scancode_map.kll

# Gemini Dusk/Dawn Base Configuration

Name = GeminiDuskDawn;
Version = 0.7;
Author = "HaaTa (Jacob Alexander) 2015-2020";

# Modified Date
Date = 2020-03-17;


# ScanCode Strobe List
# This specified which the column (strobe) GPIOs for the matrix
# gpio(<label>, <index>)
# gpio(A,3)  ==> PA3
# gpio(C,24) ==> PC24
ScanCodeStrobeList => ScanCodeStrobeList_define;
ScanCodeStrobeList = "
	gpio(B,1),
	gpio(B,2),
	gpio(B,3),
	gpio(A,18),
	gpio(A,19),
	gpio(A,23),
	gpio(A,20),
	gpio(A,11),
	gpio(A,8),
	gpio(A,7),
	gpio(A,6),
	gpio(A,5),
	gpio(A,27),
	gpio(A,28),
	gpio(A,29),
	gpio(A,30),
	gpio(A,2),
	gpio(A,1),
	gpio(A,0)
";


# ScanCode Sense List
# This specified which the row (sense) GPIOs for the matrix
# gpio(<label>, <index>)
# gpio(A,3)  ==> PA3
# gpio(C,24) ==> PC24
ScanCodeSenseList => ScanCodeSenseList_define;
ScanCodeSenseList = "
	gpio(A,26),
	gpio(A,25),
	gpio(A,24),
	gpio(A,13),
	gpio(A,14),
	gpio(A,31)
";


# Debug LED
ledDebugPin = "gpio(B,0)";


# Function Row (1-19)
S1 : U"Esc";
S2 : U"F1";
S3 : U"F2";
S4 : U"F3";
S5 : U"F4";
S6 : U"F5";
S7 : U"F6";
S8 : U"F7";
S9 : U"F8";
S10 : U"F9";
S11 : U"F10";
S12 : U"F11";
S13 : U"F12";
S14 : None;
S15 : U"PrintScreen";
S16 : U"Volume Down";
S16 +: CONS"Volume Down";
S17 : U"Volume Up";
S17 +: CONS"Volume Up";
S18 : None;
S19 : None;

# Number Row (20-38)
S20 : U"Backtick";
S21 : U"1";
S22 : U"2";
S23 : U"3";
S24 : U"4";
S25 : U"5";
S26 : U"6";
S27 : U"7";
S28 : U"8";
S29 : U"9";
S30 : U"0";
S31 : U"Minus";
S32 : U"Equals";
S33 : U"Backspace";
S34 : U"Insert";
S35 : U"Home";
S36 : U"PageUp";
S37 : None;
S38 : None;

# Top Alphabet Row (39-57)
S39 : U"Tab";
S40 : U"Q";
S41 : U"W";
S42 : U"E";
S43 : U"R";
S44 : U"T";
S45 : U"Y";
S46 : U"U";
S47 : U"I";
S48 : U"O";
S49 : U"P";
S50 : U"LBrace";
S51 : U"RBrace";
S52 : U"Backslash";
S53 : U"Delete";
S54 : U"End";
S55 : U"PageDown";
S56 : None;
S57 : None;

# Middle Alphabet Row (58-76)
S58 : U"CapsLock";
S59 : U"A";
S60 : U"S";
S61 : U"D";
S62 : U"F";
S63 : U"G";
S64 : U"H";
S65 : U"J";
S66 : U"K";
S67 : U"L";
S68 : U"Semicolon";
S69 : U"Quote";
S70 : None;
S71 : U"Enter";
S72 : None;
S73 : None;
S74 : None;
S75 : None;
S76 : None;

# Bottom Alphabet Row (77-95)
S77 : U"LShift";
S78 : None;
S79 : U"Z";
S80 : U"X";
S81 : U"C";
S82 : U"V";
S83 : U"B";
S84 : U"N";
S85 : U"M";
S86 : U"Comma";
S87 : U"Period";
S88 : U"Slash";
S89 : None;
S90 : U"RShift";
S91 : None;
S92 : U"Up";
S93 : None;
S94 : None;
S95 : None;

# Modifier Row (96-114)
S96 : U"LCtrl";
S97 : U"LGui";
S98 : U"LAlt";
S99 : None;
S100 : None;
S101 : U"Space";
S102 : None;
S103 : None;
S104 : None;
S105 : U"RAlt";
S106 : U"App";
S107 : None;
S108 : Layer[1];
S109 : U"RCtrl";
S110 : U"Left";
S111 : U"Down";
S112 : U"Right";
S113 : None;
S114 : None;


# Port Swap Pins
# USB Swap
portSwapMode = "USBSwap";
portSwapUSBPin1 = "gpio(A,12)";


# Latency Resources
latencyResources = 10;


# Driver Chip
ISSI_Chip_31FL3733 = 1;

# GPIO Pin Assignment
# Hardware Shutdown Pin (SDB)
ISSI_HardwareShutdownPin => ISSI_HardwareShutdownPin_define;
ISSI_HardwareShutdownPin = "gpio(A,15)";

# I2C Reset Pin (IIRST)
ISSI_IIRSTPin => ISSI_IIRSTPin_define;
ISSI_IIRSTPin = "gpio(A,17)";

# Global Brightness
# 0xFF (255) is the max
ISSI_Global_Brightness = 128; # Half brightness

# Available ISSI Chips
ISSI_Chips = 2; # 2 by default

# I2C Buses
ISSI_I2C_Buses = 2; # 1 by default

# Chip:Bus Mapping
LED_MapCh1_Bus  = 0x0;
LED_MapCh1_Addr = ISSI_Ch1;
LED_MapCh2_Bus  = 0x1;
LED_MapCh2_Addr = ISSI_Ch1;

# Channel Optimizations
Pixel_HardCode_ChanWidth = 8;
Pixel_HardCode_Channels = 3;


# FPS Target
# Each ISSI chip setup has a different optimal framerate.
# This setting specifies a target frame rate. This is sort've like "V-Sync" on monitors.
# So the framerate will not go above this amount.
# If the framerate goes below, ledFPS cli will issue warnings when enabled.
ISSI_FrameRate_ms => ISSI_FrameRate_ms_define;
ISSI_FrameRate_ms = 12; # 1000 / <ISSI_FrameRate_ms> = 83.33 fps



### LED Default Enable Mask ###
# By default, all LEDs are enabled
# However, this may cause issuse with some led matrices, so it is recommended to disable unused positions
# Each LED is represented by a single bit
# See (http://www.issi.com/WW/pdf/31FL3733.pdf) for details
ISSILedMask1 = "
	0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, /* CS1 -> CS16 (SW1  -> SW4)  */
	0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, /* CS1 -> CS16 (SW5  -> SW8)  */
	0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, /* CS1 -> CS16 (SW9  -> SW12) */
";

ISSILedMask2 = "
	0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, /* CS1 -> CS16 (SW1  -> SW4)  */
	0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, /* CS1 -> CS16 (SW5  -> SW8)  */
	0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, /* CS1 -> CS16 (SW9  -> SW12) */
";



### Gamma Correction ###
LEDGamma = 2.2; # Windows defaults to 2.2
gamma_enabled = "1"; # 0 - Disabled, 1 - Enabled



### Pixel Buffer Setup ###
# Defines channel mappings, changing the order will affect Pixel definitions
Pixel_Buffer_Size[]    =   0 192; # Starting channel for each buffer
Pixel_Buffer_Width[]   =  16  16; # Width of each channel buffer (may be different than effective channel size)
Pixel_Buffer_Length[]  = 192 192; # Length of each buffer (count, not bytes)
Pixel_Buffer_Buffer[0] = "KLL_pageBuffer[0].buffer"; # Pointer to the start of the buffer
Pixel_Buffer_Buffer[1] = "KLL_pageBuffer[1].buffer";

LED_Buffer_Size[]    =   0 192; # Starting channel for each buffer
LED_Buffer_Width[]   =  16  16; # Width of each channel buffer (may be different than effective channel size)
LED_Buffer_Length[]  = 192 192; # Length of each buffer (count, not bytes)
LED_Buffer_Buffer[0] = "LED_pageBuffer[0].buffer"; # Pointer to the start of the buffer
LED_Buffer_Buffer[1] = "LED_pageBuffer[1].buffer";

# I2C LED Struct Definition
LED_BufferStruct = "
typedef struct LED_Buffer {
	uint16_t i2c_addr;
	uint16_t reg_addr;
	uint16_t ledctrl[0];
	uint16_t unused[0];
	uint16_t buffer[192];
} LED_Buffer;
volatile LED_Buffer LED_pageBuffer[ ISSI_Chips_define ];

typedef struct KLL_Buffer {
	uint16_t buffer[192];
} KLL_Buffer;
volatile KLL_Buffer KLL_pageBuffer[ ISSI_Chips_define ];
";



### Pixel Display Mapping Parameters ###
Pixel_DisplayMapping_UnitSize = 19; # Default unit spacing in mm
Pixel_DisplayMapping_ColumnSize = 1;
Pixel_DisplayMapping_RowSize = 2;
Pixel_DisplayMapping_ColumnDirection = -1;
Pixel_DisplayMapping_RowDirection = 1;



### Pixel Mapping ###
# Organizes each of the channels into pixels (may, or may not be multi-channel)

# Function Row (1-17)
P[  1]( 48:8,  64:8,  80:8) : S1;
P[  2]( 49:8,  65:8,  81:8) : S2;
P[  3]( 50:8,  66:8,  82:8) : S3;
P[  4]( 51:8,  67:8,  83:8) : S4;
P[  5]( 52:8,  68:8,  84:8) : S5;
P[  6]( 53:8,  69:8,  85:8) : S6;
P[  7]( 54:8,  70:8,  86:8) : S7;
P[  8]( 55:8,  71:8,  87:8) : S8;
P[  9]( 56:8,  72:8,  88:8) : S9;
P[ 10]( 57:8,  73:8,  89:8) : S10;
P[ 11]( 58:8,  74:8,  90:8) : S11;
P[ 12]( 59:8,  75:8,  91:8) : S12;
P[ 13]( 60:8,  76:8,  92:8) : S13;

P[ 15]( 62:8,  78:8,  94:8) : S15;
P[ 16]( 63:8,  79:8,  95:8) : S16;
P[ 17](206:8, 222:8, 238:8) : S17;

# Number Row (18-34)
P[ 20]( 96:8, 112:8, 128:8) : S20;
P[ 21]( 97:8, 113:8, 129:8) : S21;
P[ 22]( 98:8, 114:8, 130:8) : S22;
P[ 23]( 99:8, 115:8, 131:8) : S23;
P[ 24](100:8, 116:8, 132:8) : S24;
P[ 25](101:8, 117:8, 133:8) : S25;
P[ 26](102:8, 118:8, 134:8) : S26;
P[ 27](103:8, 119:8, 135:8) : S27;
P[ 28](104:8, 120:8, 136:8) : S28;
P[ 29](105:8, 121:8, 137:8) : S29;
P[ 30](106:8, 122:8, 138:8) : S30;
P[ 31](107:8, 123:8, 139:8) : S31;
P[ 32](108:8, 124:8, 140:8) : S32;
P[ 33](109:8, 125:8, 141:8) : S33;
P[ 34](110:8, 126:8, 142:8) : S34;
P[ 35](111:8, 127:8, 143:8) : S35;
P[ 36](207:8, 223:8, 239:8) : S36;

# Top Alpha Row (35-51)
P[ 39](144:8, 160:8, 176:8) : S39;
P[ 40](145:8, 161:8, 177:8) : S40;
P[ 41](146:8, 162:8, 178:8) : S41;
P[ 42](147:8, 163:8, 179:8) : S42;
P[ 43](148:8, 164:8, 180:8) : S43;
P[ 44](149:8, 165:8, 181:8) : S44;
P[ 45](150:8, 166:8, 182:8) : S45;
P[ 46](151:8, 167:8, 183:8) : S46;
P[ 47](152:8, 168:8, 184:8) : S47;
P[ 48](153:8, 169:8, 185:8) : S48;
P[ 49](154:8, 170:8, 186:8) : S49;
P[ 50](155:8, 171:8, 187:8) : S50;
P[ 51](156:8, 172:8, 188:8) : S51;
P[ 52](157:8, 173:8, 189:8) : S52;
P[ 53](158:8, 174:8, 190:8) : S53;
P[ 54](159:8, 175:8, 191:8) : S54;
P[ 55](254:8, 270:8, 286:8) : S55;

# Mid Alpha Row (52-64)
P[ 58](192:8, 208:8, 224:8) : S58;
P[ 59](193:8, 209:8, 225:8) : S59;
P[ 60](194:8, 210:8, 226:8) : S60;
P[ 61](195:8, 211:8, 227:8) : S61;
P[ 62](196:8, 212:8, 228:8) : S62;
P[ 63](197:8, 213:8, 229:8) : S63;
P[ 64](198:8, 214:8, 230:8) : S64;
P[ 65](199:8, 215:8, 231:8) : S65;
P[ 66](200:8, 216:8, 232:8) : S66;
P[ 67](201:8, 217:8, 233:8) : S67;
P[ 68](202:8, 218:8, 234:8) : S68;
P[ 69](203:8, 219:8, 235:8) : S69;

P[ 71](205:8, 221:8, 237:8) : S71;

# Low Alpha Row (65-79)
P[ 77](240:8, 256:8, 272:8) : S77;

P[ 79](242:8, 258:8, 274:8) : S79;
P[ 80](243:8, 259:8, 275:8) : S80;
P[ 81](244:8, 260:8, 276:8) : S81;
P[ 82](245:8, 261:8, 277:8) : S82;
P[ 83](246:8, 262:8, 278:8) : S83;
P[ 84](247:8, 263:8, 279:8) : S84;
P[ 85](248:8, 264:8, 280:8) : S85;
P[ 86](249:8, 265:8, 281:8) : S86;
P[ 87](250:8, 266:8, 282:8) : S87;
P[ 88](251:8, 267:8, 283:8) : S88;

P[ 90](253:8, 269:8, 285:8) : S90;

P[ 92](255:8, 271:8, 287:8) : S92;

# Mod Row (80-87)
P[ 96](288:8, 304:8, 320:8) : S96;
P[ 97](289:8, 305:8, 321:8) : S97;
P[ 98](290:8, 306:8, 322:8) : S98;


P[101](293:8, 309:8, 325:8) : S101;



P[105](297:8, 313:8, 329:8) : S105;
P[106](298:8, 314:8, 330:8) : S106;

P[108](300:8, 316:8, 332:8) : S108;
P[109](301:8, 317:8, 333:8) : S109;
P[110](302:8, 318:8, 334:8) : S110;
P[111](303:8, 319:8, 335:8) : S111;
P[112](204:8, 220:8, 236:8) : S112;

# Underlighting (LED 1-32:113-144)
P[113](  0:8,  16:8,  32:8) : None; # 1
P[114](  1:8,  17:8,  33:8) : None; # 2
P[115](  2:8,  18:8,  34:8) : None; # 3
P[116](  3:8,  19:8,  35:8) : None; # 4
P[117](  4:8,  20:8,  36:8) : None; # 5
P[118](  5:8,  21:8,  37:8) : None; # 6
P[119](  6:8,  22:8,  38:8) : None; # 7
P[120](  7:8,  23:8,  39:8) : None; # 8
P[121](  8:8,  24:8,  40:8) : None; # 9
P[122](  9:8,  25:8,  41:8) : None; # 10
P[123]( 10:8,  26:8,  42:8) : None; # 11
P[124]( 11:8,  27:8,  43:8) : None; # 12
P[125]( 12:8,  28:8,  44:8) : None; # 13
P[126]( 13:8,  29:8,  45:8) : None; # 14
P[127]( 14:8,  30:8,  46:8) : None; # 15
P[128]( 15:8,  31:8,  47:8) : None; # 16

P[129](336:8, 352:8, 368:8) : None; # 17
P[130](337:8, 353:8, 369:8) : None; # 18
P[131](338:8, 354:8, 370:8) : None; # 19
P[132](339:8, 355:8, 371:8) : None; # 20
P[133](340:8, 356:8, 372:8) : None; # 21
P[134](341:8, 357:8, 373:8) : None; # 22
P[135](342:8, 358:8, 374:8) : None; # 23
P[136](343:8, 359:8, 375:8) : None; # 24
P[137](344:8, 360:8, 376:8) : None; # 25
P[138](345:8, 361:8, 377:8) : None; # 26
P[139](346:8, 362:8, 378:8) : None; # 27
P[140](347:8, 363:8, 379:8) : None; # 28
P[141](348:8, 364:8, 380:8) : None; # 29
P[142](349:8, 365:8, 381:8) : None; # 30
P[143](350:8, 366:8, 382:8) : None; # 31
P[144](351:8, 367:8, 383:8) : None; # 32



### Physical Positions ###
# Rows

S[1-13,15-17]  <= y:0;
S[20-36] <= y:-28.575;
S[39-55] <= y:-47.625;
S[58-69,71] <= y:-66.675;
S[77,79-88,90,92] <= y:-85.725;
S[96-98,101,105-106,108-112] <= y:-104.775;

# Columns

S[ 1,20] <= x:0;      # Esc, Tilde
S[96]    <= x:2.38;   # Left Ctrl
S[39]    <= x:4.76;   # Tab
S[58]    <= x:7.14;   # Caps Lock
S[77]    <= x:11.9;   # Left Shift
S[21]    <= x:19.05;  # Number 1
S[97]    <= x:26.19;  # Left Win
S[40]    <= x:28.58;  # Q
S[59]    <= x:33.33;  # A
S[ 2,22] <= x:38.1;   # F1, Number 2
S[79]    <= x:42.85;  # Z
S[41]    <= x:47.63;  # W
S[98]    <= x:50.00;  # Left Alt
S[60]    <= x:52.39;  # S
S[ 3,23] <= x:57.15;  # F2, Number 3
S[80]    <= x:61.91;  # X
S[42]    <= x:66.68;  # E
S[61]    <= x:71.44;  # D
S[ 4,24] <= x:76.2;   # F3, Number 4
S[81]    <= x:80.96;  # C
S[43]    <= x:85.73;  # R
S[62]    <= x:90.49;  # F
S[ 5,25] <= x:95.25;  # F4, Number 5
S[82]    <= x:100.00; # V
S[44]    <= x:104.77; # T
S[63]    <= x:109.54; # G
S[26]    <= x:114.3;  # Number 6
S[83]    <= x:119.04; # B
S[101]   <= x:121.44; # Spacebar
S[ 6,45] <= x:123.83; # Y, F5
S[64]    <= x:128.60; # H
S[27]    <= x:133.35; # Number 7
S[84]    <= x:138.10; # N
S[ 7,46] <= x:142.88; # F6, U
S[65]    <= x:147.64; # J
S[28]    <= x:152.4;  # Number 8
S[85]    <= x:157.16; # M
S[ 8,47] <= x:161.93; # F7, I
S[66]    <= x:166.69; # K
S[29]    <= x:171.45; # Number 9
S[86]    <= x:176.21; # , <
S[ 9,48] <= x:180.98; # O, F8
S[67]    <= x:185.74; # L
S[30]    <= x:190.5;  # Number 0
S[105]   <= x:192.88; # Right alt
S[87]    <= x:195.26; # . >
S[49]    <= x:200.02; # P
S[68]    <= x:204.79; # ;
S[10,31] <= x:209.55; # -_, F9
S[88]    <= x:214.31; # /?
S[106]   <= x:216.69; # Right Win
S[50]    <= x:219.07; # [ {
S[69]    <= x:223.84; # ' "
S[11,32] <= x:228.6;  # F10, =+
S[51]    <= x:238.13; # ]}
S[108]   <= x:240.50; # Menu/Fn
S[12]    <= x:247.65; # F11
S[90]    <= x:250.03; # Right Shift
S[71]    <= x:254.06; # Enter
S[33]    <= x:257.17; # Backspace
S[52]    <= x:261.94; # \|
S[109]   <= x:264.32; # Right Ctrl
S[13]    <= x:266.7;  # F12

S[15,34,53,110]    <= x:295.275; # Print screen, Insert, Delete, Left arrow
S[16,35,54,92,111] <= x:314.33;  # Scroll lock, Home, End, Up arrow, Down arrow.
S[17,36,55,112]    <= x:333.375; # Pause break, Page up, Page down, Right Arrow.



#
# Stand-alone LEDs
# See section 8.5 for more details
# Also use the pcb numbers, syntax is almost the same
# P is for Pixel
#

## Corners
P[115] <= x:-7.81,  y:7.87;  # Top Left
P[127] <= x:341.19, y:7.87;  # Top Right
P[142] <= x:341.19, y:-112.52; # Bottom Right
P[130] <= x:-7.81,  y:-112.52; # Bottom Left

## Top
P[115-127] <= y:10.54;

## Right
P[127-128,142-144] <= x:343.79;

## Bottom
P[130-142]  <= y:-115.19;

## Left
P[113-115,129-130] <= x:-10.41;

## Starting top left, working around the LED's all the way around in a circle
P[116] <= x:21.20;
P[117] <= x:50.29;
P[118] <= x:79.38;
P[119] <= x:108.45;
P[120] <= x:137.54;
P[121] <= x:166.62;
P[122] <= x:195.70;
P[123] <= x:224.79;
P[124] <= x:253.87;
P[125] <= x:282.95;
P[126] <= x:312.03;
P[128] <= y:-22.23;
P[144] <= y:-52.32;
P[143] <= y:-82.42;
P[141] <= x:312.04;
P[140] <= x:282.96;
P[139] <= x:253.87;
P[138] <= x:224.79;
P[137] <= x:195.71;
P[136] <= x:166.62;
P[135] <= x:137.54;
P[134] <= x:108.46;
P[133] <= x:79.38;
P[132] <= x:50.29;
P[131] <= x:21.21;
P[129] <= y:-82.42;
P[113] <= y:-52.32;
P[114] <= y:-22.23;



### LED Default Fade Groups ###
#
# Group 0 -> Keys
# Group 1 -> Underlighting
# Group 2 -> Indicators
# Group 3 -> Active layer (not default)
KLL_LED_FadeGroup[0] = "1,2,3,4,5,6,7,8,9,10,11,12,13,15,16,17,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,58,59,60,61,62,63,64,65,66,67,68,69,71,77,79,80,81,82,83,84,85,86,87,88,90,92,96,97,98,101,105,106,108,109,110,111,112";
KLL_LED_FadeGroup[1] = "113,114,115,116,117,118,119,120,121,122,123,124,125,126,127,128,129,130,131,132,133,134,135,136,137,138,139,140,141,142,143,144";
KLL_LED_FadeGroup[2] = "";