public void Read( BinaryReader R )
{
m_diffuse = R.ReadBoolean() ? new Texture( R ) : null;
m_diffuseReUse = (REUSE_MODE) R.ReadInt32();
m_normal = R.ReadBoolean() ? new Texture( R ) : null;
m_normalReUse = (REUSE_MODE) R.ReadInt32();
m_gloss = R.ReadBoolean() ? new Texture( R ) : null;
m_glossReUse = (REUSE_MODE) R.ReadInt32();
m_metal = R.ReadBoolean() ? new Texture( R ) : null;
m_metalReUse = (REUSE_MODE) R.ReadInt32();
m_specular = R.ReadBoolean() ? new Texture( R ) : null;
m_specularReUse = (REUSE_MODE) R.ReadInt32();
m_maskingMode = (MASKING_MODE) R.ReadInt32();
m_mask = R.ReadBoolean() ? new Texture( R ) : null;
m_maskReUse = (REUSE_MODE) R.ReadInt32();
// Single textures
m_AO = R.ReadBoolean() ? new Texture( R ) : null;
m_translucency = R.ReadBoolean() ? new Texture( R ) : null;
m_emissive = R.ReadBoolean() ? new Texture( R ) : null;
// UV sets
m_UVSet = (UV_SET) R.ReadInt32();
m_UVOffset.x = R.ReadSingle();
m_UVOffset.y = R.ReadSingle();
m_UVScale.x = R.ReadSingle();
m_UVScale.y = R.ReadSingle();
m_maskUVSet = (UV_SET) R.ReadInt32();
m_maskUVOffset.x = R.ReadSingle();
m_maskUVOffset.y = R.ReadSingle();
m_maskUVScale.x = R.ReadSingle();
m_maskUVScale.y = R.ReadSingle();
m_useColorConstant = R.ReadBoolean();
m_colorConstant.x = R.ReadSingle();
m_colorConstant.y = R.ReadSingle();
m_colorConstant.z = R.ReadSingle();
m_colorConstant.w = R.ReadSingle();
m_errorLevel = (ERROR_LEVEL) R.ReadInt32();
m_errors = R.ReadString();
if ( m_errors == string.Empty )
m_errors = null;
m_warnings = R.ReadString();
if ( m_warnings == string.Empty )
m_warnings = null;
}
public void CleanUp( List< Layer > _layers, Options _options, ref int _removedTexturesCount, ref int _blackColorConstantsCount, ref int _swappedSlotsCount, ref int _missingTexturesReplacedCount, ref int _removedHasOcclusionMapOptionsCount, ref int _reUseOptionsSetCount )
{
// Cleanup textures that are present although the option is not set
if ( !_options.m_hasNormal && m_normal != null ) {
m_normal = null;
_removedTexturesCount++;
}
if ( !_options.m_hasGloss && m_gloss != null ) {
m_gloss = null;
_removedTexturesCount++;
}
if ( !_options.m_hasMetal && m_metal != null ) {
m_metal = null;
_removedTexturesCount++;
}
if ( !_options.m_hasEmissive && m_emissive != null ) {
m_emissive = null;
_removedTexturesCount++;
}
if ( !_options.m_hasSpecular && m_specular != null ) {
m_specular = null;
_removedTexturesCount++;
}
if ( !_options.m_hasOcclusionMap && m_AO != null ) {
m_AO = null;
_removedTexturesCount++;
}
// Cleanup textures that are present whereas a re-use option is set
if ( m_diffuse != null && m_diffuseReUse != REUSE_MODE.DONT_REUSE )
m_diffuse = null;
if ( m_normal != null && m_normalReUse != REUSE_MODE.DONT_REUSE )
m_normal = null;
if ( m_gloss != null && m_glossReUse != REUSE_MODE.DONT_REUSE )
m_gloss = null;
if ( m_metal != null && m_metalReUse != REUSE_MODE.DONT_REUSE )
m_metal = null;
if ( m_specular != null && m_specularReUse != REUSE_MODE.DONT_REUSE )
m_specular = null;
// Patch missing textures
if ( m_diffuse == null && m_diffuseReUse == REUSE_MODE.DONT_REUSE ) {
m_diffuse = new Texture( "_invalid" );
_missingTexturesReplacedCount++;
}
if ( _options.m_hasNormal && m_normal == null && m_normalReUse == REUSE_MODE.DONT_REUSE ) {
m_normal = new Texture( "ipr_constantcolor( 0.5, 0.5, 0, 0 )" );
_missingTexturesReplacedCount++;
}
if ( _options.m_hasGloss && m_gloss == null && m_glossReUse == REUSE_MODE.DONT_REUSE ) {
m_gloss = new Texture( "_white" );
_missingTexturesReplacedCount++;
}
if ( _options.m_hasMetal && m_metal == null && m_metalReUse == REUSE_MODE.DONT_REUSE ) {
m_metal = new Texture( "_white" );
_missingTexturesReplacedCount++;
}
if ( _options.m_hasEmissive && m_emissive == null ) {
m_emissive = new Texture( "_invalid" );
_missingTexturesReplacedCount++;
}
if ( _options.m_hasSpecular && m_specular == null && m_specularReUse == REUSE_MODE.DONT_REUSE ) {
m_specular = new Texture( "_invalid" );
_missingTexturesReplacedCount++;
}
// Clear "hasOcclusionMap" option when we don't have a map after all
if ( _options.m_hasOcclusionMap && m_AO == null && m_index == 0 ) {
_options.m_hasOcclusionMap = false;
_removedHasOcclusionMapOptionsCount++;
}
// Replace diffuse textures that use a black constant color multiplier
if ( m_useColorConstant && (m_colorConstant.x*m_colorConstant.x + m_colorConstant.y*m_colorConstant.y + m_colorConstant.z*m_colorConstant.z) < 1e-6f ) {
m_diffuse = new Texture( "_black" );
_blackColorConstantsCount++;
}
// Try swapping slots if the user made obvious mistakes
TrySwapping( ref m_diffuse, ref m_normal, TextureFileInfo.USAGE.DIFFUSE, TextureFileInfo.USAGE.NORMAL, ref _swappedSlotsCount );
TrySwapping( ref m_diffuse, ref m_gloss, TextureFileInfo.USAGE.DIFFUSE, TextureFileInfo.USAGE.GLOSS, ref _swappedSlotsCount );
TrySwapping( ref m_diffuse, ref m_metal, TextureFileInfo.USAGE.DIFFUSE, TextureFileInfo.USAGE.METAL, ref _swappedSlotsCount );
TrySwapping( ref m_diffuse, ref m_emissive, TextureFileInfo.USAGE.DIFFUSE, TextureFileInfo.USAGE.EMISSIVE, ref _swappedSlotsCount );
TrySwapping( ref m_normal, ref m_gloss, TextureFileInfo.USAGE.NORMAL, TextureFileInfo.USAGE.GLOSS, ref _swappedSlotsCount );
TrySwapping( ref m_normal, ref m_metal, TextureFileInfo.USAGE.NORMAL, TextureFileInfo.USAGE.METAL, ref _swappedSlotsCount );
TrySwapping( ref m_normal, ref m_emissive, TextureFileInfo.USAGE.NORMAL, TextureFileInfo.USAGE.EMISSIVE, ref _swappedSlotsCount );
TrySwapping( ref m_gloss, ref m_metal, TextureFileInfo.USAGE.GLOSS, TextureFileInfo.USAGE.METAL, ref _swappedSlotsCount );
TrySwapping( ref m_gloss, ref m_emissive, TextureFileInfo.USAGE.GLOSS, TextureFileInfo.USAGE.EMISSIVE, ref _swappedSlotsCount );
TrySwapping( ref m_metal, ref m_emissive, TextureFileInfo.USAGE.METAL, TextureFileInfo.USAGE.EMISSIVE, ref _swappedSlotsCount );
// Apply re-use options whenever a texture is identical from the previous layer
for ( int previousLayerIndex=0; previousLayerIndex < m_index; previousLayerIndex++ ) {
Layer previousLayer = _layers[previousLayerIndex];
REUSE_MODE previousLayerReUseMode = REUSE_MODE.DONT_REUSE;
switch ( previousLayerIndex ) {
case 0: previousLayerReUseMode = REUSE_MODE.REUSE_LAYER0; break;
case 1: previousLayerReUseMode = REUSE_MODE.REUSE_LAYER1; break;
}
if ( SameUVs( previousLayer ) ) {
// Can re-use some textures?
if ( m_diffuse != null && previousLayer.m_diffuse != null && m_diffuseReUse == REUSE_MODE.DONT_REUSE && previousLayer.m_diffuseReUse == REUSE_MODE.DONT_REUSE ) {
if ( m_diffuse == previousLayer.m_diffuse ) {
m_diffuseReUse = previousLayerReUseMode;
m_diffuse = null;
_reUseOptionsSetCount++;
_removedTexturesCount++;
}
}
if ( m_normal != null && previousLayer.m_normal != null && m_normalReUse == REUSE_MODE.DONT_REUSE && previousLayer.m_normalReUse == REUSE_MODE.DONT_REUSE ) {
if ( m_normal == previousLayer.m_normal ) {
m_normalReUse = previousLayerReUseMode;
m_normal = null;
_reUseOptionsSetCount++;
_removedTexturesCount++;
}
}
if ( m_gloss != null && previousLayer.m_gloss != null && m_glossReUse == REUSE_MODE.DONT_REUSE && previousLayer.m_glossReUse == REUSE_MODE.DONT_REUSE ) {
if ( m_gloss == previousLayer.m_gloss ) {
m_glossReUse = previousLayerReUseMode;
m_gloss = null;
_reUseOptionsSetCount++;
_removedTexturesCount++;
}
}
if ( m_metal != null && previousLayer.m_metal != null && m_metalReUse == REUSE_MODE.DONT_REUSE && previousLayer.m_metalReUse == REUSE_MODE.DONT_REUSE ) {
if ( m_metal == previousLayer.m_metal ) {
m_metalReUse = previousLayerReUseMode;
m_metal = null;
_reUseOptionsSetCount++;
_removedTexturesCount++;
}
}
if ( m_specular != null && previousLayer.m_specular != null && m_specularReUse == REUSE_MODE.DONT_REUSE && previousLayer.m_specularReUse == REUSE_MODE.DONT_REUSE ) {
if ( m_specular == previousLayer.m_specular ) {
m_specularReUse = previousLayerReUseMode;
m_specular = null;
_reUseOptionsSetCount++;
_removedTexturesCount++;
}
}
}
if ( SameMaskUVs( previousLayer ) ) {
// Can we re-use the masks?
if ( m_mask != null && previousLayer.m_mask != null && m_maskingMode != MASKING_MODE.VERTEX_COLOR && previousLayer.m_maskingMode != MASKING_MODE.VERTEX_COLOR && m_maskReUse == REUSE_MODE.DONT_REUSE && previousLayer.m_maskReUse == REUSE_MODE.DONT_REUSE ) {
if ( m_mask == previousLayer.m_mask ) {
m_maskReUse = previousLayerReUseMode;
m_mask = null;
_reUseOptionsSetCount++;
_removedTexturesCount++;
}
}
}
}
}
public void CompareTextures( Texture _texture0, REUSE_MODE _reUseMode0, Texture _texture1, REUSE_MODE _reUseMode1, Layer _layer1, string T, string _textureName0, string _textureName1 )
{
if ( _texture0 == null && _texture1 == null )
return; // Easy!
if ( _texture0 == null ) {
if ( _reUseMode0 == REUSE_MODE.DONT_REUSE )
m_errors += T + "• " + _textureName0 + " is not provided whereas " + _textureName1 + " is specified and re-use mode is " + _reUseMode0 + "\n";
return;
} else if ( _texture1 == null ) {
if ( _reUseMode1 == REUSE_MODE.DONT_REUSE )
_layer1.m_errors += T + "• " + _textureName1 + " is not provided whereas " + _textureName0 + " is specified and re-use mode is " + _reUseMode0 + "\n";
return;
}
// At this point we know both textures are set
if ( _reUseMode0 != REUSE_MODE.DONT_REUSE )
m_warnings += T + "• " + _textureName0 + " is provided (\"" + _texture0.m_name + "\") whereas re-use mode is specified. It's not optimal, you should remove the texture...\n";
if ( _reUseMode1 != REUSE_MODE.DONT_REUSE )
_layer1.m_warnings += T + "• " + _textureName1 + " is provided (\"" + _texture1.m_name + "\") whereas re-use mode is specified. It's not optimal, you should remove the texture...\n";
if ( _reUseMode0 == REUSE_MODE.DONT_REUSE && _reUseMode1 == REUSE_MODE.DONT_REUSE ) {
// Check if both textures are the same
if ( _texture0 == _texture1 ) {
// Check if UV sets and tiling is the same
if ( SameUVs( _layer1 ) )
m_errors += T + "• " + _textureName0 + " and " + _textureName1 + " are identical and use the same UV sets, tiling and offsets! Consider re-using other layer texture instead!\n";
}
}
}
/// <summary>
/// Checks the provided texture is valid
/// </summary>
/// <param name="_texture"></param>
/// <param name="_reUseMode"></param>
/// <param name="T"></param>
/// <param name="_textureName"></param>
/// <returns></returns>
public void CheckTexture( Texture _texture, bool _hasUseOption, REUSE_MODE _reUseMode, string T, string _textureName, int _expectedChannelsCount )
{
if ( _reUseMode != REUSE_MODE.DONT_REUSE )
return; // Don't error when re-using previous channel textures
if ( _texture == null ) {
if ( _hasUseOption ) {
m_errors += T + "• No " + _textureName + " texture!\n";
RaiseErrorLevel( ERROR_LEVEL.DANGEROUS );
}
} else if ( _texture.m_constantColorType == Texture.CONSTANT_COLOR_TYPE.TEXTURE ) {
if ( !_hasUseOption )
m_warnings += T + "• Specifying " + _textureName + " texture whereas option is not set!\n";
// In case of texture, ensure it exists!
if ( !_texture.m_fileName.Exists ) {
m_errors += T + "• " + _textureName + " texture \"" + _texture.m_fileName.FullName + "\" not found on disk!\n";
RaiseErrorLevel( ERROR_LEVEL.DIRTY );
}
else if ( _texture.m_textureFileInfo == null ) {
m_errors += T + "• " + _textureName + " texture \"" + _texture.m_fileName.FullName + "\" not found in collected textures!\n";
RaiseErrorLevel( ERROR_LEVEL.DIRTY );
}
else {
// Ensure we have the proper amount of channels
if ( _texture.m_textureFileInfo.ColorChannelsCount != _expectedChannelsCount ) {
string errorText = T + "• " + _textureName + " texture \"" + _texture.m_fileName.FullName + "\" provides " + _texture.m_textureFileInfo.ColorChannelsCount + " color channels whereas " + _expectedChannelsCount + " are expected!\n";
if ( _texture.m_textureFileInfo.m_usage == TextureFileInfo.USAGE.DIFFUSE && _expectedChannelsCount == 1 ) {
m_warnings = errorText; // If an _d was set instead of a gloss or a metal, only issue a warning
} else {
m_errors += errorText; // Otherwise it's an actual error!
RaiseErrorLevel( ERROR_LEVEL.DANGEROUS );
}
}
}
}
}
