Очень простой контролер аквариумного освещения
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Сб, 22/02/2014 - 15:30
Здравствуйте, товарищи! Веду поиск безвозмездной помощи. Есть исходники, нужно чуток подредактировать. Вобщем, нужно сделать контроллер аквариумного освещения. 3 ШИМ канала, т.е. должны управлять диммируемыми драйверами. Принцип работы.
Канал 1. Старт освещения в 7:30, плавное нарастание мощности до предела к 8:30. С 18:30 до 19:30 плавное выключение до нуля.
Канал 2. Старт освещения в 8:10, плавное нарастание мощности до максимума в течение часа. В 17:50 - 18:50 плавное выключение до нуля. Т.е. иммитация рассветов и закатов.
Канал 3. Иммитация фаз луны. Алгоритм имеется. Работать должна после выключения 1 канала и до его включени.
Теперь исходник. Есть код для Ардуино мега 2560 с сенсорным экраном, но он дороговат, и там слишком много функций. Весь код прокомментирован, так что, думаю (человек предполагает, а Бог располагает) знающий человек может разобраться. Конечная прошивка нужна для Ардуино Леонардо (ATmega32U4, точнее для китайского клона, но пишут, что там полная совместимость).
Заранее большое спасибо за внимание. Буду ждать ответа, надежда умирает последней.
00001//************************************************************************************/00002// Jarduino Aquarium Controller v.1.2(beta) - release date: May 201200003// Written and Debugged by Jamie M. Jardin aka "TheDOdblG"00004// Copyright 2011, 2012 Jamie M. Jardin00005// email: <a href="mailto:jjardi56@msn.com">jjardi56@msn.com</a>00006//00007// Aquarium and Controller Build Details00008// <a data-cke-saved-href="<a href="http://ukreefs.com/index.php?topic=117.0" rel="nofollow">http://ukreefs.com/index.php?topic=117.0</a>" href="<a href="http://ukreefs.com/index.php?topic=117.0" rel="nofollow">http://ukreefs.com/index.php?topic=117.0</a>" rel="nofollow"><a href="http://ukreefs.com/index.php?topic=117.0" rel="nofollow">http://ukreefs.com/index.php?topic=117.0</a></a>00009// <a data-cke-saved-href="<a href="http://www.reefcentral.co.uk/showthread.php/26598-44-Gallon-Pentagon-Corner-Tank-LED-Hood-DIY-Build-EXTRAS!-" rel="nofollow">http://www.reefcentral.co.uk/showthread.php/26598-44-Gallon-Pentagon-Corner-Tank-LED-Hood-DIY-Build-EXTRAS!-</a>" href="<a href="http://www.reefcentral.co.uk/showthread.php/26598-44-Gallon-Pentagon-Corner-Tank-LED-Hood-DIY-Build-EXTRAS!-" rel="nofollow">http://www.reefcentral.co.uk/showthread.php/26598-44-Gallon-Pentagon-Corner-Tank-LED-Hood-DIY-Build-EXTRAS!-</a>" rel="nofollow"><a href="http://www.reefcentral.co.uk/showthread.php/26598-44-Gallon-Pentagon-Corner-Tank-LED-Hood-DIY-Build-EXTRAS!-" rel="nofollow">http://www.reefcentral.co.uk/showthread.php/26598-44-Gallon-Pentagon-Corner-Tank-LED-Hood-DIY-Build-EXTRAS!-</a></a>(Sump-amp-Wave-Maker-etc)00010//00011// Jarduino Code Download Page00012// <a data-cke-saved-href="<a href="http://code.google.com/p/jarduino-aquarium-controller/" rel="nofollow">http://code.google.com/p/jarduino-aquarium-controller/</a>" href="<a href="http://code.google.com/p/jarduino-aquarium-controller/" rel="nofollow">http://code.google.com/p/jarduino-aquarium-controller/</a>" rel="nofollow"><a href="http://code.google.com/p/jarduino-aquarium-controller/" rel="nofollow">http://code.google.com/p/jarduino-aquarium-controller/</a></a>00013//00014// Jarduino Aquarium Controller v.1.2 Updates Demonstration Video00015// Coming soon to a YouTube near you!00016//00017// Jarduino Aquarium Controller v.1.1 Demonstration Video00018// <a data-cke-saved-href="<a href="http://www.youtube.com/watch?v=gN4XQHNijxw" rel="nofollow">http://www.youtube.com/watch?v=gN4XQHNijxw</a>" href="<a href="http://www.youtube.com/watch?v=gN4XQHNijxw" rel="nofollow">http://www.youtube.com/watch?v=gN4XQHNijxw</a>" rel="nofollow"><a href="http://www.youtube.com/watch?v=gN4XQHNijxw" rel="nofollow">http://www.youtube.com/watch?v=gN4XQHNijxw</a></a>00019//00020//************************************************************************************/00021//00022// Previous Versions00023// Jarduino Aquarium Controller v.1.0 (December 2011)00024// Jarduino Aquarium Controller v.1.1 (April 2012)00025//00026// Updates to Current Version (Jarduino Aquarium Controller v.1.2)00027// • Added support for Arduino 1.0 IDE (Must use patched version)00028// • Replaced the ITDB02_Graph16.h Library with UTFT.h Library by Henning Karlsen00029// • Replaced Matt Joyce's DS1307 Library with Henning Karlsen's DS1307 Library00030// - modified formatting in Karlsen's DS1307 Library00031// - rewrote all RTC coding in sketch, based on Karlsen's "ITDB02_Analog_Clock"00032// - added "Day of the Week" to the "Date & Time Bar."00033// - fixed setting a date that does not exist possibility (ie. FEB 31, 2011)00034// • Added 24 Hour Time formatting to the "Test LED Array Output Settings" screen00035// • Modified "View/Change Moon LED Max Output"00036// - Added pictures and the ability to set/save the Minimum Illumination00037// • Replaced LED Output Testing "Widget" with "Slider Bars"00038// • Upgraded "Change LED Output Values" page with "Slider Bars"00039// • Included more Built-In Protections and Redundancies00040// • Added an additional page of user settings including:00041// - choice of showing the Day of the Week00042// - setting the Fan(s) startup temperature00043// - choosing to Dim the LEDs at user defined temperature & How much to Dim them00044// - added four user-defined options to the Screensaver00045// • Changed the look of some buttons as well as some other visual tweaks00046//00047// Coming soon to Jarduino v.1.300048// • WiFi and possibly Android/iPhone App00049//00050// Other Possible Future Developments00051// • Improved User Interfaces (Main Screen Panels & Shortcuts)00052// • Replace the ITDB02_Touch.h Library with the latest release (when available)00053// • Random Weather (Clouds, Storms, etc. along with Increased Wave Action)00054// • Real Weather (Mirror the real weather conditions from user-selected locations)00055// • Modification of Wave Maker to include Tidal Forces with Lunar Cycle00056// • Automatic Water Changer & Top Off00057// • Inclusion of Other Sensors:00058// 1. pH00059// 2. Salinity00060// 3. Calcium00061// 4. Orp00062// • Automatic Dosing00063//00064//************************************************************************************/00065//00066// Main code based on Stilo00067// <a data-cke-saved-href="<a href="http://code.google.com/p/stilo/" rel="nofollow">http://code.google.com/p/stilo/</a>" href="<a href="http://code.google.com/p/stilo/" rel="nofollow">http://code.google.com/p/stilo/</a>" rel="nofollow"><a href="http://code.google.com/p/stilo/" rel="nofollow">http://code.google.com/p/stilo/</a></a>00068//00069// LED controlling algorithm is based on Krusduino by Hugh Dangerfield00070// <a data-cke-saved-href="<a href="http://code.google.com/p/dangerduino/" rel="nofollow">http://code.google.com/p/dangerduino/</a>" href="<a href="http://code.google.com/p/dangerduino/" rel="nofollow">http://code.google.com/p/dangerduino/</a>" rel="nofollow"><a href="http://code.google.com/p/dangerduino/" rel="nofollow">http://code.google.com/p/dangerduino/</a></a>00071//00072// A number of functions and some button designs based on the work of Henning Karlsen00073// <a data-cke-saved-href="<a href="http://www.henningkarlsen.com/electronics/" rel="nofollow">http://www.henningkarlsen.com/electronics/</a>" href="<a href="http://www.henningkarlsen.com/electronics/" rel="nofollow">http://www.henningkarlsen.com/electronics/</a>" rel="nofollow"><a href="http://www.henningkarlsen.com/electronics/" rel="nofollow">http://www.henningkarlsen.com/electronics/</a></a>00074//00075// Moon Phase algorithm is based in part on a Moon Phase function by NightAtTheOpera00076// <a data-cke-saved-href="<a href="http://www.nano-reef.com/forums/index.php?showtopic=217305&st=0&" rel="nofollow">http://www.nano-reef.com/forums/index.php?showtopic=217305&st=0&</a>" href="<a href="http://www.nano-reef.com/forums/index.php?showtopic=217305&st=0&" rel="nofollow">http://www.nano-reef.com/forums/index.php?showtopic=217305&st=0&</a>" rel="nofollow"><a href="http://www.nano-reef.com/forums/index.php?showtopic=217305&st=0&" rel="nofollow">http://www.nano-reef.com/forums/index.php?showtopic=217305&st=0&</a></a>00077//00078// Special Thanks:00079// Dave Rosser & Hugh Dangerfield - (aka Lewis & Clark?) - Reef Controller Pioneers00080// <a data-cke-saved-href="<a href="http://www.ultimatereef.net/forums/showthread.php?t=363432" rel="nofollow">http://www.ultimatereef.net/forums/showthread.php?t=363432</a>" href="<a href="http://www.ultimatereef.net/forums/showthread.php?t=363432" rel="nofollow">http://www.ultimatereef.net/forums/showthread.php?t=363432</a>" rel="nofollow"><a href="http://www.ultimatereef.net/forums/showthread.php?t=363432" rel="nofollow">http://www.ultimatereef.net/forums/showthread.php?t=363432</a></a>00081// Mark Chester aka "Koyaanisqatsi" - Knows everything there's to know about LEDs00082// <a data-cke-saved-href="<a href="http://www.chestersgarage.com/" rel="nofollow">http://www.chestersgarage.com/</a>" href="<a href="http://www.chestersgarage.com/" rel="nofollow">http://www.chestersgarage.com/</a>" rel="nofollow"><a href="http://www.chestersgarage.com/" rel="nofollow">http://www.chestersgarage.com/</a></a>00083// Henning Karlsen00084// <a data-cke-saved-href="<a href="http://www.henningkarlsen.com/electronics/" rel="nofollow">http://www.henningkarlsen.com/electronics/</a>" href="<a href="http://www.henningkarlsen.com/electronics/" rel="nofollow">http://www.henningkarlsen.com/electronics/</a>" rel="nofollow"><a href="http://www.henningkarlsen.com/electronics/" rel="nofollow">http://www.henningkarlsen.com/electronics/</a></a>00085// Kev Tench aka "tangtastic" - DIY Reef Wizard!00086// <a data-cke-saved-href="<a href="http://ukreefs.com/index.php?action=profile;u=1" rel="nofollow">http://ukreefs.com/index.php?action=profile;u=1</a>" href="<a href="http://ukreefs.com/index.php?action=profile;u=1" rel="nofollow">http://ukreefs.com/index.php?action=profile;u=1</a>" rel="nofollow"><a href="http://ukreefs.com/index.php?action=profile;u=1" rel="nofollow">http://ukreefs.com/index.php?action=profile;u=1</a></a>00087// Ned Simpson aka "Surff" - Another DIY Reef Guy00088// <a data-cke-saved-href="<a href="http://www.ultimatereef.net/forums/showthread.php?t=400993" rel="nofollow">http://www.ultimatereef.net/forums/showthread.php?t=400993</a>" href="<a href="http://www.ultimatereef.net/forums/showthread.php?t=400993" rel="nofollow">http://www.ultimatereef.net/forums/showthread.php?t=400993</a>" rel="nofollow"><a href="http://www.ultimatereef.net/forums/showthread.php?t=400993" rel="nofollow">http://www.ultimatereef.net/forums/showthread.php?t=400993</a></a>00089// Neil Williams aka "neildotwilliams" - Yet another DIY Reefer00090// <a data-cke-saved-href="<a href="http://www.ultimatereef.net/forums/member.php?u=37721" rel="nofollow">http://www.ultimatereef.net/forums/member.php?u=37721</a>" href="<a href="http://www.ultimatereef.net/forums/member.php?u=37721" rel="nofollow">http://www.ultimatereef.net/forums/member.php?u=37721</a>" rel="nofollow"><a href="http://www.ultimatereef.net/forums/member.php?u=37721" rel="nofollow">http://www.ultimatereef.net/forums/member.php?u=37721</a></a>00091// Albert aka "selfonlypath" - Arduino genius00092// <a data-cke-saved-href="<a href="http://arduino.cc/forum/index.php?action=profile;u=12410" rel="nofollow">http://arduino.cc/forum/index.php?action=profile;u=12410</a>" href="<a href="http://arduino.cc/forum/index.php?action=profile;u=12410" rel="nofollow">http://arduino.cc/forum/index.php?action=profile;u=12410</a>" rel="nofollow"><a href="http://arduino.cc/forum/index.php?action=profile;u=12410" rel="nofollow">http://arduino.cc/forum/index.php?action=profile;u=12410</a></a>00093//00094// An Especially Big Thank You to all who Donated, helping to further development.00095//00096//************************************************************************************/00097//00098// Known Bugs/Issues:00099// • The level of automation may make you lazy00100// • If you spot an error or bug in this sketch, please let me know!00101// •00102//00103//************************************************************************************/00104//00105// LEGAL DISCLAIMER:00106// Jarduino Aquarium Controller v.1.1 and v.1.2, Copyright 2011, 2012 Jamie M. Jardin.00107// I'm providing this program as free software with the sole intent on furthering00108// DIY Aquarium Lighting, but WITHOUT ANY WARRANTY; without even the implied warranty00109// of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. You may modify and/or use00110// it under the terms of the GNU General Public License as published by the Free00111// Software Foundation version 3 of the License, or (at your option) any later00112// version. However if you intend on using the program (either in its entirety or any00113// part of it) in any way, shape, or form for PROFIT, you MUST contact me and obtain00114// my EXPRESS WRITTEN CONSENT (contact information is provided above).00115// VIOLATORS WILL BE PROSECUTED TO THE FULLEST EXTENT OF THE LAW.00116//00117//************************************************************************************/00118//00119// IF YOU WANT SOME HELP, PLEASE READ ME!00120// Feel free to make changes to suit your needs. For you convenience, I’v listed the00121// line numbers in the sketch most commonly changed. Some of these values will require00122// a change while other values can simply be modified according to user preference.00123// If you make changes to lines other than those listed below, know that it may render00124// the program inoperable or cause unpredictable behavior.00125//00126// 144, 147/148, 191-197, 200-203, 206-209, 212, 216-218, 230 (0.2 or higher), 379-46700127//00128//************************************************************************************/00129//LIBRARIES00130#include <avr/pgmspace.h>00131#include <ITDB02_Touch.h>00132#include <Wire.h>00133#include <EEPROM.h>00134#include "writeAnything.h"00135#include <DS1307.h>00136#include <OneWire.h>00137#include <DallasTemperature.h>00138#include <SdFat.h>00139#include <SdFatUtil.h>0014000141#include <UTFT.h>00142//#include <ITDB02_Graph16.h>00143001440014500146//**********************Define Graph library type (for TFT flat cable) ****************************00147//#define Graph16_lib0014800149//**********************Define Shield TYPE ********************************************************00150//#define Standard_shield // Uncomment this line if you use the standard Shield for mega 2560,00151// standard Shield is support two modes, 6 channel only (UV and Yellow disconn.)00152// mode 1 - 8bit PWM for all color00153// mode 2 - 8bit PWM for Red, TV, Moon, and 11bit for RoyalBlue, Blue, White, Cyan0015400155//#define Aqua_shield_v2 // Uncomment this line if you use the Aqua Shield V2 by Oleg00156// Aqua Shield V2 is support two modes, 8 channel00157// mode 1 - 8bit PWM for all color00158// mode 2 - 8bit PWM for UV, RoyalBlue, TV, and 11bit for Blue, White, Cyan, Moon, Yellow, DeepRed0015900160#define Aqua_shield_v3 // Uncomment this line if you use the Aqua Shield V3...V3.5 by Oleg00161// Aqua Shield V3...V3.2 is support two modes, 8 channel00162// mode 1 - 8bit PWM for all color00163// mode 2 - 11bit PWM for all color, exept Moon (1khz freq)00164// Aqua Shield V3.5 by added TFT Britness dimming support0016500166//************************************************************************************************00167//*********************** Change Touch Coordinate ************************************************00168//#define Mirror_X00169//#define Mirror_Y0017000171//*********************** Define PWM Resolution **************************************************00172//#define Timers_8bit // 0-255 value for all version shield, and all colour00173//#define Timers_8_11bit // 0-1985 value exept RoyalBlue(0-255), UV(0-255), TV(0-255) colors, for standart & Aqua_shield_v200174#define Timers_11bit // 0-1985 value for standart Shield or Aqua_shield_v3, 11bit PWM for all colour00175//************************************************************************************************0017600177//***********************LED Driver Settings******************************************************00178boolean RECOM_RCD =true;//Positive PWM output signal (true), for LDD, MW etc.00179// Negative - false0018000181//***********************PWM Frequency Setting ***************************************************00182#ifdef Timers_8bit00183bytePWM_FRQ_Value = 3;// PWM_FRQ_Value=2 8bit PWM Frequency = 3906 Hz for colours White, Yellow, Blue, Cyan, Moon, Red00184// PWM_FRQ_Value=3 8bit PWM Frequency = 488 Hz00185// PWM_FRQ_Value=4 8bit PWM Frequency = 122 Hz00186// 8bit PWM Frequency = 976 Hz for RoyalBlue, UV - fixed, DO NOT CHANGE0018700188bytePWM_FRQ_ValueT2 = 4;// PWM_FRQ_ValueT2=2 8bit PWM Frequency = 3906 Hz for colours True Violet (420nm)00189// PWM_FRQ_ValueT2=3 8bit PWM Frequency = 976 Hz00190// PWM_FRQ_ValueT2=4 8bit PWM Frequency = 488 Hz00191// PWM_FRQ_ValueT2=5 8bit PWM Frequency = 244 Hz00192// PWM_FRQ_ValueT2=6 8bit PWM Frequency = 122 Hz00193#endif0019400195#ifdef Timers_8_11bit00196bytePWM_FRQ_Value = 3;// PWM_FRQ_Value=2 11bit PWM Frequency = 1khz for colours Cyan, White, Blue, DeepRed, Yellow, Moon00197// PWM_FRQ_Value=3 11bit PWM Frequency = 125hz0019800199bytePWM_FRQ_ValueT2 = 6;// PWM_FRQ_ValueT2=2 8bit PWM Frequency = 3906 Hz for colours True Violet, UV, RoyalBlue00200// PWM_FRQ_ValueT2=3 8bit PWM Frequency = 976 Hz00201// PWM_FRQ_ValueT2=4 8bit PWM Frequency = 488 Hz00202// PWM_FRQ_ValueT2=5 8bit PWM Frequency = 244 Hz00203// PWM_FRQ_ValueT2=6 8bit PWM Frequency = 122 Hz00204#endif0020500206#ifdef Timers_11bit00207bytePWM_FRQ_Value = 3;// PWM_FRQ_Value=2 11bit PWM Frequency = 1khz for all colours exept Moon00208// PWM_FRQ_Value=3 11bit PWM Frequency = 125hz00209#endif002100021100212bytePWM_FRQ_Value_Fan = 5;// PWM_FRQ_Value_Fan=5 PWM Frequency = 30 Hz for Fans00213// PWM_FRQ_Value_Fan=4 PWM Frequency = 122 Hz00214//************************************************************************************************0021500216//**********************Define LED PWM channel Colour ********************************************00217constbytergbCh0[] = {0, 255, 255};// PWM 0 Cyan |00218constbytergbCh1[] = {224, 102, 255};// PWM 1 UV |00219constbytergbCh2[] = {255, 255, 255};// PWM 2 Cool White |00220constbytergbCh3[] = {43, 96, 222};// PWM 3 Royal Blue |00221constbytergbCh4[] = {0, 0, 200};// PWM 4 Blue |00222constbytergbCh5[] = {255, 0, 0};// PWM 5 Deep Red |00223constbytergbCh6[] = {142, 53, 239};// PWM 6 TV |00224constbytergbCh7[] = {255, 255, 0};// PWM 7 Yellow |00225constbytergbCh8[] = {236, 214, 114};// PWM 8 Moon |00226//************************************************************************************************002270022800229//**********************Define LED channel Name **************************************************00230char* ChName[] PROGMEM = {//resolution define 8 8/11 11 mega2560 pin00231"CY",// ChName[0] PWM 0 Cyan | 8bit | 11bit | 11bit00232"UV",// ChName[1] PWM 1 UV | 8bit | 8bit | 11bit00233"CW",// ChName[2] PWM 2 Cool White | 8bit | 11bit | 11bit00234"RB",// ChName[3] PWM 3 Royal Blue | 8bit | 8bit | 11bit00235"Bl",// ChName[4] PWM 4 Blue | 8bit | 11bit | 11bit00236"DR",// ChName[5] PWM 5 Deep Red | 8bit | 11bit | 11bit00237"TV",// ChName[6] PWM 6 TV (420nm) | 8bit | 8bit | 11bit00238"Ye",// ChName[7] PWM 7 Yellow | 8bit | 11bit | 11bit00239"Moon",// ChName[8] PWM 8 Moon | 8bit | 11bit | 11bit00240"%",// ChName[9] % |00241"="// ChName[10] = |00242};00243//**********************Define LED channel Button Name ********************************************00244char* ChButName[] PROGMEM = {00245"Cyan",// ChButName[0]00246"UltraViolet",// ChButName[1]00247"White",// ChButName[2]00248"Royal Blue",// ChButName[3]00249"Blue",// ChButName[4]00250"DeepRed",// ChButName[5]00251"TrueViolet",// ChButName[6]00252"Yellow",// ChButName[7]00253"Lunar",// ChButName[8]00254"Curves Colors"// ChButName[9]00255};00256//************************************************************************************************0025700258#ifdef Graph16_lib00259ITDB02 myGLCD(38,39,40,41,ITDB32S);//Uncomment this line for the SSD1289 & mega 2560 for ITDB02_Graph1600260#else00261UTFT myGLCD(ITDB32S, 38,39,40,41);//Uncomment this line for the SSD1289 & mega 2560 for UTFT lib00262#endif0026300264#ifdef Standard_shield00265ITDB02_Touch myTouch (6,5,4,3,2);// for standart shield00266#else00267ITDB02_Touch myTouch (42,49,47,48,43);// for Aqua_shield v3 and v200268#endif0026900270//Initialize the DS130700271DS1307 rtc(20, 21);0027200273Time t, t_temp;//Init Time-data structure00274intrtcSetMin, rtcSetHr, rtcSetDy,00275rtcSetMon, rtcSetYr;002760027700278intclockCenterX=200;00279intclockCenterY=120;0028000281bytesetCalendarFormat = 0;//DD/MM/YYYY=0 || Month DD, YYYY=1 (change in prog)00282bytedisplayDOW = 0;//Hide=0 || Show=1 (change in prog)00283bytesetTimeFormat = 0;//24HR=0 || 12HR=1 (change in prog)00284intAM_PM, yTime;//Setting clock stuff00285inttimeDispH, timeDispM,00286xTimeH, xTimeM10, xTimeM1,00287xTimeAMPM, xColon;00288String time, day;0028900290bytesetLockScreen = 0;//Lock Screensaver is OFF=0 || Lock Screensaver is ON=100291bytesetScreensaverOnOff = 0;//OFF=0 || ON=1 Turns it ON/OFF (change in prog)00292byteClockType = 1;//ClockType = 0/1/2/3/ -> Blanc/An.Clock/Dig.Clock/Temperature00293intSS_DOW_x;//Moves the DOW to correct position00294bytesetSSmintues;//Time in (minutes) before Screensaver comes on (change in program)00295byteTempSSminutes;//Temporary SetSSminutes used in calcs and prints, etc.00296bytesetScreenSaverTimer;//how long in (minutes) before Screensaver comes on (change in program)00297bytescreenSaverCounter = 0;//counter for Screen Saver00298bytereturnTimer = 0;//counter for Screen Return, auto return after 2min timeout00299byteBrigthnessCount = 4;// brightness button counter (0-OFF, 4 - MAX)0030000301//Declare which fonts to be utilized00302externuint8_t SmallFont[];00303externuint8_t BigFont[];0030400305#ifdef Graph16_lib00306externuint8_t SevenSegNumFontPlus[];00307#else00308externuint8_t SevenSegNumFont[];00309#endif0031000311003120031300314//extern uint8_t RusFont1[]; // маленькая кириллица00315//extern uint8_t RusFont3[]; // средняя кириллица0031600317//extern uint8_t Ubuntu[];00318//extern uint8_t OCR_A_Extended_M[];0031900320//extern uint8_t SevenSegNumFontPlus[];00321//extern uint8_t SixteenSegment[];00322//extern uint8_t DotMatrix_M_Num[];00323//extern uint8_t DotMatrix_XL_Num[];0032400325#define LARGE true00326#define SMALL false00327//#define BlUE_BAC false00328//#define GREEN_BAC true0032900330constintBlUE_BAC = 0;00331constintGREEN_BAC = 1;00332constintGREY_BAC = 2;0033300334003350033600337#ifdef Timers_8bit00338intResolutionLow = 255;00339intResolutionHigh= 255;00340#endif0034100342#ifdef Timers_8_11bit00343intResolutionLow = 255;00344intResolutionHigh= 1985;00345#endif0034600347#ifdef Timers_11bit00348intResolutionLow = 1985;00349intResolutionHigh= 1985;00350#endif0035100352#ifdef Timers_8bit0035300354#else00355//*************************Define for 11bit timer ************************************************00356#ifndef cbi_mix00357#define cbi_mix(sfr, bit) (_SFR_BYTE(sfr) &= ~_BV(bit))00358#endif00359#ifndef sbi_mix00360#define sbi_mix(sfr, bit) (_SFR_BYTE(sfr) |= _BV(bit))00361#endif00362//************************************************************************************************00363#endif0036400365// ------------- FOR Standart Shield for MEGA2560 ------------------------------00366#ifdef Standard_shield0036700368constintledPinRoyBlue = 11;// 8/11bit timer, Timer100369constintledPinUV = A1;// NC00370constintledPinWhite = 12;// 8/11bit timer, Timer100371constintledPinYellow = A2;// NC00372constintledPinTV = 10;// 8bit timer, Timer200373constintledPinBlue = 7;// 8/11bit timer, Timer400374constintledPinCyan = 8;// 8/11bit timer, Timer400375constintledPinMoon = 13;// 8bit timer, Timer000376constintledPinRed = 9;// 8bit timer, Timer20037700378constintHeatsink1_FansPWM = 44;// Fan-PWM0 Heatsink1 Fan, Timer500379constintHeatsink3_FansPWM = 45;// Fan-PWM2 Heatsink3 Fan, Timer500380constintHeatsink2_FansPWM = 46;// Fan-PWM1 Heatsink2 Fan, Timer50038100382constinttempAlarmPin = A3;// Buzzer Alarm for Temperature error00383constinttempHeatPin = 47;// power switch0 Heater on/off (set thermostat on heater to highest desired level)00384constinttempChillPin = 48;// power switch1 Chiller on/off (set thermostat on chiller to lowest desired level)00385constintPowerSwitch2 = A3;// power switch2, temporary NU00386constintPowerSwitch3 = A4;// power switch2, temporary NU0038700388constintSDchipSelect = 53;//SD card attached to SPI bus as follows: MISO -pin 50, MOSI -pin 51, CLK- pin 520038900390constintTemp_SensorBus0 = A15;00391// DS18B20 Temperature sensors plugged into pin 51 (Water, Hood, & Sump)00392OneWire OneWireBus(Temp_SensorBus0);//DS18B20 Temperature sensors pin0039300394# endif0039500396// ------------- FOR AQUA SHIELD V2 -------------------------------00397#ifdef Aqua_shield_v20039800399constintledPinCyan = 2;//PWM0/0-10V 8/11bit timer, Timer300400constintledPinUV = 4;//PWM1/0-10V 8bit timer, Timer000401constintledPinWhite = 12;//PWM2/0-10V 8/11bit timer, Timer100402constintledPinRoyBlue = 13;//PWM3/0-10V 8bit timer, Timer000403constintledPinBlue = 5;//PWM4/0-10V 8/11bit timer, Timer300404constintledPinRed = 6;//PWM5/0-10V 8/11bit timer, Timer400405constintledPinTV = 10;//PWM6/0-10V 8bit timer, Timer200406constintledPinYellow = 11;//PWM7/0-10V 8/11bit timer, Timer100407constintledPinMoon = 3;//PWM8 Moon, 8/11bit timer, Timer30040800409constintHeatsink1_FansPWM = 44;//Fan-PWM0 Heatsink1 Fan, Timer500410constintHeatsink2_FansPWM = 46;//Fan-PWM1 Heatsink2 Fan, Timer500411constintHeatsink3_FansPWM = 45;//Fan-PWM2 Heatsink3 Fan, Timer50041200413constinttempHeatPin = A9;// power switch0 Heater on/off (set thermostat on heater to highest desired level)00414constinttempChillPin = A11;// power switch1 Chiller on/off (set thermostat on chiller to lowest desired level)00415constintPowerSwitch2 = A13;// power switch200416constinttempAlarmPin = 7;// Buzzer Alarm for Temperature error00417constintAnalogIN = A14;0041800419constintWirelessSPI_CS = A8;00420constintWirelessW_CE = A10;00421constintWirelessW_IRQ = A12;0042200423constintSDchipSelect = 53;//SD card attached to SPI bus as follows: MISO -pin 50, MOSI -pin 51, CLK- pin 5200424constintTemp_SensorBus0 = A15;00425OneWire OneWireBus(Temp_SensorBus0);//DS18B20 Temperature sensors pin00426constintBackLite = 13;0042700428// not used00429//const int WaveMakerTop = A0; //Hydor Koralia Evolution (Top Plug)00430//const int WaveMakerBottom = A1; //Hydor Koralia Evolution (Bottom Plug)00431//const int autoFeeder = A2; //Automatic Fish Feeder00432#endif0043300434// ------------- FOR AQUA SHIELD V3 -------------------------------00435#ifdef Aqua_shield_v30043600437constintledPinCyan = 2;//PWM0/0-10V 11bit timer, Timer300438constintledPinUV = 3;//PWM1/0-10V 11bit timer, Timer300439constintledPinWhite = 12;//PWM2/0-10V 11bit timer, Timer100440constintledPinRoyBlue = 7;//PWM3/0-10V 11bit timer, Timer400441constintledPinBlue = 5;//PWM4/0-10V 11bit timer, Timer300442constintledPinRed = 6;//PWM5/0-10V 11bit timer, Timer400443constintledPinTV = 8;//PWM6/0-10V 11bit timer, Timer400444constintledPinYellow = 11;//PWM7/0-10V 11bit timer, Timer100445constintledPinMoon = 4;//PWM8 moon, 8bit timer, Timer00044600447constintHeatsink1_FansPWM = 44;//Fan-PWM0 Heatsink1 Fan, Timer500448constintHeatsink2_FansPWM = 9;//Fan-PWM1 Heatsink2 Fan, Timer200449constintHeatsink3_FansPWM = 10;//Fan-PWM2 Heatsink3 Fan, Timer20045000451constinttempHeatPin = A9;// power switch0 Heater on/off (set thermostat on heater to highest desired level)00452constinttempChillPin = 46;// power switch1 Chiller on/off (set thermostat on chiller to lowest desired level)00453constintPowerSwitch2 = 45;// power switch200454constintPowerSwitch3 = A14;// power switch300455constinttempAlarmPin = A11;// Buzzer Alarm for Temperature error0045600457constintWirelessSPI_CS = A8;00458constintWirelessW_CE = A10;00459constintWirelessW_IRQ = A12;0046000461constintTemp_SensorBus0 = A15;00462constintTemp_SensorBus1 = A13;0046300464OneWire OneWireBus(Temp_SensorBus0);//DS18B20 Temperature sensors pin - first sensor bus00465//OneWire OneWireBus1(Temp_SensorBus1); //DS18B20 Temperature sensors pin - second sensor bus00466constintSDchipSelect = 53;//SD card attached to SPI bus as follows: MISO -pin 50, MOSI -pin 51, CLK- pin 5200467constintBackLite = 13;//PWMx 8bit timer, Timer000468#endif0046900470SdFat sd;00471SdFile myFile;00472#define error(s) sd.errorHalt_P(PSTR(s))0047300474// Pass our oneWire reference to Dallas Temperature.00475DallasTemperature sensors(&OneWireBus);00476DeviceAddress tempDeviceAddress;00477DeviceAddress Heatsink1Thermometer;00478DeviceAddress Heatsink2Thermometer;00479DeviceAddress waterThermometer;0048000481byteresolution = 11;00482unsignedlonglastTempRequest = 0;00483intdelayInMillis = 0;0048400485floattempW = 0;//Water temperature values00486floattempH1 = 0;//Heatsink temperature00487floattempH2 = 0;//Heatsink2 heatsink temperature00488floatsetTempToBeginHeatsink1FanC=0.0;//Temperature to Turn on Heatsink1 Fans (in Degrees C)00489floatsetTempToBeginHeatsink2FanC=0.0;//Temperature to Turn on Heatsink2 Fan (in Degrees C)00490floatsetTempToBeginHeatsink1FanF=0.0;//Temperature to Turn on Heatsink1 Fans (in Degrees F)00491floatsetTempToBeginHeatsink2FanF=0.0;//Temperature to Turn on Heatsink2 Fan (in Degrees F)00492bytesetTempToSoundAlarmC=0;//Temperature to Heatsink Sound alarm (in Degrees C)00493bytesetTempToSoundAlarmF=0;//Temperature to Heatsink Sound alarm (in Degrees F)00494byteWaterTempErrorCount=0;//Error temp read counter00495byteHeatsink1TempErrorCount=0;//Error temp read counter00496byteHeatsink2TempErrorCount=0;//Error temp read counter00497floattempH1Store = 25;00498floattempH2Store = 25;0049900500floattemp2beHFan;//Temporary Temperature Values00501floattemp2beSFan;//Temporary Temperature Values0050200503intHeatsink1TempInterval = 0;//Used for PWM Duty calculations00504intHeatsink2TempInterval = 0;//Used for PWM Duty calculations00505byteHeatsink1PWM = 0;//Used for PWM Duty calculations00506byteHeatsink2PWM = 0;//Used for PWM Duty calculations0050700508floatsetTempC = 0.0;//Desired Water Temperature (User input in program)00509floatsetTempF = 0.0;00510floatoffTempC = 0.0;//Desired Water Temp. Offsets for Heater & Chiller (User input in program)00511floatoffTempF = 0.0;00512floatalarmTempC = 0.0;//Temperature the Alarm will sound (User input in program)00513floatalarmTempF = 0.0;00514boolean tempCoolflag = 0;//1 if cooling on00515boolean tempHeatflag = 0;//1 if heating on00516boolean tempAlarmflagW = 0;//1 if alarm on00517boolean tempAlarmflagH1 = 0;//1 if alarm on00518boolean tempAlarmflagH2 = 0;//1 if alarm on00519boolean AlarmflagON =false;00520byteAlarmLevel = 0;00521boolean SoftStartON= 0;0052200523floattemp2beS;//Temporary Temperature Values00524floattemp2beO;//Temporary Temperature Values00525floattemp2beA;//Temporary Temperature Values00526bytesetTempScale = 0;//Celsius=0 || Fahrenheit=1 (change in prog)00527String degC_F;//Used in the Conversion of Celsius to Fahrenheit00528floatMaxTempW;// maximal day temperature00529floatMaxTempH1;00530floatMaxTempH2;0053100532bytesetDimLEDsOnOff = 0;//If/When LEDs reach a certain temp they can dim down (feature off by default)00533bytesetLEDsDimTempC = 0;//Default value is 0, set this value in program00534bytesetLEDsDimTempF = 0;//Conversion of C-F00535byteTempLEDsDimTemp;//Temporary LED Dimming Temp00536bytesetLEDsDimPercent = 0;//Choose value to failsafe dim LEDs in program00537byteTempLEDsDimPercent;//Temporary LED Dimming Percent00538floatPercentDim = 0.0;//Converts saved value in EEPROM to a percentage00539floatPercentSoftStart = 0.0;//change from 0 to 1 with 0.1 increment, every 5sec after programm is started0054000541//int tempLED=setLEDsDimTempC+5;0054200543floatLC = 29.53059;//1 Lunar Cycle = 29.53059 days00544String LP;//LP = Lunar Phase - variable used to print out Moon Phase00545doubleAG;00546bytetMaxI;//Maximum Illumination of Moon (User Defined/Set in Prog. -- Default = 0)00547bytetMinI;//Minimum Illumination of Moon (User Defined/Set in Prog. -- Default = 0)00548byteMinI = 10;00549byteMaxI = 90;//Highest Value (0-255) at which Led is Still OFF, or the Value00550//you wish the New Moon to Shine (it will increase from here to MaxI)005510055200553//extern unsigned int WeatherPic[0xBD1]; // солнце, туча, гром0055400555unsignedint*MoonPic;//Pointer to the Lunar Phase Pics00556externunsignedint//Lunar Phase Pics00557New_Moon[0xD24],00558Waxing_Crescent[0xD24],00559First_Quarter[0xD24],00560Waxing_Gibbous[0xD24],00561Full_Moon[0xD24],00562Waning_Gibbous[0xD24],00563Last_Quarter[0xD24],00564Waning_Crescent[0xD24];0056500566// text string for all windows header00567prog_char Header_Text_string0[] PROGMEM ="Do you want to save";// "String 0" etc are strings to store - change to suit.00568prog_char Header_Text_string1[] PROGMEM =" changes";00569prog_char Header_Text_string2[] PROGMEM =" before exit?";00570prog_char Header_Text_string3[] PROGMEM ="TV DR CW BL RBL UV CY YE Moon";00571prog_char Header_Text_string4[] PROGMEM ="Change LED Output Values";00572prog_char Header_Text_string5[] PROGMEM ="Change Blue LED Output Values";//NU00573prog_char Header_Text_string6[] PROGMEM ="Change Royal Blue LED Output Values";//NU00574prog_char Header_Text_string7[] PROGMEM ="Change DeepRed LED Output Values";//NU00575prog_char Header_Text_string8[] PROGMEM ="Change UltraViolet LED Output Values";//NU00576prog_char Header_Text_string9[] PROGMEM ="Change TrueViolet LED Output Values";//NU00577prog_char Header_Text_string10[] PROGMEM ="Change Cyan LED Output Values";//NU00578prog_char Header_Text_string11[] PROGMEM ="Change Yellow LED Output Values";//NU00579prog_char Header_Text_string12[] PROGMEM ="Make a selection above. Choose";00580prog_char Header_Text_string13[] PROGMEM ="any Two-Hour Increment";00581prog_char Header_Text_string14[] PROGMEM ="then you can adjust values.";00582prog_char Header_Text_string15[] PROGMEM ="Choose Option";00583prog_char Header_Text_string16[] PROGMEM ="Time and Date Settings";00584prog_char Header_Text_string17[] PROGMEM ="H2O Temperature Control Settings";00585prog_char Header_Text_string18[] PROGMEM ="LED Testing Options";00586prog_char Header_Text_string19[] PROGMEM ="Rapid (x120) Test LED Array";00587prog_char Header_Text_string20[] PROGMEM ="Individual LED Outputs: Color Choices";00588prog_char Header_Text_string21[] PROGMEM ="View/Change Moon LED Min & Max Output";0058900590prog_char Header_Text_string22[] PROGMEM ="View/Change Wavemaker Settings";00591prog_char Header_Text_string23[] PROGMEM ="Alternating Flow Mode Settings";00592prog_char Header_Text_string24[] PROGMEM ="Synchronous Flow Mode Settings";00593prog_char Header_Text_string25[] PROGMEM ="Automatic Fish Feeder Page";00594prog_char Header_Text_string26[] PROGMEM ="Set Feeding Time 1";00595prog_char Header_Text_string27[] PROGMEM ="Set Feeding Time 2";00596prog_char Header_Text_string28[] PROGMEM ="Set Feeding Time 3";00597prog_char Header_Text_string29[] PROGMEM ="Set Feeding Time 4";0059800599prog_char Header_Text_string30[] PROGMEM ="View/Change General Settings: Page 1";00600prog_char Header_Text_string31[] PROGMEM ="View/Change General Settings: Page 2";00601prog_char Header_Text_string32[] PROGMEM ="View/Change Fans Startup Temperatures";00602prog_char Header_Text_string33[] PROGMEM ="View/Change LEDs' Dimming Temperature";00603prog_char Header_Text_string34[] PROGMEM ="View/Change Screensaver Settings";00604prog_char Header_Text_string35[] PROGMEM ="Jarduino AQUA Controller v1.40 Oleg mod";00605prog_char Header_Text_string36[] PROGMEM ="View/Change General Settings: Page 3";00606prog_char Header_Text_string37[] PROGMEM ="Config Clouds and Thunderstorm";00607prog_char Header_Text_string38[] PROGMEM ="Clouds Setting";00608prog_char Header_Text_string39[] PROGMEM ="Thunderstorm Setting";006090061000611char* Header_Text_table [] PROGMEM = {00612Header_Text_string0,00613Header_Text_string1,00614Header_Text_string2,00615Header_Text_string3,00616Header_Text_string4,00617Header_Text_string5,00618Header_Text_string6,00619Header_Text_string7,00620Header_Text_string8,00621Header_Text_string9,00622Header_Text_string10,00623Header_Text_string11,00624Header_Text_string12,00625Header_Text_string13,00626Header_Text_string14,00627Header_Text_string15,00628Header_Text_string16,00629Header_Text_string17,00630Header_Text_string18,00631Header_Text_string19,00632Header_Text_string20,00633Header_Text_string21,00634Header_Text_string22,00635Header_Text_string23,00636Header_Text_string24,00637Header_Text_string25,00638Header_Text_string26,00639Header_Text_string27,00640Header_Text_string28,00641Header_Text_string29,00642Header_Text_string30,00643Header_Text_string31,00644Header_Text_string32,00645Header_Text_string33,00646Header_Text_string34,00647Header_Text_string35,00648Header_Text_string36,00649Header_Text_string37,00650Header_Text_string38,00651Header_Text_string3900652};0065300654prog_char Text_string0[] PROGMEM ="Writing to file Backup.txt";00655prog_char Text_string1[] PROGMEM ="Backup done. ";00656prog_char Text_string2[] PROGMEM =" N.C ";00657prog_char Text_string3[] PROGMEM =" Water ";00658prog_char Text_string4[] PROGMEM ="H.Sink1";00659prog_char Text_string5[] PROGMEM ="H.Sink2";00660prog_char Text_string6[] PROGMEM ="Detect Dallas Sensors";00661prog_char Text_string7[] PROGMEM ="Backup setting to SD Card";00662prog_char Text_string8[] PROGMEM ="Reset setting to DEFAULT";00663prog_char Text_string9[] PROGMEM ="Found: ";00664prog_char Text_string10[] PROGMEM ="Dallas Sensors";00665prog_char Text_string11[] PROGMEM ="Sensor N";00666prog_char Text_string12[] PROGMEM =" connect to";00667prog_char Text_string13[] PROGMEM ="Heatsink N1 FAN Startup temperature";00668prog_char Text_string14[] PROGMEM ="Heatsink N2 FAN Startup temperature";00669prog_char Text_string15[] PROGMEM ="20--50C";00670prog_char Text_string16[] PROGMEM ="68--120F";00671prog_char Text_string17[] PROGMEM ="Heatsink Sound Alarm temperature";00672prog_char Text_string18[] PROGMEM ="40-99C";00673prog_char Text_string19[] PROGMEM ="104-210F";00674prog_char Text_string20[] PROGMEM ="Desired Temperature: ";00675prog_char Text_string21[] PROGMEM ="Temperature Offset: 0.1-5";00676prog_char Text_string22[] PROGMEM ="Alarm Offset: 0.1-9.9";00677prog_char Text_string23[] PROGMEM ="50-104F";00678prog_char Text_string24[] PROGMEM ="10-40C";0067900680prog_char Text_string25[] PROGMEM ="Feeding Time 1 ";00681prog_char Text_string26[] PROGMEM ="Feeding Time 2 ";00682prog_char Text_string27[] PROGMEM ="Feeding Time 3 ";00683prog_char Text_string28[] PROGMEM ="Feeding Time 4 ";0068400685prog_char Text_string29[] PROGMEM ="ON";00686prog_char Text_string30[] PROGMEM ="OFF";00687prog_char Text_string31[] PROGMEM ="This time has not";00688prog_char Text_string32[] PROGMEM ="been scheduled";00689prog_char Text_string33[] PROGMEM ="Feed Fish Now!";00690prog_char Text_string34[] PROGMEM ="Now Feeding";00691prog_char Text_string35[] PROGMEM ="TrueViolet";00692prog_char Text_string36[] PROGMEM ="DeepRed";00693prog_char Text_string37[] PROGMEM ="White";00694prog_char Text_string38[] PROGMEM ="Blue";00695prog_char Text_string39[] PROGMEM ="Lunar";00696prog_char Text_string40[] PROGMEM ="Royal Blue";00697prog_char Text_string41[] PROGMEM ="UltraViolet";00698prog_char Text_string42[] PROGMEM ="Cyan";00699prog_char Text_string43[] PROGMEM ="Yellow";00700prog_char Text_string44[] PROGMEM ="Curves Colors";00701prog_char Text_string45[] PROGMEM ="Set Minimum";00702prog_char Text_string46[] PROGMEM ="Illumination";00703prog_char Text_string47[] PROGMEM ="(0...100%)";00704prog_char Text_string48[] PROGMEM ="Set Maximum";00705prog_char Text_string49[] PROGMEM ="New Moon";00706prog_char Text_string50[] PROGMEM ="Full Moon";00707prog_char Text_string51[] PROGMEM ="LED ARRAY";00708prog_char Text_string52[] PROGMEM ="LUNAR PHASE";00709prog_char Text_string53[] PROGMEM ="MONITORS & ALERTS";00710prog_char Text_string54[] PROGMEM ="% of Full";00711prog_char Text_string55[] PROGMEM ="Changed!";00712prog_char Text_string56[] PROGMEM =" OFF ";00713prog_char Text_string57[] PROGMEM ="Overheat only";00714prog_char Text_string58[] PROGMEM =" ON ";0071500716prog_char Text_string59[] PROGMEM =" 0%";00717prog_char Text_string60[] PROGMEM =" 25%";00718prog_char Text_string61[] PROGMEM =" 50%";00719prog_char Text_string62[] PROGMEM =" 75%";00720prog_char Text_string63[] PROGMEM ="100%";0072100722prog_char Text_string64[] PROGMEM =" Blank ";00723prog_char Text_string65[] PROGMEM =" Anl. Clock";00724prog_char Text_string66[] PROGMEM =" Dig. Clock";00725prog_char Text_string67[] PROGMEM ="Temperature";00726prog_char Text_string68[] PROGMEM =": ";00727prog_char Text_string69[] PROGMEM =" Temp:";007280072900730char* Text_table [] PROGMEM = {00731Text_string0,00732Text_string1,00733Text_string2,00734Text_string3,00735Text_string4,00736Text_string5,00737Text_string6,00738Text_string7,00739Text_string8,00740Text_string9,00741Text_string10,00742Text_string11,00743Text_string12,00744Text_string13,00745Text_string14,00746Text_string15,00747Text_string16,00748Text_string17,00749Text_string18,00750Text_string19,00751Text_string20,00752Text_string21,00753Text_string22,00754Text_string23,00755Text_string24,00756Text_string25,00757Text_string26,00758Text_string27,00759Text_string28,00760Text_string29,00761Text_string30,00762Text_string31,00763Text_string32,00764Text_string33,00765Text_string34,00766Text_string35,00767Text_string36,00768Text_string37,00769Text_string38,00770Text_string39,00771Text_string40,00772Text_string41,00773Text_string42,00774Text_string43,00775Text_string44,00776Text_string45,00777Text_string46,00778Text_string47,00779Text_string48,00780Text_string49,00781Text_string50,00782Text_string51,00783Text_string52,00784Text_string53,00785Text_string54,00786Text_string55,00787Text_string56,00788Text_string57,00789Text_string58,00790Text_string59,00791Text_string60,00792Text_string61,00793Text_string62,00794Text_string63,00795Text_string64,00796Text_string65,00797Text_string66,00798Text_string67,00799Text_string68,00800Text_string6900801};0080200803char* print_text[] PROGMEM = {00804"<< BACK",// print_text[0]00805"NEXT >>",// print_text[1]00806"SAVE",// print_text[2]00807"CANCEL",// print_text[3]00808"Dim LEDs Temp.",// print_text[4]00809"Screensaver",// print_text[5]00810"Display MAX Temp.",// print_text[6]00811"LED Soft Start",// print_text[7]00812"Please press on the shield Reset Button",// print_text[8]00813"or turn OFF ",// print_text[9]00814"and then turn ON the controller",// print_text[10]00815"Please WAIT, cleaning EEPROM memory",// print_text[11]00816"Alarm Buzzer Function",// print_text[12]00817"Choose ScreenSaver type",// print_text[13]00818"Screen Lock ON/OFF",// print_text[14]00819"Wait:",// print_text[15]00820"minutes",// print_text[16]00821"Brightness of the TFT",// print_text[17]00822"Clouds",// print_text[18]00823"Thunderstorm",// print_text[19]00824"Test Weather",// print_text[20]00825"Setting",// print_text[21]00826"ON",// print_text[22]00827"OFF",// print_text[23]00828"Periodicity and duration of clouds are",// print_text[24]00829"configured automatically, based on the",// print_text[25]00830"random number generator",// print_text[26]00831"Clouds for day",// print_text[27]00832"(1...5 time)",// print_text[28]00833"Maximum duration of",// print_text[29]00834"cloud at a time",// print_text[30]00835"15...90 min",// print_text[31]00836"Quantity of cloudy",// print_text[32]00837"days per week",// print_text[33]00838"Storm generated randomly only the",// print_text[34]00839"presence of clouds",// print_text[35]00840"The maximum duration of",// print_text[36]00841"a Thunderstorm",// print_text[37]00842"Tunderstorm at night",// print_text[38]00843"Start",// print_text[39]00844"Stop"// print_text[40]00845};008460084700848charbuffer[40];00849intPrintStringIndex;0085000851intdispScreen=0;// 0-Main Screen00852// 1-Menu00853// 2-Clock and data Setup screen00854// 3-H2O Temp Control00855// 4-LED Testing Options00856// 5-Rapid (x120) Test LED Arrays00857// 6-Test Individual LED Colors00858// 7-Change LED values00859// 8-SHOW LED OUTPUT VALUES CURVE SCREEN00860// 9-Change Selected Color Array Values00861// 10-Wavemaker00862// 11-Wavemaker Settings00863// 12-AUTOMATIC FISH FEEDER PAGE00864// 13-SET AUTOMATIC FISH FEEDER TIMES00865// 14-GENERAL SETTINGS (PAGE 1)00866// 15-GENERAL SETTINGS (PAGE 2)00867// 16-CHANGE Heatsink1 FAN TEMP00868// 17-DIM LEDs AT TEMP00869// 18-SET SCREENSAVER WAIT TIME00870// 19-not used00871// 20-GENERAL SETTINGS (PAGE 3)00872// 21-Dallas Detect page00873// 22-Backup EEPROM to SD CARD00874// 23-Preset Setting00875// 24 -ScreenSaver00876// 25-Weather Control00877// 26-Cloud Control00878// 27-Storm Control00879// 28-Weather Test0088000881//**************Weather ****************0088200883byteTempCount = 0;00884inttimer;00885byteclouDonOff = 0;// для отображения включения облаков (0 -off, 1 on)00886bytestorMonOff = 0;// для отображения включения грозы (0 -off, 1 on)00887//extern unsigned int oblaka[0x441];00888//extern unsigned int groza2[0x441];00889byteweezleONoff = 0;// 1 - включение погоды00890floatPercentDimLW = 0.0;00891floatPercentDimLW1 = 0.0;00892intDimCloudMin = 10;// изменяя эту величину мы делаем тучи темнее или светлее (0...100) %00893intDimCloudMax = 100;// изменяя эту величину мы делаем тучи темнее или светлее (0...100) %00894intCloudTime;00895intCloudStartTime;0089600897intdimmW = 10;00898floatDimCloud = 100;// для плавного перехода в облака00899floatRampRatio = 1;00900byteweeStart = 0;// 0-обычный свет, 1-переход в облака, 2-выход из облаков00901floatvalue = 0;// изменение яркости при облачности00902intvalueH = 0;00903intvalueH1 = 0;00904bytevalHH=0;00905longpreviousMillisFive_One = 0;00906intFive_One = 5000;00907bytestormGR;// гроза 1-да, 0-нет00908inttime1=0;00909byteweezON;0091000911bytedayL=1;00912bytedayLtmp;0091300914bytetimOBL=5;// облака 3 раза в день00915bytetimOBLtmp;00916byteCloudDayQantity = 3;00917byteCloudDuration = 45;00918byteCloudWeekQantity = 3;00919inttimOBL1=0, timOBL2=0, timOBL3=0, timOBL4=0, timOBL5=0;// время срабатывания облочности00920intdeltaOBL1, deltaOBL2, deltaOBL3, deltaOBL4, deltaOBL5;// продолжительность облачности00921byteOBLoNoff=0;0092200923bytedeltaOBL=60;00924bytedeltaOBLtmp;00925inttimGroz1, timGroz2, timGroz3;// время срабатывания грозы00926intdeltaGroz1, deltaGroz2, deltaGroz3;// продолжительность грозы0092700928byterazOBL=3;00929byterazOBLtmp=25;0093000931bytekkT = 0;00932bytekk1=0, kk2=0, kk3=0, kk4=0,kk5=0;00933bytekf1=0, kf2=0, kf3=0, kf4=0, kf5=0;0093400935inttew=0;// для теста00936inttimOBL1temp;00937intdeltaOBL1temp;00938inttimerGR1temp;00939intdeltaGR1temp;0094000941byteGROZA=0;00942intGROZAday=0;00943byteGR1=0, GR2=0, GR3=0, GR4=0, GR5=0;00944byteGR6=0;00945intPercentDimLW1temp;00946inttimGROZ=2;00947inttimGROZtmp;00948inttimerGR1=0, timerGR2=0, timerGR3=0, timerGR4=0, timerGR5=0, timerGR6=0;00949intdeltaGR1, deltaGR2, deltaGR3, deltaGR4, deltaGR5, deltaGR6;00950bytekfg1=1, kfg2=1, kfg3=1, kfg4=1, kfg5=1, kfg6=1;0095100952byteGROZANight=0;00953byteNightGR=0;0095400955intMoln=0;0095600957longGROZaMillis =0;00958bytedayOBL[7] = {0, 0, 0, 0, 0, 0, 0} ;// для настройки облачности на неделю00959byteOBLday;009600096100962intx, y;//touch coordinates0096300964longpreviousMillisLED = 0;//Used in the Test LED Array Function00965longpreviousMillisWave = 0;//Used in the WaveMaker Function wave_output()00966longpreviousMillisFive = 0;//Used in the Main Loop (Checks Time,Temp,LEDs,Screen)00967longpreviousMillisOne = 0;//Used in the Main Loop (LEDs level)00968longpreviousMillisAlarm = 0;//Used in the Alarm0096900970boolean waveMakerOff =false;//For Turning ON/OFF WaveMaker00971boolean waveMakerTest =false;//For Testing Wave Settings00972longwPump1, wPump2;//Total Alternating Times00973longintervalAlt = wPump1;//Changing Interval for Alternating Mode00974longwOnForT, wOffForT;//Total Synchronous-Pulse Times00975longintervalSynch = wOnForT;//Changing Interval for Synch-Pulse Mode00976intPumpTstate = LOW;//Used to set the Top Powerhead ON or OFF00977intPumpBstate = LOW;//Used to set the Bottom Powerhead ON or OFF0097800979intWAVE, Pump1m, Pump1s, Pump2m,//EEPROM vars00980Pump2s, Synch, OnForTm, OnForTs,00981OffForTm, OffForTs;00982intMODE = WAVE;00983intMIN1=0, SEC1=0, MIN2=0, SEC2=0,//Used in the Wavemaker viewWaveTimes()00984minY1, minY2;00985intMin1=0, Sec1=0, Min2=0, Sec2=0;//Used in the Wavemaker viewWaveTimesPage() & wave+/-00986intmin1X=91, sec1X=237,//Used in the Wavemaker waveModePlusMinus()00987min2X=91, sec2X=237,00988tTime1=0, tTime2=0;00989intWaveCorrector = 2;//Fix for halving of wave seconds (Change to "1" if00990//your wave seconds are doubled)0099100992longpreviousMillisCt = 0;//stores the last update for the Countdown Timer00993longintervalCt = 1000;//One Second Interval for Countdown Timer00994intcountDown = 5*60 + 0;//Countdown for 5 minutes and zero seconds00995intMIN_O = 5;//Start the Time at 5 (for looks only)00996intSEC_T = 0;00997intSEC_O = 0;0099800999byteLedChangTime = 0;//LED change page, time and values01000byteoldLCT ;0100101002intmin_cnt;// Used to determine the place in the color arrays01003bytetemp_sector;// used in led test arrays, min_cnt/150100401005boolean LEDtestTick =false;// for Rapid led test, speed up clock01006boolean firstTouch =false;// for exit from screensaver #oleg01007boolean SliderSwitch =false;// slider01008intTopSldY ;// top slider01009intBotSldY ;// bot slider0101001011byteButtonShift;0101201013boolean LedShannelFlag_on_off;// flag led on/off channel status0101401015byteLedShannelStatusByte =255;// ON=1/OFF=0 channel, one bit - one channel01016byteGlobalStatus1Byte= 0x0;// bit 0 for Y/N button in reset default function01017// bit 1 used in HOT led function01018// bit 2 =1 for detect pressing button Yes/No01019// bit 3 =1 if led setting changed01020// GlobalStatus1Byte.4 = StartUPFan2 ;01021// GlobalStatus1Byte.5 = StartUPFan2_Timeout;01022// GlobalStatus1Byte.6 = StartUPFan1 ;01023// GlobalStatus1Byte.7)= StartUPFan1_Timeout;0102401025byteGlobalStatus2Byte=0x0;// byte Led preset status01026// bit 0 - preset 1 (ON=1/OFF=0)01027// bit 1 - preset 201028// bit 2 - preset 301029// bit 3 - preset 40103001031byteGlobalStatus3Byte=0x0;// byte weather day on/off status01032// bit 0 - start/stop test01033// bit 1 - tuesday;01034// bit 2 - wednesday;01035// bit 3 - thursday;01036// bit 4 - friday;01037// bit 5 - saturday;01038// bit 6 - sunday;01039// bit 7 - xxxx;010400104101042byteStartTime;01043byteStopTime;01044byteLightDay;01045bytecounterB1=0;01046bytecounterB2=0;01047bytecounterB3=0;01048bytenumberOfDevices=0;// quantity of Dallas sensor connected to board01049intEndScale;01050unsignedlongpreviousMillis1sec;0105101052intwhiteLed, blueLed, rblueLed,//previous LED output values01053redLed, uvLed, tvLed, cyLed, yeLed;01054intbled_out, wled_out, rbled_out,//current LED output values01055rled_out, uvled_out,01056moonled_out, tvled_out,01057cyled_out, yeled_out;01058intbcol_out, wcol_out, rbcol_out,//Current LED output values for Test Ind. Color LEDs01059rcol_out, uvcol_out, tvcol_out,01060mooncol_out, cycol_out, yelcol_out;01061inttv_out, b_out, w_out, rb_out, r_out, uv_out, moon_out, cy_out, yel_out;// led values for write to PWM010620106301064byteAddressShift;// shift address preset in EEPROM0106501066byteCOLOR=0, WHITE=1, BLUE=2, ROYAL=3,//Used to Determine View/Change Color LED Values01067RED=4, ULTRA=5, TV=6, MOON=7,01068CYAN=8, YELLOW=9;0106901070boolean colorLEDtest =false;//if TRUE - led test, FALSE - regular mode01071bytesbR, sbG, sbB;01072intsbX1, sbX2;//Used in the Slider Bars01073inttSlide=0;01074boolean DrawStaticElement =false;//Allows selection of changing LED values010750107601077bytefeedTime;01078byteFEEDTime1, FEEDTime2,01079FEEDTime3, FEEDTime4;0108001081bytefeedFish1H, feedFish1M,//Times to feed the fish01082feedFish2H, feedFish2M,01083feedFish3H, feedFish3M,01084feedFish4H, feedFish4M;0108501086byteMAX_Temp_on_off = 0;//OFF=0 || ON=1 (change in prog)01087bytefiveTillBackOn1, fiveTillBackOn2,01088fiveTillBackOn3, fiveTillBackOn4;01089boolean FeedWaveCtrl_1 =false;01090boolean FeedWaveCtrl_2 =false;01091boolean FeedWaveCtrl_3 =false;01092boolean FeedWaveCtrl_4 =false;0109301094bytetvled[96] = {010950, 0, 0, 0, 0, 0, 0, 0,//0 - 1010960, 0, 0, 0, 0, 0, 0, 0,//2 - 3010970, 0, 0, 0, 0, 0, 0, 0,//4 - 5010980, 0, 0, 0, 0, 0, 0, 0,//6 - 7010990, 0, 0, 0, 0, 0, 0, 0,//8 - 9011000, 0, 0, 0, 2, 5, 8, 10,//10 - 110110120, 40, 60, 70, 70, 70, 70, 70,//12 - 130110270, 70, 70, 70, 70, 70, 70, 70,//14 - 150110370, 70, 70, 70, 70, 70, 70, 70,//16 - 170110470, 70, 70, 70, 70, 70, 70, 70,//18 - 190110580, 80, 80, 80, 70, 60, 50, 40,//20 - 210110630, 20, 7, 2, 0, 0, 0, 0//22 - 2301107};01108//ROYAL BLUE Dimming Values01109byterbled[96] = {011100, 0, 0, 0, 0, 0, 0, 0,//0 - 1011110, 0, 0, 0, 0, 0, 0, 0,//2 - 3011120, 0, 0, 0, 0, 0, 0, 0,//4 - 5011130, 0, 0, 0, 0, 0, 0, 0,//6 - 7011140, 0, 0, 0, 0, 0, 0, 0,//8 - 9011150, 0, 0, 0, 2, 5, 8, 10,//10 - 110111620, 40, 60, 70, 70, 70, 70, 70,//12 - 130111770, 70, 70, 70, 70, 70, 70, 70,//14 - 150111870, 70, 70, 70, 70, 70, 70, 70,//16 - 170111970, 70, 70, 70, 70, 70, 70, 70,//18 - 190112070, 70, 70, 70, 60, 50, 40, 30,//20 - 210112120, 10, 5, 1, 0, 0, 0, 0//22 - 2301122};01123//REGULAR BLUE Dimming Values01124bytebled[96] = {011250, 0, 0, 0, 0, 0, 0, 0,//0 - 1011260, 0, 0, 0, 0, 0, 0, 0,//2 - 3011270, 0, 0, 0, 0, 0, 0, 0,//4 - 5011280, 0, 0, 0, 0, 0, 0, 0,//6 - 7011290, 0, 0, 0, 0, 0, 0, 0,//8 - 9011300, 0, 0, 0, 2, 5, 10, 20,//10 - 110113125, 30, 40, 50, 60, 70, 70, 70,//12 - 130113270, 70, 70, 70, 70, 70, 70, 70,//14 - 150113370, 70, 70, 70, 70, 70, 70, 70,//16 - 170113470, 70, 70, 70, 70, 70, 70, 70,//18 - 190113570, 70, 70, 70, 50, 40, 30, 20,//20 - 210113610, 8, 5, 1, 0, 0, 0, 0//22 - 2301137};01138//ULTRA VIOLET (UV) Dimming Values01139byteuvled[96] = {011400, 0, 0, 0, 0, 0, 0, 0,//0 - 1011410, 0, 0, 0, 0, 0, 0, 0,//2 - 3011420, 0, 0, 0, 0, 0, 0, 0,//4 - 5011430, 0, 0, 0, 0, 0, 0, 0,//6 - 7011440, 0, 0, 0, 0, 0, 0, 0,//8 - 9011450, 0, 0, 0, 2, 10, 20, 30,//10 - 110114640, 50, 60, 70, 80, 90, 90, 90,//12 - 130114790, 90, 90, 90, 90, 90, 90, 90,//14 - 150114890, 90, 90, 90, 90, 90, 90, 90,//16 - 170114990, 90, 90, 90, 90, 90, 90, 90,//18 - 190115080, 70, 60, 50, 40, 40, 30, 20,//20 - 210115110, 8, 5, 1, 0, 0, 0, 0//22 - 2301152};01153//Cyan Dimming Values01154bytecyled[96] = {011550, 0, 0, 0, 0, 0, 0, 0,//0 - 1011560, 0, 0, 0, 0, 0, 0, 0,//2 - 3011570, 0, 0, 0, 0, 0, 0, 0,//4 - 5011580, 0, 0, 0, 0, 0, 0, 0,//6 - 7011590, 0, 0, 0, 0, 0, 0, 0,//8 - 9011600, 0, 0, 0, 2, 5, 10, 20,//10 - 110116125, 30, 40, 50, 60, 70, 70, 70,//12 - 130116270, 70, 70, 70, 70, 70, 70, 70,//14 - 150116370, 70, 70, 70, 70, 70, 70, 70,//16 - 170116470, 70, 70, 70, 70, 70, 70, 70,//18 - 190116570, 70, 70, 70, 50, 30, 20, 20,//20 - 21011668, 5, 0, 0, 0, 0, 0, 0//22 - 2301167};01168//WHITE Dimming Values (White LED array in RAM)01169bytewled[96] = {011700, 0, 0, 0, 0, 0, 0, 0,//0 - 1011710, 0, 0, 0, 0, 0, 0, 0,//2 - 3011720, 0, 0, 0, 0, 0, 0, 0,//4 - 5011730, 0, 0, 0, 0, 0, 0, 0,//6 - 7011740, 0, 0, 0, 0, 0, 0, 0,//8 - 9011750, 0, 0, 0, 1, 10, 20, 30,//10 - 110117640, 50, 60, 70, 70, 70, 70, 70,//12 - 130117770, 70, 70, 70, 70, 70, 70, 70,//14 - 150117870, 70, 70, 70, 70, 70, 70, 70,//16 - 170117970, 70, 70, 70, 70, 70, 70, 70,//18 - 190118065, 60, 55, 50, 45, 40, 35, 30,//20 - 210118120, 10, 5, 1, 0, 0, 0, 0//22 - 2301182};011830118401185//RED Dimming Values01186byterled[96] = {011870, 0, 0, 0, 0, 0, 0, 0,//0 - 1011880, 0, 0, 0, 0, 0, 0, 0,//2 - 3011890, 0, 0, 0, 0, 0, 0, 0,//4 - 5011900, 0, 0, 0, 0, 0, 0, 0,//6 - 7011910, 0, 0, 0, 0, 0, 0, 0,//8 - 9011920, 0, 0, 0, 1, 10, 20, 30,//10 - 110119340, 30, 20, 20, 20, 20, 20, 20,//12 - 130119420, 20, 20, 20, 20, 20, 20, 20,//14 - 150119520, 20, 20, 20, 20, 20, 20, 20,//16 - 170119620, 20, 20, 20, 20, 20, 20, 20,//18 - 190119720, 30, 40, 40, 40, 40, 35, 30,//20 - 210119820, 10, 5, 1, 0, 0, 0, 0//22 - 2301199};01200// Yellow Dimming Values01201byteyeled[96] = {012020, 0, 0, 0, 0, 0, 0, 0,//0 - 1012030, 0, 0, 0, 0, 0, 0, 0,//2 - 3012040, 0, 0, 0, 0, 0, 0, 0,//4 - 5012050, 0, 0, 0, 0, 0, 0, 0,//6 - 7012060, 0, 0, 0, 0, 0, 0, 0,//8 - 9012070, 0, 0, 0, 1, 10, 20, 30,//10 - 110120840, 50, 60, 70, 70, 70, 70, 70,//12 - 130120970, 70, 70, 70, 70, 70, 70, 70,//14 - 150121070, 70, 70, 70, 70, 70, 70, 70,//16 - 170121170, 70, 70, 70, 70, 70, 70, 70,//18 - 190121265, 60, 55, 50, 45, 40, 35, 30,//20 - 210121320, 10, 5, 1, 0, 0, 0, 0//22 - 2301214};0121501216bytetled[96];//Temporary Array to Hold changed LED Values012170121801219/**************************** CHOOSE OPTION MENU BUTTONS *****************************/0122001221constinttemC[]= {10, 29, 155, 59};//"H2O TEMP CONTROL" settings01222constintWeatCtrl[]= {10, 69, 155, 99};//"Weather CONTROL" settings01223constintCloudCtrl[]= {185, 19, 305, 39};//"Cloud Setting"01224constintCloudCtrlON[]= {130, 19, 174, 39};//"Cloud Setting ON/OFF"01225constintStormCtrl[]= {185, 49, 305, 69};//"Storm Setting"01226constintStormCtrlON[]= {130, 49, 174, 69};//"Storm Setting ON/OFF"01227constintStormCtrlONNight[]= {200, 124, 244, 144};//"Storm night ON/OFF"0122801229constintButMns[]= {0, 0, 22, 22};// universal +/- button counter, defaul coordinate, 22x22 size0123001231/*01232const int GrM[]= {200, 104-16, 220, 124-16};01233const int GrP[]= {290, 104-16, 310, 124-16};01234const int OzM[]= {200, 132-8, 220, 152-8};01235const int OzP[]= {290, 132-8, 310, 152-8};01236const int P0M[]= {200, 160+3, 220, 180+3};01237const int P0P[]= {290, 160+3, 310, 180+3};01238*/0123901240//const int wave[]= {10, 109, 155, 139}; //"Wavemaker CONTROL" settings01241//const int gSet[]= {10, 149, 155, 179}; //"GENERAL SETTINGS" page01242constintgSet[]= {165, 149, 310, 179};//"GENERAL SETTINGS" page01243constinttesT[]= {165, 29, 310, 59};//"LED TESTING OPTIONS" menu01244constintledChM[]= {165, 69, 310, 99};//"CHANGE LED VALUES" menu01245//const int aFeed[]= {165, 109, 310, 139}; //"AUTOMATIC FEEDER" menu01246//const int about[]= {165, 149, 310, 179}; //"ABOUT" program information0124701248constintprsM[]= {10, 200, 155, 220};// Preset01249/**************************** TIME AND DATE SCREEN BUTTONS ***************************/01250constinthouU[]= {110, 22, 135, 47};//hour up01251constintminU[]= {180, 22, 205, 47};//min up01252constintampmU[]= {265, 22, 290, 47};//AM/PM up01253constinthouD[]= {110, 73, 135, 98};//hour down01254constintminD[]= {180, 73, 205, 98};//min down01255constintampmD[]= {265, 73, 290, 98};//AM/PM down01256constintdayU[]= {110, 112, 135, 137};//day up01257constintmonU[]= {180, 112, 205, 137};//month up01258constintyeaU[]= {265, 112, 290, 137};//year up01259constintdayD[]= {110, 162, 135, 187};//day down01260constintmonD[]= {180, 162, 205, 187};//month down01261constintyeaD[]= {265, 162, 290, 187};//year down01262/*************************** H2O TEMP CONTROL SCREEN BUTTONS *************************/01263constinttemM[]= {90, 49, 115, 74};//temp. minus01264constinttemP[]= {205, 49, 230, 74};//temp. plus01265constintoffM[]= {90, 99, 115, 124};//offset minus01266constintoffP[]= {205, 99, 230, 124};//offset plus01267constintalmM[]= {90, 149, 115, 174};//alarm minus01268constintalmP[]= {205, 149, 230, 174};//alarm plus01269constintBeep[]= {30, 50};//Beep ON/OFF0127001271/**************************** LED TESTING MENU BUTTONS *******************************/01272constinttstLA[] = {40, 59-25, 280, 99-25};//"Test LED Array Output" settings01273constintcntIL[] = {40, 109-25, 280, 149-25};//"Control Individual Leds" settings01274constintPrButL[] = {40, 159-25, 280, 199-25};//"Preset Leds" settings0127501276/********************** TEST LED ARRAY OUTPUT SCREEN BUTTONS *************************/01277constintstsT[]= {110, 105, 200, 175};//start/stop01278constinttenM[]= {20, 120, 90, 160};//-10s01279constinttenP[]= {220, 120, 290, 160};//+10s01280/******************** TEST INDIVIDUAL LED VALUES SCREEN BUTTONS **********************/01281//See at the end of these buttons for the button functions01282/****************** CHANGE INDIVIDUAL LED VALUES SCREEN BUTTONS **********************/01283//These Buttons are made within the function01284/************************* CHANGE LED VALUES MENU BUTTONS ****************************/01285constintbtCIL[]= {5, 188, 90, 220};//back to Change Individual LEDs Screen01286constintledChV[]= {110, 200, 210, 220};//LED Change Values01287constinteeprom[]= {215, 200, 315, 220};//Save to EEPROM (Right Button)01288constintMINiM[]= {17, 147, 42, 172};//MinI minus01289constintMINiP[]= {116, 147, 141, 172};//MinI plus01290constintMAXiM[]= {179, 147, 204, 172};//MaxI minus01291constintMAXiP[]= {278, 147, 303, 172};//MaxI plus01292/********************* WAVEMAKER SCREEN & STETTINGS BUTTONS **************************/01293//Many Wavemaker Buttons are made within the function(s)01294constintpump1Mm[]= {21, 70, 46, 95};//Pump 1 minute minus01295constintpump1Mp[]= {120, 70, 145, 95};//Pump 1 minute plus01296constintpump1Sm[]= {175, 70, 200, 95};//Pump 1 second minus01297constintpump1Sp[]= {274, 70, 299, 95};//Pump 1 second plus01298constintpump2Mm[]= {21, 147, 46, 172};//Pump 2 minute minus01299constintpump2Mp[]= {120, 147, 145, 172};//Pump 2 minute plus01300constintpump2Sm[]= {175, 147, 200, 172};//Pump 2 second minus01301constintpump2Sp[]= {274, 147, 299, 172};//Pump 2 second plus01302/************************* AUTOMATIC FISH FEEDER BUTTONS *****************************/01303//These Buttons are made within the function01304/******************* SET AUTOMATIC FISH FEEDING TIMES BUTTONS ************************/01305constinthouP[]= {110, 38, 135, 63};//hour up01306constintminP[]= {180, 38, 205, 63};//min up01307constintampmP[]= {265, 38, 290, 63};//AM/PM up01308constinthouM[]= {110, 89, 135, 114};//hour down01309constintminM[]= {180, 89, 205, 114};//min down01310constintampmM[]= {265, 89, 290, 114};//AM/PM down01311/***************************** MISCELLANEOUS BUTTONS *********************************/01312constintbackGS[]= {4, 200, 78, 220};//BACK01313constintnextGS[]= {83, 200, 157, 220};//NEXT01314constintprSAVEgs[]= {162, 200, 236, 220};//SAVE01315constintcanCgs[]= {241, 200, 315, 220};//CANCEL01316//const int touchLock[]= {4, 200, 78, 220}; //Touch #oleg01317constinttouchLock[]= {4, 210, 64, 230};//Touch #oleg01318constintAgain[]= {241, 200, 315, 220};//Touch #oleg0131901320constintHoodFanTm[]= {80, 40, 105, 64};//Hood Fan Temp - // heatsink 101321constintHoodFanTp[]= {195, 40, 220, 64};//Hood Fan Temp +01322constintSumpFanTm[]= {80, 99, 105, 123};//Sump Fan Temp - //heatsink 201323constintSumpFanTp[]= {195, 99, 220, 123};//Sump Fan Temp +01324constintSoundAlarmTm[]= {80, 158, 105, 182};//Sound Alarm Temp -01325constintSoundAlarmTp[]= {195, 158, 220, 182};//Sound Alarm Temp +0132601327constintback[]= {5, 200, 105, 220};//BACK01328constintprSAVE[]= {110, 200, 210, 220};//SAVE01329constintcanC[]= {215, 200, 315, 220};//CANCEL0133001331constintStopDay[]= {230, 0, 315, 14};// NEXT TIME01332constintStartDay[]= {5, 0, 85, 14};// Prev TIME01333constintYes[]= {110, 125, 150, 145};// Yes01334constintNo[]= {170, 125, 210, 145};// No0133501336constintLedPres1[]= {5, 0, 80, 14};// Led Preset 1 button01337constintLedPres2[]= {83, 0, 158, 14};// Led Preset 2 button01338constintLedPres3[]= {161, 0, 236, 14};// Led Preset 3 button01339constintLedPres4[]= {239, 0, 314, 14};// Led Preset 4 button013400134101342voiddrawUpButtonSlide(intx,inty)01343{01344myGLCD.setColor(64, 64, 128);01345myGLCD.fillRoundRect(x, y, x+30, y+22);01346myGLCD.setColor(255, 255, 255);01347myGLCD.drawRoundRect(x, y, x+30, y+22);01348myGLCD.setColor(128, 128, 255);01349for(inti=0; i<15; i++)01350myGLCD.drawLine(x+5+(i/1.5), y+18-i, x+26-(i/1.5), y+18-i);01351}01352voiddrawDownButtonSlide(intx,inty)01353{01354myGLCD.setColor(64, 64, 128);01355myGLCD.fillRoundRect(x, y, x+30, y+22);01356myGLCD.setColor(255, 255, 255);01357myGLCD.drawRoundRect(x, y, x+30, y+22);01358myGLCD.setColor(128, 128, 255);01359for(inti=0; i<15; i++)01360myGLCD.drawLine(x+5+(i/1.5), y+4+i, x+26-(i/1.5), y+4+i);01361}0136201363voiddrawUpButton(intx,inty)01364{01365myGLCD.setColor(0, 0, 255);01366myGLCD.fillRoundRect(x, y, x+25, y+25);01367myGLCD.setColor(255, 255, 255);01368myGLCD.drawRoundRect(x, y, x+25, y+25);01369for(inti=0; i<15; i++)01370myGLCD.drawLine(x+3+(i/1.5), y+19-i, x+22-(i/1.5), y+19-i);01371}01372voiddrawDownButton(intx,inty)01373{01374myGLCD.setColor(0, 0, 255);01375myGLCD.fillRoundRect(x, y, x+25, y+25);01376myGLCD.setColor(255, 255, 255);01377myGLCD.drawRoundRect(x, y, x+25, y+25);01378for(inti=0; i<15; i++)01379myGLCD.drawLine(x+3+(i/1.5), y+6+i, x+22-(i/1.5), y+6+i);01380}0138101382/*01383void printButton(char* text, int x1, int y1, int x2, int y2, boolean fontsize = false)01384{01385int stl = strlen(text);01386int fx, fy;0138701388myGLCD.setColor(0, 0, 255);01389myGLCD.fillRoundRect (x1, y1, x2, y2);01390myGLCD.setColor(255, 255, 255);01391myGLCD.drawRoundRect (x1, y1, x2, y2);0139201393myGLCD.setBackColor(0, 0, 255);01394if (fontsize) {01395myGLCD.setFont(BigFont);01396fx = x1+(((x2 - x1+1)-(stl*16))/2);01397fy = y1+(((y2 - y1+1)-16)/2);01398myGLCD.print(text, fx, fy);01399}01400else {01401myGLCD.setFont(SmallFont);01402fx = x1+(((x2 - x1)-(stl*8))/2);01403fy = y1+(((y2 - y1-1)-8)/2);01404myGLCD.print(text, fx, fy);01405}01406}01407*/01408/*01409void printButton(char* text, int x1, int y1, int x2, int y2, boolean fontsize = false, boolean background = false)01410{01411int stl = strlen(text);01412int fx, fy;0141301414if (background == true) { // green background, black font01415myGLCD.setColor(0, 255, 0);01416myGLCD.fillRoundRect (x1, y1, x2, y2);01417myGLCD.setColor(255, 255, 255);01418myGLCD.drawRoundRect (x1, y1, x2, y2);01419myGLCD.setBackColor(0, 255, 0);01420myGLCD.setColor(0, 0, 0);01421}01422else { myGLCD.setColor(0, 0, 255); // blue background, white font01423myGLCD.fillRoundRect (x1, y1, x2, y2);01424myGLCD.setColor(255, 255, 255);01425myGLCD.drawRoundRect (x1, y1, x2, y2);01426myGLCD.setBackColor(0, 0, 255);}0142701428if (fontsize) {01429myGLCD.setFont(BigFont);01430fx = x1+(((x2 - x1+1)-(stl*16))/2);01431fy = y1+(((y2 - y1+1)-16)/2);01432myGLCD.print(text, fx, fy);01433}01434else {01435myGLCD.setFont(SmallFont);01436fx = x1+(((x2 - x1)-(stl*8))/2);01437fy = y1+(((y2 - y1-1)-8)/2);01438myGLCD.print(text, fx, fy);01439}01440}01441*/01442voidprintButton(char* text,intx1,inty1,intx2,inty2, boolean fontsize =false,intbackground =0 )01443{01444intstl = strlen(text);01445intfx, fy;0144601447if(background == 0) {01448myGLCD.setColor(0, 0, 255);// blue background, white font01449myGLCD.fillRoundRect (x1, y1, x2, y2);01450myGLCD.setColor(255, 255, 255);01451myGLCD.drawRoundRect (x1, y1, x2, y2);01452myGLCD.setBackColor(0, 0, 255);}0145301454if(background == 1) {// green background, black font01455myGLCD.setColor(0, 255, 0);01456myGLCD.fillRoundRect (x1, y1, x2, y2);01457myGLCD.setColor(255, 255, 255);01458myGLCD.drawRoundRect (x1, y1, x2, y2);01459myGLCD.setBackColor(0, 255, 0);01460myGLCD.setColor(0, 0, 0); }0146101462if(background == 2) {01463myGLCD.setColor(64, 64, 64);// grey background, white font01464myGLCD.fillRoundRect (x1, y1, x2, y2);01465myGLCD.setColor(255, 255, 255);01466myGLCD.drawRoundRect (x1, y1, x2, y2);01467myGLCD.setBackColor(64, 64, 64);}0146801469if(fontsize) {01470myGLCD.setFont(BigFont);01471fx = x1+(((x2 - x1+1)-(stl*16))/2);01472fy = y1+(((y2 - y1+1)-16)/2);01473myGLCD.print(text, fx, fy);01474}01475else{01476myGLCD.setFont(SmallFont);01477fx = x1+(((x2 - x1)-(stl*8))/2);01478fy = y1+(((y2 - y1-1)-8)/2);01479myGLCD.print(text, fx, fy);01480}01481}014820148301484voidprintButtonTouch(char* text,intx1,inty1,intx2,inty2, boolean fontsize =false, boolean background =false)01485{01486intstl = strlen(text);01487intfx, fy;0148801489if(background ==true) {// green background, black font01490myGLCD.setColor(0, 255, 0);01491myGLCD.fillRoundRect (x1, y1, x2, y2);01492myGLCD.setColor(255, 255, 255);01493myGLCD.drawRoundRect (x1, y1, x2, y2);01494myGLCD.setBackColor(0, 255, 0);01495myGLCD.setColor(0, 0, 0);01496}01497else{ myGLCD.setColor(0, 0, 150);// blue background, white font01498myGLCD.fillRoundRect (x1, y1, x2, y2);01499myGLCD.setColor(150, 150, 150);01500myGLCD.drawRoundRect (x1, y1, x2, y2);01501myGLCD.setBackColor(0, 0, 150);}0150201503if(fontsize) {01504myGLCD.setFont(BigFont);01505fx = x1+(((x2 - x1+1)-(stl*16))/2);01506fy = y1+(((y2 - y1+1)-16)/2);01507myGLCD.print(text, fx, fy);01508}01509else{01510myGLCD.setFont(SmallFont);01511fx = x1+(((x2 - x1)-(stl*8))/2);01512// fy = y1+(((y2 - y1-1)-8)/2);01513fy = y1+(((y2 - y1-2)-8)/2);01514myGLCD.print(text, fx, fy);01515}01516}01517/*01518void printButtonVertical(char* text, int x1, int y1, boolean fontsize = false, boolean background = false)01519{01520int stl = strlen(text);01521int fx, fy;0152201523if (background == true) { // green background, black font01524myGLCD.setColor(0, 255, 0);01525myGLCD.fillRoundRect (x1, y1, x1+20, y1+10+stl*8+10);01526myGLCD.setColor(255, 255, 255);01527myGLCD.setBackColor(0, 255, 0);01528myGLCD.setColor(0, 0, 0);01529myGLCD.drawRoundRect (x1, y1, x1+20, y1+10+stl*8+10);01530}01531else { myGLCD.setColor(0, 0, 255); // blue background, white font01532myGLCD.fillRoundRect (x1, y1, x1+20, y1+10+stl*8+10);01533myGLCD.setColor(255, 255, 255);01534myGLCD.setBackColor(0, 0, 255);01535myGLCD.drawRoundRect (x1, y1, x1+20, y1+10+stl*8+10);01536}0153701538if (fontsize) {01539myGLCD.setFont(BigFont);01540fx = x1+(x1+20-x1)/2-9;01541fy = y1+ 10+ stl*16;01542myGLCD.print(text, fx, fy, 270);01543}01544else {01545myGLCD.setFont(SmallFont);01546fx = x1+(x1+20-x1)/2-6;01547fy = y1+ 10+ stl*8;01548myGLCD.print(text, fx, fy, 270);01549}01550}01551*/0155201553voidwaitForIt(intx1,inty1,intx2,inty2)// Draw a red frame while a button is touched01554{01555myGLCD.setColor(255, 0, 0);01556myGLCD.drawRoundRect (x1, y1, x2, y2);01557waitForTouchRelease();01558myGLCD.setColor(255, 255, 255);01559myGLCD.drawRoundRect (x1, y1, x2, y2);01560}0156101562voidwaitForIt_Wo_Touch(intx1,inty1,intx2,inty2)// Draw a red frame while a button is touched01563{01564myGLCD.setColor(255, 0, 0);01565myGLCD.drawRoundRect (x1, y1, x2, y2);01566//waitForTouchRelease();01567delay(150);01568myGLCD.setColor(255, 255, 255);01569myGLCD.drawRoundRect (x1, y1, x2, y2);01570}01571/**************************** END OF PRIMARY BUTTONS **********************************/015720157301574/********************************* EEPROM FUNCTIONS ***********************************/015750157601577structconfig_t01578{01579inttempset;01580inttempFset;01581inttempoff;01582inttempFoff;01583inttempalarm;01584inttempFalarm;01585inttempSoundAlarmC;01586inttempSoundAlarmF;01587} tempSettings;0158801589structconfig_m01590{01591intMinI_t;01592intMaxI_t;01593} MinMaxIsettings;0159401595structconfig_L01596{01597intDimLEDsOnOff;01598intLEDsDimTempC;01599intLEDsDimTempF;01600intLEDsDimPercent;01601} LEDsFailsafeSettings;0160201603structconfig_w01604{01605intwaveMode;01606intaltPump1m;01607intaltPump1s;01608intaltPump2m;01609intaltPump2s;01610intsynchMode;01611intsynchPumpOnM;01612intsynchPumpOnS;01613intsynchPumpOffM;01614intsynchPumpOffS;01615} WAVEsettings;0161601617structconfig_g01618{01619intcalendarFormat;01620intShowHideDOW;01621inttimeFormat;01622inttempScale;01623intHeatsink1FanTempC;01624intHeatsink1FanTempF;01625intHeatsink2FanTempC;01626intHeatsink2FanTempF;01627intSCREENsaverONOFF;01628intScreensaverBrigthnessCount;01629intScreensaverClockType;01630intScreensaverTimer;01631intMAX_Temp_on_off;01632intSoftStartON;01633intAlarmLevel;01634intScreenLock;01635} GENERALsettings;0163601637structconfig_f01638{01639intfeedFish1h;01640intfeedFish1m;01641intfeedFish2h;01642intfeedFish2m;01643intfeedFish3h;01644intfeedFish3m;01645intfeedFish4h;01646intfeedFish4m;01647intfeedTime1;01648intfeedTime2;01649intfeedTime3;01650intfeedTime4;01651} FEEDERsettings;0165201653structconfig_preset01654{01655bytetvcol_out;01656bytercol_out;01657bytewcol_out;01658bytebcol_out;01659byterbcol_out;01660byteuvcol_out;01661bytecycol_out;01662byteyelcol_out;01663} LedPresetSetting;0166401665voidEraseAllEEPROM_SaveDefault()//check memory for my code format #oleg01666{01667intk = EEPROM.read(0);01668if(k!=127) {01669myGLCD.setColor(0, 0, 0);01670setFont(SMALL, 255, 0, 0, 0, 0, 0);01671myGLCD.print(print_text[11], CENTER, 120);// "Please WAIT, cleaning memory"01672for(inti = 0; i < 4095; i++)01673{EEPROM.write(i, 0);01674if(i ==0) {EEPROM.write(0,127);}01675if((i==0)|| (i==512)|| (i==1024)||(i==1536)||(i==2048)||(i==2560)||(i==3072)||(i==3584)||(i==4094))01676{myGLCD.printNumI(i, CENTER, 140); }01677}01678COLOR=0;01679SaveLEDToEEPROM();// save default01680EEPROM.write(780, 0xFF);// enable all led channel0168101682//******* set some values to default ***********************01683setTempC= 26;01684setTempF =78.8;01685offTempC=offTempF= 0.2;01686alarmTempC=alarmTempF= 4;01687setTempToSoundAlarmC=setTempToSoundAlarmF= 4;01688setTempToBeginHeatsink1FanC=setTempToBeginHeatsink1FanF =30;01689setTempToBeginHeatsink2FanC=setTempToBeginHeatsink2FanF =30;01690setTempToSoundAlarmC=60;01691setTempToSoundAlarmF=140;01692MinI = 20;// minimum moon brightness01693MaxI = 80;// maximum moon brightness0169401695SaveMoonLEDToEEPROM();01696SaveGenSetsToEEPROM();01697SaveTempToEEPROM();01698}01699}0170001701017020170301704voidSaveLEDToEEPROM()// COLOR=0, WHITE=1, BLUE=2, ROYAL=3,01705// RED=4, ULTRA=5, TV=6, MOON=7,01706// CYAN=8, YELLOW=9;01707{01708EEPROM.write(0, 127);//to determine if data available in EEPROM, write to first byte "127"01709if((COLOR==1) || (COLOR==0)) {01710for(inti=1; i<97; i++)01711{ EEPROM.write(i+(96*0), wled[i-1]);}// xled[] address must be from 1 to 9601712}01713if((COLOR==2) || (COLOR==0)) {01714for(inti=1; i<97; i++)01715{ EEPROM.write(i+(96*1), bled[i-1]);}// xled[] address must be from 1 to 9601716}01717if((COLOR==3) || (COLOR==0)) {01718for(inti=1; i<97; i++)01719{EEPROM.write(i+(96*2), rbled[i-1]);}01720}01721if((COLOR==4) || (COLOR==0)) {01722for(inti=1; i<97; i++)01723{EEPROM.write(i+(96*3), rled[i-1]);}01724}01725if((COLOR==5) || (COLOR==0)) {01726for(inti=1; i<97; i++)01727{EEPROM.write(i+(96*4), uvled[i-1]);}01728}01729if((COLOR==6) || (COLOR==0)) {01730for(inti=1; i<97; i++)01731{EEPROM.write(i+(96*5), tvled[i-1]);}01732}01733if((COLOR==8) || (COLOR==0)) {01734for(inti=1; i<97; i++)01735{EEPROM.write(i+(96*6), cyled[i-1]);}01736}01737if((COLOR==9) || (COLOR==0)) {01738for(inti=1; i<97; i++)01739{EEPROM.write(i+(96*7), yeled[i-1]);}01740}01741// if (COLOR==0) {EEPROM.write(780, 0xFF);} // LedShannelStatusByte = 0xFF, all channel is ON01742// EEPROM.write(780, LedShannelStatusByte);01743}017440174501746voidSaveOnOffLedStatus(boolean LedShannelFlag_on_off=false)01747{if(LedShannelFlag_on_off ==true)01748{if(COLOR==1) {bitSet(LedShannelStatusByte,0); }01749if(COLOR==2) {bitSet(LedShannelStatusByte,1); }01750if(COLOR==3) {bitSet(LedShannelStatusByte,2); }01751if(COLOR==4) {bitSet(LedShannelStatusByte,3); }01752if(COLOR==5) {bitSet(LedShannelStatusByte,4); }01753if(COLOR==6) {bitSet(LedShannelStatusByte,5); }01754if(COLOR==8) {bitSet(LedShannelStatusByte,6); }01755if(COLOR==9) {bitSet(LedShannelStatusByte,7); }01756}else01757{if(COLOR==1) {bitClear(LedShannelStatusByte,0);}01758if(COLOR==2) {bitClear(LedShannelStatusByte,1); }01759if(COLOR==3) {bitClear(LedShannelStatusByte,2); }01760if(COLOR==4) {bitClear(LedShannelStatusByte,3); }01761if(COLOR==5) {bitClear(LedShannelStatusByte,4); }01762if(COLOR==6) {bitClear(LedShannelStatusByte,5); }01763if(COLOR==8) {bitClear(LedShannelStatusByte,6); }01764if(COLOR==9) {bitClear(LedShannelStatusByte,7); }01765}01766EEPROM.write(780, LedShannelStatusByte);01767}017680176901770voidReadOnOffLedStatus()// if reader bit =0 LedShannelFlag_on_off = false, else LedShannelFlag_on_off = true;01771{if(COLOR==1) {LedShannelFlag_on_off = bitRead(LedShannelStatusByte,0); }01772if(COLOR==2) {LedShannelFlag_on_off = bitRead(LedShannelStatusByte,1); }01773if(COLOR==3) {LedShannelFlag_on_off = bitRead(LedShannelStatusByte,2); }01774if(COLOR==4) {LedShannelFlag_on_off = bitRead(LedShannelStatusByte,3); }01775if(COLOR==5) {LedShannelFlag_on_off = bitRead(LedShannelStatusByte,4); }01776if(COLOR==6) {LedShannelFlag_on_off = bitRead(LedShannelStatusByte,5); }01777if(COLOR==8) {LedShannelFlag_on_off = bitRead(LedShannelStatusByte,6); }01778if(COLOR==9) {LedShannelFlag_on_off = bitRead(LedShannelStatusByte,7); }01779}0178001781voidSaveMoonLEDToEEPROM()// shift all bytes on 20001782{01783MinMaxIsettings.MinI_t =int(MinI);01784MinMaxIsettings.MaxI_t =int(MaxI);01785EEPROM_writeAnything(600+200, MinMaxIsettings);01786}0178701788voidSaveLEDsFailsafeToEEPROM()01789{01790LEDsFailsafeSettings.DimLEDsOnOff =int(setDimLEDsOnOff);01791LEDsFailsafeSettings.LEDsDimTempC =int(setLEDsDimTempC);01792LEDsFailsafeSettings.LEDsDimTempF =int(setLEDsDimTempF);01793LEDsFailsafeSettings.LEDsDimPercent =int(setLEDsDimPercent);01794EEPROM_writeAnything(610+200, LEDsFailsafeSettings);01795}0179601797voidSaveWaveToEEPROM()01798{01799WAVEsettings.waveMode =int(WAVE);01800WAVEsettings.altPump1m =int(Pump1m);01801WAVEsettings.altPump1s =int(Pump1s);01802WAVEsettings.altPump2m =int(Pump2m);01803WAVEsettings.altPump2s =int(Pump2s);01804WAVEsettings.synchMode =int(Synch);01805WAVEsettings.synchPumpOnM =int(OnForTm);01806WAVEsettings.synchPumpOnS =int(OnForTs);01807WAVEsettings.synchPumpOffM =int(OffForTm);01808WAVEsettings.synchPumpOffS =int(OffForTs);01809EEPROM_writeAnything(620+200, WAVEsettings);01810}0181101812voidSaveTempToEEPROM()01813{01814tempSettings.tempset =int(setTempC*10);01815tempSettings.tempFset =int(setTempF*10);01816tempSettings.tempoff =int(offTempC*10);01817tempSettings.tempFoff =int(offTempF*10);01818tempSettings.tempalarm =int(alarmTempC*10);01819tempSettings.tempFalarm =int(alarmTempF*10);01820tempSettings.tempSoundAlarmC =int(setTempToSoundAlarmC);01821tempSettings.tempSoundAlarmF =int(setTempToSoundAlarmF);01822EEPROM_writeAnything(640+200, tempSettings);01823}0182401825voidSaveGenSetsToEEPROM()01826{01827GENERALsettings.calendarFormat =int(setCalendarFormat);01828GENERALsettings.ShowHideDOW =int(displayDOW);01829GENERALsettings.timeFormat =int(setTimeFormat);01830GENERALsettings.tempScale =int(setTempScale);01831GENERALsettings.Heatsink1FanTempC =int(setTempToBeginHeatsink1FanC*10);01832GENERALsettings.Heatsink1FanTempF =int(setTempToBeginHeatsink1FanF*10);01833GENERALsettings.Heatsink2FanTempC =int(setTempToBeginHeatsink2FanC*10);01834GENERALsettings.Heatsink2FanTempF =int(setTempToBeginHeatsink2FanF*10);01835GENERALsettings.SCREENsaverONOFF =int(setScreensaverOnOff);01836GENERALsettings.ScreensaverBrigthnessCount =int(BrigthnessCount);01837GENERALsettings.ScreensaverClockType =int(ClockType);01838GENERALsettings.ScreensaverTimer =int(setSSmintues);01839GENERALsettings.MAX_Temp_on_off =int(MAX_Temp_on_off);01840GENERALsettings.SoftStartON =int(SoftStartON);01841GENERALsettings.AlarmLevel =int(AlarmLevel);01842GENERALsettings.ScreenLock =int(setLockScreen);01843EEPROM_writeAnything(660+200, GENERALsettings);01844}0184501846voidSaveFeedTimesToEEPROM()01847{01848FEEDERsettings.feedFish1h =int(feedFish1H);01849FEEDERsettings.feedFish1m =int(feedFish1M);01850FEEDERsettings.feedFish2h =int(feedFish2H);01851FEEDERsettings.feedFish2m =int(feedFish2M);01852FEEDERsettings.feedFish3h =int(feedFish3H);01853FEEDERsettings.feedFish3m =int(feedFish3M);01854FEEDERsettings.feedFish4h =int(feedFish4H);01855FEEDERsettings.feedFish4m =int(feedFish4M);01856FEEDERsettings.feedTime1 =int(FEEDTime1);01857FEEDERsettings.feedTime2 =int(FEEDTime2);01858FEEDERsettings.feedTime3 =int(FEEDTime3);01859FEEDERsettings.feedTime4 =int(FEEDTime4);01860EEPROM_writeAnything(680+200, FEEDERsettings);01861}018620186301864voidSaveDallasAddress ()01865{01866for(bytei = 0; i < 8; i++)01867{ EEPROM.write(900+i, Heatsink1Thermometer [i]);// sensor address01868EEPROM.write(900+i+9, Heatsink2Thermometer [i]);01869EEPROM.write(900+i+18, waterThermometer [i]);01870}01871EEPROM.write(900+8, counterB1);// config byte01872EEPROM.write(900+17, counterB2);01873EEPROM.write(900+26, counterB3);01874}0187501876voidSaveLEDPresetToEEPROM()01877{01878LedPresetSetting.wcol_out = wcol_out;01879LedPresetSetting.bcol_out = bcol_out;01880LedPresetSetting.rbcol_out = rbcol_out;01881LedPresetSetting.rcol_out = rcol_out;01882LedPresetSetting.uvcol_out = uvcol_out;01883LedPresetSetting.tvcol_out = tvcol_out;01884LedPresetSetting.cycol_out = cycol_out;01885LedPresetSetting.yelcol_out = yelcol_out;01886EEPROM_writeAnything(1000 + AddressShift, LedPresetSetting);01887}0188801889voidReadLEDPresetFromEEPROM()01890{01891EEPROM_readAnything(1000 + AddressShift, LedPresetSetting);01892wcol_out = LedPresetSetting.wcol_out;01893bcol_out = LedPresetSetting.bcol_out;01894rbcol_out = LedPresetSetting.rbcol_out;01895rcol_out = LedPresetSetting.rcol_out;01896uvcol_out = LedPresetSetting.uvcol_out;01897tvcol_out = LedPresetSetting.tvcol_out;01898cycol_out= LedPresetSetting.cycol_out;01899yelcol_out = LedPresetSetting.yelcol_out;01900}01901019020190301904voidReadLedFromEEPROM()01905// COLOR=0 - read all colours01906// WHITE=1, BLUE=2, ROYAL=3, RED=4,01907// ULTRA=5, TV=6, MOON=7;01908// CYAN=8, YELLOW=901909{01910bytek = EEPROM.read(0);01911intTemp;01912if(k==127) {01913if((COLOR==1) || (COLOR==0)) {01914for(bytei=1; i<97; i++)01915{ Temp = EEPROM.read(i+(96*0));01916if(Temp >100) {Temp = 100;}01917wled[i-1] = Temp;}01918}01919if((COLOR==2) || (COLOR==0)) {01920for(bytei=1; i<97; i++)01921{ Temp = EEPROM.read(i+(96*1));01922if(Temp >100) {Temp = 100;}01923bled[i-1] = Temp;}01924}01925if((COLOR==3) || (COLOR==0)) {01926for(bytei=1; i<97; i++)01927{ Temp = EEPROM.read(i+(96*2));01928if(Temp >100) {Temp = 100;}01929rbled[i-1] = Temp;}01930}01931if((COLOR==4) || (COLOR==0)) {01932for(bytei=1; i<97; i++)01933{ Temp = EEPROM.read(i+(96*3));01934if(Temp >100) {Temp = 100;}01935rled[i-1] = Temp;}01936}01937if((COLOR==5) || (COLOR==0)) {01938for(bytei=1; i<97; i++)01939{ Temp = EEPROM.read(i+(96*4));01940if(Temp >100) {Temp = 100;}01941uvled[i-1] = Temp;}01942}01943if((COLOR==6) || (COLOR==0)) {01944for(bytei=1; i<97; i++)01945{ Temp = EEPROM.read(i+(96*5));01946if(Temp >100) {Temp = 100;}01947tvled[i-1] = Temp;}01948}01949if((COLOR==8) || (COLOR==0)) {01950for(bytei=1; i<97; i++)01951{ Temp = EEPROM.read(i+(96*6));01952if(Temp >100) {Temp = 100;}01953cyled[i-1] = Temp;}01954}01955if((COLOR==9) || (COLOR==0)) {01956for(bytei=1; i<97; i++)01957{ Temp = EEPROM.read(i+(96*7));01958if(Temp >100) {Temp = 100;}01959yeled[i-1] = Temp;}01960}01961if((COLOR==7) || (COLOR==0)) {01962EEPROM_readAnything(600+200, MinMaxIsettings);// read moon values 200bytes shift for new colours01963MinI = MinMaxIsettings.MinI_t;01964if( MinI>100 ) {MinI= 10;}// set default = 1001965MaxI = MinMaxIsettings.MaxI_t;01966if( MaxI>100 ) {MaxI= 90;}// set default = 9001967}01968LedShannelStatusByte = EEPROM.read(780);01969}0197001971EEPROM_readAnything(610+200, LEDsFailsafeSettings);01972setDimLEDsOnOff = LEDsFailsafeSettings.DimLEDsOnOff;01973if(setDimLEDsOnOff >1) {setDimLEDsOnOff=1;}// set default = 101974setLEDsDimTempC = LEDsFailsafeSettings.LEDsDimTempC;01975if( setLEDsDimTempC>99 || setLEDsDimTempC<40 ) {setLEDsDimTempC=50;}// set default = 50C01976setLEDsDimTempF = LEDsFailsafeSettings.LEDsDimTempF;01977if( setLEDsDimTempF>210 || setLEDsDimTempF<104) {setLEDsDimTempF=122;}// set default = 122F01978setLEDsDimPercent = LEDsFailsafeSettings.LEDsDimPercent;01979if( setLEDsDimPercent>80 || setLEDsDimPercent<10 ) {setLEDsDimPercent=50;}// set default = 50%01980}019810198201983voidReadFromEEPROM()// read from eeprom all data exclude LED SETTING01984{01985intk = EEPROM.read(0);01986chartempString[3];0198701988EEPROM_readAnything(620+200, WAVEsettings);01989WAVE = WAVEsettings.waveMode;01990if(WAVE <0 || WAVE >4) {WAVE=0;}// set default = 0 all OFF01991Pump1m = WAVEsettings.altPump1m;01992Pump1s = WAVEsettings.altPump1s;01993Pump2m = WAVEsettings.altPump2m;01994Pump2s = WAVEsettings.altPump2s;01995Synch = WAVEsettings.synchMode;01996OnForTm = WAVEsettings.synchPumpOnM;01997OnForTs = WAVEsettings.synchPumpOnS;01998OffForTm = WAVEsettings.synchPumpOffM;01999OffForTs = WAVEsettings.synchPumpOffS;0200002001// all these default set if error reading from eeprom02002EEPROM_readAnything(640+200, tempSettings);02003setTempC = tempSettings.tempset;02004setTempC /=10;02005if(setTempC <10 || setTempC >40) {setTempC=26.0;}// set default = 26 C02006setTempF = tempSettings.tempFset;02007setTempF /=10;02008if(setTempF <50 || setTempF >104) {setTempF=78.8;}// set default = 78.8 F02009offTempC = tempSettings.tempoff;02010offTempC /=10;02011if(offTempC <0 || offTempC >5) {offTempC=1.0;}// set default = 1 C02012offTempF = tempSettings.tempFoff;02013offTempF /=10;02014if(offTempF <32 || offTempF >41) {offTempF=33.8;}// set default = 33.8 F02015alarmTempC = tempSettings.tempalarm;02016alarmTempC /= 10;02017if(alarmTempC == 255) {alarmTempC = 255;}02018else{if(alarmTempC <0 || alarmTempC >9.9) {alarmTempC=5.0;}}// set default = 5 C02019alarmTempF = tempSettings.tempFalarm;02020alarmTempF /= 10;02021if(alarmTempF == 255) {alarmTempF = 255;}02022else{if(alarmTempF <32 || alarmTempF >49.8) {alarmTempF=41.0;}}// set default = 41 F02023setTempToSoundAlarmC = tempSettings.tempSoundAlarmC;02024if(setTempToSoundAlarmC ==255) {setTempToSoundAlarmC = 255;}// Sound is OFF02025else{02026if(setTempToSoundAlarmC <40 || setTempToSoundAlarmC >99) {setTempToSoundAlarmC=50;}}// set default = 50 C02027setTempToSoundAlarmF = tempSettings.tempSoundAlarmF;02028if(setTempToSoundAlarmF ==255) {setTempToSoundAlarmC = 255;}// OFF alarm02029else{02030if(setTempToSoundAlarmF <104 || setTempToSoundAlarmF >210) {setTempToSoundAlarmF=122;}}// set default = 122 F020310203202033EEPROM_readAnything(660+200, GENERALsettings);02034setCalendarFormat = GENERALsettings.calendarFormat;//DD/MM/YYYY=0 || Month DD, YYYY=1 (change in prog)02035if(setCalendarFormat >1) {setCalendarFormat=0;}// set default = DD/MM/YYYY02036displayDOW = GENERALsettings.ShowHideDOW;//Hide=0 || Show=1 (change in prog)02037if(displayDOW >1) {displayDOW=1;}// set default = 102038setTimeFormat = GENERALsettings.timeFormat;//24HR=0 || 12HR=1 (change in prog)02039if(setTimeFormat >1 ) {setTimeFormat=0;}// set default = 002040setTempScale = GENERALsettings.tempScale;02041if(setTempScale >1) {setTempScale=0;}// Celsius=0 || Fahrenheit=1 -C, set default =0 if eeprom error02042setTempToBeginHeatsink1FanC = GENERALsettings.Heatsink1FanTempC;02043setTempToBeginHeatsink1FanC /= 10;02044if(setTempToBeginHeatsink1FanC <20 || setTempToBeginHeatsink1FanC >50) {setTempToBeginHeatsink1FanC=29.0;}// set default = 29 C02045setTempToBeginHeatsink1FanF = GENERALsettings.Heatsink1FanTempF;02046setTempToBeginHeatsink1FanF /= 10;02047if(setTempToBeginHeatsink1FanF <68 || setTempToBeginHeatsink1FanF >122) {setTempToBeginHeatsink1FanF=84.2;}// set default = 84.2F0204802049setTempToBeginHeatsink2FanC = GENERALsettings.Heatsink2FanTempC;02050setTempToBeginHeatsink2FanC /= 10;02051if(setTempToBeginHeatsink2FanC <20 || setTempToBeginHeatsink2FanC >50) {setTempToBeginHeatsink2FanC=29.0;}// set default = 29 C02052setTempToBeginHeatsink2FanF = GENERALsettings.Heatsink2FanTempF;02053setTempToBeginHeatsink2FanF /= 10;02054if(setTempToBeginHeatsink2FanF <68 || setTempToBeginHeatsink2FanF >122) {setTempToBeginHeatsink2FanF=84.2;}// set default = 84.2F02055setScreensaverOnOff = GENERALsettings.SCREENsaverONOFF;//OFF=0 || ON=102056if(setScreensaverOnOff >1) {setScreensaverOnOff=1;}02057BrigthnessCount = GENERALsettings.ScreensaverBrigthnessCount;02058if(BrigthnessCount >4) {BrigthnessCount=4;}02059if(BrigthnessCount <0) {BrigthnessCount=4;}02060ClockType = GENERALsettings.ScreensaverClockType;//ClockType = 0/1/2/3/ -> Blank/An.Clock/Dig.Clock/Temperature02061if(ClockType >3) {ClockType=1;}02062setSSmintues = GENERALsettings.ScreensaverTimer;//02063if(setSSmintues <1 || setSSmintues >99) {setSSmintues=20;}// 1....99 min02064MAX_Temp_on_off = GENERALsettings.MAX_Temp_on_off;//OFF=0 || ON=102065if(MAX_Temp_on_off >1) {MAX_Temp_on_off=1;}02066SoftStartON = GENERALsettings.SoftStartON;//OFF=0 || ON=102067if(SoftStartON >1) {SoftStartON=1;}02068AlarmLevel = GENERALsettings.AlarmLevel;//All OFF=0, OverHeat=1, All ON=202069if(AlarmLevel >2) {AlarmLevel=0;}02070setLockScreen = GENERALsettings.ScreenLock;//OFF=0 || ON=102071if(setLockScreen >1) {setLockScreen=1;}020720207302074EEPROM_readAnything(680+200, FEEDERsettings);02075feedFish1H = FEEDERsettings.feedFish1h;02076if(feedFish1H >24) {feedFish1H=20;}// 0....24 h02077feedFish1M = FEEDERsettings.feedFish1m;02078if(feedFish1M >60) {feedFish1M=0;}// 0....60 min02079feedFish2H = FEEDERsettings.feedFish2h;02080if(feedFish2H >24) {feedFish2H=20;}// 0....24 h02081feedFish2M = FEEDERsettings.feedFish2m;02082if(feedFish2M >60) {feedFish2M=0;}// 0....60 min02083feedFish3H = FEEDERsettings.feedFish3h;02084if(feedFish3H >24) {feedFish3H=20;}// 0....24 h02085feedFish3M = FEEDERsettings.feedFish3m;02086if(feedFish3M >60) {feedFish3M=0;}// 0....60 min02087feedFish4H = FEEDERsettings.feedFish4h;02088if(feedFish4H >24) {feedFish4H=20;}// 0....24 h02089feedFish4M = FEEDERsettings.feedFish4m;02090if(feedFish4M >60) {feedFish4M=0;}// 0....60 min02091FEEDTime1 = FEEDERsettings.feedTime1;02092if(FEEDTime1 >1) {FEEDTime1=0;}02093FEEDTime2 = FEEDERsettings.feedTime2;02094if(FEEDTime2 >1) {FEEDTime2=0;}02095FEEDTime3 = FEEDERsettings.feedTime3;02096if(FEEDTime3 >1) {FEEDTime3=0;}02097FEEDTime4 = FEEDERsettings.feedTime4;02098if(FEEDTime4 >1) {FEEDTime4=0;}02099}0210002101voidReadDallasAddress ()02102{02103for(bytei = 0; i < 8; i++)02104{ Heatsink1Thermometer [i] = EEPROM.read(900+i);// sensor address02105Heatsink2Thermometer [i] = EEPROM.read(900+i+9);02106waterThermometer [i] = EEPROM.read(900+i+18);02107}02108counterB1 = EEPROM.read(900+8);// config byte02109counterB2 = EEPROM.read(900+17);02110counterB3 = EEPROM.read(900+26);02111}0211202113/***************************** END OF EEPROM FUNCTIONS ********************************/021140211502116/********************************** RTC FUNCTIONS *************************************/02117voidTimeDateBar(boolean refreshAll=false)02118{02119intHour12;02120// String ampm;02121t = rtc.getTime();0212202123//Date02124setFont(SMALL, 255, 255, 0, 64, 64, 64);02125if((setCalendarFormat==0) && (displayDOW==1))02126{ myGLCD.print(" ", 48, 227);02127myGLCD.print(rtc.getDateStr(FORMAT_LONG, FORMAT_LITTLEENDIAN,'/'), 56, 227);02128myGLCD.print(" ", 136, 227);02129t.dow=calcDOW(t.date, t.mon, t.year);02130showDOWonBar(t.dow);02131}02132if((setCalendarFormat==1) && (displayDOW==1))02133{ myGLCD.print(rtc.getMonthStr(FORMAT_SHORT), 56, 227);//3 letter Month02134myGLCD.print(" ", 80, 227);02135myGLCD.printNumI(t.date, 88, 227);02136if(t.date<10)02137{ myGLCD.print(", ", 96, 227);02138myGLCD.printNumI(t.year, 112, 227);02139myGLCD.print(" ", 144, 227);}02140else02141{ myGLCD.print(", ", 104, 227);02142myGLCD.printNumI(t.year, 120, 227);02143myGLCD.print(" ", 152, 227);02144}02145t.dow=calcDOW(t.date, t.mon, t.year);02146showDOWonBar(t.dow);02147}02148if((setCalendarFormat==0) && (displayDOW==0))02149{ myGLCD.print(" ", 13, 227);02150myGLCD.print(rtc.getDateStr(FORMAT_LONG, FORMAT_LITTLEENDIAN,'/'), 45, 227);02151myGLCD.print(" ", 125, 227);}02152if((setCalendarFormat==1) && (displayDOW==0))02153{ myGLCD.print(" ", 5, 227);02154myGLCD.print(rtc.getMonthStr(FORMAT_SHORT), 37, 227);//3 letter Month02155myGLCD.print(" ", 61, 227);02156myGLCD.printNumI(t.date, 69, 227);02157if(t.date<10)02158{ myGLCD.print(", ", 77, 227);02159myGLCD.printNumI(t.year, 93, 227);02160myGLCD.print(" ", 125, 227);}02161else02162{ myGLCD.print(", ", 85, 227);02163myGLCD.printNumI(t.year, 101, 227);02164myGLCD.print(" ", 133, 227);02165}02166}0216702168//Time02169if(setTimeFormat==1)02170{02171// if(t.hour < 12){ ampm= " AM "; } //Adding the AM/PM sufffix02172// else { ampm= " PM "; }0217302174if(t.hour < 12){ myGLCD.print(" AM ", 260, 227);}//Adding the AM/PM sufffix02175else{myGLCD.print(" PM ", 260, 227);}0217602177if(t.hour==0) { Hour12 = 12; }//12 HR Format02178else{02179if(t.hour>12) { Hour12 = t.hour-12; }02180else{ Hour12 = t.hour; }}0218102182if(Hour12<10)02183{ myGLCD.print(" ", 220, 227);02184myGLCD.printNumI(Hour12, 228, 227);}02185else02186{ myGLCD.printNumI(Hour12, 220, 227);}02187myGLCD.print(":", 236, 227);02188if(t.min<10)02189{ myGLCD.printNumI(0, 244, 227);02190myGLCD.printNumI(t.min, 252, 227);}02191else02192{ myGLCD.printNumI(t.min, 244, 227);}02193// myGLCD.print(ampm, 260, 227);02194}02195else02196{ myGLCD.print(rtc.getTimeStr(FORMAT_SHORT), 220, 227);//24 HR Format02197myGLCD.print(" ", 260, 227);}02198}021990220002201bytecalcDOW(byted,bytem,inty)02202{02203intdow;02204bytemArr[12] = {6,2,2,5,0,3,5,1,4,6,2,4};0220502206dow = (y % 100);02207dow = dow*1.25;02208dow += d;02209dow += mArr[m-1];02210if(((y % 4)==0) && (m<3))02211dow -= 1;02212while(dow>7)02213dow -= 7;0221402215returndow;02216}0221702218voidshowDOW_ScreenSaver(bytedow)// show day of week on screensaver02219{02220char* str[] = {"MON","TUE","WED","THU","FRI","SAT","SUN"};0222102222setFont(SMALL, 200, 200, 200, 0, 0, 0);// blue on black02223myGLCD.print(str[dow-1], SS_DOW_x, 157);02224}0222502226voidshowDOW(bytedow)// show day of week on menu setting time/date02227{02228char* str[] = {"MON","TUE","WED","THU","FRI","SAT","SUN"};02229setFont(SMALL, 255, 255, 255, 0, 0, 0);// white on black02230myGLCD.print(" ", 17, 178);02231myGLCD.print(str[dow-1], 41, 178);02232}022330223402235voidshowDOWonBar(bytedow)// show day of week on main windows bottom string02236{02237char* str[] = {"MON,","TUE,","WED,","THU,","FRI,","SAT,","SUN,"};02238myGLCD.print(str[dow-1], 16, 227);// yellow on gray02239}0224002241bytevalidateDate(byted,bytem, word y)02242{02243bytemArr[12] = {31,0,31,30,31,30,31,31,30,31,30,31};02244byteod;0224502246if(m==2)02247{if((y % 4)==0)02248{if(d==30)02249od=1;02250elseif(d==0)02251od=29;02252else02253od=d;02254}02255else02256{if(d==29)02257od=1;02258elseif(d==0)02259od=28;02260else02261od=d;02262}02263}02264else02265{if(d==0)02266od=mArr[m-1];02267elseif(d==(mArr[m-1]+1))02268od=1;02269else02270od=d;02271}02272returnod;02273}022740227502276bytevalidateDateForMonth(byted,bytem, word y)02277{02278bytemArr[12] = {31,0,31,30,31,30,31,31,30,31,30,31};02279byteod;02280boolean dc=false;0228102282if(m==2)02283{if((y % 4)==0)02284{if(d>29)02285{ d=29;}02286}02287else02288{if(d>28)02289{ d=28;}02290}02291}02292else02293{if(d>mArr[m-1])02294{ d=mArr[m-1];}02295}02296returnd;02297}02298/********************************* END OF RTC FUNCTIONS *******************************/0229902300#ifdef Timers_11bit02301/************************************* Calculate LED LEVELS 8/11 bit ******************/02302voidLED_levels_output()02303{02304intsector, sstep, t1, t2 ;0230502306if(colorLEDtest==true)02307{02308tvled_out = map(tvcol_out, 0, 100, 0, ResolutionHigh);// new value 0-100%,02309rbled_out = map(rbcol_out, 0, 100, 0, ResolutionHigh);02310uvled_out = map(uvcol_out, 0, 100, 0, ResolutionHigh);02311rled_out = map(rcol_out, 0, 100, 0, ResolutionHigh);// ResolutionHigh = 200002312wled_out = map(wcol_out, 0, 100, 0, ResolutionHigh);02313bled_out = map(bcol_out, 0, 100, 0, ResolutionHigh);02314cyled_out = map(cycol_out, 0, 100, 0, ResolutionHigh);02315yeled_out = map(yelcol_out, 0, 100, 0, ResolutionHigh);02316moonled_out = map(mooncol_out, 0, 100, 0, 255);02317}02318else02319{02320if(min_cnt>=1440) {min_cnt=1;}// 24 hours of minutes02321sector = min_cnt/15;// divided by gives sector -- 15 minute02322sstep = min_cnt%15;// remainder gives add on to sector value02323t1 =sector;02324if(t1==95) {t2=0;}02325else{t2 = t1+1;}0232602327if(sstep==0)02328{02329tvled_out = map(tvled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02330rbled_out = map(rbled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02331uvled_out = map(uvled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02332rled_out = map(rled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02333wled_out = map(wled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02334bled_out = map(bled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02335cyled_out = map(cyled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02336yeled_out = map(yeled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02337}else02338{02339tvled_out = check(tvled[t1]*20, tvled[t2]*20, sstep);02340rbled_out = check(rbled[t1]*20, rbled[t2]*20, sstep);02341uvled_out = check(uvled[t1]*20, uvled[t2]*20, sstep);02342rled_out = check(rled[t1]*20, rled[t2]*20, sstep);02343wled_out = check(wled[t1]*20, wled[t2]*20, sstep);02344bled_out = check(bled[t1]*20, bled[t2]*20, sstep);02345cyled_out = check(cyled[t1]*20, cyled[t2]*20, sstep);02346yeled_out = check(yeled[t1]*20, yeled[t2]*20, sstep);02347}0234802349floatlunarCycle = moonPhase(t.year, t.mon, t.date);//get a value for the lunar cycle02350moonled_out = map ((MinI *(1 - lunarCycle) + MaxI * lunarCycle + 0.5), 0, 100, 0, 255);//ResolutionLow = 255 for MOON02351}0235202353if(setDimLEDsOnOff==1) {HOT_LEDs();}//02354if(SoftStartON ==1) {Soft_Start_Led();}// increase led brigtness after start programm during 50sec0235502356wheaterDim ();0235702358if(clouDonOff ==1) {//wled_out = wled_out*PercentDimLW;02359tvled_out = PercentDimLW*tvled_out;02360bled_out = PercentDimLW*bled_out;02361wled_out = PercentDimLW*wled_out;02362rbled_out = PercentDimLW*rbled_out;02363rled_out = PercentDimLW*rled_out;02364uvled_out = PercentDimLW*uvled_out;02365cyled_out = PercentDimLW*cyled_out;02366yeled_out = PercentDimLW*yeled_out;02367}023680236902370// check channel status ON/OFF02371if(bitRead(LedShannelStatusByte,0)==false) {wled_out=0;}// WHITE=1 (COLOR) bit 002372if(bitRead(LedShannelStatusByte,1)==false) {bled_out=0;}// BLUE=2 (COLOR) bit 102373if(bitRead(LedShannelStatusByte,2)==false) {rbled_out=0;}// ROYAL=3 (COLOR) bit 202374if(bitRead(LedShannelStatusByte,3)==false) {rled_out=0;}// RED=4 (COLOR) bit 302375if(bitRead(LedShannelStatusByte,4)==false) {uvled_out=0;}// ULTRA=5 (COLOR) bit 402376if(bitRead(LedShannelStatusByte,5)==false) {tvled_out=0;}// TV=6 (COLOR) bit 502377if(bitRead(LedShannelStatusByte,6)==false) {cyled_out=0;}// CYAN=8 (COLOR) bit 602378if(bitRead(LedShannelStatusByte,7)==false) {yeled_out=0;}// YELLOW=9(COLOR) bit 702379// end check023800238102382if(RECOM_RCD) {02383rb_out = rbled_out;// 11bit, 0-2000 value02384uv_out = uvled_out;02385tv_out = tvled_out;02386r_out = rled_out;02387w_out = wled_out;02388b_out = bled_out;02389cy_out = cyled_out;02390yel_out = yeled_out;02391moon_out = moonled_out;0239202393}else{02394rb_out = ResolutionHigh - rbled_out;02395uv_out = ResolutionHigh - uvled_out;02396tv_out = ResolutionHigh - tvled_out;02397r_out = ResolutionHigh - rled_out;02398w_out = ResolutionHigh - wled_out;02399b_out = ResolutionHigh - bled_out;02400cy_out = ResolutionHigh - cyled_out;02401yel_out = ResolutionHigh - yeled_out;02402moon_out = moonled_out;02403}0240402405// if (clouDonOff ==1) {w_out = w_out*PercentDimLW;}024060240702408//----------- 11 bit PWM outputs ----------------------------------------0240902410if( rb_out ) sbi_mix(TCCR4A, COM4B1);elsecbi_mix(TCCR4A, COM4B1);// T4B port 702411if( uv_out ) sbi_mix(TCCR3A, COM3C1);elsecbi_mix(TCCR3A, COM3C1);// T3C port 302412if( tv_out ) sbi_mix(TCCR4A, COM4C1);elsecbi_mix(TCCR4A, COM4C1);// T4C port 802413if( r_out ) sbi_mix(TCCR4A, COM4A1);elsecbi_mix(TCCR4A, COM4A1);// T4A port 602414if( w_out ) sbi_mix(TCCR1A, COM1B1);elsecbi_mix(TCCR1A, COM1B1);// T1B port 1202415if( b_out ) sbi_mix(TCCR3A, COM3A1);elsecbi_mix(TCCR3A, COM3A1);// T3A port 502416if( cy_out ) sbi_mix(TCCR3A, COM3B1);elsecbi_mix(TCCR3A, COM3B1);// T3B port 202417if( yel_out ) sbi_mix(TCCR1A, COM1A1);elsecbi_mix(TCCR1A, COM1A1);// T1A port 110241802419// ----------- reload Output Compare Register ---------------------------0242002421OCR4B = rb_out;02422OCR3C = uv_out;02423OCR4C = tv_out;02424OCR4A = r_out;02425OCR1B = w_out;02426OCR3A = b_out;02427OCR3B = cy_out;02428OCR1A = yel_out;0242902430analogWrite(ledPinMoon, moon_out);// 8 bit MOON PWM02431//Serial.print ("w_out="); Serial.println (w_out); //+0243202433/*02434Serial.print ("rb_out="); Serial.println (rb_out);02435Serial.print ("uv_out="); Serial.println (uv_out);02436Serial.print ("tv_out="); Serial.println (tv_out);02437Serial.print ("r_out="); Serial.println (r_out);02438Serial.print ("w_out="); Serial.println (w_out); //+02439Serial.print ("b_out="); Serial.println (b_out);02440Serial.print ("cy_out="); Serial.println (cy_out);02441Serial.print ("yel_out="); Serial.println (yel_out); //+02442Serial.print ("moon_out="); Serial.println (moon_out); //+02443*/0244402445}02446#endif024470244802449#ifdef Timers_8_11bit02450/************************************* Calculate LED LEVELS 8/11 bit ******************/02451#ifdef Standard_shield02452voidLED_levels_output()02453{02454intsector, sstep, t1, t2 ;0245502456if(colorLEDtest==true)02457{02458tvled_out = map(tvcol_out, 0, 100, 0, ResolutionLow);// new value 0-100%, ResolutionLow=25502459rled_out = map(rcol_out, 0, 100, 0, ResolutionLow);//02460moonled_out = map(mooncol_out, 0, 100, 0, ResolutionLow);0246102462rbled_out = map(rbcol_out, 0, 100, 0, ResolutionHigh);// new value 0-100%, ResolutionHigh=199002463wled_out = map(wcol_out, 0, 100, 0, ResolutionHigh);02464bled_out = map(bcol_out, 0, 100, 0, ResolutionHigh);02465cyled_out = map(cycol_out, 0, 100, 0, ResolutionHigh);02466}02467else02468{02469if(min_cnt>=1440) {min_cnt=1;}// 24 hours of minutes02470sector = min_cnt/15;// divided by gives sector -- 15 minute02471sstep = min_cnt%15;// remainder gives add on to sector value02472t1 =sector;02473if(t1==95) {t2=0;}02474else{t2 = t1+1;}0247502476if(sstep==0)02477{02478tvled_out = map(tvled[t1],0, 100, 0, ResolutionLow);// new value 0-100%02479rled_out = map(rled[t1],0, 100, 0, ResolutionLow);// new value 0-100%0248002481rbled_out = map(rbled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02482wled_out = map(wled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02483bled_out = map(bled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02484cyled_out = map(cyled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02485}else02486{02487tvled_out = check(map(tvled[t1],0, 100, 0, ResolutionLow), map(tvled[t2],0, 100, 0, ResolutionLow), sstep);02488rled_out = check(map(rled[t1],0, 100, 0, ResolutionLow), map(rled[t2],0, 100, 0, ResolutionLow), sstep);0248902490rbled_out = check(rbled[t1]*20, rbled[t2]*20, sstep);02491wled_out = check(wled[t1]*20, wled[t2]*20, sstep);02492bled_out = check(bled[t1]*20, bled[t2]*20, sstep);02493cyled_out = check(cyled[t1]*20, cyled[t2]*20, sstep);02494}0249502496floatlunarCycle = moonPhase(t.year, t.mon, t.date);//get a value for the lunar cycle02497moonled_out = map ((MinI *(1 - lunarCycle) + MaxI * lunarCycle + 0.5), 0, 100, 0, ResolutionLow);02498}0249902500if(setDimLEDsOnOff==1) {HOT_LEDs();}//02501if(SoftStartON ==1) {Soft_Start_Led();}// increase led brigtness after start programm during 50sec0250202503// check channel status ON/OFF02504if(bitRead(LedShannelStatusByte,0)==false) {wled_out=0;}// WHITE=1 (COLOR) bit 002505if(bitRead(LedShannelStatusByte,1)==false) {bled_out=0;}// BLUE=2 (COLOR) bit 102506if(bitRead(LedShannelStatusByte,2)==false) {rbled_out=0;}// ROYAL=3 (COLOR) bit 202507if(bitRead(LedShannelStatusByte,3)==false) {rled_out=0;}// RED=4 (COLOR) bit 302508if(bitRead(LedShannelStatusByte,4)==false) {uvled_out=0;}// ULTRA=5 (COLOR) bit 402509if(bitRead(LedShannelStatusByte,5)==false) {tvled_out=0;}// TV=6 (COLOR) bit 502510if(bitRead(LedShannelStatusByte,6)==false) {cyled_out=0;}// CYAN=8 (COLOR) bit 602511if(bitRead(LedShannelStatusByte,7)==false) {yeled_out=0;}// YELLOW=9(COLOR) bit 702512// end check0251302514if(RECOM_RCD) {02515tv_out = tvled_out;02516r_out = rled_out;// 8bit, 0-255 value02517moon_out = moonled_out;0251802519rb_out = rbled_out;// 11bit, 0-2000 value02520w_out = wled_out;02521b_out = bled_out;02522cy_out = cyled_out;0252302524}else{02525tv_out = ResolutionLow - tvled_out;02526r_out = ResolutionLow - rled_out;02527moon_out = moonled_out;0252802529rb_out = ResolutionHigh - rbled_out;02530w_out = ResolutionHigh - wled_out;02531b_out = ResolutionHigh - bled_out;02532cy_out = ResolutionHigh - cyled_out;02533}0253402535//----------- 8 bit PWM outputs --------------02536analogWrite(ledPinTV, tv_out);02537analogWrite(ledPinRed, r_out);02538analogWrite(ledPinMoon, moon_out);0253902540//----------- 11 bit PWM outputs ----------------------------------------02541if( rb_out ) sbi_mix(TCCR1A, COM1A1);elsecbi_mix(TCCR1A, COM1A1);// T1A port 1102542if( w_out ) sbi_mix(TCCR1A, COM1B1);elsecbi_mix(TCCR1A, COM1B1);// T1B port 1202543if( b_out ) sbi_mix(TCCR4A, COM4B1);elsecbi_mix(TCCR4A, COM4B1);// T4B port 702544if( cy_out ) sbi_mix(TCCR4A, COM4C1);elsecbi_mix(TCCR4A, COM4C1);// T4C port 80254502546// ----------- reload Output Compare Register ---------------------------02547OCR1A = rb_out;02548OCR1B = w_out;02549OCR4B = b_out;02550OCR4C = cy_out;02551}0255202553#else02554voidLED_levels_output()02555{02556intsector, sstep, t1, t2 ;0255702558if(colorLEDtest==true)02559{02560tvled_out = map(tvcol_out, 0, 100, 0, ResolutionLow);// new value 0-100%, ResolutionLow=25502561rbled_out = map(rbcol_out, 0, 100, 0, ResolutionLow);02562uvled_out = map(uvcol_out, 0, 100, 0, ResolutionLow);0256302564rled_out = map(rcol_out, 0, 100, 0, ResolutionHigh);// ResolutionHigh = 200002565wled_out = map(wcol_out, 0, 100, 0, ResolutionHigh);02566bled_out = map(bcol_out, 0, 100, 0, ResolutionHigh);02567cyled_out = map(cycol_out, 0, 100, 0, ResolutionHigh);02568yeled_out = map(yelcol_out, 0, 100, 0, ResolutionHigh);02569moonled_out = map(mooncol_out, 0, 100, 0, ResolutionHigh);02570}02571else02572{02573if(min_cnt>=1440) {min_cnt=1;}// 24 hours of minutes02574sector = min_cnt/15;// divided by gives sector -- 15 minute02575sstep = min_cnt%15;// remainder gives add on to sector value02576t1 =sector;02577if(t1==95) {t2=0;}02578else{t2 = t1+1;}0257902580if(sstep==0)02581{02582tvled_out = map(tvled[t1],0, 100, 0, ResolutionLow);// new value 0-100%02583rbled_out = map(rbled[t1],0, 100, 0, ResolutionLow);// new value 0-100%02584uvled_out = map(uvled[t1],0, 100, 0, ResolutionLow);// new value 0-100%0258502586rled_out = map(rled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02587wled_out = map(wled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02588bled_out = map(bled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02589cyled_out = map(cyled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02590yeled_out = map(yeled[t1],0, 100, 0, ResolutionHigh);// new value 0-100%02591}else02592{02593tvled_out = check(map(tvled[t1],0, 100, 0, ResolutionLow), map(tvled[t2],0, 100, 0, ResolutionLow), sstep);02594rbled_out = check(map(rbled[t1],0, 100, 0, ResolutionLow), map(rbled[t2],0, 100, 0, ResolutionLow), sstep);02595uvled_out = check(map(uvled[t1],0, 100, 0, ResolutionLow), map(uvled[t2],0, 100, 0, ResolutionLow), sstep);0259602597rled_out = check(rled[t1]*20, rled[t2]*20, sstep);02598wled_out = check(wled[t1]*20, wled[t2]*20, sstep);02599bled_out = check(bled[t1]*20, bled[t2]*20, sstep);02600cyled_out = check(cyled[t1]*20, cyled[t2]*20, sstep);02601yeled_out = check(yeled[t1]*20, yeled[t2]*20, sstep);02602}0260302604floatlunarCycle = moonPhase(t.year, t.mon, t.date);//get a value for the lunar cycle02605moonled_out = map ((MinI *(1 - lunarCycle) + MaxI * lunarCycle + 0.5), 0, 100, 0, ResolutionHigh);02606}0260702608if(setDimLEDsOnOff==1) {HOT_LEDs();}//02609if(SoftStartON ==1) {Soft_Start_Led();}// increase led brigtness after start programm during 50sec0261002611// check channel status ON/OFF02612if(bitRead(LedShannelStatusByte,0)==false) {wled_out=0;}// WHITE=1 (COLOR) bit 002613if(bitRead(LedShannelStatusByte,1)==false) {bled_out=0;}// BLUE=2 (COLOR) bit 102614if(bitRead(LedShannelStatusByte,2)==false) {rbled_out=0;}// ROYAL=3 (COLOR) bit 202615if(bitRead(LedShannelStatusByte,3)==false) {rled_out=0;}// RED=4 (COLOR) bit 302616if(bitRead(LedShannelStatusByte,4)==false) {uvled_out=0;}// ULTRA=5 (COLOR) bit 402617if(bitRead(LedShannelStatusByte,5)==false) {tvled_out=0;}// TV=6 (COLOR) bit 502618if(bitRead(LedShannelStatusByte,6)==false) {cyled_out=0;}// CYAN=8 (COLOR) bit 602619if(bitRead(LedShannelStatusByte,7)==false) {yeled_out=0;}// YELLOW=9(COLOR) bit 702620// end check0262102622if(RECOM_RCD) {02623rb_out = rbled_out;// 8bit, 0-255 value02624uv_out = uvled_out;02625tv_out = tvled_out;0262602627r_out = rled_out;// 11bit, 0-2000 value02628w_out = wled_out;02629b_out = bled_out;02630cy_out = cyled_out;02631yel_out = yeled_out;02632moon_out = moonled_out;0263302634}else{02635rb_out = ResolutionLow - rbled_out;02636uv_out = ResolutionLow - uvled_out;02637tv_out = ResolutionLow - tvled_out;0263802639r_out = ResolutionHigh - rled_out;02640w_out = ResolutionHigh - wled_out;02641b_out = ResolutionHigh - bled_out;02642cy_out = ResolutionHigh - cyled_out;02643yel_out = ResolutionHigh - yeled_out;02644moon_out = moonled_out;02645}0264602647//----------- 8 bit PWM outputs --------------02648analogWrite(ledPinRoyBlue, rb_out);02649analogWrite(ledPinUV, uv_out);02650// analogWrite(ledPinMoon, uv_out); // for Pasha02651analogWrite(ledPinTV, tv_out);0265202653//----------- 11 bit PWM outputs ----------------------------------------02654if( r_out ) sbi_mix(TCCR4A, COM4A1);elsecbi_mix(TCCR4A, COM4A1);02655if( w_out ) sbi_mix(TCCR1A, COM1B1);elsecbi_mix(TCCR1A, COM1B1);02656if( b_out ) sbi_mix(TCCR3A, COM3A1);elsecbi_mix(TCCR3A, COM3A1);02657if( cy_out ) sbi_mix(TCCR3A, COM3B1);elsecbi_mix(TCCR3A, COM3B1);02658if( yel_out ) sbi_mix(TCCR1A, COM1A1);elsecbi_mix(TCCR1A, COM1A1);02659if( moon_out ) sbi_mix(TCCR3A, COM3C1);elsecbi_mix(TCCR3A, COM3C1);02660// ----------- reload Output Compare Register ---------------------------0266102662OCR4A = r_out;02663OCR1B = w_out;02664OCR3A = b_out;02665OCR3B = cy_out;02666OCR1A = yel_out;02667OCR3C = moon_out;02668}02669#endif02670#endif026710267202673#ifdef Timers_8bit02674/************************************* LED LEVELS *************************************/02675voidLED_levels_output()02676{02677intsector, sstep, t1, t2 ;0267802679if(colorLEDtest==true)02680{02681tvled_out = map(tvcol_out, 0, 100, 0, 255);// new value 0-100%02682rled_out = map(rcol_out, 0, 100, 0, 255);02683wled_out = map(wcol_out, 0, 100, 0, 255);02684bled_out = map(bcol_out, 0, 100, 0, 255);02685rbled_out = map(rbcol_out, 0, 100, 0, 255);02686uvled_out = map(uvcol_out, 0, 100, 0, 255);02687cyled_out = map(cycol_out, 0, 100, 0, 255);02688yeled_out = map(yelcol_out, 0, 100, 0, 255);02689moonled_out = map(mooncol_out, 0, 100, 0, 255);02690}02691else02692{02693if(min_cnt>=1440) {min_cnt=1;}// 24 hours of minutes02694sector = min_cnt/15;// divided by gives sector -- 15 minute02695sstep = min_cnt%15;// remainder gives add on to sector value02696t1 =sector;02697if(t1==95) {t2=0;}02698else{t2 = t1+1;}0269902700if(sstep==0)02701{02702tvled_out = map(tvled[t1],0, 100, 0, 255);// new value 0-100%02703bled_out = map(bled[t1],0, 100, 0, 255);// new value 0-100%02704wled_out = map(wled[t1],0, 100, 0, 255);// new value 0-100%02705rbled_out = map(rbled[t1],0, 100, 0, 255);// new value 0-100%02706rled_out = map(rled[t1],0, 100, 0, 255);// new value 0-100%02707uvled_out = map(uvled[t1],0, 100, 0, 255);// new value 0-100%02708cyled_out = map(cyled[t1],0, 100, 0, 255);// new value 0-100%02709yeled_out = map(yeled[t1],0, 100, 0, 255);// new value 0-100%02710}else02711{02712tvled_out = check(&tvled[t1], &tvled[t2], sstep);02713tvled_out = map (tvled_out, 0, 100, 0, 255);0271402715bled_out = check(&bled[t1], &bled[t2], sstep);02716bled_out = map (bled_out, 0, 100, 0, 255);0271702718wled_out = check(&wled[t1], &wled[t2], sstep);02719wled_out = map (wled_out, 0, 100, 0, 255);0272002721rbled_out = check(&rbled[t1], &rbled[t2], sstep);02722rbled_out = map (rbled_out, 0, 100, 0, 255);0272302724rled_out = check(&rled[t1], &rled[t2], sstep);02725rled_out = map (rled_out, 0, 100, 0, 255);0272602727uvled_out = check(&uvled[t1], &uvled[t2], sstep);02728uvled_out = map (uvled_out, 0, 100, 0, 255);0272902730cyled_out = check(&cyled[t1], &cyled[t2], sstep);02731cyled_out = map (cyled_out, 0, 100, 0, 255);0273202733yeled_out = check(&yeled[t1], &yeled[t2], sstep);02734yeled_out = map (yeled_out, 0, 100, 0, 255);02735}0273602737floatlunarCycle = moonPhase(t.year, t.mon, t.date);//get a value for the lunar cycle02738// moonled_out = MinI *(1 - lunarCycle) + MaxI * lunarCycle + 0.5; //MaximumIllumination * % of Full Moon (0-255)02739moonled_out = map ((MinI *(1 - lunarCycle) + MaxI * lunarCycle + 0.5), 0, 100, 0, 255);02740}0274102742if(setDimLEDsOnOff==1) {HOT_LEDs();}//02743if(SoftStartON ==1) {Soft_Start_Led();}// increase led brigtness after start programm during 50sec0274402745if(bitRead(LedShannelStatusByte,0)==false) {wled_out=0;}02746if(bitRead(LedShannelStatusByte,1)==false) {bled_out=0;}02747if(bitRead(LedShannelStatusByte,2)==false) {rbled_out=0;}02748if(bitRead(LedShannelStatusByte,3)==false) {rled_out=0;}02749if(bitRead(LedShannelStatusByte,4)==false) {uvled_out=0;}02750if(bitRead(LedShannelStatusByte,5)==false) {tvled_out=0;}02751if(bitRead(LedShannelStatusByte,6)==false) {cyled_out=0;}02752if(bitRead(LedShannelStatusByte,7)==false) {yeled_out=0;}02753// end check0275402755if(RECOM_RCD ==true) {// 0-255 PWM or 0-10V02756tv_out = tvled_out;02757b_out = bled_out;02758w_out = wled_out;02759rb_out = rbled_out;02760r_out = rled_out;02761uv_out = uvled_out;02762cy_out = cyled_out;02763yel_out = yeled_out;02764moon_out = moonled_out;02765}else{// 255-0 PWM or 10V-0v - inverse output02766tv_out = 255 - tvled_out;02767b_out = 255 - bled_out;02768w_out = 255 - wled_out;02769rb_out = 255 - rbled_out;02770r_out = 255 - rled_out;02771uv_out = 255 - uvled_out;02772cy_out = 255 - cyled_out;02773yel_out = 255 - yeled_out;02774// moon_out = 255 - moonled_out;02775moon_out = moonled_out;02776}02777analogWrite(ledPinTV, tv_out);02778analogWrite(ledPinRed, r_out);02779analogWrite(ledPinWhite, w_out);02780analogWrite(ledPinBlue, b_out);02781analogWrite(ledPinRoyBlue, rb_out);02782analogWrite(ledPinUV, uv_out);02783analogWrite(ledPinCyan, cy_out);02784analogWrite(ledPinYellow, yel_out);02785analogWrite(ledPinMoon, moon_out);02786// analogWrite(ledPinMoon, uv_out); // for Pasha0278702788/*02789Serial.print ("rb_out="); Serial.println (rb_out);02790Serial.print ("uv_out="); Serial.println (uv_out);02791Serial.print ("tv_out="); Serial.println (tv_out);02792Serial.println (" ");02793Serial.print ("r_out="); Serial.println (r_out);02794Serial.print ("w_out="); Serial.println (w_out); //+02795Serial.print ("b_out="); Serial.println (b_out);02796Serial.print ("cy_out="); Serial.println (cy_out);02797Serial.print ("yel_out="); Serial.println (yel_out); //+02798Serial.print ("moon_out="); Serial.println (moon_out); //+02799Serial.println (" ");02800*/02801}02802#endif0280302804#ifdef Timers_8bit02805intcheck(byte*pt1,byte*pt2,intlstep)02806{02807intresult;02808floatfresult;0280902810if(*pt1==*pt2) {result = *pt1;}// No change02811elseif(*pt1<*pt2)//Increasing brightness02812{ fresult = ((float(*pt2-*pt1)/15.0) *float(lstep))+float(*pt1);02813result =int(fresult);02814}02815//Decreasing brightness02816else{fresult = -((float(*pt1-*pt2)/15.0) *float(lstep))+float(*pt1);02817result =int(fresult);02818}02819returnresult;02820}02821#else02822intcheck(intpt1,intpt2,intlstep)02823{02824intresult;02825floatfresult;0282602827if(pt1==pt2) {result = pt1;}// No change02828elseif(pt1<pt2)//Increasing brightness02829{ fresult = ((float(pt2-pt1)/900) *float(lstep*60+t.sec))+float(pt1);02830result =int(fresult);02831}02832//Decreasing brightness02833else{fresult = -((float(pt1-pt2)/900) *float(lstep*60+t.sec))+float(pt1);02834result =int(fresult);02835}02836returnresult;02837}02838#endif02839/********************************* END OF LED LEVELS **********************************/028400284102842/************************************ WAVE OUTPUT *************************************/02843/*02844void wave_output()02845{02846unsigned long currentMillis = millis();0284702848if (WAVE==1) //Alternating Mode02849{02850if (waveMakerTest==true)02851{02852wPump1 = ((Min1*60)+Sec1*WaveCorrector);02853wPump1 = wPump1*1000;02854wPump2 = ((Min2*60)+Sec2*WaveCorrector);02855wPump2 = wPump2*1000;02856}02857else02858{02859wPump1 = ((Pump1m*60)+Pump1s*WaveCorrector);02860wPump1 = wPump1*1000;02861wPump2 = ((Pump2m*60)+Pump2s*WaveCorrector);02862wPump2 = wPump2*1000;02863}0286402865if (currentMillis - previousMillisWave > intervalAlt)02866{02867previousMillisWave = currentMillis;0286802869if (wPump1==wPump2) { wPump2 = wPump2+1;}0287002871if (intervalAlt==wPump1)02872{ intervalAlt=wPump2;02873PumpTstate = LOW;02874PumpBstate = HIGH;}02875else02876{ intervalAlt=wPump1;02877PumpTstate = HIGH;02878PumpBstate = LOW;}02879}02880}02881if ((WAVE==2) && (Synch==1)) //Synchronous - Constanly ON02882{02883PumpTstate = HIGH;02884PumpBstate = HIGH;02885} else0288602887if ((WAVE==2) && (Synch==2)) //Synchronous - Pulsating02888{02889if (waveMakerTest==true)02890{02891wOnForT = ((Min1*60)+Sec1*WaveCorrector);02892wOnForT = wOnForT*1000;02893wOffForT = ((Min2*60)+Sec2*WaveCorrector);02894wOffForT = wOffForT*1000;02895}02896else02897{02898wOnForT = (OnForTm*60)+OnForTs*WaveCorrector;02899wOnForT = wOnForT*1000;02900wOffForT = (OffForTm*60)+OffForTs*WaveCorrector;02901wOffForT = wOffForT*1000;02902}0290302904if (currentMillis - previousMillisWave > intervalSynch)02905{02906previousMillisWave = currentMillis;0290702908if (wOnForT==wOffForT) { wOffForT = wOffForT+1;}0290902910if (intervalSynch==wOnForT)02911{ intervalSynch=wOffForT;02912PumpTstate = LOW;02913PumpBstate = LOW;}02914else02915{ intervalSynch=wOnForT;02916PumpTstate = HIGH;02917PumpBstate = HIGH;}02918}02919}02920digitalWrite(WaveMakerTop, PumpTstate);02921digitalWrite(WaveMakerBottom, PumpBstate);02922}02923*/0292402925029260292702928/********************************* END OF WAVE OUTPUT *********************************/0292902930voidDetectDallalsSensors(boolean refreshSensor=true)02931{0293202933if(refreshSensor==true)02934{02935myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey02936myGLCD.drawLine(0, 93, 319, 93);02937myGLCD.drawRect(0, 196, 319, 194);//Bottom Horizontal Divider0293802939myGLCD.setColor(0, 0, 255);// draw buttor REFRESH rectangle02940myGLCD.fillRoundRect(200, 20, 300, 40);02941myGLCD.setColor(255, 255, 255);02942myGLCD.drawRoundRect(200, 20, 300, 40);02943setFont(SMALL, 255, 255, 255, 0, 0, 255);02944myGLCD.print("Refresh", 226, 24);0294502946printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);02947printButton("SAVE", prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3], SMALL);02948printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);02949setFont(SMALL, 0, 255, 0, 0, 0, 0);02950// myGLCD.print("Found: ", 5, 24);02951strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[9])));02952myGLCD.print(buffer, 5, 24);02953// myGLCD.print("Dallas Sensors", 77, 24);02954strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[10])));02955myGLCD.print(buffer, 77, 24);02956}0295702958if(refreshSensor==false) {02959myGLCD.setColor(0, 0, 0);// clear button and text area after pressing refresh02960myGLCD.fillRoundRect(4, 95, 318, 190);02961myGLCD.fillRoundRect(4, 45, 318, 92);}0296202963sensors.begin();// start sensors02964numberOfDevices = sensors.getDeviceCount();// find devices0296502966setFont(SMALL, 0, 255, 0, 0, 0, 0);02967myGLCD.printNumI(numberOfDevices, 5+56, 24);// print number0296802969if(numberOfDevices == 0) {counterB1=0; counterB2=0; counterB3=0;}// set all counter N.C,02970tempAlarmflagW =false;// clear all error flag02971tempAlarmflagH1 =false;02972tempAlarmflagH2 =false;02973AlarmflagON =false;02974digitalWrite(tempAlarmPin, LOW);// OFF Sound0297502976for(bytei = 0; i < 8; i++)// clear previos sensor ID value02977{ Heatsink1Thermometer[i]=0 ;02978waterThermometer[i]=0 ;02979Heatsink2Thermometer[i]=0 ; }0298002981for(bytek=0; k<numberOfDevices; k++)02982{02983myGLCD.setColor(0, 0, 255);02984myGLCD.fillRoundRect(165, 83+20+30*k, 225, 83+40+30*k);02985myGLCD.setColor(255, 255, 255);02986myGLCD.drawRoundRect(165, 83+20+30*k, 225, 83+40+30*k);02987setFont(SMALL, 255, 255, 255, 0, 0, 255);02988if(k==0) {// print button text02989strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[2+counterB1])));// counterBX = 0/1/2/3 -> NC/Water/H.Sink1/H.Sink202990myGLCD.print(buffer, 169, 83+24+30*k);}0299102992if(k==1) {02993strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[2+counterB2])));// counterBX = 0/1/2/3 -> NC/Water/H.Sink1/H.Sink202994myGLCD.print(buffer, 169, 83+24+30*k); }0299502996if(k==2) {02997strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[2+counterB3])));// counterBX = 0/1/2/3 -> NC/Water/H.Sink1/H.Sink202998myGLCD.print(buffer, 169, 83+24+30*k);}02999}0300003001setFont(SMALL, 0, 255, 0, 0, 0, 0);03002for(bytek=0; k<numberOfDevices; k++)03003{0300403005if(sensors.getAddress(tempDeviceAddress, k))03006{03007floattempC = sensors.getTempC(tempDeviceAddress);0300803009// connect sensor 1...3 to output Water/Heatsink1/Heatsink203010if(k==0) {03011for(bytei=0; i<8; i++) {03012if(counterB1 == 1) {waterThermometer[i] = tempDeviceAddress[i];}03013if(counterB1 == 2) {Heatsink1Thermometer[i] = tempDeviceAddress[i];}03014if(counterB1 == 3) {Heatsink2Thermometer[i] = tempDeviceAddress[i];}03015}03016}03017if(k==1) {03018for(bytei=0; i<8; i++) {03019if(counterB2 == 1) {waterThermometer[i] = tempDeviceAddress[i];}03020if(counterB2 == 2) {Heatsink1Thermometer[i] = tempDeviceAddress[i];}03021if(counterB2 == 3) {Heatsink2Thermometer[i] = tempDeviceAddress[i];}03022}03023}03024if(k==2) {03025for(bytei=0; i<8; i++) {03026if(counterB3 == 1) {waterThermometer[i] = tempDeviceAddress[i];}03027if(counterB3 == 2) {Heatsink1Thermometer[i] = tempDeviceAddress[i];}03028if(counterB3 == 3) {Heatsink2Thermometer[i] = tempDeviceAddress[i];}03029}03030}0303103032myGLCD.printNumF( tempC, 1, 230+40, k*30+83+24);// print temperature from current sensor03033myGLCD.print("Temp=", 230, k*30+83+24);03034myGLCD.print("C", 230+40+32+6, k*30+83+24);03035myGLCD.drawCircle(230+40+32+2, k*30+83+26, 1);0303603037// myGLCD.print("Sensor N", 5, k*15+48);03038strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[11])));03039myGLCD.print(buffer, 5, k*15+48);03040myGLCD.printNumI(k+1, 5+64, k*15+48);03041// myGLCD.print("Sensor N", 5, k*30+83+24);03042myGLCD.print(buffer, 5, k*30+83+24);03043myGLCD.printNumI(k+1, 5+64, k*30+83+24);03044myGLCD.print(":", 5+64+8, k*15+48);03045// myGLCD.print(" connect to", 5+64+8, k*30+83+24);03046strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[12])));03047myGLCD.print(buffer, 5+64+8, k*30+83+24);0304803049for(bytei = 0; i < 8; i++)// print sensors unic ID03050{03051byteresult;03052bytetemp = tempDeviceAddress[i];03053result = temp/16;// first char convert HEX to ASCII for print03054if(result == 15) {myGLCD.print("F", i*24+88, k*15+48);}03055if(result == 14) {myGLCD.print("E", i*24+88, k*15+48);}03056if(result == 13) {myGLCD.print("D", i*24+88, k*15+48);}03057if(result == 12) {myGLCD.print("C", i*24+88, k*15+48);}03058if(result == 11) {myGLCD.print("B", i*24+88, k*15+48);}03059if(result == 10) {myGLCD.print("A", i*24+88, k*15+48);}03060if(result < 10 ) {myGLCD.printNumI(result, i*24+88, k*15+48);}0306103062result = temp - (temp/16)*16;// second char convert HEX to ASCII for print03063if(result == 15) {myGLCD.print("F", i*24+8+88, k*15+48);}03064if(result == 14) {myGLCD.print("E", i*24+8+88, k*15+48);}03065if(result == 13) {myGLCD.print("D", i*24+8+88, k*15+48);}03066if(result == 12) {myGLCD.print("C", i*24+8+88, k*15+48);}03067if(result == 11) {myGLCD.print("B", i*24+8+88, k*15+48);}03068if(result == 10) {myGLCD.print("A", i*24+8+88, k*15+48);}03069if(result < 10 ) {myGLCD.printNumI(result, i*24+8+88, k*15+48);}03070if(i<7) {myGLCD.print(":", i*24+16+88, k*15+48);}03071}03072}03073}03074}030750307603077/*03078void printTemperature(DeviceAddress deviceAddress)03079{03080float tempC = sensors.getTempC(deviceAddress);03081Serial.print("Temp C: ");03082Serial.print(tempC);03083Serial.print(" Temp F: ");03084Serial.println(DallasTemperature::toFahrenheit(tempC)); // Converts tempC to Fahrenheit03085}03086*/0308703088/*03089void printAddress(DeviceAddress deviceAddress)03090{03091for (byte i = 0; i < 8; i++)03092{ Serial.print(deviceAddress[i], HEX);}03093}03094*/0309503096voidBackup()03097{03098printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);03099printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);0310003101myGLCD.setColor(0, 0, 255);03102myGLCD.fillRoundRect(205, 40+34, 305, 60+34);03103myGLCD.fillRoundRect(15, 40+34, 115, 60+34);03104myGLCD.setColor(255, 255, 255);03105myGLCD.drawRoundRect(205, 40+34, 305, 60+34);03106myGLCD.drawRoundRect(15, 40+34, 115, 60+34);03107setFont(SMALL, 255, 255, 255, 0, 0, 255);03108myGLCD.print("BACKUP", 226+5, 44+34);03109myGLCD.print("RESTORE",15+20, 44+34);0311003111myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey03112myGLCD.drawLine(0, 60, 319, 60);0311303114setFont(SMALL, 0, 255, 0, 0, 0, 0);03115myGLCD.print("Initializing SD card...", 5, 24);0311603117// initialize the SD card at SPI_HALF_SPEED to avoid bus errors with03118// breadboards. use SPI_FULL_SPEED for better performance.03119if(!sd.init(SPI_HALF_SPEED, SDchipSelect)) {03120sd.initErrorPrint();03121setFont(SMALL, 255, 0, 0, 0, 0, 0);03122myGLCD.print("initialization failed!", 5, 24+12+5);03123}else{myGLCD.print("initialization done. ", 5, 24+12+5);}0312403125/*03126if (!sd.begin(SDchipSelect, SPI_SIXTEENTH_SPEED)) {03127setFont(SMALL, 255, 0, 0, 0, 0, 0);03128myGLCD.print("initialization failed!", 5, 24+12+5);03129return;03130}03131myGLCD.print("initialization done. ", 5, 24+12+5);03132*/03133}03134031350313603137/******************************** TEMPERATURE FUNCTIONS *******************************/03138//----------------- CHECK TEMPERATURE -------------------03139voidcheckTempC()03140{03141if((millis() - lastTempRequest) >= delayInMillis)03142{03143digitalWrite(Temp_SensorBus0, LOW);03144tempW = (sensors.getTempC(waterThermometer));//read water temperature03145tempH1 = (sensors.getTempC(Heatsink1Thermometer));//read Heatsink1's heatsink temperature03146tempH2 = (sensors.getTempC(Heatsink2Thermometer));//read Heatsink2's heatsink temperature0314703148// sensors.requestTemperatures(); // immediately after fetching the temperature we request a new sample in the async modus03149delayInMillis = 750 / (1 << (12 - resolution));03150lastTempRequest = millis();0315103152digitalWrite(Temp_SensorBus0, HIGH);03153sensors.requestTemperatures();// call sensors.requestTemperatures() to issue a global03154// temperature request to all devices on the bus03155}03156}031570315803159voidWaterTempCheckFunction()03160{03161String deg;03162if(setTempScale==1) {deg ="F";}//Print deg C or deg F03163else{deg ="C";}03164degC_F=deg;03165charbufferDeg[2];03166degC_F.toCharArray(bufferDeg,2);0316703168//--------------- check Water temp and ON/OFF heater-chiller -----------------03169if(counterB1 ==1 || counterB2 ==1 || counterB3 ==1)// check Water temperature if B1 or B2 or B3 = 1 (Water)03170{03171if(tempW == -127 || tempW == -196 || tempW <10 || tempW >40)//sensor disconnected03172{03173tempW = 0;// temporary store error value03174if(WaterTempErrorCount >=12)03175{03176digitalWrite(tempHeatPin, LOW);// off heater and chiller03177digitalWrite(tempChillPin, LOW);03178if(AlarmLevel ==2) {tempAlarmflagW =true;}//turn on sound alarm if possible03179tempCoolflag=false;03180tempHeatflag=false;03181}03182if(WaterTempErrorCount <=12) {WaterTempErrorCount +=1;}03183}03184else03185{03186WaterTempErrorCount = 0;//reset error counter03187if(tempW !=0)// No GPIO function on error03188{03189if(alarmTempC>0)//turn on alarm03190{if((tempW>=(setTempC+offTempC+alarmTempC)) || (tempW<=(setTempC-offTempC-alarmTempC)))03191{ tempAlarmflagW =true;}}0319203193if(tempW<(setTempC+offTempC+alarmTempC) && tempW>(setTempC-offTempC-alarmTempC))03194{//turn off alarm after OverHeating/OverCooling03195tempAlarmflagW =false;03196if(dispScreen==0)03197{03198myGLCD.setColor(0, 0, 0);03199myGLCD.fillRect(182, 203, 315, 221);// clear alarm notices03200}03201AlarmflagON =false;03202digitalWrite(tempAlarmPin, LOW); }// OFF alarm0320303204if(tempW<(setTempC+offTempC) && tempW>(setTempC-offTempC))//turn off chiller/heater, Water temp is NORMAL T< SET+offset03205{ tempCoolflag=false;03206tempHeatflag=false;03207digitalWrite(tempHeatPin, LOW);03208digitalWrite(tempChillPin, LOW);03209if(dispScreen==0)03210{ myGLCD.setColor(0, 0, 0);//clear cooler/heater notices03211myGLCD.fillRect(200, 190, 280, 203);}03212}0321303214if(tempW >=(setTempC+offTempC))//turn on chiller03215{03216tempCoolflag=true;03217tempHeatflag=false;03218digitalWrite(tempHeatPin, LOW);//turn off heater pin03219digitalWrite(tempChillPin, HIGH);//turn on chiller pin0322003221}03222if(tempW<=(setTempC-offTempC))//turn an heater03223{03224tempHeatflag=true;03225tempCoolflag=false;03226digitalWrite(tempChillPin, LOW);//turn off chiller pin03227digitalWrite(tempHeatPin, HIGH);//turn on heater pin03228}03229}03230}0323103232}else{digitalWrite(tempHeatPin, LOW);//turn off heater if sensor not present03233digitalWrite(tempChillPin, LOW);//turn off chiller03234tempCoolflag=false;03235tempHeatflag=false; }032360323703238// ------- display Water temp Messages -------------------0323903240if(dispScreen==0)// display value only in main window03241{03242if(counterB1 ==1 || counterB2 ==1 || counterB3 ==1)03243{03244// if (tempW == -127 || tempW == -196 ) //range in deg C no matter what0324503246if(WaterTempErrorCount >=12)03247{ setFont(SMALL, 255, 0, 0, 0, 0, 0);03248myGLCD.print("ERROR ", 260+8, 148);03249tempCoolflag=false;03250tempHeatflag=false;03251myGLCD.setColor(0, 0, 0);//clear cooler/heater notices03252myGLCD.fillRect(200, 190, 280, 203);03253}else03254{0325503256if(tempW !=0)// no display function if temp =003257{03258if(setTempScale==1) { tempW = ((tempW*1.8) + 32.05);}//C to F with rounding0325903260if(tempCoolflag==true)//Water temperature too HIGH03261{ setFont(SMALL, 255, 255, 0, 0, 0, 0);03262myGLCD.print("Chiller ON", 200, 191);}03263else03264if(tempHeatflag==true)//Water temperature too LOW03265{ setFont(SMALL, 255, 255, 0 , 0, 0, 0);03266myGLCD.print("Heater ON ", 200, 191);}0326703268setFont(SMALL, 0, 0, 0, 0, 0, 0);03269myGLCD.print(" ",300 , 148);03270setFont(SMALL, 0, 255, 0, 0, 0, 0);03271myGLCD.printNumF( tempW, 1, 260+8, 148);// print water temp03272myGLCD.drawCircle(304, 148, 1);03273myGLCD.print(bufferDeg, 309, 148);0327403275//------------------ Display MAX Temp ----------------------------03276if(MAX_Temp_on_off ==1)// Display ON03277{03278if(tempW >= MaxTempW){ MaxTempW = tempW;}// store max temp03279setFont(SMALL, 0, 255, 0, 0, 0, 0);03280myGLCD.printNumF(MaxTempW, 1, 105 ,191);03281}03282}03283}03284}0328503286//-------- Clear Max Temp every morning --------------------03287if(min_cnt/15 == StartTime) {03288MaxTempW=0; MaxTempH1=0; MaxTempH2=0; }03289}03290}0329103292voidFanTempCheckFunction()03293{0329403295byteShiftDrawY;03296String deg;03297if(setTempScale==1) {deg ="F";}//Print deg C or deg F03298else{deg ="C";}03299degC_F=deg;03300charbufferDeg[2];03301degC_F.toCharArray(bufferDeg,2);0330203303//------------Fan Controller for Heatsink1 -----------------03304if(counterB1 ==2 || counterB2 ==2 || counterB3 ==2)// check Heatsink 1 temperature if B1 or B2 or B3 = 203305{0330603307// Heatsink1TempInterval = (tempH1 - setTempToBeginHeatsink1FanC); //Sets the interval to start from 00330803309if((tempH1Store-tempH1)>10 || (tempH1Store-tempH1)<-10) {03310if(Heatsink1TempErrorCount <=12) {Heatsink1TempErrorCount +=1;}03311}else{Heatsink1TempErrorCount=0;03312tempH1Store = tempH1;03313}03314if(Heatsink1TempErrorCount == 0) {03315Heatsink1TempInterval = (tempH1 - setTempToBeginHeatsink1FanC);//Sets the interval to start from 003316}03317if(Heatsink1TempErrorCount !=0) {tempH1=0;}0331803319// if (Heatsink1TempInterval >=20 )03320if(Heatsink1TempInterval >=20 || Heatsink1TempErrorCount >=12 )// Set maximal value PWM =255 if current temp >= setTempToBeginHeatsink2FanC+20C03321{Heatsink1TempInterval =20; }// or error counter >12033220332303324if(Heatsink1TempInterval <= -1) { Heatsink1PWM =0;03325analogWrite(Heatsink1_FansPWM, Heatsink1PWM);03326bitClear(GlobalStatus1Byte,6);// GlobalStatus1Byte.6 = StartUPFan1 ;03327bitClear(GlobalStatus1Byte,7);}// GlobalStatus1Byte.6 = StartUPFan1_Timeout;0332803329if(Heatsink1TempInterval >=1)03330{03331Heatsink1PWM = map (Heatsink1TempInterval, -1 , 20, 100, 255);// maximum PWM = setTempToBeginHeatsink2FanC+20C, minimum speed 40% of max03332if(bitRead(GlobalStatus1Byte,7) ==false) {// set flag startup process03333analogWrite(Heatsink1_FansPWM, 255);03334unsignedlongcMillis = millis();03335previousMillisAlarm = cMillis;// reset 1 sec timer for fan startup process03336bitSet(GlobalStatus1Byte,6);}0333703338else{ analogWrite(Heatsink1_FansPWM, Heatsink1PWM);03339}03340}0334103342//---------------------- Sound alarm Section ------------------------------03343/*03344if (setTempScale ==0 ) {03345if (tempH1 >= setTempToSoundAlarmC)03346{tempAlarmflagH1 = true; analogWrite(Heatsink1_FansPWM, 255);} // Alarm on overheat led, set maximum fan speed03347else03348{tempAlarmflagH1 = false; digitalWrite(tempAlarmPin, LOW);} // OFF alarm0334903350if ((tempH1 == -127) && (AlarmLevel ==2)) //All OFF=0, OverHeat=1, All ON=203351{ tempAlarmflagH1 = true; analogWrite(Heatsink1_FansPWM, 255);} // alarm on disconnect or error read sensor03352*/03353if(setTempScale ==0 ) {03354if(tempH1 >= setTempToSoundAlarmC )03355{tempAlarmflagH1 =true; analogWrite(Heatsink1_FansPWM, 255);}// Alarm on overheat led, set maximum fan speed03356else03357{tempAlarmflagH1 =false; digitalWrite(tempAlarmPin, LOW);}// OFF alarm0335803359if((tempH1 == 0) && (AlarmLevel ==2) && Heatsink1TempErrorCount >12)//All OFF=0, OverHeat=1, All ON=203360{ tempAlarmflagH1 =true; analogWrite(Heatsink1_FansPWM, 255);}// alarm on disconnect or error read sensor03361}0336203363/*03364if (setTempScale ==1 ) {03365if (tempH1 >= setTempToSoundAlarmF)03366{tempAlarmflagH1 = true; analogWrite(Heatsink1_FansPWM, 255);} // set maximum fan speed03367else03368{tempAlarmflagH1 = false; digitalWrite(tempAlarmPin, LOW);} // OFF alarm03369if ((tempH1 == -196) && (AlarmLevel ==2))03370{tempAlarmflagH1 = true; analogWrite(Heatsink1_FansPWM, 255);}03371}03372*/0337303374if(setTempScale ==1 ) {03375if(tempH1 >= setTempToSoundAlarmF)03376{tempAlarmflagH1 =true; analogWrite(Heatsink1_FansPWM, 255);}// set maximum fan speed03377else03378{tempAlarmflagH1 =false; digitalWrite(tempAlarmPin, LOW);}// OFF alarm03379if((tempH1 == -196) && (AlarmLevel ==2) && Heatsink1TempErrorCount >12)03380{tempAlarmflagH1 =true; analogWrite(Heatsink1_FansPWM, 255);}03381}03382/*03383if (setTempScale ==0 ) {03384if (tempH1 >= setTempToSoundAlarmC || tempH1 == -127) {tempAlarmflagH1 = true;03385analogWrite(Heatsink1_FansPWM, 255);} // set maximum fan speed}03386else {tempAlarmflagH1 = false; digitalWrite(tempAlarmPin, LOW);}} // OFF alarm03387if (setTempScale ==1 ) {03388if (tempH1 >= setTempToSoundAlarmF || tempH1 == -196) {tempAlarmflagH1 = true;03389analogWrite(Heatsink1_FansPWM, 255);} // set maximum fan speed03390else {tempAlarmflagH1 = false; digitalWrite(tempAlarmPin, LOW);}} // OFF alarm03391*/03392}0339303394//-------- Display Heatsink1 temperature ----------------------0339503396if(dispScreen==0)// display value only in main window03397{03398if(counterB1 ==2 || counterB2 ==2 || counterB3 ==2)03399{03400if(((counterB1 + counterB2 + counterB3) == 2) || ((counterB1 + counterB2 + counterB3) == 5)) {ShiftDrawY= 0;}03401if(((counterB1 + counterB2 + counterB3) == 3) || ((counterB1 + counterB2 + counterB3) == 6)) {ShiftDrawY= +13;}0340203403if(setTempScale==1) { tempH1 = ((tempH1*1.8) + 32.05);}// display in F0340403405// if (tempH1 == -127 || tempH1 == -196)03406if(Heatsink1TempErrorCount >12)03407{ setFont(SMALL, 255, 0, 0, 0, 0, 0);03408myGLCD.print("ERROR ", 260+8, 148+ShiftDrawY);// sensor disconnected03409}else03410{0341103412if(tempH1 !=0) {03413setFont(SMALL, 0, 0, 0, 0, 0, 0);03414myGLCD.print(" ",300 , 148+ShiftDrawY);03415setFont(SMALL, 0, 255, 0, 0, 0, 0);03416myGLCD.printNumF( tempH1, 1, 260+8, 148+ShiftDrawY);//Heatsink1 temperature (No Flags)03417myGLCD.drawCircle(304, 148+ShiftDrawY+2, 1);03418myGLCD.print(bufferDeg, 309, 148+ShiftDrawY);0341903420//-------------- Display Day MAX TEMP ------------------03421if(MAX_Temp_on_off ==1)// Display ON03422{03423if(tempH1 >= MaxTempH1){ MaxTempH1 = tempH1;}// store max temp03424myGLCD.printNumF(MaxTempH1, 1, 105 ,202);03425}03426}03427}03428}03429}03430//--------------Fan Controller for Heatsink2 ---------------------------------------------------------0343103432if(counterB1 ==3 || counterB2 ==3 || counterB3 ==3)// check Heatsink 2 temperature if B1 or B2 or B3 = 303433{0343403435if((tempH2Store-tempH2)>10 || (tempH2Store-tempH2)<-10) {03436if(Heatsink2TempErrorCount <=12) {Heatsink2TempErrorCount +=1;}03437}else{Heatsink2TempErrorCount=0;03438tempH2Store = tempH2;03439}03440if(Heatsink2TempErrorCount == 0) {03441Heatsink2TempInterval = (tempH2 - setTempToBeginHeatsink2FanC);//Sets the interval to start from 003442}03443if(Heatsink2TempErrorCount !=0) {tempH2=0;}0344403445if(Heatsink2TempInterval >=20 || Heatsink2TempErrorCount >=12 )// Set maximal value PWM =255 if current temp >= setTempToBeginHeatsink2FanC+20C03446{Heatsink2TempInterval =20; }0344703448/*03449Heatsink2TempInterval = (tempH2 - setTempToBeginHeatsink2FanC); //Sets the interval to start from 00345003451if (Heatsink2TempInterval >=20 )03452{Heatsink2TempInterval =20; } // Set maximal value PWM =255 if current temp >= setTempToBeginHeatsink2FanC+20C03453*/03454if(Heatsink2TempInterval <= -1) { Heatsink2PWM =0;03455analogWrite(Heatsink2_FansPWM, Heatsink2PWM);03456bitClear(GlobalStatus1Byte,4);// GlobalStatus1Byte.4 = StartUPFan2 ;03457bitClear(GlobalStatus1Byte,5); }// GlobalStatus1Byte.5 = StartUPFan2_Timeout;0345803459if(Heatsink2TempInterval >=1)03460{03461Heatsink2PWM = map (Heatsink2TempInterval, -1 , 20, 100, 255);// maximum PWM = setTempToBeginHeatsink2FanC+20C03462if(bitRead(GlobalStatus1Byte,5) ==false) {// set flag startup process03463analogWrite(Heatsink2_FansPWM, 255);0346403465unsignedlongcMillis = millis();03466previousMillisAlarm = cMillis;// reset 1 sec timer for fan startup process03467bitSet(GlobalStatus1Byte,4);}0346803469else{ analogWrite(Heatsink2_FansPWM, Heatsink2PWM); }03470}0347103472//---------------------- Sound alarm Section ------------------------------03473/*03474if (setTempScale ==0 ) {03475if (tempH2 >= setTempToSoundAlarmC) {tempAlarmflagH2 = true; analogWrite(Heatsink2_FansPWM, 255);} // set maximum fan speed03476else {tempAlarmflagH2 = false; digitalWrite(tempAlarmPin, LOW);} // OFF alarm03477if ((tempH2 == -127) && (AlarmLevel ==2)) {tempAlarmflagH2 = true; analogWrite(Heatsink2_FansPWM, 255);}03478}0347903480if (setTempScale ==1 ) {03481if (tempH2 >= setTempToSoundAlarmF) {tempAlarmflagH2 = true; analogWrite(Heatsink2_FansPWM, 255);} // set maximum fan speed03482else {tempAlarmflagH2 = false; digitalWrite(tempAlarmPin, LOW);} // OFF alarm03483if ((tempH1 == -196) && (AlarmLevel ==2)) {tempAlarmflagH2 = true; analogWrite(Heatsink2_FansPWM, 255);}03484}03485*/03486if(setTempScale ==0 ) {03487if(tempH2 >= setTempToSoundAlarmC )03488{tempAlarmflagH2 =true; analogWrite(Heatsink2_FansPWM, 255);}// Alarm on overheat led, set maximum fan speed03489else03490{tempAlarmflagH2 =false; digitalWrite(tempAlarmPin, LOW);}// OFF alarm0349103492if((tempH2 == 0) && (AlarmLevel ==2) && Heatsink2TempErrorCount >12)//All OFF=0, OverHeat=1, All ON=203493{ tempAlarmflagH2 =true; analogWrite(Heatsink2_FansPWM, 255);}// alarm on disconnect or error read sensor03494}0349503496if(setTempScale ==1 ) {03497if(tempH2 >= setTempToSoundAlarmF)03498{tempAlarmflagH2 =true; analogWrite(Heatsink2_FansPWM, 255);}// set maximum fan speed03499else03500{tempAlarmflagH2 =false; digitalWrite(tempAlarmPin, LOW);}// OFF alarm03501if((tempH1 == -196) && (AlarmLevel ==2) && Heatsink2TempErrorCount >12)03502{tempAlarmflagH2 =true; analogWrite(Heatsink2_FansPWM, 255);}03503}03504/*03505if (setTempScale ==0 ) {03506if (tempH2 >= setTempToSoundAlarmC || tempH2 == -127) {tempAlarmflagH2 = true;03507analogWrite(Heatsink2_FansPWM, 255);} // set maximum fan speed}03508else {tempAlarmflagH2 = false; digitalWrite(tempAlarmPin, LOW);}} // OFF alarm03509if (setTempScale ==1 ) {03510if (tempH2 >= setTempToSoundAlarmF || tempH2 == -196) {tempAlarmflagH2 = true;03511analogWrite(Heatsink2_FansPWM, 255);} // set maximum fan speed03512else {tempAlarmflagH2 = false; digitalWrite(tempAlarmPin, LOW);}} // OFF alarm03513*/03514}0351503516//-------- Display Heatsink2 temperature -----------03517if(dispScreen==0)// display value only in main window03518{03519if(counterB1 ==3 || counterB2 ==3 || counterB3 ==3)03520{03521if((counterB1 + counterB2 + counterB3) == 3) {ShiftDrawY= 0;}03522if(((counterB1 + counterB2 + counterB3) == 4) || ((counterB1 + counterB2 + counterB3) == 5)) {ShiftDrawY= +13;}03523if((counterB1 + counterB2 + counterB3) == 6) {ShiftDrawY= +26;}0352403525if(setTempScale==1) { tempH2 = ((tempH2*1.8) + 32.05); }// display in F0352603527if(Heatsink2TempErrorCount >12)03528// if (tempH2 == -127 || tempH2 == -196)03529{ setFont(SMALL, 255, 0, 0, 0, 0, 0);03530myGLCD.print("ERROR ", 260+8, 148+ShiftDrawY);// sensor disconnected03531}else03532{03533if(tempH2 !=0) {03534setFont(SMALL, 0, 0, 0, 0, 0, 0);03535myGLCD.print(" ",300 , 148+ShiftDrawY);03536setFont(SMALL, 0, 255, 0, 0, 0, 0);03537myGLCD.printNumF( tempH2, 1, 260+8, 148+ShiftDrawY);//Heatsink2 temperature (No Flags)03538myGLCD.drawCircle(304, 148+ShiftDrawY+2, 1);03539myGLCD.print(bufferDeg, 309, 148+ShiftDrawY);03540//-------------- Display Day MAX TEMP ------------------03541if(MAX_Temp_on_off ==1)// Display ON03542{03543if(tempH2 >= MaxTempH2){ MaxTempH2 = tempH2;}// store max temp03544myGLCD.printNumF(MaxTempH2, 1, 105 ,214);03545}03546}03547}03548}03549}03550}035510355203553voidAlarm()03554{03555unsignedlongcMillis = millis();03556if(cMillis - previousMillisAlarm > 700)03557{ previousMillisAlarm = cMillis;03558//----------- FAN start UP -----------------------------------------03559if(bitRead(GlobalStatus1Byte,6) ==true)// startup for FAN103560{ bitClear(GlobalStatus1Byte,6);03561bitSet(GlobalStatus1Byte,7); }0356203563if(bitRead(GlobalStatus1Byte,4) ==true)// startup for FAN203564{ bitClear(GlobalStatus1Byte,4);03565bitSet(GlobalStatus1Byte,5); }0356603567//------------- Sound Alarm & Display alarm -------------------------------------03568if((counterB1 + counterB2 + counterB3 !=0))// no sound alarm if dallas sensor not installed, ie counterB1=counterB2=counterB3=003569{03570if(tempAlarmflagW ==true|| tempAlarmflagH1 ==true|| tempAlarmflagH2 ==true)03571{03572if(AlarmflagON ==false)//true)03573{if(AlarmLevel >=1) {digitalWrite(tempAlarmPin, HIGH);}// ON alarm03574if(dispScreen == 0){03575setFont(LARGE, 255, 0, 0, 0, 0, 0);03576myGLCD.print("ALARM", 185+16, 204);}03577AlarmflagON =true;}//false; }03578else{// if (AlarmflagON == false)03579// {03580if(AlarmLevel >=1) {digitalWrite(tempAlarmPin, LOW);}// OFF alarm03581if(dispScreen == 0){03582setFont(LARGE, 255, 0, 0, 0, 0, 0);03583myGLCD.print(" ", 185+16, 204);}03584AlarmflagON =false;//true;03585// }03586}03587}03588else{if(AlarmflagON ==true) {03589setFont(LARGE, 255, 0, 0, 0, 0, 0);03590myGLCD.print(" ", 185+16, 204);03591AlarmflagON =false;//true;03592}03593}03594}03595/*03596//------------- Display ALARM -----------------------------------------03597if (counterB1 + counterB2 + counterB3 !=0)03598{03599if (tempAlarmflagW == true || tempAlarmflagH1 == true || tempAlarmflagH2 == true)03600{ setFont(LARGE, 255, 0, 0, 0, 0, 0);03601myGLCD.print("ALARM!!", 185, 204);}03602}03603*/03604}03605}036060360703608/*************************** END OF TEMPERATURE FUNCTIONS *****************************/0360903610//************ Soft Led Start function **************************************03611voidSoft_Start_Led()// increase led brigtness after start programm during 50sec03612{03613if(PercentSoftStart < 1)03614{0361503616#ifdef Timers_8bit03617PercentSoftStart +=0.1;03618#else03619PercentSoftStart +=0.02;03620#endif0362103622tvled_out = PercentSoftStart*tvled_out;03623bled_out = PercentSoftStart*bled_out;03624wled_out = PercentSoftStart*wled_out;03625rbled_out = PercentSoftStart*rbled_out;03626rled_out = PercentSoftStart*rled_out;03627uvled_out = PercentSoftStart*uvled_out;03628cyled_out = PercentSoftStart*cyled_out;03629yeled_out = PercentSoftStart*yeled_out;03630}03631}0363203633/**************************** DIM LEDs WHEN HOT FUNCTION ******************************/03634voidHOT_LEDs()03635{03636if(tempH1>=setLEDsDimTempC+1 || tempH2>=setLEDsDimTempC+1)// || tempW>=setLEDsDimTempC+1)03637{ bitSet(GlobalStatus1Byte,1); }0363803639if(tempH1<=setLEDsDimTempC-1 && tempH2<=setLEDsDimTempC-1)// && tempW<=setLEDsDimTempC-1)03640{bitClear(GlobalStatus1Byte,1);}0364103642if(bitRead(GlobalStatus1Byte,1) ==true) {03643PercentDim = setLEDsDimPercent*0.01;03644tvled_out = PercentDim*tvled_out;03645bled_out = PercentDim*bled_out;03646wled_out = PercentDim*wled_out;03647rbled_out = PercentDim*rbled_out;03648rled_out = PercentDim*rled_out;03649uvled_out = PercentDim*uvled_out;03650cyled_out = PercentDim*cyled_out;03651yeled_out = PercentDim*yeled_out;03652}0365303654}03655/*************************END OF DIM LEDs WHEN HOT FUNCTION ***************************/036560365703658/******************************* LUNAR PHASE FUNCTION *********************************/03659floatmoonPhase(intmoonYear,intmoonMonth,intmoonDay)03660{03661floatphase;03662doubleIP;03663longYY, MM, K1, K2, K3, JulianDay;03664YY = moonYear - floor((12 - moonMonth) / 10);03665MM = moonMonth + 9;03666if(MM >= 12)03667{ MM = MM - 12; }03668K1 = floor(365.25 * (YY + 4712));03669K2 = floor(30.6 * MM + 0.5);03670K3 = floor(floor((YY / 100) + 49) * 0.75) - 38;03671JulianDay = K1 + K2 + moonDay + 59;03672if(JulianDay > 2299160)03673{ JulianDay = JulianDay - K3; }03674IP = MyNormalize((JulianDay - 2451550.1) / LC);03675AG = IP*LC;03676phase = 0;0367703678//Determine the Moon Illumination %03679if((AG >= 0) && (AG <= LC/2))//FROM New Moon 0% TO Full Moon 100%03680{ phase = (2*AG)/LC; }03681if((AG > LC/2) && (AG <= LC))//FROM Full Moon 100% TO New Moon 0%03682{ phase = 2*(LC-AG)/LC; }0368303684//Determine the Lunar Phase03685if((AG >= 0) && (AG <= 1.85))//New Moon; ~0-12.5% illuminated03686{ LP =" New Moon ";03687MoonPic = New_Moon; }03688if((AG > 1.85) && (AG <= 5.54))//New Crescent; ~12.5-37.5% illuminated03689{ LP ="Waxing Crescent";03690MoonPic = Waxing_Crescent; }03691if((AG > 5.54) && (AG <= 9.23))//First Quarter; ~37.5-62.5% illuminated03692{ LP =" First Quarter ";03693MoonPic = First_Quarter; }03694if((AG > 9.23) && (AG <= 12.92))//Waxing Gibbous; ~62.5-87.5% illuminated03695{ LP ="Waxing Gibbous ";03696MoonPic = Waxing_Gibbous; }03697if((AG > 12.92) && (AG <= 16.61))//Full Moon; ~87.5-100-87.5% illuminated03698{ LP =" Full Moon ";03699MoonPic = Full_Moon; }03700if((AG > 16.61) && (AG <= 20.30))//Waning Gibbous; ~87.5-62.5% illuminated03701{ LP ="Waning Gibbous ";03702MoonPic = Waning_Gibbous; }03703if((AG > 20.30) && (AG <= 23.99))//Last Quarter; ~62.5-37.5% illuminated03704{ LP =" Last Quarter ";03705MoonPic = Last_Quarter; }03706if((AG > 23.99) && (AG <= 27.68))//Old Crescent; ~37.5-12.5% illuminated03707{ LP ="Waning Crescent";03708MoonPic = Waning_Crescent; }03709if((AG >= 27.68) && (AG <= LC))//New Moon; ~12.5-0% illuminated03710{ LP =" New Moon ";03711MoonPic = New_Moon; }0371203713returnphase;03714}0371503716doubleMyNormalize(doublev)03717{03718v = v - floor(v);03719if(v < 0)03720v = v + 1;03721returnv;03722}03723/**************************** END OF LUNAR PHASE FUNCTION *****************************/037240372503726/********************************* MISC. FUNCTIONS ************************************/03727voidclearScreen()03728{03729myGLCD.setColor(0, 0, 0);03730myGLCD.fillRect(1, 14, 318, 226);03731}037320373303734voidprintHeader()03735{03736setFont(SMALL, 255, 255, 0, 255, 255, 0);03737myGLCD.fillRect (0, 0, 318, 14);03738myGLCD.setColor(0, 0, 0);03739strcpy_P(buffer, (char*)pgm_read_word_near(&(Header_Text_table[PrintStringIndex])));03740myGLCD.print(buffer, CENTER, 1 );03741}0374203743/*03744void printHeader(char* headline)03745{03746setFont(SMALL, 255, 255, 0, 255, 255, 0);03747myGLCD.fillRect (0, 0, 318, 14);03748myGLCD.setColor(0, 0, 0);03749myGLCD.print(headline, CENTER, 1);03750}03751*/0375203753voidsetFont(boolean font,bytecr,bytecg,bytecb,bytebr,bytebg,bytebb)03754{03755myGLCD.setBackColor(br, bg, bb);//font background black03756myGLCD.setColor(cr, cg, cb);//font color white03757if(font==LARGE)03758myGLCD.setFont(BigFont);//font size LARGE03759elseif(font==SMALL)03760myGLCD.setFont(SmallFont);03761}037620376303764voidwaitForTouchRelease()03765{03766while(myTouch.dataAvailable()==true)//Wait for release03767myTouch.read();03768}0376903770intLedToPercent (intLed_out,intresolution)//returns LED output in % with rounding to the nearest whole number03771{03772intresult;03773floatTemp_in = Led_out;03774floatTemp = 100*Temp_in/resolution;03775result = map(Led_out, 0, resolution, 0, 100);03776if((Temp - result) >= 0.5) {result +=1;};// rounding to the nearest whole number0377703778returnresult;03779}037800378103782voidSmallLedBarGraph(intLed_out,intresolution,byteshift_X,bytecR,bytecG,bytecB)03783{03784intbar = map(Led_out, 0, resolution, 131, 31);// Top end bar - Y=31, Bot end bar Y=13103785if(bar <31 ){bar=31;}03786if(bar >131){bar=131;}03787myGLCD.setColor(0, 0, 0);03788myGLCD.fillRect(31+shift_X, bar, 31+10+shift_X, 31);//hide end of last bar (Top end bar)03789myGLCD.setColor(cR, cG, cB);03790myGLCD.drawRect(31+shift_X, 131, 31+10+shift_X, 130);// %bar place holder03791myGLCD.fillRect(31+shift_X, 130, 31+10+shift_X, bar);// percentage bar03792}0379303794// led bar graph in main window03795voiddrawBarGraph()03796{03797myGLCD.setColor(255, 255, 255);//static LED Chart03798setFont(SMALL, 255, 255, 255, 0, 0, 0);0379903800myGLCD.drawRect(26, 132, 143, 133);//x-line03801myGLCD.drawRect(26, 132, 27, 31);//y-line03802myGLCD.setColor(128, 128, 128);03803for(inti=0; i<10; i++)//tick-marks03804{ myGLCD.drawLine(28, (i*10)+32, 30, (i*10)+32);03805for(intk=0; k<12; k++)03806myGLCD.drawPixel(29+(k*10), 32+(i*10));}0380703808myGLCD.print("100", 2, 27);03809myGLCD.print("90", 10, 37);03810myGLCD.print("80", 10, 47);03811myGLCD.print("70", 10, 57);03812myGLCD.print("60", 10, 67);03813myGLCD.print("50", 10, 77);03814myGLCD.print("40", 10, 87);03815myGLCD.print("30", 10, 97);03816myGLCD.print("20", 10, 107);03817myGLCD.print("10", 10, 117);03818myGLCD.print("0", 18, 127);03819}0382003821intSliderBarsForChange(intTopSldY,intBopSldY,inty,intsbR,intsbG,intsbB,intsbX1,intsbX2)03822{// Slider bar vertical size: TopSldY/BotSldY03823// Y - value, sbR/sbG/sbB - colour03824intTempY;// sbX1/sbX2 - horisontal size03825if(y<=TopSldY) {y=TopSldY;}03826if(y>=BotSldY) {y=BotSldY;}0382703828if(SliderSwitch ==true) {// for slider update after pressing up/down button03829if(tSlide<=0) {tSlide=0;}// and for first time open slider windows03830if(tSlide>=100) {tSlide=100;}03831y = map(tSlide, 0, 100, BotSldY, TopSldY);// mapping 0-100 counter to slider size and draw03832TempY = tSlide;// for display value in %03833}0383403835myGLCD.setColor(0, 0, 0);03836myGLCD.fillRect(sbX1+1, y, sbX2-1, TopSldY);//hide the bar (for white bar rectangle)03837//myGLCD.fillRect(sbX1+1, y, sbX2-1, TopSldY+1); //hide the bar (for color bar rectangle)03838myGLCD.setColor(sbR, sbG, sbB);//Slider Bar Color03839myGLCD.fillRect(sbX1+1, y, sbX2-1, BotSldY);//draw the bar where you touch0384003841if(SliderSwitch ==false) {// for TOUCH function, convert touch coordinate to 0-100%03842TempY = map(y, BotSldY, TopSldY, 0, 100);// mapping slider size to 0-100%03843if(TempY>=100) {TempY=100;}// slider change from 0% to 100%03844if(TempY<=0) {TempY=0;}03845}0384603847if(LedShannelFlag_on_off ==false)03848{setFont(LARGE, 200, 200, 200, 0, 0, 0);03849myGLCD.print("O", sbX1-8+((sbX2- sbX1))/2, TopSldY-34 + (BotSldY -TopSldY)/2);03850myGLCD.print("F", sbX1-8+((sbX2- sbX1))/2, TopSldY-10 + (BotSldY -TopSldY)/2);03851myGLCD.print("F", sbX1-8+((sbX2- sbX1))/2, TopSldY+14 + (BotSldY -TopSldY)/2);03852}0385303854// setFont(SMALL, sbR, sbG, sbB, 0, 0, 0); // set printed text colour03855setFont(SMALL, 255, 255, 255, 0, 0, 0);// set printed text colour03856if(TempY<10)03857{myGLCD.print(" ", sbX1+0, BotSldY+2);03858myGLCD.printNumI(TempY, sbX1+16, BotSldY+2); myGLCD.print("%", sbX1+24, BotSldY+2);}03859if((TempY>=10) && (TempY<100))03860{myGLCD.print(" ", sbX1+0, BotSldY+2);03861myGLCD.printNumI(TempY, sbX1+8, BotSldY+2); myGLCD.print("%", sbX1+24, BotSldY+2);}03862if(TempY>=100)03863{myGLCD.printNumI(TempY, sbX1+0, BotSldY+2); myGLCD.print("%", sbX1+24, BotSldY+2);}0386403865tSlide = TempY;// temporary store previos value03866returnTempY;03867}0386803869voidDrawAnalogClock(boolean refreshAll=false)03870{03871if(refreshAll ==true){03872TempSSminutes = 0;03873myGLCD.setColor(0, 0, 200);03874myGLCD.setBackColor(0, 0, 0);03875myGLCD.drawRoundRect (90, 10, 310, 230);// draw clock frame03876myGLCD.drawRoundRect (91, 11, 309, 229);03877myGLCD.drawRoundRect (92, 12, 308, 228);03878myGLCD.drawRoundRect (93, 13, 307, 227);0387903880drawDOWDATE();// draw DOW and frame0388103882myGLCD.setFont(BigFont);03883myGLCD.setColor(200, 200, 200);03884myGLCD.print("3", clockCenterX+87, clockCenterY-8);03885myGLCD.print("9", clockCenterX-100, clockCenterY-8);03886myGLCD.print("6", clockCenterX-8, clockCenterY+87);03887myGLCD.print("12", clockCenterX-16, clockCenterY-85-16);0388803889for(inti=0; i<12; i++)03890{if((i % 3)!=0) drawMark(i); }03891}0389203893t.dow=calcDOW(t.date, t.mon, t.year);03894if(t.min == 0) { drawDOWDATE(); }// update DOW every new hour03895if(t.min != TempSSminutes) {// update DOW every 1min03896drawMin(t.min);// drawing the clock hands03897drawHour(t.hour, t.min);// drawing the clock hands03898TempSSminutes = t.min;0389903900myGLCD.setColor(255, 255, 0);03901myGLCD.drawCircle(clockCenterX, clockCenterY, 6);03902myGLCD.fillCircle(clockCenterX, clockCenterY, 6);03903myGLCD.setColor(0, 255, 0);03904myGLCD.drawCircle(clockCenterX, clockCenterY, 4);03905myGLCD.fillCircle(clockCenterX, clockCenterY, 4);0390603907}0390803909}0391003911voiddrawMark(inth)03912{03913floatx1, y1, x2, y2;0391403915h=h*30;03916h=h+270;0391703918x1=110*cos(h*0.0175);03919y1=110*sin(h*0.0175);03920x2=100*cos(h*0.0175);03921y2=100*sin(h*0.0175);03922myGLCD.setFont(SmallFont);03923myGLCD.setColor(200, 200, 200);03924myGLCD.print("*", (x1+x2)/2 +clockCenterX, (y1+y2)/2 +clockCenterY);0392503926}0392703928voiddrawDOWDATE()03929{03930myGLCD.setColor(0, 0, 200);03931myGLCD.setBackColor(0, 0, 0);03932myGLCD.drawRect(176, 152, 228, 172);// draw dow/date frame03933myGLCD.drawRect(177, 153, 227, 171);03934myGLCD.drawLine (205, 152, 205, 172);03935myGLCD.drawLine (206, 152, 206, 172);0393603937myGLCD.setColor(200, 200, 200);03938myGLCD.setFont(SmallFont);03939SS_DOW_x=180;03940showDOW_ScreenSaver(t.dow);0394103942if(t.date <10) { myGLCD.print(" ", 210, 157);03943myGLCD.printNumI(t.date, 218, 157);}03944else{ myGLCD.printNumI(t.date, 210, 157);}03945}0394603947voiddrawHandClock (floatx1,floatx2,floatx3,floatx4,floaty1,floaty2,floaty3,floaty4, boolean cycle=false)03948{03949if(cycle ==true){03950for(inti=-1 ; i<=1; i++) {03951myGLCD.drawLine(x1+clockCenterX+i, y1+clockCenterY+i, x3+clockCenterX+i, y3+clockCenterY+i);03952myGLCD.drawLine(x3+clockCenterX+i, y3+clockCenterY+i, x2+clockCenterX+i, y2+clockCenterY+i);03953myGLCD.drawLine(x2+clockCenterX+i, y2+clockCenterY+i, x4+clockCenterX+i, y4+clockCenterY+i);03954myGLCD.drawLine(x4+clockCenterX+i, y4+clockCenterY+i, x1+clockCenterX+i, y1+clockCenterY+i);}}0395503956else{myGLCD.drawLine(x1+clockCenterX, y1+clockCenterY, x3+clockCenterX, y3+clockCenterY);03957myGLCD.drawLine(x3+clockCenterX, y3+clockCenterY, x2+clockCenterX, y2+clockCenterY);03958myGLCD.drawLine(x2+clockCenterX, y2+clockCenterY, x4+clockCenterX, y4+clockCenterY);03959myGLCD.drawLine(x4+clockCenterX, y4+clockCenterY, x1+clockCenterX, y1+clockCenterY);}03960}0396103962voiddrawMin(intm)03963{03964floatx1, y1, x2, y2, x3, y3, x4, y4;03965intpm = m-1;0396603967if(pm==-1)03968pm=59;03969pm=pm*6;03970pm=pm+270;0397103972x1=80*cos(pm*0.0175);03973y1=80*sin(pm*0.0175);03974x2=5*cos(pm*0.0175);03975y2=5*sin(pm*0.0175);03976x3=30*cos((pm+4)*0.0175);03977y3=30*sin((pm+4)*0.0175);03978x4=30*cos((pm-4)*0.0175);03979y4=30*sin((pm-4)*0.0175);0398003981myGLCD.setColor(0, 0, 0);// clear previos hands clock03982drawHandClock (x1, x2, x3, x4, y1, y2, y3, y4,true);0398303984if((t.min >20 && t.min <40))// redraw dow/date frame03985{drawDOWDATE();}// redraw dow/date frame0398603987m=m*6;03988m=m+270;0398903990x1=80*cos(m*0.0175);03991y1=80*sin(m*0.0175);03992x2=5*cos(m*0.0175);03993y2=5*sin(m*0.0175);03994x3=30*cos((m+4)*0.0175);03995y3=30*sin((m+4)*0.0175);03996x4=30*cos((m-4)*0.0175);03997y4=30*sin((m-4)*0.0175);0399803999myGLCD.setColor(0, 255, 0);// draw current hands clock04000drawHandClock (x1, x2, x3, x4, y1, y2, y3, y4,false);0400104002}0400304004voiddrawHour(inth,intm)04005{04006floatx1, y1, x2, y2, x3, y3, x4, y4;04007intph = h;0400804009if(m==0)04010{04011ph=((ph-1)*30)+((m+59)/2);04012}04013else04014{04015ph=(ph*30)+((m-1)/2);04016}04017ph=ph+270;0401804019x1=60*cos(ph*0.0175);04020y1=60*sin(ph*0.0175);04021x2=5*cos(ph*0.0175);04022y2=5*sin(ph*0.0175);04023x3=20*cos((ph+5)*0.0175);04024y3=20*sin((ph+5)*0.0175);04025x4=20*cos((ph-5)*0.0175);04026y4=20*sin((ph-5)*0.0175);0402704028myGLCD.setColor(0, 0, 0);// clear previos hands clock04029drawHandClock (x1, x2, x3, x4, y1, y2, y3, y4,true);0403004031if((t.hour >16 && t.hour <20))// redraw dow/date frame04032{drawDOWDATE();}// redraw dow/date frame0403304034h=(h*30)+(m/2);04035h=h+270;0403604037x1=60*cos(h*0.0175);04038y1=60*sin(h*0.0175);04039x2=5*cos(h*0.0175);04040y2=5*sin(h*0.0175);04041x3=20*cos((h+5)*0.0175);04042y3=20*sin((h+5)*0.0175);04043x4=20*cos((h-5)*0.0175);04044y4=20*sin((h-5)*0.0175);0404504046myGLCD.setColor(255, 255, 0);// draw current hands clock04047drawHandClock (x1, x2, x3, x4, y1, y2, y3, y4,false);0404804049}0405004051voidDrawTemperatureScreen(boolean refreshAll=false)04052{04053String deg;04054if(setTempScale==1) {deg ="F";}//Print deg C or deg F04055else{deg ="C";}04056degC_F=deg;04057charbufferDeg[2];04058degC_F.toCharArray(bufferDeg,2);04059intShiftDrawY =0;04060myGLCD.setFont(BigFont);04061myGLCD.setColor(0, 0, 255);04062myGLCD.setBackColor(0, 0, 0);0406304064if(refreshAll==true) {04065if(counterB1 ==1 || counterB2 ==1 || counterB3 ==1)04066{04067if(tempW !=0) {04068strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[3])));// "Water"04069myGLCD.print(buffer, 48 , 100);04070strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[68])));// ": "04071myGLCD.print(buffer, 144 , 100);04072myGLCD.printNumF( tempW, 1, 176, 100);// print water temp04073myGLCD.drawCircle(240, 100, 1);04074myGLCD.print(bufferDeg, 245, 100);04075}04076}0407704078if(counterB1 ==2 || counterB2 ==2 || counterB3 ==2)04079{04080if(((counterB1 + counterB2 + counterB3) == 2) || ((counterB1 + counterB2 + counterB3) == 5)) {ShiftDrawY= 0;}04081if(((counterB1 + counterB2 + counterB3) == 3) || ((counterB1 + counterB2 + counterB3) == 6)) {ShiftDrawY= 20;}04082if(tempH1 !=0) {04083strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[4])));// "H1"04084myGLCD.print(buffer, 32 , 100+ShiftDrawY);04085strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[68])));// ": "04086myGLCD.print(buffer, 144, 100+ShiftDrawY);04087myGLCD.printNumF( tempH1, 1, 176, 100+ShiftDrawY);// print H1 temp04088myGLCD.drawCircle(240, 100+ShiftDrawY, 1);04089myGLCD.print(bufferDeg, 245, 100+ShiftDrawY);04090}04091}040920409304094if(counterB1 ==3 || counterB2 ==3 || counterB3 ==3)04095{04096if((counterB1 + counterB2 + counterB3) == 3) {ShiftDrawY= 0;}04097if(((counterB1 + counterB2 + counterB3) == 4) || ((counterB1 + counterB2 + counterB3) == 5)) {ShiftDrawY= 20;}04098if((counterB1 + counterB2 + counterB3) == 6) {ShiftDrawY= 40;}04099if(tempH2 !=0) {04100strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[5])));// "H2"04101myGLCD.print(buffer, 32 , 100+ShiftDrawY);04102strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[68])));// ": "04103myGLCD.print(buffer, 144, 100+ShiftDrawY);04104myGLCD.printNumF( tempH2, 1, 176, 100+ShiftDrawY);// print H2 temp04105myGLCD.drawCircle(240, 100+ShiftDrawY, 1);04106myGLCD.print(bufferDeg, 245, 100+ShiftDrawY);04107}04108}04109}04110}0411104112voidDrawDigitalClock(boolean refreshAll=false)04113{04114if(refreshAll==true&& setTimeFormat==0) {04115myGLCD.setColor(0, 0, 200);04116myGLCD.setBackColor(0, 0, 0);04117myGLCD.drawRoundRect (77, 67, 243, 158);// draw clock frame for 24HR format04118myGLCD.drawRoundRect (76, 68, 244, 159);// draw clock frame04119myGLCD.drawRoundRect (75, 69, 245, 160);// draw clock frame04120myGLCD.fillCircle(141, 88, 4);// draw : symbol04121myGLCD.fillCircle(141, 112, 4);// draw : symbol beetween hour and min04122}0412304124if(setTimeFormat==0)//display 24HR Format04125{04126myGLCD.setColor(0, 0, 255);04127myGLCD.setBackColor(0, 0, 0);041280412904130#ifdef Graph16_lib04131myGLCD.setFont(SevenSegNumFontPlus);04132#else04133myGLCD.setFont(SevenSegNumFont);04134#endif0413504136// myGLCD.setFont(SevenSegNumFont);04137// myGLCD.setFont(DotMatrix_XL_Num);04138myGLCD.print(rtc.getTimeStr(FORMAT_SHORT), CENTER, 75);// print time04139myGLCD.setFont(BigFont);04140myGLCD.print(rtc.getDateStr(FORMAT_LONG), 80, 137);04141}0414204143if(refreshAll==true&& setTimeFormat==1) {04144myGLCD.setColor(0, 0, 200);04145myGLCD.setBackColor(0, 0, 0);04146myGLCD.drawRoundRect (77, 67, 263, 158);// draw clock frame for 12HR format04147myGLCD.drawRoundRect (76, 68, 264, 159);// draw clock frame04148myGLCD.drawRoundRect (75, 69, 265, 160);// draw clock frame04149}0415004151if(setTimeFormat==1)//display 12HR Format04152{04153myGLCD.setColor(0, 0, 255);04154myGLCD.setBackColor(0, 0, 0);04155// myGLCD.setFont(SevenSegNumFont);0415604157#ifdef Graph16_lib04158myGLCD.setFont(SevenSegNumFontPlus);04159#else04160myGLCD.setFont(SevenSegNumFont);04161#endif0416204163if(t.hour==0)//Display HOUR04164{ myGLCD.print("12", 61, 75);}0416504166if((t.hour>=1) && (t.hour<=9))04167{ myGLCD.setColor(0, 0, 0);04168myGLCD.fillRect(61, 95, 92, 145);04169myGLCD.setColor(0, 0, 255);04170myGLCD.printNumI(t.hour, 93, 75);}0417104172if((t.hour>=10) && (t.hour<=12))04173{ myGLCD.printNumI(t.hour, 61, 75);}0417404175if((t.hour>=13) && (t.hour<=21))04176{ myGLCD.setColor(0, 0, 0);04177myGLCD.fillRect(61, 95, 92, 145);04178myGLCD.setColor(0, 0, 255);04179myGLCD.printNumI(t.hour-12, 93, 75);}04180if(t.hour>=22)04181myGLCD.printNumI(t.hour-12, 61, 75);0418204183myGLCD.fillCircle(141, 88, 4);// draw : symbol04184myGLCD.fillCircle(141, 112, 4);// draw : symbol beetween hour and min0418504186myGLCD.printNumI(t.min, 157, 75, 2,'0');//Display MINUTES0418704188setFont(LARGE, 0, 0, 255, 0, 0, 0);04189if((t.hour>=0) && (t.hour<=11))//Display AM/PM04190{ myGLCD.print("AM", 225, 79);}04191else04192{ myGLCD.print("PM", 225, 79);}0419304194myGLCD.setFont(BigFont);04195myGLCD.print(rtc.getDateStr(FORMAT_LONG), 80, 137);04196}041970419804199}04200voidscreenSaverBrightness()04201{if(BrigthnessCount <= 0) {analogWrite(BackLite, 0); }04202if(BrigthnessCount == 1) {analogWrite(BackLite, 63); }04203if(BrigthnessCount == 2) {analogWrite(BackLite, 127); }04204if(BrigthnessCount == 3) {analogWrite(BackLite, 191); }04205if(BrigthnessCount >= 4) {analogWrite(BackLite, 255); }04206}0420704208voidscreenSaver()// Make the Screen Go ScreenSaver after so long04209{ myGLCD.setColor(0, 0, 150);04210setScreenSaverTimer = setSSmintues * 12;// 5sec*12=1 min, convert minutes to 5sec stepping042110421204213if((setScreensaverOnOff==1) && (tempAlarmflagW==false))04214{if(screenSaverCounter <= setScreenSaverTimer) {screenSaverCounter++;}// increment screen saver time04215//screenSaverCounter +=6; } // test only0421604217if(screenSaverCounter==setScreenSaverTimer)04218{ dispScreen=24;04219myGLCD.clrScr();04220screenSaverBrightness();04221if(ClockType==1) {DrawAnalogClock(true);}//display TIME in screensaver04222if(ClockType==2) {DrawDigitalClock(true);}//display TIME in screensaver04223if(ClockType==3) {DrawTemperatureScreen(true);}//display Temperature in screensaver04224// "Blank" screensaver04225if(setLockScreen ==1)04226{ButtonShift = random (0, 200);04227printButtonTouch("Touch", touchLock[0], touchLock[1]-ButtonShift, touchLock[2], touchLock[3]-ButtonShift, SMALL);}04228}0422904230if(screenSaverCounter > setScreenSaverTimer)04231{04232if(ClockType==1) {DrawAnalogClock(false);}//display TIME in screensaver04233if(ClockType==2) {DrawDigitalClock(false);}//display TIME in screensaver04234if(ClockType==3) {DrawTemperatureScreen(true);}//display Temperature in screensaver04235// "Blank" screensaver0423604237if(setLockScreen ==1)04238{04239firstTouch =false;// clear touch flag and button "Again" after timeout 5sec, if no pressed AGAIN04240myGLCD.setColor(0, 0, 0);04241// myGLCD.fillRect(Again[0], Again[1], Again[2]+2, Again[3]+2); // clear button "Again"04242myGLCD.fillRect(touchLock[0], 240-(touchLock[1]-ButtonShift-3), touchLock[2], 240-(touchLock[3]-ButtonShift+3));0424304244myGLCD.fillRect(touchLock[0], touchLock[1]-ButtonShift-3, touchLock[2], touchLock[3]-ButtonShift+3);// clear button TOUCH04245ButtonShift = random (0, 200);04246printButtonTouch("Touch", touchLock[0], touchLock[1]-ButtonShift, touchLock[2], touchLock[3]-ButtonShift, SMALL);04247screenSaverBrightness();04248}04249}04250}04251}0425204253voidScreensaverSelect()04254{04255printButton(" ", 206, 20, 310, 40, SMALL);04256setFont(SMALL, 255, 255, 255, 0, 0, 255);04257strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[64+ClockType])));// ClockType = 0/1/2/3/ -> Blanc/An.Clock/Dig.Clock/Temperature04258myGLCD.print(buffer, 214, 24);0425904260printButton(" ", 206, 82, 260, 102, SMALL);// print button "background brightness"04261setFont(SMALL, 255, 255, 255, 0, 0, 255);04262strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[59+BrigthnessCount])));// counter = 0/1/2/3/4 -> 0%-25%-50%-75%-100%04263myGLCD.print(buffer, 217, 86);04264}042650426604267voidgenSetSelect_1()04268{0426904270if(setCalendarFormat==0)//Calendar Format Buttons04271{ myGLCD.setColor(0, 0, 255);04272myGLCD.fillRoundRect(185, 49, 305, 69);04273setFont(SMALL, 255, 255, 255, 0, 0, 255);04274myGLCD.print(" DD/MM/YYYY ", 199, 53);04275}04276else{myGLCD.setColor(0, 0, 255);04277myGLCD.fillRoundRect(185, 49, 305, 69);04278setFont(SMALL, 255, 255, 255, 0, 0, 255);04279myGLCD.print("MTH DD, YYYY", 199, 53);04280}0428104282if(displayDOW==1)//Show/Hide the Day of the Week04283{ myGLCD.setColor(0, 0, 255);04284myGLCD.fillRoundRect(185, 79, 229, 99);04285setFont(SMALL, 255, 255, 255, 0, 0, 255);04286myGLCD.print(" ON ", 193, 83);04287}04288else04289{ myGLCD.setColor(0, 0, 255);04290myGLCD.fillRoundRect(185, 79, 229, 99);04291setFont(SMALL, 255, 255, 255, 0, 0, 255);04292myGLCD.print("OFF", 199, 83);04293}0429404295if(setTimeFormat==0)//Time Format Buttons04296{ myGLCD.setColor(0, 0, 255);04297myGLCD.fillRoundRect(185, 109, 229, 129);04298setFont(SMALL, 255, 255, 255, 0, 0, 255);04299myGLCD.print("24HR", 191, 113);04300}04301else04302{ myGLCD.setColor(0, 0, 255);04303myGLCD.fillRoundRect(185, 109, 229, 129);04304setFont(SMALL, 255, 255, 255, 0, 0, 255);04305myGLCD.print("12HR", 191, 113);04306}0430704308if(setTempScale==0)//Temperature Scale Buttons04309{ myGLCD.setColor(0, 0, 255);04310myGLCD.fillRoundRect(185, 139, 229, 159);04311setFont(SMALL, 255, 255, 255, 0, 0, 255);04312myGLCD.print("C", 205, 142);04313myGLCD.drawCircle(200, 144, 1);04314}04315else04316{myGLCD.setColor(0, 0, 255);04317myGLCD.fillRoundRect(185, 139, 229, 159);04318setFont(SMALL, 255, 255, 255, 0, 0, 255);04319myGLCD.print("F", 205, 142);04320myGLCD.drawCircle(200, 144, 1);04321}0432204323myGLCD.setColor(0, 0, 255);//Change Time/Date Button04324myGLCD.fillRoundRect(185, 19, 305, 39);04325setFont(SMALL, 255, 255, 255, 0, 0, 255);04326myGLCD.print(" Time/Date", 199, 23);0432704328myGLCD.setColor(0, 0, 255);//Change Fan Startup Temps Button04329myGLCD.fillRoundRect(185, 169, 305, 189);04330setFont(SMALL, 255, 255, 255, 0, 0, 255);04331myGLCD.print("Change Temp", 199, 173);0433204333myGLCD.setColor(255, 255, 255);04334myGLCD.drawRoundRect(185, 19, 305, 39);// time and date04335myGLCD.drawRoundRect(185, 49, 305, 69);// calendar04336myGLCD.drawRoundRect(185, 79, 229, 99);// day of week04337myGLCD.drawRoundRect(185, 109, 229, 129);// 12/2404338myGLCD.drawRoundRect(185, 139, 229, 159);// C/F04339myGLCD.drawRoundRect(185, 169, 305, 189);// fan0434004341}043420434304344voidgenSetSelect_2()04345{0434604347if(setDimLEDsOnOff==1)04348{ myGLCD.setColor(0, 0, 255);04349myGLCD.fillRoundRect(130, 19, 174, 39);04350myGLCD.fillRoundRect(185, 19, 305, 39);04351setFont(SMALL, 255, 255, 255, 0, 0, 255);04352myGLCD.print(" ON ", 138, 23);04353myGLCD.print("Change Temp", 203, 23);04354}04355else04356{ myGLCD.setColor(0, 0, 255);04357myGLCD.fillRoundRect(130, 19, 174, 39);04358setFont(SMALL, 255, 255, 255, 0, 0, 255);04359myGLCD.print("OFF", 144, 23);0436004361myGLCD.setColor(64, 64, 64);04362myGLCD.fillRoundRect(185, 19, 305, 39);04363setFont(SMALL, 255, 255, 255, 64, 64, 64);04364myGLCD.print("Change Temp", 203, 23);04365}0436604367if(setScreensaverOnOff==1)//Screensaver Buttons04368{ myGLCD.setColor(0, 0, 255);04369myGLCD.fillRoundRect(130, 49, 174, 69);04370myGLCD.fillRoundRect(185, 49, 305, 69);04371setFont(SMALL, 255, 255, 255, 0, 0, 255);04372myGLCD.print(" ON ", 138, 53);04373// myGLCD.print("Setting", 217, 53);04374myGLCD.print(print_text[21], 217, 53);04375}04376else04377{ myGLCD.setColor(0, 0, 255);04378myGLCD.fillRoundRect(130, 49, 174, 69);04379setFont(SMALL, 255, 255, 255, 0, 0, 255);04380myGLCD.print("OFF", 144, 53);0438104382myGLCD.setColor(64, 64, 64);04383myGLCD.fillRoundRect(185, 49, 305, 69);04384setFont(SMALL, 255, 255, 255, 64, 64, 64);04385// myGLCD.print("Setting", 217, 53);04386myGLCD.print(print_text[21], 217, 53);04387}0438804389if(MAX_Temp_on_off ==1)// Display MAX TEMP is ON04390{ myGLCD.setColor(0, 0, 255);04391myGLCD.fillRoundRect(185, 79, 229, 99);04392setFont(SMALL, 255, 255, 255, 0, 0, 255);04393myGLCD.print(" ON ", 193, 83);04394}04395else04396{ myGLCD.setColor(0, 0, 255);04397myGLCD.fillRoundRect(185, 79, 229, 99);04398setFont(SMALL, 255, 255, 255, 0, 0, 255);04399myGLCD.print("OFF", 199, 83);04400}0440104402if(SoftStartON ==1)// Display MAX TEMP is ON04403{ myGLCD.setColor(0, 0, 255);04404myGLCD.fillRoundRect(185, 109, 229, 129);04405setFont(SMALL, 255, 255, 255, 0, 0, 255);04406myGLCD.print(" ON ", 193, 113);04407}04408else04409{ myGLCD.setColor(0, 0, 255);04410myGLCD.fillRoundRect(185, 109, 229, 129);04411setFont(SMALL, 255, 255, 255, 0, 0, 255);04412myGLCD.print("OFF", 199, 113);04413}04414//----------------ALARM LEVEL -------------------------------04415myGLCD.setColor(0, 0, 255);04416myGLCD.fillRoundRect(185, 139, 305, 159);04417myGLCD.drawRoundRect(185, 139, 305, 159);04418setFont(SMALL, 255, 255, 255, 0, 0, 255);04419strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[56+AlarmLevel])));//04420myGLCD.print(buffer, 193, 143);044210442204423myGLCD.setColor(255, 255, 255);04424myGLCD.drawRoundRect(130, 19, 174, 39);// dim led on/off04425myGLCD.drawRoundRect(185, 19, 305, 39);// dim led04426myGLCD.drawRoundRect(130, 49, 174, 69);// screen saver on/off04427myGLCD.drawRoundRect(185, 49, 305, 69);// screen saver04428myGLCD.drawRoundRect(185, 79, 229, 99);// Max Temp04429myGLCD.drawRoundRect(185, 109, 229, 129);// Soft Start04430myGLCD.drawRoundRect(185, 139, 305, 159);// Buzzer ON/OFF04431}0443204433/*04434void feedingTimeOnOff()04435{04436if ((feedTime==1) && (FEEDTime1==1))04437{ myGLCD.setColor(0, 255, 0);04438myGLCD.fillRoundRect(70, 150, 250, 170);04439setFont(SMALL, 0, 0, 0, 0, 255, 0);04440// myGLCD.print("Feeding Time 1 ON", 94, 154);}04441strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[25])));04442myGLCD.print(buffer, 94, 154);04443strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[29])));04444myGLCD.print(buffer, 94+120, 154);}0444504446if ((feedTime==1) && (FEEDTime1==0))04447{ myGLCD.setColor(255, 0, 0);04448myGLCD.fillRoundRect(70, 150, 250, 170);04449setFont(SMALL, 255, 255, 255, 255, 0, 0);04450// myGLCD.print("Feeding Time 1 OFF", 90, 154);}04451strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[25])));04452myGLCD.print(buffer, 90, 154);04453strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[30])));04454myGLCD.print(buffer, 90+120, 154);}0445504456if ((feedTime==2) && (FEEDTime2==1))04457{ myGLCD.setColor(0, 255, 0);04458myGLCD.fillRoundRect(70, 150, 250, 170);04459setFont(SMALL, 0, 0, 0, 0, 255, 0);04460// myGLCD.print("Feeding Time 2 ON", 94, 154);}04461strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[26])));04462myGLCD.print(buffer, 94, 154);04463strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[29])));04464myGLCD.print(buffer, 94+120, 154);}0446504466if ((feedTime==2) && (FEEDTime2==0))04467{ myGLCD.setColor(255, 0, 0);04468myGLCD.fillRoundRect(70, 150, 250, 170);04469setFont(SMALL, 255, 255, 255, 255, 0, 0);04470// myGLCD.print("Feeding Time 2 OFF", 90, 154);}04471strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[26])));04472myGLCD.print(buffer, 90, 154);04473strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[30])));04474myGLCD.print(buffer, 90+120, 154);}0447504476if ((feedTime==3) && (FEEDTime3==1))04477{ myGLCD.setColor(0, 255, 0);04478myGLCD.fillRoundRect(70, 150, 250, 170);04479setFont(SMALL, 0, 0, 0, 0, 255, 0);04480// myGLCD.print("Feeding Time 3 ON", 94, 154);}04481strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[27])));04482myGLCD.print(buffer, 94, 154);04483strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[29])));04484myGLCD.print(buffer, 94+120, 154);}0448504486if ((feedTime==3) && (FEEDTime3==0))04487{ myGLCD.setColor(255, 0, 0);04488myGLCD.fillRoundRect(70, 150, 250, 170);04489setFont(SMALL, 255, 255, 255, 255, 0, 0);04490// myGLCD.print("Feeding Time 3 OFF", 90, 154);}04491strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[27])));04492myGLCD.print(buffer, 90, 154);04493strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[30])));04494myGLCD.print(buffer, 90+120, 154);}0449504496if ((feedTime==4) && (FEEDTime4==1))04497{ myGLCD.setColor(0, 255, 0);04498myGLCD.fillRoundRect(70, 150, 250, 170);04499setFont(SMALL, 0, 0, 0, 0, 255, 0);04500// myGLCD.print("Feeding Time 4 ON", 94, 154);}04501strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[28])));04502myGLCD.print(buffer, 94, 154);04503strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[29])));04504myGLCD.print(buffer, 94+120, 154);}0450504506if ((feedTime==4) && (FEEDTime4==0))04507{ myGLCD.setColor(255, 0, 0);04508myGLCD.fillRoundRect(70, 150, 250, 170);04509setFont(SMALL, 255, 255, 255, 255, 0, 0);04510// myGLCD.print("Feeding Time 4 OFF", 90, 154);}04511strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[28])));04512myGLCD.print(buffer, 90, 154);04513strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[30])));04514myGLCD.print(buffer, 90+120, 154);}0451504516myGLCD.setColor(255, 255, 255);04517myGLCD.drawRoundRect(70, 150, 250, 170);04518}04519*/0452004521/******************************* END OF MISC. FUNCTIONS *******************************/045220452304524/*********************** MAIN SCREEN ********** dispScreen = 0 ************************/04525voidmainScreen(boolean refreshAll=false)04526{04527intledLevel, bar;04528String oldval, deg;04529charbuffer_Led_Out[8];0453004531TimeDateBar(true);0453204533oldval = day;//refresh day if different04534day = String(t.date);04535if((oldval!=day) || refreshAll)04536{04537myGLCD.setColor(64, 64, 64);//Draw Borders & Dividers in Grey04538myGLCD.drawRect(0, 0, 319, 239);//Outside Border04539myGLCD.drawRect(158, 14, 160, 226);//Vertical Divider04540myGLCD.drawRect(160, 125, 319, 127);//Horizontal Divider04541myGLCD.drawRect(0, 188, 158, 190);//Horizontal Divider04542myGLCD.fillRect(0, 0, 319, 14);//Top Bar04543myGLCD.setColor(0, 0, 0);04544myGLCD.drawLine(159, 126, 161, 126);//Horizontal Divider Separator04545setFont(SMALL, 255, 255, 0, 64, 64, 64);04546// myGLCD.print("Jarduino AQUA Controller V1.2 Oleg mod", CENTER, 1);04547PrintStringIndex=35;04548printHeader ();04549setFont(SMALL, 255, 255, 255, 0, 0, 0);04550// myGLCD.print("LED ARRAY", 52, 15);04551// myGLCD.print("LUNAR PHASE", 196, 20);04552// myGLCD.print("MONITORS & ALERTS", 174, 133);04553strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[51])));04554myGLCD.print(buffer, 52, 15);04555strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[52])));04556myGLCD.print(buffer, 196, 20);04557strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[53])));04558myGLCD.print(buffer, 174, 133);0455904560floatlunarCycle = moonPhase(t.year, t.mon, t.date);//get a value for the lunar cycle04561myGLCD.drawBitmap(211, 35, 58, 58, MoonPic, 1);//Moon Phase Picture (middle 240,64)04562setFont(SMALL, 176, 176, 176, 0, 0, 0);04563charbufferLP[16];04564LP.toCharArray(bufferLP, 16);04565myGLCD.print(bufferLP, 180, 96);//Print Moon Phase Description to LCD04566if((lunarCycle*100) < 1)//Print % of Full to LCD04567{ myGLCD.print(" 0.0", 188, 108); }04568else{ myGLCD.printNumF(lunarCycle*100, 1, 188, 108);}04569// myGLCD.print("% of Full", 220, 108);04570strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[54])));04571myGLCD.print(buffer, 220, 108);04572}045730457404575if((tvLed!=tvled_out) || refreshAll)//refresh TV led display04576{04577tvLed = tvled_out;04578ledLevel = LedToPercent(tvled_out, ResolutionLow);04579// oldval = "TV: " + String(ledLevel) + "% ";04580oldval = ChName[10] + String(ledLevel) + ChName[9];04581oldval.toCharArray(buffer_Led_Out, 6);04582SmallLedBarGraph(tvled_out, ResolutionLow, 0, rgbCh6[0], rgbCh6[1], rgbCh6[2]);// led_out, resoluton, Xshift, bar color04583setFont(SMALL, 0, 255, 0, 0, 0, 0);04584myGLCD.print(ChName[6], 10, 137);04585myGLCD.print(buffer_Led_Out, 10+16, 137);0458604587}04588#ifdef Standard_shield04589if((redLed!=rled_out) || refreshAll)//refresh red led display04590{04591redLed = rled_out;04592ledLevel = LedToPercent(rled_out, ResolutionLow);04593oldval = ChName[10] + String(ledLevel) + ChName[9];04594oldval.toCharArray(buffer_Led_Out, 6);04595SmallLedBarGraph(rled_out, ResolutionLow, 14, rgbCh5[0], rgbCh5[1], rgbCh5[2]);// led_out, resoluton, Xshift, bar color04596setFont(SMALL, 0, 255, 0, 0, 0, 0);04597myGLCD.print(ChName[5], 10, 149);04598myGLCD.print(buffer_Led_Out, 10+16, 149);04599}04600#else04601if((redLed!=rled_out) || refreshAll)//refresh red led display04602{04603redLed = rled_out;04604ledLevel = LedToPercent(rled_out, ResolutionHigh);04605// oldval = "DR: " + String(ledLevel) + "% ";04606oldval = ChName[10] + String(ledLevel) + ChName[9];04607oldval.toCharArray(buffer_Led_Out, 6);04608SmallLedBarGraph(rled_out, ResolutionHigh, 14, rgbCh5[0], rgbCh5[1], rgbCh5[2]);// led_out, resoluton, Xshift, bar color04609setFont(SMALL, 0, 255, 0, 0, 0, 0);04610myGLCD.print(ChName[5], 10, 149);04611myGLCD.print(buffer_Led_Out, 10+16, 149);04612}04613#endif0461404615if((whiteLed!=wled_out) || refreshAll)//refresh white led display04616{04617whiteLed = wled_out;04618ledLevel = LedToPercent(wled_out, ResolutionHigh);04619// oldval = "CW: " + String(ledLevel) + "% ";04620oldval = ChName[10] + String(ledLevel) + ChName[9];04621oldval.toCharArray(buffer_Led_Out, 6);04622SmallLedBarGraph(wled_out, ResolutionHigh, 28, rgbCh2[0], rgbCh2[1], rgbCh2[2]);// led_out, resoluton, Xshift, bar color04623setFont(SMALL, 0, 255, 0, 0, 0, 0);04624myGLCD.print(ChName[2], 10, 161);04625myGLCD.print(buffer_Led_Out, 10+16, 161);04626}0462704628if((blueLed!=bled_out) || refreshAll)//refresh blue led displays04629{04630blueLed = bled_out;04631ledLevel = LedToPercent(bled_out, ResolutionHigh);04632// oldval = "Bl: " + String(ledLevel) + "% ";04633oldval = ChName[10] + String(ledLevel) + ChName[9];04634oldval.toCharArray(buffer_Led_Out, 6);04635SmallLedBarGraph(bled_out, ResolutionHigh, 42, rgbCh4[0], rgbCh4[1], rgbCh4[2]);// led_out, resoluton, Xshift, bar color04636setFont(SMALL, 0, 255, 0, 0, 0, 0);04637myGLCD.print(ChName[4], 10, 173);04638myGLCD.print(buffer_Led_Out, 10+16, 173);04639}0464004641#ifdef Standard_shield04642if((rblueLed!=rbled_out) || refreshAll)//refresh royal blue led display04643{04644rblueLed = rbled_out;04645#ifdef Timers_8bit04646ledLevel = LedToPercent(rbled_out, ResolutionLow);04647oldval = ChName[10] + String(ledLevel) + ChName[9];04648oldval.toCharArray(buffer_Led_Out, 6);04649SmallLedBarGraph(rbled_out, ResolutionLow, 56, rgbCh3[0], rgbCh3[1], rgbCh3[2]);// led_out, resoluton, Xshift, bar color04650#endif04651#ifdef Timers_8_11bit04652ledLevel = LedToPercent(rbled_out, ResolutionHigh);04653oldval = ChName[10] + String(ledLevel) + ChName[9];04654oldval.toCharArray(buffer_Led_Out, 6);04655SmallLedBarGraph(rbled_out, ResolutionHigh, 56, rgbCh3[0], rgbCh3[1], rgbCh3[2]);// led_out, resoluton, Xshift, bar color04656#endif04657setFont(SMALL, 0, 255, 0, 0, 0, 0);04658myGLCD.print(ChName[3], 85, 137);04659myGLCD.print(buffer_Led_Out, 85+16, 137);04660}04661#else04662if((rblueLed!=rbled_out) || refreshAll)//refresh royal blue led display04663{04664rblueLed = rbled_out;04665ledLevel = LedToPercent(rbled_out, ResolutionLow);04666// oldval = "RB: " + String(ledLevel) + "% ";04667oldval = ChName[10] + String(ledLevel) + ChName[9];04668oldval.toCharArray(buffer_Led_Out, 8);04669SmallLedBarGraph(rbled_out, ResolutionLow, 56, rgbCh3[0], rgbCh3[1], rgbCh3[2]);// led_out, resoluton, Xshift, bar color04670setFont(SMALL, 0, 255, 0, 0, 0, 0);04671myGLCD.print(ChName[3], 85, 137);04672myGLCD.print(buffer_Led_Out, 85+16, 137);0467304674}04675#endif0467604677if((uvLed!=uvled_out) || refreshAll)//refresh UV led display04678{04679uvLed = uvled_out;04680ledLevel = LedToPercent(uvled_out, ResolutionLow);04681// oldval = "UV: " + String(ledLevel) + "% ";04682oldval = ChName[10] + String(ledLevel) + ChName[9];04683oldval.toCharArray(buffer_Led_Out, 6);04684SmallLedBarGraph(uvled_out, ResolutionLow, 70, rgbCh1[0], rgbCh1[1], rgbCh1[2]);// led_out, resoluton, Xshift, bar color04685setFont(SMALL, 0, 255, 0, 0, 0, 0);04686myGLCD.print(ChName[1], 85, 149);04687myGLCD.print(buffer_Led_Out, 85+16, 149);04688}0468904690if((cyLed!=cyled_out) || refreshAll)//refresh Cyan led display04691{04692cyLed = cyled_out;04693ledLevel = LedToPercent(cyled_out, ResolutionHigh);04694// oldval = "CY: " + String(ledLevel) + "% ";04695oldval = ChName[10] + String(ledLevel) + ChName[9];04696oldval.toCharArray(buffer_Led_Out, 6);04697SmallLedBarGraph(cyled_out, ResolutionHigh, 84, rgbCh0[0], rgbCh0[1], rgbCh0[2]);// led_out, resoluton, Xshift, bar color04698setFont(SMALL, 0, 255, 0, 0, 0, 0);04699myGLCD.print(ChName[0], 85, 161);04700myGLCD.print(buffer_Led_Out, 85+16, 161);04701}0470204703if((yeLed!=yeled_out) || refreshAll)// Yellow led04704{04705yeLed = yeled_out;04706ledLevel = LedToPercent(yeled_out, ResolutionHigh);04707// oldval = "YE: " + String(ledLevel) + "% ";04708oldval = ChName[10] + String(ledLevel) + ChName[9];04709oldval.toCharArray(buffer_Led_Out, 6);04710SmallLedBarGraph(yeled_out, ResolutionHigh, 98, rgbCh7[0], rgbCh7[1], rgbCh7[2]);// led_out, resoluton, Xshift, bar color04711setFont(SMALL, 0, 255, 0, 0, 0, 0);04712myGLCD.print(ChName[7], 85, 173);04713myGLCD.print(buffer_Led_Out, 85+16, 173);04714}047150471604717if((tvLed=tvled_out) || (redLed=rled_out) ||(whiteLed=wled_out) || (blueLed=bled_out) ||04718(rblueLed=rbled_out) || (uvLed=uvled_out) || (cyLed=cyled_out) || (yeLed=yeled_out) || refreshAll)0471904720{drawBarGraph();}//refresh all static led bar047210472204723// ------------- display temperature ------------------04724if(setTempScale==1) {deg ="F";}//Print deg C or deg F04725else{deg ="C";}04726degC_F=deg;04727charbufferDeg[2];04728degC_F.toCharArray(bufferDeg,2);0472904730intShiftDrawY =0;047310473204733if(refreshAll )04734{0473504736if(counterB1 ==1 || counterB2 ==1 || counterB3 ==1)04737{ setFont(SMALL, 0, 255, 0, 0, 0 , 0);04738// myGLCD.print("Water Temp:", 169+8, 148);04739strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[3])));// "Water"04740myGLCD.print(buffer, 169, 148);04741strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[69])));// " Temp:"04742myGLCD.print(buffer, 217, 148);04743if(MAX_Temp_on_off ==1)04744{myGLCD.print("Max Temp W:", 5, 191);}04745}0474604747if(counterB1 ==2 || counterB2 ==2 || counterB3 ==2)04748{04749if(((counterB1 + counterB2 + counterB3) == 2) || ((counterB1 + counterB2 + counterB3) == 5)) {ShiftDrawY= 0;}04750if(((counterB1 + counterB2 + counterB3) == 3) || ((counterB1 + counterB2 + counterB3) == 6)) {ShiftDrawY= +13;}04751setFont(SMALL, 0, 255, 0, 0, 0 , 0);04752// myGLCD.print("H.Sink1 Temp:", 161 , 148+ShiftDrawY);04753strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[4])));// "H.Sink1"04754myGLCD.print(buffer, 161 , 148+ShiftDrawY);04755strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[69])));// " Temp:"04756myGLCD.print(buffer, 217 , 148+ShiftDrawY);04757if(MAX_Temp_on_off ==1)04758{myGLCD.print("Max Temp H1:", 5, 202);}04759}04760if(counterB1 ==3 || counterB2 ==3 || counterB3 ==3)04761{04762if((counterB1 + counterB2 + counterB3) == 3) {ShiftDrawY= 0;}04763if(((counterB1 + counterB2 + counterB3) == 4) || ((counterB1 + counterB2 + counterB3) == 5)) {ShiftDrawY= +13;}04764if((counterB1 + counterB2 + counterB3) == 6) {ShiftDrawY= +26;}04765setFont(SMALL, 0, 255, 0, 0, 0 , 0);04766// myGLCD.print("H.Sink2 Temp:", 161, 148+ShiftDrawY);04767strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[5])));// "H.Sink2"04768myGLCD.print(buffer, 161 , 148+ShiftDrawY);04769strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[69])));// " Temp:"04770myGLCD.print(buffer, 217 , 148+ShiftDrawY);04771if(MAX_Temp_on_off ==1)04772{myGLCD.print("Max Temp H2:", 5, 214);}04773}04774calculateStartTime();04775}04776WaterTempCheckFunction();// ON/OFF chiller, heater and display TEMP value and messages04777FanTempCheckFunction();// ON/OFF heatsink fans04778}047790478004781//*********************** EXIT from ScreenSaver ********************04782voidExit_From_ScreenSaver()04783{04784myTouch.read();0478504786#ifdef Mirror_X04787x=320-myTouch.getX();04788#else04789x=myTouch.getX();04790#endif0479104792#ifdef Mirror_Y04793y=240-myTouch.getY();04794#else04795y=myTouch.getY();04796#endif04797if(setLockScreen ==1)04798{04799if((x>=touchLock[0]) && (x<=touchLock[2]) && (y>=(touchLock[1]-ButtonShift)) && (y<=(touchLock[3]-ButtonShift)) && (firstTouch ==false))04800{04801waitForIt(touchLock[0], touchLock[1]-ButtonShift, touchLock[2], touchLock[3]-ButtonShift);// wait for press "TOUCH" button04802unsignedlongcurrentMillis = millis();04803previousMillisFive = currentMillis;//start new 5sec interval04804myGLCD.setColor(0, 0, 0);04805myGLCD.fillRect(touchLock[0], touchLock[1]-ButtonShift-3, touchLock[2], touchLock[3]-ButtonShift+3);// clear button TOUCH04806firstTouch =true;04807// printButtonTouch("Again", Again[0], Again[1], Again[2], Again[3], SMALL, GREEN_BAC);04808printButtonTouch("Again", touchLock[0], 240-(touchLock[3]-ButtonShift), touchLock[2], 240-(touchLock[1]-ButtonShift), SMALL, GREEN_BAC);//mirror button04809}04810}0481104812// if ((x>=Again[0]) && (x<=Again[2]) && (y>=Again[1]) && (y<=Again[3]) && (firstTouch == true))04813// {04814// waitForIt(Again[0], Again[1], Again[2], Again[3]); // wait for press "AGAIN" button0481504816if(setLockScreen ==1)04817{04818if((x>=touchLock[0]) && (x<=touchLock[2]) && (y>=240-(touchLock[3]-ButtonShift)) && (y<=240-(touchLock[1]-ButtonShift)) && (firstTouch ==true))04819{04820waitForIt(touchLock[0], 240-(touchLock[3]-ButtonShift), touchLock[2], 240-(touchLock[1]-ButtonShift));// wait for press "AGAIN" button04821firstTouch =false;04822screenSaverCounter=0;04823dispScreen=0;04824clearScreen();04825myGLCD.setColor(64, 64, 64);04826myGLCD.fillRect(0, 226, 319, 239);//Bottom Bar04827mainScreen(true);04828}04829}04830else{ clearScreen();04831analogWrite(BackLite, 255);// set normal brightness04832screenSaverCounter=0;04833dispScreen=0;04834myGLCD.setColor(64, 64, 64);04835myGLCD.fillRect(0, 226, 319, 239);//Bottom Bar04836mainScreen(true);04837}04838}0483904840/******************************** END OF MAIN SCREEN **********************************/04841voidscreenReturn()//Auto Return to MainScreen() after 2min timeout, exept screensaver04842{04843if(dispScreen!=24)// no exit to main from screensaver04844{04845if(dispScreen!=0)04846{04847if(myTouch.dataAvailable())04848{ processMyTouch(); returnTimer=0; }04849else{ returnTimer++; }0485004851if(returnTimer>=24)// return after timeout 120sec -> 120/5 = 24 i.e 5sec steps04852{ returnTimer=0;04853dispScreen=0;04854if((GlobalStatus2Byte & 0x0F) ==0 ) {colorLEDtest =false;}// clear led test flag if all presert is OFF0485504856clearScreen();04857myGLCD.setColor(64, 64, 64);04858myGLCD.fillRect(0, 226, 319, 239);04859mainScreen(true);04860}04861}04862}04863}048640486504866/*********************** MENU SCREEN ********** dispScreen = 1 ************************/04867voidmenuScreen()04868{04869// printHeader("Choose Option");04870PrintStringIndex=15;04871printHeader ();0487204873myGLCD.setColor(64, 64, 64);04874myGLCD.drawRect(0, 196, 319, 194);04875printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);0487604877// printButton("Time and Date", tanD[0], tanD[1], tanD[2], tanD[3]);04878printButton("H2O Temp Control", temC[0], temC[1], temC[2], temC[3]);04879printButton("Weather Control",WeatCtrl[0],WeatCtrl[1],WeatCtrl[2],WeatCtrl[3]);04880// printButton("WaveMaker", wave[0], wave[1], wave[2], wave[3]);04881printButton("General Settings", gSet[0], gSet[1], gSet[2], gSet[3]);04882printButton("LED Testing", tesT[0], tesT[1], tesT[2], tesT[3]);04883printButton("Change LED Values", ledChM[0], ledChM[1], ledChM[2], ledChM[3]);04884// printButton("Automatic Feeder", aFeed[0], aFeed[1], aFeed[2], aFeed[3]);04885// printButton("About", about[0], about[1], about[2], about[3]);0488604887// draw correct button in main menu windows04888if((GlobalStatus2Byte & 0x0F) == 0) {printButton("Preset OFF", prsM[0],prsM[1],prsM[2],prsM[3], SMALL);04889if((min_cnt/15 >= StartTime-1) && (min_cnt/15 <= StopTime))04890{digitalWrite(PowerSwitch2, LOW);}//ON driver before StartTime - 15min04891else{digitalWrite(PowerSwitch2, HIGH);}}//OFF driver before StartTime}0489204893if((GlobalStatus2Byte & 0x0F) == 1) {printButton("Preset 1 ON", prsM[0],prsM[1],prsM[2],prsM[3], SMALL, GREEN_BAC); digitalWrite(PowerSwitch2, LOW);}04894if((GlobalStatus2Byte & 0x0F) == 2) {printButton("Preset 2 ON", prsM[0],prsM[1],prsM[2],prsM[3], SMALL, GREEN_BAC); digitalWrite(PowerSwitch2, LOW);}04895if((GlobalStatus2Byte & 0x0F) == 4) {printButton("Preset 3 ON", prsM[0],prsM[1],prsM[2],prsM[3], SMALL, GREEN_BAC); digitalWrite(PowerSwitch2, LOW);}04896if((GlobalStatus2Byte & 0x0F) == 8) {printButton("Preset 4 ON", prsM[0],prsM[1],prsM[2],prsM[3], SMALL, GREEN_BAC); digitalWrite(PowerSwitch2, LOW);}0489704898}04899/********************************* END OF MENU SCREEN *********************************/049000490104902/************** TIME and DATE SCREEN ********** dispScreen = 2 ************************/04903voidclockScreen(boolean refreshAll=true)04904{04905if(refreshAll)04906{04907rtcSetMin=t.min; rtcSetHr=t.hour;04908rtcSetDy=t.date; rtcSetMon=t.mon; rtcSetYr=t.year;0490904910// printHeader("Time and Date Settings");04911PrintStringIndex=16;04912printHeader ();0491304914myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey04915myGLCD.drawRect(0, 196, 319, 194);//Bottom Horizontal Divider04916myGLCD.drawLine(0, 104, 319, 104);//Middle Horizontal Divider04917printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);04918printButton("SAVE", prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3], SMALL);04919printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);0492004921drawUpButton(houU[0], houU[1]);//hour up04922drawUpButton(minU[0], minU[1]);//min up04923drawDownButton(houD[0], houD[1]);//hour down04924drawDownButton(minD[0], minD[1]);//min down04925if(setTimeFormat==1)04926{ drawUpButton(ampmU[0], ampmU[1]);//AM/PM up04927drawDownButton(ampmD[0], ampmD[1]);}//AM/PM down0492804929drawUpButton(dayU[0], dayU[1]);//day up04930drawUpButton(monU[0], monU[1]);//month up04931drawUpButton(yeaU[0], yeaU[1]);//year up04932drawDownButton(dayD[0], dayD[1]);//day down04933drawDownButton(monD[0], monD[1]);//month down04934drawDownButton(yeaD[0], yeaD[1]);//year down04935xTimeH=107; yTime=52; xColon=xTimeH+42;04936xTimeM10=xTimeH+70; xTimeM1=xTimeH+86; xTimeAMPM=xTimeH+155;04937timeChange();04938}0493904940timeDispH=rtcSetHr; timeDispM=rtcSetMin;04941xTimeH=107; yTime=52; xColon=xTimeH+42;04942xTimeM10=xTimeH+70; xTimeM1=xTimeH+86; xTimeAMPM=xTimeH+155;04943// timeChange();04944timeCorrectFormat();0494504946if(refreshAll)04947{04948setFont(LARGE, 0, 0, 255, 0, 0, 0);04949myGLCD.print("Date", 20, 142);04950setFont(LARGE, 255, 255, 255, 0, 0, 0);04951myGLCD.print("/", 149, 142);04952myGLCD.print("/", 219, 142);04953if(setCalendarFormat==0)//DD/MM/YYYY Format04954{04955setFont(SMALL, 0, 0, 255, 0, 0, 0);04956myGLCD.print("(DD/MM/YYYY)", 5, 160);04957}04958if(setCalendarFormat==1)//MM/DD/YYYY Format04959{04960setFont(SMALL, 0, 0, 255, 0, 0, 0);04961myGLCD.print("(MM/DD/YYYY)", 5, 160);04962}04963}04964if(setCalendarFormat==0)//DD/MM/YYYY Format04965{04966// setFont(SMALL, 0, 0, 255, 0, 0, 0);04967// myGLCD.print("(DD/MM/YYYY)", 5, 160);04968setFont(LARGE, 255, 255, 255, 0, 0, 0);04969if((rtcSetDy>=0) && (rtcSetDy<=9))//Set DAY04970{ myGLCD.print("0", 107, 142);04971myGLCD.printNumI(rtcSetDy, 123, 142);}04972else{ myGLCD.printNumI(rtcSetDy, 107, 142);}04973if((rtcSetMon>=0) && (rtcSetMon<=9))//Set MONTH04974{ myGLCD.print("0", 177, 142);04975myGLCD.printNumI(rtcSetMon, 193, 142);}04976else{ myGLCD.printNumI(rtcSetMon, 177, 142);}04977}else04978if(setCalendarFormat==1)//MM/DD/YYYY Format04979{04980// setFont(SMALL, 0, 0, 255, 0, 0, 0);04981// myGLCD.print("(MM/DD/YYYY)", 5, 160);04982setFont(LARGE, 255, 255, 255, 0, 0, 0);04983if((rtcSetMon>=0) && (rtcSetMon<=9))//Set MONTH04984{ myGLCD.print("0", 107, 142);04985myGLCD.printNumI(rtcSetMon, 123, 142);}04986else{ myGLCD.printNumI(rtcSetMon, 107, 142);}04987if((rtcSetDy>=0) && (rtcSetDy<=9))//Set DAY04988{ myGLCD.print("0", 177, 142);04989myGLCD.printNumI(rtcSetDy, 193, 142);}04990else{ myGLCD.printNumI(rtcSetDy, 177, 142);}04991}04992myGLCD.printNumI(rtcSetYr, 247, 142);//Set YEAR04993}0499404995voidtimeChange()04996{04997setFont(LARGE, 0, 0, 255, 0, 0, 0);04998myGLCD.print("Time", 20, yTime);0499905000if(setTimeFormat==0)//24HR Format05001{ setFont(SMALL, 0, 0, 255, 0, 0, 0);05002myGLCD.print("(24HR)", 29, yTime+18);}0500305004if(setTimeFormat==1)//12HR Format05005{ setFont(SMALL, 0, 0, 255, 0, 0, 0);05006myGLCD.print("(12HR)", 29, yTime+18);}0500705008// timeCorrectFormat();05009}0501005011voidtimeCorrectFormat()05012{05013setFont(LARGE, 255, 255, 255, 0, 0, 0);05014myGLCD.print(":", xColon, yTime);05015if(setTimeFormat==0)//24HR Format05016{05017setFont(LARGE, 255, 255, 255, 0, 0, 0);05018if((timeDispH>=0) && (timeDispH<=9))//Set HOUR05019{ myGLCD.print("0", xTimeH, yTime);05020myGLCD.printNumI(timeDispH, xTimeH+16, yTime);}05021else{ myGLCD.printNumI(timeDispH, xTimeH, yTime);}05022}05023if(setTimeFormat==1)//12HR Format05024{05025setFont(LARGE, 255, 255, 255, 0, 0, 0);05026if(timeDispH==0)//Set HOUR05027{ myGLCD.print("12", xTimeH, yTime);}05028if((timeDispH>=1) && (timeDispH<=9))05029{ myGLCD.print("0", xTimeH, yTime);05030myGLCD.printNumI(timeDispH, xTimeH+16, yTime);}05031if((timeDispH>=10) && (timeDispH<=12))05032{ myGLCD.printNumI(timeDispH, xTimeH, yTime);}05033if((timeDispH>=13) && (timeDispH<=21))05034{ myGLCD.print("0", xTimeH, yTime);05035myGLCD.printNumI(timeDispH-12, xTimeH+16, yTime);}05036if(timeDispH>=22)05037{ myGLCD.printNumI(timeDispH-12, xTimeH, yTime);}0503805039if(AM_PM==1)05040{ myGLCD.print("AM", xTimeAMPM, yTime); }05041if(AM_PM==2)05042{ myGLCD.print("PM", xTimeAMPM, yTime); }05043}05044if((timeDispM>=0) && (timeDispM<=9))//Set MINUTES05045{ myGLCD.print("0", xTimeM10, yTime);05046myGLCD.printNumI(timeDispM, xTimeM1, yTime);}05047else{ myGLCD.printNumI(timeDispM, xTimeM10, yTime);}05048}05049/**************************** END OF TIME and DATE SCREEN *****************************/050500505105052/*********** H2O TEMP CONTROL SCREEN ********** dispScreen = 3 ************************/05053voidtempScreen(boolean refreshAll=false)05054{05055// String deg;05056if(refreshAll)05057{05058if((setTempC==0) && (setTempScale==0)) {05059setTempC = 26.1; }//change to 26.1 deg C05060if(((setTempF==0) || (setTempF==setTempC)) && (setTempScale==1)) {05061setTempF = 79.0; }//change to 79.0 deg F0506205063if(setTempScale==1) {05064temp2beS = setTempF;05065temp2beO = offTempF;05066temp2beA = alarmTempF; }05067else{05068temp2beS = setTempC;05069temp2beO = offTempC;05070temp2beA = alarmTempC; }0507105072// printHeader("H2O Temperature Control Settings");05073PrintStringIndex=17;05074printHeader ();0507505076myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey05077myGLCD.drawRect(0, 196, 319, 194);//Bottom Horizontal Divider05078printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);05079printButton("SAVE", prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3], SMALL);05080printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);0508105082setFont(SMALL, 255, 255, 255, 0, 0, 0);05083// myGLCD.print("Desired Temperature: ", 52, 34);05084// myGLCD.print("Temperature Offset: 0.1-5", 60, 84);05085// myGLCD.print("Alarm Offset: 0.1-9.9", 76, 134);05086strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[20])));05087myGLCD.print(buffer, 52, 34);05088strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[21])));05089myGLCD.print(buffer, 60, 84);05090strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[22])));05091myGLCD.print(buffer, 76, 134);0509205093if(setTempScale==1) {05094// myGLCD.print("50-104F",218, 34);05095strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[23])));05096myGLCD.print(buffer, 218, 34);05097}05098else{05099// myGLCD.print("10-40C",218,34);05100strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[24])));05101myGLCD.print(buffer, 218, 34);05102}0510305104printButton("-", temM[0], temM[1], temM[2], temM[3],true);//temp minus05105printButton("+", temP[0], temP[1], temP[2], temP[3],true);//temp plus05106printButton("-", offM[0], offM[1], offM[2], offM[3],true);//offset minus05107printButton("+", offP[0], offP[1], offP[2], offP[3],true);//offset plus05108printButton("-", almM[0], almM[1], almM[2], almM[3],true);//alarm minus05109printButton("+", almP[0], almP[1], almP[2], almP[3],true);//alarm plus05110// printButtonVertical(" BEEP OFF ", Beep[0], Beep[1], SMALL);0511105112}0511305114setFont(LARGE, 255, 255, 255, 0, 0, 0);05115if(setTempScale==1 && temp2beS <100 ) {myGLCD.print(" ",189,54);}05116myGLCD.printNumF(temp2beS, 1, 125, 54);05117myGLCD.printNumF(temp2beO, 1, 139, 104);05118myGLCD.printNumF(temp2beA, 1, 139, 154);0511905120}05121/************************** END of H20 TEMP CONTROL SCREEN ****************************/051220512305124/********** LED TESTING OPTIONS SCREEN ******** dispScreen = 4 ************************/05125voidledTestOptionsScreen()05126{05127// printHeader("LED Testing Options");05128PrintStringIndex=18;05129printHeader ();0513005131myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey05132myGLCD.drawRect(0, 196, 319, 194);//Bottom Horizontal Divider05133printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);05134printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);0513505136printButton("Rapid (x120) Test LED Array", tstLA[0], tstLA[1], tstLA[2], tstLA[3]);05137printButton("Control Individual Leds", cntIL[0], cntIL[1], cntIL[2], cntIL[3]);05138printButton("Preset Setting", PrButL[0], PrButL[1], PrButL[2], PrButL[3]);05139}05140/*************************** END OF LED TEST OPTIONS SCREEN ***************************/051410514205143voidAllColourGraph()// used in "rapid test" and "All color graph "05144{0514505146myGLCD.setColor(0, 0, 0);05147myGLCD.fillRect(0, 0, 319, 15);// clear only header05148myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey05149myGLCD.drawRect(0, 196, 319, 194);//Bottom Horizontal Divider05150printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);05151printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);05152if(dispScreen ==5)// rapid test window05153{printButton("START", ledChV[0], ledChV[1], ledChV[2], ledChV[3], SMALL);}// button start/stop test oly in rapid test window0515405155calculateStartTime();// calculate SUNRISE time05156calculateStopTime();// calculate SUNSET time0515705158/*05159byte i;05160for (i=95; i>0; i--) // find "StopTime"05161{05162if (tvled[i]!=0 && bitRead(LedShannelStatusByte,5)== true) {goto ext_SStlbl;}05163if (bled[i]!=0 && bitRead(LedShannelStatusByte,1)== true) {goto ext_SStlbl;}05164if (wled[i]!=0 && bitRead(LedShannelStatusByte,0)== true) {goto ext_SStlbl;}05165if (rbled[i]!=0 && bitRead(LedShannelStatusByte,2)== true) {goto ext_SStlbl;}05166if (rled[i]!=0 && bitRead(LedShannelStatusByte,3)== true) {goto ext_SStlbl;}05167if (uvled[i]!=0 && bitRead(LedShannelStatusByte,4)== true) {goto ext_SStlbl;}05168if (cyled[i]!=0 && bitRead(LedShannelStatusByte,6)== true) {goto ext_SStlbl;}05169if (yeled[i]!=0 && bitRead(LedShannelStatusByte,7)== true) {goto ext_SStlbl;}05170}05171ext_SStlbl:05172StopTime=i+1;05173*/0517405175if(LedShannelStatusByte==0) {StartTime=0; StopTime=95;}// draw graph if all led is OFF0517605177drawLedStaticChartP1 ();0517805179// repeat 9 time05180for(bytei=1; i<=9; i++)05181{ COLOR = i;05182if(i==1) {05183for(bytei=0; i<96; i++)05184tled[i] = wled[i]; sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2];}05185if(i==2) {05186for(bytei=0; i<96; i++)05187tled[i] = bled[i]; sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2];}05188if(i==3) {05189for(bytei=0; i<96; i++)05190tled[i] = rbled[i]; sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2];}05191if(i==4) {05192for(bytei=0; i<96; i++)05193tled[i] = rled[i]; sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2];}05194if(i==5) {05195for(bytei=0; i<96; i++)05196tled[i] = uvled[i]; sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2];}05197if(i==6) {05198for(bytei=0; i<96; i++)05199tled[i] = tvled[i]; sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2];}05200if(i==8) {05201for(bytei=0; i<96; i++)05202tled[i] = cyled[i]; sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2];}05203if(i==9) {05204for(bytei=0; i<96; i++)05205tled[i] = yeled[i]; sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2];}0520605207if(i!=7) { ReadOnOffLedStatus();05208if(LedShannelFlag_on_off ==true)05209{ draw_one_led_graph(); }05210else{ EndScale=290;}// for draw tick scale if all led is OFF05211}05212}05213drawLedStaticChartP2 ();05214}0521505216voiddraw_one_led_graph()05217{bytestepScale = (294 - 26)/(StopTime-StartTime);// 26 and 294 - left / right05218myGLCD.setColor(sbR, sbG, sbB);05219for(bytei=StartTime; i<StopTime; i++)// draw led value graph (curve)05220{inttempLineS;//start segment of line05221inttempLineE;//stop segment of line05222intXStep = map((i-StartTime), 0, (StopTime-StartTime), 26, 294);0522305224tempLineS=tled[i];05225if(tempLineS > 100) {tempLineS =100;}05226tempLineE=tled[i+1];05227if(tempLineE > 100) {tempLineE =100;}05228tempLineS= map (tempLineS, 0, 100, BotSldY, TopSldY);// mapping 0-100 value to chart size05229tempLineE= map (tempLineE, 0, 100, BotSldY, TopSldY);0523005231myGLCD.drawLine(XStep, tempLineS, XStep+stepScale, tempLineE );05232myGLCD.drawLine(XStep, tempLineS+1, XStep+stepScale, tempLineE+1 );05233EndScale = XStep+stepScale;05234}05235}05236voiddrawLedStaticChartP1 ()// draw TOP ON/OFF time and X/Y border05237{0523805239TopSldY=20; BotSldY=170;// graph vertical size05240LightDay= (StopTime-StartTime)/4*10;// light day in HOUR * 1005241intTemp = 10*(StopTime-StartTime)/4;// rounding to the nearest whole number if "light day" similar 3.4 or 3.75 etc...05242if((Temp - LightDay)>=5) {LightDay= (StopTime-StartTime)/4+1;}05243else{LightDay= (StopTime-StartTime)/4;}0524405245myGLCD.setColor(255, 255, 255);//static LED Chart05246setFont(SMALL, 255, 255, 255, 0, 0, 0);05247myGLCD.drawRect(26, BotSldY, 27, TopSldY);//print y-line05248for(bytei=1; i<11; i++)05249{ myGLCD.drawLine(28, (i*(BotSldY-TopSldY)/10+5), 30, (i*(BotSldY-TopSldY)/10+5));}// Y tick-marks0525005251myGLCD.drawRect(26, BotSldY, 318, BotSldY+1);//print x-line0525205253for(bytei=0; i<=10; i++)// print 0-100 vertical scale05254{if(i==0) {myGLCD.printNumI(0, 18, ((BotSldY-TopSldY)/10*(11-i)));}05255if(i==10) {myGLCD.printNumI(100, 2, (BotSldY-TopSldY)/10*(11-i));}05256else{myGLCD.printNumI(i*10, 10, (BotSldY-TopSldY)/10*(11-i));}05257}0525805259myGLCD.setColor(255, 255, 255);05260myGLCD.drawRect(1, 1, 106, 14);// print white border for ON TIME05261myGLCD.drawRect(205, 1, 318, 14);// print white border for OFF TIME05262setFont(SMALL, 0, 0, 0, 0, 255, 0);05263myGLCD.print("ON TIME-",2, 2); myGLCD.print(" ", 66, 2);// print ON TIME (on TOP)05264if((StartTime/4)<=9) {myGLCD.printNumI((StartTime/4), 66+8, 2);}05265else{myGLCD.printNumI((StartTime/4), 66, 2);}05266myGLCD.print(":", 82, 2); myGLCD.printNumI((StartTime*15)%60, 90, 2, 2,'00');05267/*05268setFont(SMALL, 255, 255, 255, 0, 0, 0);05269myGLCD.printNumI(StartTime/4, 8, BotSldY+8, 2, '00'); // print start time on scale05270myGLCD.print(":", 24, BotSldY+8);05271myGLCD.printNumI((StartTime*15)%60, 32, BotSldY+8, 2, '00');05272*/05273setFont(SMALL, 0, 0, 0, 0, 255, 0);05274myGLCD.print("OFF TIME-",206, 2); myGLCD.print(" ", 278, 2);// print OFF TIME (on TOP)05275if((StopTime/4)<=9) {myGLCD.printNumI((StopTime/4), 278+8, 2);}05276else{myGLCD.printNumI((StopTime/4), 278, 2); }05277myGLCD.print(":", 294, 2); myGLCD.printNumI((StopTime*15)%60, 302, 2, 2,'00');05278}0527905280voiddrawLedStaticChartP2 ()// draw BOT ON/OFF time and X/Y scale and tick mark05281{05282/*05283byte Temp = StartTime/4+2;05284byte DeltaI;05285if ((StartTime*15)%60 == 0) {DeltaI=4;}05286if ((StartTime*15)%60 == 15) {DeltaI=4;}05287if ((StartTime*15)%60 == 30) {DeltaI=3;}05288if ((StartTime*15)%60 == 45) {DeltaI=2;}05289*/0529005291myGLCD.setColor(255, 255, 255);05292myGLCD.drawRect(26, BotSldY, 318, BotSldY+1);//print x-line05293if(LightDay<=7)// print X-tick and dot background05294{for(bytei=0; i<(StopTime-StartTime)+2; i++)// i-horisontal count, X tick-marks with 15min resolution05295{intXStep = map(i, 0, (StopTime-StartTime), 26, EndScale);05296myGLCD.setColor(255, 255, 255);05297myGLCD.drawLine(XStep, BotSldY+3, XStep, BotSldY-3);0529805299for(bytek=1; k<=10; k++)// k - vertical count05300{ myGLCD.setColor(180, 180, 180);05301myGLCD.drawPixel(XStep, k*(BotSldY-TopSldY)/10+5);}}}0530205303if(LightDay>7 && LightDay<=12)05304{for(bytei=0; i<(StopTime-StartTime)/2+2; i++)//X tick-marks with 30min resolution05305{intXStep = map(i, 0, (StopTime-StartTime)/2, 26, EndScale);05306myGLCD.setColor(255, 255, 255);05307myGLCD.drawLine(XStep, BotSldY+3, XStep, BotSldY-3);// X mark on horisontal scale05308/*05309if ( i>= DeltaI && i<((StopTime-StartTime)/2-2)) {05310if (i%2 ==0 ){05311setFont(SMALL, 255, 255, 255, 0, 0, 0);05312myGLCD.printNumI(Temp, XStep-6, BotSldY+8, 2, '00');05313Temp +=1;05314Serial.print("i="); Serial.println(i);05315// Serial.print("DeltaI="); Serial.println(DeltaI);05316} }05317*/05318for(bytek=1; k<=10; k++)// k - vertical count05319{ myGLCD.setColor(180, 180, 180);05320myGLCD.drawPixel(XStep, k*(BotSldY-TopSldY)/10+5);}}}0532105322if(LightDay>12 && LightDay<=24)05323{for(bytei=0; i<(StopTime-StartTime)/4+4; i++)//X tick-marks with 1hour resolution05324{intXStep = map(i, 0, (StopTime-StartTime)/4, 26, EndScale);05325myGLCD.setColor(255, 255, 255);05326myGLCD.drawLine(XStep, BotSldY+3, XStep, BotSldY-3);05327for(bytek=1; k<=10; k++)// k - vertical count05328{ myGLCD.setColor(180, 180, 180);05329myGLCD.drawPixel(XStep, k*(BotSldY-TopSldY)/10+5);}}}053300533105332setFont(SMALL, 255, 255, 255, 0, 0, 0);05333myGLCD.printNumI(StartTime/4, 8, BotSldY+8, 2,'00');// print start time on scale05334myGLCD.print(":", 24, BotSldY+8);05335myGLCD.printNumI((StartTime*15)%60, 32, BotSldY+8, 2,'00');0533605337setFont(SMALL, 255, 255, 255, 0, 0, 0);05338myGLCD.printNumI(StopTime/4, EndScale-16, BotSldY+8);// print stop time on scale05339myGLCD.print(":", EndScale, BotSldY+5);05340myGLCD.printNumI((StopTime*15)%60, EndScale+8, BotSldY+8, 2,'00');0534105342}0534305344voiddrawTestLedArrayScale()05345{05346inti=0;// start scale is constant05347min_cnt = StartTime*15;0534805349while(LEDtestTick==true&& i<= ((StopTime-StartTime)*15)/2)// LEDtestTick== true - start test05350{05351unsignedlongcurrentMillis = millis();05352if(myTouch.dataAvailable())05353{ processMyTouch();}0535405355if(currentMillis - previousMillisLED > 1000)//change time every 1s05356{previousMillisLED = currentMillis;0535705358intXStep = map(i, 0, ((StopTime-StartTime)*15)/2, 26, EndScale);05359myGLCD.setColor(255, 255, 255);05360myGLCD.drawRect(136, 1, 177, 14);05361setFont(SMALL, 0, 0, 0, 0, 255, 0);05362myGLCD.print(" ", 137, 2);05363if(((min_cnt/15)/4)<=9) {myGLCD.printNumI((min_cnt/15)/4, 145, 2);}05364else{myGLCD.printNumI((min_cnt/15)/4, 137, 2);}05365myGLCD.print(":", 153, 2); myGLCD.printNumI(min_cnt%60, 161, 2, 2,'00');05366myGLCD.setColor(0, 255, 0);05367myGLCD.drawLine(XStep, BotSldY+8, XStep, BotSldY+3 );05368LED_levels_output();05369min_cnt+=2 ;// two minutes increment05370i +=1;05371}05372}05373printButton("START", ledChV[0], ledChV[1], ledChV[2], ledChV[3], SMALL);// buton start/stop test05374LEDtestTick =false;// end test, enable button BACK/Cancel05375}0537605377voidcalculateStartTime()05378{05379bytei;05380for(i=0; i<=95; i++)// find "StartTime"05381{05382if(tvled[i]!=0 && bitRead(LedShannelStatusByte,5)==true) {gotoext_Stlbl;}05383if(bled[i]!=0 && bitRead(LedShannelStatusByte,1)==true) {gotoext_Stlbl;}05384if(wled[i]!=0 && bitRead(LedShannelStatusByte,0)==true) {gotoext_Stlbl;}05385if(rbled[i]!=0 && bitRead(LedShannelStatusByte,2)==true) {gotoext_Stlbl;}05386if(rled[i]!=0 && bitRead(LedShannelStatusByte,3)==true) {gotoext_Stlbl;}05387if(uvled[i]!=0 && bitRead(LedShannelStatusByte,4)==true) {gotoext_Stlbl;}05388if(cyled[i]!=0 && bitRead(LedShannelStatusByte,6)==true) {gotoext_Stlbl;}05389if(yeled[i]!=0 && bitRead(LedShannelStatusByte,7)==true) {gotoext_Stlbl;}05390}05391ext_Stlbl:05392StartTime=i-1;05393if(StartTime == 255) {StartTime=0;}05394}0539505396voidcalculateStopTime()05397{05398bytei;05399for(i=95; i>0; i--)// find "StopTime"05400{05401if(tvled[i]!=0 && bitRead(LedShannelStatusByte,5)==true) {gotoext_SStlbl;}05402if(bled[i]!=0 && bitRead(LedShannelStatusByte,1)==true) {gotoext_SStlbl;}05403if(wled[i]!=0 && bitRead(LedShannelStatusByte,0)==true) {gotoext_SStlbl;}05404if(rbled[i]!=0 && bitRead(LedShannelStatusByte,2)==true) {gotoext_SStlbl;}05405if(rled[i]!=0 && bitRead(LedShannelStatusByte,3)==true) {gotoext_SStlbl;}05406if(uvled[i]!=0 && bitRead(LedShannelStatusByte,4)==true) {gotoext_SStlbl;}05407if(cyled[i]!=0 && bitRead(LedShannelStatusByte,6)==true) {gotoext_SStlbl;}05408if(yeled[i]!=0 && bitRead(LedShannelStatusByte,7)==true) {gotoext_SStlbl;}05409}05410ext_SStlbl:05411StopTime=i+1;05412}054130541405415/********* TEST INDIVIDUAL LED(S) SCREEN ****** dispScreen = 6 ************************/05416voidtestIndLedScreen(boolean refreshTest=false)05417{0541805419TopSldY=53; BotSldY=TopSldY+100;05420if(refreshTest==true)05421{05422myGLCD.setColor(0, 0, 0);05423myGLCD.fillRect(0, 0, 319, 15);// clear only header05424setFont(SMALL, 255, 255, 255, 0, 0, 0);05425// myGLCD.print("TV DR CW BL RBL UV CY YE Moon", 15, 15);05426// PrintStringIndex=3; // print string from Flash05427// strcpy_P(buffer, (char*)pgm_read_word_near(&(Header_Text_table[PrintStringIndex]))); // print string number 3 from flash05428// myGLCD.print(buffer, 15, 15 );0542905430myGLCD.print(ChName[6], 15, 15 );// TV05431myGLCD.print(ChName[5], 15+35, 15 );// DR05432myGLCD.print(ChName[2], 15+70, 15 );// CW05433myGLCD.print(ChName[4], 15+105, 15 );// BL05434myGLCD.print(ChName[3], 15+140, 15 );// RBL05435myGLCD.print(ChName[1], 15+175, 15 );// UV05436myGLCD.print(ChName[0], 15+210, 15 );// CY05437myGLCD.print(ChName[7], 15+245, 15 );// Ye05438myGLCD.print(ChName[8], 15+270, 15 );// Moon054390544005441for(byteb=0; b<9; b++)//UP Buttons05442{ drawUpButtonSlide((b*35)+4, TopSldY-26); }05443for(byteb=0; b<9; b++)//DOWN Buttons05444{ drawDownButtonSlide((b*35)+4, TopSldY+115);}0544505446temp_sector= min_cnt/15;// read current time sector only first time0544705448myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey05449myGLCD.drawRect(0, 196, 319, 194);//Bottom Horizontal Divider05450printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);05451printButton("PREV SECT", ledChV[0], ledChV[1], ledChV[2], ledChV[3], SMALL);05452printButton("NEXT SECT", canC[0], canC[1], canC[2], canC[3], SMALL);05453printButton("SunSet", StopDay[0], StopDay[1], StopDay[2], StopDay[3], SMALL);// top buttons05454printButton("SunRise", StartDay[0], StartDay[1], StartDay[2], StartDay[3], SMALL);// top buttons05455}0545605457if(refreshTest==true)05458{05459myGLCD.setColor(255, 255, 255);//Draw white rectangle05460myGLCD.drawRect(88, 0, 227, 14);05461myGLCD.setColor(0, 255, 0);//fill sector background in green05462myGLCD.fillRect(89, 1, 226, 14);05463//---------- display current TIME sector = min_cnt/15, convert to hour min_cnt/15)/4, to min. (min_cnt/15)*15)%6005464setFont(SMALL, 0, 0, 0, 0, 255, 0);// print SECTOR TIME on TOP05465myGLCD.print("TIME SECTOR : ",91, 2);05466}05467setFont(SMALL, 0, 0, 0, 0, 255, 0);05468if((temp_sector/4)<=9) {05469myGLCD.print(" ",91+96, 2);05470myGLCD.printNumI(temp_sector/4, 91+104, 2);}// Start sector is min_cnt/1505471else{myGLCD.printNumI(temp_sector/4, 91+96, 2);}05472myGLCD.printNumI((temp_sector*15)%60, 91+120, 2, 2,'00');// min 00/15/30/45 in hour054730547405475tv_out = tvled[temp_sector];// read setting from buffer05476b_out = bled[temp_sector];05477w_out = wled[temp_sector];05478rb_out = rbled[temp_sector];05479r_out = rled[temp_sector];05480uv_out = uvled[temp_sector];05481cy_out = cyled[temp_sector];05482yel_out = yeled[temp_sector];0548305484for(bytei=0; i<9; i++)// draw white bar outline rectangle05485{ sbX1=(i*35)+4; sbX2=(i*35)+34;05486setFont(SMALL, 255, 255, 255, 0, 0, 0);05487myGLCD.drawRect(sbX1, TopSldY-1, sbX2, BotSldY);}0548805489for(bytei=0; i<9; i++)//print Slider Bar current values05490{05491sbX1=(i*35)+4; sbX2=(i*35)+34;05492SliderSwitch =true;0549305494if(i==0)05495{ LedShannelFlag_on_off =true;05496if(bitRead(LedShannelStatusByte,5) ==false) {tv_out=0; LedShannelFlag_on_off =false; }05497sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2]; tSlide= tv_out;// TV colour05498setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05499tvcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0550005501if(i==1)05502{ LedShannelFlag_on_off =true;05503if(bitRead(LedShannelStatusByte,3) ==false) {r_out=0; LedShannelFlag_on_off =false; }05504sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2]; tSlide= r_out;// DR colour05505setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05506rcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0550705508if(i==2)05509{ LedShannelFlag_on_off =true;05510if(bitRead(LedShannelStatusByte,0) ==false) {w_out=0; LedShannelFlag_on_off =false; }05511sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2]; tSlide= w_out;// CW colour05512setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05513wcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0551405515if(i==3)05516{ LedShannelFlag_on_off =true;05517if(bitRead(LedShannelStatusByte,1) ==false) {b_out=0; LedShannelFlag_on_off =false; }05518sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2]; tSlide= b_out;// BL colour05519setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05520bcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0552105522if(i==4)05523{ LedShannelFlag_on_off =true;05524if(bitRead(LedShannelStatusByte,2) ==false) {rb_out=0; LedShannelFlag_on_off =false; }05525sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2]; tSlide = rb_out;// RBL colour05526setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05527rbcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0552805529if(i==5)05530{ LedShannelFlag_on_off =true;05531if(bitRead(LedShannelStatusByte,4) ==false) {uv_out=0; LedShannelFlag_on_off =false; }05532sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2]; tSlide= uv_out;// UV colour05533setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05534uvcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0553505536if(i==6)05537{ LedShannelFlag_on_off =true;05538if(bitRead(LedShannelStatusByte,6) ==false) {cy_out=0; LedShannelFlag_on_off =false; }05539sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2]; tSlide= cy_out ;// CY colour05540setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05541cycol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0554205543if(i==7)05544{ LedShannelFlag_on_off =true;05545if(bitRead(LedShannelStatusByte,7) ==false) {yel_out=0; LedShannelFlag_on_off =false; }05546sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2]; tSlide= yel_out;// Yellow colour05547setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05548yelcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0554905550if(i==8)05551{ sbR= rgbCh8[0]; sbG= rgbCh8[1]; sbB= rgbCh8[2]; tSlide= map (moon_out, 0, 255, 0, 100);// MOON colour05552setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05553mooncol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}05554}05555LedShannelFlag_on_off =true;05556}055570555805559voidPresetLedScreen(boolean refreshPresetscreen =false)05560{05561if(refreshPresetscreen ==true)05562{05563myGLCD.setColor(0, 0, 0);05564myGLCD.fillRect(0, 0, 319, 15);// clear only header05565setFont(SMALL, 255, 255, 255, 0, 0, 0);05566// myGLCD.print("TV DR CW BL RBL UV CY YE Moon", 15, 15);05567PrintStringIndex=3;// print string from Flash05568strcpy_P(buffer, (char*)pgm_read_word_near(&(Header_Text_table[PrintStringIndex])));// print string number 3 from flash05569myGLCD.print(buffer, 15+18, 15 );05570myGLCD.print(" ", 300, 15);// clean last text (Moon)05571calculateStopTime() ;05572TopSldY=53; BotSldY=TopSldY+100;0557305574for(byteb=0; b<8; b++)//UP Buttons05575{ drawUpButtonSlide((b*35)+4+18, TopSldY-26);}05576for(byteb=0; b<8; b++)//DOWN Buttons05577{ drawDownButtonSlide((b*35)+4+18, TopSldY+115);}0557805579temp_sector= min_cnt/15;// read current time sector only first time0558005581for(bytei=0; i<8; i++)// draw white bar outline rectangle05582{ sbX1=(i*35)+4+18; sbX2=(i*35)+34+18;05583setFont(SMALL, 255, 255, 255, 0, 0, 0);05584myGLCD.drawRect(sbX1, TopSldY-1, sbX2, BotSldY);}05585}0558605587SliderSwitch =true;0558805589if((GlobalStatus2Byte & 0x0F) ==0 ) {// no preset05590tvcol_out =0;// TV colour05591rcol_out =0;// DR colour05592wcol_out =0;// CW colour05593bcol_out =0;// BL colour05594rbcol_out =0;// RBL colour05595uvcol_out =0;// UV colour05596cycol_out =0;// CY colour05597yelcol_out =0;// Yellow colour05598colorLEDtest =false;05599}0560005601for(bytei=0; i<8; i++)//print Slider Bar current values05602{05603sbX1=(i*35)+4+18; sbX2=(i*35)+34+18;05604if(i==0)05605{ LedShannelFlag_on_off =true;05606if(bitRead(LedShannelStatusByte,5) ==false) {tvcol_out=0; LedShannelFlag_on_off =false; }05607sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2]; tSlide= tvcol_out;// TV colour05608setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05609tvcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0561005611if(i==1)05612{ LedShannelFlag_on_off =true;05613if(bitRead(LedShannelStatusByte,3) ==false) {rcol_out=0; LedShannelFlag_on_off =false; }05614sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2]; tSlide= rcol_out;// DR colour05615setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05616rcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0561705618if(i==2)05619{ LedShannelFlag_on_off =true;05620if(bitRead(LedShannelStatusByte,0) ==false) {wcol_out=0; LedShannelFlag_on_off =false; }05621sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2]; tSlide= wcol_out;// CW colour05622setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05623wcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0562405625if(i==3)05626{ LedShannelFlag_on_off =true;05627if(bitRead(LedShannelStatusByte,1) ==false) {bcol_out=0; LedShannelFlag_on_off =false; }05628sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2]; tSlide= bcol_out;// BL colour05629setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05630bcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0563105632if(i==4)05633{ LedShannelFlag_on_off =true;05634if(bitRead(LedShannelStatusByte,2) ==false) {rbcol_out=0; LedShannelFlag_on_off =false; }05635sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2]; tSlide = rbcol_out;// RBL colour05636setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05637rbcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0563805639if(i==5)05640{ LedShannelFlag_on_off =true;05641if(bitRead(LedShannelStatusByte,4) ==false) {uvcol_out=0; LedShannelFlag_on_off =false; }05642sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2]; tSlide= uvcol_out;// UV colour05643setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05644uvcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0564505646if(i==6)05647{ LedShannelFlag_on_off =true;05648if(bitRead(LedShannelStatusByte,6) ==false) {cycol_out=0; LedShannelFlag_on_off =false; }05649sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2]; tSlide= cycol_out ;// CY colour05650setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05651cycol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0565205653if(i==7)05654{ LedShannelFlag_on_off =true;05655if(bitRead(LedShannelStatusByte,7) ==false) {yelcol_out=0; LedShannelFlag_on_off =false; }05656sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2]; tSlide= yelcol_out;// Yellow colour05657setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);05658yelcol_out = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}05659}05660LedShannelFlag_on_off =true;05661LED_levels_output();// send calculated value to PWM0566205663if(refreshPresetscreen ==true)05664{05665myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey05666myGLCD.drawRect(0, 196, 319, 194);//Bottom Horizontal Divider05667printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);05668printButton("SAVE", prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3], SMALL);05669printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);0567005671if(bitRead(GlobalStatus2Byte,0)== 1){printButton("Preset 1", LedPres1[0], LedPres1[1], LedPres1[2], LedPres1[3], SMALL, GREEN_BAC);}// ON preset05672else{printButton("Preset 1", LedPres1[0], LedPres1[1], LedPres1[2], LedPres1[3], SMALL);}// OFF preset05673if(bitRead(GlobalStatus2Byte,1)== 1){printButton("Preset 2", LedPres2[0], LedPres2[1], LedPres2[2], LedPres2[3], SMALL, GREEN_BAC);}// ON preset05674else{printButton("Preset 2", LedPres2[0], LedPres2[1], LedPres2[2], LedPres2[3], SMALL);}// OFF preset05675if(bitRead(GlobalStatus2Byte,2)== 1){printButton("Preset 3", LedPres3[0], LedPres3[1], LedPres3[2], LedPres3[3], SMALL, GREEN_BAC);}// ON preset05676else{printButton("Preset 3", LedPres3[0], LedPres3[1], LedPres3[2], LedPres3[3], SMALL);}// OFF preset05677if(bitRead(GlobalStatus2Byte,3)== 1){printButton("Preset 4", LedPres4[0], LedPres4[1], LedPres4[2], LedPres4[3], SMALL, GREEN_BAC);}// ON preset05678else{printButton("Preset 4", LedPres4[0], LedPres4[1], LedPres4[2], LedPres4[3], SMALL);}// OFF preset0567905680}05681}056820568305684voidSaveAndExit ()05685{05686myGLCD.setColor(255, 255, 255);05687myGLCD.drawRoundRect(1, 53, 318, 153);05688myGLCD.setColor(100, 100, 100);05689myGLCD.fillRoundRect(2, 54, 317, 152);05690setFont(LARGE, 255, 255, 255, 100, 100, 100);05691// myGLCD.print("Do you want to save", 7, 63);05692// myGLCD.print("changes", 104, 83);05693// myGLCD.print("before exit?", 64, 103);05694for(intPrintStringIndex = 0; PrintStringIndex <3; PrintStringIndex++)05695{ strcpy_P(buffer, (char*)pgm_read_word_near(&(Header_Text_table[PrintStringIndex])));05696myGLCD.print(buffer, 7, 63+PrintStringIndex*20); }05697printButton("YES", Yes[0], Yes[1], Yes[2], Yes[3], SMALL);05698printButton("NO", No[0], No[1], No[2], No[3], SMALL);0569905700// DisplayTimeSector(temp_sector);05701tv_out = tvled[temp_sector];// read setting from buffer05702b_out = bled[temp_sector];05703w_out = wled[temp_sector];05704rb_out = rbled[temp_sector];05705r_out = rled[temp_sector];05706uv_out = uvled[temp_sector];05707cy_out = cyled[temp_sector];05708yel_out = yeled[temp_sector];0570905710// check if channel on or off05711if(bitRead(LedShannelStatusByte,0) ==false) {w_out=0;}05712if(bitRead(LedShannelStatusByte,1) ==false) {b_out=0;}05713if(bitRead(LedShannelStatusByte,2) ==false) {rb_out=0;}05714if(bitRead(LedShannelStatusByte,3) ==false) {r_out=0;}05715if(bitRead(LedShannelStatusByte,4) ==false) {uv_out=0;}05716if(bitRead(LedShannelStatusByte,5) ==false) {tv_out=0;}05717if(bitRead(LedShannelStatusByte,6) ==false) {cy_out=0;}05718if(bitRead(LedShannelStatusByte,7) ==false) {yel_out=0;}0571905720}0572105722/******** SHOW LED COLOR CHOICES SCREEN ******* dispScreen = 7 ************************/05723voidledColorViewScreen()// print led & moon colour buttons05724{05725//ReadLedFromEEPROM(); //#oleg new read with convert 0-255 to 0%-100%05726// printHeader("Individual LED Outputs: Color Choices");05727PrintStringIndex=20;05728printHeader ();0572905730myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey05731myGLCD.drawRect(0, 196, 319, 194);//Bottom Horizontal Divider05732printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);05733printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);05734// first column05735myGLCD.setColor(rgbCh6[0], rgbCh6[1], rgbCh6[2]);05736myGLCD.fillRoundRect(10, 20, 150, 45);//button size 25x140, vertical clearens 10pix05737setFont(SMALL, 0, 0, 0, rgbCh6[0], rgbCh6[1], rgbCh6[2]);05738//myGLCD.print("TrueViolet", 40, 26);05739myGLCD.print(ChButName[6], 40, 26);0574005741myGLCD.setColor(rgbCh5[0], rgbCh5[1], rgbCh5[2]);05742myGLCD.fillRoundRect(10, 55, 150, 80);05743setFont(SMALL, 0, 0, 0, rgbCh5[0], rgbCh5[1], rgbCh5[2]);05744//myGLCD.print("DeepRed", 47, 61);05745myGLCD.print(ChButName[5], 47, 61);0574605747myGLCD.setColor(rgbCh2[0], rgbCh2[1], rgbCh2[2]);05748myGLCD.fillRoundRect(10, 90, 150, 115);05749setFont(SMALL, 0, 0, 0, rgbCh2[0], rgbCh2[1], rgbCh2[2]);05750//myGLCD.print("White", 60, 96);05751myGLCD.print(ChButName[2], 60, 96);0575205753myGLCD.setColor(rgbCh4[0], rgbCh4[1], rgbCh4[2]);05754myGLCD.fillRoundRect(10, 125, 150, 150);05755setFont(SMALL, 0, 0, 0, rgbCh4[0], rgbCh4[1], rgbCh4[2]);05756//myGLCD.print("Blue", 60, 131);05757myGLCD.print(ChButName[4], 60, 131);0575805759myGLCD.setColor( rgbCh8[0], rgbCh8[1], rgbCh8[2]);05760myGLCD.fillRoundRect(10, 160, 150, 185);05761setFont(SMALL, 0, 0, 0, rgbCh8[0], rgbCh8[1], rgbCh8[2]);// (R,G,B- font colour, R,G,B- fon colour )05762//myGLCD.print("Lunar", 60, 166);05763myGLCD.print(ChButName[8], 60, 166);0576405765// second column05766myGLCD.setColor( rgbCh3[0], rgbCh3[1], rgbCh3[2]);05767myGLCD.fillRoundRect(170, 20, 310, 45);05768setFont(SMALL, 0, 0, 0, rgbCh3[0], rgbCh3[1], rgbCh3[2]);05769//myGLCD.print("Royal Blue", 196, 26);05770myGLCD.print(ChButName[3], 196, 26);0577105772myGLCD.setColor(rgbCh1[0], rgbCh1[1], rgbCh1[2]);05773myGLCD.fillRoundRect(170, 55, 310, 80);05774setFont(SMALL, 0, 0, 0, rgbCh1[0], rgbCh1[1], rgbCh1[2]);05775//myGLCD.print("UltraViolet", 196, 61);05776myGLCD.print(ChButName[1], 196, 61);0577705778myGLCD.setColor(rgbCh0[0], rgbCh0[1], rgbCh0[2]);05779myGLCD.fillRoundRect(170, 90, 310, 115);05780setFont(SMALL, 0, 0, 0, rgbCh0[0], rgbCh0[1], rgbCh0[2]);05781//myGLCD.print("Cyan", 220, 96);05782myGLCD.print(ChButName[0], 220, 96);0578305784myGLCD.setColor(rgbCh7[0], rgbCh7[1], rgbCh7[2]);05785myGLCD.fillRoundRect(170, 125, 310, 150);05786setFont(SMALL, 0, 0, 0, rgbCh7[0], rgbCh7[1], rgbCh7[2]);05787//myGLCD.print("Yellow", 215, 131);05788myGLCD.print(ChButName[7], 215, 131);0578905790myGLCD.setColor(200, 200, 200);05791myGLCD.fillRoundRect(170, 160, 310, 185);05792setFont(SMALL, 0, 0, 0, 200, 200, 200);05793//myGLCD.print("Curves Colors", 191, 166);05794myGLCD.print(ChButName[9], 191, 166);0579505796myGLCD.setColor(255, 255, 255);// draw button white border05797for(intx=0; x<2; x++)05798{for(inty=0; y<5; y++)05799{ myGLCD.drawRoundRect((x*160)+10, (y*35)+20, (x*160)+150, (y*35)+45); }05800}05801//myGLCD.drawRoundRect(10, 160, 150, 185); // lunar button05802}05803/************************** END OF LED COLOR CHOICES SCREEN ***************************/058040580505806/****** SHOW LED VALUES FOR CHOICE SCREEN ********** dispScreen = 8 *******************/05807voidledValuesScreen()//print TOP NAME bar & horisontal buttons, with timetable 12x805808{05809myGLCD.setColor(0, 0, 0);05810myGLCD.fillRect(0, 0, 319, 15);// clear only header0581105812if(COLOR==1) {05813for(bytei=0; i<96; i++)05814{tled[i] = wled[i]; sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2]; }}05815if(COLOR==2) {05816for(bytei=0; i<96; i++)05817{tled[i]=bled[i]; sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2];}}05818if(COLOR==3) {05819for(bytei=0; i<96; i++)05820{tled[i] = rbled[i]; sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2];}}05821if(COLOR==4) {05822for(bytei=0; i<96; i++)05823{tled[i] = rled[i]; sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2];}}05824if(COLOR==5) {05825for(bytei=0; i<96; i++)05826{tled[i] = uvled[i]; sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2];}}05827if(COLOR==6) {05828for(bytei=0; i<96; i++)05829{tled[i] = tvled[i]; sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2];}}05830if(COLOR==8) {05831for(bytei; i<96; i++)05832{tled[i] = cyled[i]; sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2];}}05833if(COLOR==9) {05834for(bytei=0; i<96; i++)05835{tled[i] = yeled[i]; sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2];}}0583605837ReadOnOffLedStatus();05838myGLCD.setColor(255, 255, 255);//draw white border05839myGLCD.drawRoundRect(110, 0, 201, 17);05840myGLCD.setColor(0, 0, 255);//print on/off button05841myGLCD.fillRoundRect(111, 1, 200, 16);05842setFont(SMALL, 255, 255, 255, 0, 0, 255 );05843if(LedShannelFlag_on_off ==true) { myGLCD.print("LED ON", 129, 3);}05844else{ myGLCD.print("LED OFF", 129, 3);}0584505846for(bytei=0; i<=95; i++)// find START graph Time05847{byteTEMP=tled[i];05848if(TEMP>0) { StartTime=i-1;05849if(StartTime == 255) {StartTime=0;}05850break; }}0585105852for(bytei=95; i>0; i-- )// find STOP graph Time05853{byteTEMP=tled[i];05854if(TEMP>0) {StopTime=i+1;break; }}0585505856// byte stepScale = (294 - 26)/(StopTime-StartTime); // 26 and 318 - left / right05857drawLedStaticChartP1 ();// calculate draw TOP ON/OFF time and X/Y border05858draw_one_led_graph();05859drawLedStaticChartP2 ();// draw BOT ON/OFF time and X/Y scale and tick mark (15min/30min/1hour)0586005861myGLCD.setColor(64, 64, 64);05862myGLCD.drawRect(0, 196, 319, 194);05863printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);05864printButton("CHANGE", ledChV[0], ledChV[1], ledChV[2], ledChV[3], SMALL);05865printButton("SAVE", eeprom[0], eeprom[1], eeprom[2], eeprom[3]);05866}058670586805869/*************************** END OF SHOW LED VALUES SCREEN ****************************/0587005871voidMoonPictureScreen()// print moon picture& table05872{05873tMinI=MinI;05874tMaxI=MaxI;05875// printHeader("View/Change Moon LED Min & Max Output");05876PrintStringIndex=21;05877printHeader ();05878setFont(SMALL, 255, 255, 255, 0, 0, 0);05879// myGLCD.print("Set Minimum", 36, 20);05880strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[45])));05881myGLCD.print(buffer, 36, 20);05882// myGLCD.print("Illumination", 32, 32);05883strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[46])));05884myGLCD.print(buffer, 32, 32);05885myGLCD.drawBitmap(52, 47, 58, 58, New_Moon, 1);//New Moon Picture05886// myGLCD.print("(0...100%)", 40, 132);05887strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[47])));05888myGLCD.print(buffer, 40, 132);05889myGLCD.print("-1", 22, 177);05890myGLCD.print("+1", 121, 177);05891// myGLCD.print("Set Maximum", 196, 20);05892strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[48])));05893myGLCD.print(buffer, 196, 20);05894// myGLCD.print("Illumination", 192, 32);05895strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[46])));05896myGLCD.print(buffer, 192, 32);05897myGLCD.drawBitmap(211, 47, 58, 58, Full_Moon, 1);//Full Moon Picture05898// myGLCD.print("(0...100%)", 202, 132);05899strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[47])));05900myGLCD.print(buffer, 202, 132);05901myGLCD.print("-1", 184, 177);05902myGLCD.print("+1", 283, 177);05903setFont(SMALL, 176, 176, 176, 0, 0, 0);05904// myGLCD.print("New Moon", 48, 108);05905strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[49])));05906myGLCD.print(buffer, 48, 108);05907// myGLCD.print("Full Moon", 204, 108);05908strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[50])));05909myGLCD.print(buffer, 204, 108);0591005911setFont(LARGE, 255, 255, 255, 0, 0, 0);05912myGLCD.print(" ", 55, 152);05913if(tMinI<=9)05914{ myGLCD.printNumI(tMinI, 71, 152);}05915if((tMinI>=10)&&(tMinI<=99))05916{ myGLCD.printNumI(tMinI, 63, 152);}05917if(tMinI>=100)05918{ myGLCD.printNumI(tMinI, 55, 152);}0591905920myGLCD.print(" ", 217, 152);05921if(tMaxI<=9)05922{ myGLCD.printNumI(tMaxI, 233, 152);}05923if((tMaxI>=10)&&(tMaxI<=99))05924{ myGLCD.printNumI(tMaxI, 225, 152);}05925if(tMaxI>=100)05926{ myGLCD.printNumI(tMaxI, 217, 152);}0592705928printButton("-", MINiM[0], MINiM[1], MINiM[2], MINiM[3],true);//Minimum Illum. minus05929printButton("+", MINiP[0], MINiP[1], MINiP[2], MINiP[3],true);//Minimum Illum. plus05930printButton("-", MAXiM[0], MAXiM[1], MAXiM[2], MAXiM[3],true);//Max Illum. minus05931printButton("+", MAXiP[0], MAXiP[1], MAXiP[2], MAXiP[3],true);//Max Illum. plus0593205933myGLCD.setColor(64, 64, 64);05934myGLCD.drawRect(158, 14, 160, 194);05935myGLCD.drawRect(0, 196, 319, 194);05936myGLCD.setColor(0, 0, 0);05937myGLCD.drawLine(159, 193, 159, 195);05938printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);05939printButton("SAVE", prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3], SMALL);05940printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);05941}0594205943voidMoonChangeScreen()// + or - led brigtness value ---------05944{05945if((x>=MINiM[0]) && (x<=MINiM[2]) && (y>=MINiM[1]) && (y<=MINiM[3]))//press button "MinI minus"05946{05947// waitForIt(MINiM[0], MINiM[1], MINiM[2], MINiM[3]); // wait for press button05948tMinI -= 1;05949if(tMinI == 255) {tMinI = 100; }05950MinI = tMinI;05951setFont(LARGE, 255, 255, 255, 0, 0, 0);05952myGLCD.print(" ", 55, 152);05953if(tMinI<=9)05954{ myGLCD.printNumI(tMinI, 71, 152);}05955if((tMinI>=10)&&(tMinI<=99))05956{ myGLCD.printNumI(tMinI, 63, 152);}05957if(tMinI>=100)05958{ myGLCD.printNumI(tMinI, 55, 152);}05959delay(200);05960}else0596105962if((x>=MINiP[0]) && (x<=MINiP[2]) && (y>=MINiP[1]) && (y<=MINiP[3]))//press button "MinI plus"05963{05964// waitForIt(MINiP[0], MINiP[1], MINiP[2], MINiP[3]);05965tMinI += 1;05966if(tMinI >100) {tMinI = 0; }05967MinI = tMinI;05968setFont(LARGE, 255, 255, 255, 0, 0, 0);05969myGLCD.print(" ", 55, 152);05970if(tMinI<=9)05971{ myGLCD.printNumI(tMinI, 71, 152);}05972if((tMinI>=10)&&(tMinI<=99))05973{ myGLCD.printNumI(tMinI, 63, 152);}05974if(tMinI>=100)05975{ myGLCD.printNumI(tMinI, 55, 152);}05976delay(200);05977}else0597805979if((x>=MAXiM[0]) && (x<=MAXiM[2]) && (y>=MAXiM[1]) && (y<=MAXiM[3]))//press buton "MaxI minus"05980{05981// waitForIt(MAXiM[0], MAXiM[1], MAXiM[2], MAXiM[3]);05982tMaxI -= 1;05983if(tMaxI == 255) { tMaxI = 100; }05984MaxI = tMaxI;05985setFont(LARGE, 255, 255, 255, 0, 0, 0);05986myGLCD.print(" ", 217, 152);05987if(tMaxI<=9)05988{ myGLCD.printNumI(tMaxI, 233, 152);}05989if((tMaxI>=10)&&(tMaxI<=99))05990{ myGLCD.printNumI(tMaxI, 225, 152);}05991if(tMaxI>=100)05992{ myGLCD.printNumI(tMaxI, 217, 152);}05993delay(200);05994}else05995if((x>=MAXiP[0]) && (x<=MAXiP[2]) && (y>=MAXiP[1]) && (y<=MAXiP[3]))//press button "MaxI plus"05996{05997// waitForIt(MAXiP[0], MAXiP[1], MAXiP[2], MAXiP[3]);05998tMaxI += 1;05999if(tMaxI >100) {tMaxI = 0; }06000MaxI = tMaxI;06001setFont(LARGE, 255, 255, 255, 0, 0, 0);06002myGLCD.print(" ", 217, 152);06003if(tMaxI<=9)06004{ myGLCD.printNumI(tMaxI, 233, 152);}06005if((tMaxI>=10)&&(tMaxI<=99))06006{ myGLCD.printNumI(tMaxI, 225, 152);}06007if(tMaxI>=100)06008{ myGLCD.printNumI(tMaxI, 217, 152);}06009delay(200);06010}06011}0601206013/********** CHANGE LED VALUES SCREEN ********** dispScreen = 9 ************************/06014voidledChangeScreen()//print TOP timetable & Vertical buttons, w/o slider06015{06016if(COLOR==1)06017{ PrintStringIndex=4;06018printHeader ();06019//printHeader("Change White LED Output Values");06020sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2]; }06021if(COLOR==2)06022{ PrintStringIndex=4;//5;06023printHeader ();06024// printHeader("Change Blue LED Output Values");06025sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2]; }06026if(COLOR==3)06027{ PrintStringIndex=4;//6;06028printHeader ();06029// printHeader("Change Royal Blue LED Output Values");06030sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2]; }06031if(COLOR==4)06032{ PrintStringIndex=4;//7;06033printHeader ();06034// printHeader("Change Red LED Output Values");06035sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2]; }06036if(COLOR==5)06037{ PrintStringIndex=4;//8;06038printHeader ();06039// printHeader("Change UltraViolet LED Output Values");06040sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2]; }06041if(COLOR==6)06042{ PrintStringIndex=4;// 9;06043printHeader ();06044// printHeader("Change TrueViolet LED Output Values");06045sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2]; }06046if(COLOR==8)06047{ PrintStringIndex=4;//10;06048printHeader ();06049// printHeader("Change Cyan LED Output Values");06050sbR=rgbCh0[0]; sbG=rgbCh0[1]; sbB= rgbCh0[2];}06051if(COLOR==9)06052{ PrintStringIndex=4;//11;06053printHeader ();06054// printHeader("Change Yellow LED Output Values");06055sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2]; }0605606057setFont(SMALL, 0, 255, 255, 0,0,0);//Top time selector bar06058for(inti=0; i<12; i++) {06059myGLCD.setColor(0, 255, 255);06060if(i<5) {06061myGLCD.printNumI((i*2), (i*26)+15, 17);06062myGLCD.printNumI(((i*2)+1), (i*26)+15, 28);}06063else{06064myGLCD.printNumI((i*2), (i*26)+11, 17);06065myGLCD.printNumI(((i*2)+1), (i*26)+11, 28);}06066myGLCD.setColor(100, 100, 100);06067myGLCD.drawRect((i*26)+4, 16 , (i*26)+30, 41);06068}060690607006071myGLCD.setColor(0, 0, 0);// clear bottom time|date bar06072myGLCD.fillRect(1, 226, 318, 240);0607306074myGLCD.drawRect(4, 43, 30, 223);//left menu bar06075myGLCD.setColor(0, 0, 255);06076myGLCD.fillRoundRect(8, 66, 26, 140);//OK Button (long)06077myGLCD.fillRoundRect(8, 145, 26, 219);06078myGLCD.setColor(255, 255, 255);06079myGLCD.drawRoundRect(8, 66, 26, 140);//OK Button (long)06080myGLCD.drawRoundRect(8, 145, 26, 219);//CANCEL Button0608106082setFont(SMALL, 255, 255, 255, 0, 0, 255);06083myGLCD.print("O", 14, 91);06084myGLCD.print("K", 14, 101);0608506086myGLCD.print("C", 14, 152);06087myGLCD.print("A", 14, 162);06088myGLCD.print("N", 14, 172);06089myGLCD.print("C", 14, 182);06090myGLCD.print("E", 14, 192);06091myGLCD.print("L", 14, 202);0609206093setFont(SMALL, 255, 0, 0, 0, 0, 0);06094// myGLCD.print("Make a selection above. Choose", 57, 110);06095// myGLCD.print("any Two-Hour Increment", 89, 122);06096// myGLCD.print("then you can adjust values.", 73, 134);06097strcpy_P(buffer, (char*)pgm_read_word_near(&(Header_Text_table[12])));06098myGLCD.print(buffer, 57, 110 );06099strcpy_P(buffer, (char*)pgm_read_word_near(&(Header_Text_table[13])));06100myGLCD.print(buffer, 89, 122 );06101strcpy_P(buffer, (char*)pgm_read_word_near(&(Header_Text_table[14])));06102myGLCD.print(buffer, 73, 134 );06103}06104/*************************** END OF CHANGE LED VALUES SCREEN **************************/0610506106/*************************** Preset Function ******************************************/06107voidPresetSwitch ()06108{06109calculateStopTime() ;06110switch((GlobalStatus2Byte & 0x0F)) {06111case0:06112printButton("Preset 1 ON", prsM[0],prsM[1],prsM[2],prsM[3], SMALL, GREEN_BAC);06113GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0 | 0x1);06114AddressShift = 0;06115ReadLEDPresetFromEEPROM();06116colorLEDtest =true;06117digitalWrite(PowerSwitch2, LOW);// ON led driver06118break;0611906120case1:06121printButton("Preset 2 ON", prsM[0],prsM[1],prsM[2],prsM[3], SMALL, GREEN_BAC);06122GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0 | 0x2);06123AddressShift = 9;06124ReadLEDPresetFromEEPROM();06125colorLEDtest =true;06126digitalWrite(PowerSwitch2, LOW);// ON led driver06127break;0612806129case2:06130printButton("Preset 3 ON", prsM[0],prsM[1],prsM[2],prsM[3], SMALL, GREEN_BAC);06131GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0 | 0x4);06132AddressShift = 18;06133ReadLEDPresetFromEEPROM();06134colorLEDtest =true;06135digitalWrite(PowerSwitch2, LOW);// ON led driver06136break;0613706138case4:06139printButton("Preset 4 ON", prsM[0],prsM[1],prsM[2],prsM[3], SMALL, GREEN_BAC);06140GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0 | 0x8);06141AddressShift = 27;06142ReadLEDPresetFromEEPROM();06143colorLEDtest =true;06144digitalWrite(PowerSwitch2, LOW);// ON led driver06145break;0614606147case8:06148printButton("Preset OFF", prsM[0],prsM[1],prsM[2],prsM[3], SMALL);06149GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0);06150colorLEDtest =false;06151if((min_cnt/15 >= StartTime-1) && (min_cnt/15 <= StopTime))06152{digitalWrite(PowerSwitch2, LOW);}//ON driver before StartTime - 15min06153else{digitalWrite(PowerSwitch2, HIGH);}//OFF driver before StartTime06154break;06155}06156}0615706158/************ WAVEMAKER SCREEN **************** dispScreen = 10 ***********************/06159/*06160void WaveMakerButtons()06161{06162myGLCD.setColor(255, 0, 0);06163myGLCD.fillRoundRect(5, 20, 155, 40); //Alternating Mode Button06164myGLCD.fillRoundRect(165, 20, 315, 40); //Synchronous Mode Button06165myGLCD.fillRoundRect(5, 46, 155, 66); //Feeding Mode Button06166myGLCD.fillRoundRect(165, 46, 315, 66); //Turn Pumps ON/OFF Button06167setFont(SMALL, 255, 255, 255, 255, 0, 0);06168myGLCD.print("Alternating Mode", 16, 24);06169myGLCD.print("Synchronous Mode", 176, 24);06170myGLCD.print("Feeding Mode", 32, 50);06171myGLCD.print("Turn Pumps OFF", 184, 50);06172}0617306174void WaveMakerScreen()06175{06176// printHeader("View/Change Wavemaker Settings");06177PrintStringIndex=22;06178printHeader ();0617906180myGLCD.setColor(64, 64, 64); //Draw Dividers in Grey06181myGLCD.drawRect(0, 70, 319, 72); //Top Horizontal Divider06182myGLCD.drawRect(0, 196, 319, 194); //Bottom Horizontal Divider06183printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);06184printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);0618506186setFont(LARGE, 255, 255, 255, 0, 0, 0);06187myGLCD.print("Current Status:", CENTER, 80);06188}0618906190void viewWaveTimes()06191{06192setFont(SMALL, 0, 255, 0, 0, 0, 0);06193int dynamicXm=135;06194if ((MIN1<=99) && (MIN1>=10)) {dynamicXm+=8;}06195if (MIN1<=9) {dynamicXm+=16;}06196myGLCD.printNumI(MIN1, dynamicXm, minY1);06197int dynamicXs=231;06198if (SEC1<=9) {dynamicXs+=8;}06199myGLCD.printNumI(SEC1, dynamicXs, minY1);06200dynamicXm=135;06201if ((MIN2<=99) && (MIN2>=10)) {dynamicXm+=8;}06202if (MIN2<=9) {dynamicXm+=16;}06203myGLCD.printNumI(MIN2, dynamicXm, minY2);06204dynamicXs=231;06205if (SEC2<=9) {dynamicXs+=8;}06206myGLCD.printNumI(SEC2, dynamicXs, minY2);06207}0620806209void WaveMakerStatusScreen()06210{06211myGLCD.setColor(0, 0, 0); //Clear Status Area06212myGLCD.fillRect( 1, 96, 318, 193);0621306214WaveMakerButtons();0621506216if (WAVE==0)06217{06218setFont(LARGE, 255, 0, 0, 0, 0, 0);06219myGLCD.print("No Mode Saved!", CENTER, 100);06220setFont(SMALL, 255, 0, 0, 0, 0, 0);06221myGLCD.print("Make a selection above. Choose", CENTER, 130);06222myGLCD.print("either Alternating or Synchronous", CENTER, 142);06223myGLCD.print("then save your settings.", CENTER, 154);06224} else0622506226if (WAVE==1)06227{06228myGLCD.setColor(0, 255, 0);06229myGLCD.fillRoundRect(5, 20, 155, 40);06230setFont(SMALL, 0, 0, 0, 0, 255, 0);06231myGLCD.print("Alternating Mode", 16, 24);06232myGLCD.setColor(255, 255, 255);06233myGLCD.drawRoundRect(5, 20, 155, 40);0623406235setFont(LARGE, 0, 255, 0, 0, 0, 0);06236myGLCD.print("Alternating Flow", CENTER, 100);0623706238myGLCD.print("Pump1->", 15, 140);06239myGLCD.print("min", 167, 140);06240myGLCD.print("sec", 255, 140);06241myGLCD.print("Pump2->", 15, 160);06242myGLCD.print("min", 167, 160);06243myGLCD.print("sec", 255, 160);0624406245MIN1=Pump1m, SEC1=Pump1s, MIN2=Pump2m, SEC2=Pump2s;06246minY1=144, minY2=164;06247viewWaveTimes();06248} else062490625006251if (WAVE==2)06252{06253myGLCD.setColor(0, 255, 0);06254myGLCD.fillRoundRect(165, 20, 315, 40);06255setFont(SMALL, 0, 0, 0, 0, 255, 0);06256myGLCD.print("Synchronous Mode", 176, 24);06257myGLCD.setColor(255, 255, 255);06258myGLCD.drawRoundRect(165, 20, 315, 40);0625906260setFont(LARGE, 0, 255, 0, 0, 0, 0);06261myGLCD.print("Synchronous Flow", CENTER, 100);0626206263if (Synch==1)06264{06265myGLCD.print("Constantly ON", CENTER, 116);06266setFont(SMALL, 255, 0, 0, 0, 0, 0);06267myGLCD.print("Both powerheads are ON constantly.", CENTER, 144);06268myGLCD.print("To change to Pulsating Mode, push", CENTER, 156);06269myGLCD.print("the Synchronous Mode button above", CENTER, 168);06270}06271if (Synch==2)06272{06273myGLCD.print("Pulsating Mode", CENTER, 116);0627406275myGLCD.print("ON for", 15, 146);06276myGLCD.print("min", 167, 146);06277myGLCD.print("sec", 255, 146);06278myGLCD.print("OFF for", 15, 166);06279myGLCD.print("min", 167, 166);06280myGLCD.print("sec", 255, 166);0628106282MIN1=OnForTm, SEC1=OnForTs, MIN2=OffForTm, SEC2=OffForTs;06283minY1=150, minY2=170;06284viewWaveTimes();06285}06286} else062870628806289if (WAVE==3)06290{06291myGLCD.setColor(0, 255, 0);06292myGLCD.fillRoundRect(165, 46, 315, 66);06293setFont(SMALL, 0, 0, 0, 0, 255, 0);06294myGLCD.print("Turn Pumps ON", 188, 50);06295myGLCD.setColor(255, 255, 255);06296myGLCD.drawRoundRect(165, 46, 315, 66);0629706298setFont(LARGE, 0, 255, 0, 0, 0, 0);06299myGLCD.print("Powerheads are OFF", CENTER, 100);06300setFont(SMALL, 0, 255, 0, 0, 0, 0);06301myGLCD.print("To turn the powerheads back ON", CENTER, 125);06302if (MODE==1) { myGLCD.print("and resume in Alternating Mode,", CENTER, 137);} else06303if (MODE==2) { myGLCD.print("and resume in Synchronous Mode,", CENTER, 137);}06304myGLCD.print("push the Turn Pumps ON button above", CENTER, 149);0630506306waveMakerOff=true;06307digitalWrite(WaveMakerTop, LOW);06308digitalWrite(WaveMakerBottom, LOW);06309}0631006311myGLCD.setColor(255, 255, 255);06312for (int x=0; x<2; x++)06313{ for (int y=0; y<2; y++)06314{ myGLCD.drawRoundRect((x*160)+5, (y*26)+20, (x*160)+155, (y*26)+40); }06315}0631606317if (WAVE==4)06318{06319myGLCD.setColor(0, 255, 0);06320myGLCD.fillRoundRect(5, 46, 155, 66);06321setFont(SMALL, 0, 0, 0, 0, 255, 0);06322myGLCD.print("Feeding Mode", 32, 50);06323myGLCD.setColor(255, 255, 255);06324for (int x=0; x<2; x++)06325{ for (int y=0; y<2; y++)06326{ myGLCD.drawRoundRect((x*160)+5, (y*26)+20, (x*160)+155, (y*26)+40); }06327}0632806329setFont(LARGE, 0, 255, 0, 0, 0, 0);06330myGLCD.print("Feeding", CENTER, 100);06331setFont(SMALL, 0, 255, 0, 0, 0, 0);06332myGLCD.print("Powerheads will remain OFF", CENTER, 125);06333myGLCD.print("for 5 minutes", CENTER, 137);06334if (MODE==1) { myGLCD.print("Alternating Mode will resume in:", CENTER, 155);} else06335if (MODE==2) { myGLCD.print("Synchronous Mode will resume in:", CENTER, 155);}0633606337waveMakerOff=true;06338digitalWrite(WaveMakerTop, LOW);06339digitalWrite(WaveMakerBottom, LOW);06340}06341while (WAVE==4)06342{06343unsigned long currentMillis = millis();0634406345if (myTouch.dataAvailable())06346{ processMyTouch();}0634706348if(currentMillis - previousMillisCt >= intervalCt)06349{06350previousMillisCt = currentMillis;06351if(countDown>=0)06352{06353if (countDown<=30)06354{ myGLCD.setColor(0, 0, 0);06355myGLCD.fillRect(128, 173, 192, 189);}06356MIN_O= (countDown / 60) % 10;06357SEC_T= (countDown % 60) / 10;06358SEC_O= (countDown % 60) % 10;06359setFont(LARGE, 255, 0, 0, 0, 0, 0);06360myGLCD.printNumI(MIN_O, 128, 173);06361myGLCD.print(":", 144, 173);06362myGLCD.printNumI(SEC_T, 160, 173);06363myGLCD.printNumI(SEC_O, 176, 173);06364if(countDown==0)06365{06366WAVE=MODE;06367WaveMakerStatusScreen();06368}06369countDown--;06370checkTempC();06371TimeDateBar();06372}06373waveMakerOff=false;06374}06375}06376}06377*/06378/******************************* END OF WAVEMAKER SCREEN ******************************/063790638006381/******** WAVEMAKER SETTINGS SCREEN ************** dispScreen = 11 ********************/06382/*06383void WaveMakerSettingsScreen()06384{06385myGLCD.setColor(64, 64, 64); //Draw Dividers in Grey06386myGLCD.drawRect(0, 196, 319, 194); //Bottom Horizontal Divider0638706388myGLCD.setColor(0, 0, 255);06389myGLCD.fillRoundRect(5, 200, 105, 220); //BACK Button06390myGLCD.fillRoundRect(110, 200, 210, 220); //TEST Button06391myGLCD.fillRoundRect(215, 200, 315, 220); //SAVE Button0639206393setFont(SMALL, 255, 255, 255, 0, 0, 255);06394myGLCD.print("<< BACK", 27, 204);06395myGLCD.print("TEST", 144, 204);06396myGLCD.print("SAVE", 241, 204);0639706398myGLCD.setColor(255, 255, 255);06399for (int x=0; x<3; x++)06400{ myGLCD.drawRoundRect((x*105)+5, 200, (x*105)+105, 220); }064010640206403setFont(LARGE, 255, 255, 255, 0, 0, 0);06404if (WAVE==1)06405{06406// printHeader("Alternating Flow Mode Settings");06407PrintStringIndex=23;06408printHeader ();06409myGLCD.setColor(64, 64, 64); //Draw Dividers in Grey06410myGLCD.drawRect(0, 38, 319, 40); //Top Horizontal Divider06411myGLCD.drawRect(0, 115, 319, 117); //Middle Horizontal Divider06412setFont(SMALL, 255, 0, 0, 0, 0, 0);06413myGLCD.print("Set how long each powerhead will be ON", CENTER, 20);06414setFont(SMALL, 0, 255, 0, 0, 0, 0);06415myGLCD.print("POWERHEAD 1", CENTER, 50);06416myGLCD.print("POWERHEAD 2", CENTER, 127);06417setFont(SMALL, 255, 255, 255, 0, 0, 0);06418myGLCD.print("Minutes", 57, 100);06419myGLCD.print("Seconds", 211, 100);06420myGLCD.print("Minutes", 57, 177);06421myGLCD.print("Seconds", 211, 177);0642206423Min1=Pump1m, Sec1=Pump1s, Min2=Pump2m, Sec2=Pump2s;06424viewWaveTimesPage();06425}0642606427if (WAVE==2)06428{06429// printHeader("Synchronous Flow Mode Settings");06430PrintStringIndex=24;06431printHeader ();06432myGLCD.setColor(64, 64, 64); //Draw Dividers in Grey06433myGLCD.drawRect(0, 44, 319, 46); //Top Horizontal Divider06434}06435}0643606437void synchronousSynch()06438{06439myGLCD.setColor(0, 0, 0); //Clear Status Area06440myGLCD.fillRect( 1, 47, 318, 193);06441myGLCD.setColor(255, 0, 0);06442myGLCD.fillRoundRect(5, 20, 155, 40); //Constantly ON Mode Button06443myGLCD.fillRoundRect(165, 20, 315, 40); //Pulsating Mode Mode Button06444setFont(SMALL, 255, 255, 255, 255, 0, 0);06445myGLCD.print("Constantly ON", 28, 24);06446myGLCD.print("Pulsating Mode", 184, 24);06447for (int x=0; x<2; x++)06448{ myGLCD.drawRoundRect((x*160)+5, 20, (x*160)+155, 40); }0644906450if (Synch==0)06451{06452setFont(LARGE, 255, 0, 0, 0, 0, 0);06453myGLCD.print("NO Synchronous Mode", CENTER, 80);06454myGLCD.print("has been selected!", CENTER, 100);06455setFont(SMALL, 255, 0, 0, 0, 0, 0);06456myGLCD.print("Choose either Constantly ON or", CENTER, 130);06457myGLCD.print("Pulsating Mode. Afterwards, you", CENTER, 142);06458myGLCD.print("can alter the settings.", CENTER, 154);06459} else0646006461if (Synch==1)06462{06463myGLCD.setColor(0, 255, 0);06464myGLCD.fillRoundRect(5, 20, 155, 40);06465setFont(SMALL, 0, 0, 0, 0, 255, 0);06466myGLCD.print("Constantly ON", 28, 24);06467myGLCD.setColor(255, 255, 255);06468myGLCD.drawRoundRect(5, 20, 155, 40);0646906470setFont(LARGE, 0, 255, 0, 0, 0, 0);06471myGLCD.print("Constantly ON Mode", CENTER, 80);06472myGLCD.print("has been selected!", CENTER, 100);06473setFont(SMALL, 255, 0, 0, 0, 0, 0);06474myGLCD.print("Both powerheads will remain", CENTER, 130);06475myGLCD.print("ON constantly. To change to", CENTER, 142);06476myGLCD.print("Pulsating Mode select it above.", CENTER, 154);06477} else0647806479if (Synch==2)06480{06481myGLCD.setColor(0, 255, 0);06482myGLCD.fillRoundRect(165, 20, 315, 40);06483setFont(SMALL, 0, 0, 0, 0, 255, 0);06484myGLCD.print("Pulsating Mode", 184, 24);06485myGLCD.setColor(255, 255, 255);06486myGLCD.drawRoundRect(165, 20, 315, 40);0648706488myGLCD.setColor(64, 64, 64); //Draw Dividers in Grey06489myGLCD.drawRect(0, 120, 319, 122); //Middle Horizontal Divider06490setFont(SMALL, 0, 255, 0, 0, 0, 0);06491myGLCD.print("POWERHEADS WIll RUN FOR", CENTER, 50);06492myGLCD.print("POWERHEADS WILL STOP FOR", CENTER, 127);06493setFont(SMALL, 255, 255, 255, 0, 0, 0);06494myGLCD.print("Minutes", 57, 100);06495myGLCD.print("Seconds", 211, 100);06496myGLCD.print("Minutes", 57, 177);06497myGLCD.print("Seconds", 211, 177);0649806499Min1=OnForTm, Sec1=OnForTs, Min2=OffForTm, Sec2=OffForTs;06500viewWaveTimesPage();06501}06502}0650306504void viewWaveTimesPage()06505{06506setFont(LARGE, 255, 255, 255, 0, 0, 0);06507if (Min1==0) { myGLCD.print("000", 59, 75); }06508if ((Min1>=1) && (Min1<=9))06509{ myGLCD.print("00", 59, 75);06510myGLCD.printNumI(Min1, 91, 75);}06511if ((Min1>=10) && (Min1<=99))06512{ myGLCD.print("0", 59, 75);06513myGLCD.printNumI(Min1, 75, 75);}06514if (Min1>=100) { myGLCD.printNumI(Min1, 59, 75);}0651506516if (Sec1==0) { myGLCD.print("00", 221, 75); }06517if ((Sec1>=1) && (Sec1<=9))06518{ myGLCD.print("0", 221, 75);06519myGLCD.printNumI(Sec1, 237, 75);}06520if (Sec1>=10) { myGLCD.printNumI(Sec1, 221, 75);}0652106522if (Min2==0) { myGLCD.print("000", 59, 152); }06523if ((Min2>=1) && (Min2<=9))06524{ myGLCD.print("00", 59, 152);06525myGLCD.printNumI(Min2, 91, 152);}06526if ((Min2>=10) && (Min2<=99))06527{ myGLCD.print("0", 59, 152);06528myGLCD.printNumI(Min2, 75, 152);}06529if (Min2>=100) { myGLCD.printNumI(Min2, 59, 152);}0653006531if (Sec2==0) { myGLCD.print("00", 221, 152); }06532if ((Sec2>=1) && (Sec2<=9))06533{ myGLCD.print("0", 221, 152);06534myGLCD.printNumI(Sec2, 237, 152);}06535if (Sec2>=10) { myGLCD.printNumI(Sec2, 221, 152);}0653606537printButton("-", pump1Mm[0], pump1Mm[1], pump1Mm[2], pump1Mm[3], LARGE);06538printButton("+", pump1Mp[0], pump1Mp[1], pump1Mp[2], pump1Mp[3], LARGE);06539printButton("-", pump1Sm[0], pump1Sm[1], pump1Sm[2], pump1Sm[3], LARGE);06540printButton("+", pump1Sp[0], pump1Sp[1], pump1Sp[2], pump1Sp[3], LARGE);06541printButton("-", pump2Mm[0], pump2Mm[1], pump2Mm[2], pump2Mm[3], LARGE);06542printButton("+", pump2Mp[0], pump2Mp[1], pump2Mp[2], pump2Mp[3], LARGE);06543printButton("-", pump2Sm[0], pump2Sm[1], pump2Sm[2], pump2Sm[3], LARGE);06544printButton("+", pump2Sp[0], pump2Sp[1], pump2Sp[2], pump2Sp[3], LARGE);06545}0654606547void waveModePlusMinus()06548{06549setFont(LARGE, 255, 255, 255, 0, 0, 0);06550if ((y>=70) && (y<=95)) //First Row06551{06552if ((x>=21) && (x<=46)) //Pump 1 Minute Minus06553{06554waitForIt(21, 70, 46, 95);06555Min1 -= 1;06556if ((min1X>=10) && (Min1<=99)) {min1X=75; myGLCD.print("0", 59, 75);}06557if ((Min1<=9) && (Min1>0)) {min1X=91; myGLCD.print("00", 59, 75);}06558if (Min1<=0) {Min1=0; myGLCD.print("0", 91, 75);}06559setFont(LARGE, 255, 255, 255, 0, 0, 0);06560myGLCD.printNumI(Min1, min1X, 75);06561}06562if ((x>=120) && (x<=145)) //Pump 1 Minute Plus06563{06564waitForIt(120, 70, 145, 95);06565Min1 += 1;06566if ((Min1>=0) && (Min1<=9)) {min1X=91;}06567if (Min1>9) {min1X=75;}06568if (Min1>99) {min1X=59;}06569if (Min1>=999) {Min1=999;}06570setFont(LARGE, 255, 255, 255, 0, 0, 0);06571myGLCD.printNumI(Min1, min1X, 75);06572}06573if ((x>=175) && (x<=200)) //Pump 1 Second Minus06574{06575waitForIt(175, 70, 200, 95);06576Sec1 -= 1;06577if ((sec1X>=10) && (Sec1<=59)) {sec1X=221;}06578if ((Sec1<=9) && (Sec1>0)) {sec1X=237; myGLCD.print("0", 221, 75);}06579if (Sec1<=0) {Sec1=0; myGLCD.print("0", 237, 75);}06580setFont(LARGE, 255, 255, 255, 0, 0, 0);06581myGLCD.printNumI(Sec1, sec1X, 75);06582}06583if ((x>=274) && (x<=299)) //Pump 1 Second Plus06584{06585waitForIt(274, 70, 299, 95);06586Sec1 += 1;06587if ((Sec1>=0) && (Sec1<=9)) {sec1X=237;}06588if (Sec1>9) {sec1X=221;}06589if (Sec1>=59) {Sec1=59;}06590setFont(LARGE, 255, 255, 255, 0, 0, 0);06591myGLCD.printNumI(Sec1, sec1X, 75);06592}06593}0659406595if ((y>=147) && (y<=172)) //Second Row06596{06597if ((x>=21) && (x<=46)) //Pump 2 Minute Minus06598{06599waitForIt(21, 147, 46, 172);06600Min2 -= 1;06601if ((min2X>=10) && (Min2<=99)) {min2X=75; myGLCD.print("0", 59, 152);}06602if ((Min2<=9) && (Min2>0)) {min2X=91; myGLCD.print("00", 59, 152);}06603if (Min2<=0) {Min2=0; myGLCD.print("0", 91, 152);}06604setFont(LARGE, 255, 255, 255, 0, 0, 0);06605myGLCD.printNumI(Min2, min2X, 152);06606}06607if ((x>=120) && (x<=145)) //Pump 2 Minute Plus06608{06609waitForIt(120, 147, 145, 172);06610Min2 += 1;06611if ((Min2>=0) && (Min2<=9)) {min2X=91;}06612if (Min2>9) {min2X=75;}06613if (Min2>99) {min2X=59;}06614if (Min2>=999) {Min2=999;}06615setFont(LARGE, 255, 255, 255, 0, 0, 0);06616myGLCD.printNumI(Min2, min2X, 152);06617}06618if ((x>=175) && (x<=200)) //Pump 2 Second Minus06619{06620waitForIt(175, 147, 200, 172);06621Sec2 -= 1;06622if ((sec2X>=10) && (Sec2<=59)) {sec2X=221;}06623if ((Sec2<=9) && (Sec2>0)) {sec2X=237; myGLCD.print("0", 221, 152);}06624if (Sec2<=0) {Sec2=0; myGLCD.print("0", 237, 152);}06625setFont(LARGE, 255, 255, 255, 0, 0, 0);06626myGLCD.printNumI(Sec2, sec2X, 152);06627}06628if ((x>=274) && (x<=299)) //Pump 2 Second Plus06629{06630waitForIt(274, 147, 299, 172);06631Sec2 += 1;06632if ((Sec2>=0) && (Sec2<=9)) {sec2X=237;}06633if (Sec2>9) {sec2X=221;}06634if (Sec2>=59) {Sec2=59;}06635setFont(LARGE, 255, 255, 255, 0, 0, 0);06636myGLCD.printNumI(Sec2, sec2X, 152);06637}06638}06639}06640*/06641/************************** END OF WAVEMAKER SETTINGS SCREEN **************************/066420664306644/******** AUTOMATIC FEEDER SCREEN ************* dispScreen = 12 ***********************/06645/*06646void autoFeederScreen()06647{06648// printHeader("Automatic Fish Feeder Page");06649PrintStringIndex=25;06650printHeader ();0665106652myGLCD.setColor(64, 64, 64);06653myGLCD.drawRect(0, 196, 319, 194);06654printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);06655printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);06656myGLCD.setColor(64, 64, 64);06657myGLCD.drawRect(159, 194, 161, 121);06658myGLCD.drawRoundRect(78, 87, 242, 121);06659myGLCD.drawRoundRect(80, 89, 240, 119);06660myGLCD.drawRect(0, 103, 78, 105);06661myGLCD.drawRect(242, 103, 319, 105);06662myGLCD.drawLine(159, 87, 159, 14);06663myGLCD.drawLine(161, 87, 161, 14);06664myGLCD.setColor(0, 0, 0);06665myGLCD.drawLine(160, 195, 160, 193);06666myGLCD.drawLine(160, 122, 160, 120);06667myGLCD.drawLine(77, 104, 79, 104);06668myGLCD.drawLine(241, 104, 243, 104);06669myGLCD.drawLine(160, 88, 160, 86);0667006671myGLCD.setColor(153, 0, 102);06672myGLCD.fillRoundRect(85, 94, 235, 114); //Feed Fish Now Button06673myGLCD.setColor(255, 255, 255);06674myGLCD.drawRoundRect(85, 94, 235, 114);06675setFont(SMALL, 255, 255, 255, 153, 0, 102);06676//myGLCD.print("Feed Fish Now!", 106, 98);06677strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[33])));06678myGLCD.print(buffer, 106, 98);0667906680if (FEEDTime1==0) //Feeding Time 1 Button06681{ myGLCD.setColor(255, 0, 0);06682myGLCD.fillRoundRect(5, 20, 155, 40);06683setFont(SMALL, 255, 255, 255, 255, 0, 0);06684// myGLCD.print("Feeding Time 1", 24, 24);06685strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[25])));06686myGLCD.print(buffer, 24, 24);06687setFont(SMALL, 255, 0, 0, 0, 0, 0);06688// myGLCD.print("This time has not", 12, 52);06689strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[31])));06690myGLCD.print(buffer, 12, 52);06691// myGLCD.print("been scheduled", 24, 65);}06692strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[32])));06693myGLCD.print(buffer, 24, 65);}06694else06695{ myGLCD.setColor(0, 255, 0);06696myGLCD.fillRoundRect(5, 20, 155, 40);06697setFont(SMALL, 0, 0, 0, 0, 255, 0);06698// myGLCD.print("Feeding Time 1", 24, 24);06699strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[25])));06700myGLCD.print(buffer, 24, 24);06701timeDispH=feedFish1H; timeDispM=feedFish1M;06702if (setTimeFormat==0) { xTimeH=40;}06703if (setTimeFormat==1) { xTimeH=16;}06704// ReadFromEEPROM();06705if ((timeDispH>=0) && (timeDispH<=11)) { AM_PM=1;}06706else { AM_PM=2;}06707yTime=56; xColon=xTimeH+32;06708xTimeM10=xTimeH+48; xTimeM1=xTimeH+64; xTimeAMPM=xTimeH+96;06709timeCorrectFormat();}06710if (FEEDTime2==0) //Feeding Time 2 Button06711{ myGLCD.setColor(255, 0, 0);06712myGLCD.fillRoundRect(165, 20, 315, 40);06713setFont(SMALL, 255, 255, 255, 255, 0, 0);06714// myGLCD.print("Feeding Time 2", 184, 24);06715strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[26])));06716myGLCD.print(buffer, 184, 24);06717setFont(SMALL, 255, 0, 0, 0, 0, 0);06718// myGLCD.print("This time has not", 172, 52);06719strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[31])));06720myGLCD.print(buffer, 172, 52);06721// myGLCD.print("been scheduled", 184, 65);}06722strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[32])));06723myGLCD.print(buffer, 184, 65);}0672406725else06726{ myGLCD.setColor(0, 255, 0);06727myGLCD.fillRoundRect(165, 20, 315, 40);06728setFont(SMALL, 0, 0, 0, 0, 255, 0);06729// myGLCD.print("Feeding Time 2", 184, 24);06730strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[26])));06731myGLCD.print(buffer, 184, 24);0673206733timeDispH=feedFish2H; timeDispM=feedFish2M;06734if (setTimeFormat==0) { xTimeH=200;}06735if (setTimeFormat==1) { xTimeH=176;}06736// ReadFromEEPROM();06737if ((timeDispH>=0) && (timeDispH<=11)) { AM_PM=1;}06738else { AM_PM=2;}06739yTime=56; xColon=xTimeH+32;06740xTimeM10=xTimeH+48; xTimeM1=xTimeH+64; xTimeAMPM=xTimeH+96;06741timeCorrectFormat();}06742if (FEEDTime3==0) //Feeding Time 3 Button06743{ myGLCD.setColor(255, 0, 0);06744myGLCD.fillRoundRect(5, 168, 155, 188);06745setFont(SMALL, 255, 255, 255, 255, 0, 0);06746// myGLCD.print("Feeding Time 3", 24, 172);06747strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[27])));06748myGLCD.print(buffer, 24, 172);06749setFont(SMALL, 255, 0, 0, 0, 0, 0);06750// myGLCD.print("This time has not", 12, 133);06751strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[31])));06752myGLCD.print(buffer, 12, 133);06753// myGLCD.print("been scheduled", 24, 146);}06754strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[32])));06755myGLCD.print(buffer, 24, 146);}06756else06757{ myGLCD.setColor(0, 255, 0);06758myGLCD.fillRoundRect(5, 168, 155, 188);06759setFont(SMALL, 0, 0, 0, 0, 255, 0);06760// myGLCD.print("Feeding Time 3", 24, 172);06761strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[27])));06762myGLCD.print(buffer, 24, 172);0676306764timeDispH=feedFish3H; timeDispM=feedFish3M;06765if (setTimeFormat==0) { xTimeH=40;}06766if (setTimeFormat==1) { xTimeH=16;}06767// ReadFromEEPROM();06768if ((timeDispH>=0) && (timeDispH<=11)) { AM_PM=1;}06769else { AM_PM=2;}06770yTime=137; xColon=xTimeH+32;06771xTimeM10=xTimeH+48; xTimeM1=xTimeH+64; xTimeAMPM=xTimeH+96;06772timeCorrectFormat();}06773if (FEEDTime4==0) //Feeding Time 4 Button06774{ myGLCD.setColor(255, 0, 0);06775myGLCD.fillRoundRect(165, 168, 315, 188);06776setFont(SMALL, 255, 255, 255, 255, 0, 0);06777// myGLCD.print("Feeding Time 4", 184, 172);06778strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[28])));06779myGLCD.print(buffer, 184, 172);06780setFont(SMALL, 255, 0, 0, 0, 0, 0);06781// myGLCD.print("This time has not", 172, 133);06782strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[31])));06783myGLCD.print(buffer, 172, 133);06784// myGLCD.print("been scheduled", 184, 146);}06785strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[32])));06786myGLCD.print(buffer, 184, 146);}06787else06788{ myGLCD.setColor(0, 255, 0);06789myGLCD.fillRoundRect(165, 168, 315, 188);06790setFont(SMALL, 0, 0, 0, 0, 255, 0);06791// myGLCD.print("Feeding Time 4", 184, 172);06792strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[28])));06793myGLCD.print(buffer, 184, 172);06794timeDispH=feedFish4H; timeDispM=feedFish4M;06795if (setTimeFormat==0) { xTimeH=200;}06796if (setTimeFormat==1) { xTimeH=176;}06797// ReadFromEEPROM();06798if ((timeDispH>=0) && (timeDispH<=11)) { AM_PM=1;}06799else { AM_PM=2;}06800yTime=137; xColon=xTimeH+32;06801xTimeM10=xTimeH+48; xTimeM1=xTimeH+64; xTimeAMPM=xTimeH+96;06802timeCorrectFormat();}0680306804myGLCD.setColor(255, 255, 255);06805for (int x=0; x<2; x++)06806{ for (int y=0; y<2; y++)06807{ myGLCD.drawRoundRect((x*160)+5, (y*148)+20, (x*160)+155, (y*148)+40); }06808}06809}068100681106812void feedingTimeOutput()06813{06814if ((FEEDTime1==1) && (feedFish1H==t.hour) && (feedFish1M==t.min)06815&& (t.sec>=0 || t.sec<5))06816{ if (setAutoStop==1)06817{ waveMakerOff=true;06818digitalWrite(WaveMakerTop, LOW);06819digitalWrite(WaveMakerBottom, LOW);06820fiveTillBackOn1=0;06821FeedWaveCtrl_1=true;}06822digitalWrite(autoFeeder, HIGH);06823delay(6000);06824t=rtc.getTime();06825digitalWrite(autoFeeder, LOW);06826}06827if (FeedWaveCtrl_1==true)06828{ fiveTillBackOn1++;06829if (fiveTillBackOn1>60) //60 is 5 minutes (60/12=5)06830{ waveMakerOff=false; FeedWaveCtrl_1=false;}06831}0683206833if ((FEEDTime2==1) && (feedFish2H==t.hour) && (feedFish2M==t.min)06834&& (t.sec>=0 || t.sec<5))06835{ if (setAutoStop==1)06836{ waveMakerOff=true;06837digitalWrite(WaveMakerTop, LOW);06838digitalWrite(WaveMakerBottom, LOW);06839fiveTillBackOn2=0;06840FeedWaveCtrl_2=true;}06841digitalWrite(autoFeeder, HIGH);06842delay(6000);06843t=rtc.getTime();06844digitalWrite(autoFeeder, LOW);06845}06846if (FeedWaveCtrl_2==true)06847{ fiveTillBackOn2++;06848if (fiveTillBackOn2>60)06849{ waveMakerOff=false; FeedWaveCtrl_2=false;}06850}0685106852if ((FEEDTime3==1) && (feedFish3H==t.hour) && (feedFish3M==t.min)06853&& (t.sec>=0 || t.sec<5))06854{ if (setAutoStop==1)06855{ waveMakerOff=true;06856digitalWrite(WaveMakerTop, LOW);06857digitalWrite(WaveMakerBottom, LOW);06858fiveTillBackOn3=0;06859FeedWaveCtrl_3=true;}06860digitalWrite(autoFeeder, HIGH);06861delay(6000);06862t=rtc.getTime();06863digitalWrite(autoFeeder, LOW);06864}06865if (FeedWaveCtrl_3==true)06866{ fiveTillBackOn3++;06867if (fiveTillBackOn3>60)06868{ waveMakerOff=false; FeedWaveCtrl_3=false;}06869}0687006871if ((FEEDTime4==1) && (feedFish4H==t.hour) && (feedFish4M==t.min)06872&& (t.sec>=0 || t.sec<5))06873{ if (setAutoStop==1)06874{ waveMakerOff=true;06875digitalWrite(WaveMakerTop, LOW);06876digitalWrite(WaveMakerBottom, LOW);06877fiveTillBackOn4=0;06878FeedWaveCtrl_4=true;}06879digitalWrite(autoFeeder, HIGH);06880delay(6000);06881t=rtc.getTime();06882digitalWrite(autoFeeder, LOW);06883}06884if (FeedWaveCtrl_4==true)06885{ fiveTillBackOn4++;06886if (fiveTillBackOn4>60)06887{ waveMakerOff=false; FeedWaveCtrl_4=false;}06888}06889}06890*/06891/*********************** END OF AUTOMATIC FEEDER SETTINGS SCREEN **********************/068920689306894/***** SET AUTOMATIC FEEDER TIMES SCREEN ********** dispScreen = 13 *******************/06895/*06896void setFeederTimesScreen(boolean refreshAll=true)06897{06898if (feedTime==1)06899{ //printHeader("Set Feeding Time 1"); }06900PrintStringIndex=26;06901printHeader ();}06902if (feedTime==2)06903{ //printHeader("Set Feeding Time 2");}06904PrintStringIndex=27;06905printHeader ();}06906if (feedTime==3)06907{ //printHeader("Set Feeding Time 3");}06908PrintStringIndex=28;06909printHeader ();}06910if (feedTime==4)06911{ //printHeader("Set Feeding Time 4");}06912PrintStringIndex=29;06913printHeader ();}0691406915if (refreshAll)06916{06917rtcSetMin=t.min; rtcSetHr=t.hour;0691806919myGLCD.setColor(64, 64, 64);06920myGLCD.drawRect(0, 196, 319, 194);06921printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);06922printButton("SAVE", prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3], SMALL);06923printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);0692406925feedingTimeOnOff();0692606927drawUpButton(houP[0], houP[1]); //hour up06928drawUpButton(minP[0], minP[1]); //min up06929drawDownButton(houM[0], houM[1]); //hour down06930drawDownButton(minM[0], minM[1]); //min down06931if (setTimeFormat==1)06932{ drawUpButton(ampmP[0], ampmP[1]); //AM/PM up06933drawDownButton(ampmM[0], ampmM[1]);} //AM/PM down06934}0693506936timeDispH=rtcSetHr; timeDispM=rtcSetMin;06937xTimeH=107; yTime=68; xColon=xTimeH+42;06938xTimeM10=xTimeH+70; xTimeM1=xTimeH+86; xTimeAMPM=xTimeH+155;06939timeChange();06940}06941*/06942/********************** END OF SET AUTOMATIC FEEDER TIMES SCREEN **********************/069430694406945/******* GENERAL SETTINGS PG1 SCREEN ************ dispScreen = 14 *********************/06946voidgeneralSettingsScreen_1()06947{06948// printHeader("View/Change General Settings: Page 1");06949PrintStringIndex=30;06950printHeader ();0695106952myGLCD.setColor(64, 64, 64);06953myGLCD.drawRect(0, 196, 319, 194);06954for(bytey=0; y<5; y++)06955{ myGLCD.drawLine(0, (y*30)+44, 319, (y*30)+44); }0695606957printButton("<< BACK", backGS[0], backGS[1], backGS[2], backGS[3], SMALL);06958printButton("NEXT >>", nextGS[0], nextGS[1], nextGS[2], nextGS[3], SMALL);06959printButton("SAVE", prSAVEgs[0], prSAVEgs[1], prSAVEgs[2], prSAVEgs[3], SMALL);06960printButton("CANCEL", canCgs[0], canCgs[1], canCgs[2], canCgs[3], SMALL);0696106962setFont(SMALL, 0, 255, 0, 0, 0, 0);06963myGLCD.print("Set Time and Date", 25, 23);06964myGLCD.print("Calendar Format", 25, 53);06965myGLCD.print("Show Day of Week", 25, 83);06966myGLCD.print("Time Format", 25, 113);06967myGLCD.print("Temperature Scale", 25, 143);06968myGLCD.print("Fan Startup Temps", 25, 173);0696906970genSetSelect_1();06971}06972/************************ END OF GENERAL SETTINGS PAGE 1 SCREEN ***********************/069730697406975/******* GENERAL SETTINGS PG2 SCREEN ************ dispScreen = 15 *********************/06976voidgeneralSettingsScreen_2()06977{06978// printHeader("View/Change General Settings: Page 2");06979PrintStringIndex=31;06980printHeader ();0698106982myGLCD.setColor(64, 64, 64);06983myGLCD.drawRect(0, 196, 319, 194);06984for(bytey=0; y<5; y++)06985{ myGLCD.drawLine(0, (y*30)+44, 319, (y*30)+44); }0698606987// printButton("<< BACK", backGS[0], backGS[1], backGS[2], backGS[3], SMALL);06988// printButton("NEXT >>", nextGS[0], nextGS[1], nextGS[2], nextGS[3], SMALL);06989// printButton("SAVE", prSAVEgs[0], prSAVEgs[1], prSAVEgs[2], prSAVEgs[3], SMALL);06990// printButton("CANCEL", canCgs[0], canCgs[1], canCgs[2], canCgs[3], SMALL);0699106992printButton(print_text[0], backGS[0], backGS[1], backGS[2], backGS[3], SMALL);06993printButton(print_text[1], nextGS[0], nextGS[1], nextGS[2], nextGS[3], SMALL);06994printButton(print_text[2], prSAVEgs[0], prSAVEgs[1], prSAVEgs[2], prSAVEgs[3], SMALL);06995printButton(print_text[3], canCgs[0], canCgs[1], canCgs[2], canCgs[3], SMALL);0699606997setFont(SMALL, 0, 255, 0, 0, 0, 0);06998myGLCD.print(print_text[4], 15, 23);06999myGLCD.print(print_text[5], 15, 53);07000myGLCD.print(print_text[6], 15, 83);07001myGLCD.print(print_text[7], 15, 113);07002myGLCD.print(print_text[12], 15, 143);0700307004genSetSelect_2();07005}07006/************************ END OF GENERAL SETTINGS PAGE 2 SCREEN ***********************/0700707008/******* GENERAL SETTINGS PG3 SCREEN ************ dispScreen = 20 *********************/07009voidgeneralSettingsScreen_3()07010{07011// printHeader("View/Change General Settings: Page 3");07012PrintStringIndex=36;07013printHeader ();0701407015setFont(SMALL, 0, 255, 0, 0, 0, 0);07016// myGLCD.print("Detect Dallas Sensors", 25, 24);07017strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[6])));07018myGLCD.print(buffer, 24, 23);07019// myGLCD.print("Backup setting to SD Card", 5, 58);07020strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[7])));07021myGLCD.print(buffer, 5, 53);07022// myGLCD.print("Reset setting to DEFAULT", 5, 92);07023strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[8])));07024myGLCD.print(buffer, 5, 83);0702507026myGLCD.setColor(64, 64, 64);07027myGLCD.drawRect(0, 196, 319, 194);07028for(bytey=0; y<3; y++)07029{ myGLCD.drawLine(0, (y*30)+44, 319, (y*30)+44); }070300703107032myGLCD.setColor(0, 0, 255);07033myGLCD.fillRoundRect(205, 19, 305, 39);// detect07034myGLCD.fillRoundRect(205, 49, 305, 69);// backup07035myGLCD.fillRoundRect(205, 79, 305, 99);// reset0703607037myGLCD.setColor(255, 255, 255);07038myGLCD.drawRoundRect(205, 19, 305, 39);// detect07039myGLCD.drawRoundRect(205, 49, 305, 69);// backup07040myGLCD.drawRoundRect(205, 79, 305, 99);// reset0704107042setFont(SMALL, 255, 255, 255, 0, 0, 255);07043myGLCD.print("DETECT", 231, 23);07044myGLCD.print("BACKUP", 231, 53);07045myGLCD.print("RESET", 235, 83);0704607047bitClear(GlobalStatus1Byte,0);// reset bit for Y/N button0704807049printButton("<< BACK", backGS[0], backGS[1], backGS[2], backGS[3], SMALL);07050printButton("CANCEL", canCgs[0], canCgs[1], canCgs[2], canCgs[3], SMALL);07051}0705207053/******** CHANGE FAN TEMPS SCREEN ************* dispScreen = 16 ***********************/07054voidChangeFanTempsScreen(boolean refreshAll=false)07055{07056String deg;07057if(refreshAll)07058{07059if((setTempToBeginHeatsink1FanC==0) && (setTempScale==0))07060{ setTempToBeginHeatsink1FanC = 29.0;}//change to 29 deg C07061if((setTempToBeginHeatsink2FanC==0) && (setTempScale==0))07062{ setTempToBeginHeatsink2FanC = 29.0;}//change to 29 deg C07063if(((setTempToBeginHeatsink1FanF==0) || (setTempToBeginHeatsink1FanF==setTempToBeginHeatsink1FanC))07064&& (setTempScale==1))07065{ setTempToBeginHeatsink1FanF = 84.2;}//change to 84 deg F07066if(((setTempToBeginHeatsink2FanF==0) || (setTempToBeginHeatsink2FanF==setTempToBeginHeatsink2FanC))07067&& (setTempScale==1))07068{ setTempToBeginHeatsink2FanF = 84.2;}//change to 84 deg F0706907070if(setTempScale==1)07071{ temp2beHFan=setTempToBeginHeatsink1FanF;07072temp2beSFan=setTempToBeginHeatsink2FanF; }07073else07074{ temp2beHFan=setTempToBeginHeatsink1FanC;07075temp2beSFan=setTempToBeginHeatsink2FanC;}0707607077// printHeader("View/Change Fans Startup Temperatures");07078PrintStringIndex=32;07079printHeader ();07080myGLCD.setColor(64, 64, 64);07081myGLCD.drawRect(0, 73, 319, 75);07082myGLCD.drawRect(0, 73+60, 319, 75+60);0708307084setFont(SMALL, 0, 255, 0, 0, 0, 0);07085// myGLCD.print("Heatsink N1 FAN", CENTER, 20);07086strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[13])));07087myGLCD.print(buffer, CENTER, 20);07088// myGLCD.print("Heatsink N2 FAN", CENTER, 111);07089strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[14])));07090myGLCD.print(buffer, CENTER, 81);07091strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[17])));// sound alarm temp07092myGLCD.print(buffer, CENTER, 140);0709307094if(setTempScale==1)07095{ strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[16])));07096myGLCD.print(buffer, 231, 46);07097myGLCD.print(buffer, 231, 105);07098// myGLCD.print("(68.0--120.0)", CENTER, 177);07099strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[19])));07100myGLCD.print(buffer, 231, 164);07101}07102else07103{ strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[15])));07104myGLCD.print(buffer, 235, 46);07105myGLCD.print(buffer, 235, 105);07106// myGLCD.print("(20.0--50.0)", CENTER, 177);07107strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[18])));07108myGLCD.print(buffer, 235, 164);07109}0711007111printButton("-", HoodFanTm[0], HoodFanTm[1], HoodFanTm[2], HoodFanTm[3], LARGE);07112printButton("+", HoodFanTp[0], HoodFanTp[1], HoodFanTp[2], HoodFanTp[3], LARGE);07113printButton("-", SumpFanTm[0], SumpFanTm[1], SumpFanTm[2], SumpFanTm[3], LARGE);07114printButton("+", SumpFanTp[0], SumpFanTp[1], SumpFanTp[2], SumpFanTp[3], LARGE);07115printButton("-", SoundAlarmTm[0], SoundAlarmTm[1], SoundAlarmTm[2], SoundAlarmTm[3], LARGE);07116printButton("+", SoundAlarmTp[0], SoundAlarmTp[1], SoundAlarmTp[2], SoundAlarmTp[3], LARGE);0711707118myGLCD.setColor(64, 64, 64);07119myGLCD.drawRect(0, 196, 319, 194);07120printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);07121printButton("SAVE", prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3], SMALL);07122printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);07123}0712407125setFont(LARGE, 255, 255, 255, 0, 0, 0);07126myGLCD.printNumF(temp2beHFan, 1, 112, 45);07127if(setTempScale==1 && temp2beHFan <100 ) {myGLCD.print(" ",176, 45);}// Fan 107128myGLCD.printNumF(temp2beSFan, 1, 112, 103);07129if(setTempScale==1 && temp2beSFan <100 ) {myGLCD.print(" ",176, 103);}// Fan 207130if(setTempScale==0) {myGLCD.printNumF(setTempToSoundAlarmC, 1, 112, 162);}// display sound alarm temp07131if(setTempScale==1) { myGLCD.printNumF(setTempToSoundAlarmF, 1, 112, 162);}07132// }07133}07134/*************************** END OF CHANGE FAN TEMPS SCREEN ***************************/071350713607137/******** DIM LEDs AT TEMP SCREEN ************* dispScreen = 17 ***********************/07138voidDimLEDsAtTempScreen()07139{07140// printHeader("View/Change LEDs' Dimming Temperature");07141PrintStringIndex=33;07142printHeader ();0714307144setFont(SMALL, 0, 255, 0, 0, 0, 0);07145myGLCD.print("If temp reaches:", 39, 59);07146if(setTempScale==1) {myGLCD.print("F", 278, 59);}//Print deg C or deg F07147else{myGLCD.print("C", 278, 59);}07148/*07149String deg;07150if (setTempScale==1) {deg ="F";} //Print deg C or deg F07151else {deg = "C";}07152degC_F=deg;07153char bufferDeg[3];07154degC_F.toCharArray(bufferDeg,3);07155*/07156myGLCD.drawCircle(273, 61, 1);07157// myGLCD.print(bufferDeg, 278, 59);0715807159myGLCD.print("Dim the LEDs to:", 39, 140);07160myGLCD.print("%.", 273, 140);0716107162myGLCD.setColor(64, 64, 64);07163myGLCD.drawRoundRect(175, 31, 265, 96);07164drawUpButton(235, 36);07165drawDownButton(235, 66);07166myGLCD.setColor(64, 64, 64);07167myGLCD.drawRoundRect(175, 112, 265, 177);07168drawUpButton(235, 117);07169drawDownButton(235, 147);0717007171if(setTempScale==1)07172{ TempLEDsDimTemp=setLEDsDimTempF;}07173else{TempLEDsDimTemp=setLEDsDimTempC;}07174TempLEDsDimPercent=setLEDsDimPercent;07175setFont(LARGE, 0, 255, 0, 0, 0, 0);07176myGLCD.printNumI(TempLEDsDimTemp, 181, 55);0717707178myGLCD.printNumI(TempLEDsDimPercent, 181, 136);0717907180myGLCD.setColor(64, 64, 64);07181myGLCD.drawRect(0, 196, 319, 194);07182printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);07183printButton("SAVE", prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3], SMALL);07184printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);07185}07186/*************************** END OF DIM LEDs AT TEMP SCREEN ***************************/071870718807189/***** SET SCREENSAVER WAIT TIME SCREEN ********** dispScreen = 18 ********************/07190voidScreensaverSettingsScreen()07191{07192// printHeader("View/Change Screensaver Settings");07193PrintStringIndex=34;07194printHeader ();0719507196myGLCD.setColor(64, 64, 64);07197myGLCD.drawLine(0, 45, 319, 45);07198myGLCD.drawLine(0, 76, 319, 76);07199myGLCD.drawLine(0, 107, 319, 107);07200myGLCD.drawRoundRect(115, 102+10, 205, 167+10);07201myGLCD.drawRect(0, 196, 319, 194);0720207203setFont(SMALL, 0, 255, 0, 0, 0, 0);0720407205myGLCD.print(print_text[13], 10, 24);07206myGLCD.print(print_text[14], 10, 55);07207myGLCD.print(print_text[17], 10, 86);07208myGLCD.print(print_text[15], 67, 130+10);07209myGLCD.print(print_text[16], 213, 130+10);07210// myGLCD.print("Choose ScreenSaver type", 10, 24);07211// myGLCD.print("Screen Lock ON/OFF", 10, 55);07212// myGLCD.print("Wait:", 67, 130);07213// myGLCD.print("minutes", 213, 130);07214drawUpButton(175, 107+10);07215drawDownButton(175, 137+10);0721607217if(setLockScreen==1)// ON/OFF Screensaver lock function07218{printButton(" ON ", 206, 51, 260, 71, SMALL); }07219else07220{ printButton(" OFF", 206, 51, 260, 71, SMALL); }0722107222setFont(LARGE, 0, 255, 0, 0, 0, 0);07223TempSSminutes=setSSmintues;07224if(TempSSminutes>=10)07225{ myGLCD.printNumI(TempSSminutes, 129, 126+10);}// prins screen saver time07226else{ myGLCD.printNumI(TempSSminutes, 137, 126+10);}0722707228printButton("<< BACK", back[0], back[1], back[2], back[3], SMALL);07229printButton("SAVE", prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3], SMALL);07230printButton("CANCEL", canC[0], canC[1], canC[2], canC[3], SMALL);0723107232ScreensaverSelect();07233}07234/********************** END OF SET SCREENSAVER WAIT TIME SCREEN ***********************/0723507236intPlusMinusCount ( boolean refreshAll,intXShift,intYShift,intMin,intMax,intStep,intPlsMnsCount=0 )// increase/decrease all values counter07237{07238/*07239int XShift - X fist left "-" button coordinate07240int YShift Y fist left "-" button coordinate07241byte ButDist - distence between "-" and "+" buttons07242int Min - minimum value of counter07243int Max - maximum counter07244int Step - step07245int PlsMnsCount - input/output value07246*/07247byteButDist = 90;// distanse beetween +/- buttons07248if(refreshAll ==true){07249myGLCD.setColor(255, 255, 255);07250myGLCD.drawRoundRect (ButMns[0]+XShift-2, ButMns[1]+YShift-2, ButMns[2]+XShift+ButDist+2, ButMns[3]+YShift+2);0725107252printButton("-", (ButMns[0]+XShift), (ButMns[1]+YShift), (ButMns[2]+XShift), (ButMns[3]+YShift), SMALL);07253printButton("+", (ButMns[0]+XShift+ButDist), (ButMns[1]+YShift), (ButMns[2]+XShift+ButDist), (ButMns[3]+YShift), SMALL);07254}0725507256if(x>=(ButMns[0]+XShift) && x<=(ButMns[2]+XShift) && y>=(ButMns[1]+YShift) && y<=(ButMns[3]+YShift))//press "-"07257{ waitForIt_Wo_Touch(ButMns[0]+XShift, ButMns[1]+YShift, ButMns[2]+XShift, ButMns[3]+YShift);07258PlsMnsCount -= Step;07259if(PlsMnsCount > Max) {PlsMnsCount = Min;}07260if(PlsMnsCount < Min) {PlsMnsCount = Max;}07261}0726207263if(x>=(ButMns[0]+XShift+ButDist) && x<=(ButMns[2]+XShift+ButDist) && y>=(ButMns[1]+YShift) && y<=(ButMns[3]+YShift))//press "+"07264{ waitForIt_Wo_Touch(ButMns[0]+XShift+ButDist, ButMns[1]+YShift, ButMns[2]+XShift+ButDist, ButMns[3]+YShift);07265PlsMnsCount += Step;07266if(PlsMnsCount > Max) {PlsMnsCount = Min;}07267if(PlsMnsCount < Min) {PlsMnsCount = Max;}07268}0726907270setFont(LARGE, 255, 255, 255, 0, 0, 0);07271myGLCD.print(" ", (((ButMns[2]+XShift)+(ButMns[0]+XShift+ButDist))/2-24),ButMns[1]+YShift+3);07272if(PlsMnsCount >=0 && PlsMnsCount <10 ) {myGLCD.printNumI(PlsMnsCount,(((ButMns[2]+XShift)+(ButMns[0]+XShift+ButDist))/2-8),ButMns[1]+YShift+3);}07273if(PlsMnsCount >=10 && PlsMnsCount <100) {myGLCD.printNumI(PlsMnsCount, (((ButMns[2]+XShift)+(ButMns[0]+XShift+ButDist))/2-16),ButMns[1]+YShift+3);}07274if(PlsMnsCount >=100) {myGLCD.printNumI(PlsMnsCount, (((ButMns[2]+XShift)+(ButMns[0]+XShift+ButDist))/2-24),ButMns[1]+YShift+3);}07275returnPlsMnsCount;0727607277}0727807279//************************ Weather Function start *********************07280voidwthScreen (boolean refreshAll=false) {// control weather main csreen0728107282if(refreshAll){07283PrintStringIndex=37;// config clouds.... header07284printHeader ();0728507286myGLCD.setColor(64, 64, 64);07287myGLCD.drawRect(0, 196, 319, 194);07288for(bytey=0; y<3; y++)07289{ myGLCD.drawLine(0, (y*30)+44, 319, (y*30)+44); }0729007291printButton(print_text[0], backGS[0], backGS[1], backGS[2], backGS[3], SMALL);// "Back"07292printButton(print_text[3], canCgs[0], canCgs[1], canCgs[2], canCgs[3], SMALL);// "Cancel"0729307294setFont(SMALL, 0, 255, 0, 0, 0, 0);07295myGLCD.print(print_text[18], 15, 23);// Clouds07296myGLCD.print(print_text[19], 15, 53);// ThuderStorm07297myGLCD.print(print_text[20], 15, 83);// Test Weather0729807299}0730007301if(clouDonOff == 0)07302{ printButton(print_text[23], CloudCtrlON[0], CloudCtrlON[1], CloudCtrlON[2], CloudCtrlON[3], SMALL);//"OFF"07303printButton(print_text[21], CloudCtrl[0], CloudCtrl[1], CloudCtrl[2], CloudCtrl[3], SMALL, GREY_BAC);//"Setting"07304printButton(print_text[23], StormCtrlON[0], StormCtrlON[1], StormCtrlON[2], StormCtrlON[3], SMALL, GREY_BAC);//"OFF"07305printButton(print_text[21], StormCtrl[0], StormCtrl[1], StormCtrl[2], StormCtrl[3], SMALL, GREY_BAC);//"Setting"07306}07307else{07308printButton(print_text[22], CloudCtrlON[0], CloudCtrlON[1], CloudCtrlON[2], CloudCtrlON[3], SMALL);//"ON"07309printButton(print_text[21], CloudCtrl[0], CloudCtrl[1], CloudCtrl[2], CloudCtrl[3], SMALL);//"Setting" (BLUE_BAC)07310}0731107312if(storMonOff==0 & clouDonOff == 1)07313{07314printButton(print_text[23], StormCtrlON[0], StormCtrlON[1], StormCtrlON[2], StormCtrlON[3], SMALL);//"OFF"07315printButton(print_text[21], StormCtrl[0], StormCtrl[1], StormCtrl[2], StormCtrl[3], SMALL, GREY_BAC);//"Setting"07316}07317if(storMonOff==1 & clouDonOff == 1)07318{07319printButton(print_text[22], StormCtrlON[0], StormCtrlON[1], StormCtrlON[2], StormCtrlON[3], SMALL);//"ON"07320printButton(print_text[21], StormCtrl[0], StormCtrl[1], StormCtrl[2], StormCtrl[3], SMALL);//"Setting" (BLUE_BAC)07321}073220732307324if(bitRead(GlobalStatus3Byte,0) == 1){07325printButton(print_text[39], StormCtrl[0], StormCtrl[1]+30, StormCtrl[2], StormCtrl[3]+30, SMALL, GREEN_BAC);}//"Start" (BLUE_BAC)07326else{ printButton(print_text[40], StormCtrl[0], StormCtrl[1]+30, StormCtrl[2], StormCtrl[3]+30, SMALL);}//"Stop" (BLUE_BAC)0732707328}0732907330//******************** Cloud setting **************************** dispScreen = 26 */07331voidclouDScreen(boolean refreshAll=false) {07332if(refreshAll){07333PrintStringIndex=38;07334printHeader ();0733507336myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey07337myGLCD.drawRect(0, 80, 319, 74);07338myGLCD.drawRect(0, 114, 319, 114);07339myGLCD.drawRect(0, 154, 319, 154);07340myGLCD.drawRect(0, 194, 319, 194);07341myGLCD.drawRect(0, 196, 319, 196);0734207343setFont(SMALL, 0, 255, 0, 0, 0, 0);07344myGLCD.print(print_text[24], 8, 20);07345myGLCD.print(print_text[25], 8, 32);07346myGLCD.print(print_text[26], 8, 44);0734707348myGLCD.print(print_text[27], 8, 83);//cloud/day07349myGLCD.print(print_text[28], 8, 98);0735007351myGLCD.print(print_text[29], 8, 116);//duration07352myGLCD.print(print_text[30], 8, 128);07353myGLCD.print(print_text[31], 8, 141);0735407355myGLCD.print(print_text[32], 8, 160);// quantity day in week07356myGLCD.print(print_text[33], 8, 173);0735707358// ----------------------- display values ---------------------07359PlusMinusCount (true, 200, 88, 1, 5, 1, CloudDayQantity);// quant Cloud/day07360PlusMinusCount (true, 200, 124, 15, 90, 1, CloudDuration);//duration one cloud period07361PlusMinusCount (true, 200, 163, 1, 7, 1, CloudWeekQantity);// week cloudy day073620736307364printButton(print_text[0], backGS[0], backGS[1], backGS[2], backGS[3], SMALL);// "Back"07365printButton(print_text[3], canCgs[0], canCgs[1], canCgs[2], canCgs[3], SMALL);// "Cancel"07366printButton(print_text[2], prSAVEgs[0], prSAVEgs[1], prSAVEgs[2], prSAVEgs[3], SMALL);// Save07367}07368}0736907370//******************** Storm setting **************************** dispScreen = 27 */07371voidstorMScreen(boolean refreshAll=false) {07372if(refreshAll){07373PrintStringIndex=39;07374printHeader ();0737507376myGLCD.setColor(64, 64, 64);//Draw Dividers in Grey07377myGLCD.drawRect(0, 80, 319, 74);07378myGLCD.drawRect(0, 114, 319, 114);07379myGLCD.drawRect(0, 154, 319, 154);07380myGLCD.drawRect(0, 194, 319, 194);07381myGLCD.drawRect(0, 196, 319, 196);0738207383setFont(SMALL, 0, 255, 0, 0, 0, 0);07384myGLCD.print(print_text[34], 8, 20);07385myGLCD.print(print_text[35], 8, 32);0738607387myGLCD.print(print_text[36], 8, 74+9);//maximum duration07388myGLCD.print(print_text[37], 8, 74+7+12+5);0738907390myGLCD.print(print_text[38], 8, 128);//storm at night0739107392// ----------------------- display values ---------------------0739307394PlusMinusCount (true, 200, 88, 1, 10, 1, timGROZtmp);// storm duration073950739607397if(NightGR==1)// Storm on/off07398{ printButton(print_text[22], StormCtrlONNight[0], StormCtrlONNight[1], StormCtrlONNight[2], StormCtrlONNight[3], SMALL); }//"ON"0739907400else{ printButton(print_text[23], StormCtrlONNight[0], StormCtrlONNight[1], StormCtrlONNight[2], StormCtrlONNight[3], SMALL); }//"OFF"0740107402printButton(print_text[0], backGS[0], backGS[1], backGS[2], backGS[3], SMALL);// "Back"07403printButton(print_text[3], canCgs[0], canCgs[1], canCgs[2], canCgs[3], SMALL);// "Cancel"07404printButton(print_text[2], prSAVEgs[0], prSAVEgs[1], prSAVEgs[2], prSAVEgs[3], SMALL);// Save07405}07406}0740707408voidwheaterDim ()07409{07410if((clouDonOff ==1) && (weeStart==1)) {// start process, decrease brigthness to DimCloudMin (default 10%)07411DecreaseBrightness ();07412if(DimCloud < DimCloudMin) { bitSet(GlobalStatus3Byte,1); weeStart= 0 ; DimCloudMax = random (50,100);07413//Serial.print("max1="); Serial.println(DimCloudMax);07414}// end start, next mode - random07415}0741607417if((clouDonOff ==1) && (weeStart==0)) {// random mode, increase/ decrease beetween DimCloudMax/DimCloudMin07418if(bitRead(GlobalStatus3Byte,1) == 1) { IncreaseBrightness ();07419if(DimCloud >= DimCloudMax) { bitClear(GlobalStatus3Byte,1); DimCloudMin = random (12,50);07420//Serial.print("min="); Serial.println(DimCloudMin);07421}07422}else{DecreaseBrightness ();07423if(DimCloud < DimCloudMin) { bitSet(GlobalStatus3Byte,1); DimCloudMax = random (50,100);07424//Serial.print("max="); Serial.println(DimCloudMax);07425}07426}07427}07428if((clouDonOff ==1) && (weeStart==2)) {// end process encrease to DimCloudMax =10007429IncreaseBrightness ();07430if(DimCloud >= 100) { clouDonOff=0 ;07431if(dispScreen== 25) {07432printButton(print_text[40], StormCtrl[0], StormCtrl[1]+30, StormCtrl[2], StormCtrl[3]+30, SMALL);}//"Stop" (BLUE_BAC)07433}07434}07435if(clouDonOff ==1) {PercentDimLW = DimCloud*0.01;}07436}0743707438voidDecreaseBrightness ()07439{// 3min from 100% to 10%07440/*07441if ((w_out >=1500) && (w_out <=2200) ) {DimCloud = DimCloud -1.25 ; } // 2-0.507442if ((w_out >=1000) && (w_out <1500) ) {DimCloud = DimCloud -0.75 ; }07443if ((w_out >=500) && (w_out <1000) ) {DimCloud = DimCloud -0.5 ; }07444if ((w_out >=250) && (w_out <500) ) {DimCloud = DimCloud -0.25 ; }07445if (w_out <250 ) {DimCloud = DimCloud -0.13 ; }0744607447if ((w_out >=1750) && (w_out <2100) ) {RampRatio = 1;}07448if ((w_out >=1500) && (w_out <1750) ) {RampRatio = 1;}07449if ((w_out >=1250) && (w_out <1500) ) {RampRatio = 1.2;}07450if ((w_out >=1000) && (w_out <1250) ) {RampRatio = 1.5;}07451if ((w_out >=750) && (w_out <1000) ) {RampRatio = 2;}07452if ((w_out >=500) && (w_out <750) ) {RampRatio = 2.2;}07453if ((w_out >=250) && (w_out <500) ) {RampRatio = 2.5;}07454if (w_out <250 ) {RampRatio = 2.7;}07455*/07456// 2min 40sec 100% to 10% // delta100%->10% |70% ->10% |45% ->10% |25%->10%07457if((wled_out >=1750) && (wled_out <2100) ) {DimCloud = DimCloud -1.60*RampRatio ; }// d=3207458if((wled_out >=1500) && (wled_out <1750) ) {DimCloud = DimCloud -1.30*RampRatio ; }// d=2607459if((wled_out >=1250) && (wled_out <1500) ) {DimCloud = DimCloud -1.00*RampRatio ; }// d=20 d=1707460if((wled_out >=1000) && (wled_out <1250) ) {DimCloud = DimCloud -0.75*RampRatio ; }// d=15 d=1207461if((wled_out >=750) && (wled_out <1000) ) {DimCloud = DimCloud -0.50*RampRatio ; }// d=10 d=8 d=907462if((wled_out >=500) && (wled_out <750) ) {DimCloud = DimCloud -0.35*RampRatio ; }// d=8 d=8 d=907463if((wled_out >=250) && (wled_out <500) ) {DimCloud = DimCloud -0.25*RampRatio ; }// d=5 d=5 d=4 d=207464if(wled_out <250 ) {DimCloud = DimCloud -0.18*RampRatio ; }// d=2 d=3 d=3 d=20746507466}0746707468voidIncreaseBrightness ()07469{07470if((wled_out >=1750) && (wled_out <2100) ) {DimCloud = DimCloud +1.60*RampRatio ; }07471if((wled_out >=1500) && (wled_out <1750) ) {DimCloud = DimCloud +1.30*RampRatio ; }07472if((wled_out >=1250) && (wled_out <1500) ) {DimCloud = DimCloud +1.00*RampRatio ; }07473if((wled_out >=1000) && (wled_out <1250) ) {DimCloud = DimCloud +0.75*RampRatio ; }07474if((wled_out >=750) && (wled_out <1000) ) {DimCloud = DimCloud +0.5*RampRatio ; }07475if((wled_out >=500) && (wled_out <750) ) {DimCloud = DimCloud +0.35*RampRatio ; }07476if((wled_out >=250) && (wled_out <500) ) {DimCloud = DimCloud +0.25*RampRatio ; }07477if(wled_out <250 ) {DimCloud = DimCloud +0.18*RampRatio ; }07478}0747907480voidRampRatioCalc()07481{if((wled_out >=1750) && (wled_out <2100) ) {RampRatio = 1;}07482if((wled_out >=1500) && (wled_out <1750) ) {RampRatio = 1;}07483if((wled_out >=1250) && (wled_out <1500) ) {RampRatio = 1.2;}07484if((wled_out >=1000) && (wled_out <1250) ) {RampRatio = 1.5;}07485if((wled_out >=750) && (wled_out <1000) ) {RampRatio = 2;}07486if((wled_out >=500) && (wled_out <750) ) {RampRatio = 2.2;}07487if((wled_out >=250) && (wled_out <500) ) {RampRatio = 2.5;}07488if(wled_out <250 ) {RampRatio = 2.7;}07489}0749007491voidtimeStartOBL () {// опрос таймеров на погоду07492if(weezON==0) {kk1=0; kk2=0; kk3=0; kk4=0; kk5=0;}0749307494if(timOBL1 !=0) {07495if((min_cnt >=timOBL1) && (min_cnt < timOBL1+deltaOBL1)) {kf1=0;if(kk1==0) {if(weezON==1) {DimCloud=dimmW;}else{DimCloud=100;} valHH=1; valueH1=8; weeStart=1; weezON=1; kk1=1;}}07496if((min_cnt >= timOBL1+deltaOBL1)&&(kf1==0)) { weeStart=2; DimCloud=dimmW; kf1=1;07497if(tew==1) { timOBL1 = timOBL1temp; deltaOBL1 = deltaOBL1temp;07498timerGR1 = timerGR1temp; deltaGR1 = deltaGR1temp; tew=0; } } }0749907500//Serial.print ("timOBL1="); Serial.println (timOBL1);0750107502/*07503if (timOBL2 !=0) {07504if ((timer >=timOBL2) && (timer < timOBL2+deltaOBL2)) {kf2=0; if (kk2==0) { if (weezON==1) {DimCloud=dimmW;} else {DimCloud=100;} valHH=1; valueH1=8; weeStart=1; weezON=1; kk2=1;}}07505if ((timer >= timOBL2+deltaOBL2)&&(kf2==0)) { weeStart=2; DimCloud=dimmW; kf2=1;} }0750607507if (timOBL3 !=0) {07508if ((timer >=timOBL3) && (timer < timOBL3+deltaOBL3)) {kf3=0; if (kk3==0) { if (weezON==1) {DimCloud=dimmW;} else {DimCloud=100;} valHH=1; valueH1=8; weeStart=1; weezON=1; kk3=1;}}07509if ((timer >= timOBL3+deltaOBL3)&&(kf3==0)) { weeStart=2; DimCloud=dimmW; kf3=1;} }0751007511if (timOBL4 !=0) {07512if ((timer >=timOBL4) && (timer < timOBL4+deltaOBL4)) {kf4=0; if (kk4==0) { if (weezON==1) {DimCloud=dimmW;} else {DimCloud=100;} valHH=1; valueH1=8; weeStart=1; weezON=1; kk4=1;}}07513if ((timer >= timOBL4+deltaOBL4)&&(kf4==0)) { weeStart=2; DimCloud=dimmW; kf4=1;} }0751407515if (timOBL5 !=0) {07516if ((timer >=timOBL5) && (timer < timOBL5+deltaOBL5)) {kf5=0; if (kk5==0) { if (weezON==1) {DimCloud=dimmW;} else {DimCloud=100;} valHH=1; valueH1=8; weeStart=1; weezON=1; kk5=1;}}07517if ((timer >= timOBL5+deltaOBL5)&&(kf5==0)) { weeStart=2; DimCloud=dimmW; kf5=1;} }07518*/07519// Гроза (молнии)07520if(timerGR1 !=0) {07521if((timer >= timerGR1) && (timer < timerGR1+deltaGR1)) {if(kfg1==1) { GROZA=1; } kfg1=0; }07522if((timer >= timerGR1+deltaGR1)&&(kfg1==0)) {GROZA=0; valHH=1; valueH1=8; kfg1=1; } }07523if(timerGR2 !=0) {07524if((timer >= timerGR2) && (timer < timerGR2+deltaGR2)) {if(kfg2==1) { GROZA=1; } kfg2=0; }07525if((timer >= timerGR2+deltaGR2)&&(kfg2==0)) {GROZA=0; valHH=1; valueH1=8; kfg2=1; } }07526if(timerGR3 !=0) {07527if((timer >= timerGR3) && (timer < timerGR3+deltaGR3)) {if(kfg3==1) { GROZA=1; } kfg3=0; }07528if((timer >= timerGR3+deltaGR3)&&(kfg3==0)) {GROZA=0; valHH=1; valueH1=8; kfg3=1; } }07529if(timerGR4 !=0) {07530if((timer >= timerGR4) && (timer < timerGR4+deltaGR4)) {if(kfg4==1) { GROZA=1; } kfg4=0; }07531if((timer >= timerGR4+deltaGR4)&&(kfg4==0)) {GROZA=0; valHH=1; valueH1=8; kfg4=1; } }07532if(timerGR5 !=0) {07533if((timer >= timerGR5) && (timer < timerGR5+deltaGR5)) {if(kfg5==1) { GROZA=1; } kfg5=0; }07534if((timer >= timerGR5+deltaGR5)&&(kfg5==0)) {GROZA=0; valHH=1; valueH1=8; kfg5=1; } }07535if(timerGR6 !=0) {07536if((timer >= timerGR6) && (timer < timerGR6+deltaGR6)) {if(kfg6==1) { GROZA=1; } kfg6=0; }07537if((timer >= timerGR6+deltaGR6)&&(kfg6==0)) {GROZA=0; valHH=1; valueH1=8; kfg6=1; } }07538}0753907540voidCalcCoud()07541{07542intcloudDayFromTo;07543intTempX;07544//byte TempY;0754507546calculateStartTime();// calculate SUNRISE Time07547calculateStopTime();// calculate SUNSET Time07548cloudDayFromTo = (StopTime*15 - StartTime*15) - 60;// -60min, end cloud 60min before sunset07549TempX = cloudDayFromTo/CloudDayQantity;0755007551Serial.println(StartTime*15);07552Serial.println(StopTime*15);07553Serial.println(TempX);0755407555for(inti=0; i<CloudDayQantity; i++)07556{intTempY;07557// TempY= ((StartTime*15)+ TempX*i);07558TempY= random(((StartTime*15)+ TempX*i), (((StartTime*15)+ TempX*i)+ TempX));0755907560Serial.println(TempY);07561}0756207563//CloudDayQantity07564//CloudDuration07565//CloudWeekQantity075660756707568}07569voidplanPOG () {// планирование погоды0757007571OBLday = dayOBL[dayL];0757207573timOBL1=0; timOBL2=0; timOBL3=0; timOBL4=0; timOBL5=0;// планирование погоды на день07574inttOBL_1=0;07575inttOBL_2=0;07576inttOBL_3=0;07577inttOBL_4=0;07578OBLday = 7;07579dimmW = random(30,60);0758007581if((timOBL == 1)&&(OBLday !=0)) { tOBL_1 = random(1,6);}07582if((timOBL == 2)&&(OBLday !=0)) { tOBL_1 = random(1,6); tOBL_2 = random(1,6); }07583if((timOBL == 3)&&(OBLday !=0)) { tOBL_1 = random(1,6); tOBL_2 = random(1,6); tOBL_3 = random(1,6); }07584if((timOBL == 4)&&(OBLday !=0)) { tOBL_1 = random(1,6); tOBL_2 = random(1,6); tOBL_3 = random(1,6); tOBL_4 = random(1,6);}0758507586// cloud for one day07587// timOBL cloud counter 1..507588// timOBL1....timOBL5 cloud start time07589// deltaOBL cloud duration0759007591if((tOBL_1 == 1)||(tOBL_2 == 1)||(tOBL_3 == 1)||(tOBL_4 == 1)) {timOBL1 = random(600,720); deltaOBL1 = random(5,deltaOBL); }07592if((tOBL_1 == 2)||(tOBL_2 == 2)||(tOBL_3 == 2)||(tOBL_4 == 2)) {timOBL2 = random(720,840); deltaOBL2 = random(5,deltaOBL); }07593if((tOBL_1 == 3)||(tOBL_2 == 3)||(tOBL_3 == 3)||(tOBL_4 == 3)) {timOBL3 = random(840,960); deltaOBL3 = random(5,deltaOBL); }07594if((tOBL_1 == 4)||(tOBL_2 == 4)||(tOBL_3 == 4)||(tOBL_4 == 4)) {timOBL4 = random(960,1080); deltaOBL4 = random(5,deltaOBL); }07595if((tOBL_1 == 5)||(tOBL_2 == 5)||(tOBL_3 == 5)||(tOBL_4 == 5)) {timOBL5 = random(1080,1200); deltaOBL5 = random(5,deltaOBL); }0759607597if(timOBL == 5) {07598timOBL1 = random(600,720); deltaOBL1 = random(5,deltaOBL);// 10-12 hour07599timOBL2 = random(720,840); deltaOBL2 = random(5,deltaOBL);// 12-1407600timOBL3 = random(840,960); deltaOBL3 = random(5,deltaOBL);// 14-1607601timOBL4 = random(960,1080); deltaOBL4 = random(5,deltaOBL);// 16-1807602timOBL5 = random(1080,1200); deltaOBL5 = random(5,deltaOBL);// 18-2007603}0760407605Serial.print ("timOBL=");Serial.println (timOBL);07606Serial.print ("timOBL1=");Serial.println (timOBL1);07607Serial.print ("timOBL2=");Serial.println (timOBL2);07608Serial.print ("timOBL3=");Serial.println (timOBL3);07609Serial.print ("timOBL4=");Serial.println (timOBL4);07610Serial.print ("timOBL5=");Serial.println (timOBL5);07611Serial.print ("tOBL_1=");Serial.println (tOBL_1);07612076130761407615// Панирование грозы07616GR1=0; GR2=0; GR3=0; GR4=0; GR5=0; GR6=0;07617timerGR1=0; timerGR2=0; timerGR3=0; timerGR4=0; timerGR5=0; timerGR6=0;0761807619if(stormGR==1) {07620if(random(0,2)==1) {GROZAday=1;}else{GROZAday=0;}// решается, будет гроза сегодня или нет0762107622if((timOBL1 != 0)&&(GROZAday==1)) {if(random(0,3) !=1) {GR1=1; timerGR1=timOBL1+deltaOBL1/2;// решается, будет гроза или нет (в облачночть 1)07623deltaGR1=random(1,timGROZ); }}07624if((timOBL2 != 0)&&(GROZAday==1)) {if(random(0,3) !=1) {GR2=1; timerGR2=timOBL2+deltaOBL2/2;07625deltaGR2=random(1,timGROZ); }}07626if((timOBL3 != 0)&&(GROZAday==1)) {if(random(0,3) !=1) {GR3=1; timerGR3=timOBL3+deltaOBL3/2;07627deltaGR3=random(1,timGROZ); }}07628if((timOBL4 != 0)&&(GROZAday==1)) {if(random(0,3) !=1) {GR4=1; timerGR4=timOBL4+deltaOBL4/2;07629deltaGR4=random(1,timGROZ); }}07630if((timOBL5 != 0)&&(GROZAday==1)) {if(random(0,3) !=1) {GR5=1; timerGR5=timOBL5+deltaOBL5/2;07631deltaGR5=random(1,timGROZ); }}0763207633if(GROZANight==1) {if(random(0,2)==1) { GR6=1;07634timerGR6=random(2, 600); deltaGR6=random(1,timGROZ);}}// Гроза ночью07635}}0763607637voidplanPOG_ned() {// планирование облаков на неделю0763807639for(inti=1; i<8; i++) {dayOBL[i]=0;}// обнулеение массива дней облаков (недели) и планирование погоды (облаков) на неделю07640bytepo1=0, po2=0, po3=0, po4=0;07641if(razOBL==1) { po1=random(1,8); dayOBL[po1]=1; }07642if(razOBL==2) { po1=random(1,4); po2=random(4,8); dayOBL[po1]=1; dayOBL[po2]=1; }0764307644if(razOBL==3) { po1=random(1,4); po2=random(4,8); po3=random(1,8); dayOBL[po1]=1; dayOBL[po2]=1; dayOBL[po3]=1; }07645if(razOBL==4) { po1=random(1,4); po2=random(4,8); po3=random(1,8); po4=random(1,8); dayOBL[po1]=1; dayOBL[po2]=1; dayOBL[po3]=1; dayOBL[po4]=1; }0764607647if((razOBL==5)||(razOBL==6)||(razOBL==7)) {for(inti=1; i<=7; i++) {dayOBL[i]=1; }07648if(razOBL==5) {po1=random(1,4); po2=random(4,8); dayOBL[po1] =0; dayOBL[po2] =0; }07649if(razOBL==6) {po1=random(1,8); dayOBL[po1] =0; } }07650}07651076520765307654/************************************ TOUCH SCREEN ************************************/07655voidprocessMyTouch()07656{07657myTouch.read();07658// x=myTouch.getX();07659// y=myTouch.getY();0766007661#ifdef Mirror_X07662x=320-myTouch.getX();07663#else07664x=myTouch.getX();07665#endif0766607667#ifdef Mirror_Y07668y=240-myTouch.getY();07669#else07670y=myTouch.getY();07671#endif076720767307674returnTimer=0;07675screenSaverCounter=0;0767607677if((x>=canC[0]) && (x<=canC[2]) && (y>=canC[1]) && (y<=canC[3])//press cancel07678&& (dispScreen!=0) && (dispScreen!=5) && (dispScreen!=6) && (dispScreen!=8)07679&& (dispScreen!=9) && (dispScreen!=11) && (dispScreen!=14) && (dispScreen!=15)07680&& (dispScreen!=20) && (dispScreen!=26) && (dispScreen!=27))07681{07682waitForIt(canC[0], canC[1], canC[2], canC[3]);07683// waveMakerOff = false;07684dispScreen=0;07685clearScreen();07686mainScreen(true);07687}else07688if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3])//press back07689&& (dispScreen!=0) && (dispScreen!=1) && (dispScreen!=2) && (dispScreen!=5) && (dispScreen!=6)07690&& (dispScreen!=8) && (dispScreen!=9) && (dispScreen!=11) && (dispScreen!=13)07691&& (dispScreen!=14) && (dispScreen!=15) && (dispScreen!=16) && (dispScreen!=17)07692&& (dispScreen!=18) && (dispScreen!=20) && (dispScreen!=21) && (dispScreen!=22) && (dispScreen!=23) && (dispScreen!=26) && (dispScreen!=27))07693{07694waitForIt(back[0], back[1], back[2], back[3]);07695// waveMakerOff = false;07696dispScreen=1;07697clearScreen();07698menuScreen();07699}else0770007701{07702switch(dispScreen) {07703case0://--------------- MAIN SCREEN (Press Any Key) ---------------07704dispScreen=1;07705clearScreen();07706menuScreen();07707break;0770807709case1://--------------------- MENU SCREEN -------------------------0771007711if((x>=temC[0]) && (x<=temC[2]))//first column07712{07713/*07714if ((x>=tanD[0]) && (x<=tanD[2])) //first column07715{0771607717if ((y>=tanD[1]) && (y<=tanD[3])) //press Date & Clock Screen07718{07719waitForIt(tanD[0], tanD[1], tanD[2], tanD[3]);07720if ((timeDispH>=0) && (timeDispH<=11)) { AM_PM=1;}07721else { AM_PM=2;}07722dispScreen=2;07723clearScreen();07724clockScreen();07725t_temp = rtc.getTime();07726t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07727showDOW(t_temp.dow);07728}07729*/0773007731if((y>=temC[1]) && (y<=temC[3]))//press H2O Temp Control07732{07733waitForIt(temC[0], temC[1], temC[2], temC[3]);07734dispScreen=3;07735clearScreen();07736tempScreen(true);07737}0773807739if((y>=WeatCtrl[1]) && (y<=WeatCtrl[3]))//press Weather Control screen07740{07741waitForIt(WeatCtrl[0], WeatCtrl[1], WeatCtrl[2], WeatCtrl[3]);07742dispScreen=25;07743clearScreen();07744wthScreen(true);07745}0774607747/*07748if ((y>=gSet[1]) && (y<=gSet[3])) //press General Settings07749{07750waitForIt(gSet[0], gSet[1], gSet[2], gSet[3]);07751dispScreen=14;07752clearScreen();07753generalSettingsScreen_1();07754}07755*/0775607757if((y>=prsM[1]) && (y<=prsM[3]))//press PRESET XX button07758{07759waitForIt(prsM[0], prsM[1], prsM[2], prsM[3]);07760PresetSwitch();07761}07762}0776307764if((x>=tesT[0]) && (x<=tesT[2]))//second column07765{07766if((y>=tesT[1]) && (y<=tesT[3]))//press LED Testing page07767{07768waitForIt(tesT[0], tesT[1], tesT[2], tesT[3]);07769dispScreen=4;07770clearScreen();07771ledTestOptionsScreen();07772}07773if((y>=ledChM[1]) && (y<=ledChM[3]))//press Change LED values07774{07775waitForIt(ledChM[0], ledChM[1], ledChM[2], ledChM[3]);07776dispScreen=7;07777clearScreen();07778ledColorViewScreen();07779}0778007781if((y>=gSet[1]) && (y<=gSet[3]))//press General Settings07782{07783waitForIt(gSet[0], gSet[1], gSet[2], gSet[3]);07784dispScreen=14;07785clearScreen();07786generalSettingsScreen_1();07787}07788/*07789if ((y>=aFeed[1]) && (y<=aFeed[3])) //press Automatic Feeder screen07790{07791waitForIt(aFeed[0], aFeed[1], aFeed[2], aFeed[3]);07792dispScreen=12;07793clearScreen();07794autoFeederScreen();07795}07796if ((y>=about[1]) && (y<=about[3])) //press About sketch07797{07798waitForIt(about[0], about[1], about[2], about[3]);07799dispScreen=19;07800clearScreen();07801AboutScreen();07802}07803*/07804}07805break;0780607807case2://--------------- SET TIME AND DATE -------------------------07808/*07809if ((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3])) //press back07810{07811waitForIt(back[0], back[1], back[2], back[3]);07812dispScreen=14;07813clearScreen();07814generalSettingsScreen_1();07815}07816*/07817// else07818if((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3]))//press SAVE07819{07820waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);07821if(setTimeFormat==1)07822{07823if((rtcSetHr==0) && (AM_PM==2))07824{ rtcSetHr+=12;}07825if(((rtcSetHr>=1) && (rtcSetHr<=11)) && (AM_PM==2))07826{ rtcSetHr+=12;}07827if(((rtcSetHr>=12) && (rtcSetHr<=23)) && (AM_PM==1))07828{ rtcSetHr-=12;}07829}0783007831rtc.setTime(rtcSetHr, rtcSetMin, 0);07832rtc.setDate(rtcSetDy, rtcSetMon, rtcSetYr);07833dispScreen=14;07834clearScreen();07835generalSettingsScreen_1();07836}07837//-------------- change Hour/Min ----------------------07838else07839{07840if((y>=houU[1]) && (y<=houU[3]))//FIRST ROW (TIME UP)07841{07842if((x>=houU[0]) && (x<=houU[2]))//press hour up07843{07844// waitForIt(houU[0], houU[1], houU[2], houU[3]);07845waitForIt_Wo_Touch(houU[0], houU[1], houU[2], houU[3]);07846rtcSetHr++;07847if(rtcSetHr>=24)07848{ rtcSetHr=0; }07849}07850if((x>=minU[0]) && (x<=minU[2]))//press min up07851{07852// waitForIt(minU[0], minU[1], minU[2], minU[3]);07853waitForIt_Wo_Touch(minU[0], minU[1], minU[2], minU[3]);07854rtcSetMin++;07855if(rtcSetMin>=60) {rtcSetMin = 0; }07856}07857if((x>=ampmU[0]) && (x<=ampmU[2]) && (setTimeFormat==1))//press AMPM up07858{07859// waitForIt(ampmU[0], ampmU[1], ampmU[2], ampmU[3]);07860waitForIt_Wo_Touch(ampmU[0], ampmU[1], ampmU[2], ampmU[3]);07861if(AM_PM==1) {AM_PM=2;}07862else{AM_PM=1;}07863}07864clockScreen(false);07865}07866if((y>=houD[1]) && (y<=houD[3]))//SECOND ROW (TIME DOWN)07867{07868if((x>=houD[0]) && (x<=houD[2]))//press hour down07869{07870// waitForIt(houD[0], houD[1], houD[2], houD[3]);07871waitForIt_Wo_Touch(houD[0], houD[1], houD[2], houD[3]);07872rtcSetHr--;07873if(rtcSetHr<0)07874{ rtcSetHr=23; }07875}07876if((x>=minD[0]) && (x<=minD[2]))//press min down07877{07878// waitForIt(minD[0], minD[1], minD[2], minD[3]);07879waitForIt_Wo_Touch(minD[0], minD[1], minD[2], minD[3]);07880rtcSetMin--;07881if(rtcSetMin<0) {rtcSetMin = 59; }07882}07883if((x>=ampmD[0]) && (x<=ampmD[2]) && (setTimeFormat==1))//press AMPM down07884{07885// waitForIt(ampmD[0], ampmD[1], ampmD[2], ampmD[3]);07886waitForIt_Wo_Touch(ampmD[0], ampmD[1], ampmD[2], ampmD[3]);07887if(AM_PM==1) {AM_PM=2;}07888else{AM_PM=1;}07889}07890clockScreen(false);07891}0789207893//-------------- change Day/Mouth/Year ----------------------0789407895if((y>=dayU[1]) && (y<=dayU[3]))//THIRD ROW (DATE UP)07896{07897if(setCalendarFormat==0)//DD/MM/YYYY Format07898{07899if((x>=dayU[0]) && (x<=dayU[2]))//press day up07900{07901// waitForIt(dayU[0], dayU[1], dayU[2], dayU[3]);07902waitForIt_Wo_Touch(dayU[0], dayU[1], dayU[2], dayU[3]);07903rtcSetDy++;07904rtcSetDy=validateDate(rtcSetDy, rtcSetMon, rtcSetYr);07905t_temp = rtc.getTime();07906t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07907showDOW(t_temp.dow);07908}07909if((x>=monU[0]) && (x<=monU[2]))//press month up07910{07911// waitForIt(monU[0], monU[1], monU[2], monU[3]);07912waitForIt_Wo_Touch(monU[0], monU[1], monU[2], monU[3]);07913rtcSetMon++;07914if(rtcSetMon>12) {rtcSetMon=1;}//#oleg07915rtcSetDy=validateDateForMonth(rtcSetDy, rtcSetMon, rtcSetYr);07916t_temp = rtc.getTime();07917t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07918showDOW(t_temp.dow);07919}07920}else{07921if(setCalendarFormat==1)//MM/DD/YYYY Format07922{07923if((x>=dayU[0]) && (x<=dayU[2]))//press month up07924{07925// waitForIt(dayU[0], dayU[1], dayU[2], dayU[3]);07926waitForIt_Wo_Touch(dayU[0], dayU[1], dayU[2], dayU[3]);07927rtcSetMon++;07928if(rtcSetMon>12) {rtcSetMon=1;}//#oleg07929rtcSetDy=validateDateForMonth(rtcSetDy, rtcSetMon, rtcSetYr);07930t_temp = rtc.getTime();07931t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07932showDOW(t_temp.dow);07933}07934if((x>=monU[0]) && (x<=monU[2]))//press day up07935{07936// waitForIt(monU[0], monU[1], monU[2], monU[3]);07937waitForIt_Wo_Touch(monU[0], monU[1], monU[2], monU[3]);07938rtcSetDy++;07939rtcSetDy=validateDate(rtcSetDy, rtcSetMon, rtcSetYr);07940t_temp = rtc.getTime();07941t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07942showDOW(t_temp.dow);07943}07944} }07945if((x>=yeaU[0]) && (x<=yeaU[2]))//press year up07946{07947// waitForIt(yeaU[0], yeaU[1], yeaU[2], yeaU[3]);07948waitForIt_Wo_Touch(yeaU[0], yeaU[1], yeaU[2], yeaU[3]);07949rtcSetYr++;07950rtcSetDy=validateDateForMonth(rtcSetDy, rtcSetMon, rtcSetYr);07951t_temp = rtc.getTime();07952t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07953showDOW(t_temp.dow);07954}07955// t_temp = rtc.getTime();07956// t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07957// showDOW(t_temp.dow);07958clockScreen(false);07959}07960if((y>=dayD[1]) && (y<=dayD[3]))//FOURTH ROW (DATE DOWN)07961{07962if(setCalendarFormat==0)//DD/MM/YYYY Format07963{07964if((x>=dayD[0]) && (x<=dayD[2]))//press day down07965{07966// waitForIt(dayD[0], dayD[1], dayD[2], dayD[3]);07967waitForIt_Wo_Touch(dayD[0], dayD[1], dayD[2], dayD[3]);07968rtcSetDy--;07969rtcSetDy=validateDate(rtcSetDy, rtcSetMon, rtcSetYr);07970t_temp = rtc.getTime();07971t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07972showDOW(t_temp.dow);07973}07974if((x>=monD[0]) && (x<=monD[2]))//press month down07975{07976// waitForIt(monD[0], monD[1], monD[2], monD[3]);07977waitForIt_Wo_Touch(monD[0], monD[1], monD[2], monD[3]);07978rtcSetMon--;07979if(rtcSetMon<1) {rtcSetMon=12;}07980rtcSetDy=validateDateForMonth(rtcSetDy, rtcSetMon, rtcSetYr);07981t_temp = rtc.getTime();07982t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07983showDOW(t_temp.dow);07984}07985}else{07986if(setCalendarFormat==1)//MM/DD/YYYY Format07987{07988if((x>=dayD[0]) && (x<=dayD[2]))//press day down07989{07990// waitForIt(dayD[0], dayD[1], dayD[2], dayD[3]);07991waitForIt_Wo_Touch(dayD[0], dayD[1], dayD[2], dayD[3]);07992rtcSetMon--;07993if(rtcSetMon<1) {rtcSetMon=12;}07994rtcSetDy=validateDateForMonth(rtcSetDy, rtcSetMon, rtcSetYr);07995t_temp = rtc.getTime();07996t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);07997showDOW(t_temp.dow);07998}07999if((x>=monD[0]) && (x<=monD[2]))//press month down08000{08001// waitForIt(monD[0], monD[1], monD[2], monD[3]);08002waitForIt_Wo_Touch(monD[0], monD[1], monD[2], monD[3]);08003rtcSetDy--;08004rtcSetDy=validateDate(rtcSetDy, rtcSetMon, rtcSetYr);08005t_temp = rtc.getTime();08006t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);08007showDOW(t_temp.dow);08008}08009} }08010if((x>=yeaD[0]) && (x<=yeaD[2]))//press year down08011{08012// waitForIt(yeaD[0], yeaD[1], yeaD[2], yeaD[3]);08013waitForIt_Wo_Touch(yeaD[0], yeaD[1], yeaD[2], yeaD[3]);08014rtcSetYr--;08015rtcSetDy=validateDateForMonth(rtcSetDy, rtcSetMon, rtcSetYr);08016t_temp = rtc.getTime();08017t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);08018showDOW(t_temp.dow);08019}08020// t_temp = rtc.getTime();08021// t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);08022// showDOW(t_temp.dow);08023clockScreen(false);08024}08025// clockScreen(false);08026}0802708028if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3]))//press back08029{08030waitForIt(back[0], back[1], back[2], back[3]);08031dispScreen=14;08032clearScreen();08033generalSettingsScreen_1();08034}0803508036break;0803708038case3://------------------ H20 TEMPERATURE CONTROL ---------------08039if((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3]))//press SAVE08040{08041waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);08042setTempC = temp2beS;08043setTempF = temp2beS;08044offTempC = temp2beO;08045offTempF = temp2beO;08046alarmTempC = temp2beA;08047alarmTempF = temp2beA;08048if(setTempScale==0)//Celsius to Farenheit (Consistency Conversion)08049{08050setTempF=((1.8*setTempC)+32.05);08051offTempF=((1.8*offTempC)+0.05);08052alarmTempF=((1.8*alarmTempC)+0.05);08053}08054if(setTempScale==1)//Farenheit to Celsius (Consistency Conversion)08055{08056setTempC=((.55556*(setTempF-32))+.05);08057offTempC=(.55556)*offTempF+.05;08058alarmTempC=(.55556)*alarmTempF+.05;08059}08060dispScreen=0;08061SaveTempToEEPROM();08062clearScreen();08063mainScreen(true);08064}else08065setFont(LARGE, 255, 255, 255, 0, 0, 0);08066{08067if((x>=temM[0]) && (x<=temM[2]))//first column08068{08069if((y>=temM[1]) && (y<=temM[3]))//press temp minus08070{08071temp2beS -= 0.1;08072if((setTempScale==1) && (temp2beS <= 50)){08073temp2beS = 50; }08074if((setTempScale==0) && (temp2beS <= 10)) {08075temp2beS = 10; }08076tempScreen();08077delay(150);08078}08079if((y>=offM[1]) && (y<=offM[3]))//press offset minus08080{08081temp2beO -= 0.1;08082if(temp2beO <= 0.1) {temp2beO = 0.1; }08083tempScreen();08084delay(150);08085}08086if((y>=almM[1]) && (y<=almM[3]))//press alarm minus08087{08088temp2beA -= 0.1;08089if(temp2beA <= 0.1) {temp2beA = 9.9;}08090tempScreen();08091delay(150);08092}08093}08094if((x>=temP[0]) && (x<=temP[2]))//second column08095{08096if((y>=temP[1]) && (y<=temP[3]))//press temp plus08097{08098temp2beS += 0.1;08099if((setTempScale==1) && (temp2beS >= 104)){08100temp2beS = 104; }08101if((setTempScale==0) && (temp2beS >= 40)) {08102temp2beS = 40; }08103tempScreen();08104delay(150);08105}08106if((y>=offP[1]) && (y<=offP[3]))//press offset plus08107{08108temp2beO += 0.1;08109if(temp2beO >= 5) {temp2beO = 5; }08110tempScreen();08111delay(150);08112}08113if((y>=almP[1]) && (y<=almP[3]))//press alarm plus08114{08115temp2beA += 0.1;08116if(temp2beA >=10.0) {temp2beA = 0.1;}08117tempScreen();08118delay(150);08119}08120}08121}08122break;0812308124case4:// -------------- LED TESTING OPTIONS SCREEN -----------------08125if((x>=tstLA[0]) && (x<=tstLA[2]) && (y>=tstLA[1]) && (y<=tstLA[3]))//Rapid Test LED Array Output08126{08127waitForIt(tstLA[0], tstLA[1], tstLA[2], tstLA[3]);08128dispScreen=5;08129clearScreen();08130LEDtestTick=false;08131// testArrayScreen(true); // rapid test led array, draw all test window08132AllColourGraph();0813308134}08135if((x>=cntIL[0]) && (x<=cntIL[2]) && (y>=cntIL[1]) && (y<=cntIL[3]))//Control Individual LEDs08136{08137waitForIt(cntIL[0], cntIL[1], cntIL[2], cntIL[3]);08138dispScreen=6;08139clearScreen();08140testIndLedScreen(true);// test and control individual led08141colorLEDtest =true;08142bitClear(GlobalStatus1Byte,3);// clear bit for " Save changes before exit "08143bitClear(GlobalStatus1Byte,2);// clear bit for " Save changes before exit "08144}0814508146if((x>=PrButL[0]) && (x<=PrButL[2]) && (y>=PrButL[1]) && (y<=PrButL[3]))//preset button LEDs08147{08148waitForIt(PrButL[0], PrButL[1], PrButL[2], PrButL[3]);08149dispScreen=23;08150clearScreen();08151PresetLedScreen(true);// preset led windows08152// colorLEDtest = true;08153}0815408155break;0815608157case5://---------------- Rapid LED TEST------------------------08158if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3])//press back08159&& (LEDtestTick==false))08160{08161waitForIt(back[0], back[1], back[2], back[3]);08162// LEDtestTick = false;08163// ReadFromEEPROM();08164dispScreen=4;08165clearScreen();08166ledTestOptionsScreen();// display buttons "Rapid test" and "Control Individual Leds"08167}08168if((x>=canC[0]) && (x<=canC[2]) && (y>=canC[1]) && (y<=canC[3])//press CANCEL08169&& (LEDtestTick==false))08170{08171waitForIt(canC[0], canC[1], canC[2], canC[3]);08172// LEDtestTick = false;08173// ReadFromEEPROM();08174dispScreen=0;08175clearScreen();08176mainScreen(true);08177}08178if((x>=ledChV[0]) && (x<=ledChV[2]) && (y>=ledChV[1]) && (y<=ledChV[3]) && dispScreen==5)//press start/stop test08179{08180waitForIt(ledChV[0], ledChV[1], ledChV[2], ledChV[3]);08181printButton("STOP", ledChV[0], ledChV[1], ledChV[2], ledChV[3], SMALL);// buton start/stop test0818208183if(LEDtestTick ==true) {08184LEDtestTick =false;// stop test08185}08186else{08187LEDtestTick =true;// start test08188myGLCD.setColor(0, 0, 0);08189myGLCD.fillRect(26, BotSldY+8, 319, BotSldY+3);// clear test bar08190drawTestLedArrayScale();08191}08192}08193break;0819408195case6:// --------------- TEST INDIVIDUAL LED COLOR SCREEN ( dispScreen=6 )--------------0819608197// DrawStaticElement == true;0819808199if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3]) && (bitRead(GlobalStatus1Byte,2) ==false))//press back, exit to "Test option screen"08200{08201waitForIt(back[0], back[1], back[2], back[3]);08202if(bitRead(GlobalStatus1Byte,3) ==false)// bit3 =0, no changes settings08203{08204dispScreen=4;08205clearScreen();08206ledTestOptionsScreen();08207colorLEDtest =false;08208LED_levels_output();//return to current values led before exit to main08209}08210else{colorLEDtest =true;08211bitSet(GlobalStatus1Byte,2);// for detect button Yes/No in to "save and exit" windows08212SaveAndExit();08213}08214}08215if((x>=No[0]) && (x<=No[2]) && (y>=No[1]) && (y<=No[3]) && (bitRead(GlobalStatus1Byte,2) ==true))//press "NO", exit to menu without save,08216{08217waitForIt(No[0], No[1], No[2], No[3]);08218// LEDtestTick = false;08219dispScreen=4;08220clearScreen();08221ledTestOptionsScreen();08222COLOR = 0;08223ReadLedFromEEPROM();08224bitClear(GlobalStatus1Byte,3);// bit 3 - changes setting (0 - no change, 1 -change )08225bitClear(GlobalStatus1Byte,2);// clear bit for " Save changes before exit "08226colorLEDtest =false;08227LED_levels_output();//return to current values led before exit to main08228}0822908230if((x>=Yes[0]) && (x<=Yes[2]) && (y>=Yes[1]) && (y<=Yes[3]) && (bitRead(GlobalStatus1Byte,2) ==true))//press "Yes" for save all changes and exit08231{08232waitForIt(Yes[0], Yes[1], Yes[2], Yes[3]);08233// LEDtestTick = false;08234clearScreen();08235setFont(LARGE, 255, 0, 0, 0, 0, 0);08236myGLCD.print("PLEASE WAIT", 72, 80);08237COLOR=0 ;// save all colour08238SaveLEDToEEPROM();08239bitClear(GlobalStatus1Byte,3);// clear bit for " Save changes before exit "08240bitClear(GlobalStatus1Byte,2);// clear bit for " Save changes before exit "08241dispScreen=4;08242colorLEDtest =false;08243ReadLedFromEEPROM();08244clearScreen();08245LED_levels_output();//return to current values led before exit to main08246ledTestOptionsScreen();08247}0824808249if((x>=StopDay[0]) && (x<=StopDay[2]) && (y>=StopDay[1]) && (y<=StopDay[3]) && colorLEDtest==true08250&& (bitRead(GlobalStatus1Byte,2) ==false))//press SUNSET, jump to end "light day"08251{08252waitForIt(StopDay[0], StopDay[1], StopDay[2], StopDay[3]);0825308254calculateStopTime();// calculate SUNSET Time08255temp_sector = StopTime;08256testIndLedScreen(false);08257}0825808259if((x>=StartDay[0]) && (x<=StartDay[2]) && (y>=StartDay[1]) && (y<=StartDay[3]) && colorLEDtest==true08260&& (bitRead(GlobalStatus1Byte,2) ==false))//press SUNRISE, jump to start "light day"08261{08262waitForIt(StartDay[0], StartDay[1], StartDay[2], StartDay[3]);08263calculateStartTime();// calculate SUNRISE Time08264temp_sector = StartTime;08265testIndLedScreen(false);08266}0826708268if((x>=canC[0]) && (x<=canC[2]) && (y>=canC[1]) && (y<=canC[3]) && colorLEDtest==true08269&& (bitRead(GlobalStatus1Byte,2) ==false))//press NEXT SECTOR, without exit from screen08270{08271waitForIt(canC[0], canC[1], canC[2], canC[3]);08272temp_sector+=1;// insrease time sector08273// if (temp_sector>95) {temp_sector=95;}08274if(temp_sector > 95) {temp_sector=0;}08275testIndLedScreen(false);08276}08277if((x>=ledChV[0]) && (x<=ledChV[2]) && (y>=ledChV[1]) && (y<=ledChV[3]) && colorLEDtest==true08278&& (bitRead(GlobalStatus1Byte,2) ==false))//press PREV SECTOR, without exit from screen08279{08280waitForIt(ledChV[0], ledChV[1], ledChV[2], ledChV[3]);08281temp_sector-=1;// desrease time sector08282// if (temp_sector<=0) {temp_sector=0;}08283if(temp_sector == 255) {temp_sector=95;}08284testIndLedScreen(false);08285}0828608287//*************************************************************************************0828808289if((y>=TopSldY)&&(y<=BotSldY) && (colorLEDtest==true) && (bitRead(GlobalStatus1Byte,2) ==false) )//change value with Slider Bars touch08290{08291// waitForTouchRelease(); //#oleg this line prevent "parasitic" slider jump0829208293for(bytei=0; i<9; i++)08294{08295if((x>=(i*35)+4+5) && (x<=(i*35)+34-5))// desrease slider touchable area (5pix)08296{// WHITE=1, BLUE=2, ROYAL=3, RED=4,08297// ULTRA=5, TV=6, MOON=7;08298// CYAN=8, YELLOW=908299sbX1=(i*35)+4; sbX2=(i*35)+34;// slider width 30 pix, clearens between sliders 5pix08300TopSldY=53, BotSldY=TopSldY+100;08301SliderSwitch =false;0830208303if(i==0 && bitRead(LedShannelStatusByte,5) ==true)08304{ sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2];// TV colour08305tvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}08306if(i==1 && bitRead(LedShannelStatusByte,3) ==true)08307{ sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2];// DR colour08308rcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2); }08309if(i==2 && bitRead(LedShannelStatusByte,0) ==true)08310{ sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2];// CW colour08311wcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}08312if(i==3 && bitRead(LedShannelStatusByte,1) ==true)08313{ sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2];// BL colour08314bcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}08315if(i==4 && bitRead(LedShannelStatusByte,2) ==true)08316{ sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2];// RBL colour08317rbcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}08318if(i==5 && bitRead(LedShannelStatusByte,4) ==true)08319{ sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2];// UV colour08320uvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}08321if(i==6 && bitRead(LedShannelStatusByte,6) ==true)08322{ sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2];// CY colour08323cycol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}08324if(i==7 && bitRead(LedShannelStatusByte,7) ==true)08325{ sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2];// Yellow colour08326yelcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}08327if(i==8) { sbR= rgbCh8[0]; sbG= rgbCh8[1]; sbB= rgbCh8[2];// MOON colour08328mooncol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}0832908330tvled[temp_sector] = tvcol_out;// save to buffer before store to eeprom08331bled[temp_sector] = bcol_out;08332wled[temp_sector] = wcol_out;08333rbled[temp_sector] = rbcol_out;08334rled[temp_sector] = rcol_out;08335uvled[temp_sector] = uvcol_out;08336cyled[temp_sector] = cycol_out;08337yeled[temp_sector] = yelcol_out;08338bitSet(GlobalStatus1Byte,3);// set bit3=1 if setting changed, for " Save changes before exit "08339LED_levels_output();// send calculated value to PWM08340}08341}08342}else0834308344if((y>=29+2) && (y<=44-2) && (colorLEDtest==true) && (bitRead(GlobalStatus1Byte,2) ==false))//UP Buttons were touched, desrease button touchable area (2pix)08345{08346for(bytei=0; i<9; i++)08347{08348if((x>=(i*35)+4) && (x<=(i*35)+34))// slider width 30 pix, clearens 5pix08349{// WHITE=1, BLUE=2, ROYAL=3, RED=4,08350// ULTRA=5, TV=6, MOON=7;08351// CYAN=8, YELLOW=908352sbX1=(i*35)+4; sbX2=(i*35)+34;08353TopSldY=53, BotSldY=TopSldY+100;08354SliderSwitch =true;0835508356if(i==0 && bitRead(LedShannelStatusByte,5) ==true)08357{ sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2]; tSlide = tvcol_out; tSlide+=1;// TV colour08358tvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08359tSlide= tvcol_out; }08360if(i==1 && bitRead(LedShannelStatusByte,3) ==true)08361{ sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2]; tSlide= rcol_out; tSlide+=1;// DR colour08362rcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08363tSlide= rcol_out; }08364if(i==2 && bitRead(LedShannelStatusByte,0) ==true)08365{ sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2]; tSlide= wcol_out; tSlide+=1;// CW colour08366wcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08367tSlide= wcol_out; }08368if(i==3 && bitRead(LedShannelStatusByte,1) ==true)08369{ sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2]; tSlide= bcol_out; tSlide+=1;// BL colour08370bcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08371tSlide= bcol_out;}08372if(i==4 && bitRead(LedShannelStatusByte,2) ==true)08373{ sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2]; tSlide= rbcol_out; tSlide+=1;// RBL colour08374rbcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08375tSlide= rbcol_out;}08376if(i==5 && bitRead(LedShannelStatusByte,4) ==true)08377{ sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2]; tSlide= uvcol_out; tSlide+=1;// UV colour08378uvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08379tSlide= uvcol_out;}08380if(i==6 && bitRead(LedShannelStatusByte,6) ==true)08381{ sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2]; tSlide= cycol_out; tSlide+=1;// CY colour08382cycol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08383tSlide= cycol_out; }08384if(i==7 && bitRead(LedShannelStatusByte,7) ==true)08385{ sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2]; tSlide= yelcol_out; tSlide+=1;// Yellow colour08386yelcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08387tSlide= yelcol_out; }08388if(i==8)08389{ sbR= rgbCh8[0]; sbG= rgbCh8[1]; sbB= rgbCh8[2]; tSlide= mooncol_out; tSlide+=1;// MOON colour08390mooncol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08391tSlide= mooncol_out; }0839208393tvled[temp_sector] = tvcol_out;// save to buffer before store to eeprom08394bled[temp_sector] = bcol_out;08395wled[temp_sector] = wcol_out;08396rbled[temp_sector] = rbcol_out;08397rled[temp_sector] = rcol_out;08398uvled[temp_sector] = uvcol_out;08399cyled[temp_sector] = cycol_out;08400yeled[temp_sector] = yelcol_out;08401LED_levels_output();// send calculated value to PWM08402bitSet(GlobalStatus1Byte,3);// set bit3=1 if setting changed, for " Save changes before exit "08403delay(100);//delay 50msec after touch UP/DOWN button08404}08405}08406SliderSwitch =false;08407}else08408if((y>=174+2) && (y<=187-2) && (colorLEDtest==true) && (bitRead(GlobalStatus1Byte,2) ==false))//DOWN Buttons were touched,desrease button touchable area (2pix)08409{08410for(bytei=0; i<9; i++)08411{08412if((x>=(i*35)+4) && (x<=(i*35)+34))// slider width 30 pix, clearens 5pix08413{// WHITE=1, BLUE=2, ROYAL=3, RED=4,08414// ULTRA=5, TV=6, MOON=7;08415// CYAN=8, YELLOW=908416sbX1=(i*35)+4; sbX2=(i*35)+34;08417TopSldY=53, BotSldY=TopSldY+100;08418SliderSwitch =true;08419if(i==0 && bitRead(LedShannelStatusByte,5) ==true)08420{ sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2]; tSlide = tvcol_out; tSlide-=1;// TV colour08421tvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08422tSlide = tvcol_out; }08423if(i==1 && bitRead(LedShannelStatusByte,3) ==true)08424{ sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2]; tSlide = rcol_out; tSlide-=1;// DR colour08425rcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08426tSlide = rcol_out ; }08427if(i==2 && bitRead(LedShannelStatusByte,0) ==true)08428{ sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2]; tSlide = wcol_out; tSlide-=1;// CW colour08429wcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08430tSlide= wcol_out; }08431if(i==3 && bitRead(LedShannelStatusByte,1) ==true)08432{ sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2]; tSlide = bcol_out; tSlide-=1;// BL colour08433bcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08434tSlide= bcol_out; }08435if(i==4 && bitRead(LedShannelStatusByte,2) ==true)08436{ sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2]; tSlide = rbcol_out; tSlide-=1;// RBL colour08437rbcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08438tSlide= rbcol_out; }08439if(i==5 && bitRead(LedShannelStatusByte,4) ==true)08440{ sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2]; tSlide = uvcol_out; tSlide-=1;// UV colour08441uvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08442tSlide= uvcol_out; }08443if(i==6 && bitRead(LedShannelStatusByte,6) ==true)08444{ sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2]; tSlide = cycol_out; tSlide-=1;// CY colour08445cycol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08446tSlide= cycol_out; }08447if(i==7 && bitRead(LedShannelStatusByte,7) ==true)08448{ sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2]; tSlide = yelcol_out; tSlide-=1;// Yellow colour08449yelcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08450tSlide= yelcol_out; }08451if(i==8) { sbR= rgbCh8[0]; sbG= rgbCh8[1]; sbB= rgbCh8[2]; tSlide = mooncol_out; tSlide-=1;// MOON colour08452mooncol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08453tSlide= mooncol_out; }0845408455tvled[temp_sector] = tvcol_out;// save to buffer before store to eeprom08456bled[temp_sector] = bcol_out;08457wled[temp_sector] = wcol_out;08458rbled[temp_sector] = rbcol_out;08459rled[temp_sector] = rcol_out;08460uvled[temp_sector] = uvcol_out;08461cyled[temp_sector] = cycol_out;08462yeled[temp_sector] = yelcol_out;08463LED_levels_output();// send calculated value to PWM08464bitSet(GlobalStatus1Byte,3);// set bit3=1 if setting changed for, " Save changes before exit "08465delay(100);//delay 50msec after touch UP/DOWN button08466}08467}08468}08469SliderSwitch =false;08470break;0847108472case7:// ----------- INDIVIDUAL LED OUTPUT COLORS Choices -----------08473if((x>=10) && (x<=150))//first button column08474{08475if((y>=20) && (y<=45))//View TV LEDs Array08476{ waitForIt(10, 20, 150, 45); COLOR = TV;}// COLOR=60847708478if((y>=55) && (y<=80))//View DRed LEDs Array08479{ waitForIt(10, 55, 150, 80); COLOR = RED;}// COLOR=40848008481if((y>=90) && (y<=115))//View White LEDs Array08482{ waitForIt(10, 90, 150, 115); COLOR = WHITE;}// COLOR=10848308484if((y>=125) && (y<=150))//View BLUE LEDs Array08485{ waitForIt(10, 125, 150, 150); COLOR = BLUE;}// COLOR=20848608487if((y>=160) && (y<=185))//View Lunar LEDs Array08488{ waitForIt(10, 160, 150, 185); COLOR = MOON;}// COLOR=70848908490dispScreen=8;08491clearScreen();08492// ReadLedFromEEPROM();08493if(COLOR == MOON)08494{MoonPictureScreen();}08495else08496{ledValuesScreen();}//print TOP NAME bar & horisontal buttons with timetable 12x808497}0849808499if((x>=170) && (x<=310))//second column08500{08501if((y>=20) && (y<=45))//View Royal Blue LEDs Array08502{ waitForIt(170, 20, 310, 45); COLOR = ROYAL;}// COLOR=30850308504if((y>=55) && (y<=80))//View UV LEDs Array08505{ waitForIt(170, 55, 310, 80); COLOR = ULTRA;}// COLOR=60850608507if((y>=90) && (y<=115))//View Cyan LEDs Array08508{ waitForIt(170, 90, 310, 115); COLOR = CYAN; }// COLOR=80850908510if((y>=125) && (y<=150))//View Yellow LEDs Array08511{ waitForIt(170, 125, 310, 150); COLOR = YELLOW; }// COLOR=90851208513if((y>=160) && (y<=185))//View All colour LEDs Array08514{ waitForIt(170, 160, 310, 185); COLOR = 0; }// COLOR=00851508516dispScreen=8;// draw for second column08517clearScreen();08518// ReadLedFromEEPROM();08519if(COLOR == 0)08520{08521AllColourGraph();08522// testArrayScreen();08523COLOR = 0;08524}08525else08526{ledValuesScreen();}//print TOP NAME bar & horisontal buttons with timetable 12x80852708528}0852908530break;0853108532case8:// -----SHOW LED OUTPUT VALUES CURVE SCREEN and wait for button "<<BACK", "CHANGE", "SAVE"-------------//0853308534if((x>=110) && (x<=201) && (y>=0) && (y<=17) && (COLOR!=0))//press ON/OFF button08535{08536waitForIt(110, 0, 201, 17);08537myGLCD.setColor(0, 0, 255);08538myGLCD.fillRoundRect(111, 1, 200, 16);08539setFont(SMALL, 255, 255, 255, 0, 0, 255 );0854008541if(LedShannelFlag_on_off ==true) {08542myGLCD.print("LED OFF", 129, 3);08543LedShannelFlag_on_off =false;08544SaveOnOffLedStatus(false);08545}08546else{08547myGLCD.print("LED ON", 129, 3);08548LedShannelFlag_on_off =true;08549SaveOnOffLedStatus(true);}08550}0855108552if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3]))//press BACK for EXIT to other COLORS08553{08554waitForIt(back[0], back[1], back[2], back[3]);08555COLOR = 0;08556ReadLedFromEEPROM();08557// ReadFromEEPROM();08558dispScreen=7;08559clearScreen();08560ledColorViewScreen();// print led & Moon colour buttons08561}else08562if((x>=ledChV[0]) && (x<=ledChV[2]) && (y>=ledChV[1]) && (y<=ledChV[3]) && (COLOR!=7) && (COLOR!=0))//press CHANGE08563{08564waitForIt(ledChV[0], ledChV[1], ledChV[2], ledChV[3]);08565// ReadFromEEPROM();08566dispScreen=9;08567clearScreen();08568ledChangeScreen();//print TOP timetable & Vertical buttons, w/o slider08569}else08570if((x>=eeprom[0]) && (x<=eeprom[2]) && (y>=eeprom[1]) && (y<=eeprom[3]) && (COLOR!=7) && (COLOR!=0))//press SAVE08571{08572waitForIt(eeprom[0], eeprom[1], eeprom[2], eeprom[3]);08573SaveLEDToEEPROM();08574dispScreen=7;08575clearScreen();08576ledColorViewScreen();// print led & Moon colour buttons08577}else08578if((x>=canC[0]) && (x<=canC[2]) && (y>=canC[1]) && (y<=canC[3]) && (COLOR==0))//press CANCEL - exit from ALL COLOR GPRAPH08579{ waitForIt(canC[0], canC[1], canC[2], canC[3]);08580// LEDtestTick = false;08581dispScreen=0;08582clearScreen();08583mainScreen(true);08584}0858508586//************* Moon section button ***********************************08587else08588if((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3]) && (COLOR==7))//press SAVE and exit from MOON section08589{ waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);08590SaveMoonLEDToEEPROM();08591dispScreen=7;08592clearScreen();08593ledColorViewScreen();// print led & Moon colour buttons08594}else08595if((x>=canC[0]) && (x<=canC[2]) && (y>=canC[1]) && (y<=canC[3]) && (COLOR==7))//press CANCEL from Moon08596{ waitForIt(canC[0], canC[1], canC[2], canC[3]);08597// ReadFromEEPROM();08598COLOR =7;08599ReadLedFromEEPROM();//#oleg read led values only08600// LEDtestTick = false;08601dispScreen=0;08602clearScreen();08603mainScreen(true);08604}else0860508606if(COLOR==7) {MoonChangeScreen();}//change moon value brightness0860708608break;0860908610case9://---------------- CHANGE Selected LED VALUES SCREEN ---------------0861108612if((x>=8) && (x<=26) && (y>=66) && (y<=140))//press OK, exit from "chande led output value" to "LED output table" menu08613{08614waitForIt(8, 66, 26, 140);08615dispScreen=8;0861608617if(COLOR==1) {08618for(bytei=0; i<96; i++)08619{wled[i] = tled[i]; sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2]; }}08620if(COLOR==2) {08621for(bytei=0; i<96; i++)08622{bled[i]=tled[i]; sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2];}}08623if(COLOR==3) {08624for(bytei=0; i<96; i++)08625{rbled[i] = tled[i]; sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2];}}08626if(COLOR==4) {08627for(bytei=0; i<96; i++)08628{rled[i] = tled[i]; sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2];}}08629if(COLOR==5) {08630for(bytei=0; i<96; i++)08631{uvled[i] = tled[i]; sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2];}}08632if(COLOR==6) {08633for(bytei=0; i<96; i++)08634{tvled[i] = tled[i]; sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2];}}08635if(COLOR==8) {08636for(bytei; i<96; i++)08637{cyled[i] = tled[i]; sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2];}}08638if(COLOR==9) {08639for(bytei=0; i<96; i++)08640{yeled[i] = tled[i]; sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2];}}0864108642DrawStaticElement =false;08643oldLCT = 0;08644myGLCD.setColor(64, 64, 64);// fill with background bottom time|date bar08645myGLCD.fillRect(1, 226, 318, 240);08646clearScreen();08647ledValuesScreen();//print TOP NAME bar & horisontal buttons, with LED GRAPH08648TimeDateBar(true);0864908650}else08651if((x>=8) && (x<=26) && (y>=145) && (y<=219))//press CANCEL, exit to "main display"08652{08653waitForIt(8, 145, 26, 219);08654waveMakerOff =false;08655DrawStaticElement =false;08656oldLCT = 0;08657COLOR = 0;08658ReadLedFromEEPROM();//#oleg read led values only08659dispScreen=0;08660myGLCD.setColor(64, 64, 64);// fill with background bottom time|date bar08661myGLCD.fillRect(1, 226, 318, 240);08662clearScreen();08663TimeDateBar(true);08664mainScreen(true);08665}else08666if((y>=15) && (y<=41))//top row with times was touched08667{08668if((x>=4) && (x<=316))08669{08670if(DrawStaticElement==false)08671{08672myGLCD.setColor(0, 0, 0);08673myGLCD.fillRect(50, 110, 318, 146);08674for(byteb=0; b<8; b++)//draw UP Buttons08675{ drawUpButtonSlide((b*36)+34, 45);}08676for(byteb=0; b<8; b++)//draw DOWN Buttons08677{ drawDownButtonSlide((b*36)+34, 200);}08678TopSldY=71; BotSldY=185;08679/*08680setFont(SMALL, sbR, sbG, sbB, 0, 0, 0);08681for(inti=0; i<8; i++)//draw color Slider Bar Outlines08682{ myGLCD.drawRect((i*36)+34, TopSldY, (i*36)+64, BotSldY);}08683*/08684for(bytei=0; i<8; i++)// draw white bar outline rectangle08685{ sbX1=(i*36)+34; sbX2=(i*36)+64;08686setFont(SMALL, 255, 255, 255, 0, 0, 0);08687myGLCD.drawRect(sbX1, TopSldY-1, sbX2, BotSldY);}0868808689myGLCD.setColor(140, 140, 140);// print vertical divider08690myGLCD.fillRect(174, 42, 176, 240);0869108692}0869308694// # oleg change function 00 time ( LedChangTime shifted +1 )08695DrawStaticElement=true;08696LedChangTime = map(x, 3, 320, 1, 13);08697if( oldLCT != LedChangTime)//highlight and refresh touched time only first touch current time08698{08699if(oldLCT !=0)08700{08701myGLCD.setColor(0, 0, 0);08702myGLCD.fillRect((oldLCT-1)*26+5, 17, (oldLCT-1)*26+29, 41);08703myGLCD.setColor(100, 100, 100);08704myGLCD.drawRect((oldLCT-1)*26+4, 16 , (oldLCT-1)*26+30, 41);08705setFont(SMALL, 0, 255, 255, 0, 0, 0);0870608707if((oldLCT-1)<5) {08708myGLCD.printNumI(((oldLCT-1)*2), ((oldLCT-1)*26)+15, 17);08709myGLCD.printNumI((((oldLCT-1)*2)+1), ((oldLCT-1)*26)+15, 28);}08710else{08711myGLCD.printNumI(((oldLCT-1)*2), ((oldLCT-1)*26)+11, 17);08712myGLCD.printNumI((((oldLCT-1)*2)+1), ((oldLCT-1)*26)+11, 28);}08713}0871408715myGLCD.setColor(255, 0, 0);08716if((LedChangTime-1)<5) {08717myGLCD.fillRect(((LedChangTime-1)*26)+5, 17, ((LedChangTime-1)*26)+29, 41);08718setFont(SMALL, 255, 255, 255, 255, 0, 0);08719myGLCD.printNumI(((LedChangTime-1)*2), ((LedChangTime-1)*26)+15, 17);08720myGLCD.printNumI((((LedChangTime-1)*2)+1), ((LedChangTime-1)*26)+15, 28);}08721else{08722myGLCD.fillRect(((LedChangTime-1)*26)+5, 17, ((LedChangTime-1)*26)+29, 41);08723setFont(SMALL, 255, 255, 255, 255, 0, 0);08724myGLCD.printNumI(((LedChangTime-1)*2), ((LedChangTime-1)*26)+11, 17);08725myGLCD.printNumI((((LedChangTime-1)*2)+1), ((LedChangTime-1)*26)+11, 28);}08726oldLCT= LedChangTime;0872708728for(bytei=0; i<=3; i++)// print botttom additional time bar 0/15/30/45min08729{ setFont(SMALL, 255, 255, 255, 0, 0, 0);08730myGLCD.printNumI(i*15, (i*36+40), 225, 2,'00');08731myGLCD.print("m",i*36+55 , 225);08732myGLCD.printNumI(i*15, (i*36+40+144), 225, 2,'00');08733myGLCD.print("m",i*36+55+144 , 225);08734}0873508736for(inti=0; i<8; i++)//print led values & slider value bars for highlighted time08737{08738intk=((LedChangTime-1)*8)+i;08739// waitForTouchRelease(); //#oleg this line prevent "parasitic" slider jump08740sbX1=(i*36)+34; sbX2=(i*36)+64;08741TopSldY=71; BotSldY=185;08742SliderSwitch =true;08743tSlide=tled[k];08744SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08745}08746}08747}0874808749}else08750if((y>=TopSldY)&&(y<=BotSldY) && (DrawStaticElement==true))//Slider Bars touch08751{08752// waitForTouchRelease(); //#oleg this line prevent "parasitic" slider jump0875308754for(inti=0; i<8; i++)08755{08756if((x>=(i*36)+34+5) && (x<=(i*36)+64-5))// decrease on 5pix slider touch area08757{08758intk=((LedChangTime-1)*8)+i;08759sbX1=(i*36)+34; sbX2=(i*36)+64;08760TopSldY=71; BotSldY=185;08761SliderSwitch =false;08762tled[k]= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);08763}08764}08765}else08766if((y>=45) && (y<=67) && (DrawStaticElement==true))//UP Buttons were touched08767{08768for(inti=0; i<8; i++)08769{08770if((x>=(i*36)+34) && (x<=(i*36)+64))08771{08772intk= ((LedChangTime-1)*8)+i;08773TopSldY=71; BotSldY=185;08774sbX1=(i*36)+34; sbX2=(i*36)+64;08775SliderSwitch =true;08776tSlide = tled[k];08777tSlide+=1;08778tled[k] = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);0877908780delay(100);//delay 50msec after touch UP/DOWN button0878108782}08783}08784}else08785if((y>=200) && (y<=222) && (DrawStaticElement==true))//DOWN Buttons were touched08786{08787for(inti=0; i<8; i++)08788{08789if((x>=(i*36)+34) && (x<=(i*36)+64))08790{08791intk= ((LedChangTime-1)*8)+i;0879208793TopSldY=71; BotSldY=185;08794sbX1=(i*36)+34; sbX2=(i*36)+64;08795SliderSwitch =true;08796tSlide = tled[k];08797tSlide-=1;08798tled[k] = SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);0879908800delay(100);//delay 50msec after touch UP/DOWN button08801}08802}08803}08804break;0880508806case10://-------------------- WAVEMAKER SCREEN -------------------08807/*08808if ((x>=5) && (x<=155) && (y>=20) && (y<=40)) //press Alternating Mode08809{08810waitForIt(5, 20, 155, 40);08811Synch=0;08812WAVE=1;08813dispScreen=11;08814clearScreen();08815WaveMakerSettingsScreen();08816waveMakerOff=true;08817digitalWrite(WaveMakerTop, LOW);08818digitalWrite(WaveMakerBottom, LOW);08819} else08820if ((x>=165) && (x<=315) && (y>=20) && (y<=40)) //press Synchronous Mode08821{08822waitForIt(165, 20, 315, 40);08823WAVE=2;08824dispScreen=11;08825clearScreen();08826WaveMakerSettingsScreen();08827synchronousSynch();08828waveMakerOff=true;08829digitalWrite(WaveMakerTop, LOW);08830digitalWrite(WaveMakerBottom, LOW);08831} else08832if ((x>=165) && (x<=315) && (y>=46) && (y<=66)) //press Turn Pumps OFF/ON08833{08834waitForIt(165, 46, 315, 66);08835if (WAVE==3) {08836// ReadFromEEPROM();08837waveMakerOff=false;08838WaveMakerStatusScreen();08839}08840else {08841MODE=WAVE;08842WAVE=3;08843WaveMakerStatusScreen();08844}08845} else08846if ((x>=5) && (x<=155) && (y>=46) && (y<=66)) //press Feeding Mode08847{08848waitForIt(5, 46, 155, 66);08849if (WAVE==4) {08850// ReadFromEEPROM();08851waveMakerOff=false;08852WaveMakerStatusScreen();08853}08854else {08855// ReadFromEEPROM();08856MODE=WAVE;08857WAVE=4;08858countDown = 5*60 + 0; //Reset countdown for 5 minutes and zero seconds08859MIN_O = 5; //Reset start time at 5 Minutes08860SEC_T = 0;08861SEC_O = 0;08862WaveMakerStatusScreen();08863}08864}08865*/08866break;0886708868case11:08869/*08870//---------------- WAVEMAKER SETTINGS SCREEN --------------08871if ((y>=200) && (y<=220)) //Bottom Row08872{08873if ((x>=5) && (x<=105)) //press BACK08874{08875waitForIt(5, 200, 105, 220);08876// ReadFromEEPROM();08877waveMakerTest=false;08878waveMakerOff=false;08879dispScreen=10;08880clearScreen();08881WaveMakerScreen();08882WaveMakerStatusScreen();08883} else08884if ((x>=110) && (x<=210)) //press TEST08885{08886waitForIt(110, 200, 210, 220);08887myGLCD.setColor(0, 255, 0);08888myGLCD.fillRoundRect(110, 200, 210, 220); //TEST Button in Green08889setFont(SMALL, 0, 0, 0, 0, 255, 0);08890myGLCD.print("TESTING", 132, 204);08891myGLCD.setColor(255, 255, 255);08892myGLCD.drawRoundRect(110, 200, 210, 220);08893waveMakerOff=false;08894waveMakerTest=true;08895} else08896if ((x>=210) && (x<=315)) //press SAVE08897{08898waitForIt(215, 200, 315, 220);08899if (WAVE==1) { Pump1m=Min1; Pump1s=Sec1; Pump2m=Min2; Pump2s=Sec2;}08900if (WAVE==2) { OnForTm=Min1; OnForTs=Sec1; OffForTm=Min2; OffForTs=Sec2;}08901SaveWaveToEEPROM();08902waveMakerTest=false;08903waveMakerOff=false;08904dispScreen=10;08905clearScreen();08906WaveMakerScreen();08907WaveMakerStatusScreen();08908}08909}08910else08911{08912if (WAVE==1) //Alternating Mode Settings08913{08914waveModePlusMinus();08915}0891608917if (WAVE==2) //Synchronous Mode Settings08918{08919if ((x>=5) && (x<=155) && (y>=20) && (y<=40)) //Constantly ON08920{08921waitForIt(5, 20, 155, 40);08922Synch=1;08923synchronousSynch();08924} else08925if ((x>=165) && (x<=315) && (y>=20) && (y<=40)) //Pulsating Mode08926{08927waitForIt(165, 20, 315, 40);08928Synch=2;08929synchronousSynch();08930}08931if (Synch==2) //Synchronous-Pulsating Settings08932{08933waveModePlusMinus();08934}08935}08936}08937*/08938break;0893908940case12:08941/*08942//--------------- AUTOMATIC FISH FEEDER PAGE --------------08943if ((x>=5) && (x<=155) && (y>=20) && (y<=40)) //press Feeding Time 108944{08945waitForIt(5, 20, 155, 40);08946feedTime=1;08947dispScreen=13;08948clearScreen();08949setFeederTimesScreen();08950} else08951if ((x>=165) && (x<=315) && (y>=20) && (y<=40)) //press Feeding Time 208952{08953waitForIt(165, 20, 315, 40);08954feedTime=2;08955dispScreen=13;08956clearScreen();08957setFeederTimesScreen();08958} else08959if ((x>=5) && (x<=155) && (y>=168) && (y<=188)) //press Feeding Time 308960{08961waitForIt(5, 168, 155, 188);08962feedTime=3;08963dispScreen=13;08964clearScreen();08965setFeederTimesScreen();08966} else08967if ((x>=165) && (x<=315) && (y>=168) && (y<=188)) //press Feeding Time 408968{08969waitForIt(165, 168, 315, 188);08970feedTime=4;08971dispScreen=13;08972clearScreen();08973setFeederTimesScreen();08974} else08975if ((x>=85) && (x<=235) && (y>=94) && (y<=114)) //press Feeding Fish Now!08976{08977waitForIt(85, 94, 235, 114);08978myGLCD.setColor(0, 255, 0);08979myGLCD.fillRoundRect(85, 94, 235, 114);08980myGLCD.setColor(255, 255, 255);08981myGLCD.drawRoundRect(85, 94, 235, 114);08982setFont(SMALL, 0, 0, 0, 0, 255, 0);08983// myGLCD.print("Now Feeding", 118, 98);08984strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[34])));08985myGLCD.print(buffer, 118, 98);08986digitalWrite(autoFeeder, HIGH);08987delay(5000);08988myGLCD.setColor(153, 0, 102);08989myGLCD.fillRoundRect(85, 94, 235, 114);08990myGLCD.setColor(255, 255, 255);08991myGLCD.drawRoundRect(85, 94, 235, 114);08992setFont(SMALL, 255, 255, 255, 153, 0, 102);08993// myGLCD.print("Feed Fish Now!", 106, 98);08994strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[33])));08995myGLCD.print(buffer, 106, 98);08996digitalWrite(autoFeeder, LOW);08997}08998*/08999break;0900009001case13:09002/*09003//------------ SET AUTOMATIC FISH FEEDER TIMES ------------09004if ((x>=back[0]) && (x<=back[2]) && (y>back[1]) && (y<=back[3])) //press back09005{09006waitForIt(back[0], back[1], back[2], back[3]);09007// ReadFromEEPROM();09008if ((timeDispH>=0) && (timeDispH<=11)) { AM_PM=1;}09009else { AM_PM=2;}09010dispScreen=12;09011clearScreen();09012autoFeederScreen();09013} else09014if ((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3])) //press SAVE09015{09016waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);09017if (setTimeFormat==1)09018{09019if ((rtcSetHr==0) && (AM_PM==2))09020{ rtcSetHr+=12;}09021if (((rtcSetHr>=1) && (rtcSetHr<=11)) && (AM_PM==2))09022{ rtcSetHr+=12;}09023if (((rtcSetHr>=12) && (rtcSetHr<=23)) && (AM_PM==1))09024{ rtcSetHr-=12;}09025}09026if (feedTime==1)09027{ feedFish1H=rtcSetHr; feedFish1M=rtcSetMin;}09028if (feedTime==2)09029{ feedFish2H=rtcSetHr; feedFish2M=rtcSetMin;}09030if (feedTime==3)09031{ feedFish3H=rtcSetHr; feedFish3M=rtcSetMin;}09032if (feedTime==4)09033{ feedFish4H=rtcSetHr; feedFish4M=rtcSetMin;}09034SaveFeedTimesToEEPROM();09035dispScreen=12;09036clearScreen();09037autoFeederScreen();09038} else09039if ((x>=70) && (x<=250) && (y>=150) && (y<=170)) //Feeding ON/OFF09040{09041waitForIt(70, 150, 250, 170);09042if (feedTime==1)09043{ if (FEEDTime1==1) { FEEDTime1=0;}09044else { FEEDTime1=1;}}09045if (feedTime==2)09046{ if (FEEDTime2==1) { FEEDTime2=0;}09047else { FEEDTime2=1;}}09048if (feedTime==3)09049{ if (FEEDTime3==1) { FEEDTime3=0;}09050else { FEEDTime3=1;}}09051if (feedTime==4)09052{ if (FEEDTime4==1) { FEEDTime4=0;}09053else { FEEDTime4=1;}}09054feedingTimeOnOff();09055}09056else09057{09058if ((y>=houP[1]) && (y<=houP[3])) //FIRST ROW09059{09060if ((x>=houP[0]) && (x<=houP[2])) //press hour up09061{09062waitForIt(houP[0], houP[1], houP[2], houP[3]);09063rtcSetHr++;09064if (rtcSetHr>=24)09065{ rtcSetHr=0; }09066}09067if ((x>=minP[0]) && (x<=minP[2])) //press min up09068{09069waitForIt(minP[0], minP[1], minP[2], minP[3]);09070rtcSetMin++;09071if (rtcSetMin>=60) {rtcSetMin=0; }09072}09073if ((x>=ampmP[0]) && (x<=ampmP[2]) //press AMPM up09074&& (setTimeFormat==1))09075{09076waitForIt(ampmP[0], ampmP[1], ampmP[2], ampmP[3]);09077if (AM_PM==1) {AM_PM=2;}09078else {AM_PM=1;}09079}09080}09081if ((y>=houM[1]) && (y<=houM[3])) //SECOND ROW09082{09083if ((x>=houM[0]) && (x<=houM[2])) //press hour down09084{09085waitForIt(houM[0], houM[1], houM[2], houM[3]);09086rtcSetHr--;09087if (rtcSetHr<0)09088{ rtcSetHr=23; }09089}09090if ((x>=minM[0]) && (x<=minM[2])) //press min down09091{09092waitForIt(minM[0], minM[1], minM[2], minM[3]);09093rtcSetMin--;09094if (rtcSetMin<0) {rtcSetMin=59; }09095}09096if ((x>=ampmM[0]) && (x<=ampmM[2]) //press AMPM down09097&& (setTimeFormat==1))09098{09099waitForIt(ampmM[0], ampmM[1], ampmM[2], ampmM[3]);09100if (AM_PM==1) {AM_PM=2;}09101else {AM_PM=1;}09102}09103}09104setFeederTimesScreen(false);09105}09106*/09107break;0910809109case14://------------- GENERAL SETTINGS (PAGE 1) -----------------09110if((x>=backGS[0]) && (x<=backGS[2]) && (y>=backGS[1]) && (y<=backGS[3]))//press back09111{09112waitForIt(backGS[0], backGS[1], backGS[2], backGS[3]);09113// LEDtestTick = false;09114waveMakerOff =false;09115// ReadFromEEPROM();09116dispScreen=1;09117clearScreen();09118menuScreen();09119}else09120if((x>=nextGS[0]) && (x<=nextGS[2]) && (y>=nextGS[1]) && (y<=nextGS[3]))//press next09121{09122waitForIt(nextGS[0], nextGS[1], nextGS[2], nextGS[3]);09123dispScreen=15;09124clearScreen();09125generalSettingsScreen_2();09126}else09127if((x>=prSAVEgs[0]) && (x<=prSAVEgs[2]) && (y>=prSAVEgs[1]) && (y<=prSAVEgs[3]))//press SAVE09128{09129waitForIt(prSAVEgs[0], prSAVEgs[1], prSAVEgs[2], prSAVEgs[3]);09130SaveGenSetsToEEPROM();09131SaveLEDsFailsafeToEEPROM();09132// dispScreen=1;09133// clearScreen();09134// menuScreen();09135}09136if((x>=canCgs[0]) && (x<=canCgs[2]) && (y>=canCgs[1]) && (y<=canCgs[3]))//press cancel09137{09138waitForIt(canCgs[0], canCgs[1], canCgs[2], canCgs[3]);09139waveMakerOff =false;09140dispScreen=0;09141clearScreen();09142mainScreen(true);09143}else0914409145if((x>=185) && (x<=305) && (y>=19) && (y<=39))//press Time/Date Button09146{09147waitForIt(185, 19, 305, 39);09148if((timeDispH>=0) && (timeDispH<=11)) { AM_PM=1;}09149else{ AM_PM=2;}09150dispScreen=2;09151clearScreen();09152clockScreen();09153t_temp = rtc.getTime();09154t_temp.dow=calcDOW(rtcSetDy, rtcSetMon, rtcSetYr);09155showDOW(t_temp.dow);09156}0915709158if((x>=185) && (x<=305) && (y>=45) && (y<=65))//change "Month DD, YYYY" or "DD/MM/YYYY" format09159{09160waitForIt(185, 49, 305, 69);09161myGLCD.setColor(255, 255, 255);09162myGLCD.drawRoundRect(185, 49, 305, 69);// calendar09163if(setCalendarFormat ==1)09164{ setCalendarFormat=0;09165setFont(SMALL, 255, 255, 255, 0, 0, 255);09166myGLCD.print(" DD/MM/YYYY ", 199, 53);09167}09168else{09169setCalendarFormat = 1;09170setFont(SMALL, 255, 255, 255, 0, 0, 255);09171myGLCD.print("MTH DD, YYYY", 199, 53);09172}09173}0917409175if((x>=185) && (x<=229) && (y>=79) && (y<=99))09176{09177waitForIt(185, 79, 229, 99);09178myGLCD.setColor(255, 255, 255);09179myGLCD.drawRoundRect(185, 79, 229, 99);0918009181if(displayDOW == 1)09182{ displayDOW =0;09183setFont(SMALL, 255, 255, 255, 0, 0, 255);09184myGLCD.print("OFF", 199, 83);09185}09186else{09187displayDOW = 1;09188setFont(SMALL, 255, 255, 255, 0, 0, 255);09189myGLCD.print(" ON ", 193, 83);09190}09191}0919209193if((x>=185) && (x<=229) && (y>=109) && (y<=129))09194{09195waitForIt(185, 109, 229, 129);09196myGLCD.setColor(255, 255, 255);09197myGLCD.drawRoundRect(185, 109, 229, 129);0919809199if(setTimeFormat == 1)09200{ setTimeFormat =0;09201setFont(SMALL, 255, 255, 255, 0, 0, 255);09202myGLCD.print("24HR", 191, 113);09203}09204else{09205setTimeFormat = 1;09206setFont(SMALL, 255, 255, 255, 0, 0, 255);09207myGLCD.print("12HR", 191, 113);09208}09209}0921009211if((x>=185) && (x<=229) && (y>=139) && (y<=159))09212{09213waitForIt(185, 139, 229, 159);09214myGLCD.setColor(255, 255, 255);09215myGLCD.drawRoundRect(185, 139, 229, 159);0921609217if(setTempScale == 1)09218{ setTempScale = 0;09219setFont(SMALL, 255, 255, 255, 0, 0, 255);09220myGLCD.print("C", 205, 142);09221myGLCD.drawCircle(200, 144, 1);09222}09223else{09224setTempScale = 1;09225setFont(SMALL, 255, 255, 255, 0, 0, 255);09226myGLCD.print("F", 205, 142);09227myGLCD.drawCircle(200, 144, 1);09228}09229}0923009231if((x>=185) && (x<=305) && (y>=169) && (y<=189))//press CHANGE TEMPS09232{09233waitForIt(185, 169, 305, 189);09234dispScreen=16;09235clearScreen();09236ChangeFanTempsScreen(true);09237}09238break;0923909240case15://------------- GENERAL SETTINGS (PAGE 2) -----------------0924109242if((x>=backGS[0]) && (x<=backGS[2]) && (y>=backGS[1]) && (y<=backGS[3]))//press back09243{09244waitForIt(backGS[0], backGS[1], backGS[2], backGS[3]);09245dispScreen=14;09246clearScreen();09247generalSettingsScreen_1();09248}else0924909250if((x>=nextGS[0]) && (x<=nextGS[2]) && (y>=nextGS[1]) && (y<=nextGS[3]))//press next09251{09252waitForIt(nextGS[0], nextGS[1], nextGS[2], nextGS[3]);09253dispScreen=20;09254clearScreen();09255generalSettingsScreen_3();09256}else0925709258if((x>=prSAVEgs[0]) && (x<=prSAVEgs[2]) && (y>=prSAVEgs[1]) && (y<=prSAVEgs[3]))//press SAVE09259{09260waitForIt(prSAVEgs[0], prSAVEgs[1], prSAVEgs[2], prSAVEgs[3]);09261SaveGenSetsToEEPROM();09262SaveLEDsFailsafeToEEPROM();09263// dispScreen=1;09264// clearScreen();09265// menuScreen();09266}09267if((x>=canCgs[0]) && (x<=canCgs[2]) && (y>=canCgs[1]) && (y<=canCgs[3]))//press cancel09268{09269waitForIt(canCgs[0], canCgs[1], canCgs[2], canCgs[3]);09270waveMakerOff =false;09271dispScreen=0;09272clearScreen();09273mainScreen(true);09274}else0927509276if(((x>=185) && (x<=305) && (y>=19) && (y<=39)) && setDimLEDsOnOff ==1 )//press CHANGE TEMP (Dim LEDs), if ON pressed09277{09278waitForIt(185, 19, 305, 39);09279dispScreen=17;09280clearScreen();09281DimLEDsAtTempScreen();09282}0928309284if((x>=130) && (x<=174) && (y>=19) && (y<=39))//press ON/OFF led DIM setting09285{09286waitForIt(130, 19, 174, 39);09287myGLCD.setColor(255, 255, 255);09288myGLCD.drawRoundRect(130, 19, 174, 39);09289myGLCD.drawRoundRect(185, 19, 305, 39);0929009291if(setDimLEDsOnOff == 1)09292{ setDimLEDsOnOff =0;09293setFont(SMALL, 255, 255, 255, 0, 0, 255);09294myGLCD.print("OFF", 144, 23);09295myGLCD.setColor(64, 64, 64);09296myGLCD.fillRoundRect(185, 19, 305, 39);09297setFont(SMALL, 255, 255, 255, 64, 64, 64);09298myGLCD.print("Change Temp", 203, 23);09299myGLCD.setColor(255, 255, 255);09300myGLCD.drawRoundRect(185, 19, 305, 39);// dim led0930109302}09303else{09304setDimLEDsOnOff = 1;09305myGLCD.setColor(0, 0, 255);09306myGLCD.fillRoundRect(185, 19, 305, 39);09307myGLCD.setColor(255, 255, 255);09308myGLCD.drawRoundRect(185, 19, 305, 39);09309setFont(SMALL, 255, 255, 255, 0, 0, 255);09310myGLCD.print(" ON ", 138, 23);09311myGLCD.print("Change Temp", 203, 23);0931209313}09314}0931509316if(((x>=185) && (x<=305) && (y>=49) && (y<=69)) && setScreensaverOnOff==1)//press SETTINGS (Screensaver)09317{09318waitForIt(185, 49, 305, 69);09319dispScreen=18;09320clearScreen();09321ScreensaverSettingsScreen();09322}0932309324if((x>=130) && (x<=174) && (y>=49) && (y<=69))//press ON/OFF screensaver09325{09326waitForIt(130, 49, 174, 69);09327myGLCD.setColor(255, 255, 255);09328myGLCD.drawRoundRect(130, 49, 174, 69);09329myGLCD.drawRoundRect(185, 49, 305, 69);0933009331if(setScreensaverOnOff == 1)09332{ setScreensaverOnOff = 0;09333setFont(SMALL, 255, 255, 255, 0, 0, 255);09334myGLCD.print("OFF", 144, 53);09335myGLCD.setColor(64, 64, 64);09336myGLCD.fillRoundRect(185, 49, 305, 69);09337setFont(SMALL, 255, 255, 255, 64, 64, 64);09338// myGLCD.print("Setting", 217, 53);09339myGLCD.print(print_text[21], 217, 53);09340myGLCD.setColor(255, 255, 255);09341myGLCD.drawRoundRect(185, 49, 305, 69);// screen saver09342}09343else{09344setScreensaverOnOff = 1;09345myGLCD.setColor(0, 0, 255);09346myGLCD.fillRoundRect(185, 49, 305, 69);09347myGLCD.setColor(255, 255, 255);09348myGLCD.drawRoundRect(185, 49, 305, 69);09349setFont(SMALL, 255, 255, 255, 0, 0, 255);09350myGLCD.print(" ON ", 138, 53);09351// myGLCD.print("Setting", 217, 53);09352myGLCD.print(print_text[21], 217, 53);09353}09354}0935509356if((x>=185) && (x<=229) && (y>=79) && (y<=99))//display MAX temp ON/OFF09357{09358waitForIt(185, 79, 229, 99);09359myGLCD.setColor(255, 255, 255);09360myGLCD.drawRoundRect(185, 79, 229, 99);09361if(MAX_Temp_on_off == 1)09362{ MAX_Temp_on_off =0;09363setFont(SMALL, 255, 255, 255, 0, 0, 255);09364myGLCD.print("OFF", 199, 83);09365}09366else{MAX_Temp_on_off = 1;09367setFont(SMALL, 255, 255, 255, 0, 0, 255);09368myGLCD.print(" ON ", 193, 83);09369}09370}0937109372if((x>=185) && (x<=229) && (y>=109) && (y<=129))//Led Soft start on_off09373{09374waitForIt(185, 109, 229, 129);09375PercentSoftStart = 1;09376myGLCD.setColor(255, 255, 255);09377myGLCD.drawRoundRect(185, 109, 229, 129);09378if(SoftStartON ==1)09379{ SoftStartON = 0;09380setFont(SMALL, 255, 255, 255, 0, 0, 255);09381myGLCD.print("OFF", 199, 113);09382}09383else{SoftStartON =1;09384setFont(SMALL, 255, 255, 255, 0, 0, 255);09385myGLCD.print(" ON ", 193, 113);09386}09387}0938809389if((x>=185) && (x<=305) && (y>=139) && (y<=159))//Buzzer ON/OFF09390{09391waitForIt(185, 139, 305, 159);09392myGLCD.setColor(255, 255, 255);09393myGLCD.drawRoundRect(185, 139, 305, 159);09394AlarmLevel+=1;09395if(AlarmLevel >=3) {AlarmLevel =0 ;}09396setFont(SMALL, 255, 255, 255, 0, 0, 255);09397strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[56+AlarmLevel])));//09398myGLCD.print(buffer, 193, 143);09399if(AlarmLevel==0) {09400digitalWrite(tempAlarmPin, LOW);// OFF alarm09401tempAlarmflagW =false;// clear all error flag09402tempAlarmflagH1 =false;09403tempAlarmflagH2 =false;}0940409405}0940609407break;0940809409case16://------------------ CHANGE Heatsink FAN TEMP ---------------------09410if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3]))//press back09411{09412waitForIt(back[0], back[1], back[2], back[3]);09413dispScreen=14;09414clearScreen();09415generalSettingsScreen_1();09416}else09417if((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3]))//press SAVE09418{09419waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);09420setTempToBeginHeatsink1FanC=temp2beHFan;09421setTempToBeginHeatsink1FanF=temp2beHFan;09422setTempToBeginHeatsink2FanC=temp2beSFan;09423setTempToBeginHeatsink2FanF=temp2beSFan;09424if(setTempScale==0)09425{ setTempToBeginHeatsink1FanF=((1.8*setTempToBeginHeatsink1FanC)+32.05);09426setTempToBeginHeatsink2FanF=((1.8*setTempToBeginHeatsink2FanC)+32.05);}09427if(setTempScale==1)09428{ setTempToBeginHeatsink1FanC=((.55556*(setTempToBeginHeatsink1FanF-32))+.05);09429setTempToBeginHeatsink2FanC=((.55556*(setTempToBeginHeatsink2FanF-32))+.05);}09430dispScreen=14;09431SaveGenSetsToEEPROM();09432SaveTempToEEPROM();09433clearScreen();09434generalSettingsScreen_1();09435}else09436if((x>=canC[0]) && (x<=canC[2]) && (y>=canC[1]) && (y<=canC[3]))//press cancel09437{09438waitForIt(canC[0], canC[1], canC[2], canC[3]);09439// LEDtestTick = false;09440waveMakerOff =false;09441// ReadFromEEPROM();09442dispScreen=0;09443clearScreen();09444mainScreen(true);09445}else09446setFont(LARGE, 255, 255, 255, 0, 0, 0);09447if((x>=HoodFanTm[0]) && (x<=HoodFanTm[2]))//first column09448{09449if((y>=HoodFanTm[1]) && (y<=HoodFanTm[3]))//press Heatsink1 Fan Temp -0.109450{09451temp2beHFan -= 0.1;09452if((setTempScale==1) && (temp2beHFan <= 68.0)){09453temp2beHFan = 68.0; }09454if((setTempScale==0) && (temp2beHFan <= 20.0)) {09455temp2beHFan = 20.0; }09456ChangeFanTempsScreen();09457delay(150);09458}09459if((y>=SumpFanTm[1]) && (y<=SumpFanTm[3]))//press Heatsink2 Fan Temp -0.109460{09461temp2beSFan -= 0.1;09462if((setTempScale==1) && (temp2beSFan <= 68.0)){09463temp2beSFan = 68.0; }09464if((setTempScale==0) && (temp2beSFan <= 20.0)) {09465temp2beSFan = 20.0; }09466ChangeFanTempsScreen();09467delay(150);09468}09469if((y>=SoundAlarmTm[1]) && (y<=SoundAlarmTm[3]))// press Sound Alarm -09470{09471if(setTempScale==1) { setTempToSoundAlarmF -= 1;09472if(setTempToSoundAlarmF > 210) {setTempToSoundAlarmF = 104;}09473if(setTempToSoundAlarmF < 104.0) { setTempToSoundAlarmF = 210; }09474}09475if(setTempScale==0) { setTempToSoundAlarmC -= 1;09476if(setTempToSoundAlarmC > 99) {setTempToSoundAlarmC = 40;}09477if( setTempToSoundAlarmC < 40.0) { setTempToSoundAlarmC = 99;}09478}09479ChangeFanTempsScreen();09480delay(150);09481}09482}09483if((x>=HoodFanTp[0]) && (x<=HoodFanTp[2]))//second column09484{09485if((y>=HoodFanTp[1]) && (y<=HoodFanTp[3]))//press Heatsink1 Fan Temp +0.109486{09487temp2beHFan += 0.1;09488if((setTempScale==1) && (temp2beHFan >= 122.0)){09489temp2beHFan = 122.0; }09490if((setTempScale==0) && (temp2beHFan >= 50.0)) {09491temp2beHFan = 50.0; }09492ChangeFanTempsScreen();09493delay(150);09494}09495if((y>=SumpFanTp[1]) && (y<=SumpFanTp[3]))//press Heatsink2 Fan Temp +0.109496{09497temp2beSFan += 0.1;09498if((setTempScale==1) && (temp2beSFan >= 122.0)){09499temp2beSFan = 122.0; }09500if((setTempScale==0) && (temp2beSFan >= 50.0)) {09501temp2beSFan = 50.0; }09502ChangeFanTempsScreen();09503delay(150);09504}09505if((y>=SoundAlarmTp[1]) && (y<=SoundAlarmTp[3]))// press Sound Alarm +09506{09507if(setTempScale==1) { setTempToSoundAlarmF += 1;09508if(setTempToSoundAlarmF > 210) {setTempToSoundAlarmF = 104;}09509if(setTempToSoundAlarmF < 104.0) { setTempToSoundAlarmF = 210; }0951009511}09512if(setTempScale==0) { setTempToSoundAlarmC += 1;09513if(setTempToSoundAlarmC > 99) { setTempToSoundAlarmC = 40; }// OFF alarm09514if(setTempToSoundAlarmC < 40.0) { setTempToSoundAlarmC = 99;}09515}09516ChangeFanTempsScreen();09517delay(150);09518}09519}09520break;09521case17://------------------ DIM LEDs AT TEMP ---------------------09522if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3]))//press back09523{09524waitForIt(back[0], back[1], back[2], back[3]);09525dispScreen=15;09526clearScreen();09527generalSettingsScreen_2();09528}else09529if((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3]))//press SAVE09530{09531waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);09532setLEDsDimTempC=TempLEDsDimTemp;09533setLEDsDimTempF=TempLEDsDimTemp;09534if(setTempScale==0)09535{ setLEDsDimTempF=((1.8*setLEDsDimTempC)+32.5);}09536if(setTempScale==1)09537{ setLEDsDimTempC=((.55556*(setLEDsDimTempF-32))+.5);}09538setLEDsDimPercent=TempLEDsDimPercent;09539SaveLEDsFailsafeToEEPROM();09540dispScreen=15;09541clearScreen();09542generalSettingsScreen_2();09543}else09544if((x>=canC[0]) && (x<=canC[2]) && (y>=canC[1]) && (y<=canC[3]))//press cancel09545{09546waitForIt(canC[0], canC[1], canC[2], canC[3]);09547// LEDtestTick = false;09548waveMakerOff =false;09549// ReadFromEEPROM();09550dispScreen=0;09551clearScreen();09552mainScreen(true);09553}else0955409555if((x>=235) && (x<=260) && (y>=36) && (y<=61))//press TEMP UP button09556{09557TempLEDsDimTemp++;09558setFont(LARGE, 0, 255, 0, 0, 0, 0);09559if(setTempScale ==0 && TempLEDsDimTemp>=99)09560{ TempLEDsDimTemp=99;}09561else09562if(setTempScale ==1 && TempLEDsDimTemp>=210)09563{ TempLEDsDimTemp=210;}09564myGLCD.printNumI(TempLEDsDimTemp, 181, 55);//18909565delay(200);09566}else09567if((x>=235) && (x<=260) && (y>=66) && (y<=91))//press TEMP DOWN button09568{09569TempLEDsDimTemp--;09570setFont(LARGE, 0, 255, 0, 0, 0, 0);09571if(setTempScale ==0 && TempLEDsDimTemp<=40)09572{ TempLEDsDimTemp=40;}09573else09574if(setTempScale ==1 && TempLEDsDimTemp<=104)09575{ TempLEDsDimTemp=104;}09576myGLCD.printNumI(TempLEDsDimTemp, 181, 55);09577delay(200);09578}else0957909580if((x>=235) && (x<=260) && (y>=117) && (y<=142))//press % UP button09581{09582TempLEDsDimPercent++;09583setFont(LARGE, 0, 255, 0, 0, 0, 0);09584if(TempLEDsDimPercent>=80)09585{ TempLEDsDimPercent=80;}09586myGLCD.printNumI(TempLEDsDimPercent, 181, 136);09587delay(200);09588}else09589if((x>=235) && (x<=260) && (y>=147) && (y<=172))//press % DOWN button09590{09591TempLEDsDimPercent--;09592setFont(LARGE, 0, 255, 0, 0, 0, 0);09593if(TempLEDsDimPercent<=10)09594{ TempLEDsDimPercent=10;}09595myGLCD.printNumI(TempLEDsDimPercent, 181, 136);09596delay(200);09597}09598break;0959909600case18://-------------- SET SCREENSAVER WAIT TIME ----------------09601if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3]))//press back09602{09603waitForIt(back[0], back[1], back[2], back[3]);09604dispScreen=15;09605clearScreen();09606generalSettingsScreen_2();09607}else09608if((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3]))//press SAVE09609{09610waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);09611setSSmintues=TempSSminutes;09612SaveGenSetsToEEPROM();09613dispScreen=15;09614clearScreen();09615generalSettingsScreen_2();09616}else09617if((x>=canC[0]) && (x<=canC[2]) && (y>=canC[1]) && (y<=canC[3]))//press cancel09618{09619waitForIt(canC[0], canC[1], canC[2], canC[3]);09620// LEDtestTick = false;09621waveMakerOff =false;09622// ReadFromEEPROM();09623dispScreen=0;09624clearScreen();09625mainScreen(true);09626}else0962709628if((x>=206) && (x<=310) && (y>=20) && (y<=40))//press "Choose type of screensaver"09629{09630waitForIt(206, 20, 310, 40);09631ClockType +=1;09632if(ClockType >3) {ClockType = 0;}09633ScreensaverSelect();09634}0963509636if((x>=206) && (x<=260) && (y>=51) && (y<=71))//press "ON/OFF Screensaver lock"09637{09638waitForIt(206, 51, 260, 71);09639if(setLockScreen==1) { setLockScreen =0;09640printButton(" OFF", 206, 51, 260, 71, SMALL); }09641else09642{setLockScreen =1;09643printButton(" ON ", 206, 51, 260, 71, SMALL); }09644}0964509646if((x>=206) && (x<=260) && (y>=82) && (y<=102))//press Brightness button09647{09648waitForIt(206, 82, 260, 102);09649BrigthnessCount +=1;09650if(BrigthnessCount >4) {BrigthnessCount = 0;}09651setFont(SMALL, 255, 255, 255, 0, 0, 255);09652strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[59+BrigthnessCount])));// counter = 0/1/2/3/4 -> 0%-25%-50%-75%-100%09653myGLCD.print(buffer, 217, 86);09654}0965509656if((x>=175) && (x<=200) && (y>=107+10) && (y<=132+10))//press Minute UP button09657{09658TempSSminutes++;09659setFont(LARGE, 0, 255, 0, 0, 0, 0);09660if(TempSSminutes>=99)09661{ TempSSminutes=99;}09662if(TempSSminutes>=10)09663{ myGLCD.printNumI(TempSSminutes, 129, 126+10);}09664else{ myGLCD.printNumI(TempSSminutes, 137, 126+10);}09665delay(200);09666}else09667if((x>=175) && (x<=200) && (y>=137+10) && (y<=162+10))//press Minute DOWN button09668{09669TempSSminutes--;09670setFont(LARGE, 0, 255, 0, 0, 0, 0);09671if(TempSSminutes<=1)09672{ TempSSminutes=1;}09673if(TempSSminutes>=10)09674{ myGLCD.printNumI(TempSSminutes, 129, 126+10);}09675else{ myGLCD.printNumI(TempSSminutes, 137, 126+10);09676myGLCD.setColor(0, 0, 0);09677myGLCD.fillRect(129, 126+10, 136, 142+10);09678myGLCD.fillRect(153, 126+10, 161, 142+10);}09679delay(200);09680}09681break;0968209683case19:// ************* not used ******************09684096850968609687break;0968809689case20://---------------General setting PAGE 3 ------------------------09690if((x>=backGS[0]) && (x<=backGS[2]) && (y>=backGS[1]) && (y<=backGS[3]))//press back09691{09692waitForIt(backGS[0], backGS[1], backGS[2], backGS[3]);09693dispScreen=15;09694clearScreen();09695generalSettingsScreen_2();09696}else0969709698if((x>=canCgs[0]) && (x<=canCgs[2]) && (y>=canCgs[1]) && (y<=canCgs[3]))//press cancel09699{09700waitForIt(canCgs[0], canCgs[1], canCgs[2], canCgs[3]);09701waveMakerOff =false;09702dispScreen=0;09703clearScreen();09704mainScreen(true);09705}else0970609707if(x>=205 && x<=305 && y>=19 && y<=39)//press DETECT button09708{09709waitForIt(205, 19, 305, 39);09710clearScreen();09711dispScreen=21;09712DetectDallalsSensors(true);09713}0971409715if(x>=205 && x<=305 && y>=49 && y<=69)//press BACKUP button09716{09717waitForIt(205, 49, 305, 69);09718clearScreen();09719dispScreen=22;09720Backup();}0972109722if(x>=205 && x<=305 && y>=79 && y<=99 && bitRead(GlobalStatus1Byte,0) ==false)//press RESET button09723{09724waitForIt(205, 79, 305, 99);09725myGLCD.setColor(0, 0, 0);09726myGLCD.fillRoundRect(205, 79, 305, 99);// clear button position09727bitSet(GlobalStatus1Byte,0);// set bit for check Y/N button0972809729myGLCD.setColor(0, 0, 255);09730myGLCD.fillRoundRect(205, 79, 245, 99);// YES09731myGLCD.fillRoundRect(265, 79, 305, 99);// NO09732myGLCD.setColor(255, 255, 255);09733myGLCD.drawRoundRect(205, 79, 245, 99);// YES09734myGLCD.drawRoundRect(265, 79, 305, 99);// NO0973509736setFont(SMALL, 255, 255, 255, 0, 0, 255);09737myGLCD.print("YES", 205+8, 83);09738myGLCD.print("NO", 265+16, 83);09739myGLCD.print("Are You Sure Y/N? ", 5, 83);09740}else0974109742if(x>=205 && x<=245 && y>=88 && y<=108 && bitRead(GlobalStatus1Byte,0) ==true)//press Yes button09743{ waitForIt(205, 79, 245, 99);0974409745EEPROM.write(0, 0);// clear fisrs eeprom byte09746setFont(SMALL, 255, 0, 0, 0, 0, 0);09747myGLCD.print(print_text[8], CENTER, 120);// "Please press on the shield Reset Button"09748myGLCD.print(print_text[9], CENTER, 135);// "or turn off09749myGLCD.print(print_text[10],CENTER, 150);// and then turn on the controller"09750bitClear(GlobalStatus1Byte,0);// clear bit for check Y/N button09751}else0975209753if(x>=265 && x<=305 && y>=79 && y<=99 && bitRead(GlobalStatus1Byte,0) ==true)//press NO button09754{ waitForIt(265, 79, 305, 99);09755dispScreen=20;09756clearScreen();09757generalSettingsScreen_3();09758bitClear(GlobalStatus1Byte,0);// clear bit for check Y/N button09759}0976009761break;0976209763case21:// ----------- autodetect Dallas sensor page -----------------0976409765if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3]) && dispScreen==21 )//press back09766{09767waitForIt(back[0], back[1], back[2], back[3]);09768dispScreen=20;09769clearScreen();09770generalSettingsScreen_3();0977109772}else09773if((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3]))//press SAVE09774{09775waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);09776DetectDallalsSensors(false);09777SaveDallasAddress ();09778dispScreen=0;09779clearScreen();09780mainScreen(true);09781}else09782if(x>=200 && x<=300 && y>=20 && y<=40)// Refresh button09783{09784waitForIt(200, 20, 300, 40);// re-read all sensor data09785DetectDallalsSensors(false);09786}0978709788if((x>=165) && (x<=225) && (y>=83+20) && (y<=83+40) && numberOfDevices >=1)// sensor N1 button09789{09790waitForIt(165, 83+20, 225, 83+40);09791setFont(SMALL, 255, 255, 255, 0, 0, 255);09792counterB1 +=1;09793if(counterB1 > 3) {counterB1 = 0;}09794strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[2+counterB1])));// counterBX = 0/1/2/3 -> NC/Water/H.Sink1/H.Sink209795myGLCD.print(buffer, 169, 83+24);09796}else0979709798if((x>=165) && (x<=225) && (y>=83+50) && (y<=83+70) && numberOfDevices >=2)// sensor N2 button09799{09800waitForIt(165, 83+50, 225, 83+70);09801setFont(SMALL, 255, 255, 255, 0, 0, 255);09802counterB2 +=1;09803if(counterB2 > 3) {counterB2 = 0;}09804strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[2+counterB2])));// counterBX = 0/1/2/3 -> NC/Water/H.Sink1/H.Sink209805myGLCD.print(buffer, 169, 83+54);09806}else0980709808if((x>=165) && (x<=225) && (y>=83+80) && (y<=83+100) && numberOfDevices ==3)// sensor N3 button09809{09810waitForIt(165, 83+80, 225, 83+100);09811setFont(SMALL, 255, 255, 255, 0, 0, 255);09812counterB3 +=1;09813if(counterB3 > 3) {counterB3 = 0;}09814strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[2+counterB3])));// counterBX = 0/1/2/3 -> NC/Water/H.Sink1/H.Sink209815myGLCD.print(buffer, 169, 83+84);09816}09817break;0981809819case22:// ----------- BACKUP ALL EEPROM SETTING -----------------09820if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3]) && dispScreen==22 )//press back09821{09822waitForIt(back[0], back[1], back[2], back[3]);09823dispScreen=20;0982409825clearScreen();09826generalSettingsScreen_3();09827}else09828//-----------------------------------------09829if((x>=205 && x<=305 && y>=74 && y<=94) && dispScreen==22)//press BACKUP button09830{ waitForIt(205, 74, 305, 94);0983109832myGLCD.setColor(0, 0, 0);// clear text area09833myGLCD.fillRoundRect(2, 14, 318, 55);0983409835sd.remove("Backup.txt");// remove old file from card09836myFile.open("Backup.txt", O_CREAT | O_EXCL | O_WRITE) ;0983709838if(myFile.isOpen()) {09839setFont(SMALL, 0, 255, 0, 0, 0, 0);09840// myGLCD.print("Writing to file Backup.txt", 5, 24);09841strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[0])));09842myGLCD.print(buffer, 5, 24);0984309844for(inti=0; i<=4095; i++)09845{byteTEMP = EEPROM.read(i);// readed data in DEC format09846myFile.print(TEMP, DEC);// store to file in DEC09847myFile.print(','); }// store separator "," between bytes0984809849myFile.close();09850setFont(SMALL, 0, 255, 0, 0, 0, 0);09851// myGLCD.print("Backup done. ", 5, 41);09852strcpy_P(buffer, (char*)pgm_read_word_near(&(Text_table[1])));09853myGLCD.print(buffer, 5, 41);0985409855}else09856{ setFont(SMALL, 255, 0, 0, 0, 0, 0);09857myGLCD.print("error opening file Backup.txt", 5, 41); }09858}else0985909860//------------------------------------------------------------------------------09861if((x>=15 && x<=115 && y>=74 && y<=94) && dispScreen==22)//press RESTORE button09862{ waitForIt(15, 74, 115, 94);0986309864myGLCD.setColor(0, 0, 0);// clear text area09865myGLCD.fillRoundRect(2, 14, 318, 55);0986609867// re-open the file for reading:0986809869if(myFile.open("Backup.txt", O_READ)) {09870setFont(SMALL, 0, 255, 0, 0, 0, 0);09871myGLCD.print("Open file Backup.txt ", 5, 24);09872myGLCD.print("Please Wait..... ", 5, 41);0987309874intTEMP;09875inti=0;09876byteSD_buff[3];09877bytek=0;09878// read from the file until there's nothing else in it:09879while((TEMP = myFile.read()) > 0)// readed data in ASCII only, need convert ASCII to DEC09880{09881// Serial.write((char)TEMP); // output to serial port09882if(TEMP != 44 && k<=2) {09883TEMP= TEMP -'0';//convert ASCII to DEC09884SD_buff[k]= TEMP;09885k++;09886}else09887{09888intResult = SD_buff[0]*100 + SD_buff[1]*10 + SD_buff[2];// convert three consecutive bytes to one decimal09889if(k ==2 ) {Result = Result/10;}// before save to eeprom09890if(k ==1 ) {Result = Result/100;}0989109892EEPROM.write(i, Result);// store data to EEPROM0989309894i +=1; k=0;09895SD_buff[0]=0;// clean buffer before new read09896SD_buff[1]=0;09897SD_buff[2]=0;09898}09899}09900myFile.close();09901ReadDallasAddress ();// read temp sensor address from eeprom09902ReadLedFromEEPROM();// read led setting from EEPROM09903ReadFromEEPROM();// read other setting from eeprom0990409905setFont(SMALL, 0, 255, 0, 0, 0, 0);09906myGLCD.print("Restore done. ", 5, 41);09907}else{09908setFont(SMALL, 255, 0, 0, 0, 0, 0);09909myGLCD.print("error opening file Backup.txt", 5, 41);}09910}09911break;0991209913//---------------- LED Preset -----------------------------------09914case23:09915if((x>=back[0]) && (x<=back[2]) && (y>=back[1]) && (y<=back[3]))//press back09916{09917waitForIt(back[0], back[1], back[2], back[3]);09918dispScreen=4;09919clearScreen();09920ledTestOptionsScreen();// display buttons "Rapid test"/"Control Individual Leds"/"Preset"09921}09922/*09923if ((x>=canC[0]) && (x<=canC[2]) && (y>=canC[1]) && (y<=canC[3])) //press CANCEL09924{09925waitForIt(canC[0], canC[1], canC[2], canC[3]);09926dispScreen=0;09927clearScreen();09928mainScreen(true);09929}09930*/09931if((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3]))//press SAVE09932{09933waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);09934if(bitRead(GlobalStatus2Byte,0)== 1) {AddressShift=0;}09935if(bitRead(GlobalStatus2Byte,1)== 1) {AddressShift=9;}09936if(bitRead(GlobalStatus2Byte,2)== 1) {AddressShift=18;}09937if(bitRead(GlobalStatus2Byte,3)== 1) {AddressShift=27;}09938// if ((GlobalStatus2Byte & 0x0F) !=0 ) {SaveLEDPresetToEEPROM();}09939SaveLEDPresetToEEPROM();09940}0994109942if((x>=LedPres1[0]) && (x<=LedPres1[2]) && (y>=LedPres1[1]) && (y<=LedPres1[3]))//press Preset N109943{09944waitForIt(LedPres1[0], LedPres1[1], LedPres1[2], LedPres1[3]);09945if(bitRead(GlobalStatus2Byte,0)== 0){09946printButton("Preset 1", LedPres1[0], LedPres1[1], LedPres1[2], LedPres1[3], SMALL, GREEN_BAC);// ON preset 109947printButton("Preset 2", LedPres2[0], LedPres2[1], LedPres2[2], LedPres2[3], SMALL);09948printButton("Preset 3", LedPres3[0], LedPres3[1], LedPres3[2], LedPres3[3], SMALL);09949printButton("Preset 4", LedPres4[0], LedPres4[1], LedPres4[2], LedPres4[3], SMALL);09950GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0 | 0x1);//set flag Preset1, clear 2..409951colorLEDtest =true;09952}09953else{printButton("Preset 1", LedPres1[0], LedPres1[1], LedPres1[2], LedPres1[3], SMALL);// OFF preset09954colorLEDtest =false;09955bitClear(GlobalStatus2Byte,0);}// clear flag Preset109956AddressShift = 0;09957ReadLEDPresetFromEEPROM();09958PresetLedScreen(false);// preset led windows09959}0996009961if((x>=LedPres2[0]) && (x<=LedPres2[2]) && (y>=LedPres2[1]) && (y<=LedPres2[3]))//press Preset N209962{09963waitForIt(LedPres2[0], LedPres2[1], LedPres2[2], LedPres2[3]);09964if(bitRead(GlobalStatus2Byte,1)== 0){09965printButton("Preset 1", LedPres1[0], LedPres1[1], LedPres1[2], LedPres1[3], SMALL);09966printButton("Preset 2", LedPres2[0], LedPres2[1], LedPres2[2], LedPres2[3], SMALL, GREEN_BAC);// ON preset 209967printButton("Preset 3", LedPres3[0], LedPres3[1], LedPres3[2], LedPres3[3], SMALL);09968printButton("Preset 4", LedPres4[0], LedPres4[1], LedPres4[2], LedPres4[3], SMALL);09969GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0 | 0x2);//set flag Preset2, clear 1,3,409970colorLEDtest =true;09971}09972else{printButton("Preset 2", LedPres2[0], LedPres2[1], LedPres2[2], LedPres2[3], SMALL);// OFF preset09973colorLEDtest =false;09974bitClear(GlobalStatus2Byte,1);}// clear flag Preset209975AddressShift = 9;09976ReadLEDPresetFromEEPROM();09977PresetLedScreen(false);// preset led windows09978}0997909980if((x>=LedPres3[0]) && (x<=LedPres3[2]) && (y>=LedPres3[1]) && (y<=LedPres3[3]))//press Preset N309981{09982waitForIt(LedPres3[0], LedPres3[1], LedPres3[2], LedPres3[3]);09983if(bitRead(GlobalStatus2Byte,2)== 0){09984printButton("Preset 1", LedPres1[0], LedPres1[1], LedPres1[2], LedPres1[3], SMALL);09985printButton("Preset 2", LedPres2[0], LedPres2[1], LedPres2[2], LedPres2[3], SMALL);09986printButton("Preset 3", LedPres3[0], LedPres3[1], LedPres3[2], LedPres3[3], SMALL, GREEN_BAC);// ON preset 309987printButton("Preset 4", LedPres4[0], LedPres4[1], LedPres4[2], LedPres4[3], SMALL);09988GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0| 0x4);//set flag Preset3, clear 1,2,409989colorLEDtest =true;09990}09991else{printButton("Preset 3", LedPres3[0], LedPres3[1], LedPres3[2], LedPres3[3], SMALL);// OFF preset09992colorLEDtest =false;09993bitClear(GlobalStatus2Byte,2);}// clear flag Preset309994AddressShift = 18;09995ReadLEDPresetFromEEPROM();09996PresetLedScreen(false);// preset led windows09997}0999809999if((x>=LedPres4[0]) && (x<=LedPres4[2]) && (y>=LedPres4[1]) && (y<=LedPres4[3]))//press Preset N410000{10001waitForIt(LedPres4[0], LedPres4[1], LedPres4[2], LedPres4[3]);10002if(bitRead(GlobalStatus2Byte,3)== 0){10003printButton("Preset 1", LedPres1[0], LedPres1[1], LedPres1[2], LedPres1[3], SMALL);10004printButton("Preset 2", LedPres2[0], LedPres2[1], LedPres2[2], LedPres2[3], SMALL);10005printButton("Preset 3", LedPres3[0], LedPres3[1], LedPres3[2], LedPres3[3], SMALL);10006printButton("Preset 4", LedPres4[0], LedPres4[1], LedPres4[2], LedPres4[3], SMALL, GREEN_BAC);// ON preset 410007GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0 | 0x8);//set flag Preset4, clear 1..310008colorLEDtest =true;10009}10010else{printButton("Preset 4", LedPres4[0], LedPres4[1], LedPres4[2], LedPres4[3], SMALL);// OFF preset10011colorLEDtest =false;10012bitClear(GlobalStatus2Byte,3);}// clear flag Preset410013AddressShift = 27;10014ReadLEDPresetFromEEPROM();10015PresetLedScreen(false);// preset led windows10016}1001710018if((y>=TopSldY)&&(y<=BotSldY) && (colorLEDtest==true))//change value with Slider Bars touch10019{10020TopSldY=53, BotSldY=TopSldY+100;10021SliderSwitch =false;10022for(bytei=0; i<8; i++)10023{ sbX1=(i*35)+4+18; sbX2=(i*35)+34+18;10024if(x>=sbX1+5 && x<=sbX2-5)// desrease slider touchable area (-5pix)10025{// WHITE=1, BLUE=2, ROYAL=3, RED=4,10026// ULTRA=5, TV=6, MOON=7;10027// CYAN=8, YELLOW=910028// slider width 30 pix, clearens between sliders 5pix1002910030if(i==0 && bitRead(LedShannelStatusByte,5) ==true)10031{ sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2];// TV colour10032tvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}10033if(i==1 && bitRead(LedShannelStatusByte,3) ==true)10034{ sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2];// DR colour10035rcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2); }10036if(i==2 && bitRead(LedShannelStatusByte,0) ==true)10037{ sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2];// CW colour10038wcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}10039if(i==3 && bitRead(LedShannelStatusByte,1) ==true)10040{ sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2];// BL colour10041bcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}10042if(i==4 && bitRead(LedShannelStatusByte,2) ==true)10043{ sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2];// RBL colour10044rbcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}10045if(i==5 && bitRead(LedShannelStatusByte,4) ==true)10046{ sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2];// UV colour10047uvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}10048if(i==6 && bitRead(LedShannelStatusByte,6) ==true)10049{ sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2];// CY colour10050cycol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}10051if(i==7 && bitRead(LedShannelStatusByte,7) ==true)10052{ sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2];// Yellow colour10053yelcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);}1005410055LED_levels_output();10056}10057}10058}else1005910060if((y>=29+2) && (y<=44-2) && (colorLEDtest==true))//UP Buttons were touched, desrease button touchable area (2pix)10061{10062TopSldY=53, BotSldY=TopSldY+100;10063SliderSwitch =true;1006410065for(bytei=0; i<8; i++)10066{ sbX1=(i*35)+4+18; sbX2=(i*35)+34+18;10067if(x>=sbX1 && x<=sbX2)// slider width 30 pix, clearens 5pix10068{// WHITE=1, BLUE=2, ROYAL=3, RED=4,10069// ULTRA=5, TV=6, MOON=7;10070// CYAN=8, YELLOW=910071if(i==0 && bitRead(LedShannelStatusByte,5) ==true)10072{ sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2]; tSlide = tvcol_out; tSlide+=1;// TV colour10073tvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10074tSlide= tvcol_out; }10075if(i==1 && bitRead(LedShannelStatusByte,3) ==true)10076{ sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2]; tSlide= rcol_out; tSlide+=1;// DR colour10077rcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10078tSlide= rcol_out; }10079if(i==2 && bitRead(LedShannelStatusByte,0) ==true)10080{ sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2]; tSlide= wcol_out; tSlide+=1;// CW colour10081wcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10082tSlide= wcol_out; }10083if(i==3 && bitRead(LedShannelStatusByte,1) ==true)10084{ sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2]; tSlide= bcol_out; tSlide+=1;// BL colour10085bcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10086tSlide= bcol_out;}10087if(i==4 && bitRead(LedShannelStatusByte,2) ==true)10088{ sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2]; tSlide= rbcol_out; tSlide+=1;// RBL colour10089rbcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10090tSlide= rbcol_out;}10091if(i==5 && bitRead(LedShannelStatusByte,4) ==true)10092{ sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2]; tSlide= uvcol_out; tSlide+=1;// UV colour10093uvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10094tSlide= uvcol_out;}10095if(i==6 && bitRead(LedShannelStatusByte,6) ==true)10096{ sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2]; tSlide= cycol_out; tSlide+=1;// CY colour10097cycol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10098tSlide= cycol_out; }10099if(i==7 && bitRead(LedShannelStatusByte,7) ==true)10100{ sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2]; tSlide= yelcol_out; tSlide+=1;// Yellow colour10101yelcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10102tSlide= yelcol_out; }10103delay(100);//delay 50msec after touch UP/DOWN button10104LED_levels_output();10105}10106}10107SliderSwitch =false;1010810109}else10110if((y>=174+2) && (y<=187-2) && (colorLEDtest==true))//DOWN Buttons were touched,desrease button touchable area (2pix)10111{10112TopSldY=53, BotSldY=TopSldY+100;10113SliderSwitch =true;10114for(bytei=0; i<8; i++)10115{ sbX1=(i*35)+4+18; sbX2=(i*35)+34+18;10116if(x>=sbX1 && x<=sbX2)// slider width 30 pix, clearens 5pix10117{// WHITE=1, BLUE=2, ROYAL=3, RED=4,10118// ULTRA=5, TV=6, MOON=7;10119// CYAN=8, YELLOW=910120if(i==0 && bitRead(LedShannelStatusByte,5) ==true)10121{ sbR= rgbCh6[0]; sbG= rgbCh6[1]; sbB= rgbCh6[2]; tSlide = tvcol_out; tSlide-=1;// TV colour10122tvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10123tSlide = tvcol_out; }10124if(i==1 && bitRead(LedShannelStatusByte,3) ==true)10125{ sbR= rgbCh5[0]; sbG= rgbCh5[1]; sbB= rgbCh5[2]; tSlide = rcol_out; tSlide-=1;// DR colour10126rcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10127tSlide = rcol_out ; }10128if(i==2 && bitRead(LedShannelStatusByte,0) ==true)10129{ sbR= rgbCh2[0]; sbG= rgbCh2[1]; sbB= rgbCh2[2]; tSlide = wcol_out; tSlide-=1;// CW colour10130wcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10131tSlide= wcol_out; }10132if(i==3 && bitRead(LedShannelStatusByte,1) ==true)10133{ sbR= rgbCh4[0]; sbG= rgbCh4[1]; sbB= rgbCh4[2]; tSlide = bcol_out; tSlide-=1;// BL colour10134bcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10135tSlide= bcol_out; }10136if(i==4 && bitRead(LedShannelStatusByte,2) ==true)10137{ sbR= rgbCh3[0]; sbG= rgbCh3[1]; sbB= rgbCh3[2]; tSlide = rbcol_out; tSlide-=1;// RBL colour10138rbcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10139tSlide= rbcol_out; }10140if(i==5 && bitRead(LedShannelStatusByte,4) ==true)10141{ sbR= rgbCh1[0]; sbG= rgbCh1[1]; sbB= rgbCh1[2]; tSlide = uvcol_out; tSlide-=1;// UV colour10142uvcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10143tSlide= uvcol_out; }10144if(i==6 && bitRead(LedShannelStatusByte,6) ==true)10145{ sbR= rgbCh0[0]; sbG= rgbCh0[1]; sbB= rgbCh0[2]; tSlide = cycol_out; tSlide-=1;// CY colour10146cycol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10147tSlide= cycol_out; }10148if(i==7 && bitRead(LedShannelStatusByte,7) ==true)10149{ sbR= rgbCh7[0]; sbG= rgbCh7[1]; sbB= rgbCh7[2]; tSlide = yelcol_out; tSlide-=1;// Yellow colour10150yelcol_out= SliderBarsForChange( TopSldY, BotSldY, y, sbR, sbG, sbB, sbX1, sbX2);10151tSlide= yelcol_out; }10152delay(100);//delay 50msec after touch UP/DOWN button10153LED_levels_output();10154}10155}10156}10157SliderSwitch =false;1015810159break;1016010161case24:// ************* not used ******************10162break;1016310164case25:// ************* Weather control ******************101651016610167if((x>=CloudCtrl[0]) && (x<=CloudCtrl[2]) && (y>=CloudCtrl[1]) && (y<=CloudCtrl[3]) && clouDonOff== 1)//press Cloud setting10168{ waitForIt(CloudCtrl[0], CloudCtrl[1], CloudCtrl[2], CloudCtrl[3]);10169dispScreen=26;10170// timOBLtmp = timOBL;10171// deltaOBLtmp = deltaOBL;10172// razOBLtmp = razOBL;10173clearScreen();10174clouDScreen(true); }1017510176if((x>=CloudCtrlON[0]) && (x<=CloudCtrlON[2]) && (y>=CloudCtrlON[1]) && (y<=CloudCtrlON[3]))//press Cloud on/off10177{ waitForIt(CloudCtrlON[0], CloudCtrlON[1], CloudCtrlON[2], CloudCtrlON[3]);1017810179if(clouDonOff== 1 )10180{clouDonOff=0;// cloud off10181storMonOff=0;// Storm off10182weeStart = 2;10183OBLoNoff=0;10184DimCloud = dimmW;}10185else{clouDonOff=1;// cloud on10186weezleONoff=1;10187OBLoNoff=1;10188DimCloud = 100;}10189wthScreen ();10190}1019110192if((x>=StormCtrl[0]) && (x<=StormCtrl[2]) && (y>=StormCtrl[1]+30) && (y<=StormCtrl[3]+30))//press Start/Stop test10193{ waitForIt(StormCtrl[0], StormCtrl[1]+30, StormCtrl[2], StormCtrl[3]+30);10194if(bitRead(GlobalStatus3Byte,0) == 0){10195bitSet(GlobalStatus3Byte,0);10196printButton(print_text[39], StormCtrl[0], StormCtrl[1]+30, StormCtrl[2], StormCtrl[3]+30, SMALL, GREEN_BAC);//"Start" (BLUE_BAC)10197weeStart=1;10198clouDonOff =1;10199DimCloud = 100;10200RampRatioCalc();1020110202}10203else{ bitClear(GlobalStatus3Byte,0);10204// printButton(print_text[40], StormCtrl[0], StormCtrl[1]+30, StormCtrl[2], StormCtrl[3]+30, SMALL); //"Stop" (BLUE_BAC)10205printButton(print_text[40], StormCtrl[0], StormCtrl[1]+30, StormCtrl[2], StormCtrl[3]+30, SMALL, GREEN_BAC);//"Stop" (BLUE_BAC)10206weeStart=2;10207// clouDonOff =0;10208}10209}102101021110212if((x>=StormCtrl[0]) && (x<=StormCtrl[2]) && (y>=StormCtrl[1]) && (y<=StormCtrl[3]) && clouDonOff== 1 && storMonOff== 1)//press Storm setting10213{ waitForIt(StormCtrl[0], StormCtrl[1], StormCtrl[2], StormCtrl[3]);10214dispScreen=27;10215timGROZtmp=timGROZ;10216clearScreen();10217storMScreen(true); }1021810219if((x>=StormCtrlON[0]) && (x<=StormCtrlON[2]) && (y>=StormCtrlON[1]) && (y<=StormCtrlON[3])&& clouDonOff== 1)//press Storm on/off10220{ waitForIt(StormCtrlON[0], StormCtrlON[1], StormCtrlON[2], StormCtrlON[3]);1022110222if(storMonOff== 1 )10223{storMonOff=0;// Storm off10224// weeStart = 2;10225// DimCloud = dimmW;10226stormGR = 0; }10227else{storMonOff=1;// Storm on10228stormGR = 1;}10229wthScreen ();10230}1023110232break;1023310234case26:// ************* Cloud Control ******************1023510236// ---------------- increase/decrease values -------------10237CloudDayQantity = PlusMinusCount (false, 200, 88, 1, 5, 1, CloudDayQantity);// quant Cloud/day10238CloudDuration = PlusMinusCount (false, 200, 124, 15, 90, 1, CloudDuration);//duration cloud10239CloudWeekQantity = PlusMinusCount (false, 200, 163, 1, 7, 1, CloudWeekQantity);// cloudy day1024010241//CalcCoud();1024210243if((x>=canCgs[0]) && (x<=canCgs[2]) && (y>=canCgs[1]) && (y<=canCgs[3]))//press CANCEL10244{10245waitForIt(canCgs[0], canCgs[1], canCgs[2], canCgs[3]);10246dispScreen=0;10247clearScreen();10248mainScreen(true); }1024910250if((x>=backGS[0]) && (x<=backGS[2]) && (y>=backGS[1]) && (y<=backGS[3]))//press back10251{ waitForIt(backGS[0], backGS[1], backGS[2], backGS[3]);10252dispScreen=25;10253clearScreen();10254wthScreen (true); }1025510256if((x>=prSAVEgs[0]) && (x<=prSAVEgs[2]) && (y>=prSAVEgs[1]) && (y<=prSAVEgs[3]))//press SAVE10257{ waitForIt(prSAVEgs[0], prSAVEgs[1], prSAVEgs[2], prSAVEgs[3]);10258timOBL = timOBLtmp;10259deltaOBL = deltaOBLtmp;10260razOBL = razOBLtmp;10261planPOG ();10262// dispScreen=1;10263// clearScreen();10264// menuScreen();10265}1026610267break;1026810269case27:// ************* Storm Control ******************1027010271// ---------------- increase/decrease values -------------10272timGROZtmp = PlusMinusCount (true, 200, 88, 1, 10, 1, timGROZtmp);// storm duration1027310274if((x>=backGS[0]) && (x<=backGS[2]) && (y>=backGS[1]) && (y<=backGS[3]))//press back10275{ waitForIt(backGS[0], backGS[1], backGS[2], backGS[3]);10276dispScreen=25;10277clearScreen();10278wthScreen (true); }1027910280if((x>=canCgs[0]) && (x<=canCgs[2]) && (y>=canCgs[1]) && (y<=canCgs[3]))//press CANCEL10281{10282waitForIt(canCgs[0], canCgs[1], canCgs[2], canCgs[3]);10283dispScreen=0;10284clearScreen();10285mainScreen(true); }1028610287if((x>=prSAVE[0]) && (x<=prSAVE[2]) && (y>=prSAVE[1]) && (y<=prSAVE[3]))//press SAVE10288{ waitForIt(prSAVE[0], prSAVE[1], prSAVE[2], prSAVE[3]);10289timGROZ = timGROZtmp;10290// SaveLEDsFailsafeToEEPROM();10291// dispScreen=1;10292// clearScreen();10293// menuScreen();10294}1029510296if((StormCtrlONNight[0]) && (StormCtrlONNight[2]) && (StormCtrlONNight[1]) && (StormCtrlONNight[3]))10297{ waitForIt(StormCtrlONNight[0], StormCtrlONNight[1], StormCtrlONNight[2], StormCtrlONNight[3]);//press ON1029810299if(NightGR==1)// Storm on/off10300{ printButton(print_text[23], StormCtrlONNight[0], StormCtrlONNight[1], StormCtrlONNight[2], StormCtrlONNight[3], SMALL);//"OFF"10301GROZANight=0;10302NightGR=0; }10303else{ printButton(print_text[22], StormCtrlONNight[0], StormCtrlONNight[1], StormCtrlONNight[2], StormCtrlONNight[3], SMALL);//"ON"10304GROZANight=1;10305NightGR=1; }10306}1030710308break;1030910310case28:// ************* Weather test ******************1031110312break;10313}10314}10315}10316/********************************* END of TOUCH SCREEN loop ****************************/103171031810319/**************************************** SETUP **************************************/10320voidsetup()10321{10322//wdt_disable();1032310324Serial.begin(9600);1032510326/* --------timer setting for change frequency--------10327Timer 01032813 OC0A103294 OC0B //Caution: this one directly effects major timing {i.e delay and millis} DO NOT CHANGE10330Timer 11033111 OC1A1033212 OC1B10333Timer 21033410 OC2A103359 OC2B10336Timer 3103375 OC3A103382 OC3B103393 OC3C10340Timer 4103416 OC4A103427 OC4B103438 OC4C10344Timer 51034546 OC5A1034645 OC5B1034744 OC5C1034810349// Timers 0-5 clock for PWM via analogWrite(PIN, Value);10350TIMER 0 CLKt=Fosc256 = 62500, Phase Correct PWM Mode10351Value Divisor Frequency103520×01 1 62500 hz103530×02 8 7812.5 hz103540×03 64 976.5625 hz // default103550×04 256 244.140625 hz103560×05 1024 61.03515625 hz10357Code: TCCR0B = (TCCR0B & 0xF8) | value ;1035810359TIMER 1, 3, 4, 5 CLKt=Fosc/512 = 31250, Phase Correct PWM Mode10360Value Divisor Frequency103610×01 1 31250 hz103620×02 8 3906.25 hz103630×03 64 488.28125 hz103640×04 256 122.0703125 hz103650×05 1024 30.517578125 hz10366Code: TCCR1B = (TCCR1B & 0xF8) | value ;10367Code: TCCR3B = (TCCR3B & 0xF8) | value ;10368Code: TCCR4B = (TCCR4B & 0xF8) | value ;10369Code: TCCR5B = (TCCR5B & 0xF8) | value ;1037010371TIMER 2 CLKt=Fosc/512 = 31250, Phase Correct PWM Mode10372Value Divisor Frequency103730×01 1 31250 hz103740×02 8 3906.25 hz103750×03 32 976.5625 hz103760×04 64 488.28125 hz103770×05 128 244.140625 hz103780×06 256 122.0703125 hz103790×07 1024 30.517578125 hz10380Code: TCCR2B = (TCCR2B & 0xF8) | value ;10381*/103821038310384#ifdef Timers_8bit10385TCCR1B = (TCCR1B & 0xF8) | PWM_FRQ_Value;// pin 12, 1310386TCCR2B = (TCCR2B & 0xF8) | PWM_FRQ_ValueT2;// pin 1010387TCCR3B = (TCCR3B & 0xF8) | PWM_FRQ_Value;// pin 2,3,510388TCCR4B = (TCCR4B & 0xF8) | PWM_FRQ_Value;// pin 6,7,810389TCCR5B = (TCCR5B & 0xF8) | PWM_FRQ_Value_Fan;// 30hz pin 44, 45, 46 for FANs10390#endif1039110392#ifdef Timers_8_11bit10393//**************** 8 and 11 bit timer setting **********************************1039410395#ifdef Standard_shield10396TCCR2B = (TCCR2B & 0xF8) | PWM_FRQ_ValueT2;// pin 10 8bit10397TCCR5B = (TCCR5B & 0xF8) | PWM_FRQ_Value_Fan;// 30hz pin 44, 45, 46 for FANs 8bit1039810399// set 11 bit timer setting10400TCCR1A = B00000010;// mode 14Fast PWM timer 110401TCCR4A = B00000010;// mode 14Fast PWM timer410402// TCCR1B = B00011010; // clk/8 prescalering10403// TCCR4B = B00011010; // clk/8 prescalering10404// set timer mode10405TCCR4B = B00011000;10406TCCR1B = B00011000;10407// set prescaler value10408TCCR1B = TCCR1B | PWM_FRQ_Value;// pin 11, 1210409TCCR4B = TCCR4B | PWM_FRQ_Value;// pin 6, 7, 81041010411OCR1A = 0;10412OCR1B = 0;10413OCR4B = 0;10414OCR4C = 0;1041510416ICR1 = 2005;10417ICR4 = 2005;1041810419cbi_mix( PORTB, 5 );//Timer1, port 1110420sbi_mix( DDRB , 5 );10421cbi_mix( PORTB, 6 );//Timer1, port 1210422sbi_mix( DDRB , 6 );//10423cbi_mix( PORTH, 4 );//Timer4, port 710424sbi_mix( DDRH , 4 );//10425cbi_mix( PORTH, 5 );//Timer4, port 810426sbi_mix( DDRH , 5 );//1042710428#else // For Aquashield V2 and V310429// 8 bit timer setting10430TCCR2B = (TCCR2B & 0xF8) | PWM_FRQ_ValueT2;// pin 9, 10 8bit10431TCCR5B = (TCCR5B & 0xF8) | PWM_FRQ_Value_Fan;// 30hz pin 44, 45, 46 for FANs 8bit1043210433// 11bit timer setting10434// set timer mode 14 - fast PWM10435TCCR4A = B00000010;// mode 14Fast PWM timer410436TCCR3A = B00000010;// mode 14Fast PWM timer310437TCCR1A = B00000010;// mode 14Fast PWM timer110438TCCR4B = B00011000;10439TCCR3B = B00011000;10440TCCR1B = B00011000;10441// set prescaler value10442TCCR1B = TCCR1B | PWM_FRQ_Value;// pin 11, 1210443TCCR3B = TCCR3B | PWM_FRQ_Value;// pin 2, 3,10444TCCR4B = TCCR4B | PWM_FRQ_Value;// pin 6,1044510446OCR1A = 0;10447OCR1B = 0;10448OCR3A = 0;10449OCR3B = 0;10450OCR3C = 0;10451OCR4A = 0;1045210453ICR1 = 2005;10454ICR3 = 2005;10455ICR4 = 2005;1045610457cbi_mix( PORTB, 5 );//Timer1, port 1110458sbi_mix( DDRB , 5 );10459cbi_mix( PORTB, 6 );//Timer1, port 1210460sbi_mix( DDRB , 6 );//1046110462cbi_mix( PORTE, 3 );//Timer3, port 510463sbi_mix( DDRE , 3 );//10464cbi_mix( PORTE, 4 );//Timer3, port 210465sbi_mix( DDRE , 4 );//10466cbi_mix( PORTE, 5 );//Timer3, port 310467sbi_mix( DDRE , 5 );//10468cbi_mix( PORTH, 3 );//Timer4, port 610469sbi_mix( DDRH , 3 );//10470#endif10471#endif1047210473#ifdef Timers_11bit10474//**************** 11 bit timer setting **********************************1047510476TCCR2B = (TCCR2B & 0xF8) | PWM_FRQ_Value_Fan+2 ;// 30Hz pin 10, 9 8bit10477TCCR5B = (TCCR5B & 0xF8) | PWM_FRQ_Value_Fan;// 30hz pin 44, 45, 46 for FANs 8bit1047810479/* B00011001 - 8khz TCCRXB register, no prescaling10480B00011010 - 1khz TCCRXB register, clkI/O/810481B00011011 - 125hz TCCRXB register, clkI/O/6410482B00011100 - 31hz TCCRXB register, clkI/O/2561048310484TCCR4A = B00000010;// mode 14 Fast PWM timer4 WGM41=1, WGM40=010485TCCR4B = B00011010;// clkI/O/8 WGM43=1, WGM42=1 + CS42..CS40 =1010486TCCR3A = B00000010;// mode 14 Fast PWM timer310487TCCR3B = B00011010;// clkI/O/810488TCCR1A = B00000010;// mode 14 Fast PWM timer 110489TCCR1B = B00011010;// clkI/O/810490*/10491// set timer mode 14 - fast PWM10492TCCR4A = B00000010;// mode 14Fast PWM timer410493TCCR3A = B00000010;// mode 14Fast PWM timer310494TCCR1A = B00000010;// mode 14Fast PWM timer110495TCCR4B = B00011000;10496TCCR3B = B00011000;10497TCCR1B = B00011000;10498// set prescaler value10499TCCR1B = TCCR1B | PWM_FRQ_Value;// pin 11, 1210500TCCR3B = TCCR3B | PWM_FRQ_Value;// pin 2, 3,10501TCCR4B = TCCR4B | PWM_FRQ_Value;// pin 6, 7, 81050210503OCR1A = 0;10504OCR1B = 0;10505OCR3A = 0;10506OCR3B = 0;10507OCR3C = 0;10508OCR4A = 0;10509OCR4B = 0;10510OCR4C = 0;1051110512ICR1 = 2005;10513ICR3 = 2005;10514ICR4 = 2005;1051510516cbi_mix( PORTB, 5 );//Timer1, port 1110517sbi_mix( DDRB , 5 );10518cbi_mix( PORTB, 6 );//Timer1, port 1210519sbi_mix( DDRB , 6 );//10520cbi_mix( PORTE, 3 );//Timer3, port 510521sbi_mix( DDRE , 3 );//10522cbi_mix( PORTE, 4 );//Timer3, port 210523sbi_mix( DDRE , 4 );//10524cbi_mix( PORTE, 5 );//Timer3, port 310525sbi_mix( DDRE , 5 );//10526cbi_mix( PORTH, 3 );//Timer4, port 610527sbi_mix( DDRH , 3 );//10528cbi_mix( PORTH, 4 );//Timer4, port 710529sbi_mix( DDRH , 4 );//10530cbi_mix( PORTH, 5 );//Timer4, port 810531sbi_mix( DDRH , 5 );//10532#endif1053310534pinMode(ledPinTV, OUTPUT);10535pinMode(ledPinRed, OUTPUT);10536pinMode(ledPinWhite, OUTPUT);10537pinMode(ledPinBlue, OUTPUT);10538pinMode(ledPinRoyBlue, OUTPUT);10539pinMode(ledPinUV, OUTPUT);10540pinMode(ledPinCyan, OUTPUT);10541pinMode(ledPinYellow, OUTPUT);10542pinMode(ledPinMoon, OUTPUT);1054310544pinMode(Heatsink1_FansPWM, OUTPUT);10545pinMode(Heatsink2_FansPWM, OUTPUT);10546pinMode(Heatsink3_FansPWM, OUTPUT);10547pinMode(PowerSwitch2, OUTPUT);10548pinMode(tempHeatPin, OUTPUT);10549pinMode(tempChillPin, OUTPUT);10550pinMode(tempAlarmPin, OUTPUT);10551pinMode(SDchipSelect, OUTPUT);1055210553#ifdef Aqua_shield_v210554pinMode(WirelessSPI_CS, OUTPUT);10555pinMode(WirelessW_CE, OUTPUT);10556pinMode(WirelessW_IRQ, INPUT);10557pinMode(AnalogIN, INPUT);10558#endif1055910560#ifdef Aqua_shield_v310561pinMode(WirelessSPI_CS, OUTPUT);10562pinMode(WirelessW_CE, OUTPUT);10563pinMode(WirelessW_IRQ, INPUT);10564pinMode(PowerSwitch3, OUTPUT);10565pinMode(Temp_SensorBus1, OUTPUT);10566pinMode(BackLite, OUTPUT);10567#endif1056810569//digitalWrite(BackLite,HIGH);10570analogWrite(BackLite, 255);105711057210573ReadDallasAddress ();10574sensors.begin();//start up temperature library10575sensors.setResolution(waterThermometer, resolution);// set the resolution to 11 bit10576sensors.setResolution(Heatsink1Thermometer, resolution);10577sensors.setResolution(Heatsink2Thermometer, resolution);10578sensors.setWaitForConversion(false);10579sensors.requestTemperatures();10580delayInMillis = 750 / (1 << (12 - resolution));10581lastTempRequest = millis();1058210583myGLCD.InitLCD(LANDSCAPE);10584myGLCD.clrScr();1058510586EraseAllEEPROM_SaveDefault();// check and erase eeprom for my format, save all default10587myGLCD.clrScr();1058810589myTouch.InitTouch(LANDSCAPE);10590myTouch.setPrecision(PREC_MEDIUM);10591myTouch.read();//dummy read, enale IRQ1059210593myGLCD.setColor(64, 64, 64);10594myGLCD.fillRect(0, 226, 319, 239);//Bottom Bar10595rtc.halt(false);//Set the clock to run-mode1059610597COLOR=0;// read all colors10598ReadLedFromEEPROM();// read led setting from EEPROM10599ReadFromEEPROM();// read other setting10600t = rtc.getTime();10601min_cnt= (t.hour*60)+t.min;1060210603calculateStartTime();// calculate SUNRISE time10604calculateStopTime();// calculate SUNSET time1060510606//--------ON OFF LED Analog Driver ----------10607if((min_cnt/15 >= StartTime-1) && (min_cnt/15 <= StopTime))10608{digitalWrite(PowerSwitch2, LOW);}//ON driver before StartTime - 15min10609else{digitalWrite(PowerSwitch2, HIGH);}//OFF driver before StartTime1061010611LED_levels_output();10612delay(1000);// wait before first reading temperature data10613checkTempC();10614mainScreen(true);10615setScreenSaverTimer = setSSmintues * 12;// 5sec*12=1 min, convert minutes to 5sec stepping1061610617}10618/*********************************** END of SETUP ************************************/106191062010621/********************************** BEGIN MAIN LOOP **********************************/1062210623voidloop()10624{1062510626if((myTouch.dataAvailable()) && (screenSaverCounter>=setScreenSaverTimer))//exit from screen saver10627{if(setLockScreen ==1) { analogWrite(BackLite, 255);}// set normal brightness10628Exit_From_ScreenSaver();}10629else10630{if(myTouch.dataAvailable() && (screenSaverCounter < setScreenSaverTimer))10631{ processMyTouch();} }1063210633Alarm();// ON/OFF alarm signal and Fan starup process1063410635unsignedlongcurrentMillis = millis();1063610637#ifdef Timers_8bit1063810639#else10640//----------check LED levels every 1s for 8/11 & 11 bit version ---------------------------10641// unsigned long currentMillis = millis();10642if(currentMillis - previousMillisOne > 1000)//check LED levels every 1s10643{ previousMillisOne = currentMillis;10644min_cnt= (t.hour*60)+t.min;1064510646//if (clouDonOff ==1) { weezleLED(); } // Wheater calculation1064710648LED_levels_output();10649}10650#endif1065110652if(currentMillis - previousMillisFive > 5000)//check time, temp and LED levels every 5s1065310654{ previousMillisFive = currentMillis;1065510656checkTempC();// read current temperature106571065810659if(clouDonOff ==1) { timeStartOBL(); }// опрос таймера на погоду106601066110662if((screenSaverCounter<setScreenSaverTimer) && (dispScreen == 0))10663{ mainScreen(); }// display MAIN Screen include TimeDateBar()1066410665if((screenSaverCounter<setScreenSaverTimer) && dispScreen!=9 && dispScreen !=0)10666{ TimeDateBar(); }// display time and data in all windows exept dispScreen=9 and MAIN windows1066710668if(screenSaverCounter>=setScreenSaverTimer || dispScreen ==9)// check current time in Screen saver mode or dispScreen=910669{ t = rtc.getTime();10670WaterTempCheckFunction();// ON/OFF chiller, heater and display TEMP value and messages10671FanTempCheckFunction();1067210673if(tempAlarmflagW ==true|| tempAlarmflagH1 ==true|| tempAlarmflagH2 ==true)// exit from screensaver in case of alarm10674{10675firstTouch =false;10676screenSaverCounter=0;10677dispScreen=0;10678clearScreen();10679myGLCD.setColor(64, 64, 64);10680myGLCD.fillRect(0, 226, 319, 239);10681mainScreen(true);10682}10683}10684min_cnt= (t.hour*60)+t.min;10685//Serial.print("min_cnt="); Serial.println(min_cnt);1068610687#ifdef Timers_8bit10688LED_levels_output();10689#endif1069010691//--------------ON OFF LED Analog Driver --------------------------10692if((GlobalStatus2Byte & 0x0F) == 0) {10693if((min_cnt/15 >= StartTime-1) && (min_cnt/15 <= StopTime))10694{digitalWrite(PowerSwitch2, LOW);}//ON driver before StartTime - 15min10695else{digitalWrite(PowerSwitch2, HIGH);}}//OFF driver before StartTime1069610697// feedingTimeOutput();1069810699//-------------- Off PRESET 45min before the end of light day ------------------------------10700if(((GlobalStatus2Byte & 0x0F) !=0) && (min_cnt/15 == StopTime-3 ))// !=0 if preset is ON10701{GlobalStatus2Byte = (GlobalStatus2Byte & 0xF0);//clear flags Preset1..Preset410702colorLEDtest =false;}10703screenReturn();// return to Main window after preset is OFF or after 2min timeout10704screenSaver();// check screen time and display saver1070510706}10707}1070810709/********************************** END OF MAIN LOOP *********************************/Прилаживаю ссылку на весь архив. http://reefcentral.ru/forum/topic/2016-akva-kontroller-ot-olega/page-36#...
Эта ветка _платных_ испонителей
Код вставлять научитесь, никто вашу простынь читать не будет
Вы правда считаете что у кого-то появиться желание проананлизировать просто так 10 ТЫСЯЧ строк кода?
"Есть код для Ардуино мега 2560 с сенсорным экраном, но он дороговат..."
Цену хоть бы озвучили.
подозреваю под "дороговат" имеется ввиду 2560+сенсорный экран :)
Хмм, спойлера я не нашел... Дороговат - 3 рубля нашими.
Вам надо провести поиск по готовым проектам, которые вас удовлетворят. Либо самостоятельно разбираться. Подкинуть совет, что-то подсказать, ответить на вопрос - это одно дело. А что-то лопатить по вашему тз, да еще имитировать фазы луну - навряд ли кто-то бесплатно загорится желанием. И да, это ветка поиска работы. Любая работа это время и имхо должна быть оплачена так или иначе.
Спасибо всем за ответы. Раз уж можете подсказать, то подсказывайте :)
Вроде бы нашел проект: http://forum.arduino.cc/index.php?topic=63503.0 .
Только не понятно кое-что.
1. Нужен контроллер Ардуино Мега, только какой? 2560? 1280? Там вроде как не указано. В качестве дисплея - ЛСД 20:4 символа. Так же нужны часики.
2. Он приводит полный код, т.е. мне нужно просто купить контроллер, скопировать код и прошить? Или как?
3. Я так понял, контроллер управляет тремя каналами: лунным светом, синим (заменю на теплый белый) и белым, так?
Всем заранее огромное спасибо
Да, еще вопросик. Светодиоды плавно включаются, или сразу на полную мощь (т.е. рассвет-закат присутствует?) СПС