[SOLVED] LCD display chararcter in reverse direction

#include <p18f452.h>
#include <xlcd.h>
#include <delays.h>

#pragma config OSC  = HS 
     #pragma config PWRT = ON 
     #pragma config WDT  = OFF, WDTPS = 1 
     #pragma config LVP  = OFF 
     #pragma config DEBUG = OFF 
     #pragma config CP0  = OFF,CP1 = OFF,CP2 = OFF,CP3 = OFF,CPB = OFF,CPD = OFF 
     #pragma config WRT0 = OFF,WRT1 = OFF,WRT2 = OFF,WRT3 = OFF,WRTB = OFF,WRTC = OFF,WRTD = OFF 
     #pragma config EBTR0 = OFF,EBTR1 = OFF,EBTR2 = OFF,EBTR3 = OFF,EBTRB = OFF 

void DelayFor18TCY( void )
{
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
}
void DelayPORXLCD (void)
{
Delay1KTCYx(75); // Delay of 15ms
// Cycles = (TimeDelay * Fosc) / 4
// Cycles = (15ms * 16MHz) / 4
// Cycles = 60,000
return;
}
void DelayXLCD (void)
{
Delay1KTCYx(25); // Delay of 5ms
// Cycles = (TimeDelay * Fosc) / 4
// Cycles = (5ms * 16MHz) / 4
// Cycles = 20,000
return;
}


char XLCD_Disp1[] = "MICROCHIP  ";

void main( void )
{

// configure external LCD
OpenXLCD( FOUR_BIT & LINE_5X10);

BusyXLCD();
SetDDRamAddr(0x09);

BusyXLCD();
putsXLCD(XLCD_Disp1);
BusyXLCD();

while(1);


}

include <p18f452.h>
 #include <xlcd.h>
 #include <delays.h>
 
 #pragma config OSC  = HS 
      #pragma config PWRT = ON 
      #pragma config WDT  = OFF, WDTPS = 1 
      #pragma config LVP  = OFF 
      #pragma config DEBUG = OFF 
      #pragma config CP0  = OFF,CP1 = OFF,CP2 = OFF,CP3 = OFF,CPB = OFF,CPD = OFF 
      #pragma config WRT0 = OFF,WRT1 = OFF,WRT2 = OFF,WRT3 = OFF,WRTB = OFF,WRTC = OFF,WRTD = OFF 
      #pragma config EBTR0 = OFF,EBTR1 = OFF,EBTR2 = OFF,EBTR3 = OFF,EBTRB = OFF 
 
 
 void DelayFor18TCY( void )
 {
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 Nop();
 }
 void DelayPORXLCD (void)
 {
 Delay1KTCYx(75); // Delay of 15ms
 // Cycles = (TimeDelay * Fosc) / 4
 // Cycles = (15ms * 16MHz) / 4
 // Cycles = 60,000
 return;
 }
 void DelayXLCD (void)
 {
 Delay1KTCYx(25); // Delay of 5ms
 // Cycles = (TimeDelay * Fosc) / 4
 // Cycles = (5ms * 16MHz) / 4
 // Cycles = 20,000
 return;
 }
 
 
 char XLCD_Disp1[] = "M";
 char XLCD_Disp2[] = "I";
 char XLCD_Disp3[] = "C";
 char XLCD_Disp4[] = "R";
 char XLCD_Disp5[] = "O";
 char XLCD_Disp6[] = "C";
 char XLCD_Disp7[] = "H";
 char XLCD_Disp8[] = "I";
 char XLCD_Disp9[] = "P";
 
 
 void main( void )
 {
 
 // configure external LCD
 OpenXLCD( FOUR_BIT & LINES_5X7);
 
 Delay10KTCYx(20);
  /*****/
  WriteCmdXLCD(DON&CURSOR_OFF&BLINK_OFF);
  /*****/
  while(BusyXLCD()); 
  /*****/
  Delay10KTCYx(20);
 
 
 
 BusyXLCD();
 SetDDRamAddr(0x01);
 putsXLCD(XLCD_Disp1);
 BusyXLCD();
 SetDDRamAddr(0x02);
 putsXLCD(XLCD_Disp2);
 BusyXLCD();
 SetDDRamAddr(0x03);
 putsXLCD(XLCD_Disp3);
 BusyXLCD();
 SetDDRamAddr(0x04);
 putsXLCD(XLCD_Disp4);
 BusyXLCD();
 SetDDRamAddr(0x05);
 putsXLCD(XLCD_Disp5);
 BusyXLCD();
 SetDDRamAddr(0x06);
 putsXLCD(XLCD_Disp6);
 BusyXLCD();
 SetDDRamAddr(0x07);
 putsXLCD(XLCD_Disp7);
 BusyXLCD();
 SetDDRamAddr(0x08);
 putsXLCD(XLCD_Disp8);
 BusyXLCD();
 SetDDRamAddr(0x09);
 putsXLCD(XLCD_Disp9);
 BusyXLCD();
 SetDDRamAddr(0x40);
 BusyXLCD();
 while(1);
 }