// This file contains the DCC and LED definitions. // // It was automatically generated by the program Prog_Generator_MobaLedLib.xlsm Ver. 3.3.2 by Hardi // File creation: 08.06.2025 12:20:13 // (Attention: The display in the Arduino IDE is not updated if Options/External Editor is disabled) #ifndef __LEDS_AUTOPROG_H__ #define __LEDS_AUTOPROG_H__ #ifndef CONFIG_ONLY #ifndef ARDUINO_RASPBERRY_PI_PICO #define FASTLED_INTERNAL // Disable version number message in FastLED library (looks like an error) #include // The FastLED library must be installed in addition if you got the error message "..fatal error: FastLED.h: No such file or directory" // Arduino IDE: Sketch / Include library / Manage libraries Deutsche IDE: Sketch / Bibliothek einbinden / Bibliothek verwalten // Type "FastLED" in the "Filter your search..." field "FastLED" in das "Grenzen Sie ihre Suche ein" Feld eingeben // Select the entry and click "Install" Gefundenen Eintrag auswaehlen und "Install" anklicken #else #include // Juergens minimum version or FastLED for Raspberry Pico #endif #endif // CONFIG_ONLY #include #define START_MSG "LEDs_AutoProg Ver 1: Ver_3.3.2 08.06.25 12:20" #define TWO_BUTTONS_PER_ADDRESS 1 // Two buttons (Red/Green) are used (DCC/LNet/CAN) #ifdef NUM_LEDS #warning "'NUM_LEDS' definition in the main program is replaced by the included 'LEDs_AutoProg.h' with 28" #undef NUM_LEDS #endif #define NUM_LEDS 28 // Number of LEDs (Maximal 256 RGB LEDs could be used) #define LEDS_PER_CHANNEL ",3,1,2,2,2,2,0,16" #define USE_PROTOCOL_DCC #define RECEIVE_LED_COLOR_PER_RS232 #define GEN_BUTTON_RELEASE #define GEN_BUTTON_RELEASE_COM GEN_OFF // Input channel defines for local inputs and expert users //*** Direct connected switches *** #define START_SWITCHES_D 0 // Define the start number for the first mainboard switch #define SwitchD1 0 #define SwitchD2 1 #define SwitchD3 2 //*** Output Channels *** #define START_VARIABLES 3 // Define the start number for the variables. #define D1 3 #define D2 4 #define D3 5 const PROGMEM uint8_t SwitchD_Pins[] = { 12,26,25 }; // Array of pins which read switches 'D' #define SWITCH_D_INP_CNT sizeof(SwitchD_Pins) #define START_SEND_INPUTS 0 // Start address of all switches/variables #define TOTAL_SEND_INPUTS 6 // Number of used switches/variables #define TOTAL_SWITCHES_A 0 // Number of used inputs for analog keyboard #define TOTAL_SWITCHES_B 0 // Number of used inputs for keyboard 1 #define TOTAL_SWITCHES_C 0 // Number of used inputs for keyboard 2 #define TOTAL_SWITCHES_D 3 // Number of used inputs for main board switches #define TOTAL_VARIABLES 3 // Number of used variables /*********************/ #define SETUP_FASTLED() \ /*********************/ \ CLEDController& controller0 = FastLED.addLeds(leds+ 0, 3); \ CLEDController& controller1 = FastLED.addLeds(leds+ 3, 1); \ CLEDController& controller2 = FastLED.addLeds(leds+ 4, 2); \ CLEDController& controller3 = FastLED.addLeds(leds+ 6, 2); \ CLEDController& controller4 = FastLED.addLeds(leds+ 8, 2); \ CLEDController& controller5 = FastLED.addLeds(leds+ 10, 2); \ CLEDController& controller7 = FastLED.addLeds(leds+ 12, 16); \ \ controller0.clearLeds(256); \ controller1.clearLeds(256); \ controller2.clearLeds(256); \ controller3.clearLeds(256); \ controller4.clearLeds(256); \ controller5.clearLeds(256); \ controller7.clearLeds(256); \ FastLED.setDither(DISABLE_DITHER); // avoid sending slightly modified brightness values /*End*/ #define USE_ADDITIONAL_SETUP_PROC // Activate the usage of the Additional_Setup_Proc() //-------------------------- void Additional_Setup_Proc() //-------------------------- { for (uint8_t i = 0; i < SWITCH_D_INP_CNT; i++) pinMode(pgm_read_byte_near(&SwitchD_Pins[i]), INPUT_PULLUP); } /****************************/ #define Additional_Loop_Proc() \ /****************************/ \ { \ for (uint8_t i = 0; i < 3; i++) \ MobaLedLib.Set_Input(SwitchD1 + i, !digitalRead(pgm_read_byte_near(&SwitchD_Pins[i])));\ } //******************************************************************* // *** Configuration array which defines the behavior of the LEDs *** MobaLedLib_Configuration() { // Set_LED_OutpPinLst(27 32 16 14 18 19 23 0) /* Excel row 3 */ #ifdef ESP32 /* Excel row 4 */ #define USE_ESP32_EXTENSIONS /* " */ #define USE_UI /* " */ #endif /* " */ T_FlipFlopReset(D1, SwitchD1, SI_0) /* Schalter D1 (einmal drücken = an, nochmal drücken = aus) */ T_FlipFlopReset(D2, SwitchD2, SI_0) /* Schalter D2 (einmal drücken = an, nochmal drücken = aus) */ T_FlipFlopReset(D3, SwitchD3, SI_0) /* Schalter D3 (einmal drücken = an, nochmal drücken = aus) */ RGB_Heartbeat_Color(0, 5, 120, 150, 1 Sek) /* Ch 0 Heartbeat (grün blinkende Heartbeats #0 bis 7) */ RGB_Heartbeat_Color(4, 5, 120, 150, 1 Sek) /* Ch 2 Heartbeat */ RGB_Heartbeat_Color(6, 5, 120, 150, 1 Sek) /* Ch 3 Heartbeat */ RGB_Heartbeat_Color(8, 5, 120, 150, 1 Sek) /* Ch 4 Heartbeat */ RGB_Heartbeat_Color(10, 5, 120, 150, 1 Sek) /* Ch 5 Heartbeat */ Const(12, C1, D1, 9, 255) /* Status-LED gelb (leuchtet schwach wenn D1 = aus, hell wenn D1 = an) */ Const(12, C2, D2, 3, 90) /* Status-LED weiß (leuchtet schwach wenn D2 = aus, hell wenn D2 = an) */ Const(12, C3, D3, 5, 180) /* Status-LED blau (leuchtet schwach wenn D3 = aus, hell wenn D3 = an) */ RGB_Ring(13, SI_1, 30, 80) /* MLL-Ring (pc) */ RGB_Heartbeat_Color(25, 5, 120, 150, 1 Sek) /* Ch 7 Heartbeat */ House(1, SI_1, 1, 1, ROOM_WARM_W) /* Beispiel auf Kanal 0 (Zeile ersetzen durch eigene Programmierung) */ House(3, SI_1, 1, 1, ROOM_WARM_W) /* Beispiel auf Kanal 1 (Zeile löschen, wenn Kanal 1 nicht genutzt wird) */ House(26, SI_1, 1, 1, ROOM_WARM_W) /* Beispiel auf Kanal 7 (Zeile löschen, wenn Kanal 7 nicht genutzt wird) */ RGB_Heartbeat_Color(2, 5, 120, 205, 1 Sek) /* Ch 0N Heartbeat Rückmeldung (gelb blinkende Heartbeats #0N bis 7N) */ RGB_Heartbeat_Color(5, 5, 120, 205, 1 Sek) /* Ch 2N Heartbeat Rückmeldung */ RGB_Heartbeat_Color(7, 5, 120, 205, 1 Sek) /* Ch 3N Heartbeat Rückmeldung */ RGB_Heartbeat_Color(9, 5, 120, 205, 1 Sek) /* Ch 4N Heartbeat Rückmeldung */ RGB_Heartbeat_Color(11, 5, 120, 205, 1 Sek) /* Ch 5N Heartbeat Rückmeldung */ RGB_Heartbeat_Color(27, 5, 120, 205, 1 Sek) /* Ch 7N Heartbeat Rückmeldung */ EndCfg // End of the configuration }; //******************************************************************* #ifndef COPYLED_OFF #define COPYLED_OFF 0 #endif #ifndef COPYLED_OFF_ONCE #define COPYLED_OFF_ONCE 1 #endif //--------------------------------------------- void Set_Start_Values(MobaLedLib_C &MobaLedLib) //--------------------------------------------- { } // if function returns TRUE the calling loop stops typedef bool(*HandleValue_t) (uint8_t CallbackType, uint8_t ValueId, uint8_t* Value, uint16_t EEPromAddr, uint8_t TargetValueId, uint8_t Options); #define InCnt_MSK 0x003F // 6 bits are used for the InCnt, 2 bits for the type ttcc cccc => Max InCnt=63 #define IS_COUNTER (uint8_t)0x80 #define IS_PULSE (uint8_t)0x40 #define IS_TOGGLE (uint8_t)0x00 #define COUNTER_ID typedef struct { uint8_t TypAndInCnt; // Type bits 7 & 6, InCnt 0..5 uint8_t Channel; } __attribute__ ((packed)) Store_Channel_T; // Definition of channels and counters that need to store state in EEProm const PROGMEM Store_Channel_T Store_Values[] = { // Mode + InCnt , Channel { IS_COUNTER , COUNTER_ID 1 }, // Schalter D1 (einmal drücken = an, nochmal drücken = aus) { IS_COUNTER , COUNTER_ID 2 }, // Schalter D2 (einmal drücken = an, nochmal drücken = aus) { IS_COUNTER , COUNTER_ID 3 }, // Schalter D3 (einmal drücken = an, nochmal drücken = aus) }; #ifndef CONFIG_ONLY #endif // CONFIG_ONLY #endif // __LEDS_AUTOPROG_H__