result            256 core/gps.c         size_t result;
result            265 core/gps.c         result = fread (bitmap,1,bitmap_size,fd);
result             19 core/gps_math.c     double result=0.0;
result             25 core/gps_math.c         result = x;
result             32 core/gps_math.c             result += ((pow(x, i)/i) * ((sign) ? -1.0 : +1.0));
result             39 core/gps_math.c         if (x<-1) {result = 3.141592653589793* -0.5; }
result             40 core/gps_math.c         if (x>=1) {result = 3.141592653589793*0.5; }
result             47 core/gps_math.c             result += ((1/(i*pow(x,i))) * ((sign) ? -1.0 : +1.0));
result             52 core/gps_math.c     return result;
result             56 core/gps_math.c     double result;
result             57 core/gps_math.c     result = 2.0 * arctan((y / (sqrt(x*x+y*y)+x)),30);
result             58 core/gps_math.c     return result;
result            137 core/gps_math.c const char* formatDouble (t_format_result result, double value, unsigned length, unsigned fractDigits) {
result            155 core/gps_math.c     if (!result) result = staticBuffer;
result            198 core/gps_math.c         sprintf (result, "%*s", length, "***");
result            199 core/gps_math.c         return result;
result            215 core/gps_math.c         sprintf (result, "%*s", length, "***");
result            216 core/gps_math.c         return result;
result            225 core/gps_math.c         sprintf (result, "%s%lli.%0*lli", sign, integer, fractDigits, fract);
result            226 core/gps_math.c         return result;
result            228 core/gps_math.c     sprintf (result, "%*lli.%0*lli", integerDigits, integer, fractDigits, fract);
result            240 core/gps_math.c             sprintf (result, "%s%li%09li.%s", sign,
result            244 core/gps_math.c             return result;
result            246 core/gps_math.c         sprintf (result, "%*li%09li.%s", integerDigits-9,
result            252 core/gps_math.c             sprintf (result, "%s%li.%s", sign, (long) integer, fractbuffer);
result            253 core/gps_math.c             return result;
result            255 core/gps_math.c         sprintf (result, "%*li.%s", integerDigits, (long) integer, fractbuffer);
result            260 core/gps_math.c         p = result;
result            265 core/gps_math.c     return result;
result             37 core/gps_math.h extern const char* formatDouble (t_format_result result, double value, unsigned length, unsigned fracDigits);
result            356 core/ptp.c           int result=0;
result            392 core/ptp.c                 result = 1;
result            398 core/ptp.c               result = send_ptp_data_buffered(data,memcpy,src,buf,size);
result            402 core/ptp.c           if(!result)
result             90 lib/lua/lobject.c LUAI_FUNC int luaO_str2d (const char *s, lua_Number *result) {
result             92 lib/lua/lobject.c   *result = lua_str2number(s, &endptr);
result             95 lib/lua/lobject.c     *result = cast_num(strtoul(s, &endptr, 16));
result            373 lib/lua/lobject.h LUAI_FUNC int luaO_str2d (const char *s, lua_Number *result);
result            420 lib/lua/loslib.c   int result = stat(name,&st);
result            421 lib/lua/loslib.c   if (result==0) {
result             98 lib/lua/lvm.c    ptrdiff_t result = savestack(L, res);
result            105 lib/lua/lvm.c    res = restorestack(L, result);
result            386 modules/gui_bench.c     int *result[2];
result            387 modules/gui_bench.c     result[0]=&bench.memory_write_bps;
result            388 modules/gui_bench.c     result[1]=&bench.memory_write_uc_bps;
result            407 modules/gui_bench.c         *result[m] = (t==0)?0:0x10000*100 / (t/10) * 1024;
result            419 modules/gui_bench.c     int *result[2];
result            420 modules/gui_bench.c     result[0]=&bench.memory_read_bps;
result            421 modules/gui_bench.c     result[1]=&bench.memory_read_uc_bps;
result            440 modules/gui_bench.c         *result[m] = (t==0)?0:0x10000*100 / (t/10) * 1024;
result            132 modules/luascript.c             int result;
result            136 modules/luascript.c             result = lua_pcall(L,1,1,0); // this will leave an error message as a string on the stack if call fails
result            138 modules/luascript.c             if( result ) {
result             30 modules/raw_merge.c     int result;
result             32 modules/raw_merge.c     result = from - sub + camera_sensor.black_level;
result             33 modules/raw_merge.c     if (result < camera_sensor.black_level) result = camera_sensor.black_level;
result             34 modules/raw_merge.c     if (result > camera_sensor.white_level) result = camera_sensor.white_level;
result             35 modules/raw_merge.c     return result;
result            567 tools/chdk_dasm.c     static sInstruction result;
result            581 tools/chdk_dasm.c     result.undefined =
result            582 tools/chdk_dasm.c         result.badbits =
result            583 tools/chdk_dasm.c         result.oddbits =
result            584 tools/chdk_dasm.c         result.instr =
result            585 tools/chdk_dasm.c         result.is_SWI = 0;
result            586 tools/chdk_dasm.c     result.target_type = target_None;
result            587 tools/chdk_dasm.c     result.offset = 0x80000000;
result            588 tools/chdk_dasm.c     result.addrstart = 0;
result            719 tools/chdk_dasm.c                 if ((instr&(30<<7))!=0 && !(instr&3)) result.oddbits=1;
result            741 tools/chdk_dasm.c                 else result.oddbits=1;
result            747 tools/chdk_dasm.c             if (instr&RNbits) result.oddbits=1;
result            834 tools/chdk_dasm.c                         result.badbits=1;							/* size,rmode reseved */
result            845 tools/chdk_dasm.c                         if (instr&15) result.oddbits=1;			/* Fm and const flag unused */
result            849 tools/chdk_dasm.c                             result.badbits=1;						/* size bits reserved */
result            855 tools/chdk_dasm.c                             if (instr&(7<<15)) result.oddbits=1;	/* Fn unused */
result            856 tools/chdk_dasm.c                             if (instr&(1<<3)) result.badbits=1;		/* no immediate consts */
result            860 tools/chdk_dasm.c                             if (instr&(3<<5)) result.badbits=1;		/* rmode reserved */
result            861 tools/chdk_dasm.c                             if (instr&(15+(7<<15))) result.oddbits=1; /* iFm, Fn unused */
result            902 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction a");  	  goto lUndefined ;
result            904 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction b"); 	  goto lUndefined ;
result            906 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction c"); 	  goto lUndefined ;
result            908 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction d"); 	  goto lUndefined ;
result            910 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction e");	 	  goto lUndefined ;
result            912 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction f"); 	  goto lUndefined ;
result            914 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction g"); 	  goto lUndefined ;
result            916 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction h"); 	  goto lUndefined ;
result            918 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction i"); 	  goto lUndefined ;
result            920 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction j"); 	  goto lUndefined ;
result            922 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction k"); 	  goto lUndefined ;
result            924 tools/chdk_dasm.c         strcpy(result.text, "Undefined instruction l"); 	  goto lUndefined ;
result            932 tools/chdk_dasm.c         result.badbits = 1;     // cause 'erroneous instructions' check below to convert this to data
result            936 tools/chdk_dasm.c     if (result.oddbits || result.badbits) { // treat erroneous instructions as data
result            937 tools/chdk_dasm.c         result.instr = instr ;
result            941 tools/chdk_dasm.c         result.oddbits = result.badbits = 0; // no need for error display
result            942 tools/chdk_dasm.c         result.text[0] = flagchars[0] = 0;
result            949 tools/chdk_dasm.c     { char * op = result.text;
result            977 tools/chdk_dasm.c     } while ( strlen( result.text ) < 8 ) ;
result            990 tools/chdk_dasm.c             if (((unsigned long)result.instr > (unsigned long)addr) && ((unsigned long)result.instr < (unsigned long)addr+0x1000)) { // looks like a jumptable
result            991 tools/chdk_dasm.c                 result.addrstart = op;
result            992 tools/chdk_dasm.c                 op = sub_hex8(fw, op, result.instr);
result            995 tools/chdk_dasm.c                 op = yhex8(fw, op, result.instr);
result            999 tools/chdk_dasm.c         result.is_SWI = 1;
result           1000 tools/chdk_dasm.c         result.swinum = instr&0x00FFFFFF;
result           1001 tools/chdk_dasm.c         result.addrstart = op;
result           1003 tools/chdk_dasm.c             swiname(result.swinum, op, 128-(op-result.text));
result           1007 tools/chdk_dasm.c             op += sprintf(op, "&%X", result.swinum);
result           1034 tools/chdk_dasm.c         result.addrstart = op;
result           1036 tools/chdk_dasm.c         result.target_type = target_Code;
result           1037 tools/chdk_dasm.c         result.target      = target;
result           1098 tools/chdk_dasm.c                 result.addrstart=op;
result           1100 tools/chdk_dasm.c                 result.target=a; result.target_type=target_Unknown;
result           1157 tools/chdk_dasm.c         result.addrstart = op;
result           1218 tools/chdk_dasm.c                 else result.oddbits=1;
result           1219 tools/chdk_dasm.c                 result.offset = -offset;
result           1221 tools/chdk_dasm.c             else result.offset = offset;
result           1227 tools/chdk_dasm.c                 result.target_type = poss_tt;
result           1228 tools/chdk_dasm.c                 result.target      = (instr&Ubit) ? addr+8 + offset
result           1234 tools/chdk_dasm.c                         op = sub_ahex8(fw, result.addrstart, result.target);
result           1236 tools/chdk_dasm.c                     op = ahex8(fw, result.addrstart, result.target);
result           1275 tools/chdk_dasm.c     return &result;
result           1336 tools/firmware_load_ng.c                             var_ldr_desc_t *result)
result           1382 tools/firmware_load_ng.c         memcpy(result,&r,sizeof(r));
result            437 tools/firmware_load_ng.h                             var_ldr_desc_t *result);