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Bahan yang di perlukan :

Arduino UNO
1 Panel LED P10
Bluetooth HC-05 atau HC-06
RTC DS3231
Buzzer Active
Konverter Arduino ke DMD
Charge HP 5V untuk power JWS
Kabel Jumper secukupnya
Kabel USB

Peralatan yang di perlukan

Komputer atau Laptop yang sdh terintal Arduino IDE 1.8.5
Sumber Listrik

Gambar :

Source Code :

Terdiri dari 6 File

File Utama
File Perhitungan Waktu Sholat
File gambar desai Tampilan
File Parameter
File Penamaan ID
File Tampilan Puasa

File Utama :

//**************************************************************************************/
#include <SPI.h> 
#include <DMD3asis.h> 
#include <font/KecNumber.h> 
#include <font/BigNumber.h> 
#include <font/Font4x6.h> 
#include <font/SystemFont5x7.h> 
#include <font/Font3x5.h> 
#include <font/Angka6x7.h>

#include <DS3231.h> 
#include <EEPROM.h> 
#include <avr/pgmspace.h> 
#include <Wire.h>
 #include <MemoryFree.h>

#define BUZZ    A0  
#define Font0 Font4x6
#define Font3 BigNumber
#define Font2 Font3x5
#define Font1 SystemFont5x7
#define Font4 KecNumber
#define Font5 Angka6x7
    
// Object Declarations
DMD3 Disp(1,1);
char *pasar[] ={"WAGE", "KLIWON", "LEGI", "PAHING", "PON"}; 
int maxday[] = {0, 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31};
RTClib          RTC;
DS3231          Clock;

//Structure of Variable 
typedef struct  // loaded to EEPROM
  {
    uint8_t state;   //1 1 byte  add 0
    float   L_LA;    //2 4 byte  add 1
    float   L_LO;    //3 4 byte  add 5
    float   L_AL;    //4 4 byte  add 9
    float   L_TZ;    //5 4 byte  add 13
    uint8_t MT;      //6 1 byte  add 17  // value 1-masjid  2-mushollah 3-surau 4-langgar 
    uint8_t BL;      //7 1 byte  add 18
    uint8_t IH;      //8 1 byte  add 19
    uint8_t SO;      //9 1 byte  add 20
    uint8_t JM;      //10 1 byte  add 21
    uint8_t I1;      //11 1 byte  add 22
    uint8_t I4;      //12 1 byte  add 23
    uint8_t I5;      //13 1 byte  add 24
    uint8_t I6;      //14 1 byte  add 25
    uint8_t I7;      //15 1 byte  add 26
    uint8_t BZ;      //16 1 byte  add 27
    uint8_t SI;      //17 1 byte  add 28
    uint8_t ST;      //18 1 byte  add 29
    uint8_t SU;      //19 1 byte  add 30
    int8_t  CH;      //20 1 byte  add 31
  } struct_param;

typedef struct  
  { 
    uint8_t   hD;
    uint8_t   hM;
    uint16_t  hY;
  } hijir_date;
   
// Variable by Structure     
struct_param    Prm;
hijir_date      nowH;   

// Time Variable
DateTime        now;
float           floatnow   = 0;
uint8_t         daynow     = 0;
uint8_t         ty_puasa   = 0;
uint8_t         hd_puasa   = 0; 
int8_t          SholatNow  = -1;
boolean         jumat      = false;
boolean         azzan      = false;
uint8_t         reset_x    = 0;   

//Other Variable
float sholatT[8]  = {0,0,0,0,0,0,0,0};
uint8_t Iqomah[8] = {0,0,0,0,0,0,0,0};

//Blue tooth Pram Receive
char        CH_Prm[155];
int         DWidth  = Disp.width();
int         DHeight = Disp.height();
boolean     DoSwap;
int         RunSel    = 1; //
int         RunFinish = 0 ;

//=======================================
//===SETUP=============================== 
//=======================================
void setup()
  { //init comunications 
    Wire.begin();
    Serial.begin(9600);
         
    // Get Saved Parameter from EEPROM   
    updateTime();
    GetPrm();   

    //init P10 Led Disp & Salam
    Disp_init();
  }

//=======================================
//===MAIN LOOP Function =================   
//=======================================
void loop()
  { 
    // Reset & Init Display State
    updateTime();   //every time
    check_azzan();  //check Sholah Time for Azzan
    DoSwap  = false ;
    fType(1);  
    Disp.clear();
    
    // Timer Function every 10 Minutes
    // Up All function with Timer in this fuction
    Timer_Minute(1);

    // =========================================
    // List of Display Component Block =========
    // =========================================

    anim_JG(1);                                                 // addr: 1 show date time
    dwMrq(drawMasjidName(),75,2,2);                             // addr: 2 show Masjid Name
    dwMrq(drawDayDate()   ,75,1,3);                             // addr: 3 show Hijriah date
    dwMrq(msgPuasa(hd_puasa,ty_puasa),75,0,4);                  // addr: 5 show Remander Puasa
    drawSholat(5);                                              // addr: 5 show sholat time
    dwMrq(drawInfo(130)    ,75,1,6);                             // addr: 6 show Info 1
    anim_DT(7);                                                 // addr: 7 show date time    
    dwMrq(drawInfo(280)   ,75,2,8);                             // addr: 8 show Info 2
    drawSholat(9);                                              // addr: 9 show sholat time
    dwMrq(drawInfo(430)   ,75,1,10);                            // addr: 10 show Info 3


    drawAzzan(100);                                             // addr: 100 show Azzan
    drawIqomah(101);                                            // addr: 101 show Iqomah
    dwMrq(drawInfo(580),50,0,102); //Message Sholat biasa       // addr: 202 show Message Sholah
    dwMrq(drawInfo(730),50,0,103); //Message Sholat jumat       // addr: 203 show Message Jum'at
    blinkBlock(104);                                            // addr: 104 show Blink  Sholat    

    // =========================================
    // Display Control Block ===================
    // =========================================
    if(RunFinish==1) {RunSel = 2; RunFinish =0;}                      //after anim 1 set anim 2
    if(RunFinish==2) {RunSel = 3; RunFinish =0;}                      //after anim 2 set anim 3
    if(RunFinish==3)                                                  //after anim 3 set anim 5 or anim 4 if puasa
         {
          if (ty_puasa!=0)  {RunSel = 4; RunFinish =0;}
          else {RunSel = 5; RunFinish =0;}
         }
    if(RunFinish==4)  {RunSel = 5;  RunFinish =0;}                      //after anim 4 set anim 5
    if(RunFinish==5)  {RunSel = 6;  RunFinish =0;}                      //after anim 5 set anim 6
    if(RunFinish==6)  {RunSel = 7;  RunFinish =0;}                      //after anim 6 set anim 7
    if(RunFinish==7)  {RunSel = 8;  RunFinish =0;}                      //after anim 7 set anim 8
    if(RunFinish==8)  {RunSel = 9;  RunFinish =0;}                      //after anim 8 set anim 9
    if(RunFinish==9)  {RunSel = 10; RunFinish =0;}                      //after anim 9 set anim 10
    if(RunFinish==10) {RunSel = 1;  RunFinish =0;}                      //after anim 10 set anim 1
    
    if(RunFinish==100 and jumat )     {RunSel = 103; RunFinish = 0; reset_x = 1;}  //after Azzan Jumat (anim 100)
    else if(RunFinish==100)           {RunSel = 101; RunFinish =0;}               //after Azzan Sholah (Iqomah)
        
    if(RunFinish==101) {RunSel = 102; RunFinish =0; reset_x=1;}       //after Iqomah(anim 101) set Message Sholah (anim 102)   
    if(RunFinish==102) {RunSel = 104; RunFinish =0;}                  //after Message Sholah (anim 102) set Blink Sholah(anim 104) 
    if(RunFinish==103) {RunSel = 104; RunFinish =0;}                  //after Messagw Jum'at (anim 103) set Blink Sholah(anim 104)
    if(RunFinish==104) {RunSel = 1; RunFinish =0;}                    //after Blink Sholah back to anim 1 

    // =========================================
    // Swap Display if Change===================
    // =========================================
    if(DoSwap){Disp.swapBuffers();} // Swap Buffer if Change
  }

// =========================================
// DMD3 P10 utility Function================
// =========================================
void Disp_init() 
  { Disp.setDoubleBuffer(true);
    Timer1.initialize(2000);
    Timer1.attachInterrupt(scan);
    setBrightness(int(Prm.BL));
    fType(1);  
    Disp.clear();
    Disp.swapBuffers();
    }

void setBrightness(int bright)
  { Timer1.pwm(9,bright);}

void scan()
  { Disp.refresh();}
  
// =========================================
// Time Calculation Block===================
// =========================================
void updateTime()
  { now = RTC.now();
    floatnow = (float)now.hour() + (float)now.minute()/60 + (float)now.second()/3600;
    daynow   = Clock.getDoW();    // load day Number
  }
  
void Timer_Minute(int repeat_time) //load every  1 minute
  { 
    static uint16_t   lsRn;
    uint16_t          Tmr = millis();
    if((Tmr-lsRn)>(repeat_time*60000))
      {
        lsRn =Tmr;
        update_All_data();
        Serial.print("freeMemory()=");Serial.println(freeMemory());  
        SendPrm();      
      }
  }

void update_All_data()
  {
  uint8_t   date_cor = 0;
  updateTime();
  sholatCal();                                                // load Sholah Time
  check_puasa();                                              // check jadwal Puasa Besok
  if(floatnow>sholatT[6]) {date_cor = 1;}                     // load Hijr Date + corection next day after Mhagrib 
  nowH = toHijri(now.year(),now.month(),now.day(),date_cor);  // load Hijir Date
  
  if ((floatnow > (float)21) or (floatnow < (float)3.5) )    {setBrightness(15);}
      else                                                   {setBrightness(Prm.BL);}  
  }
    
void check_azzan()
  { //Check Waktu Sholat
    SholatNow  = -1;
    for(int i=0; i <=7; i++)
      {
        if (i!=0 and i!=2 and i!=3)  // bukan terbit dan bukan dhuha
          {
            if(floatnow >= sholatT[i])
              {
                SholatNow = i;
                if(!azzan and (floatnow > sholatT[i]) and (floatnow < (sholatT[i]+0.03))) 
                  { 
                    if(daynow ==6 and SholatNow ==4 and Prm.MT==1) {jumat=true;}
                    azzan =true;
                    RunSel = 100;
                  }  
              }
          }
      }
  }

File Perhitungan Waktu Sholat :

//------------------------------------------
// Function calculate Pray Time
//------------------------------------------
/*Macro Function */
#define d2r(x) x*M_PI/180
#define r2d(x) x*180/M_PI

//Constanta 
    const float lunarY          = 354.367068f;

// Main Function
void sholatCal()
  {
    float EJD = E_Julian_date(now.year(),now.month(),now.day(),Prm.L_LO);
    float Decl=Dql(EJD);
    float EqOfTime=EqT(EJD);
    Pray_Time(Prm.L_TZ, Prm.L_LA, Prm.L_LO,Prm.L_AL,Decl, EqOfTime );
  }

//Julian Date at GMT mid day
float E_Julian_date(int Year,int Month,int Days,float Longitude) // juliant date - 2451545
  {

    if (Month <= 2)
      {
      Year -= 1;
      Month += 12;
      }

    float A = floor(((float)Year/100.0));

    float B = 2 - A + floor(A/4.0);

    float CLong = Longitude/(float)(15 * 24);
    float JD = floor(365.25 *(float)(Year+ 4716)) 
              - 2451545 
              + floor(30.6001 * (float)(Month + 1)) 
              + (float)Days + B 
              - 1524.5
              -CLong;
    return JD; 
  }

//Sun Declination 
float EqT(const float EJD) 
  {
    float g = fix_angle(357.529f + 0.98560028f* EJD);
    float q = fix_angle(280.459f + 0.98564736f* EJD);
    float L = fix_angle(q + 1.915* sin(d2r(g)) + 0.020* sin(d2r(2*g)));
    float e = (23.439f - 0.00000036f* EJD);

    float RA = r2d(atan2(cos(d2r(e))* sin(d2r(L)), cos(d2r(L))))/ 15;
    float Eq =(q/15-fix_hour(RA));
    return Eq;
 //   Ds = r2d(asin(sin(d2r(e))* sin(d2r(L))));  // declination of the Sun
  }
  
float Dql(float EJD) 
  {
    float g = fix_angle((357.529f + 0.98560028f* EJD));
    float q = fix_angle((280.459f + 0.98564736f* EJD));
    float L = fix_angle((q + 1.915f* sin(d2r(g)) + 0.020f* sin(d2r(2*g))));
    float e = (23.439f - 0.00000036f* EJD);

    float dd = r2d(asin(sin(d2r(e))* sin(d2r(L))));  // declination of the Sun
    return dd;
  }

float HourAngle( float Alfa, float Declination, float Latitude)
  {
     float rn =acos(
                      (-sin(d2r(Alfa))-sin(d2r(Latitude))*sin(d2r(Declination)))
                      /
                      (cos(d2r(Latitude))*cos(d2r(Declination)))
                     )/15;
     return r2d(rn);
  }

void Pray_Time(float TimeZone, float Latitude, float Longitude,float Altitude,float Declination, float EquationOfTime )
  { 
    // Dzuhur
    float BaseTime = fix_hour((float)12+TimeZone-(Longitude/15)-EquationOfTime);
    sholatT[4] = BaseTime + (float)Prm.IH/60;

    // Ashr
    float alfa =r2d(-atan(1 / (1+tan(d2r(fabs(Latitude-Declination))))));
    float HA = HourAngle(alfa,Declination,Latitude);
    sholatT[5] = BaseTime + HA + (float)Prm.IH/60;

    // Maghrib
    alfa = 0.8333f+0.0347f*sqrt(Altitude);
    HA = HourAngle(alfa,Declination,Latitude);
    sholatT[6] = BaseTime + HA + (float)Prm.IH/60;

    // Terbit
    sholatT[2] = BaseTime - HA;

    // Isya
    HA = HourAngle((float)18,Declination,Latitude);
    sholatT[7] = BaseTime + HA + (float)Prm.IH/60;

    // Shubuh
    HA = HourAngle((float)20,Declination,Latitude);
    sholatT[1] = BaseTime - HA + (float)Prm.IH/60;
    // Imsak
    sholatT[0] = sholatT[1]-(float)10/60;  
    // Dhuha
    HA = HourAngle((float)-4.5,Declination,Latitude);
    sholatT[3] = BaseTime - HA;
  char buff[100];
  }

float fix_hour(float a)
  {
    a = a - (float)24.0 * floor(a / 24.0);
    a = a < 0.0 ? a + 24.0 : a;
    return a;
  }

float fix_angle(float a)
  {
    a = a - (float)360.0 * floor(a / 360.0);
    a = a < 0.0 ? a + 360.0 : a;
    return a;
  }  




//------------------------------------------
// Function calculate Hijriah Date
//------------------------------------------

long Days(uint16_t Y,uint8_t M,uint8_t D)
  {
    if (M < 3)
      { 
      Y -= 1; 
      M +=12;
      }
    Y = Y - 2000;
    long ndays= floor(365.25*Y)+floor(30.6001*(M + 1))+floor(Y/100)+floor(Y/400)+D+196;
    //long ndays= d1 + d2 - A + B + D + 196;
    return ndays;
  }

long DaysHijri(uint16_t Y,uint8_t M,uint8_t D)
  {
    Y = Y - 1420;   
    long hari = floor(29.5*M - 28.999)+floor(lunarY*Y)+D ;
    return hari;
  }
  
hijir_date toHijri(uint16_t Y, uint8_t M, uint8_t D,uint8_t cor) // core --> corection date today=0   yesterday=-1 tomorrow=1
  {
    hijir_date BuffDate;
    long nday = Days(Y, M, D)+ Prm.CH + cor;
    
    long tahun = floor(nday/lunarY) + 1420;
    long bulan = 1;
    long harike = 1;
    while(DaysHijri(tahun, bulan, 1) <= nday){tahun++;};
    tahun--;
    while(DaysHijri(tahun, bulan, 1) <= nday){bulan++;};
    bulan--;
    harike = 1 + nday - DaysHijri(tahun, bulan, 1);
    if (bulan == 13){bulan = 12; harike += 29;};
    BuffDate.hD = harike;
    BuffDate.hM = bulan;
    BuffDate.hY = tahun;

    return BuffDate;
  }

File gambar desai Tampilan :

// =========================================
// Drawing Content Block====================    
// =========================================

void drawAzzan(int DrawAdd)
  {
    // check RunSelector
    if(!dwDo(DrawAdd)) return;
    uint8_t           ct_limit =40;  //harus angka genap
    static uint8_t    ct;
    static uint16_t   lsRn;
    uint16_t          Tmr = millis();

    if((Tmr-lsRn) > 500 and ct <= ct_limit)
      {
        lsRn = Tmr;
        if((ct%2) == 0)
          { //Disp.drawRect(1,2,62,13);
            fType(0);
            dwCtr(0,0,"ADZAN");
            fType(1);
            if(jumat) {dwCtr(0,8,sholatN(8));}
            else      {dwCtr(0,8,sholatN(SholatNow));}
            Buzzer(1);
          }
        else 
          { Buzzer(0);}
        DoSwap = true; 
        ct++;
      }
    if ((Tmr-lsRn)>2000 and (ct > ct_limit))
      {dwDone(DrawAdd);
       ct = 0;
       Buzzer(0);}
  }

void drawIqomah(int DrawAdd)  // Countdown Iqomah (9 menit)
  {  
    // check RunSelector
    if(!dwDo(DrawAdd)) return;

    static uint16_t   lsRn;
    uint16_t          Tmr = millis();
    static int        ct;
    int               mnt, scd,cn_l ;
    char              locBuff[6];           
    
    cn_l  = (Iqomah[SholatNow]*60);
    //Disp.drawRect(1,2,62,13);
    if((Tmr-lsRn) > 1000 and ct <=cn_l)
      {
          lsRn = Tmr;        
          mnt = floor((cn_l-ct)/60); 
          scd = (cn_l-ct)%60;
          if(mnt>0) {sprintf(locBuff,"%02d:%02d",mnt,scd);}
            else    {sprintf(locBuff,"%02d",scd);}
          if((ct%2) == 0){
          fType(0);
          dwCtr(0,-1,"IQOMAH");}          
          fType(0);
          dwCtr(0,8,locBuff);
          if (ct> (cn_l-10)) Buzzer(1);   // Buzzer on 2 seccon before Iqomah
          ct++;
          DoSwap = true;
             
      }
    if (ct > cn_l)
      {
       dwDone(DrawAdd);
       ct = 0;
       Buzzer(0);
      }    
  }

void drawSholat_S(int sNum,int c) // Box Sholah Time
  {
    char  BuffTime[10];
    char  BuffShol[7];
    float   stime   = sholatT[sNum];
    uint8_t shour   = floor(stime);
    uint8_t sminute = floor((stime-(float)shour)*60);
    uint8_t ssecond = floor((stime-(float)shour-(float)sminute/60)*3600);
    sprintf(BuffTime,"%02d:%02d",shour,sminute);
   // Disp.drawRect(c+1,2,62,13);
    fType(1); dwCtr(c,0,sholatN(sNum));
    fType(0); dwCtr(c,9,BuffTime);
    DoSwap = true;          
  }

void drawSholat(int DrawAdd)
  {
    // check RunSelector
//    int DrawAdd = 0b0000000000000100;
    if(!dwDo(DrawAdd)) return; 

    static uint8_t    x;
    static uint8_t    s; // 0=in, 1=out
    static uint8_t    sNum; 
    static uint16_t   lsRn;
    uint16_t          Tmr = millis();
    uint8_t           c=0;
    uint8_t    first_sNum = 0; 
    int               DrawWd=DWidth - c;    

    if((Tmr-lsRn)>10) 
      {
        if(s==0 and x<(DrawWd/2)){x++;lsRn=Tmr;}
        if(s==1 and x>0){x--;lsRn=Tmr;}
      }
      
    if((Tmr-lsRn)>2000 and x ==(DrawWd/2)) {s=1;}
    if (x == 0 and s==1) 
      { 
        if (sNum <7 0="" 1="" 2="" 3="" 7="" and="" buff="" buffh="" buffm="" c="" char="" d="" date="" disp.drawfilledrect="" disp.drawtext="" doswap="true;" drawgreg_ds="" drawsholat_s="" drawsmallts="" dwctr="" dwdone="" else="" first_snum="" ftype="" if="" int="" isp.drawline="" lsrn="" mr-lsrn="" now.day="" now.hour="" now.minute="" now.month="" now.year="" or="" raw="" rawadd="" rawwd="" rm.si="=0" rm.st="=0" rm.su="=0" s="=" snum="" sprintf="" static="" tmr="millis();" uff="" uffh="" uffm="" uint16_t="" void="" x-10="" x="" y-2="" y="">1000) lsRn = Tmr;
    DoSwap = true;
  }  

void drawGreg_TS(uint16_t y)   // Draw Time
  {
    char  Buff[20];
    //sprintf(Buff,"%02d:%02d:%02d",now.hour(),now.minute(),now.second());
    sprintf(Buff,"%02d:%02d",now.hour(),now.minute());
    dwCtr(0,y,Buff);
    DoSwap = true; 
  }
void drawGreg_cil(uint16_t y)   // Draw Time
  {
    char  Buff[20];
    sprintf(Buff,"%02d:%02d:%02d",now.hour(),now.minute(),now.second());    
    dwCtr(0,y,Buff);
    DoSwap = true; 
  }
void Jam_GD(uint16_t y)   // Draw Time Depan
  {
    char  BuffJ[6];
    char  BuffM[6];
    char  BuffD[6];
    sprintf(BuffJ,"%02d",now.hour());
    sprintf(BuffM,"%02d",now.minute());
    sprintf(BuffD,"%02d",now.second());
    fType(5);
    Disp.drawText(0,y,BuffJ);
    Disp.drawText(0,y+8,BuffM);
    fType(3);
    Disp.drawText(19,y,BuffD);
    Disp.drawRect(15,y+3,16,y+5,1);
    Disp.drawRect(15,y+10,16,y+12,1);
    DoSwap = true; 
  }
void anim_DT(int DrawAdd)
  {
    // check RunSelector
    if(!dwDo(DrawAdd)) return; 
    
    static uint8_t    y;
    static uint8_t    s; // 0=in, 1=out              
    static uint16_t   lsRn;
    uint16_t          Tmr = millis();

    if((Tmr-lsRn)>100) 
      { 
        if(s==0 and y<17 and="" if="" lsrn="Tmr;y++;}" s="=1" y="">0){lsRn=Tmr;y--;}
      }
    if((Tmr-lsRn)>10000 and y ==17) {s=1;}
    if (y==7)
      {
       // Disp.drawRect(1,2,62,13);
      }
    if (y == 0 and s==1) {dwDone(DrawAdd); s=0;}
    fType(4);
    drawGreg_cil(y-16);
   // fType(2);
    //drawGreg_DS(16-y);      
    }
void anim_JG(int DrawAdd)
  {
    // check RunSelector
    if(!dwDo(DrawAdd)) return; 
    
    static uint8_t    y;
    static uint8_t    s; // 0=in, 1=out              
    static uint16_t   lsRn;
    uint16_t          Tmr = millis();

    if((Tmr-lsRn)>100) 
      { 
        if(s==0 and y<17 and="" if="" lsrn="Tmr;y++;}" s="=1" y="">0){lsRn=Tmr;y--;}
      }
    if((Tmr-lsRn)>10000 and y ==17) {s=1;}
    if (y==7)
      {
       // Disp.drawRect(1,2,62,13);
      }
    if (y == 0 and s==1) {dwDone(DrawAdd); s=0;}
    //fType(1);
    //drawGreg_TS(y-8);
    
    Jam_GD(17-y);      
    }
void dwMrq(const char* msg, int Speed, int dDT, int DrawAdd)
  { 
    // check RunSelector
    static uint16_t   x; 
    if(!dwDo(DrawAdd)) return;
    if (reset_x !=0) { x=0;reset_x = 0;}      

       
    static uint16_t   lsRn;
    int fullScroll = Disp.textWidth(msg) + DWidth;    
    uint16_t          Tmr = millis();
    if((Tmr-lsRn)> Speed)
      { lsRn=Tmr;
        if (x < fullScroll) {++x;}
        else {  dwDone(DrawAdd); 
                x = 0;return;}
     if(dDT==1)
        {
        fType(1);  //Marquee    
        Disp.drawText(DWidth - x, 0, msg);
        fType(0);
        if (x<=6)                     { drawGreg_TS(16-x);}
        else if (x>=(fullScroll-6))   { drawGreg_TS(16-(fullScroll-x));}
        else                          { Disp.drawRect(1,8,30,8);
                                        drawGreg_TS(9);}
        }
     else if(dDT==2)
        {    
        fType(0);
        if (x<=6)                     { drawGreg_TS(x-6);}
        else if (x>=(fullScroll-6))   { drawGreg_TS((fullScroll-x)-6);}
        else                          { Disp.drawRect(1,7,30,7);
                                        drawGreg_TS(-1);}
        fType(1); //Marquee
        Disp.drawText(DWidth - x, 9 , msg);
        }
     else
        {
        fType(1);
        Disp.drawLine(1,2,62,2);
        Disp.drawLine(1,13,62,13);
        Disp.drawText(DWidth - x, 4, msg);
        }
        DoSwap = true; 
      }          
  }

void blinkBlock(int DrawAdd)
  {
    // check RunSelector
    if(!dwDo(DrawAdd)) return;

    static uint16_t   lsRn;
    static uint16_t   ct, ct_l;
    uint16_t          Tmr = millis();
    int               mnt, scd;//
    char              locBuff[6];//

    if(jumat)       {ct_l = Prm.JM * 60;}
    else            {ct_l = Prm.SO * 60;}
    jumat =false;
     
    if((Tmr-lsRn)> 1000)
      { lsRn=Tmr;
      
        //Disp.drawChar(1, 1 , ct);
        mnt = floor((ct_l-ct)/60);
        scd = (ct_l-ct)%60;
        sprintf(locBuff,"%d:%02d",mnt,scd);
        fType(2);
        Disp.drawText(1,7,locBuff); // tampil tunggu sholat
        if((ct%2) == 0)
          { 

            Disp.drawFilledRect(DWidth-3, DHeight-3, DWidth-2, DHeight-2);}
        DoSwap = true; 
        ct++;}
    if (ct> ct_l) 
      { dwDone(DrawAdd);
        azzan = false;
        ct = 0;
      }
   // Disp.drawText(1,7,String(ct_l-ct)); 
  }

// =========================================
// Drawing Tools============================
// =========================================
boolean dwDo(int DrawAdd)
  { if (RunSel== DrawAdd) {return true;}
    else return false;}
  
void dwDone(int DrawAdd)
  { RunFinish = DrawAdd;
    RunSel = 0;}
    
void dwCtr(int x, int y,const char* Msg)
  { int   tw = Disp.textWidth(Msg);
    int   th = Disp.textHeight();
    int   c = int((DWidth-x-tw)/2);
    Disp.drawFilledRect(x+c-1,y,x+tw+c,y+th,0);
    Disp.drawText(x+c,y,Msg);}

void Buzzer(uint8_t state)
  {
    if(state ==1 and Prm.BZ == 1)
      {tone(BUZZ, 500, 400);}
    else 
      {noTone(BUZZ);}
  }
  
void fType(int x)
  {
    if(x==0) Disp.setFont(Font0);
    else if(x==1) Disp.setFont(Font1); 
    else if(x==2) Disp.setFont(Font2);
    else if(x==3) Disp.setFont(Font3);
    else if(x==4) Disp.setFont(Font4);
    else Disp.setFont(Font5);  
  }

// digunakan untuk menghitung hari pasaran
  int jumlahhari(){ 
  DateTime  now = RTC.now(); 
  int d= now.day();
  int m= now.month();
  int y= now.year();
  int hb[] = {0, 31, 59, 90, 120, 151, 181, 212, 243, 273, 304, 334, 365};
  int ht = (y - 1970) * 365 - 1;
  int hs = hb[m - 1] + d;
  int kab = 0;
  int i;
  if(y % 4 == 0) {
    if(m > 2) {
    hs++;
    }
  }
  for(i = 1970; i < y; i++) {
    if(i % 4 == 0) {
    kab++;
    }
  }
  return (ht + hs + kab); 
}

File Parameter :
void serialEvent()
{
int prm_idx = 0;
char bchar;

bchar =Serial.peek();

if ((bchar == 'C') or (bchar == 'N') or (bchar == 'S'))
{
while ((bchar != '\n')and(prm_idx < 150))
{
if(Serial.available())
{
bchar = (char)Serial.read();
CH_Prm[prm_idx]=bchar;
prm_idx ++;
Buzzer(1);
}
}
CH_Prm[prm_idx-1]='\0';
LoadPrm();
}
else
{
while(Serial.available()) {Serial.read();}
}
}

void LoadPrm()
{
String BT_Param;
uint16_t eeAdd = 0;
uint8_t eePut = 0;
uint8_t eeMax = 0;
uint8_t lenprm = strlen(CH_Prm)-3;

// Put Char Data
if (CH_Prm[0]=='C')
{ if(CH_Prm[1]=='M' and CH_Prm[2]=='N') {eeAdd = 58; eeMax=24;}
else if(CH_Prm[1]=='M' and CH_Prm[2]=='A') {eeAdd = 85; eeMax=44;}
else if(CH_Prm[1]=='N' and CH_Prm[2]=='1') {eeAdd = 130; eeMax=149;}
else if(CH_Prm[1]=='N' and CH_Prm[2]=='2') {eeAdd = 280; eeMax=149;}
else if(CH_Prm[1]=='N' and CH_Prm[2]=='3') {eeAdd = 430; eeMax=149;}
else if(CH_Prm[1]=='S' and CH_Prm[2]=='M') {eeAdd = 580; eeMax=149;}
else if(CH_Prm[1]=='J' and CH_Prm[2]=='M') {eeAdd = 730; eeMax=149;}

int eeCount =0;
while((eeCount<= lenprm) and (eeCount < eeMax))
{
EEPROM.update(eeAdd+eeCount,CH_Prm[3+eeCount]);
eeCount++;
}
EEPROM.update(eeAdd+eeCount,'\0');
}

// Put Numeric Data
else if (CH_Prm[0] =='N')
{
BT_Param = String(CH_Prm);

if(BT_Param.substring(1,3).equals("LA")) {eeAdd = 1 ; eePut=1;}
else if(BT_Param.substring(1,3).equals("LO")) {eeAdd = 5 ; eePut=1;}
else if(BT_Param.substring(1,3).equals("AL")) {eeAdd = 9 ; eePut=1;}
else if(BT_Param.substring(1,3).equals("TZ")) {eeAdd = 13; eePut=1;}
else if(BT_Param.substring(1,3).equals("MT")) {eeAdd = 17; eePut=2;}
else if(BT_Param.substring(1,3).equals("BL")) {eeAdd = 18; eePut=2;}
else if(BT_Param.substring(1,3).equals("IH")) {eeAdd = 19; eePut=2;}
else if(BT_Param.substring(1,3).equals("SO")) {eeAdd = 20; eePut=2;}
else if(BT_Param.substring(1,3).equals("JM")) {eeAdd = 21; eePut=2;}
else if(BT_Param.substring(1,3).equals("I1")) {eeAdd = 22; eePut=2;}
else if(BT_Param.substring(1,3).equals("I4")) {eeAdd = 23; eePut=2;}
else if(BT_Param.substring(1,3).equals("I5")) {eeAdd = 24; eePut=2;}
else if(BT_Param.substring(1,3).equals("I6")) {eeAdd = 25; eePut=2;}
else if(BT_Param.substring(1,3).equals("I7")) {eeAdd = 26; eePut=2;}
else if(BT_Param.substring(1,3).equals("BZ")) {eeAdd = 27; eePut=2;}
else if(BT_Param.substring(1,3).equals("SI")) {eeAdd = 28; eePut=2;}
else if(BT_Param.substring(1,3).equals("ST")) {eeAdd = 29; eePut=2;}
else if(BT_Param.substring(1,3).equals("SU")) {eeAdd = 30; eePut=2;}
else if(BT_Param.substring(1,3).equals("CH")) {eeAdd = 31; eePut=3;} //update

if(eePut == 1)
{
EEPROM.put(eeAdd,BT_Param.substring(3,BT_Param.length()).toFloat());
}
if(eePut == 2)
{
EEPROM.put(eeAdd,(uint8_t)BT_Param.substring(3,BT_Param.length()).toInt());
}
if(eePut == 3) // put uint8_t
{
EEPROM.put(eeAdd,(int8_t)BT_Param.substring(3,BT_Param.length()).toInt());
}

}
else
if (CH_Prm[0]=='S' and CH_Prm[1]=='D' and CH_Prm[2]=='T')
{
BT_Param = String(CH_Prm);
Clock.setClockMode(false);
Clock.setDate(byte(BT_Param.substring(3,5).toInt()));
Clock.setMonth(byte(BT_Param.substring(5,7).toInt()));
Clock.setYear(byte(BT_Param.substring(7,9).toInt()));
Clock.setHour(byte(BT_Param.substring(9,11).toInt()));
Clock.setMinute(byte(BT_Param.substring(11,13).toInt()));
Clock.setSecond(byte(BT_Param.substring(13,15).toInt()));
Clock.setDoW(byte(BT_Param.substring(15,16).toInt()));
}
// Get New/updeted parameter*/
GetPrm();
}

void GetPrm()
{
// Serial.println("Get parameter");
// Get Parameter and check
EEPROM.get(0, Prm);
if(Prm.state != 212) //check value of Prm State .. set Default
{
set_default_prm();
}
if (now.year() < 2018)//check date time .. less than 1 jan 2018 set Default
{
set_default_time();
}
Iqomah[1]=Prm.I1;
Iqomah[4]=Prm.I4;
Iqomah[5]=Prm.I5;
Iqomah[6]=Prm.I6;
Iqomah[7]=Prm.I7;
// user New Parameter
setBrightness(int(Prm.BL));
update_All_data();
// SendPrm();
}

void set_default_prm()
{
// Put Parameter start form addr 500
Prm = (struct_param){212,-6.39524,106.80256,45,7,1,20,2,10,30,15,10,10,7,10,1,1,1,1,0};
EEPROM.put(0,Prm);
EEPROM.put(58, "Mujahid 212\0");
EEPROM.put(85, "Sragen\0");
EEPROM.put(130,"Info 1\0");
EEPROM.put(280,"Info 2\0");
EEPROM.put(430,"Info 3\0");
EEPROM.put(580,"Lurus dan rapatkan Shaf sebelum Sholat ...\0");
EEPROM.put(730,"Harap Tenang dan Matikan HP Anda\0");

}

void set_default_time()
{
Clock.setClockMode(false); // set to 24h
Clock.setYear(byte(18));
Clock.setMonth(byte(1));
Clock.setDate(byte(1));
Clock.setDoW(byte(2));
Clock.setHour(byte(12));
Clock.setMinute(byte(0));
Clock.setSecond(byte(0));
Clock.turnOffAlarm(1);
Clock.turnOffAlarm(2);
}

// for debug
void SendPrm()
{
// char Info1[150];
Serial.print(F("NLA : ")); Serial.print(Prm.L_LA,7);Serial.print("\t");
Serial.print(F("NLO : ")); Serial.print(Prm.L_LO,7);Serial.print("\n");
Serial.print(F("NAL : ")); Serial.print(Prm.L_AL,7);Serial.print("\t");
Serial.print(F("NTZ : ")); Serial.print(Prm.L_TZ,0);Serial.print("\n");
Serial.print(F("NMT : ")); Serial.print(Prm.MT);Serial.print("\t");
Serial.print(F("NIH : ")); Serial.print(Prm.IH);Serial.print("\t");
Serial.print(F("NCH : ")); Serial.print(Prm.CH);Serial.print("\n");
Serial.print(F("NSO : ")); Serial.print(Prm.SO);Serial.print("\t");
Serial.print(F("NJM : ")); Serial.print(Prm.JM);Serial.print("\n");
Serial.print(F("NI1 : ")); Serial.print(Prm.I1);Serial.print("\t");
Serial.print(F("NI4 : ")); Serial.print(Prm.I4);Serial.print("\t");
Serial.print(F("NI5 : ")); Serial.print(Prm.I5);Serial.print("\n");
Serial.print(F("NI6 : ")); Serial.print(Prm.I6);Serial.print("\t");
Serial.print(F("NI7 : ")); Serial.print(Prm.I7);Serial.print("\t");
Serial.print(F("NBZ : ")); Serial.print(Prm.BZ);Serial.print("\n");
Serial.print(F("NSI : ")); Serial.print(Prm.SI);Serial.print("\t");
Serial.print(F("NST : ")); Serial.print(Prm.ST);Serial.print("\t");
Serial.print(F("NSU : ")); Serial.print(Prm.SU);Serial.print("\n");
Serial.print(F("NBL : ")); Serial.print(Prm.BL);Serial.print("\n");
for(int i =0; i <=7;i++){
Serial.print("iqomah"); Serial.print(i); Serial.print("\t"); Serial.println(Iqomah[i]);
}
}

File Penamaan ID :

/*=============================================
* PROGMEM DATA
==============================================*/
// sholatN 9 x 8
const char static sholatN_E[] PROGMEM = { "IMSAK\0\0\0"
"SUBUH\0\0\0"
"TERBT\0\0\0"
"DHUHA\0\0\0"
"DUHUR\0\0\0"
"ASHAR\0\0\0"
"MAGRB\0\0\0"
"ISYA\0\0\0\0"
"JUMAT\0\0\0"
};
//h_month 12 x 11
const char static h_month_E[] PROGMEM = { "MUHARRAM\0\0\0"
"SHAFAR\0\0\0\0\0"
"RAB.AWAL\0\0\0"
"RAB.AKHIR\0\0"
"JUM.AWAL\0\0\0"
"JUM.AKHIR\0\0"
"RAJAB\0\0\0\0\0\0"
"SYA'BAN\0\0\0\0"
"RAMADHAN\0\0\0"
"SYAWAL\0\0\0\0\0"
"DZULQA'DAH\0"
"DZULHIJAH\0\0"};
//m_month 12 x 10
const char static m_month_E[] PROGMEM = { "JAN\0"
"FEB\0"
"MAR\0"
"APR\0"
"MEI\0"
"JUN\0"
"JUL\0"
"AGS\0"
"SEP\0"
"OKT\0"
"NOV\0"
"DES\0"};
//DayName 7 x 7
const char static DayName_E[] PROGMEM = { "AHAD\0\0\0"
"SENIN\0\0"
"SELASA\0"
"RABU\0\0\0"
"KAMIS\0\0"
"JUM'AT\0"
"SABTU\0\0"};

//MT_Name 4 x 10
const char static MT_Name_E[] PROGMEM = { "MASJID\0\0\0\0"
"MUSHOLLA\0\0"
"SURAU\0\0\0\0\0"
"LANGGAR\0\0\0"};

const char static HD_Puasa[] PROGMEM = {
"MARI PUASA\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
"SUDAHKAH KITA PUASA\0\0\0\0\0\0\0"
"MARI KITA PERBANYAK PUASA\0"
"SELAMAT MENJALANKAN PUASA\0"
};

const char static TY_Puasa[] PROGMEM = {
"SYAWAL\0\0\0\0\0\0\0"
"SYA'BAN\0\0\0\0\0\0"
"SENIN\0\0\0\0\0\0\0\0"
"KAMIS\0\0\0\0\0\0\0\0"
"TENGAH BULAN\0"
"AROFAH\0\0\0\0\0\0\0"
"DZULHIJAH\0\0\0\0"
"TASU'A\0\0\0\0\0\0\0"
"ASYURA\0\0\0\0\0\0\0"
"RAMADHAN\0\0\0\0\0"

};

/*=============================================
// List fungsi Call Name off :
// 1. Header Puasa : Header_Puasa(1-4)
// 2. Sholat Name : sholahN(integer 0-6) 0-Subuh 1-Terbit 2-Dhuha 3-Dzuhur 4-Ashar 5-Magrib 3-Isya
// 3. DayName : DayName(1-7) 1-Minggu .... 7-Sabtu
// 4. Hijriah Month Name : drawGregDate(OutPut String)
// 5. Masehi Month Name : drawHijrDate(OutPut String)
// 6. Masjid Name : drawMasjidName(OutPut String) depend on Masjid Tipe 1-Masjid 2-Musholla 3-Surau 4-Langgar
==============================================*/
char* msgPuasa(int hd, int ty) // get sholat name from EEPROM
{
static char output[50];
char hdBuff[26];
int locLen = (hd-1)*26;
memccpy_P(hdBuff,HD_Puasa+locLen ,0,26);
char tyBuff[13];
locLen = (ty-1)*13;
memccpy_P(tyBuff,TY_Puasa+locLen ,0,13);
if(hd ==1)
{sprintf(output,"%s %s esok hari" ,hdBuff,tyBuff);}
else
{sprintf(output,"%s %s" ,hdBuff,tyBuff);}
return output;
}

char* sholatN(int number) // get sholat name from EEPROM
{
static char locBuff[8];
int locLen = number*8;
memccpy_P(locBuff,sholatN_E+locLen ,0,8);
return locBuff;
}

char * DayName(int number) // get Day Name from EEPROM
{
static char locBuff[7];
int locLen = (number-1)*7;
memccpy_P(locBuff,DayName_E+locLen ,0,7);
return locBuff;
}

char * MonthName(int number) // get Month Name from EEPROM
{
static char locBuff[4];
int locLen = (number-1)*4;
memccpy_P(locBuff,m_month_E+locLen,0,4);
return locBuff;
}

char * drawDayDate()
{
char locBuff[20];
static char out[45];
int locLen = (nowH.hM-1)*11;
memccpy_P(locBuff,h_month_E+locLen,0,11);
sprintf(out,"%s %s,%02d-%02d-%04d %02d %s %dH\0",DayName(daynow),pasar[jumlahhari()%5],now.day(),now.month(),now.year(),nowH.hD,locBuff,nowH.hY);
return out;
}

char * drawMasjidName()
{
char bufMN[75];
static char out[85];
char locBuff[10];
int locLen = (Prm.MT-1)*10;
memccpy_P(locBuff,MT_Name_E+locLen ,0,10);
EEPROM.get(55,bufMN);
sprintf(out,"%s %s\0",locBuff,bufMN);
return out;
}

char * drawInfo(int addr)
{
static char out[150];
EEPROM.get(addr,out);
return out;
}

File Tampilan Puasa :

void check_puasa()

{

// hitung tanggal besok

hijir_date tmrH = toHijri(now.year(),now.month(),now.day(),1);

ty_puasa = 0;

// cek hari dilarang puasa

if ( ((tmrH.hM == 12) and (tmrH.hD == 10)) or // Idul Adha

((tmrH.hM == 12) and (tmrH.hD == 11)) or // Hari Tarsik 1

((tmrH.hM == 12) and (tmrH.hD == 12)) or // Hari Tarsik 2

((tmrH.hM == 12) and (tmrH.hD == 13)) or // Hari Tarsik 3

((tmrH.hM == 10) and (tmrH.hD == 1)) or // Idul Fitri

((tmrH.hM == 8) and (tmrH.hD == 29)) or // Akhir bulan Sya'ban

((tmrH.hM == 8) and (tmrH.hD == 30)))

{

ty_puasa = 0;

}

else

{

if ((tmrH.hM == 10) and (tmrH.hD > 2)) // Bulan Syawal --> Puasa 6 Hari Sawal

{

ty_puasa = 1;

hd_puasa = 2;

}

if ((tmrH.hM == 8) and (tmrH.hD >= 1)) // Perbanyak puasa sunnah bulan Sya'ban

{

ty_puasa = 2;

hd_puasa = 3;

}

if(daynow== 1) // Jika sekarang Minggu --> besok puasa Senin

{

ty_puasa = 3;

hd_puasa = 1;

}

if(daynow== 4) // Jika sekarang Rabu --> besok puasa Kamis

{

ty_puasa = 4;

hd_puasa = 1;

}

if(tmrH.hD == 13 or tmrH.hD == 14 or tmrH.hD == 15) // Puasa Tengah Bulan tgl 13,14,15

{

ty_puasa = 5;

hd_puasa = 1;

}

if ((tmrH.hM == 12) and (tmrH.hD == 9)) // 9 Dzulhijah --> Puasa Arofah

{

ty_puasa = 6;

hd_puasa = 1;

}

if ((tmrH.hM == 12) and (tmrH.hD < 9)) // 9 hari pertama Dzulhijah --> Puasa Awal Dzulhijah

{

ty_puasa = 7;

hd_puasa = 1;

}

if ((tmrH.hM == 1) and (tmrH.hD == 9)) // 9 Muharram --> Puasa Arofah

{

ty_puasa = 8;

hd_puasa = 1;

}

if ((tmrH.hM == 1) and (tmrH.hD == 10)) // 10 Muharram --> Puasa Asura

{

ty_puasa = 9;

hd_puasa = 1;

}

if (tmrH.hM == 9) // Puasa Ramadhan

{

ty_puasa = 10;

hd_puasa = 4;

}

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STRUKTUR KURIKULUM 2013 KOMPETENSI KEAHLIAN SMK REVISI TAHUN 2017 LENGKAP

Membuat JWS ( Jadwal Waktu Sholat ) 1 Panel P10 dengan Arduino dilengkapi dpt diseting dng Aplikasi Android

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