?? glib.c
字號:
/*************************************************************************/
/* */
/* FILE NAME VERSION */
/* */
/* source\CACHE.C 1.0 */
/* */
/* DESCRIPTION */
/* */
/* GLIB - MBA2410(S3C2410X) */
/* */
/* DATA STRUCTURES */
/* */
/* FUNCTIONS : GRAPHIC LIBRARY ROUTINE */
/* */
/* DEPENDENCIES */
/* */
/* */
/* NAME: Nicolas Park */
/* The last Modification date: 2003. 10 30 */
/* REMARKS: */
/* */
/* */
/* Copyright (C) 2003 AIJISYSTEM CO.,LTD */
/*************************************************************************/
#include "..\common\def.h"
#include "lcdlib.h"
#include "glib.h"
#include "lcd.h"
void (*PutPixel)(U32,U32,U32);
void Glib_Init(int type)
{
switch(type)
{
case MODE_STN_1BIT:
PutPixel=_PutStn1Bit;
break;
case MODE_STN_2BIT:
PutPixel=_PutStn2Bit;
break;
case MODE_STN_4BIT:
PutPixel=_PutStn4Bit;
break;
case MODE_CSTN_8BIT:
PutPixel=_PutCstn8Bit;
break;
case MODE_CSTN_12BIT:
PutPixel=_PutCstn12Bit;
break;
case MODE_TFT_8BIT_240320:
PutPixel=_PutTft8Bit_240320;
break;
case MODE_TFT_16BIT_240320:
PutPixel=_PutTft16Bit_240320;
break;
case MODE_TFT_1BIT_640480:
PutPixel=_PutTft1Bit_640480;
break;
case MODE_TFT_8BIT_640480:
PutPixel=_PutTft8Bit_640480;
break;
case MODE_TFT_16BIT_640480:
PutPixel=_PutTft16Bit_640480;
break;
case MODE_TFT_24BIT_640480:
PutPixel=_PutTft24Bit_640480;
break;
//--------------------------------------
case MODE_TFT_1BIT_800600:
PutPixel=_PutTft1Bit_800600;
break;
case MODE_TFT_8BIT_800600:
PutPixel=_PutTft8Bit_800600;
break;
case MODE_TFT_16BIT_800600:
PutPixel=_PutTft16Bit_800600;
break;
//--------------------------------------
default:
break;
}
}
void _PutStn1Bit(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_STN&& y<SCR_YSIZE_STN)
frameBuffer1Bit[(y)][(x)/32]=( frameBuffer1Bit[(y)][(x)/32]
& ~(0x80000000>>((x)%32)*1) ) | ( (c&0x00000001)<< ((32-1-((x)%32))*1) );
}
void _PutStn2Bit(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_STN&& y<SCR_YSIZE_STN)
frameBuffer2Bit[(y)][(x)/16]=( frameBuffer2Bit[(y)][x/16]
& ~(0xc0000000>>((x)%16)*2) ) | ( (c&0x00000003)<<((16-1-((x)%16))*2) );
}
void _PutStn4Bit(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_STN&& y<SCR_YSIZE_STN)
frameBuffer4Bit[(y)][(x)/8]=( frameBuffer4Bit[(y)][x/8]
& ~(0xf0000000>>((x)%8)*4) ) | ( (c&0x0000000f)<<((8-1-((x)%8))*4) );
}
void _PutCstn8Bit(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_CSTN&& y<SCR_YSIZE_CSTN)
frameBuffer8Bit[(y)][(x)/4]=( frameBuffer8Bit[(y)][x/4]
& ~(0xff000000>>((x)%4)*8) ) | ( (c&0x000000ff)<<((4-1-((x)%4))*8) );
}
void _PutCstn12Bit(U32 x,U32 y,U32 c)
{
U32 z;
z=((x)%8);
if(x<SCR_XSIZE_CSTN&& y<SCR_YSIZE_CSTN)
{
if((z%3)!=2)
frameBuffer12Bit[(y)][(x)*3/8]=
( frameBuffer12Bit[(y)][(x)*3/8] & ~(0xfff00000>>(((z/3)*4)+((z)%3)*12) )
| ( (c&0xfff)<<(20-(((z/3)*4)+((z)%3)*12))) );
else
{
if(z==2)
{
frameBuffer12Bit[(y)][(x)*3/8]=( (frameBuffer12Bit[(y)][(x)*3/8]
& ~(0xff)) | ((c&0xff0)>>4) );
frameBuffer12Bit[(y)][((x)*3/8)+1]=( (frameBuffer12Bit[(y)][((x)*3/8)+1]
& ~(0xf0000000)) | ((c&0xf)<<28) );
}
else if(z==5)
{
frameBuffer12Bit[(y)][(x)*3/8]=( (frameBuffer12Bit[(y)][(x)*3/8]
& ~(0xf)) | ((c&0xf00)>>8) );
frameBuffer12Bit[(y)][((x)*3/8)+1]=( (frameBuffer12Bit[(y)][((x)*3/8)+1]
& ~(0xff000000)) | ((c&0xff)<<24) );
}
}
}
}
void _PutTft8Bit_240320(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_TFT_240320 && y<SCR_YSIZE_TFT_240320)
frameBuffer8BitTft240320[(y)][(x)/4]=( frameBuffer8BitTft240320[(y)][x/4]
& ~(0xff000000>>((x)%4)*8) ) | ( (c&0x000000ff)<<((4-1-((x)%4))*8) );
}
void _PutTft16Bit_240320(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_TFT_240320 && y<SCR_YSIZE_TFT_240320)
frameBuffer16BitTft240320[(y)][(x)/2]=( frameBuffer16BitTft240320[(y)][x/2]
& ~(0xffff0000>>((x)%2)*16) ) | ( (c&0x0000ffff)<<((2-1-((x)%2))*16) );
}
void _PutTft1Bit_640480(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_TFT_640480 && y<SCR_YSIZE_TFT_640480)
frameBuffer1BitTft640480[(y)][(x)/32]=( frameBuffer1BitTft640480[(y)][x/32]
& ~(0x80000000>>((x)%32)*1) ) | ( (c&0x00000001)<< ((32-1-((x)%32))*1) );
}
void _PutTft8Bit_640480(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_TFT_640480 && y<SCR_YSIZE_TFT_640480)
frameBuffer8BitTft640480[(y)][(x)/4]=( frameBuffer8BitTft640480[(y)][x/4]
& ~(0xff000000>>((x)%4)*8) ) | ( (c&0x000000ff)<<((4-1-((x)%4))*8) );
}
void _PutTft16Bit_640480(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_TFT_640480 && y<SCR_YSIZE_TFT_640480)
frameBuffer16BitTft640480[(y)][(x)/2]=( frameBuffer16BitTft640480[(y)][x/2]
& ~(0xffff0000>>((x)%2)*16) ) | ( (c&0x0000ffff)<<((2-1-((x)%2))*16) );
}
void _PutTft24Bit_640480(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_TFT_640480 && y<SCR_YSIZE_TFT_640480)
frameBuffer24BitTft640480[(y)][(x)]=( frameBuffer24BitTft640480[(y)][(x)]
& (0x0) | ( c&0xffffff00)); // | ( c&0x00ffffff)); LSB
}
void _PutTft1Bit_800600(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_TFT_800600 && y<SCR_YSIZE_TFT_800600)
frameBuffer1BitTft800600[(y)][(x)/32]=( frameBuffer1BitTft800600[(y)][x/32]
& ~(0x80000000>>((x)%32)*1) ) | ( (c&0x00000001)<< ((32-1-((x)%32))*1) );
}
void _PutTft8Bit_800600(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_TFT_800600 && y<SCR_YSIZE_TFT_800600)
frameBuffer8BitTft800600[(y)][(x)/4]=( frameBuffer8BitTft800600[(y)][x/4]
& ~(0xff000000>>((x)%4)*8) ) | ( (c&0x000000ff)<<((4-1-((x)%4))*8) );
}
void _PutTft16Bit_800600(U32 x,U32 y,U32 c)
{
if(x<SCR_XSIZE_TFT_800600 && y<SCR_YSIZE_TFT_800600)
frameBuffer16BitTft800600[(y)][(x)/2]=( frameBuffer16BitTft800600[(y)][x/2]
& ~(0xffff0000>>((x)%2)*16) ) | ( (c&0x0000ffff)<<((2-1-((x)%2))*16) );
}
void Glib_Rectangle(int x1,int y1,int x2,int y2,int color)
{
Glib_Line(x1,y1,x2,y1,color);
Glib_Line(x2,y1,x2,y2,color);
Glib_Line(x1,y2,x2,y2,color);
Glib_Line(x1,y1,x1,y2,color);
}
void Glib_FilledRectangle(int x1,int y1,int x2,int y2,int color)
{
int i;
for(i=y1;i<=y2;i++)
Glib_Line(x1,i,x2,i,color);
}
// LCD display is flipped vertically
// But, think the algorithm by mathematics point.
// 3I2
// 4 I 1
// --+-- <-8 octants mathematical cordinate
// 5 I 8
// 6I7
void Glib_Line(int x1,int y1,int x2,int y2,int color)
{
int dx,dy,e;
dx=x2-x1;
dy=y2-y1;
if(dx>=0)
{
if(dy >= 0) // dy>=0
{
if(dx>=dy) // 1/8 octant
{
e=dy-dx/2;
while(x1<=x2)
{
PutPixel(x1,y1,color);
if(e>0){y1+=1;e-=dx;}
x1+=1;
e+=dy;
}
}
else // 2/8 octant
{
e=dx-dy/2;
while(y1<=y2)
{
PutPixel(x1,y1,color);
if(e>0){x1+=1;e-=dy;}
y1+=1;
e+=dx;
}
}
}
else // dy<0
{
dy=-dy; // dy=abs(dy)
if(dx>=dy) // 8/8 octant
{
e=dy-dx/2;
while(x1<=x2)
{
PutPixel(x1,y1,color);
if(e>0){y1-=1;e-=dx;}
x1+=1;
e+=dy;
}
}
else // 7/8 octant
{
e=dx-dy/2;
while(y1>=y2)
{
PutPixel(x1,y1,color);
if(e>0){x1+=1;e-=dy;}
y1-=1;
e+=dx;
}
}
}
}
else //dx<0
{
dx=-dx; //dx=abs(dx)
if(dy >= 0) // dy>=0
{
if(dx>=dy) // 4/8 octant
{
e=dy-dx/2;
while(x1>=x2)
{
PutPixel(x1,y1,color);
if(e>0){y1+=1;e-=dx;}
x1-=1;
e+=dy;
}
}
else // 3/8 octant
{
e=dx-dy/2;
while(y1<=y2)
{
PutPixel(x1,y1,color);
if(e>0){x1-=1;e-=dy;}
y1+=1;
e+=dx;
}
}
}
else // dy<0
{
dy=-dy; // dy=abs(dy)
if(dx>=dy) // 5/8 octant
{
e=dy-dx/2;
while(x1>=x2)
{
PutPixel(x1,y1,color);
if(e>0){y1-=1;e-=dx;}
x1-=1;
e+=dy;
}
}
else // 6/8 octant
{
e=dx-dy/2;
while(y1>=y2)
{
PutPixel(x1,y1,color);
if(e>0){x1-=1;e-=dy;}
y1-=1;
e+=dx;
}
}
}
}
}
void Glib_ClearScr(U32 c, int type)
{
//Very inefficient function.
int i,j;
//if((type==MODE_TFT_1BIT_800600)|(type==MODE_TFT_8BIT_800600)|(type==MODE_TFT_16BIT_800600))
if((type&0x4000)&&(type&0x400))
for(j=0;j<SCR_YSIZE_TFT_800600;j++)
for(i=0;i<SCR_XSIZE_TFT_800600;i++)
PutPixel(i,j,c);
//else if((type==MODE_TFT_1BIT_640480)|(type==MODE_TFT_8BIT_640480)|(type==MODE_TFT_16BIT_640480))
else if((type&0x4000)&&(type&0x200))
for(j=0;j<SCR_YSIZE_TFT_640480;j++)
for(i=0;i<SCR_XSIZE_TFT_640480;i++)
PutPixel(i,j,c);
//else if((type==MODE_TFT_1BIT_240320)|(type==MODE_TFT_8BIT_240320)|(type==MODE_TFT_16BIT_240320))
else if((type&0x4000)&&(type&0x100))
for(j=0;j<SCR_YSIZE_TFT_240320;j++)
for(i=0;i<SCR_XSIZE_TFT_240320;i++)
PutPixel(i,j,c);
else if(type&0x2000)
for(j=0;j<SCR_YSIZE_CSTN;j++)
for(i=0;i<SCR_XSIZE_CSTN;i++)
PutPixel(i,j,c);
else
for(j=0;j<SCR_YSIZE_STN;j++)
for(i=0;i<SCR_XSIZE_STN;i++)
PutPixel(i,j,c);
}
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