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startups.ino
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startups.ino
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void firstRunSetup()
{
// we need to track if this has EVER run, because we only want it to run once ever
int EEPROMAddress = 2014;
int EEPROMValue = 66;
if(EEPROM.read(EEPROMAddress)!= EEPROMValue)
{
EEPROM.write(EEPROMAddress,EEPROMValue); // write to EEPROM so this never runs again
// default screen settings
EEPROM.write(28,2);
EEPROM.write(29,5);
EEPROM.write(30,30);
EEPROM.write(31,255);
// set default feeding values on first launch
EEPROM.write(1,1); // 6 // feeding enable filter
EEPROM.write(2,1); // 6 // feeding enable circ
EEPROM.write(3,1); // 6 // feeding enable heat
EEPROM.write(4,1); // 6 // feeding enable co2
EEPROM.write(5,1); // 6 // feeding enable aux1
EEPROM.write(6,1); // 6 // feeding enable aux2
EEPROM.write(7,10); // 7 // feeding minutes setting
EEPROM.write(8,1); // 8 // feeding light 1 (0 off, 1 on)
EEPROM.write(9,1); // 9 // feeding pwr light 2 (0 off, 1 on)
EEPROM.write(10,1); // 10 // feeding pwr filter (0 off, 1 on)
EEPROM.write(11,0); // 11 // feeding pwr circ (0 off, 1 on)
EEPROM.write(12,1); // 12 // feeding pwr heat (0 off, 1 on)
EEPROM.write(13,1); // 13 // feeding pwr co2 (0 off, 1 on)
EEPROM.write(14,0); // 14 // feeding pwr aux 1 (0 off, 1 on)
EEPROM.write(15,0); // 15 // feeding pwr aux 2 (0 off, 1 on)
// set default heater values on first launch
EEPROM.write(16,1); // 16 // heater settings saved (0 for no, 1 for yes)
EEPROM.write(17,29); // 17 // heater off temp
EEPROM.write(18,25); // 18 // heater on temp
EEPROM.write(19,30); // 19 // heater alarm temp
// power schedules, zero them all out
EEPROM.write(100,0); // lights1 isActive
EEPROM.write(101,0); // on hour
EEPROM.write(102,0); // on minute
EEPROM.write(103,0); // off hour
EEPROM.write(104,0); // off minute
EEPROM.write(105,0); // lights2
EEPROM.write(106,0); //
EEPROM.write(107,0); //
EEPROM.write(108,0); //
EEPROM.write(109,0); //
EEPROM.write(110,0); // circulation pump
EEPROM.write(111,0); //
EEPROM.write(112,0); //
EEPROM.write(113,0); //
EEPROM.write(114,0); //
EEPROM.write(115,0); // CO2
EEPROM.write(116,0); //
EEPROM.write(117,0); //
EEPROM.write(118,0); //
EEPROM.write(119,0); //
EEPROM.write(120,0); // Aux1
EEPROM.write(121,0); //
EEPROM.write(122,0); //
EEPROM.write(123,0); //
EEPROM.write(124,0); //
EEPROM.write(125,0); // Aux2
EEPROM.write(126,0); //
EEPROM.write(127,0); //
EEPROM.write(128,0); //
EEPROM.write(129,0); //
EEPROM.write(130,0); // lights1 s2
EEPROM.write(131,0); //
EEPROM.write(132,0); //
EEPROM.write(133,0); //
EEPROM.write(134,0); //
EEPROM.write(135,0); //lights2 s2
EEPROM.write(136,0); //
EEPROM.write(137,0); //
EEPROM.write(138,0); //
EEPROM.write(139,0); //
EEPROM.write(140,0); //Aux1 timer
EEPROM.write(141,0); //Aux2 timer
//light ramp schedules
EEPROM.write(220,6); // ramp1 on hour
EEPROM.write(221,0); // ramp1 on minute
EEPROM.write(222,1); // ramp1 off hour
EEPROM.write(223,0); // ramp1 off minute
EEPROM.write(224,8); // ramp2
EEPROM.write(225,0); //
EEPROM.write(226,1); //
EEPROM.write(227,0); //
EEPROM.write(228,11); // ramp3
EEPROM.write(229,0); //
EEPROM.write(230,1); //
EEPROM.write(231,0); //
EEPROM.write(232,18); // ramp4
EEPROM.write(233,0); //
EEPROM.write(234,1); //
EEPROM.write(235,0); //
EEPROM.write(236,20); // ramp5
EEPROM.write(237,0); //
EEPROM.write(238,1); //
EEPROM.write(239,0); //
EEPROM.write(240,22); // ramp6
EEPROM.write(241,0); //
EEPROM.write(242,1); //
EEPROM.write(243,0); //
// dosing schedules
EEPROM.write(300,7); // pump1 on hour
EEPROM.write(301,0); // on minute
EEPROM.write(302,0); // Sun
EEPROM.write(303,1); // Mon
EEPROM.write(304,0); // Tue
EEPROM.write(305,1); // Wed
EEPROM.write(306,0); // Thur
EEPROM.write(307,1); // Fri
EEPROM.write(308,0); // Sat
EEPROM.write(309,7); // pump2
EEPROM.write(310,0); //
EEPROM.write(311,0); //
EEPROM.write(312,0); //
EEPROM.write(313,1); //
EEPROM.write(314,0); //
EEPROM.write(315,1); //
EEPROM.write(316,0); //
EEPROM.write(317,1); //
EEPROM.write(318,10); // pump3
EEPROM.write(319,0); //
EEPROM.write(320,1); //
EEPROM.write(321,1); //
EEPROM.write(322,1); //
EEPROM.write(323,1); //
EEPROM.write(324,1); //
EEPROM.write(325,1); //
EEPROM.write(326,1); //
// light bar colours
EEPROM.write(80,0); // bar 1 color index
EEPROM.write(81,1); // bar 2 color index
EEPROM.write(82,2); // bar 3 color index
EEPROM.write(83,3); // bar 4 color index
EEPROM.write(84,4); // bar 5 color index
EEPROM.write(85,5); // bar 6 color index
EEPROM.write(86,3); // bar 7 color index
EEPROM.write(87,3); // bar 8 color index
EEPROM.write(88,3); // bar 9 color index
EEPROM.write(89,3); // bar 10 color index
//ATO settings
EEPROM.write(40,0); // 40 // ATO Enabled
EEPROM.write(41,0); // 41 // Reservoir switch Enabled
EEPROM.write(42,60); // 42 // Low level wait time in minutes
EEPROM.write(43,18); // 43 // Max run-time (multiple of 10 seconds)
EEPROM.write(44,0); // 44 // ATO alarm
// Sensor information
EEPROM.write(50,1); // 50 // Temp sensor 1 installed (water)
EEPROM.write(51,0); // 51 // Temp sensor 2 installed (heatsink)
EEPROM.write(52,0); // 52 // Internal sensor installed (MCP9701)
EEPROM.write(53,40); // 53 // Heatsink fan on temperature
EEPROM.write(54,35); // 54 // Heatsink fan off temperature
EEPROM.write(55,40); // 55 // Internal fan on temperature
EEPROM.write(56,35); // 56 // Internal fan off temperature
EEPROM.write(57,1); // 57 // Display in celcius?
EEPROM.write(58,128); // 58 // sensor 1 calibration offset
EEPROM.write(59,128); // 59 // sensor 2 calibration offset
EEPROM.write(60,128); // 60 // sensor 3 calibration offset
EEPROM.write(61,1); // 61 // display sensor 1 on home screen
EEPROM.write(62,1); // 62 // display sensor 1 on home screen
EEPROM.write(63,0); // 63 // display sensor 1 on home screen
// Pump information
EEPROM.write(20,10); // 20 // pump 1 dose in mL
EEPROM.write(21,10); // 21 // pump 2 dose in mL
EEPROM.write(22,5); // 22 // pump 3 dose in mL
EEPROM.write(23,80); // 23 // pump 1 ms^10/ml
EEPROM.write(24,80); // 24 // pump 2 ms^10/ml
EEPROM.write(25,80); // 25 // pump 3 ms^10/ml
EEPROM.write(26,100); // 26 // dosing 1 reseviors capacity in mL
EEPROM.write(27,0); // 27 // dosing 2 reserviors capacity in ML
EEPROM.write(261,100); // 28 // dosing 3 reserviors capacity in mL
EEPROM.write(262,0); // 27 // dosing 2 reserviors capacity in ML
EEPROM.write(263,100); // 28 // dosing 3 reserviors capacity in mL
EEPROM.write(264,0); // 28 // dosing 3 reserviors capacity in mL
EEPROM.write(32,100); // remaining volume for pump 1 (high byte ^10)
EEPROM.write(33,0); // remaining volume for pump 1 (low byte)
EEPROM.write(34,100); // remaining volume for pump 2 (high byte ^10)
EEPROM.write(35,0); // remaining volume for pump 2 (low byte)
EEPROM.write(36,100); // remaining volume for pump 3 (high byte ^10)
EEPROM.write(37,0); // remaining volume for pump 3 (low byte)
// RGBW values // 0=high sun, 1=mid sun, 2=low sun, 3=moon
EEPROM.write(400,0); // HS red
EEPROM.write(401,0); // HS green
EEPROM.write(402,0); // HS blue
EEPROM.write(403,0); // HS cool white
EEPROM.write(404,0); // HS warm white
EEPROM.write(405,0); // HS UV
EEPROM.write(406,0); // chan7
EEPROM.write(407,0); // chan8
EEPROM.write(408,0); // chan9
EEPROM.write(409,0); // chan10
EEPROM.write(410,0); // MS
EEPROM.write(411,0); //
EEPROM.write(412,0); //
EEPROM.write(413,0); //
EEPROM.write(414,0); //
EEPROM.write(415,0); //
EEPROM.write(416,0); //
EEPROM.write(417,0); //
EEPROM.write(418,0); //
EEPROM.write(419,0); //
EEPROM.write(420,0); // LS
EEPROM.write(421,0); //
EEPROM.write(422,0); //
EEPROM.write(423,0); //
EEPROM.write(424,0); //
EEPROM.write(425,0); //
EEPROM.write(426,0); //
EEPROM.write(427,0); //
EEPROM.write(428,0); //
EEPROM.write(429,0); //
EEPROM.write(430,0); // Moon
EEPROM.write(431,0); //
EEPROM.write(432,0); //
EEPROM.write(433,0); //
EEPROM.write(434,0); //
EEPROM.write(435,0); //
EEPROM.write(436,0); //
EEPROM.write(437,0); //
EEPROM.write(438,0); //
EEPROM.write(439,0); //
// Weather effects
EEPROM.write(70,0); // lunar cycle enabled
EEPROM.write(71,0); // Cloud effects enabled
EEPROM.write(72,B111111); // channels enabled
EEPROM.write(73,0); // length in minutes
EEPROM.write(74,0); // thunderstorm enabled
EEPROM.write(75,B111111); // channels enabled
EEPROM.write(76,0); // length in minutes
EEPROM.write(77,0); //
EEPROM.write(78,0); //
EEPROM.write(79,0); //
}
if(EEPROM.read(EEPROMAddress+1)!= EEPROMValue)
{
EEPROM.write(EEPROMAddress+1,EEPROMValue);
EEPROM.write(1,1); // 6 // feeding enable filter
EEPROM.write(2,1); // 6 // feeding enable circ
EEPROM.write(3,1); // 6 // feeding enable heat
EEPROM.write(4,1); // 6 // feeding enable co2
EEPROM.write(5,1); // 6 // feeding enable aux1
EEPROM.write(6,1); // 6 // feeding enable aux2
}
}
void readSensorSettings()
{
sensor1Enabled = EEPROM.read(50);
sensor2Enabled = EEPROM.read(51);
sensor3Enabled = EEPROM.read(52);
heatsinkFanOnTemp = EEPROM.read(53);
heatsinkFanOffTemp = EEPROM.read(54);
internalFanOnTemp = EEPROM.read(55);
internalFanOffTemp = EEPROM.read(56);
heatOffTemp=EEPROM.read(17);
heatOnTemp=EEPROM.read(18);
byte storedVal = EEPROM.read(58);
sensor1Calibration = ((float)storedVal - 128) / 10;
storedVal = EEPROM.read(59);
sensor2Calibration = ((float)storedVal - 128) / 10;
storedVal = EEPROM.read(60);
sensor3Calibration = ((float)storedVal - 128) / 10;
displaySensor1 = EEPROM.read(61);
displaySensor2 = EEPROM.read(62);
displaySensor3 = EEPROM.read(63);
displayInC = EEPROM.read(57);
Serial.print(F("sensor1Calibration: "));
Serial.println(sensor1Calibration);
Serial.print(F("sensor2Calibration: "));
Serial.println(sensor2Calibration);
Serial.print(F("sensor3Calibration: "));
Serial.println(sensor3Calibration);
}
void readPowerSchedule()
{
// load power schedule from eeprom
schedLights1.active = EEPROM.read(100);
schedLights1.onHour = EEPROM.read(101);
schedLights1.onMinute = EEPROM.read(102);
schedLights1.offHour = EEPROM.read(103);
schedLights1.offMinute = EEPROM.read(104);
schedLights1s2.active = EEPROM.read(130);
schedLights1s2.onHour = EEPROM.read(131);
schedLights1s2.onMinute = EEPROM.read(132);
schedLights1s2.offHour = EEPROM.read(133);
schedLights1s2.offMinute = EEPROM.read(134);
schedLights2.active = EEPROM.read(105);
schedLights2.onHour = EEPROM.read(106);
schedLights2.onMinute = EEPROM.read(107);
schedLights2.offHour = EEPROM.read(108);
schedLights2.offMinute = EEPROM.read(109);
schedLights2s2.active = EEPROM.read(135);
schedLights2s2.onHour = EEPROM.read(136);
schedLights2s2.onMinute = EEPROM.read(137);
schedLights2s2.offHour = EEPROM.read(138);
schedLights2s2.offMinute = EEPROM.read(139);
schedCirc.active = EEPROM.read(110);
schedCirc.onHour = EEPROM.read(111);
schedCirc.onMinute = EEPROM.read(112);
schedCirc.offHour = EEPROM.read(113);
schedCirc.offMinute = EEPROM.read(114);
schedCo2.active = EEPROM.read(115);
schedCo2.onHour = EEPROM.read(116);
schedCo2.onMinute = EEPROM.read(117);
schedCo2.offHour = EEPROM.read(118);
schedCo2.offMinute = EEPROM.read(119);
schedAux1.active = EEPROM.read(120);
schedAux1.onHour = EEPROM.read(121);
schedAux1.onMinute = EEPROM.read(122);
schedAux1.offHour = EEPROM.read(123);
schedAux1.offMinute = EEPROM.read(124);
schedAux1.timer = EEPROM.read(140);
schedAux2.active = EEPROM.read(125);
schedAux2.onHour = EEPROM.read(126);
schedAux2.onMinute = EEPROM.read(127);
schedAux2.offHour = EEPROM.read(128);
schedAux2.offMinute = EEPROM.read(129);
schedAux2.timer = EEPROM.read(141);
if(schedAux1.timer > 1)
{
EEPROM.write(140,0); //Aux1 timer
schedAux1.timer = 0;
}
if(schedAux2.timer > 1)
{
EEPROM.write(141,0); //Aux2 timer
schedAux2.timer = 0;
}
}
void readRampSchedule()
{
// load lighting ramp schedule from eeprom
ramp1.onHour = EEPROM.read(220);
ramp1.onMinute = EEPROM.read(221);
ramp1.offHour = EEPROM.read(222);
ramp1.offMinute = EEPROM.read(223);
ramp2.onHour = EEPROM.read(224);
ramp2.onMinute = EEPROM.read(225);
ramp2.offHour = EEPROM.read(226);
ramp2.offMinute = EEPROM.read(227);
ramp3.onHour = EEPROM.read(228);
ramp3.onMinute = EEPROM.read(229);
ramp3.offHour = EEPROM.read(230);
ramp3.offMinute = EEPROM.read(231);
ramp4.onHour = EEPROM.read(232);
ramp4.onMinute = EEPROM.read(233);
ramp4.offHour = EEPROM.read(234);
ramp4.offMinute = EEPROM.read(235);
ramp5.onHour = EEPROM.read(236);
ramp5.onMinute = EEPROM.read(237);
ramp5.offHour = EEPROM.read(238);
ramp5.offMinute = EEPROM.read(239);
ramp6.onHour = EEPROM.read(240);
ramp6.onMinute = EEPROM.read(241);
ramp6.offHour = EEPROM.read(242);
ramp6.offMinute = EEPROM.read(243);
}
void readDosingSchedule()
{
// load dosing schedule from eeprom
pump1.onHour = EEPROM.read(300);
pump1.onMinute = EEPROM.read(301);
pump1.Sunday = EEPROM.read(302);
pump1.Monday = EEPROM.read(303);
pump1.Tuesday = EEPROM.read(304);
pump1.Wednesday = EEPROM.read(305);
pump1.Thursday = EEPROM.read(306);
pump1.Friday = EEPROM.read(307);
pump1.Saturday = EEPROM.read(308);
pump2.onHour = EEPROM.read(309);
pump2.onMinute = EEPROM.read(310);
pump2.Sunday = EEPROM.read(311);
pump2.Monday = EEPROM.read(312);
pump2.Tuesday = EEPROM.read(313);
pump2.Wednesday = EEPROM.read(314);
pump2.Thursday = EEPROM.read(315);
pump2.Friday = EEPROM.read(316);
pump2.Saturday = EEPROM.read(317);
pump3.onHour = EEPROM.read(318);
pump3.onMinute = EEPROM.read(319);
pump3.Sunday = EEPROM.read(320);
pump3.Monday = EEPROM.read(321);
pump3.Tuesday = EEPROM.read(322);
pump3.Wednesday = EEPROM.read(323);
pump3.Thursday = EEPROM.read(324);
pump3.Friday = EEPROM.read(325);
pump3.Saturday = EEPROM.read(326);
}
void readFeedSettings()
{
feedSetting.pwrFilter=EEPROM.read(1);
feedSetting.pwrCirc=EEPROM.read(2);
feedSetting.pwrHeat=EEPROM.read(3);
feedSetting.pwrCO2=EEPROM.read(4);
feedSetting.pwrAux1=EEPROM.read(5);
feedSetting.pwrAux2=EEPROM.read(6);
feedingMins=EEPROM.read(7);
feedPower.pwrLight1=EEPROM.read(8);
feedPower.pwrLight2=EEPROM.read(9);
feedPower.pwrFilter=EEPROM.read(10);
feedPower.pwrCirc=EEPROM.read(11);
feedPower.pwrHeat=EEPROM.read(12);
feedPower.pwrCO2=EEPROM.read(13);
feedPower.pwrAux1=EEPROM.read(14);
feedPower.pwrAux2=EEPROM.read(15);
}
void readATOSettings()
{
ATORunTime = (EEPROM.read(43))*10;
ATOWaitTime = (EEPROM.read(42))*60;
ATOEnabled = EEPROM.read(40);
ResSwitchEnabled = EEPROM.read(41);
ATOAlarm = EEPROM.read(44);
}
void readScreenSettings()
{
screenRetHome = EEPROM.read(28); //How long to wait before returning home
screenDimLevel = EEPROM.read(29); //Brightness during idle
screenDimSec = EEPROM.read(30); //How long to wait for idle
screenBrightMem = EEPROM.read(31);//Brightness during operation
//change to v2.4.0 where stored value is %/10 (ie 1 is 10%)
if(screenBrightMem > 10)
{
screenBrightMem = 10;
EEPROM.write(31,10);
}
screenBrightness = screenBrightMem * 25;
}
void readBargraphColors()
{
for(int i = 0; i < 6 ; i++)
{
barColors[i] = EEPROM.read(80+i);
}
}
// Giving some big credit here, my original version of the smart startup had several bugs with schedules wrapping past midnight.
// This new smart startup routine was reworked and fixed by robsworld78 at The Planted Tank forums
void smartStartup()
{
// get the current time in UNIX time, which is FAR easier for time calculations and comparisons
// also must set UTC offset for mktime to calcuate stuff correct
time_t currentStamp = now();
time_t midnight = tmConvert_t(year(),month(),day(),23,59,59); // current day 11:59:59pm
//Might work: time_t midnight = nextMidnight(now());
time_t powerOn;
time_t powerOff;
time_t powerOffNextDay;
//// POWER STARTUP: LIGHTS 1
// read in the power schedule and see if we are at a time when it should be on
if (schedLights1.active == 1)
{
time_t powerOn = tmConvert_t(year(),month(),day(),schedLights1.onHour,schedLights1.onMinute,0); // get a unix time stamp for the power on
time_t powerOff = tmConvert_t(year(),month(),day(),schedLights1.offHour,schedLights1.offMinute,0); // get a unix time stamp for the power off
time_t powerOffNextDay = tmConvert_t(year(),month(),day(),schedLights1.offHour,schedLights1.offMinute,0);
powerOffNextDay = powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrLight1_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrLight1_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrLight1_On();
else AlarmPwrLight1_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrLight1_On();
else AlarmPwrLight1_Off();
}
if((schedLights1s2.active == 1)&&(globalPower.pwrLight1 == false))
{
time_t powerOn = tmConvert_t(year(),month(),day(),schedLights1s2.onHour,schedLights1s2.onMinute,0); // get a unix time stamp for the power on
time_t powerOff = tmConvert_t(year(),month(),day(),schedLights1s2.offHour,schedLights1s2.offMinute,0); // get a unix time stamp for the power off
time_t powerOffNextDay = tmConvert_t(year(),month(),day(),schedLights1s2.offHour,schedLights1s2.offMinute,0);
powerOffNextDay = powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrLight1_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrLight1_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrLight1_On();
else AlarmPwrLight1_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrLight1_On();
else AlarmPwrLight1_Off();
}
//// POWER STARTUP: LIGHTS 2
// read in the power schedule and see if we are at a time when it should be on
if (schedLights2.active == 1)
{
powerOn = tmConvert_t(year(),month(),day(),schedLights2.onHour,schedLights2.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedLights2.offHour,schedLights2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedLights2.offHour,schedLights2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrLight2_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrLight2_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrLight2_On();
else AlarmPwrLight2_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrLight2_On();
else AlarmPwrLight2_Off();
}
if((schedLights2s2.active == 1)&&(globalPower.pwrLight2 == false))
{
powerOn = tmConvert_t(year(),month(),day(),schedLights2s2.onHour,schedLights2s2.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedLights2s2.offHour,schedLights2s2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedLights2s2.offHour,schedLights2s2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrLight2_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrLight2_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrLight2_On();
else AlarmPwrLight2_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrLight2_On();
else AlarmPwrLight2_Off();
}
//// POWER STARTUP: FILTER
AlarmPwrFilter_On(); // the filter is ALWAYS ON
//// POWER STARTUP: CIRCULATION PUMP
// read in the power schedule and see if we are at a time when it should be on
if (schedCirc.active == 1)
{
powerOn = tmConvert_t(year(),month(),day(),schedCirc.onHour,schedCirc.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedCirc.offHour,schedCirc.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedCirc.offHour,schedCirc.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay=powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrCirc_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrCirc_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrCirc_On();
else AlarmPwrCirc_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrCirc_On();
else AlarmPwrCirc_Off();
}
//// POWER STARTUP: HEATER
AlarmPwrHeat_On(); // the heater is ALWAYS ON
//// POWER STARTUP: CO2
// read in the power schedule and see if we are at a time when it should be on
if (schedCo2.active == 1)
{
powerOn = tmConvert_t(year(),month(),day(),schedCo2.onHour,schedCo2.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedCo2.offHour,schedCo2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedCo2.offHour,schedCo2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay=powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrCO2_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrCO2_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrCO2_On();
else AlarmPwrCO2_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrCO2_On();
else AlarmPwrCO2_Off();
}
//// POWER STARTUP: AUX 1
// read in the power schedule and see if we are at a time when it should be on
if((schedAux1.active == 1)&&(schedAux1.timer == false))
{
powerOn = tmConvert_t(year(),month(),day(),schedAux1.onHour,schedAux1.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedAux1.offHour,schedAux1.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedAux1.offHour,schedAux1.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay=powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrAux1_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrAux1_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrAux1_On();
else AlarmPwrAux1_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrAux1_On();
else AlarmPwrAux1_Off();
}
else if((schedAux1.active == 1)&&(schedAux1.timer == true))
{
AlarmPwrAux1_Timer();
}
//// POWER STARTUP: AUX 2
// read in the power schedule and see if we are at a time when it should be on
if((schedAux2.active == 1)&&(schedAux2.timer == false))
{
powerOn = tmConvert_t(year(),month(),day(),schedAux2.onHour,schedAux2.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedAux2.offHour,schedAux2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedAux2.offHour,schedAux2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay=powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrAux2_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrAux2_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrAux2_On();
else AlarmPwrAux2_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrAux2_On();
else AlarmPwrAux2_Off();
}
else if((schedAux2.active == 1)&&(schedAux2.timer == true))
{
AlarmPwrAux2_Timer();
}
// lighting mode is restored to value with closest start time after current time
smartStartupRamp();
setStartupLighting();
}
void smartStartupRamp()
{
time_t currentStamp = now();
time_t midnight = tmConvert_t(year(),month(),day(),23,59,59); // current day 11:59:59pm
time_t rampStart1 = tmConvert_t(year(),month(),day(),ramp1.onHour,ramp1.onMinute,0);
time_t rampStart2 = tmConvert_t(year(),month(),day(),ramp2.onHour,ramp2.onMinute,0);
time_t rampStart3 = tmConvert_t(year(),month(),day(),ramp3.onHour,ramp3.onMinute,0);
time_t rampStart4 = tmConvert_t(year(),month(),day(),ramp4.onHour,ramp4.onMinute,0);
time_t rampStart5 = tmConvert_t(year(),month(),day(),ramp5.onHour,ramp5.onMinute,0);
time_t rampStart6 = tmConvert_t(year(),month(),day(),ramp6.onHour,ramp6.onMinute,0);
//// Ramp 2 after midnight
if ((rampStart2<rampStart1) && (currentStamp>rampStart1))
{
currentLightMode=2;
}
else if ((rampStart2<rampStart1) && (currentStamp<rampStart2))
{
currentLightMode=2;
}
else if (((rampStart2<rampStart1) && (currentStamp>rampStart2) && (currentStamp<rampStart3)))
{
currentLightMode=1;
}
else if (((rampStart2<rampStart1) && (currentStamp>rampStart3) && (currentStamp<rampStart4)))
{
currentLightMode=0;
}
else if (((rampStart2<rampStart1) && (currentStamp>rampStart4) && (currentStamp<rampStart5)))
{
currentLightMode=1;
}
else if (((rampStart2<rampStart1) && (currentStamp>rampStart5) && (currentStamp<rampStart6)))
{
currentLightMode=2;
}
//// Ramp 3 after midnight
else if (((rampStart2>rampStart1) && (rampStart3<rampStart1) && (currentStamp>rampStart2)))
{
currentLightMode=1;
}
else if (((rampStart2>rampStart1) && (rampStart3<rampStart1) && (currentStamp<rampStart3)))
{
currentLightMode=1;
}
else if ((((rampStart2>rampStart1) && (rampStart3<rampStart1) && (currentStamp>rampStart3) && (currentStamp<rampStart4))))
{
currentLightMode=0;
}
else if ((((rampStart2>rampStart1) && (rampStart3<rampStart1) && (currentStamp>rampStart4) && (currentStamp<rampStart5))))
{
currentLightMode=1;
}
else if ((((rampStart2>rampStart1) && (rampStart3<rampStart1) && (currentStamp>rampStart5) && (currentStamp<rampStart6))))
{
currentLightMode=2;
}
//// Ramp 4 after midnight
else if ((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4<rampStart1) && (currentStamp>rampStart3))))
{
currentLightMode=0;
}
else if ((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4<rampStart1) && (currentStamp<rampStart4))))
{
currentLightMode=0;
}
else if (((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4<rampStart1) && (currentStamp>rampStart4) && (currentStamp<rampStart5)))))
{
currentLightMode=1;
}
else if (((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4<rampStart1) && (currentStamp>rampStart5) && (currentStamp<rampStart6)))))
{
currentLightMode=2;
}
//// Ramp 5 after midnight
else if (((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4>rampStart1) && (rampStart5<rampStart1) && (currentStamp>rampStart4))))) ////winner
{
currentLightMode=1;
}
else if (((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4>rampStart1) && (rampStart5<rampStart1) && (currentStamp<rampStart5))))) /// after midnight
{
currentLightMode=1;
}
else if ((((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4>rampStart1) && (rampStart5<rampStart1) && (currentStamp>rampStart5) && (currentStamp<rampStart6))))))
{
currentLightMode=2;
}
//// Ramp 6 after midnight
else if ((((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4>rampStart1) && (rampStart5>rampStart1) && (rampStart6<rampStart1) && (currentStamp>rampStart5))))))
{
currentLightMode=2;
}
else if ((((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4>rampStart1) && (rampStart5>rampStart1) && (rampStart6<rampStart1) && (currentStamp<rampStart6))))))
{
currentLightMode=2;
}
else if (((((((rampStart2>rampStart1) && (rampStart3>rampStart1) && (rampStart4>rampStart1) && (rampStart5>rampStart1) && (rampStart6<rampStart1) && (currentStamp>rampStart6) && (currentStamp<rampStart1)))))))
{
currentLightMode=3;
}
//// start of regular ramping during 24hr period
else if ((currentStamp>rampStart1) && (currentStamp<rampStart2)) // if we are after ramp 1
{
currentLightMode=2;
}
else if ((currentStamp>rampStart2) && (currentStamp<rampStart3)) // if we are not in the previous ramp, but are still before this one
{
currentLightMode=1;
}
else if ((currentStamp>rampStart3) && (currentStamp<rampStart4)) // if we are not in the previous ramp, but are still before this one
{
currentLightMode=0;
}
else if ((currentStamp>rampStart4) && (currentStamp<rampStart5)) // if we are not in the previous ramp, but are still before this one
{
currentLightMode=1;
}
else if ((currentStamp>rampStart5) && (currentStamp<rampStart6)) // if we are not in the previous ramp, but are still before this one
{
currentLightMode=2;
}
else if ((currentStamp>rampStart6) && (currentStamp<rampStart1+86400)) // if we are not in the previous ramp, but are still before this one
{
currentLightMode=3;
}
else if ((currentStamp<midnight) && (currentStamp<rampStart1)) // if we are not in the previous ramp, but are still before this one
{
currentLightMode=3;
}
}
void setStartupLighting()
{
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);
}
else
{
currentColor = lightLowSun;
if(lightCSP==true)irsend.sendNEC(M3,32);
}
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);
}
}
void smartStartupPower()
{
// get the current time in UNIX time, which is FAR easier for time calculations and comparisons
// also must set UTC offset for mktime to calcuate stuff correct
time_t currentStamp = now();
time_t midnight = tmConvert_t(year(),month(),day(),23,59,59); // current day 11:59:59pm
//Might work: time_t midnight = nextMidnight(now());
time_t powerOn;
time_t powerOff;
time_t powerOffNextDay;
//// POWER STARTUP: LIGHTS 1
// read in the power schedule and see if we are at a time when it should be on
if (schedLights1.active == 1)
{
time_t powerOn = tmConvert_t(year(),month(),day(),schedLights1.onHour,schedLights1.onMinute,0); // get a unix time stamp for the power on
time_t powerOff = tmConvert_t(year(),month(),day(),schedLights1.offHour,schedLights1.offMinute,0); // get a unix time stamp for the power off
time_t powerOffNextDay = tmConvert_t(year(),month(),day(),schedLights1.offHour,schedLights1.offMinute,0);
powerOffNextDay = powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrLight1_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrLight1_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrLight1_On();
else AlarmPwrLight1_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrLight1_On();
else AlarmPwrLight1_Off();
}
if((schedLights1s2.active == 1)&&(globalPower.pwrLight1 == false))
{
time_t powerOn = tmConvert_t(year(),month(),day(),schedLights1s2.onHour,schedLights1s2.onMinute,0); // get a unix time stamp for the power on
time_t powerOff = tmConvert_t(year(),month(),day(),schedLights1s2.offHour,schedLights1s2.offMinute,0); // get a unix time stamp for the power off
time_t powerOffNextDay = tmConvert_t(year(),month(),day(),schedLights1s2.offHour,schedLights1s2.offMinute,0);
powerOffNextDay = powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrLight1_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrLight1_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrLight1_On();
else AlarmPwrLight1_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrLight1_On();
else AlarmPwrLight1_Off();
}
//// POWER STARTUP: LIGHTS 2
// read in the power schedule and see if we are at a time when it should be on
if (schedLights2.active == 1)
{
powerOn = tmConvert_t(year(),month(),day(),schedLights2.onHour,schedLights2.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedLights2.offHour,schedLights2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedLights2.offHour,schedLights2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrLight2_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrLight2_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrLight2_On();
else AlarmPwrLight2_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrLight2_On();
else AlarmPwrLight2_Off();
}
if((schedLights2s2.active == 1)&&(globalPower.pwrLight2 == false))
{
powerOn = tmConvert_t(year(),month(),day(),schedLights2s2.onHour,schedLights2s2.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedLights2s2.offHour,schedLights2s2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedLights2s2.offHour,schedLights2s2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrLight2_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrLight2_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrLight2_On();
else AlarmPwrLight2_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrLight2_On();
else AlarmPwrLight2_Off();
}
//// POWER STARTUP: FILTER
AlarmPwrFilter_On(); // the filter is ALWAYS ON
//// POWER STARTUP: CIRCULATION PUMP
// read in the power schedule and see if we are at a time when it should be on
if (schedCirc.active == 1)
{
powerOn = tmConvert_t(year(),month(),day(),schedCirc.onHour,schedCirc.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedCirc.offHour,schedCirc.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedCirc.offHour,schedCirc.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay=powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrCirc_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrCirc_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrCirc_On();
else AlarmPwrCirc_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrCirc_On();
else AlarmPwrCirc_Off();
}
//// POWER STARTUP: HEATER
AlarmPwrHeat_On(); // the heater is ALWAYS ON
//// POWER STARTUP: CO2
// read in the power schedule and see if we are at a time when it should be on
if (schedCo2.active == 1)
{
powerOn = tmConvert_t(year(),month(),day(),schedCo2.onHour,schedCo2.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedCo2.offHour,schedCo2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedCo2.offHour,schedCo2.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay=powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrCO2_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrCO2_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrCO2_On();
else AlarmPwrCO2_Off();
}
else if ((currentStamp>=powerOn) && (currentStamp<=powerOff)) AlarmPwrCO2_On();
else AlarmPwrCO2_Off();
}
//// POWER STARTUP: AUX 1
// read in the power schedule and see if we are at a time when it should be on
if ((schedAux1.active == 1)&&(schedAux1.timer == false))
{
powerOn = tmConvert_t(year(),month(),day(),schedAux1.onHour,schedAux1.onMinute,0); // get a unix time stamp for the power on
powerOff = tmConvert_t(year(),month(),day(),schedAux1.offHour,schedAux1.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay = tmConvert_t(year(),month(),day(),schedAux1.offHour,schedAux1.offMinute,0); // get a unix time stamp for the power off
powerOffNextDay=powerOffNextDay+86400;
if (powerOn==powerOff) AlarmPwrAux1_On();
else if (powerOn>powerOff)
{
if ((currentStamp>=powerOn) && (powerOffNextDay>=midnight)) AlarmPwrAux1_On();
else if (((currentStamp<=powerOn) && (currentStamp<=powerOff) && (powerOffNextDay>=midnight))) AlarmPwrAux1_On();