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Touch.ino
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Touch.ino
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void processMyTouch() // this is a huge block dedicated to processing all touch screen events
{
myTouch.read();
x = myTouch.getX();
y = myTouch.getY();
Serial.print(F("Touch: "));
//Serial.print(F(" x = "));
Serial.print(x);
Serial.print(F(","));
Serial.println(y);
// initiate char vars for converting numbers to char for display
char char3[3];
char char3t[3] = "0"; // 3 so it can hold zero, another char and end of line
char char6[6]; // -12.5 offset would be 5 plus an end of line
itoa(0, char3t, 10); //make char3t 0
// we evaluate touch based on which screen we are in
switch (dispScreen)
{
case 1: // home screen
if ((x>=30)&&(x<=90)&&(y>=35)&&(y<=86)) // pressed the thermometer to clear a warning
{
if(heaterWarningCleared == false)
{
heaterWarningCleared=true; // clear warning
screenHome();
}
}
if ((x>=150)&&(x<=210)&&(y>=50)&&(y<=105)) // pressed the ATO area
{
if(ATOAlarm)
{
Serial.print(F("ATO Alarm cleared.\n"));
ATOAlarm=false; // clear warning
EEPROM.write(44,0);
myGLCD.setColor(VGA_BLACK);
myGLCD.fillRect(121,32,239,109);
drawATO();
}
if((ATOEnabled == false)&&(ATOPumpState == false))
{
digitalWrite(ATOPumpPin,HIGH);//turn ATO ON
ATOPumpState = true;
ATOPumpStartTime = now();
if(dispScreen == 1)
{
myGLCD.setColor(0, 0, 0);
myGLCD.fillRect(121,32,239,109); //clear prev. ATO display
drawATO();
}
touchWaitTime = LONG_WAIT;
}
else if((ATOEnabled == false)&&(ATOPumpState == true))
{
digitalWrite(ATOPumpPin,LOW);//turn ATO ON
ATOPumpState = false;
if(dispScreen == 1)
{
myGLCD.setColor(0, 0, 0);
myGLCD.fillRect(121,32,239,109); //clear prev. ATO display
drawATO();
}
}
}
if ((x>=10)&&(x<=58)&&(y>=266)&&(y<=314)) // home dock icon
{
smartStartupPower();
screenHome();
}
if ((x>=67)&&(x<=115)&&(y>=266)&&(y<=314)) // feeding dock icon
{
screenFeeding();
}
// coordinates of the power putton
if ((x>=124)&&(x<=172)&&(y>=266)&&(y<=314)) // power dock icon
{
screenPower();
}
// coordinates of the exras button
if ((x>=181)&&(x<=229)&&(y>=266)&&(y<=314)) // settings dock icon
{
screenSettings();
}
break;
case 2: // feeding screen
if ((x>=67)&&(x<=115)&&(y>=223)&&(y<=271)) // stop button
{
feedingStop();
}
if ((x>=124)&&(x<=172)&&(y>=223)&&(y<=271)) // restart button
{
startFeedingTime = now(); // re-start the feeding timer
}
if ((x>=107)&&(x<=129)&&(y>=294)&&(y<=318)) // home button
{
screenHome();
}
break;
case 3: // power screen
if ((x>=69)&&(x<=118)&&(y>=77)&&(y<=125)) // all on
{
// turn on all power outputs
AlarmPwrLight1_On();
AlarmPwrLight2_On();
pwrFilter_On();
pwrCirc_On();
pwrHeat_On();
pwrCO2_On();
pwrAux1_On();
pwrAux2_On();
screenPower(); // redraw screen
}
else if ((x>=125)&&(x<=174)&&(y>=77)&&(y<=125)) // all off
{
// turn off all power outputs
AlarmPwrLight1_Off();
AlarmPwrLight2_Off();
pwrFilter_Off();
pwrCirc_Off();
pwrHeat_Off();
pwrCO2_Off();
pwrAux1_Off();
pwrAux2_Off();
screenPower(); // redraw screen
}
else if ((x>=107)&&(x<=129)&&(y>=294)&&(y<=318)) // home button
{
screenHome();
}
else if ((x>=15)&&(x<=64)&&(y>=139)&&(y<=187)) // Front lights power
{
//toggle power
if (globalPower.pwrLight1==0) AlarmPwrLight1_On();
else if (globalPower.pwrLight1==1) AlarmPwrLight1_Off();
// draw icons
myFiles.load(15, 139, 48, 48, pwrLightIcon[globalPower.pwrLight1]);
myFiles.load(34, 192, 10, 11, pwrDot[globalPower.pwrLight1]);
}
else if ((x>=69)&&(x<=118)&&(y>=139)&&(y<=187)) // Back lights power
{
// toggle power
if (globalPower.pwrLight2==0) AlarmPwrLight2_On();
else if (globalPower.pwrLight2==1) AlarmPwrLight2_Off();
// draw icons
myFiles.load(69, 139, 48, 48, pwrLightIcon[globalPower.pwrLight2]);
myFiles.load(88, 192, 10, 11, pwrDot[globalPower.pwrLight2]);
}
else if ((x>=124)&&(x<=173)&&(y>=139)&&(y<=187)) // Filter power
{
// toggle power
if (globalPower.pwrFilter==0) pwrFilter_On();
else if (globalPower.pwrFilter==1)pwrFilter_Off();
// draw icons
myFiles.load(124, 139, 48, 48, pwrFilterIcon[globalPower.pwrFilter]);
myFiles.load(143, 192, 10, 11, pwrDot[globalPower.pwrFilter]);
}
else if ((x>=178)&&(x<=227)&&(y>=139)&&(y<=187)) // Circ power
{
// toggle power
if (globalPower.pwrCirc==0) pwrCirc_On();
else if (globalPower.pwrCirc==1) pwrCirc_Off();
// draw icons
myFiles.load(178, 139, 48, 48, pwrCircIcon[globalPower.pwrCirc] );
myFiles.load(197, 192, 10, 11, pwrDot[globalPower.pwrCirc]);
}
else if ((x>=15)&&(x<=64)&&(y>=198)&&(y<=246)) // Heat power
{
// toggle power
if (globalPower.pwrHeat==0) AlarmPwrHeat_On();
else if (globalPower.pwrHeat==1)AlarmPwrHeat_Off();
// draw icons
myFiles.load(15, 212, 48, 48, pwrHeatIcon[globalPower.pwrHeat] );
myFiles.load(34, 264, 10, 11, pwrDot[globalPower.pwrHeat]);
}
else if ((x>=69)&&(x<=118)&&(y>=198)&&(y<=246)) // CO2 power
{
// toggle power
if (globalPower.pwrCO2==0) AlarmPwrCO2_On();
else if (globalPower.pwrCO2==1) AlarmPwrCO2_Off();
// draw icons
myFiles.load(69, 212, 48, 48, pwrCO2Icon[globalPower.pwrCO2] );
myFiles.load(88, 264, 10, 11, pwrDot[globalPower.pwrCO2]);
}
else if ((x>=124)&&(x<=173)&&(y>=198)&&(y<=246)) // aux 1 power
{
// toggle power
if (globalPower.pwrAux1==0) pwrAux1_On();
else if (globalPower.pwrAux1==1) pwrAux1_Off();
// draw icons
myFiles.load(124, 212, 48, 48, pwrAux1Icon[globalPower.pwrAux1] );
myFiles.load(143, 264, 10, 11, pwrDot[globalPower.pwrAux1]);
}
else if ((x>=178)&&(x<=227)&&(y>=198)&&(y<=246)) // aux 2 power
{
// toggle power
if (globalPower.pwrAux2==0) pwrAux2_On();
else if (globalPower.pwrAux2==1) pwrAux2_Off();
// draw icons
myFiles.load(178, 212, 48, 48, pwrAux2Icon[globalPower.pwrAux2] );
myFiles.load(197, 264, 10, 11, pwrDot[globalPower.pwrAux2]);
}
break;
case 4: // settings screen
touchWaitTime = LONG_WAIT;
if ((x>=107)&&(x<=129)&&(y>=294)&&(y<=318)) // home button
{
screenHome();
}
if ((x>=10)&&(x<=58)&&(y>=50)&&(y<=113))
{
// only respond to the lights button if they are turned on or PWM
if ((globalPower.pwrLight1==1)||(lightCSP==false))
{
if(lightCSP==false)screenLights();
if(lightCSP==true)screenLightsIR();
}
}
else if ((x>=67)&&(x<=115)&&(y>=50)&&(y<=113))
{
screenClock();
}
else if ((x>=124)&&(x<=172)&&(y>=50)&&(y<=113))
{
screenFeedSettings();
}
else if ((x>=181)&&(x<=229)&&(y>=50)&&(y<=113))
{
screenSchedule();
}
else if ((x>=10)&&(x<=58)&&(y>=118)&&(y<=181))
{
screenSensors();
}
else if ((x>=67)&&(x<=115)&&(y>=118)&&(y<=181))
{
screenDosing(1);
}
else if ((x>=124)&&(x<=172)&&(y>=118)&&(y<=181))
{
screenScreen();
}
else if ((x>=181)&&(x<=229)&&(y>=118)&&(y<=181))
{
screenATO();
}
else if ((x>=10)&&(x<=58)&&(y>=186)&&(y<=249))
{
screenLunar();
}
else if ((x>=67)&&(x<=115)&&(y>=186)&&(y<=249))
{
if (lightCSP==false)
{
selectedChan = 0;
screenColor(selectedChan);
}
}
else if ((x>=124)&&(x<=172)&&(y>=186)&&(y<=249))
{
screenGraphLEDs();
}
break;
case 5: // lights screen
if (lightEditing==0) // actions for buttons that are active when editing is not active
{
boolean updateLightValues=false; // track if we need to update the light values at the end due to mode change
if ((x>=10)&&(x<=58)&&(y>=39)&&(y<=87)) // full sun mode button
{
clearSelectedLight(1); // deselect the previously selected light
currentLightMode=0;
if (lightCSP==true) irsend.sendNEC(M1,32); // send IR to lights to change modes
currentColor = lightHighSun; // update current color values
tempColor = lightHighSun;
myFiles.load(10, 101, 48, 63, lightEdit[1]); // activate the edit button
myFiles.load(10, 39, 48, 48, lightModeS[currentLightMode]); // draw the button selected
updateLightValues=true; // update the light values
}
else if ((x>=67)&&(x<=115)&&(y>=39)&&(y<=87)) // mid sun mode button
{
clearSelectedLight(1); // deselect the previously selected light
currentLightMode=1;
if (lightCSP==true) irsend.sendNEC(M2,32); // send IR to lights to change modes
currentColor = lightMidSun;
tempColor = lightMidSun;
myFiles.load(10, 101, 48, 63, lightEdit[1]); // activate the edit button
myFiles.load(67, 39, 48, 48, lightModeS[currentLightMode]); // draw the button selected
updateLightValues=true; // update the light values
}
else if ((x>=124)&&(x<=172)&&(y>=39)&&(y<=87)) // low sun mode button
{
clearSelectedLight(1); // deselect the previously selected light
currentLightMode=2;
if (lightCSP==true) irsend.sendNEC(M3,32); // send IR to lights to change modes
currentColor = lightLowSun;
tempColor = lightLowSun;
myFiles.load(10, 101, 48, 63, lightEdit[1]); // activate the edit button
myFiles.load(124, 39, 48, 48, lightModeS[currentLightMode]); // draw the button selected
updateLightValues=true; // update the light values
}
else if ((x>=181)&&(x<=229)&&(y>=39)&&(y<=87)) // moon mode button
{
clearSelectedLight(1); // deselect the previously selected light
currentLightMode=3;
if (lightCSP==true) irsend.sendNEC(M4,32); // send IR to lights to change modes
currentColor = lightMoon;
tempColor = lightMoon;
myFiles.load(10, 101, 48, 63, lightEdit[1]); // activate the edit button
myFiles.load(181, 39, 48, 48, lightModeS[currentLightMode]); // draw the button selected
updateLightValues=true; // update the light values
}
else if ((x>=10)&&(x<=58)&&(y>=101)&&(y<=149)) // edit button
{
touchWaitTime = SHORT_WAIT; // can adjust sliders faster than every half second
clearSelectedLight(2); // turn off light modes that are inactive
lightEditing=1; // activate editing mode
myFiles.load(181, 101, 48, 63, lightResync[0]); // disable resync
myFiles.load(10, 101, 48, 63, lightEdit[0]); // disable edit
myFiles.load(67, 101, 48, 63, lightSave[1]); // enable save
myFiles.load(124, 101, 48, 63, lightCancel[1]); // enable cancel
}
else if ((x>=181)&&(x<=229)&&(y>=101)&&(y<=149)) // resync button
{
screenResyncLights(); // display that we are resyncing
resyncLights(); // actually resync the lights
screenLights(); // redraw the lights screen
}
// if modes were switched, we need to update the lighting values
if (updateLightValues==1)
{
//cancel any in progress fades since we are editing the light values
fadeInProgress = false;
//update bargraphs to currentColor
drawLEDBarGraph(1,currentColor.chan1);
drawLEDBarGraph(2,currentColor.chan2);
drawLEDBarGraph(3,currentColor.chan3);
drawLEDBarGraph(4,currentColor.chan4);
drawLEDBarGraph(5,currentColor.chan5);
drawLEDBarGraph(6,currentColor.chan6);
//update LEDs to currentColor
if(lightCSP == false)
{
//if using PCA9685 scale values to 12-bit
if(PCA9685Installed == true)
{
currentColor.chan1 = map(currentColor.chan1,0,100,0,4095);
currentColor.chan2 = map(currentColor.chan2,0,100,0,4095);
currentColor.chan3 = map(currentColor.chan3,0,100,0,4095);
currentColor.chan4 = map(currentColor.chan4,0,100,0,4095);
currentColor.chan5 = map(currentColor.chan5,0,100,0,4095);
currentColor.chan6 = map(currentColor.chan6,0,100,0,4095);
} else //otherwise scale to 8-bit
{
currentColor.chan1 = map(currentColor.chan1,0,100,0,255);
currentColor.chan2 = map(currentColor.chan2,0,100,0,255);
currentColor.chan3 = map(currentColor.chan3,0,100,0,255);
currentColor.chan4 = map(currentColor.chan4,0,100,0,255);
currentColor.chan5 = map(currentColor.chan5,0,100,0,255);
currentColor.chan6 = map(currentColor.chan6,0,100,0,255);
}
writeToLED(1,currentColor.chan1);
writeToLED(2,currentColor.chan2);
writeToLED(3,currentColor.chan3);
writeToLED(4,currentColor.chan4);
writeToLED(5,currentColor.chan5);
writeToLED(6,currentColor.chan6);
}
}
}
else if (lightEditing==1) // actions for buttons that are active when editing is active
{
int dy;
if ((x>=67)&&(x<=115)&&(y>=101)&&(y<=149)) // save button
{
touchWaitTime = LONG_WAIT; // return to normal delays between touch events
screenResyncLights(); // show that we are working
// setup eeprom rgbw variables
int e1, e2, e3, e4, e5, e6;
// holding bytes to rescale 0-4095 values to bytes for saving
byte v1, v2, v3, v4, v5, v6;
// save current light mode
if (currentLightMode==0)
{
e1=400; // eeprom location to save M1 red
e2=401; // eeprom location to save M1 green
e3=402; // eeprom location to save M1 blue
e4=403; // eeprom location to save M1 cool white
e5=404;
e6=405;
if (lightCSP==true) irsend.sendNEC(M1,32); // save values to position 1 on lights
//if (lightCSP==true) irsend.sendNEC(0xFFFFFFFF,32); // start sending footer to save
}
else if (currentLightMode==1)
{
e1=410; // eeprom location to save M2 red
e2=411; // eeprom location to save M2 green
e3=412; // eeprom location to save M2 blue
e4=413; // eeprom location to save M2 cool white
e5=414;
e6=415;
if (lightCSP==true) irsend.sendNEC(M2,32); // save values to position 2 on lights
//if (lightCSP==true) irsend.sendNEC(0xFFFFFFFF,32); // start sending footer to save
}
else if (currentLightMode==2)
{
e1=420; // eeprom location to save M3 red
e2=421; // eeprom location to save M3 green
e3=422; // eeprom location to save M3 blue
e4=423; // eeprom location to save M3 cool white
e5=424;
e6=425;
if (lightCSP==true) irsend.sendNEC(M3,32); // save values to position 3 on lights
//if (lightCSP==true) irsend.sendNEC(0xFFFFFFFF,32); // start sending footer to save
}
else if (currentLightMode==3)
{
e1=430; // eeprom location to save M4 red
e2=431; // eeprom location to save M4 green
e3=432; // eeprom location to save M4 blue
e4=433; // eeprom location to save M4 cool white
e5=434;
e6=435;
if (lightCSP==true) irsend.sendNEC(M4,32); // save values to position 4 on lights
//if (lightCSP==true) irsend.sendNEC(0xFFFFFFFF,32); // start sending footer to save
}
if (lightCSP==true)
{
// blast the footer for 3 seconds to save the memory position in the light
unsigned long currentMillis = millis(); // get current millis
unsigned long blastMillis = millis(); // get current millis
while ((blastMillis-currentMillis)<3000)
{
irsend.sendNEC(0xFFFFFFFF,32); // blast footer to save
blastMillis = millis(); // get current millis
}
}
Serial.print(F("LED values before saving: \n"));
Serial.print(F("currentColor.chan1: "));
Serial.println(currentColor.chan1);
Serial.print(F("currentColor.chan2: "));
Serial.println(currentColor.chan2);
Serial.print(F("currentColor.chan3: "));
Serial.println(currentColor.chan3);
Serial.print(F("currentColor.chan4: "));
Serial.println(currentColor.chan4);
Serial.print(F("currentColor.chan5: "));
Serial.println(currentColor.chan5);
Serial.print(F("currentColor.chan6: "));
Serial.println(currentColor.chan6);
Serial.print(F("currentLightMode: "));
Serial.println(currentLightMode);
//if not using IR light then currentColor needs to be scaled down to 0-100
if(lightCSP == false)
{
if(PCA9685Installed == true)
{
v1 = map(currentColor.chan1,0,4095,0,100);
v2 = map(currentColor.chan2,0,4095,0,100);
v3 = map(currentColor.chan3,0,4095,0,100);
v4 = map(currentColor.chan4,0,4095,0,100);
v5 = map(currentColor.chan5,0,4095,0,100);
v6 = map(currentColor.chan6,0,4095,0,100);
}else
{
v1 = map(currentColor.chan1,0,255,0,100);
v2 = map(currentColor.chan2,0,255,0,100);
v3 = map(currentColor.chan3,0,255,0,100);
v4 = map(currentColor.chan4,0,255,0,100);
v5 = map(currentColor.chan5,0,255,0,100);
v6 = map(currentColor.chan6,0,255,0,100);
}
}
else
{
v1 = currentColor.chan1;
v2 = currentColor.chan2;
v3 = currentColor.chan3;
v4 = currentColor.chan4;
v5 = 0;
v6 = 0;
}
// save new values to eeprom locations
EEPROM.write(e1,v1);
EEPROM.write(e2,v2);
EEPROM.write(e3,v3);
EEPROM.write(e4,v4);
EEPROM.write(e5,v5);
EEPROM.write(e6,v6);
lightEditing = 0; // disable editing
int prevMode = currentLightMode; // keep track of what mode we are in
resyncLights(); // we resync the lights after saving
currentLightMode = prevMode; // return to the saved mode
// switch back to the lighting mode you saved
if (lightCSP==true)
{
if (currentLightMode==0) irsend.sendNEC(M1,32); // activate the mode you just saved
else if (currentLightMode==1) irsend.sendNEC(M2,32); // activate the mode you just saved
else if (currentLightMode==2) irsend.sendNEC(M3,32); // activate the mode you just saved
else if (currentLightMode==3) irsend.sendNEC(M4,32); // activate the mode you just saved
//irsend.sendNEC(0xFFFFFFFF,32); // send footer
}
setStartupLighting();
screenLights(); // redraw the screen
}
else if ((x>=124)&&(x<=172)&&(y>=101)&&(y<=149)) // cancel button
{
lightEditing=0;
touchWaitTime = LONG_WAIT;
// switch back to current light mode
if (currentLightMode==0)
{
currentColor=lightHighSun;
if (lightCSP==true) irsend.sendNEC(M1,32);
}
else if (currentLightMode==1)
{
currentColor=lightMidSun;
if (lightCSP==true) irsend.sendNEC(M2,32);
}
else if (currentLightMode==2)
{
currentColor=lightLowSun;
if (lightCSP==true) irsend.sendNEC(M3,32);
}
else if (currentLightMode==3)
{
currentColor=lightMoon;
if (lightCSP==true) irsend.sendNEC(M4,32);
}
if(lightCSP == false)
{
if(PCA9685Installed == true) //if using PCA9685 scale values to 12-bit
{
currentColor.chan1 = map(currentColor.chan1,0,100,0,4095);
currentColor.chan2 = map(currentColor.chan2,0,100,0,4095);
currentColor.chan3 = map(currentColor.chan3,0,100,0,4095);
currentColor.chan4 = map(currentColor.chan4,0,100,0,4095);
currentColor.chan5 = map(currentColor.chan5,0,100,0,4095);
currentColor.chan6 = map(currentColor.chan6,0,100,0,4095);
} else //otherwise scale to 8-bit
{
currentColor.chan1 = map(currentColor.chan1,0,100,0,255);
currentColor.chan2 = map(currentColor.chan2,0,100,0,255);
currentColor.chan3 = map(currentColor.chan3,0,100,0,255);
currentColor.chan4 = map(currentColor.chan4,0,100,0,255);
currentColor.chan5 = map(currentColor.chan5,0,100,0,255);
currentColor.chan6 = map(currentColor.chan6,0,100,0,255);
}
writeToLED(1,currentColor.chan1);
writeToLED(2,currentColor.chan2);
writeToLED(3,currentColor.chan3);
writeToLED(4,currentColor.chan4);
writeToLED(5,currentColor.chan5);
writeToLED(6,currentColor.chan6);
}
screenLights(); // redraw screen
}
else if ((x>=10)&&(x<=38)&&(y>=185)&&(y<=285)) // red bargraph
{
dy = 285-y;
drawLEDBarGraph(1,dy);
if(PCA9685Installed == true)currentColor.chan1 = map(dy, 0, 100, 0, 4095);
if(PCA9685Installed == false)currentColor.chan1 = map(dy, 0, 100, 0, 255);
writeToLED(1,currentColor.chan1);
}
else if ((x>=48)&&(x<=76)&&(y>=185)&&(y<=285)) // Green bargraph
{
dy = 285-y;
drawLEDBarGraph(2,dy);
if(PCA9685Installed == true)currentColor.chan2 = map(dy, 0, 100, 0, 4095);
if(PCA9685Installed == false)currentColor.chan2 = map(dy, 0, 100, 0, 255);
writeToLED(2,currentColor.chan2);
}
else if ((x>=86)&&(x<=114)&&(y>=185)&&(y<=285)) // blue bargraph
{
dy = 285-y;
drawLEDBarGraph(3,dy);
if(PCA9685Installed == true)currentColor.chan3 = map(dy, 0, 100, 0, 4095);
if(PCA9685Installed == false)currentColor.chan3 = map(dy, 0, 100, 0, 255);
writeToLED(3,currentColor.chan3);
}
else if ((x>=124)&&(x<=152)&&(y>=185)&&(y<=285)) // white bargraph
{
dy = 285-y; //dy will be between 0 and 100
drawLEDBarGraph(4,dy); //update bargraph with new value
if(PCA9685Installed == true)currentColor.chan4 = map(dy, 0, 100, 0, 4095);
if(PCA9685Installed == false)currentColor.chan4 = map(dy, 0, 100, 0, 255);
writeToLED(4,currentColor.chan4);
}
else if ((x>=162)&&(x<=190)&&(y>=185)&&(y<=285)) // warm white bargraph
{
dy = 285-y;
drawLEDBarGraph(5,dy);
if(PCA9685Installed == true)currentColor.chan5 = map(dy, 0, 100, 0, 4095);
if(PCA9685Installed == false)currentColor.chan5 = map(dy, 0, 100, 0, 255);
writeToLED(5,currentColor.chan5);
}
else if ((x>=200)&&(x<=228)&&(y>=185)&&(y<=285)) // Ultra violet bargraph
{
dy = 285-y;
drawLEDBarGraph(6,dy);
if(PCA9685Installed == true)currentColor.chan6 = map(dy, 0, 100, 0, 4095);
if(PCA9685Installed == false)currentColor.chan6 = map(dy, 0, 100, 0, 255);
writeToLED(6,currentColor.chan6);
}
}
if ((x>=107)&&(x<=129)&&(y>=294)&&(y<=318)) // settings button
{
touchWaitTime = LONG_WAIT;
//determine which light mode we should return to before leaving lighting screen
smartStartupRamp();
setStartupLighting();
screenSettings();
}
break;
case 6: // clock screen for setting time
myGLCD.setFont(arial_bold);
myGLCD.setColor(255, 77, 0);
touchWaitTime = MEDIUM_WAIT;
if ((x>=12)&&(x<=96)&&(y>=286)&&(y<=312)) // cancel button
{
screenSettings();
}
else if ((x>=144)&&(x<=228)&&(y>=286)&&(y<=312)) // save button
{
SaveTime();
screenSettings();
}
else if ((x>=12)&&(x<=36)&&(y>=89)&&(y<=113)) // hour up button
{
saveRTC.Hour=(saveRTC.Hour+1);
if (saveRTC.Hour>23) saveRTC.Hour=0;
itoa(saveRTC.Hour, char3, 10);
if (saveRTC.Hour>=0 && saveRTC.Hour<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 45, 108);
}
else if ((x>=12)&&(x<=36)&&(y>=119)&&(y<=143)) // hour down button
{
saveRTC.Hour=(saveRTC.Hour-1);
if (saveRTC.Hour>23) saveRTC.Hour=23;
itoa(saveRTC.Hour, char3, 10);
if (saveRTC.Hour>=0 && saveRTC.Hour<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 45, 108);
}
else if ((x>=83)&&(x<=107)&&(y>=89)&&(y<=113)) // min up button
{
saveRTC.Minute=(saveRTC.Minute+1);
if (saveRTC.Minute>59) saveRTC.Minute=0;
itoa(saveRTC.Minute, char3, 10);
if (saveRTC.Minute>=0 && saveRTC.Minute<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 123, 108);
}
else if ((x>=83)&&(x<=107)&&(y>=119)&&(y<=143)) // min down button
{
saveRTC.Minute=(saveRTC.Minute-1);
if (saveRTC.Minute>59) saveRTC.Minute=59;
itoa(saveRTC.Minute, char3, 10);
if (saveRTC.Minute>=0 && saveRTC.Minute<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 123, 108);
}
else if ((x>=164)&&(x<=188)&&(y>=89)&&(y<=113)) // sec up button
{
saveRTC.Second=(saveRTC.Second+1);
if (saveRTC.Second>59) saveRTC.Second=0;
itoa(saveRTC.Second, char3, 10);
if (saveRTC.Second>=0 && saveRTC.Second<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 201, 108);
}
else if ((x>=164)&&(x<=188)&&(y>=119)&&(y<=143)) // sec down button
{
saveRTC.Second=(saveRTC.Second-1);
if (saveRTC.Second>59) saveRTC.Second=59;
itoa(saveRTC.Second, char3, 10);
if (saveRTC.Second>=0 && saveRTC.Second<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 201, 108);
}
else if ((x>=12)&&(x<=36)&&(y>=211)&&(y<=235)) // month up button
{
saveRTC.Month=(saveRTC.Month+1);
if (saveRTC.Month>12) saveRTC.Month=1;
itoa(saveRTC.Month, char3, 10);
if (saveRTC.Month>=0 && saveRTC.Month<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 45, 230);
}
else if ((x>=12)&&(x<=36)&&(y>=241)&&(y<=265)) // month down button
{
saveRTC.Month=(saveRTC.Month-1);
if (saveRTC.Month<1) saveRTC.Month=12;
itoa(saveRTC.Month, char3, 10);
if (saveRTC.Month>=0 && saveRTC.Month<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 45, 230);
}
else if ((x>=83)&&(x<=107)&&(y>=211)&&(y<=235)) // day up button
{
saveRTC.Day=(saveRTC.Day+1);
if (saveRTC.Day>31) saveRTC.Day=1;
itoa(saveRTC.Day, char3, 10);
if (saveRTC.Day>=0 && saveRTC.Day<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 123, 230);
}
else if ((x>=83)&&(x<=107)&&(y>=241)&&(y<=265)) // day down button
{
saveRTC.Day=(saveRTC.Day-1);
if (saveRTC.Day<1) saveRTC.Day=31;
itoa(saveRTC.Day, char3, 10);
if (saveRTC.Day>=0 && saveRTC.Day<=9) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 123, 230);
}
else if ((x>=164)&&(x<=188)&&(y>=211)&&(y<=235)) // year up button
{
saveRTC.Year=(saveRTC.Year+1);
if (saveRTC.Year>129) saveRTC.Year=30; // 30 == 2000, 130 == 2100
itoa((saveRTC.Year-30), char3, 10);
if (saveRTC.Year>=30 && saveRTC.Year<=39) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 201, 230);
}
else if ((x>=164)&&(x<=188)&&(y>=241)&&(y<=265)) // year down button
{
saveRTC.Year=(saveRTC.Year-1);
if (saveRTC.Year<30) saveRTC.Year=129;
itoa((saveRTC.Year-30), char3, 10);
if (saveRTC.Year>=30 && saveRTC.Year<=39) // add a zero
{
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.print(char3, 201, 230);
}
break;
case 7: // feeding schedule screen
if ((x>=158)&&(x<=182)&&(y>=46)&&(y<=70)) // minutes up button
{
feedingMins=feedingMins+1;
EEPROM.write(7,feedingMins);
itoa(feedingMins, char3, 10);
if (feedingMins>=0 && feedingMins<=9) // add a zero
{
//itoa(0, char3t, 10); //make char3t 0
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.setFont(arial_bold);
myGLCD.setColor(255, 77, 0);
myGLCD.print(char3, 190, 65);
}
else if ((x>=158)&&(x<=182)&&(y>=76)&&(y<=100)) // minutes down
{
if (feedingMins>1) // don't increment lower than 1 minute
{
feedingMins=feedingMins-1;
EEPROM.write(7,feedingMins);
itoa(feedingMins, char3, 10);
if (feedingMins>=0 && feedingMins<=9) // add a zero
{
//itoa(0, char3t, 10); //make char3t 0
strcat(char3t, char3);
strcpy (char3,char3t);
}
myGLCD.setFont(arial_bold);
myGLCD.setColor(255, 77, 0);
myGLCD.print(char3, 190, 65);
}
}
else if ((x>=41)&&(x<=89)&&(y>=140)&&(y<=188)) // pwrHeatIcon
{
// toggle to opposite power setting
if (feedPower.pwrHeat==0) feedPower.pwrHeat=1;
else if (feedPower.pwrHeat==1) feedPower.pwrHeat=0;
// save to memory
EEPROM.write(12, feedPower.pwrHeat);
// update icons
myFiles.load(41, 140, 48, 48, pwrHeatIcon[feedPower.pwrHeat],2);
}
else if ((x>=96)&&(x<=144)&&(y>=140)&&(y<=188)) // pwrFilterIcon
{
// toggle to opposite power setting
if (feedPower.pwrFilter==0) feedPower.pwrFilter=1;
else if (feedPower.pwrFilter==1) feedPower.pwrFilter=0;
// save to memory
EEPROM.write(10, feedPower.pwrFilter);
// update icons
myFiles.load(96, 140, 48, 48, pwrFilterIcon[feedPower.pwrFilter],2);
}
else if ((x>=150)&&(x<=198)&&(y>=140)&&(y<=188)) // pwrCircIcon
{
// toggle to opposite power setting
if (feedPower.pwrCirc==0) feedPower.pwrCirc=1;
else if (feedPower.pwrCirc==1) feedPower.pwrCirc=0;
// save to memory
EEPROM.write(11, feedPower.pwrCirc);
// update icons
myFiles.load(150, 140, 48, 48, pwrCircIcon[feedPower.pwrCirc],2);
}
else if ((x>=41)&&(x<=89)&&(y>=220)&&(y<=268)) // pwrCO2Icon
{
// toggle to opposite power setting
if (feedPower.pwrCO2==0) feedPower.pwrCO2=1;
else if (feedPower.pwrCO2==1) feedPower.pwrCO2=0;
// save to memory
EEPROM.write(13, feedPower.pwrCO2);
// update icons
myFiles.load(41, 220, 48, 48, pwrCO2Icon[feedPower.pwrCO2],2);
}
else if ((x>=96)&&(x<=144)&&(y>=220)&&(y<=268)) // pwrAux1Icon
{
// toggle to opposite power setting
if (feedPower.pwrAux1==0) feedPower.pwrAux1=1;
else if (feedPower.pwrAux1==1) feedPower.pwrAux1=0;
// save to memory
EEPROM.write(14, feedPower.pwrAux1);
// update icons
myFiles.load(96, 220, 48, 48, pwrAux1Icon[feedPower.pwrAux1],2);
}
else if ((x>=150)&&(x<=198)&&(y>=220)&&(y<=268)) // pwrAux2Icon
{
// toggle to opposite power setting
if (feedPower.pwrAux2==0) feedPower.pwrAux2=1;
else if (feedPower.pwrAux2==1) feedPower.pwrAux2=0;
// save to memory
EEPROM.write(15, feedPower.pwrAux2);
// update icons
myFiles.load(150, 220, 48, 48, pwrAux2Icon[feedPower.pwrAux2],2);
}
else if ((x>=42)&&(x<=88)&&(y>=189)&&(y<=211)) // Enable heat feed setting
{
// toggle to opposite power setting
if (feedSetting.pwrHeat==0) feedSetting.pwrHeat=1;
else if (feedSetting.pwrHeat==1) feedSetting.pwrHeat=0;
// save to memory
EEPROM.write(3, feedSetting.pwrHeat);
// update icons
myFiles.load(42, 189, 46, 22, schedOnOff[feedSetting.pwrHeat],2);
}
else if ((x>=97)&&(x<=143)&&(y>=189)&&(y<=211)) // Enable filter feed setting
{
// toggle to opposite power setting
if (feedSetting.pwrFilter==0) feedSetting.pwrFilter=1;
else if (feedSetting.pwrFilter==1) feedSetting.pwrFilter=0;
// save to memory
EEPROM.write(1, feedSetting.pwrFilter);
// update icons
myFiles.load(97, 189, 46, 22, schedOnOff[feedSetting.pwrFilter],2);
}
else if ((x>=151)&&(x<=197)&&(y>=189)&&(y<=211)) // Enable circ feed setting
{
// toggle to opposite power setting
if (feedSetting.pwrCirc==0) feedSetting.pwrCirc=1;
else if (feedSetting.pwrCirc==1) feedSetting.pwrCirc=0;
// save to memory
EEPROM.write(2, feedSetting.pwrCirc);
// update icons
myFiles.load(151, 189, 46, 22, schedOnOff[feedSetting.pwrCirc],2);
}
else if ((x>=42)&&(x<=88)&&(y>=269)&&(y<=291)) // Enable CO2 feed setting
{
// toggle to opposite power setting
if (feedSetting.pwrCO2==0) feedSetting.pwrCO2=1;
else if (feedSetting.pwrCO2==1) feedSetting.pwrCO2=0;
// save to memory
EEPROM.write(4, feedSetting.pwrCO2);
// update icons
myFiles.load(42, 269, 46, 22, schedOnOff[feedSetting.pwrCO2],2);
}
else if ((x>=97)&&(x<=143)&&(y>=269)&&(y<=291)) // Enable Aux1 feed setting
{
// toggle to opposite power setting
if (feedSetting.pwrAux1==0) feedSetting.pwrAux1=1;
else if (feedSetting.pwrAux1==1) feedSetting.pwrAux1=0;
// save to memory
EEPROM.write(5, feedSetting.pwrAux1);
// update icons
myFiles.load(97, 269, 46, 22, schedOnOff[feedSetting.pwrAux1],2);
}
else if ((x>=151)&&(x<=197)&&(y>=269)&&(y<=291)) // Enable Aux2 feed setting
{
// toggle to opposite power setting
if (feedSetting.pwrAux2==0) feedSetting.pwrAux2=1;
else if (feedSetting.pwrAux2==1) feedSetting.pwrAux2=0;
// save to memory
EEPROM.write(6, feedSetting.pwrAux2);
// update icons
myFiles.load(151, 269, 46, 22, schedOnOff[feedSetting.pwrAux2],2);
}
else if ((x>=107)&&(x<=129)&&(y>=294)&&(y<=318)) // settings button
{
EEPROM.write(6,1);
// exit screen
screenSettings();
}
break;
case 8: // heater settings screen
myGLCD.setColor(255, 77, 0);
myGLCD.setFont(arial_bold);
touchWaitTime = MEDIUM_WAIT;
if ((x>=107)&&(x<=129)&&(y>=294)&&(y<=318)) // settings button
{
screenSensors();
}
else if ((x>=162)&&(x<=186)&&(y>=37)&&(y<=61)) // off up button
{
heatOffTemp=EEPROM.read(17); // read existing setting
heatOffTemp=heatOffTemp+1; // increment
itoa(heatOffTemp, char3, 10);
myGLCD.print(char3, 194, 56);
EEPROM.write(17,heatOffTemp); // save setting
}
else if ((x>=162)&&(x<=186)&&(y>=67)&&(y<=91)) // off down button