source keycode to implementation equivalent (source, QMK, ZMK, KMonad).

A	A	A	a
B	B	B	b
C	C	C	c
D	D	D	d
E	E	E	e
F	F	F	f
G	G	G	g
H	H	H	h
I	I	I	i
J	J	J	j
K	K	K	k
L	L	L	l
M	M	M	m
N	N	N	n
O	O	O	o
P	P	P	p
Q	Q	Q	q
R	R	R	r
S	S	S	s
T	T	T	t
U	U	U	u
V	V	V	v
W	W	W	w
X	X	X	x
Y	Y	Y	y
Z	Z	Z	z
0	0	NUM_0	0
1	1	NUM_1	1
2	2	NUM_2	2
3	3	NUM_3	3
4	4	NUM_4	4
5	5	NUM_5	5
6	6	NUM_6	6
7	7	NUM_7	7
8	8	NUM_8	8
9	9	NUM_9	9
ALGR	ALGR	RALT	ralt
AMPR	AMPR	AMPS	&
APP	APP	K_APP	comp
ASTR	ASTR	ASTRK	*
AT	AT	AT	@
BSLS	BSLS	BSLH	\
BSPC	BSPC	BSPC	bspc
BOOT	RESET	&bootloader
BT_CLR		&bt BT_CLR
BT_SEL_0		&u_bt_sel_0
BT_SEL_1		&u_bt_sel_1
BT_SEL_2		&u_bt_sel_2
BT_SEL_3		&u_bt_sel_3
BT_SEL_4		&u_bt_sel_4
BTN1	BTN1	U_BTN1	#(kp/ kp5)
BTN2	BTN2	U_BTN2	#(kp- kp5)
BTN3	BTN3	U_BTN3	#(kp* kp5)
CAPS	CAPS	&u_caps_word	caps
CIRC	CIRC	CRRT	^
COLN	COLN	COLON	:
COMM	COMM	COMMA	U_COMM
DEL	DEL	DEL	del
DF(U_BASE)	DF(U_BASE)	&to U_BASE	U_DF(U_BASE)
DF(U_EXTRA)	DF(U_EXTRA)	&to U_EXTRA	U_DF(U_EXTRA)
DF(U_TAP)	DF(U_TAP)	&to U_TAP	U_DF(U_TAP)
DLR	DLR	DLLR	$
DOT	DOT	DOT	.
DOWN	DOWN	DOWN	down
DQUO	DQUO	DQT	U_DQUO
END	END	END	end
ENT	ENT	RET	ent
EP_TOG		&u_ep_tog
EQL	EQL	EQL	=
ESC	ESC	ESC	esc
EXLM	EXLM	EXCL	!
F1	F1	F1	f1
F2	F2	F2	f2
F3	F3	F3	f3
F4	F4	F4	f4
F5	F5	F5	f5
F6	F6	F6	f6
F7	F7	F7	f7
F8	F8	F8	f8
F9	F9	F9	f9
F10	F10	F10	f10
F11	F11	F11	f11
F12	F12	F12	f12
GRV	GRV	GRAVE	`
GT	GT	GT	>
HASH	HASH	HASH	#
HOME	HOME	HOME	home
INS	INS	INS	ins
LALT	LALT	LALT	alt
LBRC	LBRC	LBKT	[
LCBR	LCBR	LBRC	{
LCTL	LCTL	LCTRL	ctl
LEFT	LEFT	LEFT	left
LGUI	LGUI	LGUI	met
LPRN	LPRN	LPAR	U_LPRN
LSFT	LSFT	LSHFT	sft
LT	LT	LT	<
MINS	MINS	MINUS	-
MNXT	MNXT	C_NEXT	nextsong
MPLY	MPLY	C_PP	playpause
MPRV	MPRV	C_PREV	previoussong
MS_D	MS_D	U_MS_D	kp2
MS_L	MS_L	U_MS_L	kp4
MS_R	MS_R	U_MS_R	kp6
MS_U	MS_U	U_MS_U	kp8
MSTP	MSTP	C_STOP	stopcd
MUTE	MUTE	C_MUTE	mute
NO	NO	&none	XX
OUT_TOG	OUT_AUTO	&u_out_tog
OUT_BT	OUT_BT	&out OUT_BT
OUT_USB	OUT_USB	&out OUT_USB
PAUS	PAUS	PAUSE_BREAK	pause
PERC	PERC	PRCT	%
PGDN	PGDN	PG_DN	pgdn
PGUP	PGUP	PG_UP	pgup
PIPE	PIPE	PIPE	U_PIPE
PLUS	PLUS	PLUS	+
PSCR	PSCR	PSCRN	sysrq
QUES	QUES	QMARK	?
QUOT	QUOT	SQT	U_QUOT
RBRC	RBRC	RBKT	]
RCBR	RCBR	RBRC	}
RESET		&reset
RGB_HUI	RGB_HUI	&u_rgb_hui
RGB_MOD	RGB_MOD	&u_rgb_eff
RGB_SAI	RGB_SAI	&u_rgb_sai
RGB_TOG	RGB_TOG	&u_rgb_tog
RGB_VAI	RGB_VAI	&u_rgb_bri
RGHT	RGHT	RIGHT	right
RPRN	RPRN	RPAR	U_RPRN
SCLN	SCLN	SEMI	;
SLCK	SLCK	SLCK	slck
SLSH	SLSH	SLASH	/
SPC	SPC	SPC	spc
TAB	TAB	TAB	tab
TILD	TILD	TILDE	~
TRNS	TRNS	&trans	_
UNDS	UNDS	UNDER	\_
UP	UP	UP	up
VOLD	VOLD	C_VOL_DN	vold
VOLU	VOLU	C_VOL_UP	volu
WH_D	WH_D	U_WH_D
WH_L	WH_L	U_WH_L
WH_R	WH_R	U_WH_R
WH_U	WH_U	U_WH_U

table-layer-init

width = 19
mods_dict = dict.fromkeys(mods_table[0])
layers_dict = {}
for layer, name in layers_table:
  layers_dict[layer] = name
symbol_names_dict = {}
shifted_symbol_names_dict = {}
for symbol, name, shifted_symbol, shifted_name in symbol_names_table:
  symbol_names_dict[symbol] = name
  symbol_names_dict[shifted_symbol] = shifted_name
  shifted_symbol_names_dict[symbol] = shifted_name
keycode_translation_dict = {}
if target == "qmk":
  nonbasic_tuple = tuple(nonkc_table[0])
  basic_prefix = "KC_"
  for source, qmk, zmk, kmonad in keycode_translation_table:
    keycode_translation_dict[source] = qmk
elif target == "zmk":
  nonbasic_tuple = tuple(nonkp_table[0])
  basic_prefix = "&kp "
  for source, qmk, zmk, kmonad in keycode_translation_table:
    keycode_translation_dict[source] = zmk
elif target == "kmonad":
  nonbasic_tuple = ()
  basic_prefix = ""
  for source, qmk, zmk, kmonad in keycode_translation_table:
    keycode_translation_dict[source] = kmonad
results = "// target: " + target
results

table-layer-taphold

Produce base layer from separate alphas, thumbs, and hold tables.

results = ""
for tap_row, hold_row in zip(alphas_table + thumbs_table, hold_table):
  for tap, hold in zip(tap_row, hold_row):
    code = tap
    if code in symbol_names_dict:
      code = symbol_names_dict[code]
    if code in keycode_translation_dict:
      code = keycode_translation_dict[code]
    if code == "":
      code = "U_NU"
    if hold in mods_dict:
      if hold in keycode_translation_dict:
        hold = keycode_translation_dict[hold]
      if target == "qmk":
        code = basic_prefix + str(code)
        code = str(hold) + "_T(" + code + ")"
      elif target == "zmk":
        code = "&hm " + str(hold) + " " + code
      elif target == "kmonad":
        code = "U_MT(" + code + ", " + str(hold) + ")"
    elif hold in layers_dict:
      if target == "qmk":
        code = basic_prefix + str(code)
        code = "LT(" + str(hold) + "," + code + ")"
      elif target == "zmk":
        code = "&lt " + str(hold) + " " + code
      elif target == "kmonad":
        code = "U_LT(" + code + ", " + str(hold) + ")"
    elif not str(code).startswith(nonbasic_tuple):
      code = basic_prefix + str(code)
    results += (code + ",").ljust(width)
  results += "\\\n"
results = results.rstrip(", \\\n")
results

table-layer-half

Produce sub layers from single hand and hold tables.

length = len(half_table[0])
results = ""
for half_row, hold_row in zip(half_table, hold_table):
  hold_row_l, hold_row_r = hold_row[:length], hold_row[length:]
  for lr, hold_row_lr in ("l", hold_row_l), ("r", hold_row_r):
    if lr == mode:
      for half in half_row:
        if shift == "true" and half in shifted_symbol_names_dict:
          code = shifted_symbol_names_dict[half]
        elif half in symbol_names_dict:
          code = symbol_names_dict[half]
        else:
          code = half
        if code in keycode_translation_dict:
          code = keycode_translation_dict[code]
        if code == "":
          code = "U_NU"
        if not str(code).startswith(nonbasic_tuple):
          code = basic_prefix + str(code)
        results += (str(code) + ",").ljust(width)
    else:
      for hold in hold_row_lr:
        if hold in mods_dict:
          if hold in keycode_translation_dict:
            hold = keycode_translation_dict[hold]
          code = basic_prefix + str(hold)
        else:
          if hold in keycode_translation_dict:
            hold = keycode_translation_dict[hold]
          if hold == "" or hold in layers_dict:
            code = "U_NA"
          elif hold == "LOCK_CUR" or hold == "LOCK_OPP":
            if hold == "LOCK_CUR":
              layer_name = current_layer_name
            else:
              layer_name = opposite_layer_name
            if target == "qmk":
              code = "DF(" + layer_name + ")"
            elif target == "zmk":
              code = "&to " + layer_name
            elif target == "kmonad":
              code = "U_DF(" + layer_name + ")"
          elif str(hold).startswith(nonbasic_tuple):
            code = hold
          else:
            code = basic_prefix + str(hold)
        results += (str(code) + ",").ljust(width)
  results += "\\\n"
results = results.rstrip(", \\\n")
results

table-layer-full

Produce full layer from single table. Fill for unused keys is configurable.

results = ""
for row in alphas_table + thumbs_table:
  for key in row:
    if key in symbol_names_dict:
      code = symbol_names_dict[key]
    else:
      code = key
    if code == "":
      code = fill
    if code in keycode_translation_dict:
      code = keycode_translation_dict[code]
    if code == "":
      code = "U_NU"
    if not str(code).startswith(nonbasic_tuple):
        code = basic_prefix + str(code)
    results += (code + ",").ljust(width)
  results += "\\\n"
results = results.rstrip(", \\\n")
results

layer-body

Body of miryoku_layer_selection.h.

#pragma once

#include "miryoku_layer_alternatives.h"

#if !defined(MIRYOKU_LAYER_BASE)
  #if defined (MIRYOKU_LAYERS_FLIP)
    #if defined (MIRYOKU_ALPHAS_AZERTY)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_AZERTY_FLIP
    #elif defined (MIRYOKU_ALPHAS_BEAKL15)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_BEAKL15_FLIP
    #elif defined (MIRYOKU_ALPHAS_COLEMAK)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_COLEMAK_FLIP
    #elif defined (MIRYOKU_ALPHAS_COLEMAKDH)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH_FLIP
    #elif defined (MIRYOKU_ALPHAS_COLEMAKDHK)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK_FLIP
    #elif defined (MIRYOKU_ALPHAS_DVORAK)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_DVORAK_FLIP
    #elif defined (MIRYOKU_ALPHAS_HALMAK)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_HALMAK_FLIP
    #elif defined (MIRYOKU_ALPHAS_WORKMAN)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_WORKMAN_FLIP
    #elif defined (MIRYOKU_ALPHAS_QWERTY)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_QWERTY_FLIP
    #elif defined (MIRYOKU_ALPHAS_QWERTZ)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_QWERTZ_FLIP
    #else
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH_FLIP
    #endif
  #else
    #if defined (MIRYOKU_ALPHAS_AZERTY)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_AZERTY
    #elif defined (MIRYOKU_ALPHAS_BEAKL15)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_BEAKL15
    #elif defined (MIRYOKU_ALPHAS_COLEMAK)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_COLEMAK
    #elif defined (MIRYOKU_ALPHAS_COLEMAKDH)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH
    #elif defined (MIRYOKU_ALPHAS_COLEMAKDHK)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK
    #elif defined (MIRYOKU_ALPHAS_DVORAK)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_DVORAK
    #elif defined (MIRYOKU_ALPHAS_HALMAK)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_HALMAK
    #elif defined (MIRYOKU_ALPHAS_WORKMAN)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_WORKMAN
    #elif defined (MIRYOKU_ALPHAS_QWERTY)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_QWERTY
    #elif defined (MIRYOKU_ALPHAS_QWERTZ)
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_QWERTZ
    #else
      #define MIRYOKU_LAYER_BASE MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH
    #endif
  #endif
#endif
#if !defined(MIRYOKU_LAYERMAPPING_BASE)
  #define MIRYOKU_LAYERMAPPING_BASE MIRYOKU_MAPPING
#endif

#if !defined(MIRYOKU_LAYER_EXTRA)
  #if defined (MIRYOKU_LAYERS_FLIP)
    #if defined (MIRYOKU_EXTRA_AZERTY)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_AZERTY_FLIP
    #elif defined (MIRYOKU_EXTRA_BEAKL15)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_BEAKL15_FLIP
    #elif defined (MIRYOKU_EXTRA_COLEMAK)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_COLEMAK_FLIP
    #elif defined (MIRYOKU_EXTRA_COLEMAKDH)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH_FLIP
    #elif defined (MIRYOKU_EXTRA_COLEMAKDHK)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK_FLIP
    #elif defined (MIRYOKU_EXTRA_DVORAK)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_DVORAK_FLIP
    #elif defined (MIRYOKU_EXTRA_HALMAK)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_HALMAK_FLIP
    #elif defined (MIRYOKU_EXTRA_WORKMAN)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_WORKMAN_FLIP
    #elif defined (MIRYOKU_EXTRA_QWERTY)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_QWERTY_FLIP
    #elif defined (MIRYOKU_EXTRA_QWERTZ)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_QWERTZ_FLIP
    #else
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_QWERTY_FLIP
    #endif
  #else
    #if defined (MIRYOKU_EXTRA_AZERTY)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_AZERTY
    #elif defined (MIRYOKU_EXTRA_BEAKL15)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_BEAKL15
    #elif defined (MIRYOKU_EXTRA_COLEMAK)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_COLEMAK
    #elif defined (MIRYOKU_EXTRA_COLEMAKDH)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH
    #elif defined (MIRYOKU_EXTRA_COLEMAKDHK)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK
    #elif defined (MIRYOKU_EXTRA_DVORAK)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_DVORAK
    #elif defined (MIRYOKU_EXTRA_HALMAK)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_HALMAK
    #elif defined (MIRYOKU_EXTRA_WORKMAN)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_WORKMAN
    #elif defined (MIRYOKU_EXTRA_QWERTY)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_QWERTY
    #elif defined (MIRYOKU_EXTRA_QWERTZ)
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_QWERTZ
    #else
      #define MIRYOKU_LAYER_EXTRA MIRYOKU_ALTERNATIVES_BASE_QWERTY
    #endif
  #endif
#endif
#if !defined(MIRYOKU_LAYERMAPPING_EXTRA)
  #define MIRYOKU_LAYERMAPPING_EXTRA MIRYOKU_MAPPING
#endif

#if !defined(MIRYOKU_LAYER_TAP)
  #if defined (MIRYOKU_LAYERS_FLIP)
    #if defined (MIRYOKU_TAP_AZERTY)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_AZERTY_FLIP
    #elif defined (MIRYOKU_TAP_BEAKL15)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_BEAKL15_FLIP
    #elif defined (MIRYOKU_TAP_COLEMAK)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_COLEMAK_FLIP
    #elif defined (MIRYOKU_TAP_COLEMAKDH)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH_FLIP
    #elif defined (MIRYOKU_TAP_COLEMAKDHK)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_COLEMAKDHK_FLIP
    #elif defined (MIRYOKU_TAP_DVORAK)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_DVORAK_FLIP
    #elif defined (MIRYOKU_TAP_HALMAK)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_HALMAK_FLIP
    #elif defined (MIRYOKU_TAP_WORKMAN)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_WORKMAN_FLIP
    #elif defined (MIRYOKU_TAP_QWERTY)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_QWERTY_FLIP
    #elif defined (MIRYOKU_TAP_QWERTZ)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_QWERTZ_FLIP
    #else
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH_FLIP
    #endif
  #else
    #if defined (MIRYOKU_TAP_AZERTY)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_AZERTY
    #elif defined (MIRYOKU_TAP_BEAKL15)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_BEAKL15
    #elif defined (MIRYOKU_TAP_COLEMAK)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_COLEMAK
    #elif defined (MIRYOKU_TAP_COLEMAKDH)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH
    #elif defined (MIRYOKU_TAP_COLEMAKDHK)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_COLEMAKDHK
    #elif defined (MIRYOKU_TAP_DVORAK)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_DVORAK
    #elif defined (MIRYOKU_TAP_HALMAK)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_HALMAK
    #elif defined (MIRYOKU_TAP_WORKMAN)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_WORKMAN
    #elif defined (MIRYOKU_TAP_QWERTY)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_QWERTY
    #elif defined (MIRYOKU_TAP_QWERTZ)
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_QWERTZ
    #else
      #define MIRYOKU_LAYER_TAP MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH
    #endif
  #endif
#endif
#if !defined(MIRYOKU_LAYERMAPPING_TAP)
  #define MIRYOKU_LAYERMAPPING_TAP MIRYOKU_MAPPING
#endif

#if !defined(MIRYOKU_LAYER_BUTTON)
  #define MIRYOKU_LAYER_BUTTON MIRYOKU_ALTERNATIVES_BUTTON
#endif
#if !defined(MIRYOKU_LAYERMAPPING_BUTTON)
  #define MIRYOKU_LAYERMAPPING_BUTTON MIRYOKU_MAPPING
#endif

#if !defined(MIRYOKU_LAYER_NAV)
  #if defined (MIRYOKU_LAYERS_FLIP)
    #if defined (MIRYOKU_NAV_INVERTEDT)
      #define MIRYOKU_LAYER_NAV MIRYOKU_ALTERNATIVES_NAV_INVERTEDT_FLIP
    #elif defined (MIRYOKU_NAV_T)
      #define MIRYOKU_LAYER_NAV MIRYOKU_ALTERNATIVES_NAV_T_FLIP
    #else
      #define MIRYOKU_LAYER_NAV MIRYOKU_ALTERNATIVES_NAV_FLIP
    #endif
  #else
    #if defined (MIRYOKU_NAV_INVERTEDT)
      #define MIRYOKU_LAYER_NAV MIRYOKU_ALTERNATIVES_NAV_INVERTEDT
    #elif defined (MIRYOKU_NAV_T)
      #define MIRYOKU_LAYER_NAV MIRYOKU_ALTERNATIVES_NAV_T
    #elif defined (MIRYOKU_NAV_VI)
      #define MIRYOKU_LAYER_NAV MIRYOKU_ALTERNATIVES_NAV_VI
    #else
      #define MIRYOKU_LAYER_NAV MIRYOKU_ALTERNATIVES_NAV
    #endif
  #endif
#endif
#if !defined(MIRYOKU_LAYERMAPPING_NAV)
  #define MIRYOKU_LAYERMAPPING_NAV MIRYOKU_MAPPING
#endif

#if !defined(MIRYOKU_LAYER_MOUSE)
  #if defined (MIRYOKU_LAYERS_FLIP)
    #if defined (MIRYOKU_NAV_INVERTEDT)
      #define MIRYOKU_LAYER_MOUSE MIRYOKU_ALTERNATIVES_MOUSE_INVERTEDT_FLIP
    #elif defined (MIRYOKU_NAV_T)
      #define MIRYOKU_LAYER_MOUSE MIRYOKU_ALTERNATIVES_MOUSE_T_FLIP
    #else
      #define MIRYOKU_LAYER_MOUSE MIRYOKU_ALTERNATIVES_MOUSE_FLIP
    #endif
  #else
    #if defined (MIRYOKU_NAV_INVERTEDT)
      #define MIRYOKU_LAYER_MOUSE MIRYOKU_ALTERNATIVES_MOUSE_INVERTEDT
    #elif defined (MIRYOKU_NAV_T)
      #define MIRYOKU_LAYER_MOUSE MIRYOKU_ALTERNATIVES_MOUSE_T
    #elif defined (MIRYOKU_NAV_VI)
      #define MIRYOKU_LAYER_MOUSE MIRYOKU_ALTERNATIVES_MOUSE_VI
    #else
      #define MIRYOKU_LAYER_MOUSE MIRYOKU_ALTERNATIVES_MOUSE
    #endif
  #endif
#endif
#if !defined(MIRYOKU_LAYERMAPPING_MOUSE)
  #define MIRYOKU_LAYERMAPPING_MOUSE MIRYOKU_MAPPING
#endif

#if !defined(MIRYOKU_LAYER_MEDIA)
  #if defined (MIRYOKU_LAYERS_FLIP)
    #if defined (MIRYOKU_NAV_INVERTEDT)
      #define MIRYOKU_LAYER_MEDIA MIRYOKU_ALTERNATIVES_MEDIA_INVERTEDT_FLIP
    #elif defined (MIRYOKU_NAV_T)
      #define MIRYOKU_LAYER_MEDIA MIRYOKU_ALTERNATIVES_MEDIA_T_FLIP
    #else
      #define MIRYOKU_LAYER_MEDIA MIRYOKU_ALTERNATIVES_MEDIA_FLIP
    #endif
  #else
    #if defined (MIRYOKU_NAV_INVERTEDT)
      #define MIRYOKU_LAYER_MEDIA MIRYOKU_ALTERNATIVES_MEDIA_INVERTEDT
    #elif defined (MIRYOKU_NAV_T)
      #define MIRYOKU_LAYER_MEDIA MIRYOKU_ALTERNATIVES_MEDIA_T
    #elif defined (MIRYOKU_NAV_VI)
      #define MIRYOKU_LAYER_MEDIA MIRYOKU_ALTERNATIVES_MEDIA_VI
    #else
      #define MIRYOKU_LAYER_MEDIA MIRYOKU_ALTERNATIVES_MEDIA
    #endif
  #endif
#endif
#if !defined(MIRYOKU_LAYERMAPPING_MEDIA)
  #define MIRYOKU_LAYERMAPPING_MEDIA MIRYOKU_MAPPING
#endif

#if !defined(MIRYOKU_LAYER_NUM)
  #if defined (MIRYOKU_LAYERS_FLIP)
    #define MIRYOKU_LAYER_NUM MIRYOKU_ALTERNATIVES_NUM_FLIP
  #else
    #define MIRYOKU_LAYER_NUM MIRYOKU_ALTERNATIVES_NUM
  #endif
#endif
#if !defined(MIRYOKU_LAYERMAPPING_NUM)
  #define MIRYOKU_LAYERMAPPING_NUM MIRYOKU_MAPPING
#endif

#if !defined(MIRYOKU_LAYER_SYM)
  #if defined (MIRYOKU_LAYERS_FLIP)
    #define MIRYOKU_LAYER_SYM MIRYOKU_ALTERNATIVES_SYM_FLIP
  #else
    #define MIRYOKU_LAYER_SYM MIRYOKU_ALTERNATIVES_SYM
  #endif
#endif
#if !defined(MIRYOKU_LAYERMAPPING_SYM)
  #define MIRYOKU_LAYERMAPPING_SYM MIRYOKU_MAPPING
#endif

#if !defined(MIRYOKU_LAYER_FUN)
  #if defined (MIRYOKU_LAYERS_FLIP)
    #define MIRYOKU_LAYER_FUN MIRYOKU_ALTERNATIVES_FUN_FLIP
  #else
    #define MIRYOKU_LAYER_FUN MIRYOKU_ALTERNATIVES_FUN
  #endif
#endif
#if !defined(MIRYOKU_LAYERMAPPING_FUN)
  #define MIRYOKU_LAYERMAPPING_FUN MIRYOKU_MAPPING
#endif

layer-names-list

width = 8
results = "#define MIRYOKU_LAYER_LIST \\\n"
for layer, name in layers_table:
  stripped=layer.lstrip("U_")
  results += "MIRYOKU_X(" + ( stripped + ", ").ljust(width) + """ + name + "") \\\n"
results = results.rstrip("\\\n")
return results

layer-names-defines

width = 9
results = ""
i = 0
for layer, name in layers_table:
  results += "#define " + ( layer + " ").ljust(width) + str(i) + "\n"
  i += 1
return results

Miryoku QMK

nonkc

Keycodes that match any of these prefixes will not have KC_ automatically prepended.

U_

RGB_

OUT_

RESET

S(

C(

SCMD(

LCMD(

DF(

license-qmk

License for tangled QMK C source files.

// This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see <http://www.gnu.org/licenses/>.

Miryoku ZMK

nonkp

Keycodes that match any of these prefixes will not have &kp automatically prepended.

U_

&

Tangled Files

Miryoku QMK

tangled/qmk/miryoku_layer_alternatives.h

// Copyright 2022 Manna Harbour
// https://github.com/manna-harbour/miryoku
// generated -*- buffer-read-only: t -*-
<<table-layer-init(target="qmk")>>

<<license-qmk>>

#pragma once


#define MIRYOKU_ALTERNATIVES_BASE_AZERTY_FLIP \
<<table-layer-taphold(alphas_table=azerty, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_BEAKL15_FLIP \
<<table-layer-taphold(alphas_table=beakl15, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAK_FLIP \
<<table-layer-taphold(alphas_table=colemak, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH_FLIP \
<<table-layer-taphold(alphas_table=colemakdh, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK_FLIP \
<<table-layer-taphold(alphas_table=colemakdhk, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_DVORAK_FLIP \
<<table-layer-taphold(alphas_table=dvorak, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_HALMAK_FLIP \
<<table-layer-taphold(alphas_table=halmak, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_WORKMAN_FLIP \
<<table-layer-taphold(alphas_table=workman, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTY_FLIP \
<<table-layer-taphold(alphas_table=qwerty, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTZ_FLIP \
<<table-layer-taphold(alphas_table=qwertz, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_AZERTY \
<<table-layer-taphold(alphas_table=azerty)>>

#define MIRYOKU_ALTERNATIVES_BASE_BEAKL15 \
<<table-layer-taphold(alphas_table=beakl15)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAK \
<<table-layer-taphold(alphas_table=colemak)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH \
<<table-layer-taphold(alphas_table=colemakdh)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK \
<<table-layer-taphold(alphas_table=colemakdhk)>>

#define MIRYOKU_ALTERNATIVES_BASE_DVORAK \
<<table-layer-taphold(alphas_table=dvorak)>>

#define MIRYOKU_ALTERNATIVES_BASE_HALMAK \
<<table-layer-taphold(alphas_table=halmak)>>

#define MIRYOKU_ALTERNATIVES_BASE_WORKMAN \
<<table-layer-taphold(alphas_table=workman)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTY \
<<table-layer-taphold(alphas_table=qwerty)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTZ \
<<table-layer-taphold(alphas_table=qwertz)>>


#define MIRYOKU_ALTERNATIVES_TAP_AZERTY_FLIP \
<<table-layer-full(alphas_table=azerty, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_BEAKL15_FLIP \
<<table-layer-full(alphas_table=beakl15, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAK_FLIP \
<<table-layer-full(alphas_table=colemak, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH_FLIP \
<<table-layer-full(alphas_table=colemakdh, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDHK_FLIP \
<<table-layer-full(alphas_table=colemakdhk, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_DVORAK_FLIP \
<<table-layer-full(alphas_table=dvorak, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_HALMAK_FLIP \
<<table-layer-full(alphas_table=halmak, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_WORKMAN_FLIP \
<<table-layer-full(alphas_table=workman, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTY_FLIP \
<<table-layer-full(alphas_table=qwerty, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTZ_FLIP \
<<table-layer-full(alphas_table=qwertz, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_AZERTY \
<<table-layer-full(alphas_table=azerty, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_BEAKL15 \
<<table-layer-full(alphas_table=beakl15, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAK \
<<table-layer-full(alphas_table=colemak, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH \
<<table-layer-full(alphas_table=colemakdh, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDHK \
<<table-layer-full(alphas_table=colemakdhk, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_DVORAK \
<<table-layer-full(alphas_table=dvorak, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_HALMAK \
<<table-layer-full(alphas_table=halmak, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_WORKMAN \
<<table-layer-full(alphas_table=workman, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTY \
<<table-layer-full(alphas_table=qwerty, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTZ \
<<table-layer-full(alphas_table=qwertz, thumbs_table=thumbs)>>


#define MIRYOKU_ALTERNATIVES_NAV_INVERTEDT_FLIP \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-l-invertedt, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NAV_T_FLIP \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-l-t, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NAV_FLIP \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-l, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NAV_INVERTEDT \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r-invertedt, mode="r")>>

#define MIRYOKU_ALTERNATIVES_NAV_VI \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r-vi, mode="r")>>

#define MIRYOKU_ALTERNATIVES_NAV \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r, mode="r")>>


#define MIRYOKU_ALTERNATIVES_MOUSE_INVERTEDT_FLIP \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-l-invertedt, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MOUSE_T_FLIP \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-l-t, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MOUSE_FLIP \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-l, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MOUSE_INVERTEDT \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r-invertedt, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MOUSE_T \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r-t, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MOUSE_VI \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r-vi, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MOUSE \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r, mode="r")>>


#define MIRYOKU_ALTERNATIVES_MEDIA_INVERTEDT_FLIP \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-l-invertedt, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MEDIA_T_FLIP \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-l-t, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MEDIA_FLIP \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-l, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MEDIA_INVERTEDT \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r-invertedt, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MEDIA_T \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r-t, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MEDIA_VI \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r-vi, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MEDIA \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r, mode="r")>>


#define MIRYOKU_ALTERNATIVES_NUM_FLIP \
<<table-layer-half(current_layer_name="U_NUM", opposite_layer_name="U_NAV", half_table=num-r, mode="r", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NUM \
<<table-layer-half(current_layer_name="U_NUM", opposite_layer_name="U_NAV", half_table=num-l, mode="l")>>


#define MIRYOKU_ALTERNATIVES_SYM_FLIP \
<<table-layer-half(current_layer_name="U_SYM", opposite_layer_name="U_MOUSE", half_table=sym-r, mode="r", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_SYM \
<<table-layer-half(current_layer_name="U_SYM", opposite_layer_name="U_MOUSE", half_table=sym-l, mode="l")>>


#define MIRYOKU_ALTERNATIVES_FUN_FLIP \
<<table-layer-half(current_layer_name="U_FUN", opposite_layer_name="U_MEDIA", half_table=fun-r, mode="r", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_FUN \
<<table-layer-half(current_layer_name="U_FUN", opposite_layer_name="U_MEDIA", half_table=fun-l, mode="l")>>


#define MIRYOKU_ALTERNATIVES_BUTTON \
<<table-layer-full(alphas_table=button, thumbs_table=button-thumbs)>>

tangled/qmk/miryoku_layer_selection.h

// Copyright 2019 Manna Harbour
// https://github.com/manna-harbour/miryoku
// generated -*- buffer-read-only: t -*-

<<license-qmk>>

<<layer-body>>

tangled/qmk/miryoku_layer_list.h

// Copyright 2022 Manna Harbour
// https://github.com/manna-harbour/miryoku
// generated -*- buffer-read-only: t -*-

<<license-qmk>>

#pragma once

#if !defined (MIRYOKU_LAYER_LIST)

<<layer-names-list()>>

#endif

Miryoku ZMK

tangled/zmk/miryoku_layer_alternatives.h

// Copyright 2022 Manna Harbour
// https://github.com/manna-harbour/miryoku
// generated -*- buffer-read-only: t -*-
<<table-layer-init(target="zmk")>>

#pragma once


#define MIRYOKU_ALTERNATIVES_BASE_AZERTY_FLIP \
<<table-layer-taphold(alphas_table=azerty, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_BEAKL15_FLIP \
<<table-layer-taphold(alphas_table=beakl15, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAK_FLIP \
<<table-layer-taphold(alphas_table=colemak, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH_FLIP \
<<table-layer-taphold(alphas_table=colemakdh, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK_FLIP \
<<table-layer-taphold(alphas_table=colemakdhk, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_DVORAK_FLIP \
<<table-layer-taphold(alphas_table=dvorak, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_HALMAK_FLIP \
<<table-layer-taphold(alphas_table=halmak, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_WORKMAN_FLIP \
<<table-layer-taphold(alphas_table=workman, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTY_FLIP \
<<table-layer-taphold(alphas_table=qwerty, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTZ_FLIP \
<<table-layer-taphold(alphas_table=qwertz, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_AZERTY \
<<table-layer-taphold(alphas_table=azerty)>>

#define MIRYOKU_ALTERNATIVES_BASE_BEAKL15 \
<<table-layer-taphold(alphas_table=beakl15)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAK \
<<table-layer-taphold(alphas_table=colemak)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH \
<<table-layer-taphold(alphas_table=colemakdh)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK \
<<table-layer-taphold(alphas_table=colemakdhk)>>

#define MIRYOKU_ALTERNATIVES_BASE_DVORAK \
<<table-layer-taphold(alphas_table=dvorak)>>

#define MIRYOKU_ALTERNATIVES_BASE_HALMAK \
<<table-layer-taphold(alphas_table=halmak)>>

#define MIRYOKU_ALTERNATIVES_BASE_WORKMAN \
<<table-layer-taphold(alphas_table=workman)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTY \
<<table-layer-taphold(alphas_table=qwerty)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTZ \
<<table-layer-taphold(alphas_table=qwertz)>>


#define MIRYOKU_ALTERNATIVES_TAP_AZERTY_FLIP \
<<table-layer-full(alphas_table=azerty, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_BEAKL15_FLIP \
<<table-layer-full(alphas_table=beakl15, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAK_FLIP \
<<table-layer-full(alphas_table=colemak, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH_FLIP \
<<table-layer-full(alphas_table=colemakdh, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDHK_FLIP \
<<table-layer-full(alphas_table=colemakdhk, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_DVORAK_FLIP \
<<table-layer-full(alphas_table=dvorak, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_HALMAK_FLIP \
<<table-layer-full(alphas_table=halmak, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_WORKMAN_FLIP \
<<table-layer-full(alphas_table=workman, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTY_FLIP \
<<table-layer-full(alphas_table=qwerty, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTZ_FLIP \
<<table-layer-full(alphas_table=qwertz, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_AZERTY \
<<table-layer-full(alphas_table=azerty, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_BEAKL15 \
<<table-layer-full(alphas_table=beakl15, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAK \
<<table-layer-full(alphas_table=colemak, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH \
<<table-layer-full(alphas_table=colemakdh, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDHK \
<<table-layer-full(alphas_table=colemakdhk, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_DVORAK \
<<table-layer-full(alphas_table=dvorak, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_HALMAK \
<<table-layer-full(alphas_table=halmak, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_WORKMAN \
<<table-layer-full(alphas_table=workman, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTY \
<<table-layer-full(alphas_table=qwerty, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTZ \
<<table-layer-full(alphas_table=qwertz, thumbs_table=thumbs)>>


#define MIRYOKU_ALTERNATIVES_NAV_INVERTEDT_FLIP \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-l-invertedt, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NAV_T_FLIP \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-l-t, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NAV_FLIP \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-l, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NAV_INVERTEDT \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r-invertedt, mode="r")>>

#define MIRYOKU_ALTERNATIVES_NAV_T \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r-t, mode="r")>>

#define MIRYOKU_ALTERNATIVES_NAV_VI \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r-vi, mode="r")>>

#define MIRYOKU_ALTERNATIVES_NAV \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r, mode="r")>>


#define MIRYOKU_ALTERNATIVES_MOUSE_INVERTEDT_FLIP \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-l-invertedt, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MOUSE_T_FLIP \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-l-t, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MOUSE_FLIP \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-l, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MOUSE_INVERTEDT \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r-invertedt, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MOUSE_T \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r-t, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MOUSE_VI \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r-vi, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MOUSE \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r, mode="r")>>


#define MIRYOKU_ALTERNATIVES_MEDIA_INVERTEDT_FLIP \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-l-invertedt, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MEDIA_T_FLIP \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-l-t, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MEDIA_FLIP \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-l, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MEDIA_INVERTEDT \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r-invertedt, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MEDIA_T \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r-t, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MEDIA_VI \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r-vi, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MEDIA \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r, mode="r")>>


#define MIRYOKU_ALTERNATIVES_NUM_FLIP \
<<table-layer-half(current_layer_name="U_NUM", opposite_layer_name="U_NAV", half_table=num-r, mode="r", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NUM \
<<table-layer-half(current_layer_name="U_NUM", opposite_layer_name="U_NAV", half_table=num-l, mode="l")>>


#define MIRYOKU_ALTERNATIVES_SYM_FLIP \
<<table-layer-half(current_layer_name="U_SYM", opposite_layer_name="U_MOUSE", half_table=sym-r, mode="r", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_SYM \
<<table-layer-half(current_layer_name="U_SYM", opposite_layer_name="U_MOUSE", half_table=sym-l, mode="l")>>


#define MIRYOKU_ALTERNATIVES_FUN_FLIP \
<<table-layer-half(current_layer_name="U_FUN", opposite_layer_name="U_MEDIA", half_table=fun-r, mode="r", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_FUN \
<<table-layer-half(current_layer_name="U_FUN", opposite_layer_name="U_MEDIA", half_table=fun-l, mode="l")>>


#define MIRYOKU_ALTERNATIVES_BUTTON \
<<table-layer-full(alphas_table=button, thumbs_table=button-thumbs)>>

tangled/zmk/miryoku_layer_selection.h

// Copyright 2022 Manna Harbour
// https://github.com/manna-harbour/miryoku
// generated -*- buffer-read-only: t -*-

<<layer-body>>

tangled/zmk/miryoku_layer_list.h

// Copyright 2022 Manna Harbour
// https://github.com/manna-harbour/miryoku
// generated -*- buffer-read-only: t -*-

#pragma once

#if !defined (MIRYOKU_LAYER_LIST)

<<layer-names-list()>>

<<layer-names-defines()>>

#endif

Miryoku KMonad

tangled/kmonad/miryoku_layer_alternatives.h

// Copyright 2022 Manna Harbour
// https://github.com/manna-harbour/miryoku
// generated -*- buffer-read-only: t -*-
<<table-layer-init(target="kmonad")>>

#pragma once


#define MIRYOKU_ALTERNATIVES_BASE_AZERTY_FLIP \
<<table-layer-taphold(alphas_table=azerty, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_BEAKL15_FLIP \
<<table-layer-taphold(alphas_table=beakl15, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAK_FLIP \
<<table-layer-taphold(alphas_table=colemak, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH_FLIP \
<<table-layer-taphold(alphas_table=colemakdh, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK_FLIP \
<<table-layer-taphold(alphas_table=colemakdhk, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_DVORAK_FLIP \
<<table-layer-taphold(alphas_table=dvorak, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_HALMAK_FLIP \
<<table-layer-taphold(alphas_table=halmak, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_WORKMAN_FLIP \
<<table-layer-taphold(alphas_table=workman, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTY_FLIP \
<<table-layer-taphold(alphas_table=qwerty, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTZ_FLIP \
<<table-layer-taphold(alphas_table=qwertz, thumbs_table=thumbs-flip, hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_BASE_AZERTY \
<<table-layer-taphold(alphas_table=azerty)>>

#define MIRYOKU_ALTERNATIVES_BASE_BEAKL15 \
<<table-layer-taphold(alphas_table=beakl15)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAK \
<<table-layer-taphold(alphas_table=colemak)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDH \
<<table-layer-taphold(alphas_table=colemakdh)>>

#define MIRYOKU_ALTERNATIVES_BASE_COLEMAKDHK \
<<table-layer-taphold(alphas_table=colemakdhk)>>

#define MIRYOKU_ALTERNATIVES_BASE_DVORAK \
<<table-layer-taphold(alphas_table=dvorak)>>

#define MIRYOKU_ALTERNATIVES_BASE_HALMAK \
<<table-layer-taphold(alphas_table=halmak)>>

#define MIRYOKU_ALTERNATIVES_BASE_WORKMAN \
<<table-layer-taphold(alphas_table=workman)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTY \
<<table-layer-taphold(alphas_table=qwerty)>>

#define MIRYOKU_ALTERNATIVES_BASE_QWERTZ \
<<table-layer-taphold(alphas_table=qwertz)>>


#define MIRYOKU_ALTERNATIVES_TAP_AZERTY_FLIP \
<<table-layer-full(alphas_table=azerty, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_BEAKL15_FLIP \
<<table-layer-full(alphas_table=beakl15, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAK_FLIP \
<<table-layer-full(alphas_table=colemak, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH_FLIP \
<<table-layer-full(alphas_table=colemakdh, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDHK_FLIP \
<<table-layer-full(alphas_table=colemakdhk, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_DVORAK_FLIP \
<<table-layer-full(alphas_table=dvorak, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_HALMAK_FLIP \
<<table-layer-full(alphas_table=halmak, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_WORKMAN_FLIP \
<<table-layer-full(alphas_table=workman, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTY_FLIP \
<<table-layer-full(alphas_table=qwerty, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTZ_FLIP \
<<table-layer-full(alphas_table=qwertz, thumbs_table=thumbs-flip)>>

#define MIRYOKU_ALTERNATIVES_TAP_AZERTY \
<<table-layer-full(alphas_table=azerty, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_BEAKL15 \
<<table-layer-full(alphas_table=beakl15, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAK \
<<table-layer-full(alphas_table=colemak, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDH \
<<table-layer-full(alphas_table=colemakdh, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_COLEMAKDHK \
<<table-layer-full(alphas_table=colemakdhk, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_DVORAK \
<<table-layer-full(alphas_table=dvorak, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_HALMAK \
<<table-layer-full(alphas_table=halmak, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_WORKMAN \
<<table-layer-full(alphas_table=workman, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTY \
<<table-layer-full(alphas_table=qwerty, thumbs_table=thumbs)>>

#define MIRYOKU_ALTERNATIVES_TAP_QWERTZ \
<<table-layer-full(alphas_table=qwertz, thumbs_table=thumbs)>>


#define MIRYOKU_ALTERNATIVES_NAV_INVERTEDT_FLIP \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-l-invertedt, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NAV_T_FLIP \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-l-t, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NAV_FLIP \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-l, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NAV_INVERTEDT \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r-invertedt, mode="r")>>

#define MIRYOKU_ALTERNATIVES_NAV_T \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r-t, mode="r")>>

#define MIRYOKU_ALTERNATIVES_NAV_VI \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r-vi, mode="r")>>

#define MIRYOKU_ALTERNATIVES_NAV \
<<table-layer-half(current_layer_name="U_NAV", opposite_layer_name="U_NUM", half_table=nav-r, mode="r")>>


#define MIRYOKU_ALTERNATIVES_MOUSE_INVERTEDT_FLIP \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-l-invertedt, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MOUSE_T_FLIP \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-l-t, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MOUSE_FLIP \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-l, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MOUSE_INVERTEDT \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r-invertedt, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MOUSE_T \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r-t, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MOUSE_VI \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r-vi, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MOUSE \
<<table-layer-half(current_layer_name="U_MOUSE", opposite_layer_name="U_SYM", half_table=mouse-r, mode="r")>>


#define MIRYOKU_ALTERNATIVES_MEDIA_INVERTEDT_FLIP \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-l-invertedt, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MEDIA_T_FLIP \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-l-t, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MEDIA_FLIP \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-l, mode="l", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_MEDIA_INVERTEDT \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r-invertedt, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MEDIA_T \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r-t, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MEDIA_VI \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r-vi, mode="r")>>

#define MIRYOKU_ALTERNATIVES_MEDIA \
<<table-layer-half(current_layer_name="U_MEDIA", opposite_layer_name="U_FUN", half_table=media-r, mode="r")>>


#define MIRYOKU_ALTERNATIVES_NUM_FLIP \
<<table-layer-half(current_layer_name="U_NUM", opposite_layer_name="U_NAV", half_table=num-r, mode="r", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_NUM \
<<table-layer-half(current_layer_name="U_NUM", opposite_layer_name="U_NAV", half_table=num-l, mode="l")>>


#define MIRYOKU_ALTERNATIVES_SYM_FLIP \
<<table-layer-half(current_layer_name="U_SYM", opposite_layer_name="U_MOUSE", half_table=sym-r, mode="r", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_SYM \
<<table-layer-half(current_layer_name="U_SYM", opposite_layer_name="U_MOUSE", half_table=sym-l, mode="l")>>


#define MIRYOKU_ALTERNATIVES_FUN_FLIP \
<<table-layer-half(current_layer_name="U_FUN", opposite_layer_name="U_MEDIA", half_table=fun-r, mode="r", hold_table=hold-flip)>>

#define MIRYOKU_ALTERNATIVES_FUN \
<<table-layer-half(current_layer_name="U_FUN", opposite_layer_name="U_MEDIA", half_table=fun-l, mode="l")>>


#define MIRYOKU_ALTERNATIVES_BUTTON \
<<table-layer-full(alphas_table=button, thumbs_table=button-thumbs)>>

tangled/kmonad/miryoku_layer_selection.h

// Copyright 2022 Manna Harbour
// https://github.com/manna-harbour/miryoku
// generated -*- buffer-read-only: t -*-

<<layer-body>>

tangled/kmonad/miryoku_layer_list.h

// Copyright 2022 Manna Harbour
// https://github.com/manna-harbour/miryoku
// generated -*- buffer-read-only: t -*-

#pragma once

#if !defined (MIRYOKU_LAYER_LIST)

<<layer-names-list()>>

#endif

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s-ol/miryoku_babel

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Miryoku Babel

Overview

Tangling

Locally

Within Emacs

Initial Setup

Tangle

Outside Emacs

GitHub Actions Workflow

Initial Setup

Tangle

Layer Tables

Base

Tap

Alphas

Thumbs

Hold

Nav

Mouse

Button

Media

Num

Sym

Fun

Alternative Layouts

Alphas

AZERTY

BEAKL-15

Colemak

Colemak Mod-DHk

Dvorak

Halmak

Workman

QWERTY

QWERTZ

Nav

vi-Style

Nav

Mouse

Media

Inverted-T

Nav

Mouse

Media

T

Nav

Mouse

Media

Layers

Flip

Thumbs

Hold

Num

Sym

Fun

Nav

Scripts and Data

Common

layers

symbol-names

mods

keycode-translation

table-layer-init

table-layer-taphold

table-layer-half

table-layer-full

layer-body

layer-names-list

layer-names-defines

Miryoku QMK

nonkc

license-qmk

Miryoku ZMK

nonkp

Tangled Files