Modified source engine (2017) developed by valve and leaked in 2020. Not for commercial purporses
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//========= Copyright Valve Corporation, All rights reserved. ============//
//
// Purpose:
//
//=============================================================================
#include "movieobjects/dmevertexdata.h"
#include "movieobjects_interfaces.h"
#include <limits.h>
#include "tier3/tier3.h"
#include "tier0/dbg.h"
#include "datamodel/dmelementfactoryhelper.h"
// memdbgon must be the last include file in a .cpp file!!!
#include "tier0/memdbgon.h"
//-----------------------------------------------------------------------------
// Standard vertex fields
//-----------------------------------------------------------------------------
static char *g_pStandardFieldNames[] =
{
"positions",
"normals",
"tangents",
"textureCoordinates",
"colors",
"jointWeights",
"jointIndices",
"balance",
"speed",
"wrinkle",
"weight"
};
static DmAttributeType_t g_pStandardFieldTypes[] =
{
AT_VECTOR3_ARRAY,
AT_VECTOR3_ARRAY,
AT_VECTOR4_ARRAY,
AT_VECTOR2_ARRAY,
AT_COLOR_ARRAY,
AT_FLOAT_ARRAY,
AT_INT_ARRAY,
AT_FLOAT_ARRAY,
AT_FLOAT_ARRAY,
AT_FLOAT_ARRAY,
AT_FLOAT_ARRAY
};
//-----------------------------------------------------------------------------
// Expose this class to the scene database
//-----------------------------------------------------------------------------
IMPLEMENT_ELEMENT_FACTORY( DmeVertexDataBase, CDmeVertexDataBase );
//-----------------------------------------------------------------------------
// Purpose:
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::OnConstruction()
{
m_nVertexCount = 0;
memset( m_pStandardFieldIndex, 0xFF, sizeof(m_pStandardFieldIndex) );
m_VertexFormat.Init( this, "vertexFormat" );
m_nJointCount.Init( this, "jointCount" );
m_bFlipVCoordinates.Init( this, "flipVCoordinates" );
}
void CDmeVertexDataBase::OnDestruction()
{
}
//-----------------------------------------------------------------------------
// Updates info for fast lookups for well-known fields
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::UpdateStandardFieldInfo( int nFieldIndex, const char *pFieldName, DmAttributeType_t attrType )
{
COMPILE_TIME_ASSERT( ARRAYSIZE(g_pStandardFieldNames) == STANDARD_FIELD_COUNT );
COMPILE_TIME_ASSERT( ARRAYSIZE(g_pStandardFieldTypes) == STANDARD_FIELD_COUNT );
for ( int i = 0; i < STANDARD_FIELD_COUNT; ++i )
{
if ( !Q_stricmp( pFieldName, g_pStandardFieldNames[i] ) )
{
if ( attrType != g_pStandardFieldTypes[i] )
{
Warning( "Standard field %s has incorrect attribute type!\n", pFieldName );
return;
}
m_pStandardFieldIndex[i] = nFieldIndex;
break;
}
}
}
//-----------------------------------------------------------------------------
// Computes information about how to find particular fields
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::ComputeFieldInfo()
{
// Clear existing field info,
// but keep the old names around so field indices remain constant
int nCurrentCount = m_FieldInfo.Count();
for ( int i = 0; i < nCurrentCount; ++i )
{
m_FieldInfo[i].m_pIndexData = NULL;
m_FieldInfo[i].m_pVertexData = NULL;
}
// FIXME: Want to maintain field indices as constants for all time
int nFieldCount = m_VertexFormat.Count();
for ( int i = 0; i < nFieldCount; ++i )
{
const char *pFieldName = m_VertexFormat[i];
int nLen = Q_strlen( pFieldName ) + 21;
char *pIndicesName = (char*)_alloca( nLen );
Q_snprintf( pIndicesName, nLen, "%sIndices", pFieldName );
CDmAttribute *pVerticesArray = GetAttribute( pFieldName );
if ( !pVerticesArray || !IsArrayType( pVerticesArray->GetType() ) )
continue;
CDmAttribute *pIndicesArray = NULL;
if ( Q_stricmp( pFieldName, g_pStandardFieldNames[FIELD_JOINT_WEIGHTS] ) &&
Q_stricmp( pFieldName, g_pStandardFieldNames[FIELD_JOINT_INDICES] ) )
{
pIndicesArray = GetAttribute( pIndicesName );
if ( !pIndicesArray || pIndicesArray->GetType() != AT_INT_ARRAY )
continue;
}
FieldIndex_t nFieldIndex = FindFieldIndex( pFieldName );
if ( nFieldIndex < 0 )
{
nFieldIndex = m_FieldInfo.AddToTail();
m_FieldInfo[nFieldIndex].m_Name = pFieldName;
m_FieldInfo[nFieldIndex].m_bInverseMapDirty = true;
UpdateStandardFieldInfo( nFieldIndex, pFieldName, pVerticesArray->GetType() );
}
m_FieldInfo[nFieldIndex].m_pVertexData = pVerticesArray;
m_FieldInfo[nFieldIndex].m_pIndexData = pIndicesArray;
}
}
//-----------------------------------------------------------------------------
// Computes the vertex count ( min of the index buffers )
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::ComputeVertexCount()
{
int nCount = m_FieldInfo.Count();
if ( nCount == 0 )
{
m_nVertexCount = 0;
return;
}
m_nVertexCount = INT_MAX;
for ( int i = 0; i < nCount; ++i )
{
if ( !m_FieldInfo[i].m_pIndexData )
continue;
CDmrGenericArray array( m_FieldInfo[i].m_pIndexData );
int nFieldCount = array.Count();
if ( nFieldCount < m_nVertexCount )
{
m_nVertexCount = nFieldCount;
}
}
}
//-----------------------------------------------------------------------------
// resolve internal data from changed attributes
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::Resolve()
{
BaseClass::Resolve();
if ( m_VertexFormat.IsDirty() )
{
ComputeFieldInfo();
}
if ( !IsVertexDeltaData() )
{
ComputeVertexCount();
}
// Mark inverse map dirty if necessary
int nCount = m_FieldInfo.Count();
for ( int i = 0; i < nCount; ++i )
{
if ( m_FieldInfo[i].m_pIndexData && m_FieldInfo[i].m_pIndexData->IsFlagSet( FATTRIB_DIRTY ) )
{
m_FieldInfo[i].m_bInverseMapDirty = true;
}
}
}
//-----------------------------------------------------------------------------
// Returns indices into the various fields
//-----------------------------------------------------------------------------
int CDmeVertexDataBase::GetPositionIndex( int nVertexIndex ) const
{
return GetFieldIndex( nVertexIndex, FIELD_POSITION );
}
int CDmeVertexDataBase::GetNormalIndex( int nVertexIndex ) const
{
return GetFieldIndex( nVertexIndex, FIELD_NORMAL );
}
int CDmeVertexDataBase::GetTangentIndex( int nVertexIndex ) const
{
return GetFieldIndex( nVertexIndex, FIELD_TANGENT );
}
int CDmeVertexDataBase::GetTexCoordIndex( int nVertexIndex ) const
{
return GetFieldIndex( nVertexIndex, FIELD_TEXCOORD );
}
int CDmeVertexDataBase::GetColorIndex( int nVertexIndex ) const
{
return GetFieldIndex( nVertexIndex, FIELD_COLOR );
}
int CDmeVertexDataBase::GetBalanceIndex( int nVertexIndex ) const
{
return GetFieldIndex( nVertexIndex, FIELD_BALANCE );
}
int CDmeVertexDataBase::GetMorphSpeedIndex( int nVertexIndex ) const
{
return GetFieldIndex( nVertexIndex, FIELD_MORPH_SPEED );
}
int CDmeVertexDataBase::GetWrinkleIndex( int nVertexIndex ) const
{
return GetFieldIndex( nVertexIndex, FIELD_WRINKLE );
}
int CDmeVertexDataBase::GetWeightIndex( int nVertexIndex ) const
{
return GetFieldIndex( nVertexIndex, FIELD_WEIGHT );
}
//-----------------------------------------------------------------------------
// Vertex accessors
//-----------------------------------------------------------------------------
const Vector& CDmeVertexDataBase::GetPosition( int nIndex ) const
{
Assert( IsVertexDeltaData() || nIndex < m_nVertexCount );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_POSITION];
if ( nFieldIndex < 0 )
return vec3_origin;
CDmrArrayConst<int> indices( GetIndexData( nFieldIndex ) );
CDmrArrayConst<Vector> vertexData( GetVertexData( nFieldIndex ) );
return vertexData[ indices[nIndex] ];
}
const float *CDmeVertexDataBase::GetJointWeights( int nVertexIndex ) const
{
Assert( IsVertexDeltaData() || nVertexIndex < m_nVertexCount );
FieldIndex_t nPosFieldIndex = m_pStandardFieldIndex[FIELD_POSITION];
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_JOINT_WEIGHTS];
if ( nPosFieldIndex < 0 || nFieldIndex < 0 )
return NULL;
CDmrArrayConst<int> indices = GetIndexData( nPosFieldIndex );
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return &vertexData[ indices[ nVertexIndex ] * m_nJointCount ];
}
//-----------------------------------------------------------------------------
// Same as GetJointWeights except it uses a direct position index instead of
// the vertex index to access the data
//-----------------------------------------------------------------------------
const float *CDmeVertexDataBase::GetJointPositionWeights( int nPositionIndex ) const
{
Assert( !IsVertexDeltaData() );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_JOINT_WEIGHTS];
if ( nFieldIndex < 0 )
return NULL;
CDmrArrayConst< float > jointWeights = GetVertexData( nFieldIndex );
Assert( nPositionIndex * m_nJointCount < jointWeights.Count() );
return &jointWeights[ nPositionIndex * m_nJointCount ];
}
const int *CDmeVertexDataBase::GetJointIndices( int nVertexIndex ) const
{
Assert( IsVertexDeltaData() || nVertexIndex < m_nVertexCount );
FieldIndex_t nPosFieldIndex = m_pStandardFieldIndex[FIELD_POSITION];
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_JOINT_INDICES];
if ( nPosFieldIndex < 0 || nFieldIndex < 0 )
return NULL;
CDmrArrayConst<int> indices = GetIndexData( nPosFieldIndex );
CDmrArrayConst<int> vertexData = GetVertexData( nFieldIndex );
return &vertexData[ indices[ nVertexIndex ] * m_nJointCount ];
}
//-----------------------------------------------------------------------------
// Same as GetJointIndices except it uses a direct position index instead of
// the vertex index to access the data
//-----------------------------------------------------------------------------
const int *CDmeVertexDataBase::GetJointPositionIndices( int nPositionIndex ) const
{
Assert( !IsVertexDeltaData() );
FieldIndex_t nJointIndicesField = m_pStandardFieldIndex[ FIELD_JOINT_INDICES ];
if ( nJointIndicesField < 0 )
return NULL;
CDmrArrayConst<int> jointIndices = GetVertexData( nJointIndicesField );
Assert( nPositionIndex * m_nJointCount < jointIndices.Count() );
return &jointIndices[ nPositionIndex * m_nJointCount ];
}
const Vector& CDmeVertexDataBase::GetNormal( int nIndex ) const
{
Assert( IsVertexDeltaData() || nIndex < m_nVertexCount );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_NORMAL];
if ( nFieldIndex < 0 )
return vec3_origin;
CDmrArrayConst<int> indices = GetIndexData( nFieldIndex );
CDmrArrayConst<Vector> vertexData = GetVertexData( nFieldIndex );
return vertexData[ indices[ nIndex ] ];
}
const Vector4D& CDmeVertexDataBase::GetTangent( int nIndex ) const
{
Assert( IsVertexDeltaData() || nIndex < m_nVertexCount );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_TANGENT];
if ( nFieldIndex < 0 )
return vec4_origin;
CDmrArrayConst<int> indices = GetIndexData( nFieldIndex );
CDmrArrayConst<Vector4D> vertexData = GetVertexData( nFieldIndex );
return vertexData[ indices[ nIndex ] ];
}
const Vector2D& CDmeVertexDataBase::GetTexCoord( int nIndex ) const
{
Assert( IsVertexDeltaData() || nIndex < m_nVertexCount );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_TEXCOORD];
if ( nFieldIndex < 0 )
return vec2_origin;
CDmrArrayConst<int> indices = GetIndexData( nFieldIndex );
CDmrArrayConst<Vector2D> vertexData = GetVertexData( nFieldIndex );
return vertexData[ indices[ nIndex ] ];
}
static Color s_Black( 0, 0, 0, 255 );
const Color& CDmeVertexDataBase::GetColor( int nIndex ) const
{
Assert( IsVertexDeltaData() || nIndex < m_nVertexCount );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_COLOR];
if ( nFieldIndex < 0 )
return s_Black;
CDmrArrayConst<int> indices = GetIndexData( nFieldIndex );
CDmrArrayConst<Color> vertexData = GetVertexData( nFieldIndex );
return vertexData[ indices[ nIndex ] ];
}
float CDmeVertexDataBase::GetBalance( int nIndex ) const
{
Assert( IsVertexDeltaData() || nIndex < m_nVertexCount );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_BALANCE];
if ( nFieldIndex < 0 )
return 0.5f;
CDmrArrayConst<int> indices = GetIndexData( nFieldIndex );
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return vertexData[ indices[ nIndex ] ];
}
float CDmeVertexDataBase::GetMorphSpeed( int nIndex ) const
{
Assert( IsVertexDeltaData() || nIndex < m_nVertexCount );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_MORPH_SPEED];
if ( nFieldIndex < 0 )
return 1.0f;
CDmrArrayConst<int> indices = GetIndexData( nFieldIndex );
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return vertexData[ indices[ nIndex ] ];
}
float CDmeVertexDataBase::GetWrinkle( int nIndex ) const
{
Assert( IsVertexDeltaData() || nIndex < m_nVertexCount );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_WRINKLE];
if ( nFieldIndex < 0 )
return 1.0f;
CDmrArrayConst<int> indices = GetIndexData( nFieldIndex );
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return vertexData[ indices[ nIndex ] ];
}
//-----------------------------------------------------------------------------
//
//-----------------------------------------------------------------------------
float CDmeVertexDataBase::GetWeight( int nIndex ) const
{
Assert( IsVertexDeltaData() || nIndex < m_nVertexCount );
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_WEIGHT];
if ( nFieldIndex < 0 )
return 1.0f;
CDmrArrayConst<int> indices = GetIndexData( nFieldIndex );
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return vertexData[ indices[ nIndex ] ];
}
//-----------------------------------------------------------------------------
// Adds a field to the vertex format
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::FindOrAddVertexField( const char *pFieldName )
{
int i;
int nFormatCount = m_VertexFormat.Count();
for ( i = 0; i < nFormatCount; ++i )
{
if ( !Q_stricmp( pFieldName, m_VertexFormat[i] ) )
return;
}
m_VertexFormat.AddToTail( pFieldName );
}
//-----------------------------------------------------------------------------
// Returns the field index of a particular field
//-----------------------------------------------------------------------------
FieldIndex_t CDmeVertexDataBase::CreateField( const char *pFieldName, DmAttributeType_t type )
{
Assert( Q_stricmp( pFieldName, g_pStandardFieldNames[FIELD_JOINT_WEIGHTS] ) );
Assert( Q_stricmp( pFieldName, g_pStandardFieldNames[FIELD_JOINT_INDICES] ) );
if ( !Q_stricmp( pFieldName, g_pStandardFieldNames[FIELD_JOINT_WEIGHTS] ) ||
!Q_stricmp( pFieldName, g_pStandardFieldNames[FIELD_JOINT_INDICES] ) )
{
return -1;
}
AddAttribute( pFieldName, type );
int nLen = Q_strlen( pFieldName ) + 21;
char *pIndicesName = (char*)_alloca( nLen );
Q_snprintf( pIndicesName, nLen, "%sIndices", pFieldName );
AddAttribute( pIndicesName, AT_INT_ARRAY );
FindOrAddVertexField( pFieldName );
// FIXME: Not hugely efficient, is there a better way of doing this?
// Necessary to return a field index for the name
ComputeFieldInfo();
FieldIndex_t nFieldIndex = FindFieldIndex( pFieldName );
if ( !IsVertexDeltaData() && m_nVertexCount > 0 )
{
CDmrArray<int> indices( GetIndexData( nFieldIndex ) );
indices.EnsureCount( m_nVertexCount );
}
return nFieldIndex;
}
//-----------------------------------------------------------------------------
// Creates a field given a file ID
//-----------------------------------------------------------------------------
FieldIndex_t CDmeVertexDataBase::CreateField( StandardFields_t fieldId )
{
return CreateField( g_pStandardFieldNames[fieldId], g_pStandardFieldTypes[fieldId] );
}
//-----------------------------------------------------------------------------
// Use this to create vertex fields for joint weights + indices
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::CreateJointWeightsAndIndices( int nJointCount, FieldIndex_t *pJointWeightsField, FieldIndex_t *pJointIndicesField )
{
m_nJointCount = nJointCount;
AddAttribute( g_pStandardFieldNames[FIELD_JOINT_WEIGHTS], AT_FLOAT_ARRAY );
AddAttribute( g_pStandardFieldNames[FIELD_JOINT_INDICES], AT_INT_ARRAY );
FindOrAddVertexField( g_pStandardFieldNames[FIELD_JOINT_WEIGHTS] );
FindOrAddVertexField( g_pStandardFieldNames[FIELD_JOINT_INDICES] );
// FIXME: Not hugely efficient, is there a better way of doing this?
// Necessary to return a field index for the name
ComputeFieldInfo();
*pJointWeightsField = FindFieldIndex( g_pStandardFieldNames[FIELD_JOINT_WEIGHTS] );
*pJointIndicesField = FindFieldIndex( g_pStandardFieldNames[FIELD_JOINT_INDICES] );
}
//-----------------------------------------------------------------------------
// Adds a new vertex; creates a new entry in all vertex data fields
// Returns the vertex index
//-----------------------------------------------------------------------------
int CDmeVertexDataBase::AddVertexData( FieldIndex_t nFieldIndex, int nCount )
{
CDmrGenericArray array( m_FieldInfo[nFieldIndex].m_pVertexData );
int nDataCount = array.Count();
array.EnsureCount( nDataCount + nCount );
// DmeMeshDeltaData must have the same number of vertices + indices
if ( IsVertexDeltaData() )
{
CDmrArray<int> indices( GetIndexData( nFieldIndex ) );
Assert( nDataCount == indices.Count() );
indices.EnsureCount( nDataCount + nCount );
}
return nDataCount;
}
//-----------------------------------------------------------------------------
// Sets vertex data
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::SetVertexData( FieldIndex_t nFieldIndex, int nFirstVertex, int nCount, DmAttributeType_t valueType, const void *pData )
{
CDmrGenericArray array( m_FieldInfo[nFieldIndex].m_pVertexData );
Assert( nFirstVertex + nCount <= array.Count() );
array.SetMultiple( nFirstVertex, nCount, valueType, pData );
}
void CDmeVertexDataBase::SetVertexIndices( FieldIndex_t nFieldIndex, int nFirstIndex, int nCount, const int *pIndices )
{
CDmrArray<int> array( GetIndexData( nFieldIndex ) );
Assert( nFirstIndex + nCount <= array.Count() );
array.SetMultiple( nFirstIndex, nCount, pIndices );
}
//-----------------------------------------------------------------------------
// Removes all vertex data associated with a particular field
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::RemoveAllVertexData( FieldIndex_t nFieldIndex )
{
CDmrGenericArray array( m_FieldInfo[nFieldIndex].m_pVertexData );
array.RemoveAll();
if ( IsVertexDeltaData() )
{
CDmrArray<int> arrayDelta( m_FieldInfo[nFieldIndex].m_pIndexData );
arrayDelta.RemoveAll();
}
}
//-----------------------------------------------------------------------------
// Returns the field index of a particular field
//-----------------------------------------------------------------------------
FieldIndex_t CDmeVertexDataBase::FindFieldIndex( const char *pFieldName ) const
{
int nCount = m_FieldInfo.Count();
for ( int i = 0; i < nCount; ++i )
{
if ( !Q_stricmp( m_FieldInfo[i].m_Name, pFieldName ) )
return i;
}
return -1;
}
//-----------------------------------------------------------------------------
// Returns well-known vertex data
//-----------------------------------------------------------------------------
static CUtlVector<Vector4D> s_EmptyVector4D;
static CUtlVector<Vector> s_EmptyVector;
static CUtlVector<Vector2D> s_EmptyVector2D;
static CUtlVector<Color> s_EmptyColor;
static CUtlVector<float> s_EmptyFloat;
const CUtlVector<Vector> &CDmeVertexDataBase::GetPositionData( ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[ FIELD_POSITION ];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyVector;
CDmrArrayConst<Vector> vertexData = GetVertexData( nFieldIndex );
return vertexData.Get();
}
const CUtlVector<Vector> &CDmeVertexDataBase::GetNormalData( ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[ FIELD_NORMAL ];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyVector;
CDmrArrayConst<Vector> vertexData = GetVertexData( nFieldIndex );
return vertexData.Get();
}
const CUtlVector<Vector4D> &CDmeVertexDataBase::GetTangentData( ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[ FIELD_TANGENT ];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyVector4D;
CDmrArrayConst<Vector4D> vertexData = GetVertexData( nFieldIndex );
return vertexData.Get();
}
const CUtlVector<Vector2D> &CDmeVertexDataBase::GetTextureCoordData( ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[ FIELD_TEXCOORD ];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyVector2D;
CDmrArrayConst<Vector2D> vertexData = GetVertexData( nFieldIndex );
return vertexData.Get();
}
const CUtlVector<Color> &CDmeVertexDataBase::GetColorData( ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[ FIELD_COLOR ];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyColor;
CDmrArrayConst<Color> vertexData = GetVertexData( nFieldIndex );
return vertexData.Get();
}
const float *CDmeVertexDataBase::GetJointWeightData( int nDataIndex ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_JOINT_WEIGHTS];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return NULL;
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return &vertexData[ nDataIndex * m_nJointCount ];
}
const int *CDmeVertexDataBase::GetJointIndexData( int nDataIndex ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[FIELD_JOINT_INDICES];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return NULL;
CDmrArrayConst<int> vertexData = GetVertexData( nFieldIndex );
return &vertexData.Element( nDataIndex * m_nJointCount );
}
const CUtlVector<float> &CDmeVertexDataBase::GetBalanceData( ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[ FIELD_BALANCE ];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyFloat;
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return vertexData.Get();
}
const CUtlVector<float> &CDmeVertexDataBase::GetMorphSpeedData( ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[ FIELD_MORPH_SPEED ];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyFloat;
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return vertexData.Get();
}
const CUtlVector<float> &CDmeVertexDataBase::GetWrinkleData( ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[ FIELD_WRINKLE ];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyFloat;
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return vertexData.Get();
}
const CUtlVector<float> &CDmeVertexDataBase::GetWeightData( ) const
{
FieldIndex_t nFieldIndex = m_pStandardFieldIndex[ FIELD_WEIGHT ];
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyFloat;
CDmrArrayConst<float> vertexData = GetVertexData( nFieldIndex );
return vertexData.Get();
}
//-----------------------------------------------------------------------------
// Returns well-known index data
//-----------------------------------------------------------------------------
static CUtlVector<int> s_EmptyInt;
const CUtlVector<int> &CDmeVertexDataBase::GetVertexIndexData( FieldIndex_t nFieldIndex ) const
{
if ( nFieldIndex < 0 || nFieldIndex >= m_FieldInfo.Count() )
return s_EmptyInt;
CDmrArrayConst<int> indexData = GetIndexData( nFieldIndex );
return indexData.Get();
}
const CUtlVector<int> &CDmeVertexDataBase::GetVertexIndexData( StandardFields_t fieldId ) const
{
return GetVertexIndexData( m_pStandardFieldIndex[fieldId] );
}
//-----------------------------------------------------------------------------
// Returns an inverse map from vertex data index to vertex index
//-----------------------------------------------------------------------------
const CUtlVector< int > &CDmeVertexDataBase::FindVertexIndicesFromDataIndex( FieldIndex_t nFieldIndex, int nDataIndex )
{
if ( nFieldIndex < 0 )
return s_EmptyInt;
FieldInfo_t &info = m_FieldInfo[nFieldIndex];
if ( info.m_bInverseMapDirty )
{
CDmrArrayConst<int> array( info.m_pIndexData );
CDmrGenericArray vertexArray( info.m_pVertexData );
int nDataCount = vertexArray.Count();
int nCount = array.Count();
// Clear out the utlvectors
info.m_InverseMap.RemoveAll();
info.m_InverseMap.SetCount( nDataCount );
for ( int i = 0; i < nCount; ++i )
{
int nIndex = array[ i ];
info.m_InverseMap[nIndex].AddToTail( i );
}
info.m_bInverseMapDirty = false;
}
return info.m_InverseMap[ nDataIndex ];
}
const CUtlVector< int > &CDmeVertexDataBase::FindVertexIndicesFromDataIndex( StandardFields_t fieldId, int nDataIndex )
{
// NOTE! Wrinkles don't exist in the base state, therefore we use the index to index
// into the TEXCOORD base state fields instead of the wrinkle fields
if ( fieldId == FIELD_WRINKLE )
{
fieldId = FIELD_TEXCOORD;
}
return FindVertexIndicesFromDataIndex( m_pStandardFieldIndex[fieldId], nDataIndex );
}
//-----------------------------------------------------------------------------
// Do we have skinning data?
//-----------------------------------------------------------------------------
bool CDmeVertexDataBase::HasSkinningData() const
{
if ( m_nJointCount == 0 )
return false;
FieldIndex_t nWeightFieldIndex = m_pStandardFieldIndex[FIELD_JOINT_WEIGHTS];
if ( nWeightFieldIndex < 0 )
return false;
FieldIndex_t nIndexFieldIndex = m_pStandardFieldIndex[FIELD_JOINT_INDICES];
if ( nIndexFieldIndex < 0 )
return false;
CDmrArrayConst<float> weightData = GetVertexData( nWeightFieldIndex );
CDmrArrayConst<int> indexData = GetVertexData( nIndexFieldIndex );
return ( weightData.Count() > 0 && indexData.Count() > 0 );
}
//-----------------------------------------------------------------------------
// Do we need tangent data? (Utility method for applications to know if they should call ComputeDefaultTangentData)
//-----------------------------------------------------------------------------
bool CDmeVertexDataBase::NeedsTangentData() const
{
FieldIndex_t posField = m_pStandardFieldIndex[CDmeVertexDataBase::FIELD_POSITION];
FieldIndex_t normalField = m_pStandardFieldIndex[CDmeVertexDataBase::FIELD_NORMAL];
FieldIndex_t uvField = m_pStandardFieldIndex[CDmeVertexDataBase::FIELD_TEXCOORD];
FieldIndex_t tangentField = m_pStandardFieldIndex[CDmeVertexDataBase::FIELD_TANGENT];
return ( posField >= 0 && uvField >= 0 && normalField >= 0 && tangentField < 0 );
}
//-----------------------------------------------------------------------------
//
//-----------------------------------------------------------------------------
int CDmeVertexDataBase::FieldCount() const
{
return m_VertexFormat.Count();
}
//-----------------------------------------------------------------------------
//
//-----------------------------------------------------------------------------
const char *CDmeVertexDataBase::FieldName( int i ) const
{
if ( i < 0 || i >= m_VertexFormat.Count() )
return NULL;
return m_VertexFormat[ i ];
}
//-----------------------------------------------------------------------------
//
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::CopyFrom( CDmeVertexDataBase *pSrc )
{
pSrc->CopyTo( this );
}
//-----------------------------------------------------------------------------
//
//-----------------------------------------------------------------------------
void CDmeVertexDataBase::CopyTo( CDmeVertexDataBase *pDst ) const
{
// Preserve the name of the destination
const CUtlString dstName = pDst->GetName();
CopyAttributesTo( pDst );
pDst->SetName( dstName ); // The Copy really copies everything!
pDst->Resolve();
}
//-----------------------------------------------------------------------------
// Expose this class to the scene database
//-----------------------------------------------------------------------------
IMPLEMENT_ELEMENT_FACTORY( DmeVertexData, CDmeVertexData );
IMPLEMENT_ELEMENT_FACTORY( DmeVertexDeltaData, CDmeVertexDeltaData );
//-----------------------------------------------------------------------------
// Purpose:
//-----------------------------------------------------------------------------
void CDmeVertexData::OnConstruction()
{
}
void CDmeVertexData::OnDestruction()
{
}
void CDmeVertexDeltaData::OnConstruction()
{
m_bCorrected.InitAndSet( this, "corrected", false );
}
void CDmeVertexDeltaData::OnDestruction()
{
}
//-----------------------------------------------------------------------------
// Method to add vertex indices for normal vertex data
//-----------------------------------------------------------------------------
int CDmeVertexData::AddVertexIndices( int nIndexCount )
{
int nFirstVertex = m_nVertexCount;
m_nVertexCount += nIndexCount;
int nCount = m_FieldInfo.Count();
for ( int i = 0; i < nCount; ++i )
{
if ( m_FieldInfo[i].m_pIndexData )
{
CDmrArray<int> indices( m_FieldInfo[i].m_pIndexData );
indices.EnsureCount( m_nVertexCount );
}
}
return nFirstVertex;
}
//-----------------------------------------------------------------------------
// Computes max positional delta length
//-----------------------------------------------------------------------------
float CDmeVertexDeltaData::ComputeMaxDeflection( )
{
float flMaxDeflection = 0.0f;
const CUtlVector<Vector> &pos = GetPositionData();
int nCount = pos.Count();
for ( int i = 0; i < nCount; ++i )
{
float flDeflection = pos[i].Length();
if ( flMaxDeflection < flDeflection )
{
flMaxDeflection = flDeflection;
}
}
return flMaxDeflection;
}
//-----------------------------------------------------------------------------
// Computes wrinkle data from position deltas
//-----------------------------------------------------------------------------
void CDmeVertexDeltaData::GenerateWrinkleDelta( CDmeVertexData *pBindState, float flScale, bool bOverwrite )
{
FieldIndex_t nPosIndex = FindFieldIndex( FIELD_POSITION );
if ( nPosIndex < 0 )
return;
FieldIndex_t nBaseTexCoordIndex = pBindState->FindFieldIndex( FIELD_TEXCOORD );
if ( nBaseTexCoordIndex < 0 )
return;
FieldIndex_t nWrinkleIndex = FindFieldIndex( FIELD_WRINKLE );
if ( nWrinkleIndex < 0 )
{
nWrinkleIndex = CreateField( FIELD_WRINKLE );
}
else if ( !bOverwrite )
return;
RemoveAllVertexData( nWrinkleIndex );
if ( flScale == 0.0f )
return;
const float flMaxDeflection( ComputeMaxDeflection() );
if ( flMaxDeflection == 0.0f )
return;
const double scaledInverseMaxDeflection = static_cast< double >( flScale ) / static_cast< double >( flMaxDeflection );
const CUtlVector<int> &positionIndices = GetVertexIndexData( nPosIndex );
const CUtlVector<Vector> &pos = GetPositionData();
const CUtlVector<int> &baseTexCoordIndices = pBindState->GetVertexIndexData( nBaseTexCoordIndex );
CDmrArrayConst<Vector2D> texData( pBindState->GetVertexData( nBaseTexCoordIndex ) );
int nBaseTexCoordCount = texData.Count();
int nBufSize = ( ( nBaseTexCoordCount + 7 ) >> 3 );
unsigned char *pUsedBits = (unsigned char*)_alloca( nBufSize );
memset( pUsedBits, 0, nBufSize );
int nCount = pos.Count();
for ( int i = 0; i < nCount; ++i )
{
float flWrinkleDelta = static_cast< float >( static_cast< double >( pos[i].Length() ) * scaledInverseMaxDeflection );
Assert( fabs( flWrinkleDelta ) <= fabs( flScale ) );
// NOTE: This will produce bad behavior in cases where two positions share the
// same texcoord, which shouldn't theoretically happen.
const CUtlVector< int > &baseVerts = pBindState->FindVertexIndicesFromDataIndex( FIELD_POSITION, positionIndices[i] );
int nBaseVertCount = baseVerts.Count();
for ( int j = 0; j < nBaseVertCount; ++j )
{
// See if we have a delta for this texcoord...
int nTexCoordIndex = baseTexCoordIndices[ baseVerts[j] ];
if ( pUsedBits[ nTexCoordIndex >> 3 ] & ( 1 << ( nTexCoordIndex & 0x7 ) ) )
continue;
pUsedBits[ nTexCoordIndex >> 3 ] |= 1 << ( nTexCoordIndex & 0x7 );
int nDeltaIndex = AddVertexData( nWrinkleIndex, 1 );
SetVertexIndices( nWrinkleIndex, nDeltaIndex, 1, &nTexCoordIndex );
SetVertexData( nWrinkleIndex, nDeltaIndex, 1, AT_FLOAT, &flWrinkleDelta );
}
}
}
//-----------------------------------------------------------------------------
// Computes weight data from position deltas
//-----------------------------------------------------------------------------
float CDmeVertexDeltaData::GenerateWeightDelta( CDmeVertexData *pBindState )
{
FieldIndex_t nPosIndex = FindFieldIndex( FIELD_POSITION );
if ( nPosIndex < 0 )
return 0.0;
FieldIndex_t nFieldIndex = FindFieldIndex( FIELD_WEIGHT );
if ( nFieldIndex < 0 )
{
nFieldIndex = CreateField( FIELD_WEIGHT );
}
RemoveAllVertexData( nFieldIndex );
const float maxDeflection( static_cast< double >( ComputeMaxDeflection() ) );
if ( maxDeflection == 0.0 )
return maxDeflection;
const CUtlVector<Vector> &pos( GetPositionData() );
const CUtlVector< int > &posIndices( GetVertexIndexData( nPosIndex ) );
float flDeltaDistance;
int nDeltaIndex;
const int nCount = pos.Count();
for ( int i = 0; i < nCount; ++i )
{
flDeltaDistance = pos[ i ].Length();
nDeltaIndex = AddVertexData( nFieldIndex, 1 );
SetVertexData( nFieldIndex, nDeltaIndex, 1, AT_FLOAT, &flDeltaDistance );
}
SetVertexIndices( nFieldIndex, 0, posIndices.Count(), posIndices.Base() );
return maxDeflection;
}