/// <summary>
/// Writes a 3d texture to a stream
/// </summary>
/// <param name="textureDataArray">Texture data array</param>
/// <param name="stream">Stream to write to</param>
public static void WriteTextureToStream( Texture3dData[] textureDataArray, Stream stream )
{
Arguments.CheckNotNullAndContainsNoNulls( textureDataArray, "textureDataArray" );
Arguments.CheckNotNull( stream, "stream" );
if ( textureDataArray.Length == 0 )
{
throw new ArgumentException( "Texture data array was empty - must contain at least one element", "textureDataArray" );
}
using ( BinaryWriter writer = new BinaryWriter( stream ) )
{
writer.Write( TextureFileFormatVersion1.TextureFileIdentifier );
TextureFileFormatVersion1.Group headerGroup = new TextureFileFormatVersion1.Group( );
headerGroup.GroupId = GroupIdentifier.TextureHeaderGroup;
long startOfHeaderGroup = BeginGroup( writer, headerGroup );
// Write the header
TextureFileFormatVersion1.Header header = new TextureFileFormatVersion1.Header( );
header.Dimensions = 3;
header.Format = textureDataArray[ 0 ].Format;
header.TextureDataEntries = textureDataArray.Length;
header.Write( writer );
// Write texture data
TextureFileFormatVersion1.Group textureDataGroup = new TextureFileFormatVersion1.Group( );
textureDataGroup.GroupId = GroupIdentifier.Texture3dDataGroup;
for ( int textureDataIndex = 0; textureDataIndex < textureDataArray.Length; ++textureDataIndex )
{
// Write the texture group
long startOfTextureGroup = BeginGroup( writer, textureDataGroup );
Texture3dData textureData = textureDataArray[ textureDataIndex ];
// Write texture data
writer.Write( textureData.Width );
writer.Write( textureData.Height );
writer.Write( textureData.Depth );
writer.Write( textureData.Bytes );
// Update the texture group
EndGroup( writer, startOfTextureGroup );
}
// Update group with correct size
EndGroup( writer, startOfHeaderGroup );
}
}
/// <summary>
/// Writes a texture to a stream
/// </summary>
/// <param name="texture">Texture to write</param>
/// <param name="stream">Stream to write to</param>
/// <param name="writeMipMaps">
/// If true, all the texture's mip-map levels are written to the stream. Otherwise, only the level 0
/// texture is written.
/// </param>
/// <exception cref="ArgumentNullException">Thrown if texture or stream arguments are null</exception>
public static void WriteTextureToStream( ITexture2d texture, Stream stream, bool writeMipMaps )
{
Arguments.CheckNotNull( texture, "texture" );
Arguments.CheckNotNull( stream, "stream" );
Texture2dData[] textureDataArray = texture.ToTextureData( writeMipMaps );
using ( BinaryWriter writer = new BinaryWriter( stream ) )
{
writer.Write( TextureFileFormatVersion1.TextureFileIdentifier );
TextureFileFormatVersion1.Group headerGroup = new TextureFileFormatVersion1.Group( );
headerGroup.GroupId = GroupIdentifier.TextureHeaderGroup;
long startOfHeaderGroup = BeginGroup( writer, headerGroup );
// Write the header
TextureFileFormatVersion1.Header header = new TextureFileFormatVersion1.Header( );
header.Dimensions = 2;
header.Format = texture.Format;
header.TextureDataEntries = textureDataArray.Length;
header.Write( writer );
// Write texture data
TextureFileFormatVersion1.Group textureDataGroup = new TextureFileFormatVersion1.Group( );
textureDataGroup.GroupId = GroupIdentifier.Texture2dDataGroup;
for ( int textureDataIndex = 0; textureDataIndex < textureDataArray.Length; ++textureDataIndex )
{
// Write the texture group
long startOfTextureGroup = BeginGroup( writer, textureDataGroup );
Texture2dData textureData = textureDataArray[ textureDataIndex ];
// Write texture data
writer.Write( textureData.Width );
writer.Write( textureData.Height );
writer.Write( textureData.Bytes );
// Update the texture group
EndGroup( writer, startOfTextureGroup );
}
// Update group with correct size
EndGroup( writer, startOfHeaderGroup );
}
}