diff --git a/ProgramKeys/ProgramKeys.ino b/ProgramKeys/ProgramKeys.ino index 4c58ca4..34f97ee 100644 --- a/ProgramKeys/ProgramKeys.ino +++ b/ProgramKeys/ProgramKeys.ino @@ -1,3 +1,36 @@ + // Version to send to github to share with others. + + /** + * FULL VIDEO SUPPORT: https://www.youtube.com/c/ChristineFarion + * @CMoz + * MAY-2025 + * + * Original beautiful code & styling by Volos Projects: https://github.com/VolosR/ProgrammerKeyboard + * + * This code is part of a project that uses the T-Keyboard-S3-Pro hardware + * and the Arduino framework. It includes functionality for handling + * keyboard inputs, rotary encoder interactions, and displaying information + * on a connected LCD screen. + * + * CHANGES MADE: + * + * 1. The code is structured to handle different option sets, allowing users to + * switch between different configurations and display relevant information + * on the LCD screen. + * + * 2. Modify the `keyboardText` array to change the text sent + * by each button in the different option sets. + * + * 3. Pressing the rotary encoder is used to cycle through the option sets, and the + * display updates accordingly. Sets are tracked and option set is displayed. + * + * 4. The code includes functionality to show a rainbow effect on the LEDs + * or set all LEDs to a specific color using HSV values. + * + * 5. There are variables at the top of the code for you to customize it easily. + * + */ + #include #include "T-Keyboard-S3-Pro_Drive.h" #include "pin_config.h" @@ -14,21 +47,113 @@ #define IIC_MAIN_DEVICE_ADDRESS 0x01 // 主设备的IIC地址，默认为0x01 #define IIC_LCD_CS_DEVICE_DELAY 20 // 选定屏幕等待时间 -int pressed[4]={0}; -int press[4]={0}; -unsigned short bck= 0x00A5; +// for the rotary encoder programming and choices for new screens +int optionSet = 0; // Tracks which option set is active (0–4) +const int NUM_OPTION_SETS = 5; // Total number of option sets + +bool selectionMode = false; +int screenIndex = 0; + +int pressed[4] = {0}; +int press[4] = {0}; +unsigned short bck = 0x00A5; + +unsigned short dotsCol[4] = {0xFAEA, 0xFDE5, 0x2647, 0xBA3A}; + +unsigned long startupTime = 0; +const unsigned long STARTUP_GRACE_PERIOD = 2000; // 2 seconds grace period + +// ************************** --> CUSTOMIZE YOUR KEYBOARD TEXT FROM HERE <-- ************************************************* // + +// Labels at the TOP, a lighter color - very Small +String lbls3[5][4] = { + {"CMOZ", "AI", "PROMPT", "HELPER"}, + {"Optn2-1", "Optn2-2", "Optn2-3", "Optn2-4"}, + {"Optn3-1", "Optn3-2", "Optn3-3", "Optn3-4"}, + {"Optn4-1", "Optn4-2", "Optn4-3", "Optn4-4"}, + {"Optn5-1", "Optn5-2", "Optn5-3", "Optn5-4"}}; + + uint16_t label3TXTClr = 0x122D; // <-- 0x122D default text color for these labels + +// Main content CENTER area on the OLED screen - Large +String lbls[5][4] = { + {",tags", "#tags", "smry", "desc"}, + {"Option2-1", "Option2-2", "Option2-3", "Option2-4"}, + {"Option3-1", "Option3-2", "Option3-3", "Option3-4"}, + {"Option4-1", "Option4-2", "Option4-3", "Option4-4"}, + {"Option5-1", "Option5-2", "Option5-3", "Option5-4"}}; + + uint16_t labelTXTClr = WHITE; // <-- WHITE change the Default text color for these labels on the OLED screen + +// Content on the BOTTOM area on the OLED screen - Medium +String lbls2[5][4] = { + {"tags with comma", "hashtags with #", "write a summary", "write description"}, + {"Option2-1", "Option2-2", "Option2-3", "Option2-4"}, + {"Option3-1", "Option3-2", "Option3-3", "Option3-4"}, + {"Option4-1", "Option4-2", "Option4-3", "Option4-4"}, + {"Option5-1", "Option5-2", "Option5-3", "Option5-4"}}; + + uint16_t label2TXTClr = 0x445A; // <-- 0x445A change the Default text color for these labels on the OLED screen + +// *** MODIFY text that will be sent by pressing keys +// 2D arrays (5 option sets × 4 buttons) +String keyboardText[5][4] = { + // Option Set 1 + { + "Option1 Button1: Custom text for button 1 in option set 1", + "Option1 Button2: Custom text for button 1 in option set 1", + "Option1 Button3: Custom text for button 1 in option set 1", + "Option1 Button4: Custom text for button 1 in option set 1"}, + // Option Set 2 + { + "Option2 Button1: Custom text for button 1 in option set 2", + "Option2 Button2: Custom text for button 2 in option set 2", + "Option2 Button3: Custom text for button 3 in option set 2", + "Option2 Button4: Custom text for button 4 in option set 2"}, + // Option Set 3 + { + "Option3 Button1: Custom text for button 1 in option set 3", + "Option3 Button2: Custom text for button 2 in option set 3", + "Option3 Button3: Custom text for button 3 in option set 3", + "Option3 Button4: Custom text for button 4 in option set 3"}, + // Option Set 4 + { + "Option4 Button1: Custom text for button 1 in option set 4", + "Option4 Button2: Custom text for button 2 in option set 4", + "Option4 Button3: Custom text for button 3 in option set 4", + "Option4 Button4: Custom text for button 4 in option set 4"}, + // Option Set 5 + { + "Option5 Button1: Custom text for button 1 in option set 5", + "Option5 Button2: Custom text for button 2 in option set 5", + "Option5 Button3: Custom text for button 3 in option set 5", + "Option5 Button4: Custom text for button 4 in option set 5"}}; + +// ***** --> CUSTOMIZE YOUR OLED / TEXT COLOURS HERE <-- ***** // -unsigned short dotsCol[4]={0xFAEA,0xFDE5,0x2647,0xBA3A}; -String lbls[4]={"For","If","Else","While"}; -String lbls2[4]={"(int i=0; i<8; i++)","If(i==0)","else{}","( n<=16 )"}; -String lbls3[4]={"VOLOS","PROJECTS","YOUTUBE","CHANNEL"}; +uint8_t brightness = 50; // <-- change the Default brightness set for RGB LEDs +uint16_t setTxtClr = PINK; // <--- "set:x" text colour - top righthand corner of the screen 0x122D +uint16_t pressedTEXTClr = 0xA61C; // <---- "PRESSED" text colour 0xA61C default +uint16_t numOfPressesTexClr = ORANGE; // <---- the number of presses text colour ORANGE default -// string that will be send by pressing keys -String firstKey="for(int i=0;i<8;i++) {}"; -String secondKey="if(n==8) {}"; -String thirdKey="if(n==8) {} else {}"; -String forthKey="while(n<8){}"; +// Background colors for each option set and each screen (5 option sets × 4 screens) +unsigned short screenColors[5][4] = { + // Option Set 1 (screens 1-4) + {BLACK, 0x00A5, 0x00A5, 0x00A5}, + + // Option Set 2 (screens 1-4) + {0x2A69, BLACK, 0x2A69, 0x2A69}, + + // Option Set 3 (screens 1-4) + {0x7800, 0x7800, BLACK, 0x7800}, + + // Option Set 4 (screens 1-4) + {0x03E0, 0x03E0, 0x03E0, BLACK}, + + // Option Set 5 (screens 1-4) + {RED, 0x780F, 0x780F, 0x780F} +}; enum KNOB_State { @@ -57,7 +182,7 @@ uint8_t KEY5_Lock = 0; std::vector IIC_Device_ID_Registry_Scan; std::vector vector_temp; std::shared_ptr IIC_Bus = -std::make_shared(IIC_SDA, IIC_SCL, &Wire); + std::make_shared(IIC_SDA, IIC_SCL, &Wire); std::vector KEY_Trigger; USBHIDKeyboard Keyboard; USBHIDConsumerControl ConsumerControl; @@ -76,41 +201,73 @@ Arduino_GFX *gfx = new Arduino_GC9107( Arduino_Canvas *sprite = new Arduino_Canvas(128, 128, gfx); // Width: 100, Height: 50 -void KNOB_Logical_Scan_Loop(void) -{ +void Iocn_Show(std::vector device_id, int chosen); // *** IMPORTANT *** Added forward declaration for platformIO + +// Function to show a rainbow effect on the LEDs +void showRainbowEffect(uint8_t device_id, uint8_t brightness) { + // Set LED brightness (0-100) + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, brightness); + + // Set LED to test mode 1 (built-in rainbow effect) + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000011); + + // Wait a moment for the effect to be visible + delay(2000); + + // Return to normal mode with lower brightness + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 10); + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000001); +} + +// Function to set all LEDs to a specific HSV color +void setAllLEDsToColor(uint8_t device_id, uint16_t hue, uint8_t saturation, uint8_t brightness) { + // Set LED to free mode for custom colors + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000010); + + // Set LED brightness + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, brightness); + + // Set hue (0-360) + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_COLOR_HUE_H, (uint8_t)(hue >> 8)); + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_COLOR_HUE_L, (uint8_t)hue); + + // Set saturation (0-255) + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_COLOR_STATURATION, saturation); + + // Clear previous LED selection + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_CONTROL_1, 0B10000000); + + // Select all LEDs + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_CONTROL_1, 0B00111111); + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_CONTROL_2, 0B11111111); + + // Display the selected LEDs + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_CONTROL_1, 0B01000000); +} + +void KNOB_Logical_Scan_Loop(void) { uint8_t KNOB_Logical_Scan = 0B00000000; - if (digitalRead(KNOB_DATA_A) == 1) - { + if (digitalRead(KNOB_DATA_A) == 1) { KNOB_Logical_Scan |= 0B00000010; - } - else - { + } else { KNOB_Logical_Scan &= 0B11111101; } - if (digitalRead(KNOB_DATA_B) == 1) - { + if (digitalRead(KNOB_DATA_B) == 1) { KNOB_Logical_Scan |= 0B00000001; - } - else - { + } else { KNOB_Logical_Scan &= 0B11111110; } - if (KNOB_Previous_Logical != KNOB_Logical_Scan) - { + if (KNOB_Previous_Logical != KNOB_Logical_Scan) { if (KNOB_Logical_Scan == 0B00000000 || KNOB_Logical_Scan == 0B00000011) { KNOB_Previous_Logical = KNOB_Logical_Scan; KNOB_Trigger_Flag = true; - } - else - { - if (KNOB_Logical_Scan == 0B00000010) - { - switch (KNOB_Previous_Logical) - { + } else { + if (KNOB_Logical_Scan == 0B00000010) { + switch (KNOB_Previous_Logical) { case 0B00000000: KNOB_State_Flag = KNOB_State::KNOB_INCREMENT; break; @@ -122,10 +279,8 @@ void KNOB_Logical_Scan_Loop(void) break; } } - if (KNOB_Logical_Scan == 0B00000001) - { - switch (KNOB_Previous_Logical) - { + if (KNOB_Logical_Scan == 0B00000001) { + switch (KNOB_Previous_Logical) { case 0B00000000: KNOB_State_Flag = KNOB_State::KNOB_DECREMENT; break; @@ -138,17 +293,20 @@ void KNOB_Logical_Scan_Loop(void) } } } - // delay(10); + delay(10); + Serial.print("A: "); + Serial.print(digitalRead(KNOB_DATA_A)); + Serial.print(" B: "); + Serial.println(digitalRead(KNOB_DATA_B)); + Serial.print("KNOB_State_Flag: "); + Serial.println(KNOB_State_Flag); } } -void IIC_KEY_Read_Loop(void) -{ - if (IIC_Device_ID_Registry_Scan.size() > 0) - { - - for (int i = 0; i < IIC_Device_ID_Registry_Scan.size(); i++) - { +void IIC_KEY_Read_Loop(void) { + if (IIC_Device_ID_Registry_Scan.size() > 0) { + + for (int i = 0; i < IIC_Device_ID_Registry_Scan.size(); i++) { IIC_Bus->IIC_ReadC8_Data(IIC_Device_ID_Registry_Scan[i], T_KEYBOARD_S3_PRO_RD_KEY_TRIGGER, &IIC_Master_Receive_Data, 1); @@ -161,90 +319,136 @@ void IIC_KEY_Read_Loop(void) } } -void IIC_KEY_Trigger_Loop(void) -{ - if (KEY_Trigger.size() > 0) - { - switch (KEY_Trigger[0].ID) - { +void IIC_KEY_Trigger_Loop(void) { + if (millis() - startupTime < STARTUP_GRACE_PERIOD) { + // During grace period, just clear any key triggers without processing them + while (KEY_Trigger.size() > 0) { + KEY_Trigger.erase(KEY_Trigger.begin()); + } + return; // Skip the rest of the function during grace period + } + + if (KEY_Trigger.size() > 0) { + switch (KEY_Trigger[0].ID) { case 0x01: - if (((KEY_Trigger[0].Trigger_Data & 0B00010000) >> 4) == 1) - { - if (KEY1_Lock == 0) - { - pressed[0]++; - press[0]++; - if(press[0]==8) press[0]=0; - Iocn_Show(vector_temp,0); - - Keyboard.sendString(firstKey.c_str()); - + if (((KEY_Trigger[0].Trigger_Data & 0B00010000) >> 4) == 1) { + if (KEY1_Lock == 0) { + pressed[0]++; + press[0]++; + if (press[0] == 8) + press[0] = 0; + Iocn_Show(vector_temp, 0); + + // Show test pattern 2 (another built-in effect) + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 50); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000100); + delay(500); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 10); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000001); + + // Use the current option set to determine which text to send + Keyboard.sendString(keyboardText[optionSet][0].c_str()); + delay(50); // Short stability delay } KEY1_Lock = 1; - } - else - { + } else { KEY1_Lock = 0; // loop auto release } - if (((KEY_Trigger[0].Trigger_Data & 0B00001000) >> 3) == 1) - { - if (KEY2_Lock == 0) - { - pressed[1]++; - press[1]++; - if(press[1]==8) press[1]=0; - Iocn_Show(vector_temp,1); - Keyboard.sendString(secondKey.c_str()); + if (((KEY_Trigger[0].Trigger_Data & 0B00001000) >> 3) == 1) { + if (KEY2_Lock == 0) { + pressed[1]++; + press[1]++; + if (press[1] == 8) + press[1] = 0; + Iocn_Show(vector_temp, 1); + + // Show test pattern 2 (another built-in effect) + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 50); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000100); + delay(500); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 10); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000001); + + // Use the current option set to determine which text to send + Keyboard.sendString(keyboardText[optionSet][1].c_str()); + delay(50); // Short stability delay } KEY2_Lock = 1; - } - else - { + } else { KEY2_Lock = 0; } - if (((KEY_Trigger[0].Trigger_Data & 0B00000100) >> 2) == 1) - { - if (KEY3_Lock == 0) - { - pressed[2]++; - press[2]++; - if(press[2]==8) press[2]=0; - Iocn_Show(vector_temp,2); - Keyboard.sendString(thirdKey.c_str()); + if (((KEY_Trigger[0].Trigger_Data & 0B00000100) >> 2) == 1) { + if (KEY3_Lock == 0) { + pressed[2]++; + press[2]++; + if (press[2] == 8) + press[2] = 0; + Iocn_Show(vector_temp, 2); + + // Show test pattern 2 (another built-in effect) + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 50); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000100); + delay(500); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 10); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000001); + + // Use the current option set to determine which text to send + Keyboard.sendString(keyboardText[optionSet][2].c_str()); + delay(50); // Short stability delay } KEY3_Lock = 1; - } - else - { + } else { KEY3_Lock = 0; } - if (((KEY_Trigger[0].Trigger_Data & 0B00000010) >> 1) == 1) - { - if (KEY4_Lock == 0) - { - pressed[3]++; - press[3]++; - if(press[3]==8) press[3]=0; - Iocn_Show(vector_temp,3); - Keyboard.sendString(forthKey.c_str()); + if (((KEY_Trigger[0].Trigger_Data & 0B00000010) >> 1) == 1) { + if (KEY4_Lock == 0) { + pressed[3]++; + press[3]++; + if (press[3] == 8) + press[3] = 0; + Iocn_Show(vector_temp, 3); + + // Show test pattern 2 (another built-in effect) + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 50); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000100); + delay(500); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 10); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000001); + + // Use the current option set to determine which text to send + Keyboard.sendString(keyboardText[optionSet][3].c_str()); + delay(50); // Short stability delay } KEY4_Lock = 1; - } - else - { + } else { KEY4_Lock = 0; } - if ((KEY_Trigger[0].Trigger_Data & 0B00000001) == 1) - { - if (KEY5_Lock == 0) - { - //Keyboard.sendString("zadnji"); + if ((KEY_Trigger[0].Trigger_Data & 0B00000001) == 1) { + if (KEY5_Lock == 0) { + // Rotary encoder button press - cycle through option sets + optionSet = (optionSet + 1) % NUM_OPTION_SETS; + Serial.printf("Option Set: %d\n", optionSet + 1); + + // Show rainbow effect when KEY5 (rotary encoder) is pressed + // showRainbowEffect(IIC_MAIN_DEVICE_ADDRESS, 50); + + // Show test pattern 2 (another built-in effect) + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 50); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000100); + delay(500); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 10); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000001); + + Iocn_Show(vector_temp, 5); } + KEY5_Lock = 1; + } else { + KEY5_Lock = 0; } break; @@ -260,22 +464,18 @@ void IIC_KEY_Trigger_Loop(void) } } -void KNOB_Trigger_Loop(void) -{ +void KNOB_Trigger_Loop(void) { KNOB_Logical_Scan_Loop(); - if (KNOB_Trigger_Flag == true) - { + if (KNOB_Trigger_Flag == true) { KNOB_Trigger_Flag = false; - switch (KNOB_State_Flag) - { + switch (KNOB_State_Flag) { case KNOB_State::KNOB_INCREMENT: KNOB_Data++; Serial.printf("\nKNOB_Data: %d\n", KNOB_Data); ConsumerControl.press(CONSUMER_CONTROL_VOLUME_INCREMENT); ConsumerControl.release(); - delay(5); break; case KNOB_State::KNOB_DECREMENT: @@ -289,50 +489,36 @@ void KNOB_Trigger_Loop(void) default: break; } - } - else - { + } else { ConsumerControl.release(); } } -void Task1(void *pvParameters) -{ - - while (1) - { +void Task1(void *pvParameters) { + + while (1) { IIC_Bus->IIC_Device_7Bit_Scan(&IIC_Device_ID_Registry_Scan); - if (millis() > IIC_Bus_CycleTime) - { - if (IIC_Bus->IIC_Device_7Bit_Scan(&IIC_Device_ID_Scan) == true) - { - if (IIC_Device_ID_Scan.size() != IIC_Device_ID_Registry.size()) - { + if (millis() > IIC_Bus_CycleTime) { + if (IIC_Bus->IIC_Device_7Bit_Scan(&IIC_Device_ID_Scan) == true) { + if (IIC_Device_ID_Scan.size() != IIC_Device_ID_Registry.size()) { IIC_Device_ID_State = true; } } - IIC_Bus_CycleTime = millis() + 10; // 10ms } - delay(1); + delay(1); } } -void Select_Screen_All(std::vector device_id, bool select) -{ - if (select == true) - { - for (int i = 0; i < device_id.size(); i++) - { +void Select_Screen_All(std::vector device_id, bool select) { + if (select == true) { + for (int i = 0; i < device_id.size(); i++) { IIC_Bus->IIC_WriteC8D8(device_id[i], T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00011111); // 选定全部屏幕 delay(IIC_LCD_CS_DEVICE_DELAY); } - } - else - { - for (int i = 0; i < device_id.size(); i++) - { + } else { + for (int i = 0; i < device_id.size(); i++) { IIC_Bus->IIC_WriteC8D8(device_id[i], T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00000000); // 取消选定屏幕 delay(IIC_LCD_CS_DEVICE_DELAY); @@ -340,204 +526,216 @@ void Select_Screen_All(std::vector device_id, bool select) } } -void Iocn_Show(std::vector device_id, int chosen) -{ +void Iocn_Show(std::vector device_id, int chosen) { Select_Screen_All(device_id, true); - - //variable chosen dictate which display will be updated if chosen =0 first display will be updated - // if chosen =2 second one will be updated, if chosen == 5 , all display will be updated - if(chosen==5) - gfx->fillScreen(BLACK); + // variable chosen dictate which display will be updated if chosen =0 first display will be updated + // if chosen =2 second one will be updated, if chosen == 5 , all display will be updated + if (chosen == 5) + gfx->fillScreen(BLACK); - //UPDATING ONLY FIRST DISPLAY - if(chosen==0 || chosen==5){ - for (int i = 0; i < device_id.size(); i++) - { - IIC_Bus->IIC_WriteC8D8(device_id[i], - T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00010000); // 选定屏幕1 LCD_1 - delay(IIC_LCD_CS_DEVICE_DELAY); - } - sprite->fillScreen(bck); - - for(int i=0;i<3;i++) - sprite->fillCircle(18+(i*12),9,4,dotsCol[i]); - - sprite->setFont(&AGENCYR30pt7b); - sprite->setTextColor(WHITE); - sprite->setCursor(12, 92); - sprite->println(lbls[0]); - - sprite->setFont(&AGENCYR12pt7b); - sprite->setTextColor(0xA61C); - sprite->setCursor(12, 38); - sprite->println("PRESSED: "); - - sprite->setTextColor(ORANGE); - sprite->setCursor(86, 38); - sprite->println(String(pressed[0])); - - sprite->setFont(&AGENCYR10pt7b); - sprite->setTextColor(0x445A); - sprite->setCursor(12, 116); - sprite->println(lbls2[0]); - - sprite->setFont(NULL); - sprite->setCursor(58, 6); - sprite->setTextColor(0x122D); - sprite->println(lbls3[0]); - - for(int i=0;i<8;i++) - if(i<=press[0]) - sprite->fillRect(118, 94-(i*6), 6, 3, dotsCol[0]); - else - sprite->fillRect(118, 94-(i*6), 6, 3, 0x122D); - - sprite->flush(); - delay(5);} - - //UPDATING SECOND DISPLAY - if(chosen==1 || chosen==5){ - for (int i = 0; i < device_id.size(); i++) - { - IIC_Bus->IIC_WriteC8D8(device_id[i], - T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00001000); // 选定屏幕2 LCD_2 - delay(IIC_LCD_CS_DEVICE_DELAY); + // UPDATING ONLY FIRST DISPLAY + if (chosen == 0 || chosen == 5) { + for (int i = 0; i < device_id.size(); i++) { + IIC_Bus->IIC_WriteC8D8(device_id[i], + T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00010000); // 选定屏幕1 LCD_1 + delay(IIC_LCD_CS_DEVICE_DELAY); + } + + sprite->fillScreen(screenColors[optionSet][0]); + + for (int i = 0; i < 3; i++) + sprite->fillCircle(18 + (i * 12), 9, 4, dotsCol[i]); + + // for keeping track of the set + sprite->setCursor(85, 6); + sprite->setTextColor(setTxtClr); + sprite->print(" Set:"); + sprite->println(optionSet + 1); + + sprite->setFont(&AGENCYR30pt7b); + sprite->setTextColor(labelTXTClr); + sprite->setCursor(1, 92); + sprite->println(lbls[optionSet][0]); // sprite->println(lbls3[optionSet][3]); // optionSet: 0-4, 3: fourth display + + sprite->setFont(&AGENCYR12pt7b); + sprite->setTextColor(pressedTEXTClr); + sprite->setCursor(12, 38); + sprite->println("PRESSED: "); + + sprite->setTextColor(numOfPressesTexClr); + sprite->setCursor(86, 38); + sprite->println(String(pressed[0])); + + sprite->setFont(&AGENCYR10pt7b); + sprite->setTextColor(label2TXTClr); + sprite->setCursor(12, 122); + sprite->println(lbls2[optionSet][0]); + + // sprite->setFont(NULL); + sprite->setFont((const GFXfont *)nullptr); + + sprite->setCursor(50, 6); + sprite->setTextColor(label3TXTClr); + sprite->println(lbls3[optionSet][0]); + + for (int i = 0; i < 8; i++) + if (i <= press[0]) + sprite->fillRect(118, 94 - (i * 6), 6, 3, dotsCol[0]); + else + sprite->fillRect(118, 94 - (i * 6), 6, 3, 0x122D); + + sprite->flush(); + delay(5); } - sprite->fillScreen(bck); - for(int i=0;i<3;i++) - sprite->fillCircle(18+(i*12),9,4,dotsCol[i]); + // UPDATING SECOND DISPLAY + if (chosen == 1 || chosen == 5) { + for (int i = 0; i < device_id.size(); i++) { + IIC_Bus->IIC_WriteC8D8(device_id[i], + T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00001000); // 选定屏幕2 LCD_2 + delay(IIC_LCD_CS_DEVICE_DELAY); + } + + sprite->fillScreen(screenColors[optionSet][1]); - sprite->setFont(&AGENCYR30pt7b); - sprite->setTextColor(WHITE); - sprite->setCursor(12, 92); - sprite->println(lbls[1]); + for (int i = 0; i < 3; i++) + sprite->fillCircle(18 + (i * 12), 9, 4, dotsCol[i]); - sprite->setFont(&AGENCYR12pt7b); - sprite->setTextColor(0xA61C); - sprite->setCursor(12, 38); - sprite->println("PRESSED: "); + sprite->setFont(&AGENCYR30pt7b); + sprite->setTextColor(labelTXTClr); + sprite->setCursor(1, 92); + sprite->println(lbls[optionSet][1]); - sprite->setTextColor(ORANGE); - sprite->setCursor(86, 38); - sprite->println(String(pressed[1])); + sprite->setFont(&AGENCYR12pt7b); + sprite->setTextColor(pressedTEXTClr); + sprite->setCursor(12, 38); + sprite->println("PRESSED: "); - sprite->setFont(&AGENCYR10pt7b); - sprite->setTextColor(0x445A); - sprite->setCursor(12, 116); - sprite->println(lbls2[1]); + sprite->setTextColor(numOfPressesTexClr); + sprite->setCursor(86, 38); + sprite->println(String(pressed[1])); - sprite->setFont(NULL); - sprite->setCursor(58, 6); - sprite->setTextColor(0x122D); - sprite->println(lbls3[1]); + sprite->setFont(&AGENCYR10pt7b); + sprite->setTextColor(label2TXTClr); + sprite->setCursor(12, 122); + sprite->println(lbls2[optionSet][1]); - for(int i=0;i<8;i++) - if(i<=press[1]) - sprite->fillRect(118, 94-(i*6), 6, 3, dotsCol[1]); - else - sprite->fillRect(118, 94-(i*6), 6, 3, 0x122D); + // sprite->setFont(NULL); + sprite->setFont((const GFXfont *)nullptr); - - sprite->flush(); - delay(5);} + sprite->setCursor(50, 6); + sprite->setTextColor(label3TXTClr); + sprite->println(lbls3[optionSet][1]); - //UPDATING THIRD DISPLAY - if(chosen==2 || chosen==5){ - for (int i = 0; i < device_id.size(); i++) - { - IIC_Bus->IIC_WriteC8D8(device_id[i], - T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00000100); // 选定屏幕3 LCD_3 - delay(IIC_LCD_CS_DEVICE_DELAY); + for (int i = 0; i < 8; i++) + if (i <= press[1]) + sprite->fillRect(118, 94 - (i * 6), 6, 3, dotsCol[1]); + else + sprite->fillRect(118, 94 - (i * 6), 6, 3, 0x122D); + + sprite->flush(); + delay(5); } - sprite->fillScreen(bck); - for(int i=0;i<3;i++) - sprite->fillCircle(18+(i*12),9,4,dotsCol[i]); + // UPDATING THIRD DISPLAY + if (chosen == 2 || chosen == 5) { + for (int i = 0; i < device_id.size(); i++) { + IIC_Bus->IIC_WriteC8D8(device_id[i], + T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00000100); // 选定屏幕3 LCD_3 + delay(IIC_LCD_CS_DEVICE_DELAY); + } + + sprite->fillScreen(screenColors[optionSet][2]); - sprite->setFont(&AGENCYR30pt7b); - sprite->setTextColor(WHITE); - sprite->setCursor(12, 92); - sprite->println(lbls[2]); + for (int i = 0; i < 3; i++) + sprite->fillCircle(18 + (i * 12), 9, 4, dotsCol[i]); - sprite->setFont(&AGENCYR12pt7b); - sprite->setTextColor(0xA61C); - sprite->setCursor(12, 38); - sprite->println("PRESSED: "); + sprite->setFont(&AGENCYR30pt7b); + sprite->setTextColor(labelTXTClr); + sprite->setCursor(1, 92); + sprite->println(lbls[optionSet][2]); - sprite->setTextColor(ORANGE); - sprite->setCursor(86, 38); - sprite->println(String(pressed[2])); + sprite->setFont(&AGENCYR12pt7b); + sprite->setTextColor(pressedTEXTClr); + sprite->setCursor(12, 38); + sprite->println("PRESSED: "); - sprite->setFont(&AGENCYR10pt7b); - sprite->setTextColor(0x445A); - sprite->setCursor(12, 116); - sprite->println(lbls2[2]); + sprite->setTextColor(numOfPressesTexClr); + sprite->setCursor(86, 38); + sprite->println(String(pressed[2])); - sprite->setFont(NULL); - sprite->setCursor(58, 6); - sprite->setTextColor(0x122D); - sprite->println(lbls3[2]); + sprite->setFont(&AGENCYR10pt7b); + sprite->setTextColor(label2TXTClr); + sprite->setCursor(12, 122); + sprite->println(lbls2[optionSet][2]); - for(int i=0;i<8;i++) - if(i<=press[2]) - sprite->fillRect(118, 94-(i*6), 6, 3, dotsCol[2]); - else - sprite->fillRect(118, 94-(i*6), 6, 3, 0x122D); + // sprite->setFont(NULL); + sprite->setFont((const GFXfont *)nullptr); - - sprite->flush(); - delay(5);} + sprite->setCursor(50, 6); + sprite->setTextColor(label3TXTClr); + sprite->println(lbls3[optionSet][2]); - //UPDATING LAST DISPLAY - if(chosen==3 || chosen==5){ - for (int i = 0; i < device_id.size(); i++) - { - IIC_Bus->IIC_WriteC8D8(device_id[i], - T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00000010); // 选定屏幕4 LCD_4 - delay(IIC_LCD_CS_DEVICE_DELAY); + for (int i = 0; i < 8; i++) + if (i <= press[2]) + sprite->fillRect(118, 94 - (i * 6), 6, 3, dotsCol[2]); + else + sprite->fillRect(118, 94 - (i * 6), 6, 3, 0x122D); + + sprite->flush(); + delay(5); } - - sprite->fillScreen(bck); - - for(int i=0;i<3;i++) - sprite->fillCircle(18+(i*12),9,4,dotsCol[i]); - - sprite->setFont(&AGENCYR30pt7b); - sprite->setTextColor(WHITE); - sprite->setCursor(12, 92); - sprite->println(lbls[3]); - - sprite->setFont(&AGENCYR12pt7b); - sprite->setTextColor(0xA61C); - sprite->setCursor(12, 38); - sprite->println("PRESSED: "); - - sprite->setTextColor(ORANGE); - sprite->setCursor(86, 38); - sprite->println(String(pressed[3])); - - sprite->setFont(&AGENCYR10pt7b); - sprite->setTextColor(0x445A); - sprite->setCursor(12, 116); - sprite->println(lbls2[3]); - - sprite->setFont(NULL); - sprite->setCursor(58, 6); - sprite->setTextColor(0x122D); - sprite->println(lbls3[3]); - - for(int i=0;i<8;i++) - if(i<=press[3]) - sprite->fillRect(118, 94-(i*6), 6, 3, dotsCol[3]); - else - sprite->fillRect(118, 94-(i*6), 6, 3, 0x122D); - - sprite->flush(); - delay(5);} + // UPDATING LAST DISPLAY + if (chosen == 3 || chosen == 5) { + for (int i = 0; i < device_id.size(); i++) { + IIC_Bus->IIC_WriteC8D8(device_id[i], + T_KEYBOARD_S3_PRO_WR_LCD_CS, 0B00000010); // 选定屏幕4 LCD_4 + delay(IIC_LCD_CS_DEVICE_DELAY); + } + + sprite->fillScreen(screenColors[optionSet][3]); + + for (int i = 0; i < 3; i++) + sprite->fillCircle(18 + (i * 12), 9, 4, dotsCol[i]); + + sprite->setFont(&AGENCYR30pt7b); + sprite->setTextColor(labelTXTClr); + sprite->setCursor(1, 92); + sprite->println(lbls[optionSet][3]); + + sprite->setFont(&AGENCYR12pt7b); + sprite->setTextColor(pressedTEXTClr); + sprite->setCursor(12, 38); + sprite->println("PRESSED: "); + + sprite->setTextColor(numOfPressesTexClr); + sprite->setCursor(86, 38); + sprite->println(String(pressed[3])); + + sprite->setFont(&AGENCYR10pt7b); + sprite->setTextColor(label2TXTClr); + sprite->setCursor(12, 122); + sprite->println(lbls2[optionSet][3]); + + // sprite->setFont(NULL); + sprite->setFont((const GFXfont *)nullptr); + + sprite->setCursor(50, 6); + sprite->setTextColor(label3TXTClr); + sprite->println(lbls3[optionSet][3]); + + for (int i = 0; i < 8; i++) + if (i <= press[3]) + sprite->fillRect(118, 94 - (i * 6), 6, 3, dotsCol[3]); + else + sprite->fillRect(118, 94 - (i * 6), 6, 3, 0x122D); + + sprite->flush(); + delay(5); + } Select_Screen_All(device_id, false); } @@ -562,24 +760,34 @@ void Print_IIC_Info(std::vector device_id) Select_Screen_All(device_id, false); } -void setup() +void resetLEDs(uint8_t device_id) { - + // Set LEDs to normal mode with low brightness + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 10); + IIC_Bus->IIC_WriteC8D8(device_id, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000001); +} + +void setup() { + Serial.begin(115200); + delay(1000); + Serial.println("T-Keyboard-S3-Pro Drive Test Start"); pinMode(KNOB_DATA_A, INPUT_PULLUP); pinMode(KNOB_DATA_B, INPUT_PULLUP); - while (IIC_Bus->begin() == false) - { + while (IIC_Bus->begin() == false) { Serial.println("IIC_Bus initialization fail"); delay(2000); } Serial.println("IIC_Bus initialization successfully"); xTaskCreatePinnedToCore(Task1, "Task1", 10000, NULL, 1, NULL, 1); delay(100); + // Initialize LEDs with a low brightness + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_BRIGHTNESS, 10); + IIC_Bus->IIC_WriteC8D8(IIC_MAIN_DEVICE_ADDRESS, T_KEYBOARD_S3_PRO_WR_LED_MODE, 0B00000001); + Keyboard.begin(); ConsumerControl.begin(); USB.begin(); - /*LCD*/ pinMode(LCD_RST, OUTPUT); digitalWrite(LCD_RST, HIGH); @@ -588,11 +796,9 @@ void setup() delay(100); digitalWrite(LCD_RST, HIGH); delay(100); - analogWrite(LCD_BL,150); + analogWrite(LCD_BL, 150); - - while (1) - { + while (1) { bool temp = false; if (IIC_Device_ID_State == true) { @@ -600,8 +806,9 @@ void setup() Serial.printf("Find IIC ID: %#X\n", IIC_Device_ID_Scan[0]); - if (IIC_Device_ID_Scan[0] == IIC_MAIN_DEVICE_ADDRESS) // 只初始化主设备，其他设备稍后测试 - { + if (IIC_Device_ID_Scan[0] == IIC_MAIN_DEVICE_ADDRESS) + { // 只初始化主设备，其他设备稍后测试 + IIC_Device_ID_Registry.push_back(IIC_Device_ID_Scan[0]); std::vector vector_temp; @@ -636,11 +843,33 @@ void setup() sprite->begin(); vector_temp.push_back(IIC_MAIN_DEVICE_ADDRESS); Print_IIC_Info(vector_temp); - Iocn_Show(vector_temp,5); + + // Reset optionSet to ensure it starts at 0 + optionSet = 0; + + // Clear any pending key triggers that might have accumulated during startup + while (KEY_Trigger.size() > 0) { + KEY_Trigger.erase(KEY_Trigger.begin()); + } + + // Reset all key locks + KEY1_Lock = 0; + KEY2_Lock = 0; + KEY3_Lock = 0; + KEY4_Lock = 0; + KEY5_Lock = 0; + + // Add a delay to stabilize + delay(500); + + // Record the current time for startup grace period + startupTime = millis(); + + // Update the display with the correct initial option set + Iocn_Show(vector_temp, 5); } -void loop() -{ +void loop() { IIC_KEY_Read_Loop(); IIC_KEY_Trigger_Loop(); if (millis() > KNOB_CycleTime) @@ -649,4 +878,40 @@ void loop() KNOB_CycleTime = millis() + 20; // 20ms } KNOB_Trigger_Loop(); + delay(50); } + +/* +// Basic colors +BLACK // 0x0000 +NAVY // 0x000F +DARKGREEN // 0x03E0 +DARKCYAN // 0x03EF +MAROON // 0x7800 +PURPLE // 0x780F +OLIVE // 0x7BE0 +LIGHTGREY // 0xC618 +DARKGREY // 0x7BEF +BLUE // 0x001F +GREEN // 0x07E0 +CYAN // 0x07FF +RED // 0xF800 +MAGENTA // 0xF81F +YELLOW // 0xFFE0 +WHITE // 0xFFFF +ORANGE // 0xFD20 +GREENYELLOW // 0xAFE5 +PINK // 0xF81F +To creat a custom color, you can use the following formula: +// color = (red << 11) | (green << 5) | blue; +// where red, green, and blue are 5-bit values (0-31). +// Some custom colors +0x00A5 // Dark blue/teal +0xA61C // Reddish +0x445A // Grayish blue +0x122D // Dark blue +0xFAEA // Light pink/peach +0xFDE5 // Light pink +0x2647 // Dark blue +0xBA3A // Reddish orange +*/ diff --git a/ProgramKeys/platformio.ini b/ProgramKeys/platformio.ini new file mode 100644 index 0000000..96cd28e --- /dev/null +++ b/ProgramKeys/platformio.ini @@ -0,0 +1,40 @@ +; PlatformIO Project Configuration File +; I have found these settings work best when using the T-Keyboard S3 Pro in PlatformIO +; +; Build options: build flags, source filter +; Upload options: custom upload port, speed and extra flags +; Library options: dependencies, extra library storages +; Advanced options: extra scripting +; +; Please visit documentation for the other options and examples +; https://docs.platformio.org/page/projectconf.html + +[platformio] +boards_dir = ./boards +lib_dir = ./libraries +src_dir = src +default_envs = lilygo_t_keyboard_pro_esp32s3 + +[env:lilygo_t_keyboard_pro_esp32s3] +platform = espressif32 @6.5.0 +board = lilygo_t_keyboard_pro_esp32s3 +framework = arduino +monitor_speed = 115200 +monitor_rts = 0 +monitor_dtr = 0 +upload_speed = 921600 +board_upload.flash_size = 16MB +board_build.partitions = default_16MB.csv +build_flags = + -Wall + -Wextra + -D CORE_DEBUG_LEVEL=1 + -D ARDUINO_USB_MODE=1 + -D ARDUINO_USB_CDC_ON_BOOT=1 + -D ARDUINO_RUNNING_CORE=1 + -D ARDUINO_EVENT_RUNNING_CORE=1 +lib_deps = + adafruit/Adafruit SSD1306@^2.5.7 + olikraus/U8g2@^2.34.22 + Arduino_DriveBus_Library + ;adafruit/Adafruit GFX Library@1.11.9 diff --git a/README.md b/README.md new file mode 100644 index 0000000..bb4453e --- /dev/null +++ b/README.md @@ -0,0 +1,19 @@ +This version adds additional screens and customized options for you to edit. To make using this keyboard a little easier. +I have an overview of the features added: https://youtu.be/HxzRtdL4Aac + +Welcome to ProgrammerKeys Mod, where I’ve taken the original ProgrammerKeys repo and supercharged it with AI-powered features, for productivity hacks! + + * 1. The code is structured to handle different option sets, allowing users to + * switch between different configurations and display relevant information + * on the LCD screen. + * + * 2. Modify the `keyboardText` array to change the text sent + * by each button in the different option sets. + * + * 3. Pressing the rotary encoder is used to cycle through the option sets, and the + * display updates accordingly. Sets are tracked and option set is displayed. + * + * 4. The code includes functionality to show a rainbow effect on the LEDs + * or set all LEDs to a specific color using HSV values. + * + * 5. There are variables at the top of the code for you to customize it easily.