//////////////////////////////////////////////////////////////////////
// feature_Factory::ProcessTDF() // \author Logan Jones
////////////////////////////////// \date 2/13/2002
//
//====================================================================
// Parameters:
// void* hFile -
// LPCTSTR strHostDirectory -
// LPCTSTR strFileName -
// game_LoadFacilitator Load -
//
// Return: BOOL -
//
BOOL feature_Factory::ProcessTDF( void* hFile, LPCTSTR strHostDirectory, LPCTSTR strFileName, game_LoadFacilitator Load )
{
DWORD FileSize;
BYTE* FileBuffer;
util_TxtParse Parser;
Parse_Info Info;
BOOL bWorking;
char FeatureName[32];
FeatureFileInfo_t FeatureInfo;
// Macros used in filling the strucure with info from the file
#define STRING_MEMBER( NAME ) CASE( #NAME ) \
strcpy( FeatureInfo.NAME, Info.Value );
#define INT_MEMBER( NAME ) CASE( #NAME ) \
FeatureInfo.NAME = atol( Info.Value ); \
// Sanity check
if( hFile==NULL ) return FALSE;
// Get the file
FileSize = theFileTree.DumpFileToBuffer( static_cast<app_FileTree::HFILEENTRY>(hFile), &FileBuffer );
// Begin working on the TDF
bWorking = Parser.Begin( FileBuffer, FileSize, &Info );
while( bWorking )
{
// Find the next feature
while( bWorking )
{
if( (Info.Type==PARSE_Header)&&(Parser.Locale()==0) ) break;
bWorking = Parser.Continue( &Info );
}
// Check if this feature is in the list
if( IsInToLoadList(Info.Value) )
{
strcpy( FeatureName, Info.Value );
theApp.Console.Comment( CT_LOAD, "Loading feature \"%s\"", FeatureName );
Load.Progress( 90.0f * m_FeatureTypes.size() / m_ToLoadCount );
// Initialize and fill the feature info structure
ZeroMemory( &FeatureInfo, sizeof(FeatureFileInfo_t) );
bWorking = Parser.Continue( &Info );
if( bWorking && Info.Type==PARSE_LevelUp )
for( ;bWorking && Parser.Locale()>0; bWorking=Parser.Continue( &Info ) )
if( (Info.Type==PARSE_VarVal)&&(Parser.Locale()==1) )
STRING_SWITCH( Info.Variable )
STRING_MEMBER( World )
STRING_MEMBER( Description )
STRING_MEMBER( Category )
INT_MEMBER( FootPrintX )
INT_MEMBER( FootPrintZ )
INT_MEMBER( Height )
STRING_MEMBER( Object )
STRING_MEMBER( FileName )
STRING_MEMBER( SeqName )
STRING_MEMBER( SeqNameShad )
STRING_MEMBER( SeqNameReclamate )
STRING_MEMBER( FeatureReclamate )
STRING_MEMBER( SeqNameBurn )
STRING_MEMBER( FeatureBurnt )
STRING_MEMBER( SeqNameDie )
STRING_MEMBER( FeatureDead )
INT_MEMBER( Energy )
INT_MEMBER( Metal )
INT_MEMBER( BurnMin )
INT_MEMBER( BurnMax )
INT_MEMBER( SparkTime )
INT_MEMBER( SpreadChance )
STRING_MEMBER( BurnWeapon )
INT_MEMBER( AnimTrans )
INT_MEMBER( ShadTrans )
INT_MEMBER( Animating )
INT_MEMBER( Flamable )
INT_MEMBER( Reclaimable )
INT_MEMBER( Reproduce )
INT_MEMBER( ReproduceArea )
INT_MEMBER( Blocking )
INT_MEMBER( HitDensity )
INT_MEMBER( Damage )
INT_MEMBER( Geothermal )
INT_MEMBER( Indestructible )
INT_MEMBER( NoDisplayInfo )
INT_MEMBER( Permanent )
END_STRING_SWITCH
// Add the feature
AddFeatureType( FeatureName, &FeatureInfo );
} // end if( IsInToLoadList )
else bWorking = Parser.Continue( &Info );
} // end while( bWorking )
return TRUE;
}
FLOAT_MEMBER (Hardware.DownstreamExtrusionMultiplier, "DownstreamExtrusionMultiplier", 1.0, false),
// Volume
{ OFFSET (Hardware.Volume.x), T_FLOAT, "mfVolumeX", "Hardware.Volume.X", 200, false },
{ OFFSET (Hardware.Volume.y), T_FLOAT, "mfVolumeY", "Hardware.Volume.Y", 200, false },
{ OFFSET (Hardware.Volume.z), T_FLOAT, "mfVolumeZ", "Hardware.Volume.Z", 140, false },
// PrintMargin
{ OFFSET (Hardware.PrintMargin.x), T_FLOAT, "PrintMarginX", "Hardware.PrintMargin.X", 10, false },
{ OFFSET (Hardware.PrintMargin.y), T_FLOAT, "PrintMarginY", "Hardware.PrintMargin.Y", 10, false },
{ OFFSET (Hardware.PrintMargin.z), T_FLOAT, "PrintMarginZ", "Hardware.PrintMargin.Z", 0, false },
FLOAT_MEMBER (Hardware.ExtrudedMaterialWidth, "ExtrudedMaterialWidth", 0.7, false),
{ OFFSET (Hardware.PortName), T_STRING, "Hardware.PortName", NULL, 0, DEFAULT_COM_PORT, false },
{ OFFSET (Hardware.SerialSpeed), T_INT, "Hardware.SerialSpeed", NULL, 19200, false }, /* 57600 ? */
BOOL_MEMBER (Hardware.ValidateConnection, "ValidateConnection", true, false),
INT_MEMBER (Hardware.KeepLines, "KeepLines", 1000, false),
INT_MEMBER (Hardware.ReceivingBufferSize, "ReceivingBufferSize", 4, false),
// Slicing
BOOL_MEMBER (Slicing.UseIncrementalEcode, "UseIncrementalEcode", true, false),
BOOL_MEMBER (Slicing.Use3DGcode, "Use3DGcode", false, false),
BOOL_MEMBER (Slicing.EnableAntiooze, "EnableAntiooze", false, false),
FLOAT_MEMBER (Slicing.AntioozeDistance, "AntioozeDistance", 4.5, false),
FLOAT_MEMBER (Slicing.AntioozeSpeed, "AntioozeSpeed", 1000.0, false),
FLOAT_MEMBER (Slicing.InfillDistance, "InfillDistance", 2.0, false),
FLOAT_MEMBER (Slicing.InfillRotation, "InfillRotation", 45.0, false),
FLOAT_MEMBER (Slicing.InfillRotationPrLayer, "InfillRotationPrLayer", 90.0, false),
FLOAT_MEMBER (Slicing.AltInfillDistance, "AltInfillDistance", 2.0, false),
STRING_MEMBER (Slicing.AltInfillLayersText, "AltInfillLayersText", "", false),
