सीरियल मोड में Futaba M204SD02AJ इंडिकेटर

/* FUTABA */

#define _STB 2
#define _SCK 3
#define _SISO 4
int i,j,n,m;
int cmd;

void futab(int x1, int x2){
 digitalWrite(_STB,0);
 for (j=1; j<3; j++){
 // delay(1500);
  if (j==1)  {cmd = x1;} else {cmd = x2;}     
  for (i=7; i>-1; i--) {
                      digitalWrite(_SCK,0);
                      digitalWrite(_SISO,bitRead(cmd,i));
                      delayMicroseconds(2);
                      digitalWrite(_SCK,1);
                      delayMicroseconds(2);
                      }
                     }
 digitalWrite(_STB,1);
 delay(50);
}


void setup() {
  // put your setup code here, to run once:
  Serial.begin(9600);               // starts the serial monitor 

  pinMode(_STB, OUTPUT);        //  "  "
  pinMode(_SCK, OUTPUT);
  pinMode(_SISO, OUTPUT);
  
  digitalWrite(_STB,1);       //     
  digitalWrite(_SCK,1);

 futab(248,1);  //    4-4-1
 delay(2000);    //  
 futab(250,0x87);   // 
 futab(250,0x50);   // 
 futab(250,0x84);   // 
 futab(250,0x42);   // 
 futab(250,0x45);   // 
 futab(250,0x54);   // 

futab(248,0b11000011); //  4-4-8   =43h    ,  

 futab(250,0x48);   // H
 futab(250,0x61);   // a
 futab(250,0x62);   // b
 futab(250,0x72);   // r


futab(248,0b11011111); //  4-4-8   =5Fh  4- , 12 
 futab(250,0x35);   // 5
 futab(250,0x65);   // e
 futab(250,0x72);   // r
 futab(250,0x47);   // G
 futab(250,0x30);   // 0

futab(248,0b10011011); //  4-4-8   =5Dh  3- , 10 
 futab(250,0x30);   // 0
 futab(250,0x37);   // 7
 futab(250,0x2E);   // .
 futab(250,0x30);   // 0
 futab(250,0x34);   // 4
 futab(250,0x2E);   // .
 futab(250,0x32);   // 2
 futab(250,0x30);   // 0
 futab(250,0x31);   // 1
 futab(250,0x36);   // 6


 

for (m=1; m<5; m++){
 for (n=1; n<4; n++){
   futab(248,0b00011100);   // 4-4-5    
   delay(100);
                  }
 for (n=1;n<4;n++){
   futab(248,0b00011000);    // 4-4-5    
   delay(100);
                  }
                   } 
 
 delay(1500);
 for (n=1;n<5;n++){
   futab(248,0b00001000);   // 4-4-4  
   delay(100);
   futab(248,0b00001100);   // 4-4-4  
   delay(100);
                  }

 delay(1500);
                  
 for (n=1;n<5;n++){
 
 futab(248,0b00111101);  // 4-4-6    75%
 delay(100);
 futab(248,0b00111110);  // 4-4-6    50%
 delay(100);
 futab(248,0b00111111);  // 4-4-6    25%
 delay(100);
 futab(248,0b00111110);  // 4-4-6    50%
 delay(100);
 futab(248,0b00111101);  // 4-4-6    75%
 delay(100);
 futab(248,0b00111100);  // 4-4-6    100%
 delay(100);
 }
 delay(1000);

//    
 
 futab(248,0b01001000);  // 4-4-7   CGRAM=8
 futab(250,0b00001110); 
 futab(250,0b00010001); 
 futab(250,0b00010001); 
 futab(250,0b00010011); //
 futab(250,0b00010111); 
 futab(250,0b00011111); 
 futab(250,0b00011111); 
 futab(250,0b00011111); 

 futab(248,0b01010000);  // 4-4-7   CGRAM=16
 futab(250,0b00000000); 
 futab(250,0b00000001); 
 futab(250,0b00000110); 
 futab(250,0b00001100);  //- 
 futab(250,0b00010001); 
 futab(250,0b00000110); 
 futab(250,0b00001100); 
 futab(250,0b00010000); 
 
//     

 futab(248,0b10010011); //    1*20
 futab(250,0b00000001);  //    CGRAM c  1

 futab(248,0b11010011); //    2*20
 futab(250,0b00000010);  //    CGRAM c  2

}
void loop() {
 
}