static qboolean AS_ParseSet( int setID, CSetGroup *sg )
{
ambientSet_t *set;
const char *name;
//Make sure we're not overstepping the name array
if ( setID > NUM_AS_SETS )
return qfalse;
//Reset the pointers for this run through
parsePos = 0;
name = setNames[setID];
//Iterate through the whole file and find every occurance of a set
while ( parsePos <= parseSize )
{
//Check for a valid set group
if ( strncmp( parseBuffer+parsePos, name, strlen(name) ) == 0 )
{
//Update the debug info
numSets++;
//Push past the set specifier and on to the name
parsePos+=strlen(name)+1; //Also take the following space out
//Get the set name (this MUST be first)
sscanf( parseBuffer+parsePos, "%s", tempBuffer );
AS_SkipLine();
//Test the string against the precaches
if ( tempBuffer[0] )
{
//Not in our precache listings, so skip it
if ( ( pMap->find( (const char *) &tempBuffer ) == pMap->end() ) )
continue;
}
//Create a new set
set = sg->AddSet( (const char *) &tempBuffer );
//Run the function to parse the data out
parseFuncs[setID]( *set );
continue;
}
//If not found on this line, go down another and check again
AS_SkipLine();
}
return qtrue;
}
static void AS_GetRadius( ambientSet_t &set )
{
//Get the data
sscanf( parseBuffer+parsePos, "%s %d", tempBuffer, &set.radius );
AS_SkipLine();
}
static void AS_GetVolumeRange( ambientSet_t &set )
{
int min, max;
//Get the data
sscanf( parseBuffer+parsePos, "%s %d %d", tempBuffer, &min, &max );
//Check for swapped min / max
if ( min > max )
{
#ifndef FINAL_BUILD
Com_Printf(S_COLOR_YELLOW"WARNING: Corrected swapped min / max range in a \"volRange\" keyword\n");
#endif
int swap = min;
min = max;
max = swap;
}
//Store the data
set.volRange_start = min;
set.volRange_end = max;
AS_SkipLine();
}
static void AS_GetTimeBetweenWaves( ambientSet_t &set )
{
int startTime, endTime;
//Get the data
sscanf( parseBuffer+parsePos, "%s %d %d", tempBuffer, &startTime, &endTime );
//Check for swapped start / end
if ( startTime > endTime )
{
#ifndef FINAL_BUILD
Com_Printf(S_COLOR_YELLOW"WARNING: Corrected swapped start / end times in a \"timeBetweenWaves\" keyword\n");
#endif
int swap = startTime;
startTime = endTime;
endTime = swap;
}
//Store it
set.time_start = startTime;
set.time_end = endTime;
AS_SkipLine();
}
static void AS_GetSubWaves( ambientSet_t &set )
{
char dirBuffer[512], waveBuffer[256], waveName[1024];
//Get the directory for these sets
sscanf( parseBuffer+parsePos, "%s %s", tempBuffer, dirBuffer );
//Move the pointer past these two strings
parsePos += ((strlen(keywordNames[SET_KEYWORD_SUBWAVES])+1) + (strlen(dirBuffer)+1));
//Get all the subwaves
while ( parsePos <= parseSize )
{
//Get the data
sscanf( parseBuffer+parsePos, "%s", waveBuffer );
if ( set.numSubWaves > MAX_WAVES_PER_GROUP )
{
#ifndef FINAL_BUILD
Com_Printf(S_COLOR_YELLOW"WARNING: Too many subwaves on set \"%s\"\n", set.name );
#endif
}
else
{
//Construct the wave name (pretty, huh?)
strcpy( (char *) waveName, "sound/" );
strncat( (char *) waveName, (const char *) dirBuffer, 1024 );
strncat( (char *) waveName, "/", 512 );
strncat( (char *) waveName, (const char *) waveBuffer, 512 );
strncat( (char *) waveName, ".wav", 512 );
//Place this onto the sound directory name
//Precache the file at this point and store off the ID instead of the name
if ( ( set.subWaves[set.numSubWaves++] = S_RegisterSound( waveName ) ) <= 0 )
{
#ifndef FINAL_BUILD
//Com_Printf(S_COLOR_RED"ERROR: Unable to load ambient sound \"%s\"\n", waveName);
Com_Error(ERR_DROP, "ERROR: Unable to load ambient sound \"%s\"\n", waveName);
#endif
}
}
//Move the pointer past this string
parsePos += strlen(waveBuffer)+1;
if ( ( (parseBuffer+parsePos)[0] == '\n') || ( (parseBuffer+parsePos)[0] == '\r') )
break;
}
AS_SkipLine();
}
static void AS_GetLoopedWave( ambientSet_t &set )
{
char waveBuffer[256], waveName[1024];
//Get the looped wave name
sscanf( parseBuffer+parsePos, "%s %s", tempBuffer, waveBuffer );
//Construct the wave name
Com_sprintf( waveName, sizeof(waveName), "sound/%s.wav", waveBuffer );
//Precache the file at this point and store off the ID instead of the name
if ( ( set.loopedWave = S_RegisterSound( waveName ) ) <= 0 )
{
#ifndef FINAL_BUILD
Com_Printf(S_COLOR_YELLOW"WARNING: Unable to load ambient sound \"%s\"\n", waveName);
#endif
}
AS_SkipLine();
}
static void AS_ParseHeader( void )
{
char typeBuffer[128];
int keywordID;
while ( parsePos <= parseSize )
{
sscanf( parseBuffer+parsePos, "%s", tempBuffer );
keywordID = AS_GetKeywordIDForString( (const char *) &tempBuffer );
switch ( keywordID )
{
case SET_KEYWORD_TYPE:
sscanf( parseBuffer+parsePos, "%s %s", tempBuffer, typeBuffer );
if ( !stricmp( (const char *) typeBuffer, "ambientSet" ) )
{
return;
}
Com_Error( ERR_DROP, "AS_ParseHeader: Set type \"%s\" is not a valid set type!\n", typeBuffer );
break;
case SET_KEYWORD_AMSDIR:
//TODO: Implement
break;
case SET_KEYWORD_OUTDIR:
//TODO: Implement
break;
case SET_KEYWORD_BASEDIR:
//TODO: Implement
break;
}
AS_SkipLine();
}
}
static void AS_GetLoopedWave( ambientSet_t &set )
{
char waveBuffer[256], waveName[1024];
//Get the looped wave name
sscanf( parseBuffer+parsePos, "%s %s", tempBuffer, waveBuffer );
//Construct the wave name
strcpy( (char *) waveName, "sound/" );
strncat( (char *) waveName, (const char *) waveBuffer, 1024 );
strncat( (char *) waveName, ".wav", 1024 );
//Precache the file at this point and store off the ID instead of the name
if ( ( set.loopedWave = S_RegisterSound( waveName ) ) <= 0 )
{
#ifndef FINAL_BUILD
//Com_Printf(S_COLOR_RED"ERROR: Unable to load ambient sound \"%s\"\n", waveName);
Com_Error(ERR_DROP, "ERROR: Unable to load looped ambient sound \"%s\"\n", waveName);
#endif
}
AS_SkipLine();
}
