/**
* A factory for creating Model3dsFile objects.
*
* @author Christopher Ruff
*/
public class Model3dsFileFactory extends ModelImporterFactory {
private static final ILogger logger =
MTLoggerFactory.getLogger(Model3dsFileFactory.class.getName());
static {
logger.setLevel(ILogger.ERROR);
}
private PApplet pa;
private Map<String, PImage> textureCache;
/**
* Load model.
*
* @param pa the pa
* @param pathToModel the path to model
* @param creaseAngle the crease angle
* @param flipTextureY flip texture y
* @param flipTextureX flip texture x
* @return the MT triangle meshes[]
* @throws FileNotFoundException the file not found exception
*/
public MTTriangleMesh[] loadModelImpl(
PApplet pa, String pathToModel, float creaseAngle, boolean flipTextureY, boolean flipTextureX)
throws FileNotFoundException {
long timeA = System.currentTimeMillis();
this.pa = pa;
ArrayList<MTTriangleMesh> returnMeshList = new ArrayList<MTTriangleMesh>();
TriangleNormalGenerator normalGenerator = new TriangleNormalGenerator();
// normalGenerator.setDebug(debug);
HashMap<Integer, Group> materialIdToGroup = new HashMap<Integer, Group>();
// TODO implement
if (textureCache != null) textureCache.clear();
textureCache = new WeakHashMap<String, PImage>();
Scene3ds scene = null;
try {
TextDecode3ds decode = new TextDecode3ds();
// int level = Scene3ds.DECODE_USED_PARAMS_AND_CHUNKS; //Scene3ds.DECODE_ALL;
// DECODE_USED_PARAMS, DECODE_USED_PARAMS_AND_CHUNKS
int level = Scene3ds.DECODE_ALL;
// LOAD all meshes from file into scene object
File file = new File(pathToModel);
if (file.exists()) {
scene = new Scene3ds(file, decode, level);
} else {
InputStream in =
Thread.currentThread().getContextClassLoader().getResourceAsStream(pathToModel);
if (in == null) {
in = pa.getClass().getResourceAsStream(pathToModel);
}
if (in != null) {
scene = new Scene3ds(in, decode, level);
} else {
throw new FileNotFoundException("File not found: " + file.getAbsolutePath());
}
}
if (debug) logger.debug("\n-> Loading model: " + file.getName() + " <-");
if (debug) {
// Go through all MATERIALS
logger.debug("\nNum Scene Materials: " + scene.materials());
for (int m = 0; m < scene.materials(); m++) {
Material3ds mat = scene.material(m);
logger.debug(" Material " + m + ": \" " + mat.name() + "\"");
}
logger.debug("");
}
///////// Go through all MESHES //////////////////////////
for (int i = 0; i < scene.meshes(); i++) {
Mesh3ds m = scene.mesh(i);
if (debug) {
int texMapType = m.texMapType();
logger.debug("Texture coordinates provided: " + m.texCoords());
logger.debug("Texture mapping type: " + texMapType);
logger.debug("Mesh:" + m.name() + " Pivot:" + m.pivot());
}
/*
XYZTrack3ds pos = m.positionTrack();
RotationTrack3ds rot = m.rotationTrack();
XYZTrack3ds sc = m.scaleTrack();
//FIXME .track and key(i) werden nicht zur verfügung gestellt?!? aber in javadoc
*/
if (debug) {
logger.debug(
"->Processing mesh: " + i + " of " + scene.meshes() + " Name: \"" + m.name() + "\"");
logger.debug(" Num Faces: " + m.faces());
logger.debug(" Num Vertices: " + m.vertices());
logger.debug(" Num TextureCoordinates: " + m.texCoords());
logger.debug("");
}
// Create the arrays needed for the cruncher
Vertex[] vertices = new Vertex[m.vertices()];
int[] indices = new int[m.faces() * 3];
int[] texCoordIndices = new int[m.faces() * 3];
float[][] textureCoords = new float[m.texCoords()][2];
// Fill Vertices array
for (int j = 0; j < m.vertices(); j++) {
Vertex3ds vert = m.vertex(j);
if (this.flipY) {
vertices[j] = new Vertex(vert.X, -vert.Y, vert.Z, -1, -1);
} else {
vertices[j] = new Vertex(vert.X, vert.Y, vert.Z, -1, -1);
}
if (m.texCoords() > j) textureCoords[j] = new float[] {m.texCoord(j).U, m.texCoord(j).V};
}
// Fill texcoords array
for (int j = 0; j < m.texCoords(); j++) {
TexCoord3ds tex = m.texCoord(j);
float[] texCoord = new float[2];
texCoord[0] = tex.U;
texCoord[1] = tex.V;
textureCoords[j] = texCoord;
}
// TODO so werden gleiche materials in verschiedenen meshes nicht zu einem mesh gemacht!
// also müsste also ohne clear machen und dafür vertices + texcoords in einen grossen
// array, dafür müssten indices aber per offset angepasst werden dass die wieder stimmen!
materialIdToGroup.clear();
if (m.faceMats() > 0) {
// List face Materials //TODO USE LOGGERS!!
logger.debug(" Num Face-Materials: " + m.faceMats());
for (int n = 0; n < m.faceMats(); n++) {
FaceMat3ds fmat = m.faceMat(n);
logger.debug(" FaceMat ID: " + fmat.matIndex());
logger.debug(" FaceMat indices: " + fmat.faceIndexes());
int[] faceIndicesForMaterial = fmat.faceIndex();
if (faceIndicesForMaterial.length <= 0) {
continue;
}
// Check if there already is a group with the same material
Group group = materialIdToGroup.get(fmat.matIndex());
// If not, create a new group and save it in map
if (group == null) {
group = new Group(Integer.toString(fmat.matIndex()));
materialIdToGroup.put(fmat.matIndex(), group);
}
// Go through all pointers to the faces for this material
// and get the corresponding face
for (int k : faceIndicesForMaterial) {
Face3ds face = m.face(k);
AFace aFace = new AFace();
aFace.p0 = face.P0;
aFace.p1 = face.P1;
aFace.p2 = face.P2;
aFace.t0 = face.P0;
aFace.t1 = face.P1;
aFace.t2 = face.P2;
group.addFace(aFace);
}
}
Iterator<Integer> it = materialIdToGroup.keySet().iterator();
logger.debug("Mesh: " + m.name() + " Anzahl Groups:" + materialIdToGroup.keySet().size());
while (it.hasNext()) {
int currentGroupName = it.next();
Group currentGroup = materialIdToGroup.get(currentGroupName);
logger.debug("Current group: " + currentGroupName);
currentGroup.compileItsOwnLists(vertices, textureCoords);
// Get the new arrays
Vertex[] newVertices = currentGroup.getGroupVertices();
int[] newIndices = currentGroup.getIndexArray();
float[][] newTextureCoords = currentGroup.getGroupTexCoords();
int[] newTexIndices = currentGroup.getTexCoordIndices();
logger.debug(
"\nGroup: \""
+ currentGroup.name
+ "\" ->Vertices: "
+ currentGroup.verticesForGroup.size()
+ " ->TextureCoords: "
+ currentGroup.texCoordsForGroup.size()
+ " ->Indices: "
+ currentGroup.indexArray.length
+ " ->Texcoord Indices: "
+ currentGroup.texCoordIndexArray.length);
logger.debug("");
if (vertices.length > 2) {
GeometryInfo geometry = null;
// Load as all vertex normals smoothed if creaseAngle == 180;
if (creaseAngle == 180) {
geometry =
normalGenerator.generateSmoothNormals(
pa,
newVertices,
newIndices,
newTextureCoords,
newTexIndices,
creaseAngle,
flipTextureY,
flipTextureX);
} else {
geometry =
normalGenerator.generateCreaseAngleNormals(
pa,
newVertices,
newIndices,
newTextureCoords,
newTexIndices,
creaseAngle,
flipTextureY,
flipTextureX);
}
MTTriangleMesh mesh = new MTTriangleMesh(pa, geometry);
if (mesh != null) {
mesh.setName(m.name() + " material: " + Integer.toString(currentGroupName));
// Assign texture
this.assignMaterial(pathToModel, file, scene, m, currentGroupName, mesh);
if (mesh.getTexture() != null) {
mesh.setTextureEnabled(true);
} else {
logger.debug("No texture could be assigned to mesh.");
}
returnMeshList.add(mesh);
}
}
}
} else {
// If there are no materials for this mesh dont split mesh into
// groups by material
// Fill indices array and texcoords array (Here: vertex index = texcoord index)
for (int faceIndex = 0; faceIndex < m.faces(); faceIndex++) {
Face3ds f = m.face(faceIndex);
indices[faceIndex * 3] = f.P0;
indices[faceIndex * 3 + 1] = f.P1;
indices[faceIndex * 3 + 2] = f.P2;
texCoordIndices[faceIndex * 3] = f.P0;
texCoordIndices[faceIndex * 3 + 1] = f.P1;
texCoordIndices[faceIndex * 3 + 2] = f.P2;
} // for faces
// Create the Mesh and set a texture
if (vertices.length > 2) {
// Create normals for the mesh and duplicate vertices for faces that share the same
// Vertex, but with different texture coordinates or different normals
GeometryInfo geometry = null;
// Generate normals and denormalize vertices with more than 1 texture coordinate
if (creaseAngle == 180) {
geometry =
normalGenerator.generateSmoothNormals(
pa,
vertices,
indices,
textureCoords,
texCoordIndices,
creaseAngle,
flipTextureY,
flipTextureX);
} else {
geometry =
normalGenerator.generateCreaseAngleNormals(
pa,
vertices,
indices,
textureCoords,
texCoordIndices,
creaseAngle,
flipTextureY,
flipTextureX);
}
MTTriangleMesh mesh = new MTTriangleMesh(pa, geometry);
mesh.setName(m.name());
// this.assignMaterial(file, scene, m, sceneMaterialID, mesh);
returnMeshList.add(mesh);
} // end if vertices.lentgh > 2
}
} // for meshes
// logger.debug(decode.text());
} catch (Exception e) {
e.printStackTrace();
}
materialIdToGroup.clear();
long timeB = System.currentTimeMillis();
long delta = timeB - timeA;
logger.debug("Loaded model in: " + delta + " ms");
return returnMeshList.toArray(new MTTriangleMesh[returnMeshList.size()]);
}
/**
* Assigns the texture.
*
* @param pathToModel
* @param modelFile
* @param scene
* @param m
* @param sceneMaterialID
* @param mesh
*/
private void assignMaterial(
String pathToModel,
File modelFile,
Scene3ds scene,
Mesh3ds m,
int sceneMaterialID,
MTTriangleMesh mesh) {
if (scene.materials() > 0) {
if (m.faceMats() > 0) {
// Just take the first material in the mesh, it could have more but we dont support more
// than 1 material for a mesh
// materialIndexForMesh = m.faceMat(0).matIndex();
Material3ds mat = scene.material(sceneMaterialID);
String materialName = mat.name();
if (debug)
logger.debug(
"Material name for mesh \"" + mesh.getName() + ":-> \"" + materialName + "\"");
materialName = materialName.trim();
materialName = materialName.toLowerCase();
// Try to load texture
try {
PImage cachedImage = textureCache.get(materialName);
if (cachedImage != null) {
mesh.setTexture(cachedImage);
mesh.setTextureEnabled(true);
if (debug) logger.debug("->Loaded texture from CACHE : \"" + materialName + "\"");
return;
}
if (modelFile.exists()) { // If model is loaded from local file system
String modelFolder = modelFile.getParent(); // pathToModel.substring(),
// pathToModel.lastIndexOf(File.pathSeparator)
File modelFolderFile = new File(modelFolder);
if (modelFolderFile.exists() && modelFolderFile.isDirectory())
modelFolder = modelFolderFile.getAbsolutePath();
else {
modelFolder = "";
}
String[] suffix =
new String[] {
"jpg", "JPG", "tga", "TGA", "bmp", "BMP", "png", "PNG", "tiff", "TIFF"
};
for (int j = 0; j < suffix.length; j++) {
String suffixString = suffix[j];
// Try to load and set texture to mesh
String texturePath =
modelFolder + MTApplication.separator + materialName + "." + suffixString;
File textureFile = new File(texturePath);
if (textureFile.exists()) {
boolean success = textureFile.renameTo(new File(texturePath));
if (!success) {
// File was not successfully renamed
logger.debug("failed to RENAME file: " + textureFile.getAbsolutePath());
}
PImage texture = null;
if (MT4jSettings.getInstance().isOpenGlMode()) { // TODO check if render thread
PImage img = pa.loadImage(texturePath);
if (Tools3D.isPowerOfTwoDimension(img)) {
texture =
new GLTexture(
pa,
img,
new GLTextureSettings(
TEXTURE_TARGET.TEXTURE_2D,
SHRINKAGE_FILTER.Trilinear,
EXPANSION_FILTER.Bilinear,
WRAP_MODE.REPEAT,
WRAP_MODE.REPEAT));
} else {
texture =
new GLTexture(
pa,
img,
new GLTextureSettings(
TEXTURE_TARGET.RECTANGULAR,
SHRINKAGE_FILTER.Trilinear,
EXPANSION_FILTER.Bilinear,
WRAP_MODE.REPEAT,
WRAP_MODE.REPEAT));
// ((GLTexture)texture).setFilter(SHRINKAGE_FILTER.BilinearNoMipMaps,
// EXPANSION_FILTER.Bilinear);
}
} else {
texture = pa.loadImage(texturePath);
}
mesh.setTexture(texture);
mesh.setTextureEnabled(true);
textureCache.put(materialName, texture);
if (debug) logger.debug("->Loaded material texture: \"" + materialName + "\"");
break;
}
if (j + 1 == suffix.length) {
logger.error("Couldnt load material texture: \"" + materialName + "\"");
}
}
} else { // Probably loading from jar file
PImage texture = null;
String[] suffix =
new String[] {
"jpg", "JPG", "tga", "TGA", "bmp", "BMP", "png", "PNG", "tiff", "TIFF"
};
for (String suffixString : suffix) {
String modelFolder =
pathToModel.substring(0, pathToModel.lastIndexOf(MTApplication.separator));
String texturePath =
modelFolder + MTApplication.separator + materialName + "." + suffixString;
if (MT4jSettings.getInstance().isOpenGlMode()) {
PImage img = pa.loadImage(texturePath);
if (Tools3D.isPowerOfTwoDimension(img)) {
texture =
new GLTexture(
pa,
img,
new GLTextureSettings(
TEXTURE_TARGET.TEXTURE_2D,
SHRINKAGE_FILTER.Trilinear,
EXPANSION_FILTER.Bilinear,
WRAP_MODE.REPEAT,
WRAP_MODE.REPEAT));
} else {
texture =
new GLTexture(
pa,
img,
new GLTextureSettings(
TEXTURE_TARGET.RECTANGULAR,
SHRINKAGE_FILTER.Trilinear,
EXPANSION_FILTER.Bilinear,
WRAP_MODE.REPEAT,
WRAP_MODE.REPEAT));
// ((GLTexture)texture).setFilter(SHRINKAGE_FILTER.BilinearNoMipMaps,
// EXPANSION_FILTER.Bilinear);
}
} else {
texture = pa.loadImage(texturePath);
}
mesh.setTexture(texture);
mesh.setTextureEnabled(true);
textureCache.put(materialName, texture);
if (debug) logger.debug("->Loaded material texture: \"" + materialName + "\"");
break;
}
}
} catch (Exception e) {
logger.error(e.getMessage());
}
} // if (m.faceMats() > 0)
} // if (scene.materials() > 0)
}
private boolean debug = true;
private boolean flipY = true;
public void setDebug(boolean debug) {
this.debug = debug;
if (debug) logger.setLevel(ILogger.DEBUG);
else logger.setLevel(ILogger.ERROR);
}
public void setFlipY(boolean flipY) {
this.flipY = flipY;
}
/**
* A class representing one group in a .3ds file
*
* @author C.Ruff
*/
private class Group {
private String name;
private ArrayList<AFace> faces;
private ArrayList<Vertex> verticesForGroup;
private HashMap<Integer, Integer> oldIndexToNewIndex;
private ArrayList<float[]> texCoordsForGroup;
private HashMap<Integer, Integer> oldTexIndexToNewTexIndex;
private int[] indexArray;
private int[] texCoordIndexArray;
public Group(String name) {
this.name = name;
faces = new ArrayList<AFace>();
verticesForGroup = new ArrayList<Vertex>();
oldIndexToNewIndex = new HashMap<Integer, Integer>();
texCoordsForGroup = new ArrayList<float[]>();
oldTexIndexToNewTexIndex = new HashMap<Integer, Integer>();
indexArray = new int[0];
texCoordIndexArray = new int[0];
// name = "default";
}
public void addFace(AFace face) {
faces.add(face);
}
// Irgendwann am ende ausführen
// =>für jede gruppe eigene liste von vertices on indices speichern
// aus hauptlisten rausholen
/**
* Uses the faces attached to this group during the parsing process and the lists with all
* vertex and all texture coordinates of the obj file to create arrays for this group with
* vertices and texture coords that only belong to this single group.
*
* @param allFileVerts
* @param allTexCoords
*/
public void compileItsOwnLists(Vertex[] allFileVerts, float[][] allTexCoords) {
indexArray = new int[faces.size() * 3];
if (allTexCoords.length > 0) {
texCoordIndexArray = new int[faces.size() * 3];
}
for (int i = 0; i < faces.size(); i++) {
AFace currentFace = faces.get(i);
Vertex v0 = allFileVerts[currentFace.p0];
Vertex v1 = allFileVerts[currentFace.p1];
Vertex v2 = allFileVerts[currentFace.p2];
if (allTexCoords.length > currentFace.t0
&& allTexCoords.length > currentFace.t1
&& allTexCoords.length > currentFace.t2) {
float[] texV0 = allTexCoords[currentFace.t0];
float[] texV1 = allTexCoords[currentFace.t1];
float[] texV2 = allTexCoords[currentFace.t2];
// Etwas redundant immer wieder zu machen beim gleichen vertex..whatever
v0.setTexCoordU(texV0[0]);
v0.setTexCoordV(texV0[1]);
v1.setTexCoordU(texV1[0]);
v1.setTexCoordV(texV1[1]);
v2.setTexCoordU(texV2[0]);
v2.setTexCoordV(texV2[1]);
// Check if there is a texture index in the hashtable at the faces texture pointer
// if not, create a new index = the end of thexcoords list, and put the pointer into the
// hash
// if yes, point the faces texture pointer to the pointer in the hash
// This process maps the texture coords and indices of all the groups in the obj
// file to only this groups texture coord list and texture indices, the indices
// are created from the index in the thex coord list when they are put in
// Only the texture coordinates are added to the list that have not been adressed
// in the texture indices pointers in the faces
// Same texture pointers will point to the same texcoord in the list
Integer oldToNewT0 = oldTexIndexToNewTexIndex.get(currentFace.t0);
if (oldToNewT0 != null) {
currentFace.t0 = oldToNewT0;
} else {
int newIndex = texCoordsForGroup.size();
texCoordsForGroup.add(texV0);
oldTexIndexToNewTexIndex.put(currentFace.t0, newIndex);
currentFace.t0 = newIndex;
}
Integer oldToNewT1 = oldTexIndexToNewTexIndex.get(currentFace.t1);
if (oldToNewT1 != null) {
currentFace.t1 = oldToNewT1;
} else {
int newIndex = texCoordsForGroup.size();
texCoordsForGroup.add(texV1);
oldTexIndexToNewTexIndex.put(currentFace.t1, newIndex);
currentFace.t1 = newIndex;
}
Integer oldToNewT2 = oldTexIndexToNewTexIndex.get(currentFace.t2);
if (oldToNewT2 != null) {
currentFace.t2 = oldToNewT2;
} else {
int newIndex = texCoordsForGroup.size();
texCoordsForGroup.add(texV2);
oldTexIndexToNewTexIndex.put(currentFace.t2, newIndex);
currentFace.t2 = newIndex;
}
}
// Do the same for the vertices.
// Create a new vertex pointer when adding the vertex to the list
Integer oldToNewP0 = oldIndexToNewIndex.get(currentFace.p0);
if (oldToNewP0 != null) {
// index of the old vertex list has already been mapped to a new one here -> use the new
// index in the face
currentFace.p0 = oldToNewP0;
} else {
int newIndex = verticesForGroup.size();
verticesForGroup.add(v0);
// mark that the former index (for exmample 323) is now at new index (f.e. 1)
oldIndexToNewIndex.put(currentFace.p0, newIndex);
currentFace.p0 = newIndex;
}
Integer oldToNewP1 = oldIndexToNewIndex.get(currentFace.p1);
if (oldToNewP1 != null) {
currentFace.p1 = oldToNewP1;
} else {
int newIndex = verticesForGroup.size();
verticesForGroup.add(v1);
oldIndexToNewIndex.put(currentFace.p1, newIndex);
currentFace.p1 = newIndex;
}
Integer oldToNewP2 = oldIndexToNewIndex.get(currentFace.p2);
if (oldToNewP2 != null) {
currentFace.p2 = oldToNewP2;
} else {
int newIndex = verticesForGroup.size();
verticesForGroup.add(v2);
oldIndexToNewIndex.put(currentFace.p2, newIndex);
currentFace.p2 = newIndex;
}
indexArray[i * 3] = currentFace.p0;
indexArray[i * 3 + 1] = currentFace.p1;
indexArray[i * 3 + 2] = currentFace.p2;
if (allTexCoords.length > 0) {
texCoordIndexArray[i * 3] = currentFace.t0;
texCoordIndexArray[i * 3 + 1] = currentFace.t1;
texCoordIndexArray[i * 3 + 2] = currentFace.t2;
}
}
}
public int[] getIndexArray() {
return indexArray;
}
public String getName() {
return name;
}
public int[] getTexCoordIndices() {
return texCoordIndexArray;
}
public float[][] getGroupTexCoords() {
return texCoordsForGroup.toArray(new float[this.texCoordsForGroup.size()][]);
}
public Vertex[] getGroupVertices() {
return verticesForGroup.toArray(new Vertex[this.verticesForGroup.size()]);
}
}
/**
* A class representing a face in the obj file. Has pointers into the vertex and the texture
* arrays.
*
* @author C.Ruff
*/
private class AFace {
int p0;
int p1;
int p2;
int t0;
int t1;
int t2;
public AFace() {
p0 = -1;
p1 = -1;
p2 = -1;
t0 = 0;
t1 = 0;
t2 = 0;
}
}
}
/**
* The Class MTSceneMenu. A menu used in scenes to close the scene and/or pop back to another scene.
*
* @author Christopher Ruff
*/
public class MTSceneMenu extends MTRectangle {
/** The Constant logger. */
private static final ILogger logger = MTLoggerFactory.getLogger(MTSceneMenu.class.getName());
static {
// logger.setLevel(ILogger.ERROR);
// logger.setLevel(ILogger.WARN);
// logger.setLevel(ILogger.DEBUG);
logger.setLevel(ILogger.INFO);
}
/** The app. */
private MTApplication app;
/** The scene. */
private Iscene scene;
/** The overlay group. */
private MTComponent overlayGroup;
/** The scene texture. */
private MTSceneTexture sceneTexture;
/** The windowed scene. */
private boolean windowedScene;
/** The menu image. */
private static PImage menuImage;
/** The close button image. */
private static PImage closeButtonImage;
/** The restore button image. */
private static PImage restoreButtonImage;
// TODO maybe add minimize mode -> dont show scene but dont destroy it -> maby keep it in a MTList
/**
* Instantiates a new mT scene menu.
*
* @param app the app
* @param scene the scene
* @param x the x
* @param y the y
* @param width the width
* @param height the height
*/
public MTSceneMenu(MTApplication app, Iscene scene, float x, float y, float width, float height) {
super(app, x, y, width, height);
this.app = app;
this.scene = scene;
this.windowedScene = false;
this.init(x, y, width, height);
}
/**
* Instantiates a new mT scene menu.
*
* @param app the app
* @param sceneTexture the scene texture
* @param x the x
* @param y the y
* @param width the width
* @param height the height
*/
public MTSceneMenu(
MTApplication app, MTSceneTexture sceneTexture, float x, float y, float width, float height) {
super(app, x, y, width, height);
this.app = app;
this.scene = sceneTexture.getScene();
this.sceneTexture = sceneTexture;
this.windowedScene = true;
this.init(x, y, width, height);
}
/**
* Inits the.
*
* @param x the x
* @param y the y
* @param width the width
* @param height the height
*/
private void init(float x, float y, float width, float height) {
this.setNoStroke(true);
this.setFillColor(new MTColor(255, 255, 255, 150));
overlayGroup = new MTOverlayContainer(app, "Window Menu Overlay Group");
if (menuImage == null) {
menuImage =
app.loadImage(
MT4jSettings.getInstance().getDefaultImagesPath() + "blackRoundSolidCorner64sh2.png");
}
if (MT4jSettings.getInstance().isOpenGlMode()) {
GLTextureSettings ts = new GLTextureSettings();
ts.wrappingHorizontal = WRAP_MODE.CLAMP;
ts.wrappingVertical = WRAP_MODE.CLAMP;
GLTexture glTex = new GLTexture(app, menuImage.width, menuImage.height, ts);
glTex.loadGLTexture(menuImage);
this.setTexture(glTex);
} else {
this.setTexture(menuImage);
}
AbstractShape menuShape = this;
menuShape.unregisterAllInputProcessors();
menuShape.removeAllGestureEventListeners(DragProcessor.class);
menuShape.registerInputProcessor(new DragProcessor(app));
float buttonWidth = 80;
float buttonHeight = 80;
final float buttonOpacity = 170;
// CLOSE BUTTON
// Vector3D a = new Vector3D(-width * 1.2f, height/2f);
Vector3D a = new Vector3D(-width * 1.55f, 0);
a.rotateZ(PApplet.radians(80));
final MTRectangle closeButton =
new MTRectangle(app, x + a.x, y + a.y, buttonWidth, buttonHeight);
if (closeButtonImage == null) {
closeButtonImage =
app.loadImage(MT4jSettings.getInstance().getDefaultImagesPath() + "closeButton64.png");
}
closeButton.setTexture(closeButtonImage);
closeButton.setFillColor(new MTColor(255, 255, 255, buttonOpacity));
closeButton.setNoStroke(true);
closeButton.setVisible(false);
closeButton.removeAllGestureEventListeners(DragProcessor.class);
closeButton.removeAllGestureEventListeners(RotateProcessor.class);
closeButton.removeAllGestureEventListeners(ScaleProcessor.class);
this.addChild(closeButton);
// Check if this menu belongs to a window Scene (MTSceneWindow)
// or was added to a normal scene
// -> if its not a windowed scene we dont display the Restore button
if (this.windowedScene) {
// RESTORE BUTTON
Vector3D b = new Vector3D(-width * 1.55f, 0);
b.rotateZ(PApplet.radians(10));
final MTRectangle restoreButton =
new MTRectangle(app, x + b.x, y + b.y, buttonWidth, buttonHeight);
if (restoreButtonImage == null) {
restoreButtonImage =
app.loadImage(
MT4jSettings.getInstance().getDefaultImagesPath() + "restoreButton64.png");
}
restoreButton.setTexture(restoreButtonImage);
restoreButton.setFillColor(new MTColor(255, 255, 255, buttonOpacity));
restoreButton.setNoStroke(true);
restoreButton.setVisible(false);
restoreButton.removeAllGestureEventListeners(DragProcessor.class);
restoreButton.removeAllGestureEventListeners(RotateProcessor.class);
restoreButton.removeAllGestureEventListeners(ScaleProcessor.class);
this.addChild(restoreButton);
menuShape.addGestureListener(
DragProcessor.class,
new IGestureEventListener() {
public boolean processGestureEvent(MTGestureEvent ge) {
DragEvent de = (DragEvent) ge;
switch (de.getId()) {
case MTGestureEvent.GESTURE_STARTED:
restoreButton.setVisible(true);
closeButton.setVisible(true);
unhighlightButton(closeButton, buttonOpacity);
unhighlightButton(restoreButton, buttonOpacity);
break;
case MTGestureEvent.GESTURE_UPDATED:
// Mouse over effect
if (closeButton.containsPointGlobal(de.getTo())) {
highlightButton(closeButton);
} else {
unhighlightButton(closeButton, buttonOpacity);
}
if (restoreButton.containsPointGlobal(de.getTo())) {
highlightButton(restoreButton);
} else {
unhighlightButton(restoreButton, buttonOpacity);
}
break;
case MTGestureEvent.GESTURE_ENDED:
unhighlightButton(closeButton, buttonOpacity);
unhighlightButton(restoreButton, buttonOpacity);
InputCursor cursor = de.getDragCursor();
Vector3D restoreButtonIntersection =
restoreButton.getIntersectionGlobal(
Tools3D.getCameraPickRay(
getRenderer(),
restoreButton,
cursor.getCurrentEvtPosX(),
cursor.getCurrentEvtPosY()));
if (restoreButtonIntersection != null) {
logger.debug("--> RESTORE!");
MTSceneMenu.this.sceneTexture.restore();
}
Vector3D closeButtonIntersection =
closeButton.getIntersectionGlobal(
Tools3D.getCameraPickRay(
getRenderer(),
closeButton,
cursor.getCurrentEvtPosX(),
cursor.getCurrentEvtPosY()));
if (closeButtonIntersection != null) {
// if (app.popScene()){
// app.removeScene(scene); //FIXME wont work if the scene has a
// transition because we cant remove the still active scene
//// destroy(); //this will be destroyed with the scene
// sceneTexture.destroy(); //destroys also the MTSceneWindow and with it
// the scene
// logger.debug("--> CLOSE!");
// }
if (sceneTexture.restore()) {
// app.removeScene(scene); //FIXME wont work if the scene has a
// transition because we cant remove the still active scene
// destroy(); //this will be destroyed with the scene
sceneTexture
.destroy(); // destroys also the MTSceneWindow and with it the scene
logger.debug("--> CLOSE!");
}
}
restoreButton.setVisible(false);
closeButton.setVisible(false);
break;
default:
break;
}
return false;
}
});
} else {
if (scene != null) {
menuShape.addGestureListener(
DragProcessor.class,
new IGestureEventListener() {
public boolean processGestureEvent(MTGestureEvent ge) {
DragEvent de = (DragEvent) ge;
switch (de.getId()) {
case MTGestureEvent.GESTURE_STARTED:
closeButton.setVisible(true);
unhighlightButton(closeButton, buttonOpacity);
break;
case MTGestureEvent.GESTURE_UPDATED:
// Mouse over effect
if (closeButton.containsPointGlobal(de.getTo())) {
highlightButton(closeButton);
} else {
unhighlightButton(closeButton, buttonOpacity);
}
break;
case MTGestureEvent.GESTURE_ENDED:
unhighlightButton(closeButton, buttonOpacity);
InputCursor cursor = de.getDragCursor();
Vector3D closeButtonIntersection =
closeButton.getIntersectionGlobal(
Tools3D.getCameraPickRay(
getRenderer(),
closeButton,
cursor.getCurrentEvtPosX(),
cursor.getCurrentEvtPosY()));
if (closeButtonIntersection != null) {
if (app.popScene()) {
destroy(); // Destroy this
scene.destroy(); // Destroy the scene
logger.debug("--> CLOSE!");
}
}
closeButton.setVisible(false);
break;
default:
break;
}
return false;
}
});
}
}
}
// private void restoreSceneWindow(){
// this.removeFromScene();
// }
//
// private void closeSceneWindow(){
// MTSceneWindow.this.destroy();
// }
/**
* Highlight button.
*
* @param shape the shape
*/
private void highlightButton(AbstractShape shape) {
MTColor c = shape.getFillColor();
c.setAlpha(255);
shape.setFillColor(c);
}
/**
* Unhighlight button.
*
* @param shape the shape
* @param opacity the opacity
*/
private void unhighlightButton(AbstractShape shape, float opacity) {
MTColor c = shape.getFillColor();
c.setAlpha(opacity);
shape.setFillColor(c);
}
/** Adds the to scene. */
public void addToScene() {
MTComponent cursorTraceContainer = null;
MTCanvas canvas = scene.getCanvas();
/*
//Re-use cursor trace group which is always on top for this menu
MTComponent[] children = canvas.getChildren();
for (int i = 0; i < children.length; i++) {
MTComponent component = children[i];
if (component instanceof MTOverlayContainer
&&
component.getName().equalsIgnoreCase("Cursor Trace group")){
cursorTraceContainer = component;
component.addChild(0, this); //add to cursor trace overlay container
}
}
*/
// /*
// cursor tracer group NOT found in the scene -> add overlay container to canvas
if (cursorTraceContainer == null) {
overlayGroup.addChild(this);
canvas.addChild(overlayGroup);
}
// */
}
/** Removes the from scene. */
public void removeFromScene() {
MTComponent cursorTraceContainer = null;
MTCanvas canvas = scene.getCanvas();
/*
//Re-use cursor trace group which is always on top for this menu
MTComponent[] children = canvas.getChildren();
for (int i = 0; i < children.length; i++) {
MTComponent component = children[i];
if (component instanceof MTOverlayContainer
&&
component.getName().equalsIgnoreCase("Cursor Trace group")){
cursorTraceContainer = component;
if (cursorTraceContainer.containsChild(this)){
cursorTraceContainer.removeChild(this);
}
}
}
*/
// /*
// cursor tracer group NOT found in the scene -> add overlay container to canvas
if (cursorTraceContainer == null) {
if (canvas.containsChild(overlayGroup)) {
canvas.removeChild(overlayGroup);
}
}
// */
}
}