Uses of Interface
de.javagl.obj.ReadableObj

Uses of ReadableObj in de.javagl.obj

Subinterfaces of ReadableObj in de.javagl.obj

Modifier and Type	Interface and Description
interface	Obj An in-memory representation of an OBJ file.

Methods in de.javagl.obj with parameters of type ReadableObj

Modifier and Type	Method and Description
static void	ObjUtils.add(ReadableObj input, Obj output) Add all vertices, texture coordinates, normals and faces of the given ReadableObj to the given output Obj.
static Obj	ObjUtils.convertToRenderable(ReadableObj input) Convert the given ReadableObj into an Obj that has a structure appropriate for rendering it with OpenGL: Triangulate it Make the texture coordinates unique Make the normals unique Make the result vertex-indexed
static <T extends WritableObj> T	ObjUtils.convertToRenderable(ReadableObj input, T output) Convert the given ReadableObj into an Obj that has a structure appropriate for rendering it with OpenGL: Triangulate it Make the texture coordinates unique Make the normals unique Make the result vertex-indexed
static String	ObjUtils.createInfoString(ReadableObj obj) Create a multi-line, formatted string containing information about the given ReadableObj.
static IntBuffer	ObjData.getFaceNormalIndices(ReadableObj obj) Returns the normal indices from the faces of the given ReadableObj as a direct IntBuffer.
static IntBuffer	ObjData.getFaceNormalIndices(ReadableObj obj, int numVerticesPerFace) Returns the normal indices from the faces of the given ReadableObj as a direct IntBuffer.
static void	ObjData.getFaceNormalIndices(ReadableObj obj, IntBuffer target) Stores the normal indices of the faces of the given ReadableObj in the given buffer.
static int[]	ObjData.getFaceNormalIndicesArray(ReadableObj obj) Returns the normal indices from the faces of the given ReadableObj as an array.
static int[]	ObjData.getFaceNormalIndicesArray(ReadableObj obj, int numVerticesPerFace) Returns the normal indices from the faces of the given ReadableObj as an array.
static IntBuffer	ObjData.getFaceTexCoordIndices(ReadableObj obj) Returns the texCoord indices from the faces of the given ReadableObj as a direct IntBuffer.
static IntBuffer	ObjData.getFaceTexCoordIndices(ReadableObj obj, int numVerticesPerFace) Returns the texCoord indices from the faces of the given ReadableObj as a direct IntBuffer.
static void	ObjData.getFaceTexCoordIndices(ReadableObj obj, IntBuffer target) Stores the texCoord indices of the faces of the given ReadableObj in the given buffer.
static int[]	ObjData.getFaceTexCoordIndicesArray(ReadableObj obj) Returns the texCoord indices from the faces of the given ReadableObj as an array.
static int[]	ObjData.getFaceTexCoordIndicesArray(ReadableObj obj, int numVerticesPerFace) Returns the texCoord indices from the faces of the given ReadableObj as an array.
static IntBuffer	ObjData.getFaceVertexIndices(ReadableObj obj) Returns the vertex indices from the faces of the given ReadableObj as direct IntBuffer.
static IntBuffer	ObjData.getFaceVertexIndices(ReadableObj obj, int numVerticesPerFace) Returns the vertex indices from the faces of the given ReadableObj as direct IntBuffer.
static void	ObjData.getFaceVertexIndices(ReadableObj obj, IntBuffer target) Stores the vertex indices of the faces of the given ReadableObj in the given buffer.
static int[]	ObjData.getFaceVertexIndicesArray(ReadableObj obj) Returns the vertex indices from the faces of the given ReadableObj as an array.
static int[]	ObjData.getFaceVertexIndicesArray(ReadableObj obj, int numVerticesPerFace) Returns the vertex indices from the faces of the given ReadableObj as an array.
static FloatBuffer	ObjData.getNormals(ReadableObj obj) Returns all normals of the given ReadableObj as an array.
static void	ObjData.getNormals(ReadableObj obj, FloatBuffer target) Stores the normals of the given ReadableObj in the given buffer.
static float[]	ObjData.getNormalsArray(ReadableObj obj) Returns all normals of the given ReadableObj as an array.
static void	ObjData.getTexCoords(ReadableObj obj, FloatBuffer target, int dimensions) Stores the texture coordinates of the given ReadableObj in the given buffer.
static void	ObjData.getTexCoords(ReadableObj obj, FloatBuffer target, int dimensions, boolean flipY) Stores the texture coordinates of the given ReadableObj in the given buffer.
static FloatBuffer	ObjData.getTexCoords(ReadableObj obj, int dimensions) Returns all texture coordinates of the given ReadableObj as direct FloatBuffer.
static FloatBuffer	ObjData.getTexCoords(ReadableObj obj, int dimensions, boolean flipY) Returns all texture coordinates of the given ReadableObj as direct FloatBuffer.
static float[]	ObjData.getTexCoordsArray(ReadableObj obj, int dimensions) Returns all texture coordinates of the given ReadableObj as an array.
static float[]	ObjData.getTexCoordsArray(ReadableObj obj, int dimensions, boolean flipY) Returns all texture coordinates of the given ReadableObj as an array.
static int	ObjData.getTotalNumFaceVertices(ReadableObj obj) Returns the sum of all numbers of vertices of all faces in the given ReadableObj.
static FloatBuffer	ObjData.getVertices(ReadableObj obj) Returns all vertices of the given ReadableObj as a direct FloatBuffer.
static void	ObjData.getVertices(ReadableObj obj, FloatBuffer target) Stores the vertices of the given ReadableObj in the given buffer.
static float[]	ObjData.getVerticesArray(ReadableObj obj) Returns all vertices of the given ReadableObj as an array.
static Obj	ObjUtils.groupToObj(ReadableObj input, ObjGroup inputGroup, List<Integer> vertexIndexMapping) Returns the given group of the given ReadableObj as a new Obj.
static <T extends WritableObj> T	ObjUtils.groupToObj(ReadableObj input, ObjGroup inputGroup, List<Integer> vertexIndexMapping, T output) Stores the given group of the given ReadableObj in the given output WritableObj.
static Obj	ObjUtils.makeNormalsUnique(ReadableObj input) Ensures that two vertices with different normals are actually two different vertices with different indices.
static <T extends WritableObj> T	ObjUtils.makeNormalsUnique(ReadableObj input, List<Integer> indexMapping, T output) Ensures that two vertices with different normals are actually two different vertices with different indices.
static Obj	ObjUtils.makeTexCoordsUnique(ReadableObj input) Ensures that two vertices with different texture coordinates are actually two different vertices with different indices.
static <T extends WritableObj> T	ObjUtils.makeTexCoordsUnique(ReadableObj input, List<Integer> indexMapping, T output) Ensures that two vertices with different texture coordinates are actually two different vertices with different indices.
static Obj	ObjUtils.makeVertexIndexed(ReadableObj input) Converts the given ReadableObj data into data that uses the same indices for vertices, texture coordinates and normals, and returns the result.
static <T extends WritableObj> T	ObjUtils.makeVertexIndexed(ReadableObj input, T output) Converts the given ReadableObj data into data that uses the same indices for vertices, texture coordinates and normals, and stores the result in the given WritableObj.
static Map<String,Obj>	ObjSplitting.splitByGroups(ReadableObj obj) Split the given ReadableObj based on its groups.
static Map<String,Obj>	ObjSplitting.splitByMaterialGroups(ReadableObj obj) Split the given ReadableObj based on its material groups.
static List<Obj>	ObjSplitting.splitByMaxNumVertices(ReadableObj obj, int maxNumVertices) Split the given ReadableObj into Obj instances based on the given maximum number of vertices.
static Obj	ObjUtils.triangulate(ReadableObj input) Triangulates the given input ReadableObj and returns the result.
static <T extends WritableObj> T	ObjUtils.triangulate(ReadableObj input, T output) Triangulates the given input ReadableObj and stores the result in the given WritableObj.
static void	ObjWriter.write(ReadableObj input, OutputStream outputStream) Writes the given ReadableObj to the given stream.
static void	ObjWriter.write(ReadableObj input, Writer writer) Writes the given ReadableObj to the given writer.