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ENSABrewDisplayRoutines.ino
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ENSABrewDisplayRoutines.ino
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//*******************************************************************************************
// Arquivo C/C++ do Projeto Controlador de Patamares -- ENSABrewControll
//-------------------------------------------------------------------------------------------
//
// Arquivo: ENSABrewDisplayRoutines.ino
//
//
// Autor : Jânio Anselmo, Eng. Me.
// Autor : Thiago Anselmo, Tecgº
// Autor : Gabriel da Silva Caetano
//
// CPU : ATMega2561 - MegaCore
// Clock : 16MHz
//
//*******************************************************************************************
//WWWWWWWWWW*********************************************************************************
// Função: startDisplay
// Data : 15/11/2019 10:40
//WWWWWWWWWW*********************************************************************************
void startDisplay(void )
{
// Usando LCD de barramento paralelo
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL)
lcd.begin(16, 2);
// Usando display I2c
#elif(DISPLAY_TYPE == DISPLAY_LCD_I2C)
lcd.begin();
lcd.backlight();
// Usando display OLED
#elif(DISPLAY_TYPE == DISPLAY_OLED)
oled.begin(&Adafruit128x64, I2C_OLED_ADDRESS);
oled.setFont(ZevvPeep8x16);
oled.set1X();
#endif
}
//###########################################################################################
// Funções de controle para os displays de LCD - barramento paralelo e I2C
//###########################################################################################
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
//WWWWWWWWWW*********************************************************************************
// Função: lcdInit
// Data :
//WWWWWWWWWW*********************************************************************************
void lcdInit(void )
{
lcdInitWrite();
lcdClear();
}
//WWWWWWWWWW*********************************************************************************
// Função: lcdInitWrite
// Data :
//WWWWWWWWWW*********************************************************************************
void lcdInitWrite(void )
{
memcpy(telaAtual, telaBuffer, sizeof(telaAtual));
}
//WWWWWWWWWW*********************************************************************************
// Função: lcdClear
// Data :
//WWWWWWWWWW*********************************************************************************
void lcdClear(void )
{
for (register int row = 0; row < 2; row++)
for (register int col = 0; col < 16; col++)
telaBuffer[row][col] = ' ';
}
//WWWWWWWWWW*********************************************************************************
// Função: lcdPrint
// Data :
//WWWWWWWWWW*********************************************************************************
void lcdPrint(int row, int col, String text) {
row = row - 1;
col = col - 1;
for (register int n = 0; n < text.length(); n++)
if (col < 16)
telaBuffer[row][col++] = text[n];
}
//WWWWWWWWWW*********************************************************************************
// Função: lcdWrite
// Data :
//WWWWWWWWWW*********************************************************************************
void lcdWrite(void )
{
for (register int row = 0; row < 2; row++)
for (register int col = 0; col < 16; col++)
if (telaAtual[row][col] != telaBuffer[row][col])
{
char valor = telaBuffer[row][col];
lcd.setCursor(col, row);
lcd.print(valor);
telaAtual[row][col] = valor;
}
}
//###########################################################################################
// Funções de controle para o display OLED
//###########################################################################################
#elif(DISPLAY_TYPE == DISPLAY_OLED)
//WWWWWWWWWW*********************************************************************************
// Função: oledRestart
// Data : 16/01/2019 10:06
//WWWWWWWWWW*********************************************************************************
void oledRestart(void )
{
if(passoAnterior != passoMaquina)
{
oled.clear();
oled.setCursor(0, 0);
wdtTimesDisplay = 0;
_rewriteDisplay = true;
}
passoAnterior = passoMaquina;
}
//WWWWWWWWWW*********************************************************************************
// Função: resetDisplay
// Data : 18/01/2019 15:00
//WWWWWWWWWW*********************************************************************************
void resetDisplay(void )
{
wdtRefreshDisplay = 0;
_rewriteDisplay = true;
_refreshDisplay = false;
}
#endif
//WWWWWWWWWW*********************************************************************************
// Função: printMenuGlobal
// Data : 18/11/2019 11:40
//WWWWWWWWWW*********************************************************************************
void printMenuGlobal(void )
{
register uint8_t posFinal;
register uint8_t posInicial;
if (posicaoMenu >= tamanhoMenu)
posicaoMenu = 0;
else if (posicaoMenu < 0)
posicaoMenu = tamanhoMenu - 1;
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
posFinal = posicaoMenu + 1;
if (posFinal >= tamanhoMenu)
posFinal = tamanhoMenu - 1;
posInicial = posicaoMenu;
if(posInicial > 0)
{
posFinal = posInicial;
posInicial -= 1;
}
lcdInit();
#elif(DISPLAY_TYPE == DISPLAY_OLED)
static uint8_t posicaoMenuAnterior = 1;
posFinal = tamanhoMenu;
posInicial = posicaoMenu;
if(tamanhoMenu <= 4)
{
posInicial = 0;
posFinal = tamanhoMenu-1;
}
else
{
if(posInicial <= 3)
{
posInicial = 0;
posFinal = 3;
}
else if (posInicial > 3)
{
posFinal = posInicial;
posInicial = posInicial - 3;
}
}
#endif
String st;
char buffer[16];
boolean stringProgmem = true;
// Controle das linhas para escrita
register uint8_t linha;
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
linha = 1;
#elif(DISPLAY_TYPE == DISPLAY_OLED)
linha = 0;
#endif
for (register uint8_t ind = posInicial; ind <= posFinal; ind++)
{
if(passoMaquina == mMENU)
strcpy_P(buffer, (char *)pgm_read_word(&menu[ind]));
else if(passoMaquina == mRECEITASEL)
strcpy_P(buffer, (char *)pgm_read_word(&menuReceitaSel[ind]));
else if(passoMaquina == mMENU_CONFIGURACAO)
strcpy_P(buffer, (char *)pgm_read_word(&menuConfig[ind]));
else if(passoMaquina == mMENU_USER_CONFIG)
strcpy_P(buffer, (char *)pgm_read_word(&userConfigMenu[ind]));
else if(passoMaquina == mMENU_TEMPO_ENVIO)
strcpy_P(buffer, (char *)pgm_read_word(&menuTempoEnvio[ind]));
else if(passoMaquina == mMENU_CAL_FACTOR)
strcpy_P(buffer, (char *)pgm_read_word(&menuCalFactor[ind]));
else if(passoMaquina == mMENU_CONFIG_PID)
strcpy_P(buffer, (char *)pgm_read_word(&menuConfigPID[ind]));
else if(passoMaquina == mRECEITAS)
{
stringProgmem = false;
st = menuReceita[ind];
}
if(stringProgmem == false)
{
if (ind == posicaoMenu)
{
if(opcaoAtual != st)
{
opcaoAtual = st;
if(_connectedAPP)
enviaTela(true);
}
st = ">" + st;
}
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
lcdPrint(linha, 1, st);
#elif(DISPLAY_TYPE == DISPLAY_OLED)
oled.setCursor(0, linha);
oled.print(st);
#endif
}
else if(stringProgmem == true)
{
if (ind == posicaoMenu)
{
if(opcaoAtual != String(buffer))
{
opcaoAtual = String(buffer);
if(_connectedAPP)
enviaTela(true);
}
st = ">" + String(buffer);
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
lcdPrint(linha, 1, st);
#elif(DISPLAY_TYPE == DISPLAY_OLED)
oled.setCursor(0, linha);
oled.print(st);
#endif
}
else
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
lcdPrint(linha, 1, buffer);
#elif(DISPLAY_TYPE == DISPLAY_OLED)
oled.setCursor(0, linha);
oled.print(buffer);
#endif
}
}
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
linha = linha + 1;
#elif(DISPLAY_TYPE == DISPLAY_OLED)
linha = linha + 2;
#endif
}
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
lcdWrite();
#endif
if(passoAnterior != passoMaquina)
passoAnterior = passoMaquina;
#if(DISPLAY_TYPE == DISPLAY_OLED)
posicaoMenuAnterior = posicaoMenu;
#endif
}
// ===============================================================================( * FIM * )
// ===============================================================================( * FIM * )
// ===============================================================================( * FIM * )
// ===============================================================================( * FIM * )
// ================================( MENSAGENS )================================( * FIM * )
// ================================( DO )================================( * FIM * )
// ================================( DISPLAY )================================( * FIM * )
// ===============================================================================( * FIM * )
// ===============================================================================( * FIM * )
// ===============================================================================( * FIM * )
// ===============================================================================( * FIM * )
//WWWWWWWWWW*********************************************************************************
// Função: printVersao
// Data : 18/11/2019 10:25
//WWWWWWWWWW*********************************************************************************
void centralWritingScreen(String auxString1, String auxString2)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
lcdClear();
lcdPrint(1, 1, auxString1);
lcdPrint(2, 1, auxString2);
lcdWrite();
#elif(DISPLAY_TYPE == DISPLAY_OLED)
oled.clear();
oled.setCursor(0, LINHA_2);
oled.println(auxString1);
oled.println(auxString2);
#endif
}
//WWWWWWWWWW*********************************************************************************
// Função: printDisplay
// Data : 18/11/2019 13:45
//WWWWWWWWWW*********************************************************************************
void printDisplay(String prMsgLinha1, String prMsgLinha2, unsigned long prTempoMsg)
{
#if(DISPLAY_TYPE == DISPLAY_OLED)
oled.clear();
passoAnterior = passoMaquina;
#endif
// Verifica se o tempo da mensagem está configurado
if(prTempoMsg > 1)
{
// Carrega o tempo da mensagem
wdtTimesDisplay = prTempoMsg;
do
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
lcdClear();
lcdPrint(1, 1, prMsgLinha1);
lcdPrint(2, 1, prMsgLinha2);
lcdWrite();
#elif(DISPLAY_TYPE == DISPLAY_OLED)
oled.setCursor(0, LINHA_2);
oled.println(prMsgLinha1);
oled.println(prMsgLinha2);
#endif
} while (wdtTimesDisplay > 0);
#if(DISPLAY_TYPE == DISPLAY_OLED)
oled.clear();
_refreshDisplay = true;
#endif
}
else
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
lcdClear();
lcdPrint(1, 1, prMsgLinha1);
lcdPrint(2, 1, prMsgLinha2);
lcdWrite();
#elif(DISPLAY_TYPE == DISPLAY_OLED)
oled.setCursor(0, LINHA_2);
oled.println(prMsgLinha1);
oled.println(prMsgLinha2);
#endif
}
}
//WWWWWWWWWW*********************************************************************************
// Função: printVersao
// Data : 18/11/2019 09:40
//WWWWWWWWWW*********************************************************************************
void printVersao(void )
{
if (!_flag3000ms)
centralWritingScreen(SISTEMA, VERSAO);
else
{ passoMaquina = mSTANDBY; return; }
}
//WWWWWWWWWW*********************************************************************************
// Função: printBoasVindas
// Data : 18/11/2019 09:45
//WWWWWWWWWW*********************************************************************************
void printBoasVindas(void )
{
// Auxilia na escrita do display
boolean _auxWriteDisplay = false;
// Carrega as mensagens
String auxString[2];
if (_msgConvite)
{
_msgConvite = false;
piscaLed(LED_AMARELO);
if(_connectedAPP)
auxString[0] = F("* Sua Cerveja *");
else
auxString[0] = F(" Sua Cerveja ");
auxString[1] = F("Nossa Tecnologia");
_auxWriteDisplay = true;
}
else if (_msgENSABrew)
{
_msgENSABrew = false;
piscaLed(LED_VERMELHO1);
if(_connectedAPP)
auxString[0] = F("*ENSABrew-100A*");
else
auxString[0] = F(" ENSABrew-100A ");
auxString[1] = F(" versao: 1.0.00 ");
_auxWriteDisplay = true;
}
else if (_msgTemperatura)
{
_msgTemperatura = false;
piscaLed(LED_VERMELHO1);
if(_connectedAPP)
auxString[0] = F("*ENSABrew-100A*");
else
auxString[0] = F(" ENSABrew-100A ");
auxString[1] = " " + String((float)(mediaTemperature), 2) + String((char)223) + "C";
_auxWriteDisplay = true;
}
// Apaga os LEDs que foram acesos
desligaLeds();
// Escreve no centro da tela
if(_auxWriteDisplay)
centralWritingScreen(auxString[0], auxString[1]);
}
//WWWWWWWWWW*********************************************************************************
// Função: printFluxo
// Data : 18/11/2019 10:20
//WWWWWWWWWW*********************************************************************************
void printFluxo(void )
{
// Carrega as mensagens
String auxString[2];
auxString[0] = "Fluxo: " + String(flow) + "L/min";
auxString[1] = "Litros: " + String(liters) + "L";
// Verifica se o nível não está zerado e se o alarme está ativado
if ((liters > 0) && (alarmNivel > 0))
{
// Verifica se atingiu o alarme
if (liters >= alarmNivel)
{
auxString[0] = F(" Alarme Volume ");
auxString[1] = F(" Atingiu Limite!");
}
}
// Escreve no centro da tela
centralWritingScreen(auxString[0], auxString[1]);
}
//WWWWWWWWWW*********************************************************************************
// Função: printEntradaString
// Data : 18/11/2019 10:40
//WWWWWWWWWW*********************************************************************************
void printEntradaString(void )
{
String auxStringDisplay;
if(passoMaquina == mSENHA_CONFIGURACAO)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
auxStringDisplay = F(" Digite a SENHA ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F(" Digite a Senha \n")) +
String(F(" Para Acessar as \n")) +
String(F(" Configuracoes "));
#endif
}
else if(passoMaquina == mNOME_RECEITA)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F("Nome da RECEITA ");
else
auxStringDisplay = F(" 12 Caracteres ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
if (_changeMsg)
{
auxStringDisplay = String(F(" NOVA RECEITA \n")) +
String(F(" Escolha o Nome \n")) +
String(F(" da RECEITA "));
}
else
{
auxStringDisplay = String(F(" NOVA RECEITA \n")) +
String(F("Com um Maximo de\n")) +
String(F(" 12 caracteres! "));
}
#endif
}
else if(passoMaquina == mNOME_ADICAO)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = "Nome da ADICAO " + String(ind + 1);
else
auxStringDisplay = F(" 12 Caracteres ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
if (_changeMsg)
{
auxStringDisplay = String(F(" NOVA RECEITA \n")) +
String(F(" Escolha o Nome \n")) +
String(F(" da ADICAO ")) + String(ind + 1);
}
else
{
auxStringDisplay = String(F(" NOVA RECEITA \n")) +
String(F("Com um Maximo de\n")) +
String(F(" 12 Caracteres! "));
}
#endif
}
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
lcdClear();
lcdPrint(1, 1, auxStringDisplay);
lcdPrint(2, 1, completaEspacos(stDigitado + stChar, 16));
lcdWrite();
#elif(DISPLAY_TYPE == DISPLAY_OLED)
if(_rewriteDisplay || _refreshDisplay)
{
_refreshDisplay = false;
_rewriteDisplay = false;
oled.clear();
oled.setCursor(0, LINHA_1);
oled.println(auxStringDisplay);
}
#endif
}
//WWWWWWWWWW*********************************************************************************
// Função: printEntradaValorGeral
// Data : 23/09/2019 10:13
//WWWWWWWWWW*********************************************************************************
void printEntradaValorGeral(void )
{
boolean _auxDisable = false;
String stValorMin;
String stValorMax;
String auxStringDisplay;
// Verifica o passo da máquina e define as mensagens de acordo com os mesmos
if(passoMaquina == mQT_PATAMAR)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F(" Quantidade ");
else
auxStringDisplay = F(" de PATAMARES ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F(" Quantidade \n")) +
String(F(" de PATAMARES "));
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_PATAMAR);
stValorMax = String(configGeral.qtdeMaxPatamar);
}
else if(passoMaquina == mTEMPMAX_PATAMAR)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F(" Temperatura ");
else
auxStringDisplay = " do PATAMAR " + String(ind + 1);
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F(" Temperatura \n")) +
String(" do PATAMAR ") + String(ind + 1);
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_TEMPERATURA_PATAMAR);
stValorMax = String(MAX_TEMPERATURA_PATAMAR);
}
else if(passoMaquina == mMINUTO_PATAMAR)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F(" Minutos do ");
else
auxStringDisplay = " PATAMAR " + String(ind + 1);
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F("Tempo em MINUTOS\n")) +
String(" do PATAMAR ") + String(ind + 1);
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_MINUTO_PATAMAR);
stValorMax = String(MAX_MINUTO_PATAMAR);
}
else if(passoMaquina == mTEMPMAX_FERVURA)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F(" Temperatura ");
else
auxStringDisplay = F(" da FERVURA ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F(" Temperatura \n")) +
String(F(" da FERVURA "));
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_TEMPERATURA_FERVURA);
stValorMax = String(MAX_TEMPERATURA_FERVURA);
}
else if(passoMaquina == mMAXMIN_FERVURA)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F(" Minutos ");
else
auxStringDisplay = F(" da FERVURA ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F("Tempo em MINUTOS\n")) +
String(F(" da FERVURA "));
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_MINUTO_FERVURA);
stValorMax = String(MAX_MINUTO_FERVURA);
}
else if(passoMaquina == mQT_ADICAO)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F(" Numero total ");
else
auxStringDisplay = F(" de ADICOES ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F(" Numero total \n")) +
String(F(" de ADICOES "));
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_ADICAO);
stValorMax = String(MAX_ADICAO);
}
else if(passoMaquina == mGRAMAS_ADICAO)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F("Quantidade - (g)");
else
auxStringDisplay = " da ADICAO " + String(ind + 1);
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F("Quantidade - (g)\n")) +
String(" da ADICAO " + String(ind + 1));
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_GRAMAS_ADICAO);
stValorMax = String(MAX_GRAMAS_ADICAO);
}
else if(passoMaquina == mMINUTOS_ADICAO)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F("Tempo em MINUTOS");
else
auxStringDisplay = " da ADICAO " + String(ind + 1);
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F("Tempo em MINUTOS\n")) +
String(" da ADICAO " + String(ind + 1));
#endif
// Carrega o valor mínimo
stValorMin = String(MIN_MINUTOS_ADICAO);
// Carrega o valor máximo
if (!_endValue)
{
if (prOper == _EDITAR_RECEITA)
{
if (ind == 0)
stValorMax = String(prReceita.qtdeMinFervura);
else
stValorMax = String(prReceita.adicao[ind - 1].tempo);
}
else
{
if (ind == 0)
stValorMax = String(prReceita.qtdeMinFervura);
else
stValorMax = String(prReceita.adicao[ind - 1].tempo);
}
}
}
else if(passoMaquina == mQT_WHIRLPOOL)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F(" Quantidade ");
else
auxStringDisplay = F(" de WHIRLPOOL ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F(" Quantidade \n")) +
String(F(" de WHIRLPOOL "));
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_WHIRLPOOL);
stValorMax = String(MAX_WHIRLPOOL);
}
else if(passoMaquina == mMINUTO_WHIRLPOOL)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F("Tempo em MINUTOS");
else
auxStringDisplay = "WHIRLPOOL " + actualWhirlpool(ind);
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F("Tempo em MINUTOS\n")) +
String(" do WHIRLPOOL " + String(ind + 1));
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_MINUTOS_WHIRLPOOL);
stValorMax = String(MAX_MINUTOS_WHIRLPOOL);
}
else if(passoMaquina == mQT_DESCANSO)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F(" Quantidade ");
else
auxStringDisplay = F(" de DESCANSO ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F(" Quantidade \n")) +
String(F(" de DESCANSO "));
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_DESCANSO);
stValorMax = String(MAX_DESCANSO);
}
else if(passoMaquina == mMINUTO_DESCANSO)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F("Tempo em MINUTOS");
else
auxStringDisplay = F(" do DESCANSO ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F("Tempo em MINUTOS\n")) +
String(F(" do DESCANSO "));
#endif
// Carrega os valores máximos e mínimos
stValorMin = String(MIN_MINUTOS_DESCANSO);
stValorMax = String(MAX_MINUTOS_DESCANSO);
}
else if(passoMaquina == mADICIONAR_AGUA)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Alterna as mensagens na tela
if (_changeMsg)
auxStringDisplay = F("Insira o Volume ");
else
auxStringDisplay = F(" em Litros ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F(" Insira o valor \n")) +
String(F("do VOLUME em (L)"));
#endif
// Carrega os valores máximos e mínimos
stValorMin = "1";
// Se estiver em calibração
if(_auxAdjustCalFactor)
stValorMax = "10";
else
stValorMax = String(MAX_LITROS);
}
else if(passoMaquina == mSET_MAX_PATAMAR)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Carrega a mensagem
auxStringDisplay = F(" Total Patamares ");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F("Quantidade Total\n")) +
String(F(" de PATAMARES "));
#endif
// Carrega os valores máximos e mínimos
stValorMin = "1";
stValorMax = String(MAX_PATAMAR);
}
else if(passoMaquina == mSET_GRAU_MINUTO)
{
#if(DISPLAY_TYPE == DISPLAY_LCD_PRL || DISPLAY_TYPE == DISPLAY_LCD_I2C)
// Carrega a mensagem
auxStringDisplay = F("Graus por Minuto");
#elif(DISPLAY_TYPE == DISPLAY_OLED)
auxStringDisplay = String(F(" Valor dos \n")) +
String(F("Graus por Minuto"));
#endif