?? g2d_test.c
/**************************************************************************************
*
* Project Name : S3C6400 Validation
*
* Copyright 2006 by Samsung Electronics, Inc.
* All rights reserved.
*
* Project Description :
* This software is only for validating functions of the S3C6400.
* Anybody can use this software without our permission.
*
*--------------------------------------------------------------------------------------
*
* File Name : g2d_test.c
*
* File Description : This file includes the test code for 2D.
*
* Author : Sekwang Kim
* Dept. : AP Development Team
* Created Date : 2007/01/25
* Version : 0.1a
*
* History
* - Created by JiHyun Jang , YunSoo Lee
* - Modified by Sekwang Kim(2007/01/25)
*
**************************************************************************************/
#include "system.h"
#include "lcd.h"
#include "glib.h"
#include "g2d.h"
#include "def.h"
#include "library.h"
#include "intc.h"
#include "timer.h"
#define C16_BLUE (0x1f<<0)
#define C16_GREEN (0x3f<<5)
#define C16_RED (0x1f<<11)
#define C16_BLACK (0x0)
#define C16_WHITE (0xffff)
#define C16_LIGHT_GRAY (0xc618)
#define RGB16_IMG_SIZE 240*120*2
#define PATTERN_MEM_ST (CODEC_MEM_ST+0x80000)
u16 pat8x8[]={
C16_WHITE,C16_WHITE,C16_WHITE,C16_RED ,C16_BLUE ,C16_WHITE,C16_WHITE,C16_WHITE,
C16_WHITE,C16_WHITE,C16_RED ,C16_RED ,C16_BLUE ,C16_BLUE ,C16_WHITE,C16_WHITE,
C16_WHITE,C16_RED ,C16_RED ,C16_RED ,C16_BLUE ,C16_BLUE ,C16_BLUE ,C16_WHITE,
C16_RED ,C16_RED ,C16_RED ,C16_RED ,C16_BLUE ,C16_BLUE ,C16_BLUE ,C16_BLUE ,
C16_GREEN,C16_GREEN,C16_GREEN,C16_GREEN,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,
C16_WHITE,C16_GREEN,C16_GREEN,C16_GREEN,C16_BLACK,C16_BLACK,C16_BLACK,C16_WHITE,
C16_WHITE,C16_WHITE,C16_GREEN,C16_GREEN,C16_BLACK,C16_BLACK,C16_WHITE,C16_WHITE,
C16_WHITE,C16_WHITE,C16_WHITE,C16_GREEN,C16_BLACK,C16_WHITE,C16_WHITE,C16_WHITE};
u16 pat8x8_rectangle[]={
C16_RED,C16_RED,C16_RED,C16_RED ,C16_RED ,C16_RED,C16_RED,C16_RED,
C16_RED,C16_RED,C16_RED,C16_RED ,C16_RED ,C16_RED,C16_RED,C16_RED,
C16_RED,C16_RED,C16_GREEN,C16_GREEN,C16_GREEN,C16_GREEN,C16_RED,C16_RED,
C16_RED,C16_RED,C16_GREEN,C16_GREEN,C16_GREEN,C16_GREEN,C16_RED,C16_RED,
C16_RED,C16_RED,C16_GREEN,C16_GREEN,C16_GREEN,C16_GREEN,C16_RED,C16_RED,
C16_RED,C16_RED,C16_GREEN,C16_GREEN,C16_GREEN,C16_GREEN,C16_RED,C16_RED,
C16_RED,C16_RED,C16_RED,C16_RED ,C16_RED ,C16_RED,C16_RED,C16_RED,
C16_RED,C16_RED,C16_RED,C16_RED ,C16_RED ,C16_RED,C16_RED,C16_RED};
u16 pat8x8_outline[]={
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE ,C16_WHITE ,C16_WHITE,C16_WHITE,C16_WHITE,
C16_WHITE,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_WHITE,
C16_WHITE,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_WHITE,
C16_WHITE,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_WHITE,
C16_WHITE,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_WHITE,
C16_WHITE,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_WHITE,
C16_WHITE,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_WHITE,
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE ,C16_WHITE ,C16_WHITE,C16_WHITE,C16_WHITE};
u16 pat8x8_white[]={
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE ,C16_WHITE ,C16_WHITE,C16_WHITE,C16_WHITE,
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,
C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE ,C16_WHITE ,C16_WHITE,C16_WHITE,C16_WHITE};
u16 pat8x8_black[]={
C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK ,C16_BLACK ,C16_BLACK,C16_BLACK,C16_BLACK,
C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,
C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,
C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,
C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,
C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,
C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK,
C16_BLACK,C16_BLACK,C16_BLACK,C16_BLACK ,C16_BLACK ,C16_BLACK,C16_BLACK,C16_BLACK};
u16 pat8x8_rgbw[]={
C16_RED,C16_RED,C16_RED,C16_RED,C16_GREEN,C16_GREEN,C16_GREEN,C16_GREEN,
C16_RED,C16_RED,C16_RED,C16_RED,C16_GREEN,C16_GREEN,C16_GREEN,C16_GREEN,
C16_RED,C16_RED,C16_RED,C16_RED,C16_GREEN,C16_GREEN,C16_GREEN,C16_GREEN,
C16_RED,C16_RED,C16_RED,C16_RED,C16_GREEN,C16_GREEN,C16_GREEN,C16_GREEN,
C16_BLUE,C16_BLUE,C16_BLUE,C16_BLUE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,
C16_BLUE,C16_BLUE,C16_BLUE,C16_BLUE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,
C16_BLUE,C16_BLUE,C16_BLUE,C16_BLUE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE,
C16_BLUE,C16_BLUE,C16_BLUE,C16_BLUE,C16_WHITE,C16_WHITE,C16_WHITE,C16_WHITE};
extern void TestSFR(void);
void TestPointDrawingSimple(void)
{
u32 i,j;
u32 uG2dFbAddr, uG2dWidth, uG2dHeight;
CSPACE eBpp;
INTC_SetVectAddr(NUM_2D, Isr_G2d);
INTC_Enable(NUM_2D);
G2D_InterruptEnable();
G2D_GetFrmSz(&uG2dWidth, &uG2dHeight);
G2D_GetFbAddr(&uG2dFbAddr);
G2D_GetBppMode(&eBpp);
printf("Width=%d, Height=%d, Framebuffer:0x%x\n", uG2dWidth, uG2dHeight, uG2dFbAddr);
G2D_ClearFrameEcolor(G2D_BLACK, 0, 0);
printf("Simple Point Drawing, press any key to continue\n");
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++)
if(i<(uG2dWidth/2) && j<(uG2dHeight/2)) G2D_PutPixelEcolor(i, j, G2D_RED);
else if(i>=(uG2dWidth/2) && (j<uG2dHeight/2)) G2D_PutPixelEcolor(i, j, G2D_GREEN);
else if(i<(uG2dWidth/2) && j>=(uG2dHeight/2)) G2D_PutPixelEcolor(i, j, G2D_BLUE);
else G2D_PutPixelEcolor(i, j, G2D_WHITE);
printf("Red, Green, Bule and White are displayed, press any key to exit\n");
UART_Getc();
G2D_InterruptDisable();
INTC_Disable(NUM_2D);
G2D_InitSetting(uG2dFbAddr, eBpp, uG2dWidth, uG2dHeight, 0, 0, uG2dWidth, uG2dHeight);
}
void TestPointDrawingWithRop(void)
{
u32 i,j,k;
u32 uG2dFbAddr, uG2dWidth, uG2dHeight;
CSPACE eBpp;
INTC_SetVectAddr(NUM_2D, Isr_G2d);
INTC_Enable(NUM_2D);
G2D_InterruptEnable();
G2D_GetFrmSz(&uG2dWidth, &uG2dHeight);
G2D_GetFbAddr(&uG2dFbAddr);
G2D_GetBppMode(&eBpp);
printf("Width=%d, Height=%d, Framebuffer:0x%x\n", uG2dWidth, uG2dHeight, uG2dFbAddr);
G2D_ClearFrameEcolor(G2D_YELLOW, 0, 0);
G2D_RegisterPattern(pat8x8_rgbw);
printf("Point Drawing with Raster Operation(pattern), press any key to continue\n");
G2D_Set3rdOperand(G2D_OPERAND3_PAT);
UART_Getc();
for(k=0; k<=8; k++) {
G2D_SetRopEtype((G2D_ROP_TYPE)(k));
switch((G2D_ROP_TYPE)k){
case ROP_DST_ONLY:
printf("Destination Only, press any key to continue\n");
break;
case ROP_SRC_ONLY:
printf("Source Only, press any key to continue\n");
break;
case ROP_3RD_OPRND_ONLY:
printf("Third Operand Only, press any key to continue\n");
break;
case ROP_SRC_AND_DST:
printf("Source AND Destination, press any key to continue\n");
break;
case ROP_SRC_AND_3RD_OPRND:
printf("Source AND Third Operand, press any key to continue\n");
break;
case ROP_SRC_OR_DST:
printf("Source OR Destination, press any key to continue\n");
break;
case ROP_SRC_OR_3RD_OPRND:
printf("Source OR Third Operand, press any key to continue\n");
break;
case ROP_DST_OR_3RD:
printf("Destination OR Third Operand, press any key to continue\n");
break;
case ROP_SRC_XOR_3RD_OPRND:
printf("Source XOR Third Operand, press any key to continue\n");
break;
default:
break;
}
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++)
if(i<(uG2dWidth/2) && j<(uG2dHeight/2)) G2D_PutPixelEcolor(i, j, G2D_RED);
else if(i>=(uG2dWidth/2) && (j<uG2dHeight/2)) G2D_PutPixelEcolor(i, j, G2D_GREEN);
else if(i<(uG2dWidth/2) && j>=(uG2dHeight/2)) G2D_PutPixelEcolor(i, j, G2D_BLUE);
else G2D_PutPixelEcolor(i, j, G2D_WHITE);
UART_Getc();
}
#if 0 // Open this block when you want to test ROP that get the third operand via foreground color
printf("Point Drawing with Raster Operation(foreground), press any key to continue\n");
G2D_ClearFrameEcolor(G2D_YELLOW, 0, 0);
G2D_SetFgColor(G2D_MAGENTA);
G2D_Set3rdOperand(G2D_OPERAND3_FG);
G2D_SetRopEtype(ROP_DST_OR_3RD);
UART_Getc();
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++)
G2D_PutPixelEcolor(i, j, G2D_MAGENTA);
#endif
G2D_InterruptDisable();
INTC_Disable(NUM_2D);
G2D_InitSetting(uG2dFbAddr, eBpp, uG2dWidth, uG2dHeight, 0, 0, uG2dWidth, uG2dHeight);
}
void TestPointDrawingWithRotation(void)
{
u32 i,j;
u32 uG2dFbAddr, uG2dWidth, uG2dHeight;
CSPACE eBpp;
INTC_SetVectAddr(NUM_2D, Isr_G2d);
INTC_Enable(NUM_2D);
G2D_InterruptEnable();
G2D_GetFrmSz(&uG2dWidth, &uG2dHeight);
G2D_GetFbAddr(&uG2dFbAddr);
G2D_GetBppMode(&eBpp);
printf("Width=%d, Height=%d, Framebuffer:0x%x\n", uG2dWidth, uG2dHeight, uG2dFbAddr);
G2D_ClearFrameEcolor(G2D_BLACK, 0, 0);
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++) {
if(i==(uG2dWidth/2-1)) G2D_PutPixelEcolor(i, j, G2D_WHITE);
if(j==(uG2dHeight/2-1)) G2D_PutPixelEcolor(i, j, G2D_WHITE);
}
G2D_SetRotationMode(G2D_ROTATION_0_DEG_BIT);
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++) {
if(i>=((uG2dWidth/2-1)+10) && i<((uG2dWidth/2-1)+50) && j > ((uG2dHeight/2-1)-50) && j<=((uG2dHeight/2-1)-10)) G2D_PutPixelEcolor(i, j, G2D_BLUE);
}
printf("Destination Image is displayed, press any key to test rotation\n");
UART_Getc();
G2D_SetRotationMode(G2D_ROTATION_90_DEG_BIT);
G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++) {
if(i>=((uG2dWidth/2-1)+10) && i<((uG2dWidth/2-1)+50) && j > ((uG2dHeight/2-1)-50) && j<=((uG2dHeight/2-1)-10)) G2D_PutPixelEcolor(i, j, G2D_RED);
}
printf("90 degree rotation, press any key to test rotation\n");
UART_Getc();
G2D_SetRotationMode(G2D_ROTATION_180_DEG_BIT);
G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++) {
if(i>=((uG2dWidth/2-1)+10) && i<((uG2dWidth/2-1)+50) && j > ((uG2dHeight/2-1)-50) && j<=((uG2dHeight/2-1)-10)) G2D_PutPixelEcolor(i, j, G2D_GREEN);
}
printf("180 degree rotation, press any key to test rotation\n");
UART_Getc();
G2D_SetRotationMode(G2D_ROTATION_270_DEG_BIT);
G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++) {
if(i>=((uG2dWidth/2-1)+10) && i<((uG2dWidth/2-1)+50) && j > ((uG2dHeight/2-1)-50) && j<=((uG2dHeight/2-1)-10)) G2D_PutPixelEcolor(i, j, G2D_WHITE);
}
printf("270 degree rotation, press any key to test rotation\n");
UART_Getc();
G2D_SetRotationMode(G2D_ROTATION_0_DEG_BIT);
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++) {
if(i>=((uG2dWidth/2-1)+50) && i<((uG2dWidth/2-1)+90) && j > ((uG2dHeight/2-1)-90) && j<=((uG2dHeight/2-1)-50)) G2D_PutPixelEcolor(i, j, G2D_BLUE);
}
printf("Destination Image is displayed, press any key to test rotation\n");
UART_Getc();
G2D_SetRotationMode(G2D_X_FLIP);
G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++) {
if(i>=((uG2dWidth/2-1)+50) && i<((uG2dWidth/2-1)+90) && j > ((uG2dHeight/2-1)-90) && j<=((uG2dHeight/2-1)-50)) G2D_PutPixelEcolor(i, j, G2D_YELLOW);
}
printf("X-FLIP, press any key to test rotation\n");
UART_Getc();
G2D_SetRotationMode(G2D_Y_FLIP);
G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++) {
if(i>=((uG2dWidth/2-1)+50) && i<((uG2dWidth/2-1)+90) && j > ((uG2dHeight/2-1)-90) && j<=((uG2dHeight/2-1)-50)) G2D_PutPixelEcolor(i, j, G2D_CYAN);
}
printf("Y-FLIP, press any key to exit\n");
UART_Getc();
G2D_InterruptDisable();
INTC_Disable(NUM_2D);
G2D_InitSetting(uG2dFbAddr, eBpp, uG2dWidth, uG2dHeight, 0, 0, uG2dWidth, uG2dHeight);
}
void TestPointDrawingWithBlending(void)
{
u32 i,j;
u32 uG2dFbAddr, uG2dWidth, uG2dHeight;
s32 sAlphaVal;
CSPACE eBpp;
INTC_SetVectAddr(NUM_2D, Isr_G2d);
INTC_Enable(NUM_2D);
G2D_InterruptEnable();
G2D_GetFrmSz(&uG2dWidth, &uG2dHeight);
G2D_GetFbAddr(&uG2dFbAddr);
G2D_GetBppMode(&eBpp);
printf("Width=%d, Height=%d, Framebuffer:0x%x\n", uG2dWidth, uG2dHeight, uG2dFbAddr);
printf("press any key to test alpha blending.\n");
G2D_ClearFrameEcolor(G2D_YELLOW, 0, 0);
G2D_SetAlphaMode(G2D_ALPHA_MODE);
G2D_SetAlphaValue(0xff);
for(j=0; j<uG2dHeight; j++)
for(i=0; i<uG2dWidth; i++)
if(i<(uG2dWidth/2) && j<(uG2dHeight/2)) G2D_PutPixelEcolor(i, j, G2D_RED);
else if(i>=(uG2dWidth/2) && (j<uG2dHeight/2)) G2D_PutPixelEcolor(i, j, G2D_GREEN);
else if(i<(uG2dWidth/2) && j>=(uG2dHeight/2)) G2D_PutPixelEcolor(i, j, G2D_BLUE);
else G2D_PutPixelEcolor(i, j, G2D_WHITE);
UART_Getc();
sAlphaVal=255;
while(1) {
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