OK guys so I finally found a vga output solution for my arduino pc. 
Here is the link:Google Code Archive - Long-term storage for Google Code Project Hosting.
But wait...
When you open the program .zip files that are provided, there is always a comment on the top of each program that says cpu board:arduino duemilanove.And I have an arduino uno atmega328p rev 3. 
So I was wondering whether their code would also work with the uno.Also,there is no library download but they have included libraries in their code.I don't know where to download these libraries.Also when I verify the sketch tons of errors pop up.I'm assuming they pop up because I don't have any of the libraries in the example code.Here is the code that I tried verifying.
/*****************************************************************************
System Name : Simple Analog RGB 2013
File Name : VGA13_0216.pde
Content :
Version : 0.0
CPU board : Arduino Duemilanove
Compiler :
History :2013/02/16
*****************************************************************************/
/*----------------------------------------------------------------------------
; Copyleft Nabe_RMC
;---------------------------------------------------------------------------*/
/*==========================================================================*/
/* Includes */
/*==========================================================================*/
#include "SYSdef.h"
#include "CRTdef.h"
#include "INTdef.h"
#include "CSLdef.h"
/*==========================================================================*/
/* DEFINE */
/*==========================================================================*/
/*--- blink LED ------------------------------------------------------------*/
#define BLK_LED_CYC_NOM 0x80
/*==========================================================================*/
/* Program */
/*==========================================================================*/
CSYS objSYS;
CCRT objCRT;
CCSL objCSL;
CINT objINT;
const float pi = 3.14;
const float delta = (2*pi)/VRAM_SIZE;
void setup()
{
objSYS.Ini(); /* re-initialize after Arduini IDE init() */
randomSeed(analogRead(0));
sei(); /* interrupt enable */
}
void loop()
{
unsigned char ColorData[7] ={ COL_RED, COL_GRN, COL_BLU, COL_YEL,
COL_CYA, COL_MAG, COL_WHI };
unsigned char ColorStart = COL_BLK;
unsigned char ColorEnd1 = COL_BLK;
unsigned char ColorEnd2 = COL_BLK;
unsigned short LineStart;
unsigned short LineEnd;
unsigned short Position;
unsigned char Data;
float angle;
unsigned short i,j;
objCRT.ChangeMode( CRT_TEXT );
objCSL.put_char( 0, 0, 'A' ); objSYS.delay66( 5 );
objCSL.put_char( 1, 0, 'r' ); objSYS.delay66( 5 );
objCSL.put_char( 2, 0, 'd' ); objSYS.delay66( 5 );
objCSL.put_char( 3, 0, 'u' ); objSYS.delay66( 5 );
objCSL.put_char( 4, 0, 'i' ); objSYS.delay66( 5 );
objCSL.put_char( 5, 0, 'n' ); objSYS.delay66( 5 );
objCSL.put_char( 6, 0, 'o' ); objSYS.delay66( 10 );
Data = 0x80;
while( Data <= 0x8B ){
for( i = 0; i < 5; i++ ){
objCSL.put_char( 0, 0, Data ); objCSL.put_char( 1, 0, Data+1 );
objSYS.delay66( 5 );
objCSL.put_char( 0, 0, Data+2 ); objCSL.put_char( 1, 0, Data+3 );
objSYS.delay66( 5 );
objCSL.set_line_color( 0, ColorData[i] );
}
Data +=4;
}
objCSL.set_cursor( 0, 1 );
objCSL.print("2013\n"); objSYS.delay66( 10 );
objCSL.print("Nabe_RMC\n"); objSYS.delay66( 10 );
objCRT.ChangeMode( CRT_DRAW );
for( Position = 0; Position < VRAM_SIZE; Position++ ){ /* vertical line thin */
for( i = 0; i < Position; i++ ){
if( Position < 200 ){
vram_data[i] = (unsigned char)Position;
}
else{
vram_data[i] = (400 - Position);
}
}
objSYS.delay66( 1 );
ColorEnd1 = ColorData[((Position/8) & 0x07)];
objCRT.set_color( COL_BLK, ColorEnd1, COL_BLK );
}
objCRT.clear_screen();
for( Position = 0; Position < 200; Position++ ){ /* vertical line thick */
for( i = 0; i < Position; i++ ){
vram_data[i] = Position;
}
objSYS.delay66( 1 );
ColorEnd1 = ColorData[((Position/8) & 0x07)];
ColorEnd2 = ColorData[((Position+1)/8) & 0x07];
objCRT.set_color( COL_BLK, ColorEnd1,ColorEnd2 );
}
objCRT.clear_screen();
for( Position = 1; Position < VRAM_SIZE; Position++ ){ /* horizontal line */
ColorStart = ColorData[((Position/8) & 0x07)];
objCRT.set_color( ColorStart, COL_BLK,COL_BLK );
vram_data[Position-1] = 0xFF;
vram_data[Position] = (unsigned char)Position;
objSYS.delay66( 1 );
}
objCRT.clear_screen();
angle = 0;
for( i = 0; i < VRAM_SIZE; i++ ){ /* sine wave line */
Data = (unsigned char)( ( sin( angle ) +1) *100 );
vram_data[i] = Data;
objSYS.delay66( 1 );
ColorEnd1 = ColorData[((i/8) & 0x07)];
objCRT.set_color( COL_BLK, ColorEnd1, COL_BLK );
angle += delta;
}
for( j = 0; j < 200; j++ ){ /* sine wave line move */
Data = vram_data[0];
for( i = 0; i < (VRAM_SIZE-1); i++ ){
vram_data[i] = vram_data[i+1];
}
ColorEnd1 = ColorData[((j/8) & 0x07)];
ColorEnd2 = ColorData[(((j+1)/8) & 0x07)];
objCRT.set_color( COL_BLK, ColorEnd1, ColorEnd2 );
vram_data[VRAM_SIZE-1] = Data;
objSYS.delay66( 1 );
}
objCRT.clear_screen();
angle = 0;
for( i = 0; i < VRAM_SIZE; i++ ){ /* sine draw */
Data = (unsigned char)( ( sin( angle ) +1) *100 );
vram_data[i] = Data;
objSYS.delay66( 1 );
ColorEnd1 = ColorData[((i/8) & 0x07)];
ColorStart = ColorEnd1;
objCRT.set_color( ColorStart, ColorEnd1, COL_BLK );
angle += delta;
}
objCRT.clear_screen();
for( i = 0; i < 10000; i++ ){ /* put dot */
if( (i%500) == 0 ){
ColorEnd1 = ColorData[((i/8) & 0x07)];
}
objCRT.set_color( COL_BLK, ColorEnd1, COL_BLK );
LineStart = (unsigned char)random( 0, 200 );
Position = (unsigned short)random( 0, VRAM_SIZE-1 );
vram_data[Position] = LineStart;
}
}
.I know where to put the libraries when i get them it's just that I don't know where to download them from.The ps2 mouse and kbd work I've already tried it.It sends data back to the serial monitor pretty quickly.I'm not trying to use the ps2 mouse as my computer mouse or kbd as my computer kbd.So i don't need an esplora or a leonardo.