kolibrios-gitea/programs/cmm/lib/kfont.h
Kirill Lipatov (Leency) 76bd014d8b - add UNZ to autobuild
- remove unused data/<lang>/fonts folders
- update associations and set KIV as default viewer instead of zSea as it has resize now
- remove some debug info from C-- programs and make functions includable only if they are used in app



git-svn-id: svn://kolibrios.org@7160 a494cfbc-eb01-0410-851d-a64ba20cac60
2018-02-16 15:53:51 +00:00

291 lines
7.6 KiB
C
Raw Blame History

This file contains ambiguous Unicode characters

This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.

// Сам шрифт представляет.
// Голова:
// [2 байта символы:KF]
// [4 байта:указатель на название шрифта]
// [1 байт:размер массива указателей на размеры шрифтов, указатель 4 байта, т.е. размер = размер массива*4]
// [размер массива*4 байт:указатели..]
// Тело файла:
// [4 байта:масштаб ширина][4 байта:масштаб высота][255*4 байт:указатели на символы][масштаб ширина*масштаб высота байт: данные символов..]
// Конец:
// [Название шрифта:"Times New Roman"]
#ifndef INCLUDE_LABEL_H
#define INCLUDE_LABEL_H
#ifndef INCLUDE_MATH_H
#include "../lib/math.h"
#endif
#ifndef INCLUDE_IO_H
#include "../lib/io.h"
#endif
#include "../lib/patterns/rgb.h"
#define DEFAULT_FONT "/sys/fonts/Tahoma.kf"
#ifndef KFONT_BPP
#define KFONT_BPP 4
#endif
:struct __SIZE
{
dword width,height;
signed offset_x, offset_y;
byte pt;
};
:struct LABEL
{
__SIZE size;
int width,height;
byte bold,smooth;
dword color, background;
dword font,font_begin;
word block;
dword raw;
dword raw_size;
//dword palette[256];
bool init();
bool changeSIZE();
byte symbol();
byte symbol_size();
dword getsize();
void ApplySmooth();
int WriteIntoWindow();
int WriteIntoWindowCenter();
void WriteIntoBuffer();
void ShowBuffer();
void ShowBufferPart();
} kfont;
:bool LABEL::init(dword font_path)
{
IO label_io;
if(font)free(font);
label_io.read(font_path);
if(!EAX) {
//debugln(font_path);
label_io.run("/sys/@notify", "'Error: KFONT is not loaded.' -E");
return false;
}
font_begin = label_io.buffer_data;
changeSIZE();
smooth = true;
return true;
}
:bool LABEL::changeSIZE()
{
dword file_size;
dword ofs;
if(size.pt<9) size.pt = 9;
font = font_begin;
ofs = DSDWORD[calc(size.pt-8<<2+font_begin)];
if(ofs==-1)return false;
font += ofs + 156;
file_size = DSDWORD[calc(font)];
height = DSBYTE[calc(font+file_size) - 1];
width = DSBYTE[calc(font+file_size) - 2];
block = math.ceil(height*width/32);
return true;
}
:dword LABEL::getsize(byte fontSizePoints, dword text1)
{
size.height = size.width = 0;
size.offset_x = size.offset_y = -1;
size.pt = fontSizePoints;
if(size.pt)if(!changeSIZE())return 0;
WHILE(DSBYTE[text1])
{
size.width += symbol_size(DSBYTE[text1]);
text1++;
}
$neg size.offset_y
$neg size.offset_x
size.height += size.offset_y+1;
size.width += size.offset_x+1;
return size.width;
}
:byte LABEL::symbol_size(byte s)
{
int chaw_width;
chaw_width = symbol(0,0, s, 0);
if(bold) chaw_width += math.ceil(size.pt/17);
return chaw_width;
}
:byte LABEL::symbol(signed x,y; byte s; dword image_raw)
{
dword xi,yi;
dword iii = 0;
dword offs;
dword tmp, _;
byte X;
byte chaw_width=0;
if(s==32)return width/4;
if(s==9)return width;
s = Cp866ToAnsi(s);
tmp = block*s << 2 + font;
for(yi=0; yi<height; yi++)
{
EDI = size.offset_y + yi + y * size.width * KFONT_BPP + image_raw;
for(xi=0; xi<width; xi++)
{
if(iii%32) _ >>= 1;
else
{
tmp += 4;
_ = DSDWORD[tmp];
}
if(_&1) //check does the pixel set
{
if(xi>chaw_width)chaw_width=xi;
//in case of image_raw!=0 draw font into bug
//in case of image_raw==0 calculate size
if (image_raw)
{
offs = x + xi * KFONT_BPP + EDI;
DSDWORD[offs] = color;
if(bold) DSDWORD[offs+KFONT_BPP] = color;
}
else
{
if(size.height<yi)size.height = yi;
if(size.offset_y<0)size.offset_y = yi; else if(yi<size.offset_y)size.offset_y = yi;
if(!X) X = xi; else if(X>xi)X = xi;
if(size.offset_x<0)size.offset_x = X;
}
}
iii++;
}
}
return chaw_width;
}
inline fastcall Cp866ToAnsi(AL) {
if (AL>=128)&&(AL<=175) return AL+64;
if (AL>=224)&&(AL<=239) return AL+16;
if (AL==241) return 184; //e ruAL with dotAL (yo)
if (AL==240) return 168; //E ruAL with dotAL (yo)
if (AL==242) return 'E'; //E ukr (ye)
if (AL==243) return 186; //e ukr (ye)
if (AL==244) return 'I'; //I ukr (yi)
if (AL==245) return 191; //i ukr (yi)
return AL;
}
/*=====================================================================================
=========================== ===========================
=========================== RAW ===========================
=========================== ===========================
=====================================================================================*/
inline fastcall dword b32(EAX) { return DSDWORD[EAX]; }
:void LABEL::ApplySmooth()
{
dword i,line_w,to,dark_background;
line_w = size.width * KFONT_BPP;
to = size.height - 1 * line_w + raw - KFONT_BPP;
for(i=raw; i < to; i+=KFONT_BPP)
{
if(i-raw%line_w +KFONT_BPP == line_w) continue;
// pixels position, where b - black, w - write
// bw
// wb
if(b32(i)!=background) {
if (b32(i+KFONT_BPP)==background)
&& (b32(i+line_w)==background) && (b32(i+KFONT_BPP+line_w)!=background)
{
dark_background = MixColors(background,b32(i),200);
DSDWORD[i+KFONT_BPP] = dark_background;
DSDWORD[i+line_w] = dark_background;
}
}
// wb
// bw
else if (b32(i+KFONT_BPP)!=background)
&& (b32(i+line_w)!=background) && (b32(i+KFONT_BPP+line_w)==background)
{
dark_background = MixColors(background,b32(i+KFONT_BPP),200);
DSDWORD[i] = dark_background;
DSDWORD[i+KFONT_BPP+line_w] = dark_background;
}
}
}
:void LABEL::WriteIntoBuffer(int x,y,w,h; dword _background, _color; byte fontSizePoints; dword text1)
{
dword new_raw_size;
if(!text1)return;
if(size.pt)if(!changeSIZE())return;
if (size.pt != fontSizePoints) {
getsize(fontSizePoints, text1);
y -= size.offset_y;
}
color = _color;
background = _background;
size.width = w;
size.height = h;
new_raw_size = w*h*KFONT_BPP;
if(raw_size != new_raw_size)
{
raw_size = new_raw_size;
free(raw);
raw = malloc(raw_size);
// Fill background color
EBX = background;
EAX = raw_size+raw;
for (EDI=raw; EDI<EAX; EDI+=KFONT_BPP) ESDWORD[EDI] = EBX;
}
WHILE(DSBYTE[text1])
{
x+=symbol(x,y,DSBYTE[text1], raw);
if(bold)x+=math.ceil(size.pt/17);
text1++;
}
return;
}
:int LABEL::WriteIntoWindow(int x,y; dword _background, _color; byte fontSizePoints; dword text1)
{
if(!text1)return 0;
getsize(fontSizePoints, text1);
raw_size = NULL;
WriteIntoBuffer(0, -size.offset_y, size.width-size.offset_x,
size.height-size.offset_y, _background, _color, fontSizePoints, text1);
if (smooth) ApplySmooth();
ShowBuffer(x,y);
return size.offset_x + size.width;
}
:int LABEL::WriteIntoWindowCenter(dword x,y,w,h; dword _background, _color; byte fontSizePoints; dword text1)
{
getsize(fontSizePoints, text1);
return WriteIntoWindow(w-size.width/2+x-1,y, _background, _color, fontSizePoints, text1);
}
:void LABEL::ShowBuffer(dword _x, _y)
{
if (4==KFONT_BPP) PutPaletteImage(raw, size.width, size.height, _x, _y, 32, 0);
//if (1==KFONT_BPP) PutPaletteImage(raw, size.width, size.height, _x, _y, 8, #palette);
}
:void LABEL::ShowBufferPart(dword _x, _y, _w, _h, _buf_offset)
{
if (4==KFONT_BPP) PutPaletteImage(_buf_offset * KFONT_BPP + raw, _w, _h, _x, _y, 32, 0);
//if (1==KFONT_BPP) PutPaletteImage(_buf_offset * KFONT_BPP + raw, _w, _h, _x, _y, 8, #palette);
}
#endif