29 KiB
Miryoku (ZMK) 
- Contents
- Layout
- Code Generation
- Subset Mapping
- Documentation
- Contact
Miryoku is an ergonomic, minimal, orthogonal, and universal keyboard layout.
This document describes miryoku for ZMK only. For the development branch, general documentation, and other implementations see github.com/manna-harbour/miryoku.
Contents TOC_3
Layout
Layers
The layers are maintained in tables, with the thumb keys on the bottom row.
X_NP indicates the key is not present and is used to fill in the table around
the thumb keys. The grid arrangement of the tables does not imply a particular
physical layout.
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 has both halves of the layout joined for convenience. Other layers are specified as a single hand.
Base (BASE)
The base layer is maintained as separate tap and hold tables and are combined into the corresponding tap-hold keycodes for mods and layer change. Mods (and reset) will be available on sub layers on the same hand as the layer change thumb key. Unknown names are considered to be layer names.
Base layer alphas are Colemak-DHm. Thumb keys are backspace, enter, delete on the right and space, tab, escape on the left. Dot, comma and apostrophe are included for prose, dot and slash for file and directory names.
Tap
| 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 | / |
| X_NP | X_NP | ESC | SPC | TAB | ENT | BSPC | DEL | X_NP | X_NP |
Hold
| RESET | RESET | ||||||||
| LGUI | LALT | LCTL | LSFT | LSFT | LCTL | LALT | LGUI | ||
| ALGR | ALGR | ||||||||
| X_NP | X_NP | MEDR | NAVR | MOUR | NSSL | NSL | FUNL | X_NP | X_NP |
Navigation (NAVR)
Primary right-hand layer (left home thumb) is navigation and editing. Cursor keys are on the home position, line and page movement below, clipboard above, caps lock and insert on the inner column. Thumb keys are duplicated from the base layer to avoid having to layer change mid edit and to enable auto-repeat.
| AGIN | UNDO | CUT | COPY | PSTE |
| CAPS | LEFT | DOWN | UP | RGHT |
| INS | HOME | PGDN | PGUP | END |
| ENT | BSPC | DEL | X_NP | X_NP |
Mouse (MOUR)
Secondary right-hand layer is mouse emulation. Mouse movement mirrors cursor navigation on home and wheel mirrors line / page movement below. Buttons are on the thumbs (L, M, R). Mouse movement, click, and drag with modifiers can be performed from the home position. Unused keys are available for other related functions.
| MS_L | MS_D | MS_U | MS_R | |
| WH_L | WH_D | WH_U | WH_R | |
| BTN1 | BTN3 | BTN2 | X_NP | X_NP |
Mouse Buttons Overlay (MBO)
Available for automatic activation depending on keyboard hardware and configuration. Not activated manually.
| X_NP | X_NP | BTN1 | BTN3 | BTN2 | X_NP | X_NP |
Media (MEDR)
Tertiary right-hand layer is media control, with volume up / down and next / prev mirroring the navigation keys. Pause, stop and mute are on thumbs. RGB control is on the top row (combine with shift to invert). Unused keys are available for other related functions.
| RGB_TOG | RGB_MOD | RGB_HUI | RGB_SAI | RGB_VAI |
| MPRV | VOLD | VOLU | MNXT | |
| &bt BT_CLR | &bt BT_SEL 0 | &bt BT_SEL 1 | &bt BT_SEL 2 | &bt BT_SEL 3 |
| MSTP | MPLY | MUTE | X_NP | X_NP |
Numerals and Symbols (NSL)
Primary left-hand layer (right home thumb) is numerals and symbols. Numerals are in the standard numpad locations with symbols in the remaining positions. Dot is duplicated from the base layer.
| [ | 7 | 8 | 9 | ] |
| ; | 4 | 5 | 6 | = |
| ` | 1 | 2 | 3 | \ |
| X_NP | X_NP | DOT | 0 | MINS |
Shifted Numerals and Symbols (NSSL)
Secondary left-hand layer has shifted symbols in the same locations to reduce chording when using mods with shifted symbols. Open parenthesis is duplicated next to close parenthesis.
| { | & | * | ( | } |
| : | $ | % | ^ | + |
| ~ | ! | @ | # | PIPE |
| X_NP | X_NP | ( | ) | _ |
Function and System (FUNL)
Tertiary left-hand layer has function keys mirroring the numerals on the primary layer with extras on the pinkie column, plus system keys on the inner column. App (menu) is on the tertiary thumb key and other thumb keys are duplicated from the base layer to enable auto-repeat.
| F12 | F7 | F8 | F9 | PSCR |
| F11 | F4 | F5 | F6 | SLCK |
| F10 | F1 | F2 | F3 | PAUS |
| X_NP | X_NP | APP | SPC | TAB |
Alternative Layouts
The defaults are recommended, but alternative layouts are provided to accommodate existing muscle memory.
Base Layer Alphas
To select, append the corresponding option to the make command line when
building, e.g. MIRYOKU_ALPHAS=QWERTY.
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 | / |
| X_NP | X_NP | ESC | SPC | TAB | ENT | BSPC | DEL | X_NP | X_NP |
Colemak Mod-DH
MIRYOKU_ALPHAS=COLEMAKDH
| 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 | / |
| X_NP | X_NP | ESC | SPC | TAB | ENT | BSPC | DEL | X_NP | X_NP |
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 |
| X_NP | X_NP | ESC | SPC | TAB | ENT | BSPC | DEL | X_NP | X_NP |
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 |
| X_NP | X_NP | ESC | SPC | TAB | ENT | BSPC | DEL | X_NP | X_NP |
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 | / |
| X_NP | X_NP | ESC | SPC | TAB | ENT | BSPC | DEL | X_NP | X_NP |
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 | / |
| X_NP | X_NP | ESC | SPC | TAB | ENT | BSPC | DEL | X_NP | X_NP |
vi-Style Navigation
To select, append MIRYOKU_NAV=VI to the make command line when building.
Navigation (NAVR)
| AGIN | UNDO | CUT | COPY | PSTE |
| LEFT | DOWN | UP | RGHT | CAPS |
| HOME | PGDN | PGUP | END | INS |
| ENT | BSPC | DEL | X_NP | X_NP |
Mouse (MOUR)
| MS_L | MS_D | MS_U | MS_R | |
| WH_L | WH_D | WH_U | WH_R | |
| BTN1 | BTN3 | BTN2 | X_NP | X_NP |
Media (MEDR)
| RGB_TOG | RGB_MOD | RGB_HUI | RGB_SAI | RGB_VAI |
| MPRV | VOLD | VOLU | MNXT | |
| MSTP | MPLY | MUTE | X_NP | X_NP |
COMMENT Templates
| X_NP | X_NP | X_NP | X_NP |
Duplicate base layer tap keys on thumbs rather than trans to enable auto-repeat.
| ENT | BSPC | DEL | X_NP | X_NP |
| X_NP | X_NP | ESC | SPC | TAB |
Code Generation
Table Conversion Scripts
table-map-taphold
Produce base layer from separate tap and hold tables.
width = 14
mods_dict = dict.fromkeys(mods_table[0])
nonkp_tuple = tuple(nonkp_table[0])
layers_dict = dict.fromkeys(layers_table[0])
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
keycode_translation_dict = {}
for standard, local in keycode_translation_table:
if local != '':
keycode_translation_dict[standard] = local
results = ''
for tap_row, hold_row in map(None, tap_table, hold_table):
for tap, hold in map(None, tap_row, hold_row):
if tap == '':
code = 'X_NU'
elif tap in symbol_names_dict:
code = symbol_names_dict[tap]
else:
code = tap
if code in keycode_translation_dict:
code = keycode_translation_dict[code]
if hold in mods_dict:
if hold in keycode_translation_dict:
hold = keycode_translation_dict[hold]
code = '&hm ' + str(hold) + ' ' + code
elif hold in layers_dict:
code = '< ' + str(hold) + ' ' + code
elif not str(code).startswith(nonkp_tuple):
code = '&kp ' + str(code)
results += (code + ', ').ljust(width)
results = results.rstrip(' ') + '\n'
results = results.rstrip('\n, ')
return results&kp Q, &kp W, &kp F, &kp P, &kp B, &kp J, &kp L, &kp U, &kp Y, &kp SQT, &hm LGUI A, &hm LALT R, &hm LCTRL S, &hm LSHFT T, &kp G, &kp M, &hm LSHFT N, &hm LCTRL E, &hm LALT I, &hm LGUI O, &kp Z, &hm RALT X, &kp C, &kp D, &kp V, &kp K, &kp H, &kp COMMA, &hm RALT DOT, &kp SLASH, X_NP, X_NP, < MEDR ESC, < NAVR SPC, < MOUR TAB, < NSSL RET, < NSL BSPC, < FUNL DEL, X_NP, X_NP
table-map-half
Produce sub layers given layer name and corresponding table for single hand and incorporating mods and reset from base layer. Layer names must end with 'R' or 'L'. A layer with shifted symbols can also be generated.
width = 13
mods_dict = dict.fromkeys(mods_table[0])
layers_dict = dict.fromkeys(layers_table[0])
nonkp_tuple = tuple(nonkp_table[0])
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 = {}
for standard, local in keycode_translation_table:
if local != '':
keycode_translation_dict[standard] = local
length = len(half_table[0])
results = ''
for half_row, hold_row in map(None, 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 half == '':
code = 'X_NU'
elif 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 not str(code).startswith(nonkp_tuple):
code = '&kp ' + 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 = '&kp ' + str(hold)
else:
if hold in keycode_translation_dict:
hold = keycode_translation_dict[hold]
if hold == '' or hold in layers_dict:
code = 'X_NA'
elif str(hold).startswith(nonkp_tuple):
code = hold
else:
code = '&kp ' + str(hold)
results += (str(code) + ', ').ljust(width)
results = results.rstrip(' ') + '\n'
results = results.rstrip('\n, ')
return results&bootloader, X_NA, X_NA, X_NA, X_NA, &kp K_AGAIN, &kp K_UNDO, &kp K_CUT, &kp K_COPY, &kp K_PASTE, &kp LGUI, &kp LALT, &kp LCTRL, &kp LSHFT, X_NA, &kp CAPS, &kp LEFT, &kp DOWN, &kp UP, &kp RIGHT, X_NA, &kp RALT, X_NA, X_NA, X_NA, &kp INS, &kp HOME, &kp PG_DN, &kp PG_UP, &kp END, X_NP, X_NP, X_NA, X_NA, X_NA, &kp RET, &kp BSPC, &kp DEL, X_NP, X_NP
table-map-full
Produce full layer from single table. Fill for unused keys is configurable.
width = 10
symbol_names_dict = {}
nonkp_tuple = tuple(nonkp_table[0])
for symbol, name, shifted_symbol, shifted_name in symbol_names_table:
symbol_names_dict[symbol] = name
symbol_names_dict[shifted_symbol] = shifted_name
keycode_translation_dict = {}
for standard, local in keycode_translation_table:
if local != '':
keycode_translation_dict[standard] = local
results = ''
for row in table:
for key in row:
if key == '':
code = fill
elif key in symbol_names_dict:
code = symbol_names_dict[key]
else:
code = key
if code in keycode_translation_dict:
code = keycode_translation_dict[code]
if not str(code).startswith(nonkp_tuple):
code = '&kp ' + str(code)
results += (code + ', ').ljust(width)
results = results.rstrip(' ') + '\n'
results = results.rstrip('\n, ')
return results&trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, &trans, X_NP, X_NP, &trans, &trans, &trans, X_NU, X_NU, X_NU, X_NP, X_NP
table-layer-defines
Produce layer defines from layer names in hold table.
width = 5
layers_list = layers_table[0]
results = ''
i = 0
for layer in layers_list:
results += '#define ' + ( layer + ' ').ljust(width) + str(i) + '\n'
i += 1
return results#define BASE 0 #define MBO 1 #define NAVR 2 #define MOUR 3 #define MEDR 4 #define NSL 5 #define NSSL 6 #define FUNL 7
Data
layers
| BASE | TAP | MBO | NAVR | MOUR | MEDR | NSL | NSSL | FUNL |
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 |
nonkp
Keycodes that match any of these prefixes will not have KC_ automatically
prepended.
| X_ | & |
keycode-translation
standard keycode to implementation equivalent
| 0 | NUM_0 |
| 1 | NUM_1 |
| 2 | NUM_2 |
| 3 | NUM_3 |
| 4 | NUM_4 |
| 5 | NUM_5 |
| 6 | NUM_6 |
| 7 | NUM_7 |
| 8 | NUM_8 |
| 9 | NUM_9 |
| AGIN | K_AGAIN |
| ALGR | RALT |
| AMPR | AMPS |
| APP | K_APP |
| ASTR | ASTRK |
| AT | AT |
| BSLS | BSLH |
| BSPC | BSPC |
| BTN1 | KP_SLASH |
| BTN2 | X_NU |
| BTN3 | X_NU |
| CAPS | |
| CIRC | CRRT |
| COLN | COLON |
| COMM | COMMA |
| COPY | K_COPY |
| CUT | K_CUT |
| DEL | |
| DLR | DLLR |
| DOT | |
| DOWN | |
| DQUO | DQT |
| END | |
| ENT | RET |
| EQL | |
| ESC | |
| EXLM | EXCL |
| F1 | |
| F10 | |
| F11 | |
| F12 | |
| F2 | |
| F3 | |
| F4 | |
| F5 | |
| F6 | |
| F7 | |
| F8 | |
| F9 | |
| GRV | GRAVE |
| GT | |
| HASH | |
| HOME | |
| INS | |
| LALT | |
| LBRC | LBKT |
| LCBR | LBRC |
| LCTL | LCTRL |
| LEFT | |
| LGUI | |
| LPRN | LPAR |
| LSFT | LSHFT |
| LT | |
| MINS | MINUS |
| MNXT | K_NEXT |
| MPLY | K_PP |
| MPRV | K_PREV |
| MS_D | KP_N2 |
| MS_L | KP_N4 |
| MS_R | KP_N6 |
| MSTP | K_STOP2 |
| MS_U | KP_N8 |
| MUTE | K_MUTE |
| PAUS | PAUSE_BREAK |
| PERC | PRCT |
| PGDN | PG_DN |
| PGUP | PG_UP |
| PIPE | |
| PLUS | |
| PSCR | PSCRN |
| PSTE | K_PASTE |
| QUES | QMARK |
| QUOT | SQT |
| RBRC | RBKT |
| RCBR | RBRC |
| RESET | &bootloader |
| RGB_HUI | &rgb_ug RGB_HUI |
| RGB_MOD | &rgb_ug RGB_EFF |
| RGB_SAI | &rgb_ug RGB_SAI |
| RGB_TOG | &rgb_ug RGB_TOG |
| RGB_VAI | &rgb_ug RGB_BRI |
| RGHT | RIGHT |
| RPRN | RPAR |
| SCLN | SEMI |
| SLCK | |
| SLSH | SLASH |
| SPC | |
| TAB | |
| TILD | TILDE |
| UNDO | K_UNDO |
| UNDS | UNDER |
| UP | |
| VOLD | K_VOL_DN |
| VOLU | K_VOL_UP |
| WH_D | X_NU |
| WH_L | X_NU |
| WH_R | X_NU |
| WH_U | X_NU |
header
Header for tangled source files.
generated from miryoku_zmk.org -*- buffer-read-only: t -*-Subset Mapping
The keymap, build options, and configuration are shared between keyboards. The layout is mapped onto keyboards with different physical layouts as a subset.
mappings
/ClaytonWWilson/miryoku_zmk/src/commit/fb82a37274bf3b013ec20d3693e51779547e7363/miryoku/split_3x6_3.h
// <<header>>
#define XXX &none
#define MIRYOKU_SUBMAP(\
K00, K01, K02, K03, K04, K05, K06, K07, K08, K09, \
K10, K11, K12, K13, K14, K15, K16, K17, K18, K19, \
K20, K21, K22, K23, K24, K25, K26, K27, K28, K29, \
N30, N31, K32, K33, K34, K35, K36, K37, N38, N39\
)\
XXX K00 K01 K02 K03 K04 K05 K06 K07 K08 K09 XXX \
XXX K10 K11 K12 K13 K14 K15 K16 K17 K18 K19 XXX \
XXX K20 K21 K22 K23 K24 K25 K26 K27 K28 K29 XXX \
K32 K33 K34 K35 K36 K37
#define MIRYOKU_SUPERMAP(\
K00, K01, K02, K03, K04, K05, K06, K07, K08, K09, \
K10, K11, K12, K13, K14, K15, K16, K17, K18, K19, \
K20, K21, K22, K23, K24, K25, K26, K27, K28, K29, \
N30, N31, K32, K33, K34, K35, K36, K37, N38, N39\
)\
&kp LALT K00 K01 K02 K03 K04 K05 K06 K07 K08 K09 &kp LGUI \
&kp LCTRL K10 K11 K12 K13 K14 K15 K16 K17 K18 K19 &kp RCTRL \
&kp LSHFT K20 K21 K22 K23 K24 K25 K26 K27 K28 K29 &kp RSHFT \
K32 K33 K34 K35 K36 K37/ClaytonWWilson/miryoku_zmk/src/commit/fb82a37274bf3b013ec20d3693e51779547e7363/miryoku/ortho_4x12.h
// <<header>>
#define XXX &none
#define MIRYOKU_SUBMAP(\
K00, K01, K02, K03, K04, K05, K06, K07, K08, K09, \
K10, K11, K12, K13, K14, K15, K16, K17, K18, K19, \
K20, K21, K22, K23, K24, K25, K26, K27, K28, K29, \
N30, N31, K32, K33, K34, K35, K36, K37, N38, N39\
)\
K00 K01 K02 K03 K04 XXX XXX K05 K06 K07 K08 K09 \
K10 K11 K12 K13 K14 XXX XXX K15 K16 K17 K18 K19 \
K20 K21 K22 K23 K24 XXX XXX K25 K26 K27 K28 K29 \
XXX XXX K32 K33 K34 XXX XXX K35 K36 K37 XXX XXX
#define MIRYOKU_SUPERMAP(\
K00, K01, K02, K03, K04, K05, K06, K07, K08, K09, \
K10, K11, K12, K13, K14, K15, K16, K17, K18, K19, \
K20, K21, K22, K23, K24, K25, K26, K27, K28, K29, \
N30, N31, K32, K33, K34, K35, K36, K37, N38, N39 \
)\
K00 K01 K02 K03 K04 &kp NUM_8 &kp NUM_7 K05 K06 K07 K08 K09 \
K10 K11 K12 K13 K14 &kp NUM_6 &kp NUM_5 K15 K16 K17 K18 K19 \
K20 K21 K22 K23 K24 &kp NUM_4 &kp NUM_3 K25 K26 K27 K28 K29 \
&kp LSHFT &kp LCTRL K32 K33 K34 &kp NUM_2 &kp NUM_1 K35 K36 K37 &kp LALT &kp LGUImiryoku include
/ClaytonWWilson/miryoku_zmk/src/commit/fb82a37274bf3b013ec20d3693e51779547e7363/miryoku/miryoku.dtsi
// <<header>>
#include <behaviors.dtsi>
#include <dt-bindings/zmk/keys.h>
#include <dt-bindings/zmk/bt.h>
#include <dt-bindings/zmk/rgb.h>
<<table-layer-defines()>>
#define X_NP &none // key is not present
#define X_NA &none // present but not available for use
#define X_NU &none // available but not used
/ {
behaviors {
hm: homerow_mods {
compatible = "zmk,behavior-hold-tap";
label = "HOMEROW_MODS";
#binding-cells = <2>;
tapping_term_ms = <200>;
flavor = "tap-preferred";
bindings = <&kp>, <&kp>;
};
};
keymap {
compatible = "zmk,keymap";
BASE_layer {
bindings = <
#if defined MIRYOKU_ALPHAS_COLEMAK
MIRYOKU_SUBMAP(
<<table-map-taphold(tap_table=colemak)>>
)
#elif defined MIRYOKU_ALPHAS_COLEMAKDH
MIRYOKU_SUBMAP(
<<table-map-taphold(tap_table=colemakdh)>>
)
#elif defined MIRYOKU_ALPHAS_DVORAK
MIRYOKU_SUBMAP(
<<table-map-taphold(tap_table=dvorak)>>
)
#elif defined MIRYOKU_ALPHAS_HALMAK
MIRYOKU_SUBMAP(
<<table-map-taphold(tap_table=halmak)>>
)
#elif defined MIRYOKU_ALPHAS_WORKMAN
MIRYOKU_SUBMAP(
<<table-map-taphold(tap_table=workman)>>
)
#elif defined MIRYOKU_ALPHAS_QWERTY
MIRYOKU_SUBMAP(
<<table-map-taphold(tap_table=qwerty)>>
)
#else
MIRYOKU_SUBMAP(
<<table-map-taphold(tap_table=colemakdhm)>>
)
#endif
>;
};
TAP_layer {
bindings = <
#if defined MIRYOKU_ALPHAS_COLEMAK
MIRYOKU_SUPERMAP(
<<table-map-full(table=colemak)>>
)
#elif defined MIRYOKU_ALPHAS_COLEMAKDH
MIRYOKU_SUPERMAP(
<<table-map-full(table=colemakdh)>>
)
#elif defined MIRYOKU_ALPHAS_DVORAK
MIRYOKU_SUPERMAP(
<<table-map-full(table=dvorak)>>
)
#elif defined MIRYOKU_ALPHAS_HALMAK
MIRYOKU_SUPERMAP(
<<table-map-full(table=halmak)>>
)
#elif defined MIRYOKU_ALPHAS_WORKMAN
MIRYOKU_SUPERMAP(
<<table-map-full(table=workman)>>
)
#elif defined MIRYOKU_ALPHAS_QWERTY
MIRYOKU_SUPERMAP(
<<table-map-full(table=qwerty)>>
)
#else
MIRYOKU_SUPERMAP(
<<table-map-full(table=colemakdhm)>>
)
#endif
>;
};
MBO_layer {
bindings = <
MIRYOKU_SUBMAP(
<<table-map-full(table=mbo)>>
)
>;
};
NAVR_layer {
bindings = <
#if defined MIRYOKU_NAV_VI
MIRYOKU_SUBMAP(
<<table-map-half(mode="r", half_table=navr-vi)>>
)
#else
MIRYOKU_SUBMAP(
<<table-map-half(mode="r", half_table=navr)>>
)
#endif
>;
};
MOUR_layer {
bindings = <
#if defined MIRYOKU_NAV_VI
MIRYOKU_SUBMAP(
<<table-map-half(mode="r", half_table=mour-vi)>>
)
#else
MIRYOKU_SUBMAP(
<<table-map-half(mode="r", half_table=mour)>>
)
#endif
>;
};
MEDR_layer {
bindings = <
#if defined MIRYOKU_NAV_VI
MIRYOKU_SUBMAP(
<<table-map-half(mode="r", half_table=medr-vi)>>
)
#else
MIRYOKU_SUBMAP(
<<table-map-half(mode="r", half_table=medr)>>
)
#endif
>;
};
NSL_layer {
bindings = <
MIRYOKU_SUBMAP(
<<table-map-half(mode="l", half_table=nsl)>>
)
>;
};
NSSL_layer {
bindings = <
MIRYOKU_SUBMAP(
<<table-map-half(mode="l", half_table=nssl)>>
)
>;
};
FUNL_layer {
bindings = <
MIRYOKU_SUBMAP(
<<table-map-half(mode="l", half_table=funl)>>
)
>;
};
};
};Documentation noexport_1
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