How to use

TextureData$Factory

in

com.badlogic.gdx.graphics

.loadFromFile(textureFile, Pixmap.Format.RGBA8888, false);

@Override
public void loadAsync (AssetManager manager, String fileName, FileHandle file, TextureParameter parameter) {
  info.filename = fileName;
  if (parameter == null || parameter.textureData == null) {
    Pixmap pixmap = null;
    Format format = null;
    boolean genMipMaps = false;
    info.texture = null;
    if (parameter != null) {
      format = parameter.format;
      genMipMaps = parameter.genMipMaps;
      info.texture = parameter.texture;
    }
    info.data = TextureData.Factory.loadFromFile(file, format, genMipMaps);
  } else {
    info.data = parameter.textureData;
    info.texture = parameter.texture;
  }
  if (!info.data.isPrepared()) info.data.prepare();
}

public static TextureData loadFromFile (FileHandle file, boolean useMipMaps) {
  return loadFromFile(file, null, useMipMaps);
}

public Texture (FileHandle file, Format format, boolean useMipMaps) {
  this(TextureData.Factory.loadFromFile(file, format, useMipMaps));
}

/** Construct a Cubemap with the specified texture files for the sides, optionally generating mipmaps. */
public FacedCubemapData (FileHandle positiveX, FileHandle negativeX, FileHandle positiveY, FileHandle negativeY,
  FileHandle positiveZ, FileHandle negativeZ, boolean useMipMaps) {
  this(TextureData.Factory.loadFromFile(positiveX, useMipMaps), TextureData.Factory.loadFromFile(
    negativeX, useMipMaps), TextureData.Factory.loadFromFile(positiveY, useMipMaps), TextureData.Factory
    .loadFromFile(negativeY, useMipMaps), TextureData.Factory.loadFromFile(positiveZ, useMipMaps),
    TextureData.Factory.loadFromFile(negativeZ, useMipMaps));
}

/** Construct a Cubemap with the specified texture files for the sides, optionally generating mipmaps. */
public Cubemap (FileHandle positiveX, FileHandle negativeX, FileHandle positiveY, FileHandle negativeY, FileHandle positiveZ,
  FileHandle negativeZ, boolean useMipMaps) {
  this(TextureData.Factory.loadFromFile(positiveX, useMipMaps), TextureData.Factory.loadFromFile(negativeX, useMipMaps),
    TextureData.Factory.loadFromFile(positiveY, useMipMaps), TextureData.Factory.loadFromFile(negativeY, useMipMaps),
    TextureData.Factory.loadFromFile(positiveZ, useMipMaps), TextureData.Factory.loadFromFile(negativeZ, useMipMaps));
}

/** Loads the texture specified using the {@link FileHandle} and sets it to specified side, overwriting any previous data set to
 * that side. Note that you need to reload through {@link Cubemap#load(CubemapData)} any cubemap using this data for the change
 * to be taken in account.
 * @param side The {@link CubemapSide}
 * @param file The texture {@link FileHandle} */
public void load (CubemapSide side, FileHandle file) {
  data[side.index] = TextureData.Factory.loadFromFile(file, false);
}

public FileTextureArrayData (Pixmap.Format format, boolean useMipMaps, FileHandle[] files) {
  this.format = format;
  this.useMipMaps = useMipMaps;
  this.depth = files.length;
  textureDatas = new TextureData[files.length];
  for (int i = 0; i < files.length; i++) {
    textureDatas[i] = TextureData.Factory.loadFromFile(files[i], format, useMipMaps);
  }
}

/** Construct a Cubemap with the specified texture files for the sides, optionally generating mipmaps. */
public FacedCubemapData (FileHandle positiveX, FileHandle negativeX, FileHandle positiveY, FileHandle negativeY,
  FileHandle positiveZ, FileHandle negativeZ) {
  this(TextureData.Factory.loadFromFile(positiveX, false), TextureData.Factory.loadFromFile(negativeX,
    false), TextureData.Factory.loadFromFile(positiveY, false), TextureData.Factory.loadFromFile(
    negativeY, false), TextureData.Factory.loadFromFile(positiveZ, false), TextureData.Factory
    .loadFromFile(negativeZ, false));
}

@Override
public void loadAsync (AssetManager manager, String fileName, FileHandle file, TextureParameter parameter) {
  info.filename = fileName;
  if (parameter == null || parameter.textureData == null) {
    Format format = null;
    boolean genMipMaps = false;
    info.texture = null;
    if (parameter != null) {
      format = parameter.format;
      genMipMaps = parameter.genMipMaps;
      info.texture = parameter.texture;
    }
    info.data = TextureData.Factory.loadFromFile(file, format, genMipMaps);
  } else {
    info.data = parameter.textureData;
    info.texture = parameter.texture;
  }
  if (!info.data.isPrepared()) info.data.prepare();
}

@Override
public void loadAsync (AssetManager manager, String fileName, FileHandle file, TextureParameter parameter) {
  info.filename = fileName;
  if (parameter == null || parameter.textureData == null) {
    Format format = null;
    boolean genMipMaps = false;
    info.texture = null;
    if (parameter != null) {
      format = parameter.format;
      genMipMaps = parameter.genMipMaps;
      info.texture = parameter.texture;
    }
    info.data = TextureData.Factory.loadFromFile(file, format, genMipMaps);
  } else {
    info.data = parameter.textureData;
    info.texture = parameter.texture;
  }
  if (!info.data.isPrepared()) info.data.prepare();
}

public Texture (FileHandle file, Format format, boolean useMipMaps) {
  this(TextureData.Factory.loadFromFile(file, format, useMipMaps));
}

public static TextureData loadFromFile (FileHandle file, boolean useMipMaps) {
  return loadFromFile(file, null, useMipMaps);
}

public Texture (FileHandle file, Format format, boolean useMipMaps) {
  this(TextureData.Factory.loadFromFile(file, format, useMipMaps));
}

public static TextureData loadFromFile (FileHandle file, boolean useMipMaps) {
  return loadFromFile(file, null, useMipMaps);
}

public static TextureData loadFromFile (FileHandle file, boolean useMipMaps) {
  return loadFromFile(file, null, useMipMaps);
}

public static TextureData loadFromFile (FileHandle file, boolean useMipMaps) {
  return loadFromFile(file, null, useMipMaps);
}

/** Construct a Cubemap with the specified texture files for the sides, optionally generating mipmaps. */
public Cubemap (FileHandle positiveX, FileHandle negativeX, FileHandle positiveY, FileHandle negativeY, FileHandle positiveZ,
  FileHandle negativeZ, boolean useMipMaps) {
  this(TextureData.Factory.loadFromFile(positiveX, useMipMaps), TextureData.Factory.loadFromFile(negativeX, useMipMaps),
    TextureData.Factory.loadFromFile(positiveY, useMipMaps), TextureData.Factory.loadFromFile(negativeY, useMipMaps),
    TextureData.Factory.loadFromFile(positiveZ, useMipMaps), TextureData.Factory.loadFromFile(negativeZ, useMipMaps));
}

/** Construct a Cubemap with the specified texture files for the sides, optionally generating mipmaps. */
public FacedCubemapData (FileHandle positiveX, FileHandle negativeX, FileHandle positiveY, FileHandle negativeY,
  FileHandle positiveZ, FileHandle negativeZ, boolean useMipMaps) {
  this(TextureData.Factory.loadFromFile(positiveX, useMipMaps), TextureData.Factory.loadFromFile(
    negativeX, useMipMaps), TextureData.Factory.loadFromFile(positiveY, useMipMaps), TextureData.Factory
    .loadFromFile(negativeY, useMipMaps), TextureData.Factory.loadFromFile(positiveZ, useMipMaps),
    TextureData.Factory.loadFromFile(negativeZ, useMipMaps));
}

/** Construct a Cubemap with the specified texture files for the sides, optionally generating mipmaps. */
public FacedCubemapData (FileHandle positiveX, FileHandle negativeX, FileHandle positiveY, FileHandle negativeY,
  FileHandle positiveZ, FileHandle negativeZ) {
  this(TextureData.Factory.loadFromFile(positiveX, false), TextureData.Factory.loadFromFile(negativeX,
    false), TextureData.Factory.loadFromFile(positiveY, false), TextureData.Factory.loadFromFile(
    negativeY, false), TextureData.Factory.loadFromFile(positiveZ, false), TextureData.Factory
    .loadFromFile(negativeZ, false));
}