bool Geometry::TextWriter::operator()( Geometry const & geometry, TextFile & file )
{
bool result{ true };
if ( geometry.getMesh() )
{
Logger::logInfo( m_tabs + cuT( "Writing Geometry " ) + geometry.getName() );
result = file.writeText( cuT( "\n" ) + m_tabs + cuT( "object \"" ) + geometry.getName() + cuT( "\"\n" ) ) > 0
&& file.writeText( m_tabs + cuT( "{\n" ) ) > 0;
castor::TextWriter< Geometry >::checkError( result, "Geometry name" );
if ( result )
{
result = MovableObject::TextWriter{ m_tabs + cuT( "\t" ) }( geometry, file );
}
if ( result )
{
result = RenderedObject::TextWriter{ m_tabs + cuT( "\t" ) }( geometry, file );
}
if ( result )
{
result = file.writeText( m_tabs + cuT( "\tmesh \"" ) + geometry.getMesh()->getName() + cuT( "\"\n" ) ) > 0;
castor::TextWriter< Geometry >::checkError( result, "Geometry mesh" );
}
if ( result )
{
result = file.writeText( m_tabs + cuT( "\tmaterials\n" ) ) > 0
&& file.writeText( m_tabs + cuT( "\t{\n" ) ) > 0;
castor::TextWriter< Geometry >::checkError( result, "Geometry materials" );
if ( result )
{
uint16_t index{ 0u };
for ( auto submesh : *geometry.getMesh() )
{
result &= file.writeText( m_tabs + cuT( "\t\tmaterial " ) + string::toString( index++ ) + cuT( " \"" ) + geometry.getMaterial( *submesh )->getName() + cuT( "\"\n" ) ) > 0;
castor::TextWriter< Geometry >::checkError( result, "Geometry material" );
}
if ( result )
{
result = file.writeText( m_tabs + cuT( "\t}\n" ) ) > 0;
}
}
}
if ( result )
{
result = file.writeText( m_tabs + cuT( "}\n" ) ) > 0;
}
}
return result;
}
bool UniformBuffer::TextWriter::operator()( UniformBuffer const & object, TextFile & file )
{
bool result = file.writeText( m_tabs + cuT( "constants_buffer \"" ) + object.getName() + cuT( "\"\n" ) ) > 0
&& file.writeText( m_tabs + cuT( "{\n" ) ) > 0;
checkError( result, "Frame variable buffer" );
auto tabs = m_tabs + cuT( "\t" );
if ( result )
{
for ( auto & variable : object )
{
if ( result )
{
result = file.writeText( tabs + cuT( "variable \"" ) + variable->getName() + cuT( "\"\n" ) ) > 0
&& file.writeText( tabs + cuT( "{\n" ) ) > 0;
checkError( result, "Frame variable buffer variable name" );
}
if ( result )
{
result = file.writeText( tabs + cuT( "\tcount " ) + string::toString( variable->getOccCount() ) + cuT( "\n" ) ) > 0;
checkError( result, "Frame variable buffer variable occurences" );
}
if ( result )
{
result = file.writeText( tabs + cuT( "\ttype " ) + variable->getFullTypeName() + cuT( "\n" ) ) > 0;
checkError( result, "Frame variable buffer variable type name" );
}
if ( result )
{
result = file.writeText( tabs + cuT( "\tvalue " ) + variable->getStrValue() + cuT( "\n" ) ) > 0;
checkError( result, "Frame variable buffer variable value" );
}
if ( result )
{
result = file.writeText( tabs + cuT( "}\n" ) ) > 0;
checkError( result, "Frame variable buffer variable end" );
}
}
}
if ( result )
{
result = file.writeText( m_tabs + cuT( "}\n" ) ) > 0;
checkError( result, "Frame variable buffer end" );
}
return result;
}
bool OverlayCategory::TextWriter::operator()( OverlayCategory const & p_overlay, TextFile & p_file )
{
bool result = p_file.writeText( m_tabs + cuT( "\tposition " ) ) > 0
&& Point2d::TextWriter{ String{} }( p_overlay.getPosition(), p_file )
&& p_file.writeText( cuT( "\n" ) ) > 0;
castor::TextWriter< OverlayCategory >::checkError( result, "OverlayCategory position" );
if ( result )
{
result = p_file.writeText( m_tabs + cuT( "\tsize " ) ) > 0
&& Point2d::TextWriter{ String{} }( p_overlay.getSize(), p_file )
&& p_file.writeText( cuT( "\n" ) ) > 0;
castor::TextWriter< OverlayCategory >::checkError( result, "OverlayCategory size" );
}
if ( result && p_overlay.getMaterial() )
{
result = p_file.writeText( m_tabs + cuT( "\tmaterial \"" ) + p_overlay.getMaterial()->getName() + cuT( "\"\n" ) ) > 0;
castor::TextWriter< OverlayCategory >::checkError( result, "OverlayCategory material" );
}
for ( auto overlay : p_overlay.getOverlay() )
{
switch ( overlay->getType() )
{
case OverlayType::ePanel:
result &= PanelOverlay::TextWriter( m_tabs + cuT( "\t" ) )( *overlay->getPanelOverlay(), p_file );
break;
case OverlayType::eBorderPanel:
result &= BorderPanelOverlay::TextWriter( m_tabs + cuT( "\t" ) )( *overlay->getBorderPanelOverlay(), p_file );
break;
case OverlayType::eText:
result &= TextOverlay::TextWriter( m_tabs + cuT( "\t" ) )( *overlay->getTextOverlay(), p_file );
break;
default:
result = false;
}
}
return result;
}
bool ShaderObject::TextWriter::operator()( ShaderObject const & p_shaderObject, TextFile & p_file )
{
bool result = p_file.writeText( m_tabs + p_shaderObject.getStrType() + cuT( "\n" ) ) > 0
&& p_file.writeText( m_tabs + cuT( "{\n" ) ) > 0;
Path pathFile = p_file.getFilePath() / cuT( "Shaders" );
if ( !File::directoryExists( pathFile ) )
{
File::directoryCreate( pathFile );
}
bool hasFile = false;
if ( result )
{
Path file = p_shaderObject.getFile();
if ( !file.empty() )
{
File::copyFile( file, pathFile );
String fileName = Path{ cuT( "Shaders" ) } / file.getFileName() + cuT( "." ) + file.getExtension();
string::replace( fileName, cuT( "\\" ), cuT( "/" ) );
result = p_file.writeText( m_tabs + cuT( "\tfile \"" ) + fileName + cuT( "\"\n" ) ) > 0;
castor::TextWriter< ShaderObject >::checkError( result, "ShaderObject file" );
}
}
if ( hasFile )
{
for ( auto it : p_shaderObject.getUniforms() )
{
result = Uniform::TextWriter( m_tabs + cuT( "\t" ) )( it->getBaseUniform(), p_file );
}
}
if ( result )
{
result = p_file.writeText( m_tabs + cuT( "}\n" ) ) > 0;
}
return result;
}
bool LightCategory::TextWriter::operator()( LightCategory const & p_light, TextFile & p_file )
{
static std::map< LightType, String > type
{
{ LightType::eDirectional, cuT( "directional" ) },
{ LightType::ePoint, cuT( "point" ) },
{ LightType::eSpot, cuT( "spot" ) },
};
Logger::logInfo( m_tabs + cuT( "Writing Light " ) + p_light.getLight().getName() );
bool result = p_file.writeText( cuT( "\n" ) + m_tabs + cuT( "light \"" ) + p_light.getLight().getName() + cuT( "\"\n" ) ) > 0
&& p_file.writeText( m_tabs + cuT( "{\n" ) ) > 0;
castor::TextWriter< LightCategory >::checkError( result, "LightCategory name" );
if ( result )
{
result = MovableObject::TextWriter{ m_tabs + cuT( "\t" ) }( p_light.getLight(), p_file );
}
if ( result )
{
result = p_file.writeText( m_tabs + cuT( "\ttype " ) + type[p_light.getLightType()] + cuT( "\n" ) ) > 0;
castor::TextWriter< LightCategory >::checkError( result, "LightCategory type" );
}
if ( result )
{
result = p_file.writeText( m_tabs + cuT( "\tcolour " ) ) > 0
&& Point3f::TextWriter( String{} )( p_light.getColour(), p_file )
&& p_file.writeText( cuT( "\n" ) ) > 0;
castor::TextWriter< LightCategory >::checkError( result, "LightCategory colour" );
}
if ( result )
{
result = p_file.writeText( m_tabs + cuT( "\tintensity " ) ) > 0
&& Point2f::TextWriter( String{} )( p_light.getIntensity(), p_file )
&& p_file.writeText( cuT( "\n" ) ) > 0;
castor::TextWriter< LightCategory >::checkError( result, "LightCategory intensity" );
}
if ( result && p_light.getLight().isShadowProducer() )
{
result = p_file.writeText( m_tabs + cuT( "\tshadow_producer true\n" ) ) > 0;
castor::TextWriter< LightCategory >::checkError( result, "LightCategory shadow producer" );
}
return result;
}
bool SceneNode::TextWriter::operator()( SceneNode const & node, TextFile & file )
{
bool result = node.getName() == cuT( "RootNode" )
|| node.getName() == cuT( "ObjectRootNode" )
|| node.getName() == cuT( "CameraRootNode" );
if ( node.getName() != cuT( "RootNode" )
&& node.getName() != cuT( "ObjectRootNode" )
&& node.getName() != cuT( "CameraRootNode" ) )
{
Logger::logInfo( m_tabs + cuT( "Writing Node " ) + node.getName() );
result = file.writeText( cuT( "\n" ) + m_tabs + cuT( "scene_node \"" ) + node.getName() + cuT( "\"\n" ) ) > 0
&& file.writeText( m_tabs + cuT( "{\n" ) ) > 0;
castor::TextWriter< SceneNode >::checkError( result, "Node name" );
if ( result
&& node.getParent()
&& node.getParent()->getName() != cuT( "RootNode" )
&& node.getParent()->getName() != cuT( "ObjectRootNode" )
&& node.getParent()->getName() != cuT( "CameraRootNode" ) )
{
result = file.writeText( m_tabs + cuT( "\tparent \"" ) + node.getParent()->getName() + cuT( "\"\n" ) ) > 0;
castor::TextWriter< SceneNode >::checkError( result, "Node parent name" );
}
if ( result )
{
result = file.print( 256, cuT( "%s\torientation " ), m_tabs.c_str() ) > 0
&& Quaternion::TextWriter( String() )( node.getOrientation(), file )
&& file.writeText( cuT( "\n" ) ) > 0;
castor::TextWriter< SceneNode >::checkError( result, "Node orientation" );
}
if ( result )
{
result = file.print( 256, cuT( "%s\tposition " ), m_tabs.c_str() ) > 0
&& Point3r::TextWriter( String() )( node.getPosition(), file )
&& file.writeText( cuT( "\n" ) ) > 0;
castor::TextWriter< SceneNode >::checkError( result, "Node position" );
}
if ( result )
{
result = file.print( 256, cuT( "%s\tscale " ), m_tabs.c_str() ) > 0
&& Point3r::TextWriter( String() )( node.getScale(), file )
&& file.writeText( cuT( "\n" ) ) > 0;
castor::TextWriter< SceneNode >::checkError( result, "Node scale" );
}
if ( result )
{
result = file.writeText( m_tabs + cuT( "}\n" ) ) > 0;
castor::TextWriter< SceneNode >::checkError( result, "Node end" );
}
}
if ( result )
{
for ( auto const & it : node.m_children )
{
if ( result
&& it.first.find( cuT( "_REye" ) ) == String::npos
&& it.first.find( cuT( "_LEye" ) ) == String::npos )
{
SceneNodeSPtr node = it.second.lock();
if ( node )
{
result = SceneNode::TextWriter{ m_tabs }( *node, file );
}
}
}
}
return result;
}