mirror of
https://github.com/speedypotato/Pocket-SDVX.git
synced 2026-09-22 22:38:11 +03:00
Added documentation, reduced startup delay
This commit is contained in:
Nicholas G
@@ -9,7 +9,8 @@ iivxReport_t report;
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// 2000 = 500hz
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#define REPORT_DELAY 1000
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int currMode = EEPROM.read(0); // Read eeprom address 0. Value stored indicated mode. Mode1=joystick, Mode2=keyboard.
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// Read eeprom address 0. Value stored indicated mode. Mode1=joystick, Mode2=keyboard.
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int currMode = EEPROM.read(0);
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// Mouse Sens Multiplier
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#define MOUSE_MULT 3
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@@ -42,14 +43,14 @@ uint8_t buttonCount = 7;
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#define FX_L_LED 20
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#define FX_R_LED 21
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//number of cycles before HID falls back to reactive
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// Number of cycles before HID falls back to reactive
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unsigned long reactiveTimeoutMax = 1000;
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unsigned long reactiveTimeoutCount = reactiveTimeoutMax;
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uint8_t buttonPins[] = { BT_ST, BT_A, BT_B, BT_C, BT_D, FX_L, FX_R};
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uint8_t ledPins[] = { BT_ST_LED, BT_A_LED, BT_B_LED, BT_C_LED, BT_D_LED, FX_L_LED, FX_R_LED};
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uint8_t buttonPins[] = { BT_ST, BT_A, BT_B, BT_C, BT_D, FX_L, FX_R };
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uint8_t ledPins[] = { BT_ST_LED, BT_A_LED, BT_B_LED, BT_C_LED, BT_D_LED, FX_L_LED, FX_R_LED };
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// encoder sensitivity = number of positions per rotation times 4 (24*4) / number of positions for HID report (256)
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// Encoder sensitivity = number of positions per rotation times 4 (24*4) / number of positions for HID report (256)
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#define ENCODER_SENSITIVITY (double) 0.375
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Encoder encL(3, 2), encR(1, 0);
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float knob1 = 0;
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@@ -68,7 +69,7 @@ void lights(uint8_t lightDesc) {
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}
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void setup() {
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delay(1000);
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delay(500);
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// Setup I/O for pins
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for (int i = 0; i < buttonCount; i++) {
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@@ -76,18 +77,18 @@ void setup() {
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pinMode(ledPins[i], OUTPUT);
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}
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// startup mode
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// Startup mode
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int Button1State = digitalRead(BT_A); //Read Btn-A
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int Button2State = digitalRead(BT_B); //Read Btn-B
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// button 1 is held down: Joystick Mode
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// Button 1 is held down: Joystick Mode
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if (Button1State == LOW && Button2State == HIGH) {
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if (currMode != 1) { //if eeprom=2
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if (currMode != 1) {
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EEPROM.update(0, 1);
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delay(200);
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}
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} else if (Button2State == LOW && Button1State == HIGH) {
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// button 2 is held down: Keyboard Mode
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if (currMode != 2) { //if eeprom=1
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// Button 2 is held down: Keyboard Mode
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if (currMode != 2) {
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EEPROM.update(0, 2);
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delay(200);
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}
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@@ -103,14 +104,14 @@ void loop() {
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}
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void keyboard_mode() {
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// read encoders
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// Read encoders
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knob1 = (float)(encL.read());
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knob2 = (float)encR.read();
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if(knob1 != old_knob1) {
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Mouse.move((knob1 - old_knob1) * MOUSE_MULT, 0);
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// we count the difference in the encoders, but we must not go over arduino's int limit
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// We count the difference in the encoders, but we must not go over arduino's int limit
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if(knob1 < -255 || knob1 > 255) {
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encL.write(0);
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old_knob1 = 0;
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@@ -130,7 +131,7 @@ void keyboard_mode() {
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}
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}
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// read the buttons for low, if it's low, output a keyboard press
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// Read the buttons for low, if it's low, output a keyboard press
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if(digitalRead(BT_A) == LOW) {
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Keyboard.press(BIND_A);
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digitalWrite(BT_A_LED, HIGH);
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Binary file not shown.
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After Width: | Height: | Size: 699 KiB |
Binary file not shown.
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After Width: | Height: | Size: 584 KiB |
@@ -8,6 +8,7 @@ A mini controller for games such as Sound Voltex, USC, KShoot, osu 4k, etc. Bas
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## Features
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- Super small - About 7" x 4" and a little over 1/2" high (About 1-1/2" including knobs)
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- 7 Gateron Red Keyswitches (Start, BT-A, BT-B, BT-C, BT-D, FX-L, FX-R)
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- Reactive & HID LEDs
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- PBT G20 Keycaps
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- Quality Bourns Encoders (VOL-L, VOL-R)
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- Solid Aluminum Black 20mm Knobs
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@@ -22,9 +23,44 @@ A mini controller for games such as Sound Voltex, USC, KShoot, osu 4k, etc. Bas
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- A really low-quality video guide series I made at 4:00am: https://www.youtube.com/playlist?list=PLSlCMOwxujV7-DYrM4eC2Sb4_rMR5udEE .
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- Perhaps it will be useful to some of you.
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## Parts Required:
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- 1x 3D Printed Case (1.2mm walls, top, bottom layers; 20-25% infill minimum)
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- 1x 3D Printed Cover
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- 1x layer1 Vinyl Skin [width is ~169mm (scale the skin proportionally)]
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- 1x layer2 Vinyl Skin [width is ~169mm (scale the skin proportionally)]
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- 1x cover Vinyl Skin [width is ~165mm (scale the skin proportionally)]
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- 7x Gateron Red Keyswitches (or other similar MX-style switch)
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- 2x Bourns PEC16-2015F-N0024 Encoders
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- 1x 1x1 G20 Keycap
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- 4x 1x1.25 G20 Keycap
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- 2x 1x2 G20 Keycap
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- 2x 20mm Diameter Solid Aluminum Knobs (20mm high used, 17-22mm height should work as well)
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- 1x Arduino Pro Micro
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- 6x Rubber Feet (0.8-1cm in diameter)
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- 1x Micro USB Male to USB C Female (27cm length)
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- 1x M3x5 Screw
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- Cat5e Cable (~2 feet, strip it open and take a twist of wire)
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- Hot Glue
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- Solder
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- USB C cable (preferably one with deep insertion)
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## LED Parts Required:
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- 7x 2x3x4mm Square LEDs (choose your desired colors)
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- 7x Resistors (High brightness 100Ohm, Medium brightness 220Ohm)
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## Recommended Tools/Etc.
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- Temperature Controlled Soldering Iron
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- Hot Glue Gun
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- Needle Nose Pliers
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- Phillips Screwdriver (if you use a phillips head M3 screw)
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- Allen Key (for knobs' grubscrew, M3 screw if you have a hex head)
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- Rubbing/Isopropyl Alcohol
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- Microfiber Cloth (for cleaning w/ alcohol)
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- Eye Protection + Safety Mask
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## General Assembly Instructions
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- 3D print case and cover
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- Cut vinyls: layer1, layer2, cover_v2
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- 3D print case and cover.
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- Cut vinyls: layer1, layer2, cover_v2.
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- Weed vinyls(remove excess).
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- Clean face with rubbing/isopropyl alcohol and apply skin using transfer tape. Apply layer1, then layer2. Then apply cover.
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- Note: Shine a flashlight on the case's corner to more easily see where to line up the skin. I make my skins every so slightly smaller than the actual face for more leeway. The skin's width is ~169mm (scale the skin proportionally).
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@@ -38,8 +74,8 @@ A mini controller for games such as Sound Voltex, USC, KShoot, osu 4k, etc. Bas
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- Arduino Pro Micro Pinout
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- VOL-L A 2
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- VOL-L B 3
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- VOL_R A RXI
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- VOL_R B TXO
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- VOL_R A 0 (RXI)
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- VOL_R B 1 (TXO)
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- BT_ST 4
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- BT_A 5
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- BT_B 6
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@@ -58,41 +94,27 @@ A mini controller for games such as Sound Voltex, USC, KShoot, osu 4k, etc. Bas
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- Wipe circles on the bottom with rubbing/isopropyl alcohol. Apply adhesive rubber feet.
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- Mount keycaps. See video Part 8 for details.
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- Mount knobs. Use the arduino pin headers as a spacer on each side so the knobs are the same height and don't rub on the encoder nub.
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## HID LED Assembly Instructions
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- Take off keycaps.
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- Insert LED through switch.
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- Solder negative(shorter) leg to the switch's leg that connects to ground/common. Clip LED shorter if needed.
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- Solder resistor(100 or 220 Ohm depending on desired brightness) to positive(longer) leg. Clip LED & resistor shorter if needed.
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- Solder other end of resistor to a wire. The other end of the wire will be soldered to the Arduino Pro Micro.
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- Arduino Pro Micro Pinout for LEDs
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- BT_ST_LED 16
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- BT_A_LED 14
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- BT_B_LED 15
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- BT_C_LED 18 (A0)
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- BT_D_LED 19 (A1)
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- FX_L_LED 20 (A2)
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- FX_R_LED 21 (A3)
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- Plug in your arduino and flash firmware if it needs to be updated.
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- Flatten cables and close cover.
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### Done. Enjoy!!
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## Parts Required:
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- 1x 3D Printed Case (1.2mm walls, top, bottom layers; 20-25% infill minimum)
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- 1x 3D Printed Cover
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- 1x layer1 Vinyl Skin [width is ~169mm (scale the skin proportionally)]
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- 1x layer2 Vinyl Skin [width is ~169mm (scale the skin proportionally)]
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- 1x cover Vinyl Skin [width is ~165mm (scale the skin proportionally)]
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- 7x Gateron Red Keyswitches
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- 2x Bourns PEC16-2015F-N0024 Encoders
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- 1x 1x1 G20 Keycap
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- 4x 1x1.25 G20 Keycap
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- 2x 1x2 G20 Keycap
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- 2x 20mm Diameter Solid Aluminum Knobs (20mm high used, 17-22mm height should work as well)
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- 1x Arduino Pro Micro
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- 6x Rubber Feet (0.8-1cm in diameter)
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- 1x Micro USB Male to USB C Female (27cm length)
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- 1x M3x5 Screw
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- Cat5e Cable (~2 feet, strip it open and take a twist of wire)
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- Hot Glue
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- Solder
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- USB C cable (preferably one with deep insertion)
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## Recommended Tools/Etc.
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- Temperature Controlled Soldering Iron
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- Hot Glue Gun
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- Needle Nose Pliers
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- Phillips Screwdriver (if you use a phillips head M3 screw)
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- Allen Key (for knobs' grubscrew, M3 screw if you have a hex head)
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- Rubbing/Isopropyl Alcohol
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- Microfiber Cloth (for cleaning w/ alcohol)
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- Eye Protection + Safety Mask
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## Links I used to make the first batch of 10
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NOTE: Links dead? See /IMAGES/screenshots/ for an example of what you are looking for!
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- Gateron Red Keyswitches: https://kbdfans.com/collections/gateron-swithes/products/gateron-swtich-3pin-or-5pin?variant=35765199373
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@@ -105,7 +127,12 @@ NOTE: Links dead? See /IMAGES/screenshots/ for an example of what you are looki
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- Rubber Feet: https://www.ebay.com/itm/50PCS-Rubber-Feet-Clear-Semicircle-Bumpers-Door-Silicone-Buffer-Pad-Furniture/152925672374
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- Micro USB Male to USB C Female: https://www.aliexpress.com/item/32983342667.html
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- M3x5 Screw: https://www.ebay.com/itm/20X-M3-3-80mm-Round-Pan-Head-Phillips-Screws-304-Stainless-Steel-Machine-Screws/302237442873?
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- USB C cable (WARNING: CONTAINS 10): https://www.aliexpress.com/item/33032210292.html
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- USB C cable (WARNING: CONTAINS 10): https://www.aliexpress.com/item/33032210292.
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## Links I used for LEDs
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NOTE: Links dead? See /IMAGES/screenshots/ for an example of what you are looking for!
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- 2x3x4mm LEDs: https://www.aliexpress.com/item/4000463652201.html
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- 100Ohm Resistors: https://www.ebay.com/itm/100PCS-1-4W-0-25W-Metal-Film-Resistor-1-Full-Range-of-Values-0%CE%A9-to-10M%CE%A9/252838503547
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## Miscellaneous Info
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- The fancy looking knobs I used for Pocket SDVX #14: https://www.amazon.com/gp/product/B07PQ5H6MF/
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