Home Conference 2005 Order Boxed Set Product Download VU Training FAQ Press and News Docs and Papers Partner Help Team     register/help User Name: Password: Login	Ofont.cpp Go to the documentation of this file. //Filename : OFONT.CPP //Description : Font Object #include <OFONT.H> #include <ALL.H> #include <IMGFUN.H> #include <OVGA.H> #include <OSTR.H> #include <OSYS.H> #include <ORES.H> #include <OINFO.H> #include <OGAME.H> #include <OMOUSE.H> #include <OTRANSL.H> #include <string.h> #include <Ostr.h> //--------------------------------------------------------// // A font resource file is composed of three parts : // // one FontHeader; // one FontInfo for each character; // Bitmap data. //--------------------------------------------------------// //-------- Define struct FontHeader -------// struct FontHeader { unsigned short max_width; unsigned short max_height; unsigned short std_height; unsigned short first_char; // ascii code of the first character unsigned short last_char; // ascii code of the last character }; //-------- Define struct FontInfo -------// struct FontInfo { // info for each character char offset_y; unsigned char width; unsigned char height; long bitmap_offset; // file offset relative to bitmap data }; //--------- Define macro constant ------------// #define HYPER_FIELD_COLOR V_BLUE //--------- German character table -------// //#ifdef GERMAN //#define GERMAN_CHAR_COUNT 7 // their DOS ascii characters: ü ä ß ö Ä Ü Ö //static short german_ascii_array[] = { 252, 228, 223, 246, 196, 220, 214 }; //static short german_bmp_id_array[] = { 121, 100, 95, 116, 128, 151, 145 }; //#endif //------- Define static member variable --------// short Font::hyper_field_count; HyperField Font::hyper_field_array[MAX_HYPER_FIELD]; static int text_line_count; // used by text_width() & text_height() only //----------- Begin of function Font Constructor -------// Font::Font(char* fontName) { memset( this, 0, sizeof(Font) ); if( fontName ) init(fontName); } //------------- End of function Font Constructor -------// //----------- Begin of function Font Destructor -------// Font::~Font() { deinit(); } //------------- End of function Font Destructor -------// //-------- Begin of function Font::init -----------// void Font::init(char* fontName, int interCharSpace, int italicShift) { if( init_flag ) deinit(); inter_char_space = interCharSpace; //---------- open the font file -----------// File fontFile; String str; str = DIR_RES; str += "FNT_"; str += fontName; str += ".RES"; fontFile.file_open(str); //-------- read in the font header ---------// FontHeader fontHeader; fontFile.file_read( &fontHeader, sizeof(FontHeader) ); max_font_width = fontHeader.max_width; max_font_height = fontHeader.max_height; std_font_height = fontHeader.std_height; font_height = std_font_height; // its default is std_font_height, but can be set to max_font_height first_char = fontHeader.first_char; last_char = fontHeader.last_char; //----------- read in font info ------------// int infoArraySize = sizeof(FontInfo) * (last_char-first_char+1); font_info_array = (FontInfo*) mem_add( infoArraySize ); fontFile.file_read( font_info_array, infoArraySize ); //------- process italic shift --------// if( italicShift ) { for( int i=0 ; i<last_char-first_char+1 ; i++ ) font_info_array[i].width -= italicShift; } //---------- read in bitmap data ----------// int bitmapBufSize = fontFile.file_size() - sizeof(FontHeader) - infoArraySize; font_bitmap_buf = mem_add( bitmapBufSize); fontFile.file_read( font_bitmap_buf, bitmapBufSize ); //---- get the width of the space character ----// // // since in some font, the space char is too narrow, // we use the width of 't' as space instead // //----------------------------------------------// space_width = font_info_array['t'-first_char].width; //----------------------------------------------// fontFile.file_close(); init_flag = 1; } //---------- End of function Font::init ----------// //----------- Start of function Font::deinit ---------// // void Font::deinit() { if( font_info_array ) { mem_del( font_info_array ); font_info_array = NULL; } if( font_bitmap_buf ) { mem_del( font_bitmap_buf ); font_bitmap_buf = NULL; } init_flag = 0; } //------------- End of function Font::deinit ---------// //--------- Start of function Font::put ---------// // // write text with pre-inited fonts // // int x,y = location of the font // char* text = the text to be put on screen // [int] clearBack = clear background with back_color or not // (default : 0) // [int] x2 = display font up to the right border x2 and also // clear the area between the last character and right border // // Return : <int> lastX, the x coordination of the last pixel of last font // int Font::put(int x,int y,char* textPtr, char clearBack, int x2 ) { err_when( x<0 || y<0 ); if( !init_flag ) return x; //-------- process translation ---------// short textChar; textPtr = translate.process(textPtr); //-------------------------------------// int textPtrLen = strlen(textPtr); if( x2 < 0 ) // default x2 = x+max_font_width*textPtrLen; x2 = min( x2, VGA_WIDTH-1 ); if( !Vga::use_back_buf ) mouse.hide_area( x, y, x2, y+font_height ); int y2 = y+font_height-1; //-------------------------------------// FontInfo* fontInfo; for( int lenCount=1 ; *textPtr && lenCount<=textPtrLen ; textPtr++, lenCount++ ) { textChar = *((unsigned char*)textPtr); // textChar is <unsiged char> //#ifdef GERMAN // textChar = translate_german_char(textChar); //#endif //--------------- space character ------------------// if( textChar == ' ' ) { if( x+space_width > x2 ) break; if( clearBack && !Vga::use_back_buf ) // copy texture from the back buffer as the background color vga.blt_buf( x, y, x+space_width-1, y+font_height-1 ); x += space_width; } //------------- normal character ----------------// else if( textChar >= first_char && textChar <= last_char ) { fontInfo = font_info_array+textChar-first_char; if( x+fontInfo->width > x2 ) break; if( fontInfo->width > 0 ) { if( clearBack && !Vga::use_back_buf ) { if( fontInfo->offset_y > 0 ) // clear the upper space areas of the character vga_front.blt_buf_fast( &vga_back, x, y, x+fontInfo->width-1, y+fontInfo->offset_y-1 ); vga_front.join_trans( &vga_back, x, y+fontInfo->offset_y, font_bitmap_buf + fontInfo->bitmap_offset ); int charHeight = *(((short*)(font_bitmap_buf+fontInfo->bitmap_offset))+1); if( fontInfo->offset_y+charHeight < max_font_height ) { int ty1 = y+fontInfo->offset_y+charHeight-1; int ty2 = ty1 + max_font_height - (fontInfo->offset_y + charHeight); vga_front.blt_buf_fast( &vga_back, x, ty1, x+fontInfo->width-1, ty2 ); } } else { Vga::active_buf->put_bitmap_trans_fast(x, y+fontInfo->offset_y, font_bitmap_buf + fontInfo->bitmap_offset); } x += fontInfo->width; // inter-character space } } else { //------ tab or unknown character -------// if( textChar == '\t' ) // Tab x += space_width*8; // one tab = 8 space chars else x += space_width; } //--------- inter-character space ---------// if( clearBack && !Vga::use_back_buf ) // copy texture from the back buffer as the background color vga.blt_buf( x, y, x+inter_char_space-1, y+max_font_height-1, 0 ); x+=inter_char_space; } //------ clear remaining area -------// if( clearBack && !Vga::use_back_buf ) // copy texture from the back buffer as the background color vga.blt_buf( x, y, x2, y+max_font_height-1, 0 ); if( !Vga::use_back_buf ) mouse.show_area(); sys.yield(); // chwg032799 return x-1; } //----------- End of function Font::put ---------// //#ifdef GERMAN //--------- Start of function Font::translate_german_char ---------// // // <char> textChar = the character to be translated // //short Font::translate_german_char(short textChar) //{ // for( int i=0 ; i<GERMAN_CHAR_COUNT ; i++ ) // { // if( german_ascii_array[i] == textChar ) // return first_char + german_bmp_id_array[i]; // } // return textChar; //} //----------- End of function Font::translate_german_char ---------// //#endif //--------- Start of function Font::put_char ---------// // // <int> x, y = the position of the character // <char> textChar = the character // void Font::put_char(int x, int y, unsigned short textChar) { if( textChar >= first_char && textChar <= last_char ) { FontInfo* fontInfo = font_info_array+textChar-first_char; Vga::active_buf->put_bitmap_trans( x, y + fontInfo->offset_y, font_bitmap_buf + fontInfo->bitmap_offset ); } } //----------- End of function Font::put_char ---------// //--------- Start of function Font::right_put ---------// // // Display a string in right-justified format. // // <int> x, y = the right end position of displaying the string // <char*> textPtr = the character // void Font::right_put(int x, int y, char* textPtr) { int textWidth = text_width(textPtr); put( x-textWidth, y, textPtr ); } //----------- End of function Font::right_put ---------// //--------- Begin of function Font::text_width ----// int Font::text_width(char* textPtr, int textPtrLen, int maxDispWidth) { int charWidth, x=0, lenCount, maxLen=0, wordWidth=0; short textChar; if( !init_flag ) return x; textPtr = translate.process(textPtr); if( textPtrLen < 0 ) textPtrLen = strlen(textPtr); text_line_count=1; //-------------------------------------// for( lenCount=1 ; *textPtr && lenCount<=textPtrLen ; textPtr++, lenCount++, x+=inter_char_space ) { textChar = *((unsigned char*)textPtr); //#ifdef GERMAN // textChar = translate_german_char(textChar); //#endif //-- if the line exceed the given max width, advance to next line --// if( maxDispWidth && x > maxDispWidth ) { maxLen = maxDispWidth; x = wordWidth; // the last word of the prev line wraps to next line text_line_count++; } //--- if the textPtr has more than 1 line, get the longest line ---// if( textChar == '\n' ) { if( x>maxLen ) maxLen=x; x=0; wordWidth=0; text_line_count++; continue; // next character } //--- add the width of the character to the total line width ---// else if( textChar == ' ' ) { x += space_width; wordWidth = 0; } else if( textChar >= first_char && textChar <= last_char ) { charWidth = font_info_array[textChar-first_char].width; x += charWidth; wordWidth += charWidth; } else { x += space_width; wordWidth += space_width; } if( maxDispWidth && wordWidth > maxDispWidth ) { x -= wordWidth - maxDispWidth; wordWidth = maxDispWidth; } } //-------------------------------------------// if( maxDispWidth && x > maxDispWidth ) text_line_count++; if( textPtr[-1] == '\n' ) // if last character is line feed, don't count double text_line_count--; return max(maxLen,x); } //----------- End of function Font::text_width ----// //--------- Begin of function Font::text_height ----// int Font::text_height(int lineSpace) { return font_height * text_line_count + lineSpace * (text_line_count-1); } //----------- End of function Font::text_height ----// //--------- Begin of function Font::put_paragraph ------// void Font::put_paragraph(int x1, int y1, int x2, int y2, char *textPtr, int lineSpace, int startLine, char dispFlag) { if( !init_flag || y1+font_height-1 > y2 ) return; textPtr = translate.process(textPtr); //--------- define vars ---------------// int x,y,wordX; int newWord; short textChar; char *wordPtr; char flag_under_line=0; // attribute control flags char flag_large_casa=0; // attribute control flags char flag_hyper_field=0; int under_line_x1; // parameters for drawing under line HyperField* hyper_field_ptr = hyper_field_array; FontInfo* fontInfo; //--------- initialize vars ---------------// x = x1; y = y1; wordX = x1; // the x of the start of the word wordPtr = textPtr; newWord = 0; line_count=0; hyper_field_count = 0; //---------- prepare for display font ----------// if( dispFlag ) { err_when( x1>x2 || y1>y2 || x1<0 || y1<0 || x2>=VGA_WIDTH || y2>=VGA_HEIGHT ); if( !Vga::use_back_buf ) // if not say word by word, turn off mouse one time, otherwise turn off mouse one word at a time mouse.hide_area( x1,y1,x2,y2 ); // if the mouse cursor is in that area, hide it } //--------- loop for displaying textPtr ----------// while(1) { //------ space appear, process the previous word ------// if ( newWord ) { if( x-1 > x2 ) { // it is still okay if x-1==x2 because x is the next pixel, not the last displayed pixel if( line_count >= startLine-1 ) { // startLine start from 1 y += font_height + lineSpace; if ( y + font_height - 1 > y2 ) // no further space for printing textPtr, end break; } x = x1; line_count++; } else { x = wordX; } //--------- Process current word ----------// // wordPtr point to the current word which will be printed for( ; wordPtr < textPtr && *wordPtr ; wordPtr++, x+=inter_char_space ) { textChar = *((unsigned char*)wordPtr); // textChar is <unsiged char> //#ifdef GERMAN // textChar = translate_german_char(textChar); //#endif //---------- control char: '_' -------------// if( textChar == '_' ) { // e.g. _Title_, a line will be drawn under the word "Title" if( flag_under_line ) { // current '_' is the closing one, the open '_' has appeared previously // startLine start from 1 if( dispFlag && line_count >= startLine-1 ) if( flag_large_casa ) { // ## begin chwg 1016 Vga::active_buf->bar_fast(under_line_x1, y+font_casa. font_height, x, y+font_casa.font_height, HYPER_FIELD_COLOR ); } else Vga::active_buf->bar_fast(under_line_x1, y+font_height, x, y+font_height, HYPER_FIELD_COLOR ); } else under_line_x1 = x; flag_under_line = !flag_under_line; continue; } if( textChar == '^' ) { // e.g. _Title_, a line will be drawn under the word "Title" flag_large_casa = !flag_large_casa; continue; } //-------- control char: '~' -----------// else if( textChar == '~' ) { // e.g. ~Captial~, the word "Capital" is a hyper-textPtred field, pressing on it will link to the topic "Capital" if( !flag_hyper_field ) { // current '~' is the opening one hyper_field_ptr->x1 = x; hyper_field_ptr->y1 = y; // skip current '~' hyper_field_ptr->text_ptr = (wordPtr+1); } else { // current '~' is the closing one hyper_field_ptr->x2 = x; hyper_field_ptr->y2 = y+font_height; hyper_field_ptr->text_len = wordPtr - hyper_field_ptr->text_ptr; hyper_field_count++; hyper_field_ptr++; err_when( hyper_field_count >= MAX_HYPER_FIELD ); } flag_hyper_field = !flag_hyper_field; continue; } //--------------- space character ------------------// else if( textChar == ' ' ) { if(*(wordPtr-1)!=' ') if(*(wordPtr+1)==' ') break; if( x+space_width > x2 ) break; x += space_width; } //----------- display char ------------// else if( textChar >= first_char && textChar <= last_char ) { FontInfo* oldfontInfo = font_info_array+textChar-first_char; // character width = offset of next character - current offset // fix in version 2 // if( x2 >= 0 && x+fontInfo->width-1 > x2 ) // exceed right border x2 // exceed right border x2 if( x2 >= 0 && x+oldfontInfo->width-1 > x2 ) break; // fix in version 2 // if( fontInfo->width > 0 ) if( oldfontInfo->width > 0 ) { // fix in version 2 //if( dispFlag && line_count >= startLine-1 ) // startLine start from 1 //{ if( flag_hyper_field ) { // ## begin chwg 1016 fontInfo = font_blue_san.font_info_array+textChar-first_char; if( dispFlag && line_count >= startLine-1 ) font_blue_san.put_char(x,y,textChar); } else if( flag_large_casa ) { // ## begin chwg 1016 fontInfo = font_casa.font_info_array+textChar-first_char; if( dispFlag && line_count >= startLine-1 ) font_casa.put_char(x,y,textChar); } else { fontInfo = oldfontInfo; if( dispFlag && line_count >= startLine-1 ) Vga::active_buf->put_bitmap_trans_fast(x, y+fontInfo->offset_y, font_bitmap_buf + fontInfo->bitmap_offset); } //} x += fontInfo->width; // ## end chwg 1016 } } } //--------- next line ----------------------// if( *textPtr == '\n' ) { // next line if( line_count >= startLine-1 ) { // startLine start from 1 y += font_height + lineSpace; if ( y + font_height - 1 > y2 ) // no further space for printing textPtr, end break; } x = x1; textPtr++; line_count++; } if( *textPtr == NULL ) // all paragraph has been printed break; wordPtr = textPtr; wordX = x; newWord = 0; } //------------ process spacing -------------// // not space if( *textPtr == ' ' || *textPtr == '\n' || *textPtr == NULL ) newWord = 1; else { textChar = *((unsigned char*)textPtr); // textChar is <unsiged char> //#ifdef GERMAN // textChar = translate_german_char(textChar); //#endif if( textChar >= first_char && textChar <= last_char ) { fontInfo = font_info_array+textChar-first_char; if( textChar == ' ' ) x+=space_width; else if( fontInfo->width > 0 ) // current font width x+=fontInfo->width; else x+=space_width; } else { x+=space_width; } x+=inter_char_space; } if( *textPtr && *textPtr != '\n' ) // when finished, remain as NULL for next cycle to detect textPtr++; } //------------ finish displaying ----------------// if( dispFlag ) { if( !Vga::use_back_buf ) mouse.show_area(); } // while( *textPtr == '\n' || *textPtr == '\r' ) // textPtr++; next_text_ptr = textPtr; // the current pointer in the textPtr next_text_y = y + font_height + lineSpace; line_count++; } //---------- End of function Font::put_paragraph ------// //--------- Begin of function Font::find_splitter ------// int Font::find_splitter(int area_width, int start_char, char *textPtr) { String str=textPtr; int width_measure=0; int last_splitter=start_char; int i=start_char; while(width_measure<area_width&&str[i]!=NULL) { if(str[i]=='\n'||str[i]==' '||str[i]==NULL) last_splitter=i; if( str[i] >= first_char && str[i] <= last_char ) { int charWidth = font_info_array[str[i]-first_char].width; if(str[i]==' ')charWidth=space_width; width_measure += charWidth; } i++; } if(str[i]==NULL) last_splitter=i; return last_splitter; } //---------- End of function Font::find_splitter ------// //--------- Begin of function Font::get_line ------// char* Font::get_line(int area_width, int line, char *textPtr) { int ptr1,ptr2; String str=textPtr; ptr1=0; for(int i=0;i<line;i++) { ptr2=find_splitter(area_width, ptr1, str.str_buf); if(i==line-1) return str.substr(ptr1,ptr2-ptr1); ptr1=ptr2+1; } return NULL; } //---------- End of function Font::find_splitter ------// //--------- Begin of function Font::count_line ------// int Font::count_line(int area_width, char *textPtr) { int ptr1,ptr2,line; String str=textPtr; ptr1=0; ptr2=-1; line=0; while(1) { ptr2=find_splitter(area_width, ptr1, str.str_buf); if(ptr1==ptr2)break; ptr1=ptr2+1; line++; } return line; } //---------- End of function Font::find_splitter ------// //--------- Begin of function Font::count_line ------// void Font::count_line(int x1, int y1, int x2, int y2, char *textPtr, int lineSpace , int& dispLines, int& totalLines) { dispLines =0; totalLines=0; while( *textPtr ) { // if *textPtr==NULL means EOF // last 0-means don't display the textPtr, only returning the parameters for our calculating of line counts put_paragraph(x1, y1, x2, y2, textPtr, lineSpace, 1, 0); if( !dispLines ) // only set once at the first time dispLines = line_count; totalLines += line_count; textPtr = next_text_ptr; } } //---------- End of function Font::count_line ------// //-------- Begin of function Font::d3_put --------// int Font::d3_put(int x1, int y1, char* desStr ) { int marginSpace = font_height/5; int x2 = x1+text_width(desStr)+marginSpace*2-1; vga.active_buf->d3_panel_up( x1, y1, x2, y1+font_height+marginSpace*2-1 ); put( x1+marginSpace, y1+marginSpace, desStr); return x2; } //--------- End of function Font::d3_put ---------// //-------- Begin of function Font::d3_put --------// void Font::d3_put(int x1, int y1, int x2, int y2, char* desStr) { int tx = x1 + ((x2-x1+1) - text_width(desStr))/2; int ty = y1 + ((y2-y1+1) - font_height)/2+1; vga.active_buf->d3_panel_up( x1, y1, x2, y2); if( tx<x1+2 ) tx=x1+2; put( tx, ty, desStr, 0, x2-2 ); } //--------- End of function Font::d3_put ---------// //-------- Begin of function Font::center_put --------// int Font::center_put(int x1, int y1, int x2, int y2, char* desStr, char clearBack) { int tx = x1 + ((x2-x1+1) - text_width(desStr))/2; int ty = y1 + ((y2-y1+1) - font_height)/2; if( tx<0 ) tx=0; if( clearBack && !Vga::use_back_buf && tx>x1 ) // copy texture from the back buffer as the background color vga.blt_buf( x1, y1, tx-1, y2 ); return put( tx, ty, desStr, clearBack, x2 ); } //--------- End of function Font::center_put ---------// //-------- Begin of function Font::put_field --------// void Font::put_field(int x1, int y1, char* desStr, int x2, int value, int format ) { vga.active_buf->d3_panel_up( x1, y1, x2, y1+font_height+3 ); put( x1+4, y1+2, desStr); put( x2+4, y1+2, m.format(value,format) ); } //--------- End of function Font::put_field ---------// //-------- Begin of function Font::update_field --------// void Font::update_field(int x1, int y1, int value, int format, int x2) { if( x2<0 ) x2 = x1+80; put( x1+4, y1+2, m.format(value,format), 1, x2 ); } //--------- End of function Font::update_field ---------// //-------- Begin of function Font::field --------// void Font::field(int xDes, int y1, char* desStr, int xValue, int value, int format, int xEnd, int refreshFlag, char* helpCode) { int x2; if( refreshFlag == INFO_REPAINT ) { vga.active_buf->d3_panel_up( xDes, y1, xValue, y1+font_height+3 ); put( xDes+4 , y1+2, desStr); x2 = put( xValue+4, y1+2, m.format(value,format) ); } else { vga.active_buf->d3_panel_up( xDes, y1, xValue, y1+font_height+3 ); put( xDes+4 , y1+2, desStr); x2 = put( xValue+4, y1+2, m.format(value,format), 1, xEnd ); } // if( helpCode ) // help.set_help(xDes, y1, x2, y1+font_height+3, helpCode ); } //--------- End of function Font::field ---------// //-------- Begin of function Font::put_field --------// void Font::put_field(int x1, int y1, char* desStr, int x2, double value, int format) { vga.active_buf->d3_panel_up( x1, y1, x2, y1+font_height+3 ); put( x1+4, y1+2, desStr); put( x2+4, y1+2, m.format(value,format) ); } //--------- End of function Font::put_field ---------// //-------- Begin of function Font::update_field --------// void Font::update_field(int x1, int y1, double value, int format, int x2) { if( x2<0 ) x2 = x1+80; put( x1+4, y1+2, m.format(value,format), 1, x2 ); } //--------- End of function Font::update_field ---------// //-------- Begin of function Font::field --------// void Font::field(int xDes, int y1, char* desStr, int xValue, double value, int format, int xEnd, int refreshFlag, char* helpCode ) { int x2; if( refreshFlag == INFO_REPAINT ) { vga.active_buf->d3_panel_up( xDes, y1, xValue, y1+font_height+3 ); put( xDes+4 , y1+2, desStr); x2 = put( xValue+4, y1+2, m.format(value,format) ); } else { vga.active_buf->d3_panel_up( xDes, y1, xValue, y1+font_height+3 ); put( xDes+4 , y1+2, desStr); x2 = put( xValue+4, y1+2, m.format(value,format), 1, xEnd ); } // if( helpCode ) // help.set_help(xDes, y1, x2, y1+font_height+3, helpCode ); } //--------- End of function Font::field ---------// //-------- Begin of function Font::put_field --------// void Font::put_field(int x1, int y1, char* desStr, int x2, char* value) { vga.active_buf->d3_panel_up( x1, y1, x2, y1+font_height+3 ); put( x1+4, y1+2, desStr); put( x2+4, y1+2, value); } //--------- End of function Font::put_field ---------// //-------- Begin of function Font::update_field --------// void Font::update_field(int x1, int y1, char* value, int x2) { if( x2<0 ) x2 = x1+80; put( x1+4, y1+2, value, 1, x2 ); } //--------- End of function Font::update_field ---------// //-------- Begin of function Font::field --------// void Font::field(int xDes, int y1, char* desStr, int xValue, char* value, int xEnd, int refreshFlag, char* helpCode ) { int x2; if( refreshFlag == INFO_REPAINT ) { vga.active_buf->d3_panel_up( xDes, y1, xValue, y1+font_height+3 ); put( xDes+4 , y1+2, desStr); x2 = put( xValue+4, y1+2, value ); } else { vga.active_buf->d3_panel_up( xDes, y1, xValue, y1+font_height+3 ); put( xDes+4 , y1+2, desStr); x2 = put( xValue+4, y1+2, value, 1, xEnd ); } // if( helpCode ) // help.set_help(xDes, y1, x2, y1+font_height+3, helpCode ); } //--------- End of function Font::field ---------// //-------- Begin of function Font::disp --------// int Font::disp(int x1, int y1, int value, int format, int x2) { if( x2<0 ) x2 = x1+80; int lastX = put( x1, y1, m.format(value,format), 1, x2 ); return lastX; } //--------- End of function Font::disp ---------// //-------- Begin of function Font::disp --------// int Font::disp(int x1, int y1, double value, int format, int x2) { if( x2<0 ) x2 = x1+80; int lastX = put( x1, y1, m.format(value,format), 1, x2 ); return lastX; } //--------- End of function Font::disp ---------// //-------- Begin of function Font::disp --------// int Font::disp(int x1, int y1, char* textPtr, int x2) { if( x2<0 ) x2 = x1+80; int lastX = put( x1, y1, textPtr, 1, x2 ); return lastX; } //--------- End of function Font::disp ---------// //--------- Begin of function Font::put_char_to_buffer ---------// void Font::put_char_to_buffer(char* dest, int destPitch, int x, int y, unsigned short textChar) { if( textChar >= first_char && textChar <= last_char ) { FontInfo* fontInfo = font_info_array+textChar-first_char; char *fontBitmap = font_bitmap_buf + fontInfo->bitmap_offset; err_here(); // 8-8 bit not supported // IMGbltTrans( dest, destPitch, x, y + fontInfo->offset_y, fontBitmap ); } } //--------- End of function Font::put_char_to_buffer ---------// //--------- Begin of function Font::put_to_buffer ---------// void Font::put_to_buffer(char* dest, int destPitch, int x1, int y1, char *text) { int x2 = destPitch; // width of buffer while( *text != '\0' && x1 < x2) { int charSize = sizeof(unsigned char); // 1 for byte character, 2 for word character unsigned short textChar = *(unsigned char *)text; //#ifdef GERMAN // textChar = translate_german_char(textChar); //#endif //if( // unicode or a word character ) //{ // textChar = *(unsigned short *)buffer; // unicode // textChar = *(unsigned char *)text << 8 + *(1+(unsigned char *)text); // big-5... // charSize = sizeof(unsigned short); //} // --------- advance to next character------------// int charWidth = textChar == ' ' ? space_width : (font_info_array+textChar-first_char)->width; if( x1 + charWidth <= x2 ) put_char_to_buffer( dest, destPitch, x1, y1, textChar); x1 += charWidth; text += charSize; } } //--------- End of function Font::put_to_buffer ---------// //--------- Begin of function Font::center_put_to_buffer ---------// void Font::center_put_to_buffer(char* dest, int destPitch, int x1, int y1, int x2, int y2, char *desStr) { int tx = x1 + ((x2-x1) - text_width(desStr))/2; int ty = y1 + ((y2-y1) - font_height)/2; if( tx<0 ) tx=0; put_to_buffer( dest, destPitch, tx, ty, desStr); } //--------- End of function Font::center_put_to_buffer ---------// //--------- Begin of function Font::put_char_to_bufferW ---------// void Font::put_char_to_bufferW(short* dest, int destPitch, int x, int y, unsigned short textChar) { if( textChar >= first_char && textChar <= last_char ) { FontInfo* fontInfo = font_info_array+textChar-first_char; char *fontBitmap = font_bitmap_buf + fontInfo->bitmap_offset; IMGbltTransRemap( dest, destPitch, x, y + fontInfo->offset_y, fontBitmap, vga.default_remap_table ); } } //--------- End of function Font::put_char_to_bufferW ---------// //--------- Begin of function Font::put_to_bufferW ---------// void Font::put_to_bufferW(short* dest, int destPitch, int x1, int y1, char *text) { int x2 = destPitch; // width of buffer while( *text != '\0' && x1 < x2) { int charSize = sizeof(unsigned char); // 1 for byte character, 2 for word character unsigned short textChar = *(unsigned char *)text; // --------- advance to next character------------// int charWidth = textChar == ' ' ? space_width : (font_info_array+textChar-first_char)->width; if( x1 + charWidth <= x2 ) put_char_to_bufferW( dest, destPitch, x1, y1, textChar); x1 += charWidth; text += charSize; } } //--------- End of function Font::put_to_bufferW ---------// //--------- Begin of function Font::center_put_to_bufferW ---------// void Font::center_put_to_bufferW(short* dest, int destPitch, int x1, int y1, int x2, int y2, char *desStr) { int tx = x1 + ((x2-x1) - text_width(desStr))/2; int ty = y1 + ((y2-y1) - font_height)/2; if( tx<0 ) tx=0; put_to_bufferW( dest, destPitch, tx, ty, desStr); } //--------- End of function Font::center_put_to_bufferW ---------//
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