Client/CryptoSource/GCMDSLoader/GCMDSLoader.cpp

// GCMDSLoader.cpp : 콘솔 응용 프로그램에 대한 진입점을 정의합니다.
//

#include "stdafx.h"
#include "SimpleParser.h"

int _tmain(int argc, _TCHAR* argv[])
{
	// FileLoader
	CSimpleParser parser;

	if( false == parser.OpenFile( "aaa.gcmds" ) )
	{
		return false;
	}
/*
	// Client Source..
	if( 0 != stricmp( "SKELETON_KEY_DATA", parser.GetNextToken() ) )
	{
		return false;	// invalid header
	}

	while( (szToken =  parser.GetNextToken()) != NULL )
	{
		if( 0 == stricmp( "skeletoncount", szToken ) )
		{
			szToken = parser.GetNextToken();
			m_lSkeletonCount = aton( szToken );
		}
		else if( 0 == stricmp( "skeleton", szToken ) )
		{
			m_pSkeletonHierarchy = new long[m_lSkeletonCount];
			m_pAniHolderIndex = new long[m_lSkeletonCount];
			m_pIndexInSubpart = new long[m_lSkeletonCount];
			m_pszSkeletonName = new char*[m_lSkeletonCount];

			szToken = parser.GetNextToken();
			while( 0 != stricmp( szToken, ";" ) )
			{
				i = aton(szToken);
				if( i >= m_lSkeletonCount )
				{
					// skip remainder of 4 tokens
					for( j = 0; j < 4; ++j )
					{
						parser.GetNextToken();
					}

					szToken = parser.GetNextToken();
					continue;
				}

				m_pSkeletonHierarchy[i] = aton( parser.GetNextToken() );
				m_pAniHolderIndex[i] = aton( parser.GetNextToken() );
				m_pIndexInSubpart[i] = aton( parser.GetNextToken() );
				szToken = parser.GetNextToken();
				m_pszSkeletonName[i] = new char[strlen(szToken)+1];
				strcpy( m_pszSkeletonName[i], szToken );

				szToken = parser.GetNextToken();
			}			
		}
		else if( 0 == stricmp( "aniholdercount", szToken ) )
		{
			szToken = parser.GetNextToken();
			m_lAniHolderCount = aton( szToken );
		}
		else if( 0 == stricmp( "TMInverse", szToken ) )
		{
			m_pLocalizerMatrix = new matrix[m_lSkeletonCount];

			szToken = parser.GetNextToken();
			while( 0 != stricmp( szToken, ";" ) )
			{
				i = aton(parser.GetNextToken());	// skip "matrix" token
				if( i >= m_lSkeletonCount )
				{
					// skip remainder of 12 tokens
					for( j = 0; j < 12; ++j )
					{
						parser.GetNextToken();
					}
					szToken = parser.GetNextToken();
					continue;
				}

				m_pLocalizerMatrix[i]._11 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._12 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._13 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._14 = 0.0f;
				
				m_pLocalizerMatrix[i]._21 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._22 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._23 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._24 = 0.0f;
				
				m_pLocalizerMatrix[i]._31 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._32 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._33 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._34 = 0.0f;
				
				m_pLocalizerMatrix[i]._41 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._42 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._43 = atof( parser.GetNextToken() );
				m_pLocalizerMatrix[i]._44 = 1.0f;

				szToken = parser.GetNextToken();
			}
		}
		else if( 0 == stricmp( "BoundingVolume", szToken ) )
		{
			Z3D_BOUNDINGVOLUME_INFO bvi;
			vector3 vPos;
			quaternion qRot;
			vector3 vSize;
			vector3 vTmp;
			
			szToken = parser.GetNextToken();
			while( 0 != stricmp( szToken, ";" ) )
			{
				if( 0 == stricmp( "OBB", szToken ) ||
					0 == stricmp( "CYLINDER", szToken ) ||
					0 == stricmp( "SPHERE", szToken ) )
				{
					if( 0 == stricmp( "OBB", szToken ) )
					{
						bvi.eBVType = Z3D_BOUNDINGVOLUME_INFO::Z3DBV_OBB;
					}
					else if ( 0 == stricmp( "CYLINDER", szToken ) )
					{
						bvi.eBVType = Z3D_BOUNDINGVOLUME_INFO::Z3DBV_CYLINDER;
					}
					else if ( 0 == stricmp( "SPHERE", szToken ) )
					{
						bvi.eBVType = Z3D_BOUNDINGVOLUME_INFO::Z3DBV_SPHERE;
					}

					bvi.lSkelIndex = aton( parser.GetNextToken() );
					
					szToken = parser.GetNextToken();
					while( 0 != stricmp( szToken, ";" ) )
					{
						if( 0 == stricmp( "pos", szToken ) )
						{
							vPos.x = atof( parser.GetNextToken() );
							vPos.y = atof( parser.GetNextToken() );
							vPos.z = atof( parser.GetNextToken() );
						}
						else if( 0 == stricmp( "rot", szToken ) )
						{
							qRot.x = atof( parser.GetNextToken() );
							qRot.y = atof( parser.GetNextToken() );
							qRot.z = atof( parser.GetNextToken() );
							qRot.w = atof( parser.GetNextToken() );
						}
						else if( 0 == stricmp( "size", szToken ) )
						{
							vSize.x = atof( parser.GetNextToken() );
							vSize.y = atof( parser.GetNextToken() );
							vSize.z = atof( parser.GetNextToken() );
						}

						szToken = parser.GetNextToken();
					}

					
					// calc
					if( Z3D_BOUNDINGVOLUME_INFO::Z3DBV_OBB == bvi.eBVType )
					{
						z3d::VectorRotate( vTmp, vector3(0,0.5f*vSize.y,0), qRot );

						bvi.vOrigin = vPos + vTmp;
						bvi.vExtent = 0.5f*vSize;
						bvi.qRot = qRot;
					}
					else if( Z3D_BOUNDINGVOLUME_INFO::Z3DBV_CYLINDER == bvi.eBVType )
					{
					}
					else if( Z3D_BOUNDINGVOLUME_INFO::Z3DBV_SPHERE == bvi.eBVType )
					{
					}

					m_vecBoundingVolumeInfo.push_back( bvi ); 

					szToken = parser.GetNextToken();
				}
			}
		}
	}
*/
	parser.Close();

	return 0;
}