#include #include #include #include #include // Définition des broches #define TFT_CS 5 #define TFT_DC 2 #define TFT_RST 4 //************************************************************************************************************************************** Adafruit_ILI9341 tft = Adafruit_ILI9341(TFT_CS, TFT_DC, TFT_RST); Adafruit_FT6206 touch = Adafruit_FT6206(); Preferences preferences; #define SCREEN_W 320 #define SCREEN_H 240 const uint16_t noir = ILI9341_BLACK; const uint16_t blanc = ILI9341_WHITE; const uint16_t grisclair = ILI9341_LIGHTGREY; const uint16_t rouge = ILI9341_RED; const uint16_t jaune = ILI9341_YELLOW; const uint16_t bleu = ILI9341_BLUE; const uint16_t bleumarine = ILI9341_NAVY; const uint16_t grisfonce = ILI9341_DARKGREY; enum AppState { HOME, MODE_MENU, AUTO, PERSO, PARAM, CONS,P5,P8,P17,P29,P30,P31,P32,P37,P38 }; AppState currentState = HOME; //***************************declaration variables paramètres en memoire chaudières***************************************************** int p5,p7,p8,p17,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p60; //************************************************************************************************************************************** int x2 = 0; int y3 = 2; int h2 = 50; int y2 = ((y3+(2*h2))+5); int l2 = 50; int ecartx = ((SCREEN_W - (5*l2))/6); //******parametrage de la structure de gestion des p8 a p60***************************************************************************** struct ParamSetting { int* value; int minVal; int maxVal; const char* key; AppState returnState; }; //********************* Structures boutons********************************************************************************************** struct Button { int16_t x, y, w, h; const char* key; const char* label; // Libellé à afficher int* value; int minVal; int maxVal; AppState returnState; ParamSetting getParamSetting() { return { value, minVal, maxVal, key, returnState }; } }; //************************essai********************************************************************************************************* const int NB_PARAM = 18; Button parametres[NB_PARAM] = { {60, 130, 40, 40, "-"}, {220, 130, 40, 40, "+"}, {2, 213, 80, 25, "Retour"}, {2, 213, 80, 25, "Mode",""}, {85, 213, 100, 25, "Consigne","p60",&p60}, {2, 2, 100, 25, "Auto",""}, {2, 32, 100, 25, "Perso",""}, {2, 62, 100, 25, "Param",""}, // Ligne 1 - y = 2 {ecartx, y3, l2, h2, "P5", "vit vis alim", &p5, 50, 999, PARAM}, {(2 * ecartx)+l2, y3, l2, h2, "P7", "temp modulation", &p7, 5, 10, PARAM}, {(3 * ecartx)+(2*l2), y3, l2, h2, "P8", "Hysteresis", &p8, 1, 5, PARAM}, {(4 * ecartx)+(3*l2), y3, l2, h2, "P17", "temp max fumees", &p17, 100, 350, PARAM}, {(5 * ecartx)+(4*l2), y3, l2, h2, "P29", "temps remplissage pellets",&p29, 10, 240, PARAM }, // Ligne 2 - y = 56 {ecartx, y2, l2, h2, "P30", "temporisation allumage",&p30, 5, 20, PARAM }, {(2 * ecartx)+l2, y2, l2, h2, "P31", "vit ventilo pdnt allumage",&p31, 50, 200, PARAM}, {(3 * ecartx)+(2*l2), y2, l2, h2, "P32", "dif temp allumage",&p32, 0, 20, PARAM}, {(4 * ecartx)+(3*l2), y2, l2, h2, "p37", "Tre min demar pompe",&p37, 30, 60, PARAM}, {(5 * ecartx)+(4*l2), y2, l2, h2, "p38", "hysteresis pompe",&p38, 1, 10, PARAM }, }; //***********fonction bouton appuyé***************************************************************************************************** bool isTouched(const Button& btn, int tx, int ty) { return tx > btn.x && tx < (btn.x + btn.w) && ty > btn.y && ty < (btn.y + btn.h); } //----------dessiner le bouton retour-------------------------------------------------------------------------------------------------- void retour(){ drawButton(parametres[2], rouge, blanc); } //-------dessiner btn mini et maxi dans les menus--------------------------------------------------------------------------------------- void minmax(){ drawButton(parametres[0], grisfonce, blanc); // dessine le bouton (-) drawButton(parametres[1], grisfonce, blanc); // dessine le bouton (+) } // ---- FONCTIONS de definition des bouton "- et +"------------------------------------------------------------------------------------- void drawButton(Button b, uint16_t color, uint16_t textColor) { tft.fillRoundRect(b.x, b.y, b.w, b.h, 4, color); tft.drawRoundRect(b.x, b.y, b.w, b.h, 4, textColor); tft.setTextColor(textColor); tft.setTextSize(2); int16_t x1, y1; uint16_t w, h; tft.getTextBounds(b.key, 0, 0, &x1, &y1, &w, &h); int cx = b.x + (b.w - w) / 2; int cy = b.y + (b.h - h) / 2; tft.setCursor(cx, cy); tft.print(b.key); } //------------------menu HOME----------------------------------------------------------------------------------------------------------- void drawHomeScreen() { tft.fillScreen(noir); tft.drawRect(0,0,320,240,blanc); //liseret rectangulaire autour de l'ecran drawButton(parametres[3], ILI9341_DARKCYAN, blanc); drawButton(parametres[4], ILI9341_PURPLE, blanc); } //-------------------menu MODE---------------------------------------------------------------------------------------------------------- void drawModeMenu() { tft.fillRect( 2, 2, 316, 236, noir ); for (int i = 5; i < 8; i++) { drawButton(parametres[i], bleu, blanc); } retour(); } //-----------------menu MODE/AUTO------------------------------------------------------------------------------------------------------- void drawAutoMenu() { tft.fillScreen(bleumarine); tft.setTextColor(blanc); tft.setTextSize(2); tft.setCursor(10, 10); tft.println("Mode AUTO"); tft.fillCircle(160, 140, 30, grisclair); for (int i = 0; i < 360; i += 90) { float rad = i * PI / 180; tft.fillTriangle( 160, 140, 160 + cos(rad + 0.5) * 20, 140 + sin(rad + 0.5) * 20, 160 + cos(rad - 0.5) * 20, 140 + sin(rad - 0.5) * 20, ILI9341_CYAN ); } retour(); } //----------------menu MODE/PERSO------------------------------------------------------------------------------------------------------- void drawPersoMenu() { tft.fillScreen(noir); tft.setTextColor(noir); tft.setTextSize(2); tft.setCursor(10, 10); tft.println("Mode PERSO"); retour(); } //----------------menu parametres------------------------------------------------------------------------------------------------------- void drawparammenu(){ Serial.println(NB_PARAM); tft.fillRect( 2, 2, 316, 200, noir ); for (int i = 8; i < NB_PARAM; i++) { drawButton(parametres[i], bleu, blanc); } } //------------------menu consigne------------------------------------------------------------------------------------------------------- void drawConsigneScreen() { tft.fillRect( 2, 2, 110, 35, noir ); tft.fillRect( 2,212, 200, 27, noir ); tft.setTextColor(blanc); tft.setTextSize(2); tft.setCursor(100, 10); tft.println(""); // Texte "hysteresis pompe" tft.setCursor(52, 30); tft.print("temp eau chaudiere"); // Affichage valeur tft.setTextSize(4); tft.setTextColor(jaune); char buffer[5]; sprintf(buffer, "%d", p60); int16_t x1, y1; uint16_t w, h; tft.getTextBounds(buffer, 0, 0, &x1, &y1, &w, &h); int centerX = (SCREEN_W - w) / 2; tft.setCursor(centerX, 135); tft.print(buffer); minmax(); retour(); } //--------------ecran consigne sans tout redessiner------------------------------------------------------------------------------------- void updateConsigneValue(int val) { char buffer[5]; sprintf(buffer, "%d", val); int16_t x1, y1; uint16_t w, h; tft.setTextSize(4); tft.getTextBounds(buffer, 0, 0, &x1, &y1, &w, &h); uint16_t totalWidth = w + ((3 * 16)-12); // largeur texte int centerX = (SCREEN_W - w) / 2; // Repasser à l'affichage normal tft.fillRect(102, 129, 116, 60, noir); // Effacer l'ancienne valeur tft.setTextColor(jaune); tft.setCursor(centerX, 135); tft.print(buffer); } //-------------affichage de chaque parametres------------------------------------------------------------------------------------------- void drawParamScreen(Button &btn) { tft.fillRect(1, 1, 318, 200, noir); tft.setTextColor(blanc); tft.setTextSize(2); tft.setCursor(88, 5); tft.println(""); int16_t x1, y1; uint16_t w, h; // Centrer le label tft.getTextBounds(btn.label, 0, 0, &x1, &y1, &w, &h); int labelX = (SCREEN_W - w) / 2; tft.setCursor(labelX, 30); tft.print(btn.label); // Affichage Min/Max tft.setTextColor(rouge); tft.setCursor(parametres[0].x, parametres[0].y - (parametres[0].h - 5)); tft.print(btn.minVal); tft.setCursor(parametres[1].x, parametres[1].y - (parametres[1].h - 5)); tft.print(btn.maxVal); // Affichage Valeur updateParamValue(*(btn.value)); // Boutons + / - minmax(); } //------mise a jour de l'ecran affichage de chaque parametres sans tous redessiner------------------------------------------------------ void updateParamValue(int value) { char buffer[6]; sprintf(buffer, "%d", value); int16_t x1, y1; uint16_t w, h; tft.setTextSize(4); tft.getTextBounds(buffer, 0, 0, &x1, &y1, &w, &h); int centerX = (SCREEN_W - w) / 2; tft.setTextColor(jaune, noir); tft.fillRect(102, 129, 116, 60, noir); // Efface zone précédente tft.setCursor(centerX, 135); tft.print(buffer); } //----------------------gestion des p8 a p60-------------------------------------------------------------------------------------------- void handleParamScreen(ParamSetting setting, int tx, int ty) { if (isTouched(parametres[0], tx, ty)) { if (*(setting.value) > setting.minVal) { (*(setting.value))--; updateParamValue(*(setting.value)); } delay(200); } else if (isTouched(parametres[1], tx, ty)) { if (*(setting.value) < setting.maxVal) { (*(setting.value))++; updateParamValue(*(setting.value)); } delay(200); } else if (isTouched(parametres[2], tx, ty)) { savePreferenceIfChanged(setting.key, *(setting.value)); currentState = setting.returnState; drawparammenu(); delay(200); } } //------------------initialisation de la memoire---------------------------------------------------------------------------------------- void initialisation() { preferences.begin("config",false); bool isInitialised = preferences.getBool("init_done", false); if (!isInitialised) { Serial.println("1er demarrage - initialisation des valeurs"); preferences.putUChar("p5", 140); //vitesse d'alimentation de la vis sans fin en g/min (50-999) preferences.putUChar("p7", 5); //fenetre de modulation de la puissance en °c (5-10) preferences.putUChar("p8", 5); //(p8) Hysteresis en °c (1-5) preferences.putUChar("p17", 180); //(p17) Limite de temperature de gaz d'échappement en °c(100-350) preferences.putUChar("p29", 85); // temps d'alimentation pellet au demarrage en secondes (10-240) preferences.putUChar("p30", 20); // temps d'allumage résistance au demarrage en minutes (1-25) preferences.putUChar("p31", 125); // vitesse du ventilateur des gaz au demarrage du bruleur (0-255) preferences.putUChar("p32", 5); // difference de temperature pendant phase d'allumage en °c (5-20) preferences.putUChar("p33", 240); //temps de rodage en secondes (30-600) preferences.putUChar("p34", 140); //Vitesse du ventilateur pendant le rodage (0-255) preferences.putUChar("p35", 200); //temps d'extinction de flammes en secondes (30-600) preferences.putUChar("p36", 50); //detection temperature echappement en phase d'arrêt en °c(50-150) preferences.putUChar("p37", 30); // temperature minimum pour demarrage pompe de circulation chaudière en °c(30-60) preferences.putUChar("p38", 5); //hysteresis de la pompe de circulation(1-15) preferences.putUChar("p60", 40); // consigne temperature eau chaudière preferences.putBool("init_done", true); }else{ Serial.println("redemarrage - valeurs deja initialisees"); } p5 = preferences.getUChar("p5", 140); p7 = preferences.getUChar("p7", 5); p8 = preferences.getUChar("p8",5); p17 = preferences.getUChar("p17",180); p29 = preferences.getUChar("p29",85); p30 = preferences.getUChar("p30",20); p31 = preferences.getUChar("p31",125); p32 = preferences.getUChar("p32",5); p33 = preferences.getUChar("p33",240); p34 = preferences.getUChar("p34",240); p35 = preferences.getUChar("p35",200); p36 = preferences.getUChar("p36",50); p37 = preferences.getUChar("p37",36); p38 = preferences.getUChar("p38",5); p60 = preferences.getUChar("p60",40); preferences.end(); } //-------------controle et enregistrer les valeurs parametres--------------------------------------------------------------------------- void savePreferenceIfChanged(const char* key, uint8_t value) { preferences.begin("config", false); uint8_t old = preferences.getUChar(key, 0); if (old != value) { preferences.putUChar(key, value); Serial.println(String(key) + " sauvegardé : " + String(value)); } preferences.end(); } // --------------------------- SETUP --------------------------------------------------------------------------------------------------- void setup() { Serial.begin(115200); Serial.print("nb param "); Serial.print(NB_PARAM); tft.begin(); touch.begin(); tft.setRotation(1); // paysage initialisation(); drawHomeScreen(); } // --------------------------- LOOP ---------------------------------------------------------------------------------------------------- void loop() { if (!touch.touched()) { delay(50); return; } TS_Point p = touch.getPoint(); int tx = map(p.y, 0, 320, 0, SCREEN_W); int ty = map(p.x, 0, 240, SCREEN_H, 0); Serial.print("tx: "); Serial.print(tx); Serial.print(", ty: "); Serial.println(ty); switch (currentState) { case HOME: if (isTouched(parametres[3], tx, ty)){ currentState = MODE_MENU; drawModeMenu(); delay(200); } else if (isTouched(parametres[4], tx, ty)) { currentState = CONS; drawConsigneScreen(); delay(200); } break; //-------------------------MENU CONSIGNE------------------------------------------------------------------------------------------------ case CONS: // <-- case CONS doit être au même niveau que case p8 if (isTouched(parametres[0], tx, ty)) { if (p60 > 30) { p60--; updateConsigneValue(p60); } delay(200); } else if (isTouched(parametres[1], tx, ty)) { if (p60 < 60) { p60++; updateConsigneValue(p60); } delay(200); } else if (isTouched(parametres[2], tx, ty)) { savePreferenceIfChanged("p60", p60); currentState = HOME; drawHomeScreen(); delay(200); } break; //----------------------------------MENU------------------------------------------------------------------------------------------------ case MODE_MENU: for (int i = 5; i < 8; i++) { if (tx > parametres[i].x && tx < parametres[i].x + parametres[i].w && ty > parametres[i].y && ty < parametres[i].y + parametres[i].h) { currentState = (AppState)(i-3); Serial.println("mode_menu"); Serial.println(currentState); switch (currentState) { case AUTO: drawAutoMenu(); break; case PERSO: drawPersoMenu(); break; case PARAM: drawparammenu(); break; } delay(200); return; } } if (isTouched(parametres[2], tx, ty)) { currentState = HOME; drawHomeScreen(); delay(200); } break; case AUTO: case PERSO: case PARAM: Serial.println("PARAM menu actif"); for (int i = 8; i <= 17; i++) { if (tx > parametres[i].x && tx < parametres[i].x + parametres[i].w && ty > parametres[i].y && ty < parametres[i].y + parametres[i].h) { currentState = (AppState)(i - 2); Serial.println("param"); Serial.println(currentState); drawParamScreen(parametres[i]); delay(200); return; } } if (isTouched(parametres[2], tx, ty)) { currentState = MODE_MENU; drawModeMenu(); delay(200); } break; //------------------------------menu/parametres---------------------------------------------------------------------------------------- default: if (currentState >= P5 && currentState <= P38) { handleParamScreen(parametres[currentState + 2].getParamSetting(), tx, ty); } break; } [ "esp1:TX", "serial:RX", "", [] ], [ "esp1:RX", "serial:TX", "", [] ],