void display_layout2_HomeScreen(Ucglib_ILI9341_18x240x320_HWSPI ucg, float temperature, float humidity, float setpoint) {
SERIAL_OUT.println("Refresh HOME Screen ");
//uso flag_onetime per visualizzare almeno una volta la schermata, anche in assenza di variazione di temperatura
//flag_onetime_HomeScreen è rimessa a false display_layout1_setpointPage
if (arrotonda2(temperature) != arrotonda2(temp2_prec) || (arrotonda2(setpoint) != arrotonda2(setpoint2_prec))) {
if (!flag_onetime2_HomeScreen) {
ucg.clearScreen();
}
//HOMESCREEN
int temp = (int) temperature;
int diff = dopovirgola2(temperature);
//Temperatura
//ucg.setColor(111, 0, 255); // Blu Elettrico
//ucg.setColor(0, 255, 255, 255); // Bianco
ucg.setColor(102, 255, 0); // Verde Chiaro
ucg.setFontMode(UCG_FONT_MODE_SOLID);
ucg.setPrintPos(-4, 80);
ucg.setScale2x2();
ucg.setFont(ucg_font_inb46_mr);
ucg.print(temp);
ucg.undoScale();
ucg.setFont(ucg_font_inb46_mr);
ucg.setPrintPos(147, 160);
ucg.print(diff);
ucg.drawDisc(143, 156, 3, UCG_DRAW_ALL);
ucg.drawDisc(187, 116, 3, UCG_DRAW_ALL);
SERIAL_OUT.print("Refresh Temperature to: "); SERIAL_OUT.print(temp); SERIAL_OUT.print("."); SERIAL_OUT.println(diff);
//Umidità
ucg.setColor(30, 144, 255); // Blu Dodger
ucg.setFontMode(UCG_FONT_MODE_SOLID);
ucg.setPrintPos(24, 209);
ucg.setFont(ucg_font_inb21_mr);
ucg.print("uR"); ucg.print(humidity, 1);
ucg.setFont(ucg_font_9x18_mf);
ucg.setPrintPos(135, 209);
ucg.print("%");
//ucg.setFont(ucg_font_profont11_mr);
//ucg.setPrintPos(60,190);
ucg.undoScale();
//ucg.print("UMIDITA'");
SERIAL_OUT.print("Refresh Humidity to: "); SERIAL_OUT.println(humidity,1);
temp2_prec = temp;
setpoint2_prec = setpoint;
flag_onetime2_HomeScreen = true;
SERIAL_OUT.println("Refresh HOME Screen OK ");
}
}
void display_layout1_printBigChar(Ucglib_ILI9341_18x240x320_HWSPI ucg, float fValTemp) {
ucg.setFont(FONT_BIG);
#if(FONT_BIG_SCALE2x2)
ucg.setScale2x2();
#endif
ucg.setFontPosBaseline();
//calcolo ingombro testo
String str = "00";
const char *c = str.c_str();
int vW = ucg.getStrWidth(c);
str = "0";
c = str.c_str();
vW_pos_before_point = vW - ucg.getStrWidth(c) / 8; //arretra di un sesto dello spazio di un carattere, per avvicinare il punto
ucg.setFont(FONT_BIG_MIN_50_PERCENT);
str = ".";
c = str.c_str();
vW += ucg.getStrWidth(c);
vW_pos_after_point = vW_pos_before_point + ucg.getStrWidth(c) - ucg.getStrWidth(c) / 8; //aggiunge lo spazio del punto meno un sesto
str = "0";
c = str.c_str();
vW += ucg.getStrWidth(c);
ucg.setFont(FONT_SMALL_CENTIGRAD);
str = "o";
c = str.c_str();
vW += ucg.getStrWidth(c) / 2; //aggiunge metà dello spazio di un carattere. Il ° verrà parzialmente sovrapposto alla vifra decimale
ucg.setFont(FONT_BIG);
startW = (ucg.getWidth() - vW) / 2 ;
baseH = ucg.getHeight() / 2 + ucg.getFontAscent() / 2;
baseH_Grade = baseH - ucg.getFontAscent() + ucg.getFontAscent() / 6;
ucg.setPrintPos(startW, baseH );
sTempToPrint = (int) fValTemp;
if (((int) fValTemp) <= -10) {
sTempToPrint = "-- ";
ucg.print(sTempToPrint);
SERIAL_OUT.print("sTempToPrint: "); SERIAL_OUT.println(sTempToPrint);
} else if (((int) fValTemp) >= 100) {
sTempToPrint = "++ ";
ucg.print(sTempToPrint);
SERIAL_OUT.print("sTempToPrint: "); SERIAL_OUT.println(sTempToPrint);
} else {
if ((((int) fValTemp) < 10) && ((int) fValTemp > 0)) {
sTempToPrint = " " + sTempToPrint;
SERIAL_OUT.print("sTempToPrint: "); SERIAL_OUT.println(sTempToPrint);
}
ucg.print(sTempToPrint);
ucg.setFont(FONT_BIG_MIN_50_PERCENT);
ucg.setPrintPos(startW + vW_pos_before_point, baseH);
int diff = dopovigola(fValTemp);
ucg.print(".");
ucg.setPrintPos(startW + vW_pos_after_point, baseH);
ucg.print(diff);
//print °
ucg.setFont(FONT_SMALL_CENTIGRAD);
vW_pos_grade = startW + vW_pos_after_point; // - FONT_SHIFT_POSITION_TO_SX_CENTIGRAD ;
ucg.setPrintPos(vW_pos_grade, baseH_Grade);
ucg.print("o");
}
#if(FONT_BIG_SCALE2x2)
ucg.undoScale();
#endif
}