@Override
public void onInit(GVRContext gvrContext) throws IOException {
mAnimationEngine = gvrContext.getAnimationEngine();
mMainScene =
gvrContext.getNextMainScene(
new Runnable() {
@Override
public void run() {
for (GVRAnimation animation : mAnimations) {
animation.start(mAnimationEngine);
}
mAnimations = null;
}
});
// Apply frustum culling
mMainScene.setFrustumCulling(true);
GVRCameraRig mainCameraRig = mMainScene.getMainCameraRig();
mainCameraRig.getLeftCamera().setBackgroundColor(Color.BLACK);
mainCameraRig.getRightCamera().setBackgroundColor(Color.BLACK);
mainCameraRig.getTransform().setPosition(0.0f, 0.0f, 0.0f);
// Model with texture
GVRSceneObject astroBoyModel = gvrContext.getAssimpModel("astro_boy.dae");
// Model with color
GVRSceneObject benchModel = gvrContext.getAssimpModel("bench.dae");
ModelPosition astroBoyModelPosition = new ModelPosition();
astroBoyModelPosition.setPosition(0.0f, -0.4f, -0.5f);
astroBoyModel.getTransform().setScale(3, 3, 3);
astroBoyModel
.getTransform()
.setPosition(astroBoyModelPosition.x, astroBoyModelPosition.y, astroBoyModelPosition.z);
astroBoyModel.getTransform().setRotationByAxis(180.0f, 0.0f, 1.0f, 0.0f);
ModelPosition benchModelPosition = new ModelPosition();
benchModelPosition.setPosition(0.0f, -4.0f, -30.0f);
benchModel
.getTransform()
.setPosition(benchModelPosition.x, benchModelPosition.y, benchModelPosition.z);
benchModel.getTransform().setRotationByAxis(180.0f, 0.0f, 1.0f, 0.0f);
mMainScene.addSceneObject(astroBoyModel);
mMainScene.addSceneObject(benchModel);
rotateModel(astroBoyModel, 10f, astroBoyModelPosition);
}
@Override
public void onInit(GVRContext gvrContext) {
this.gvrContext = gvrContext;
random = new Random();
mainScene = gvrContext.getNextMainScene();
shaderManager = new CustomShaderManager(gvrContext);
mainScene.getMainCameraRig().getLeftCamera().setBackgroundColor(1.0f, 1.0f, 1.0f, 1.0f);
mainScene.getMainCameraRig().getRightCamera().setBackgroundColor(1.0f, 1.0f, 1.0f, 1.0f);
addSurroundings(gvrContext, mainScene);
// set up the input manager for the main scene
GVRInputManager inputManager = gvrContext.getInputManager();
inputManager.addCursorControllerListener(this);
for (GVRCursorController cursor : inputManager.getCursorControllers()) {
onCursorControllerAdded(cursor);
}
// set the default text
setTextOnMainThread(SELECT_TEXT);
GVRViewSceneObject text =
new GVRViewSceneObject(gvrContext, textView, gvrContext.createQuad(30.0f, 20.0f));
text.getTransform().setPosition(0.0f, 17.0f, -35.0f);
text.getRenderData().setRenderingOrder(10002);
mainScene.addSceneObject(text);
GVRSceneObject cube1 = new Cube(gvrContext, "Cube 1", shaderManager);
cube1.getTransform().setPosition(0.0f, 1.0f, -10.0f);
mainScene.addSceneObject(cube1);
// add the sensor to the cube
addSensor(cube1);
GVRSceneObject cube2 = new Cube(gvrContext, "Cube 2", shaderManager);
cube2.getTransform().setPosition(0.0f, 1.0f, -12.0f);
cube2.getTransform().rotateByAxisWithPivot(-15.0f, 0.0f, 1.0f, 0.0f, 0.0f, 0.0f, 0.0f);
cube2.getTransform().setRotation(1.0f, 0.0f, 0.0f, 0.0f);
mainScene.addSceneObject(cube2);
// add the sensor to the cube
addSensor(cube2);
GVRSceneObject cube3 = new Cube(gvrContext, "Cube 3", shaderManager);
cube3.getTransform().setPosition(0.0f, 1.0f, -15.0f);
cube3.getTransform().rotateByAxisWithPivot(15.0f, 0.0f, 1.0f, 0.0f, 0.0f, 0.0f, 0.0f);
cube3.getTransform().rotateByAxisWithPivot(15.0f, 1.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f);
cube3.getTransform().setRotation(1.0f, 0.0f, 0.0f, 0.0f);
mainScene.addSceneObject(cube3);
// add the sensor to the cube
addSensor(cube3);
}
/**
* Create a console, specifying the initial eye mode and the {@link GVRScene} to attach it to.
*
* <p>This overload is useful when you are using {@link GVRContext#getNextMainScene()} and
* creating your debug console in {@link GVRScript#onInit(GVRContext)}.
*
* @param gvrContext The GVR context.
* @param startMode The initial eye mode; you can change this <i>via</i> {@link
* #setEyeMode(EyeMode)}
* @param gvrScene The {@link GVRScene} to attach the console to; this is useful when you want to
* attach the console to the {@linkplain GVRContext#getNextMainScene() next main scene.}
*/
public GVRConsole(GVRContext gvrContext, EyeMode startMode, GVRScene gvrScene) {
super(gvrContext, getShaderId(gvrContext));
setEyeMode(startMode, gvrScene.getMainCameraRig());
setMainTexture();
setTextColor(DEFAULT_COLOR);
setTextSize(3);
paint.setAntiAlias(true);
}
private void processMouseEvent(float x, float y, float z, boolean active) {
GVRScene scene = context.getMainScene();
if (scene != null) {
float depth = this.z;
if (((depth + z) <= getNearDepth()) && ((depth + z) >= getFarDepth())) {
float frustumWidth, frustumHeight;
depth = depth + z;
// calculate the frustum using the aspect ratio and FOV
// http://docs.unity3d.com/Manual/FrustumSizeAtDistance.html
float aspectRatio = scene.getMainCameraRig().getCenterCamera().getAspectRatio();
float fovY = scene.getMainCameraRig().getCenterCamera().getFovY();
float frustumHeightMultiplier = (float) Math.tan(Math.toRadians(fovY / 2)) * 2.0f;
frustumHeight = frustumHeightMultiplier * depth;
frustumWidth = frustumHeight * aspectRatio;
this.x = frustumWidth * -x;
this.y = frustumHeight * -y;
this.z = depth;
}
setActive(active);
super.setPosition(this.x, this.y, this.z);
}
}
// The assets for the Cubemap are taken from the Samsung Developers website:
// http://www.samsung.com/us/samsungdeveloperconnection/developer-resources/
// gear-vr/apps-and-games/exercise-2-creating-the-splash-scene.html
private void addSurroundings(GVRContext gvrContext, GVRScene scene) {
FutureWrapper<GVRMesh> futureQuadMesh =
new FutureWrapper<GVRMesh>(gvrContext.createQuad(CUBE_WIDTH, CUBE_WIDTH));
Future<GVRTexture> futureCubemapTexture =
gvrContext.loadFutureCubemapTexture(new GVRAndroidResource(gvrContext, R.raw.earth));
GVRMaterial cubemapMaterial = new GVRMaterial(gvrContext, GVRMaterial.GVRShaderType.Cubemap.ID);
cubemapMaterial.setMainTexture(futureCubemapTexture);
// surrounding cube
GVRSceneObject frontFace = new GVRSceneObject(gvrContext, futureQuadMesh, futureCubemapTexture);
frontFace.getRenderData().setMaterial(cubemapMaterial);
frontFace.setName("front");
scene.addSceneObject(frontFace);
frontFace.getTransform().setPosition(0.0f, 0.0f, -CUBE_WIDTH * 0.5f);
GVRSceneObject backFace = new GVRSceneObject(gvrContext, futureQuadMesh, futureCubemapTexture);
backFace.getRenderData().setMaterial(cubemapMaterial);
backFace.setName("back");
scene.addSceneObject(backFace);
backFace.getTransform().setPosition(0.0f, 0.0f, CUBE_WIDTH * 0.5f);
backFace.getTransform().rotateByAxis(180.0f, 0.0f, 1.0f, 0.0f);
GVRSceneObject leftFace = new GVRSceneObject(gvrContext, futureQuadMesh, futureCubemapTexture);
leftFace.getRenderData().setMaterial(cubemapMaterial);
leftFace.setName("left");
scene.addSceneObject(leftFace);
leftFace.getTransform().setPosition(-CUBE_WIDTH * 0.5f, 0.0f, 0.0f);
leftFace.getTransform().rotateByAxis(90.0f, 0.0f, 1.0f, 0.0f);
GVRSceneObject rightFace = new GVRSceneObject(gvrContext, futureQuadMesh, futureCubemapTexture);
rightFace.getRenderData().setMaterial(cubemapMaterial);
rightFace.setName("right");
scene.addSceneObject(rightFace);
rightFace.getTransform().setPosition(CUBE_WIDTH * 0.5f, 0.0f, 0.0f);
rightFace.getTransform().rotateByAxis(-90.0f, 0.0f, 1.0f, 0.0f);
GVRSceneObject topFace = new GVRSceneObject(gvrContext, futureQuadMesh, futureCubemapTexture);
topFace.getRenderData().setMaterial(cubemapMaterial);
topFace.setName("top");
scene.addSceneObject(topFace);
topFace.getTransform().setPosition(0.0f, CUBE_WIDTH * 0.5f, 0.0f);
topFace.getTransform().rotateByAxis(90.0f, 1.0f, 0.0f, 0.0f);
GVRSceneObject bottomFace =
new GVRSceneObject(gvrContext, futureQuadMesh, futureCubemapTexture);
bottomFace.getRenderData().setMaterial(cubemapMaterial);
bottomFace.setName("bottom");
scene.addSceneObject(bottomFace);
bottomFace.getTransform().setPosition(0.0f, -CUBE_WIDTH * 0.5f, 0.0f);
bottomFace.getTransform().rotateByAxis(-90.0f, 1.0f, 0.0f, 0.0f);
}
@Override
public void onCursorControllerAdded(final GVRCursorController controller) {
GVRSceneObject sceneObject = new GVRSceneObject(gvrContext);
Future<GVRTexture> texture =
gvrContext.loadFutureTexture(new GVRAndroidResource(gvrContext, R.raw.earthmap1k));
GVRMaterial material = new GVRMaterial(gvrContext, shaderManager.getShaderId());
// stay away from the darker colors for the cursor
float r = random.nextFloat() / 2.0f + 0.5f;
float g = random.nextFloat() / 2.0f + 0.5f;
float b = random.nextFloat() / 2.0f + 0.5f;
material.setVec3(CustomShaderManager.COLOR_KEY, r, g, b);
material.setTexture(CustomShaderManager.TEXTURE_KEY, texture);
material.setMainTexture(texture);
Future<GVRMesh> futureCursorMesh =
gvrContext.loadFutureMesh(new GVRAndroidResource(gvrContext, R.raw.cursor));
GVRRenderData cursorRenderData = new GVRRenderData(gvrContext);
cursorRenderData.setMesh(futureCursorMesh);
cursorRenderData.setMaterial(material);
sceneObject.attachRenderData(cursorRenderData);
mainScene.addSceneObject(sceneObject);
controller.setSceneObject(sceneObject);
// set the initial cursor position
controller.setPosition(
INITIAL_CURSOR_POSITION[0], INITIAL_CURSOR_POSITION[1], INITIAL_CURSOR_POSITION[2]);
// set the min cursor depth
controller.setNearDepth(NEAR_DEPTH);
// set the max cursor depth
controller.setFarDepth(FAR_DEPTH);
}
void onTap() {
// toggle whether stats are displayed.
boolean statsEnabled = mMainScene.getStatsEnabled();
mMainScene.setStatsEnabled(!statsEnabled);
}
@Override
public void onCursorControllerRemoved(GVRCursorController controller) {
GVRSceneObject object = controller.getSceneObject();
mainScene.removeSceneObject(object);
}
@Override
public void onInit(GVRContext gvrContext) {
mGVRContext = gvrContext;
mMetalOnlyShader = new MetalOnlyShader(mGVRContext);
mDiffuseShader = new DiffuseShader(mGVRContext);
mGlassShader = new GlassShader(mGVRContext);
mReflectionShader = new ReflectionShader(mGVRContext);
mPhongShader = new PhongShader(mGVRContext);
mMetalShader2 = new MetalShader2(mGVRContext);
mDiffuseShader2 = new DiffuseShader2(mGVRContext);
mGlassShader2 = new GlassShader2(mGVRContext);
mPhongShader2 = new PhongShader2(mGVRContext);
mPhongShader3 = new PhongShader3(mGVRContext);
GVRScene mainScene = mGVRContext.getNextMainScene();
mainScene.getMainCameraRig().getLeftCamera().setBackgroundColor(1.0f, 1.0f, 1.0f, 1.0f);
mainScene.getMainCameraRig().getRightCamera().setBackgroundColor(1.0f, 1.0f, 1.0f, 1.0f);
try {
GVRTexture env_tex = mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "env.jpg"));
mReflectionMaterial = new GVRMaterial(mGVRContext, mReflectionShader.getShaderId());
mReflectionMaterial.setVec4(ReflectionShader.COLOR_KEY, 1.0f, 1.0f, 1.0f, 1.0f);
mReflectionMaterial.setFloat(ReflectionShader.RADIUS_KEY, 10.0f);
mReflectionMaterial.setTexture(ReflectionShader.TEXTURE_KEY, env_tex);
// ------------------------------------------------------ set
// materials
// watch
mMetalMaterial = new GVRMaterial(mGVRContext, mMetalOnlyShader.getShaderId());
mMetalMaterial.setVec4(MetalOnlyShader.COLOR_KEY, 1.7f, 1.4f, 1.0f, 1.0f);
mMetalMaterial.setFloat(MetalOnlyShader.RADIUS_KEY, 10.0f);
mMetalMaterial.setTexture(MetalOnlyShader.TEXTURE_KEY, env_tex);
mGlassMaterial = new GVRMaterial(mGVRContext, mGlassShader.getShaderId());
mGlassMaterial.setVec4(GlassShader.COLOR_KEY, 1.0f, 1.0f, 1.0f, 1.0f);
mGlassMaterial.setFloat(MetalOnlyShader.RADIUS_KEY, 10.0f);
mGlassMaterial.setTexture(GlassShader.TEXTURE_KEY, env_tex);
GVRTexture board_tex =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "watch/board.jpg"));
mDiffuseMaterial = new GVRMaterial(mGVRContext, mDiffuseShader.getShaderId());
mDiffuseMaterial.setVec4(DiffuseShader.COLOR_KEY, 1.0f, 1.0f, 1.0f, 1.0f);
mDiffuseMaterial.setTexture(DiffuseShader.TEXTURE_KEY, board_tex);
// jar
mPhongMaterial = new GVRMaterial(mGVRContext, mPhongShader.getShaderId());
mPhongMaterial.setVec4(PhongShader.COLOR_KEY, 1.2f, 1.2f, 1.3f, 1.0f);
mPhongMaterial.setFloat(PhongShader.RADIUS_KEY, 10.0f);
mPhongMaterial.setTexture(PhongShader.TEXTURE_KEY, env_tex);
// car
GVRTexture car_body_tex =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "car/body.jpg"));
mCarBodyMaterial = new GVRMaterial(mGVRContext, mPhongShader3.getShaderId());
mCarBodyMaterial.setFloat(PhongShader3.RADIUS_KEY, 10.0f);
mCarBodyMaterial.setTexture(PhongShader3.ENV_KEY, env_tex);
mCarBodyMaterial.setTexture(PhongShader3.TEXTURE_KEY, car_body_tex);
mCarWheelMaterial = new GVRMaterial(mGVRContext, mMetalShader2.getShaderId());
mCarWheelMaterial.setVec4(MetalShader2.COLOR_KEY, 1.2f, 1.2f, 1.2f, 1.0f);
mCarWheelMaterial.setFloat(MetalShader2.RADIUS_KEY, 10.0f);
mCarWheelMaterial.setTexture(MetalShader2.TEXTURE_KEY, env_tex);
mCarGlassMaterial = new GVRMaterial(mGVRContext, mGlassShader2.getShaderId());
mCarGlassMaterial.setVec4(GlassShader2.COLOR_KEY, 1.0f, 1.0f, 1.0f, 1.0f);
mCarGlassMaterial.setFloat(GlassShader2.RADIUS_KEY, 10.0f);
mCarGlassMaterial.setTexture(GlassShader2.TEXTURE_KEY, env_tex);
GVRTexture default_tex =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "car/default.bmp"));
mCarTireMaterial = new GVRMaterial(mGVRContext, mDiffuseShader2.getShaderId());
mCarTireMaterial.setVec4(DiffuseShader2.COLOR_KEY, 0.1f, 0.1f, 0.1f, 1.0f);
mCarTireMaterial.setTexture(DiffuseShader2.TEXTURE_KEY, default_tex);
GVRTexture back_tex =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "car/back.jpg"));
mCarBackMaterial = new GVRMaterial(mGVRContext, mDiffuseShader2.getShaderId());
mCarBackMaterial.setVec4(DiffuseShader2.COLOR_KEY, 1.0f, 1.0f, 1.0f, 1.0f);
mCarBackMaterial.setTexture(DiffuseShader2.TEXTURE_KEY, back_tex);
GVRTexture grill_tex =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "car/grill.jpg"));
mCarGrillMaterial = new GVRMaterial(mGVRContext, mDiffuseShader2.getShaderId());
mCarGrillMaterial.setVec4(DiffuseShader2.COLOR_KEY, 1.0f, 1.0f, 1.0f, 1.0f);
mCarGrillMaterial.setTexture(DiffuseShader2.TEXTURE_KEY, grill_tex);
mCarLightMaterial = new GVRMaterial(mGVRContext, mGlassShader2.getShaderId());
mCarLightMaterial.setVec4(GlassShader2.COLOR_KEY, 2.5f, 2.5f, 2.5f, 1.0f);
mCarLightMaterial.setFloat(GlassShader2.RADIUS_KEY, 10.0f);
mCarLightMaterial.setTexture(GlassShader2.TEXTURE_KEY, env_tex);
mCarInsideMaterial = new GVRMaterial(mGVRContext, mPhongShader2.getShaderId());
mCarInsideMaterial.setVec4(PhongShader2.COLOR_KEY, 0.0f, 0.0f, 0.0f, 1.0f);
mCarInsideMaterial.setFloat(PhongShader2.RADIUS_KEY, 10.0f);
mCarInsideMaterial.setTexture(PhongShader2.TEXTURE_KEY, env_tex);
// robot
GVRTexture robot_head_tex =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "robot/head.jpg"));
mRobotHeadMaterial = new GVRMaterial(mGVRContext, mPhongShader3.getShaderId());
mRobotHeadMaterial.setFloat(PhongShader3.RADIUS_KEY, 10.0f);
mRobotHeadMaterial.setTexture(PhongShader3.ENV_KEY, env_tex);
mRobotHeadMaterial.setTexture(PhongShader3.TEXTURE_KEY, robot_head_tex);
mRobotMetalMaterial = new GVRMaterial(mGVRContext, mMetalShader2.getShaderId());
mRobotMetalMaterial.setVec4(MetalShader2.COLOR_KEY, 1.5f, 1.5f, 1.5f, 1.0f);
mRobotMetalMaterial.setFloat(MetalShader2.RADIUS_KEY, 10.0f);
mRobotMetalMaterial.setTexture(MetalShader2.TEXTURE_KEY, env_tex);
mRobotBodyMaterial = new GVRMaterial(mGVRContext, mPhongShader2.getShaderId());
mRobotBodyMaterial.setVec4(PhongShader2.COLOR_KEY, 1.0f, 1.0f, 1.0f, 1.0f);
mRobotBodyMaterial.setFloat(PhongShader2.RADIUS_KEY, 10.0f);
mRobotBodyMaterial.setTexture(PhongShader2.TEXTURE_KEY, env_tex);
mRobotRubberMaterial = new GVRMaterial(mGVRContext, mDiffuseShader2.getShaderId());
mRobotRubberMaterial.setVec4(DiffuseShader2.COLOR_KEY, 0.3f, 0.3f, 0.3f, 1.0f);
mRobotRubberMaterial.setTexture(DiffuseShader2.TEXTURE_KEY, default_tex);
// leaf
GVRTexture leaf_box_tex =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "leaf/box.jpg"));
mLeafBoxMaterial = new GVRMaterial(mGVRContext, mPhongShader3.getShaderId());
mLeafBoxMaterial.setFloat(PhongShader3.RADIUS_KEY, 10.0f);
mLeafBoxMaterial.setTexture(PhongShader3.ENV_KEY, env_tex);
mLeafBoxMaterial.setTexture(PhongShader3.TEXTURE_KEY, leaf_box_tex);
mLeafBodyMaterial = new GVRMaterial(mGVRContext, mMetalShader2.getShaderId());
mLeafBodyMaterial.setVec4(MetalShader2.COLOR_KEY, 2.5f, 2.5f, 2.5f, 1.0f);
mLeafBodyMaterial.setFloat(MetalShader2.RADIUS_KEY, 10.0f);
mLeafBodyMaterial.setTexture(MetalShader2.TEXTURE_KEY, env_tex);
// ------------------------------------------------------ set
// objects
for (int i = 0; i < THUMBNAIL_NUM; i++) Objects[i] = new GVRSceneObject(mGVRContext);
// --------------watch
GVRSceneObject obj1 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData1 = new GVRRenderData(mGVRContext);
GVRMesh mesh1 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "watch/frame.obj"));
renderData1.setMesh(mesh1);
renderData1.setMaterial(mMetalMaterial);
obj1.attachRenderData(renderData1);
Objects[2].addChildObject(obj1);
GVRSceneObject obj2 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData2 = new GVRRenderData(mGVRContext);
GVRMesh mesh2 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "watch/board.obj"));
renderData2.setMesh(mesh2);
renderData2.setMaterial(mDiffuseMaterial);
obj2.attachRenderData(renderData2);
Objects[2].addChildObject(obj2);
GVRSceneObject obj3 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData3 = new GVRRenderData(mGVRContext);
GVRMesh mesh3 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "watch/glass.obj"));
renderData3.setMesh(mesh3);
renderData3.setMaterial(mGlassMaterial);
obj3.attachRenderData(renderData3);
obj3.getRenderData().setRenderingOrder(3000);
Objects[2].addChildObject(obj3);
Objects[2].getTransform().setPosition(0.0f, 0.0f, -EYE_TO_OBJECT);
mainScene.addSceneObject(Objects[2]);
// --------------jar
GVRSceneObject obj5 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData5 = new GVRRenderData(mGVRContext);
GVRMesh mesh5 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "jar/jar.obj"));
renderData5.setMesh(mesh5);
renderData5.setMaterial(mPhongMaterial);
obj5.attachRenderData(renderData5);
Objects[1].addChildObject(obj5);
GVRSceneObject obj4 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData4 = new GVRRenderData(mGVRContext);
GVRMesh mesh4 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "jar/edge.obj"));
renderData4.setMesh(mesh4);
renderData4.setMaterial(mMetalMaterial);
obj4.attachRenderData(renderData4);
obj4.getRenderData().setRenderingOrder(3000);
Objects[1].addChildObject(obj4);
Objects[1].getTransform().setPosition(0.0f, 0.0f, -EYE_TO_OBJECT);
mainScene.addSceneObject(Objects[1]);
// --------------car
GVRSceneObject obj6 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData6 = new GVRRenderData(mGVRContext);
GVRMesh mesh6 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "car/body.obj"));
renderData6.setMesh(mesh6);
renderData6.setMaterial(mCarBodyMaterial);
obj6.attachRenderData(renderData6);
obj6.getRenderData().setCullTest(false);
Objects[3].addChildObject(obj6);
GVRSceneObject obj9 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData9 = new GVRRenderData(mGVRContext);
GVRMesh mesh9 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "car/tire.obj"));
renderData9.setMesh(mesh9);
renderData9.setMaterial(mCarTireMaterial);
obj9.attachRenderData(renderData9);
Objects[3].addChildObject(obj9);
GVRSceneObject obj10 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData10 = new GVRRenderData(mGVRContext);
GVRMesh mesh10 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "car/glass.obj"));
renderData10.setMesh(mesh10);
renderData10.setMaterial(mCarGlassMaterial);
obj10.attachRenderData(renderData10);
obj10.getRenderData().setCullTest(false);
obj10.getRenderData().setRenderingOrder(3000);
Objects[3].addChildObject(obj10);
GVRSceneObject obj11 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData11 = new GVRRenderData(mGVRContext);
GVRMesh mesh11 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "car/wheel.obj"));
renderData11.setMesh(mesh11);
renderData11.setMaterial(mCarWheelMaterial);
obj11.attachRenderData(renderData11);
Objects[3].addChildObject(obj11);
GVRSceneObject obj12 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData12 = new GVRRenderData(mGVRContext);
GVRMesh mesh12 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "car/back.obj"));
renderData12.setMesh(mesh12);
renderData12.setMaterial(mCarBackMaterial);
obj12.attachRenderData(renderData12);
Objects[3].addChildObject(obj12);
GVRSceneObject obj13 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData13 = new GVRRenderData(mGVRContext);
GVRMesh mesh13 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "car/grill.obj"));
renderData13.setMesh(mesh13);
renderData13.setMaterial(mCarGrillMaterial);
obj13.attachRenderData(renderData13);
obj10.getRenderData().setRenderingOrder(3000);
Objects[3].addChildObject(obj13);
GVRSceneObject obj14 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData14 = new GVRRenderData(mGVRContext);
GVRMesh mesh14 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "car/glass2.obj"));
renderData14.setMesh(mesh14);
renderData14.setMaterial(mCarLightMaterial);
obj14.attachRenderData(renderData14);
obj14.getRenderData().setRenderingOrder(4000);
Objects[3].addChildObject(obj14);
GVRSceneObject obj19 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData19 = new GVRRenderData(mGVRContext);
GVRMesh mesh19 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "car/inside.obj"));
renderData19.setMesh(mesh19);
renderData19.setMaterial(mCarInsideMaterial);
obj19.attachRenderData(renderData19);
Objects[3].addChildObject(obj19);
Objects[3].getTransform().setPosition(0.0f, -2.0f, -EYE_TO_OBJECT - 3.0f);
mainScene.addSceneObject(Objects[3]);
// robot
GVRSceneObject obj15 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData15 = new GVRRenderData(mGVRContext);
GVRMesh mesh15 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "robot/body.obj"));
renderData15.setMesh(mesh15);
renderData15.setMaterial(mRobotBodyMaterial);
obj15.attachRenderData(renderData15);
Objects[4].addChildObject(obj15);
GVRSceneObject obj16 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData16 = new GVRRenderData(mGVRContext);
GVRMesh mesh16 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "robot/head.obj"));
renderData16.setMesh(mesh16);
renderData16.setMaterial(mRobotHeadMaterial);
obj16.attachRenderData(renderData16);
Objects[4].addChildObject(obj16);
GVRSceneObject obj17 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData17 = new GVRRenderData(mGVRContext);
GVRMesh mesh17 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "robot/metal.obj"));
renderData17.setMesh(mesh17);
renderData17.setMaterial(mRobotMetalMaterial);
obj17.attachRenderData(renderData17);
obj17.getRenderData().setRenderingOrder(3000);
Objects[4].addChildObject(obj17);
GVRSceneObject obj18 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData18 = new GVRRenderData(mGVRContext);
GVRMesh mesh18 =
mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "robot/rubber.obj"));
renderData18.setMesh(mesh18);
renderData18.setMaterial(mRobotRubberMaterial);
obj18.attachRenderData(renderData18);
Objects[4].addChildObject(obj18);
Objects[4].getTransform().setPosition(0.0f, 0.0f, -EYE_TO_OBJECT);
mainScene.addSceneObject(Objects[4]);
// leaf
GVRSceneObject obj20 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData20 = new GVRRenderData(mGVRContext);
GVRMesh mesh20 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "leaf/leaf.obj"));
renderData20.setMesh(mesh20);
renderData20.setMaterial(mLeafBodyMaterial);
obj20.attachRenderData(renderData20);
Objects[0].addChildObject(obj20);
GVRSceneObject obj21 = new GVRSceneObject(mGVRContext);
GVRRenderData renderData21 = new GVRRenderData(mGVRContext);
GVRMesh mesh21 = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "leaf/box.obj"));
renderData21.setMesh(mesh21);
renderData21.setMaterial(mLeafBoxMaterial);
obj21.attachRenderData(renderData21);
Objects[0].addChildObject(obj21);
Objects[0].getTransform().setPosition(0.0f, 0.0f, -EYE_TO_OBJECT);
mainScene.addSceneObject(Objects[0]);
for (int I = 0; I < THUMBNAIL_NUM; I++)
for (int i = 0; i < Objects[I].getChildrenCount(); i++)
Objects[I].getChildByIndex(i).getRenderData().setRenderMask(0);
// ------------------------------------------------------ set
// thumbnails
ThumbnailTextures[0] =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "leaf/leaf.jpg"));
ThumbnailTextures[1] =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "jar/jar.png"));
ThumbnailTextures[2] =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "watch/watch.png"));
ThumbnailTextures[3] =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "car/car.bmp"));
ThumbnailTextures[4] =
mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "robot/robot.jpg"));
ThumbnailTargetPosition[0][0] = -2.2f;
ThumbnailTargetPosition[0][1] = 0.0f;
ThumbnailTargetPosition[0][2] = -EYE_TO_OBJECT - 2.8f;
ThumbnailTargetPosition[1][0] = -1.0f;
ThumbnailTargetPosition[1][1] = 0.0f;
ThumbnailTargetPosition[1][2] = -EYE_TO_OBJECT - 1.5f;
ThumbnailTargetPosition[2][0] = 0.0f;
ThumbnailTargetPosition[2][1] = 0.0f;
ThumbnailTargetPosition[2][2] = -EYE_TO_OBJECT - 0.0f;
ThumbnailTargetPosition[3][0] = 1.0f;
ThumbnailTargetPosition[3][1] = 0.0f;
ThumbnailTargetPosition[3][2] = -EYE_TO_OBJECT - 1.5f;
ThumbnailTargetPosition[4][0] = 2.2f;
ThumbnailTargetPosition[4][1] = 0.0f;
ThumbnailTargetPosition[4][2] = -EYE_TO_OBJECT - 2.8f;
for (int i = 0; i < THUMBNAIL_NUM; i++)
for (int j = 0; j < 3; j++) ThumbnailCurrentPosition[i][j] = ThumbnailTargetPosition[i][j];
for (int i = 0; i < THUMBNAIL_NUM; i++) ThumbnailTargetIndex[i] = i;
ThumbnailOrder[0] = 10000;
ThumbnailOrder[1] = 10001;
ThumbnailOrder[2] = 10002;
ThumbnailOrder[3] = 10001;
ThumbnailOrder[4] = 10000;
GVRMesh glass_mesh = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "glass.obj"));
GVRMesh board_mesh = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "board.obj"));
GVRMesh picks_mesh = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "pick.obj"));
for (int i = 0; i < THUMBNAIL_NUM; i++) {
ThumbnailObject[i] = new GVRSceneObject(mGVRContext);
ThumbnailRotation[i] = new GVRSceneObject(mGVRContext);
GVRSceneObject obj = new GVRSceneObject(mGVRContext);
ThumbnailGlasses[i] = new GVRRenderData(mGVRContext);
ThumbnailGlasses[i].setMesh(glass_mesh);
ThumbnailGlasses[i].setMaterial(mReflectionMaterial);
obj.attachRenderData(ThumbnailGlasses[i]);
obj.getRenderData().setRenderingOrder(ThumbnailOrder[i]);
ThumbnailRotation[i].addChildObject(obj);
ThumbnailObject[i].addChildObject(ThumbnailRotation[i]);
Thumbnails[i] = new GVRSceneObject(mGVRContext, board_mesh, ThumbnailTextures[i]);
Thumbnails[i].getRenderData().setRenderingOrder(ThumbnailOrder[i] - 100);
Thumbnails[i].getRenderData().setCullTest(false);
Thumbnails[i].getTransform().setScale(1.0f, 1.2f, 1.0f);
ThumbnailRotation[i].addChildObject(Thumbnails[i]);
ThumbnailObject[i]
.getTransform()
.setPosition(
ThumbnailTargetPosition[i][0],
ThumbnailTargetPosition[i][1],
ThumbnailTargetPosition[i][2]);
mainScene.addSceneObject(ThumbnailObject[i]);
GVREyePointeeHolder eyePointeeHolder = new GVREyePointeeHolder(gvrContext);
GVRMeshEyePointee eyePointee = new GVRMeshEyePointee(gvrContext, picks_mesh);
eyePointeeHolder.addPointee(eyePointee);
ThumbnailObject[i].attachEyePointeeHolder(eyePointeeHolder);
}
GVRTexture m360 = mGVRContext.loadTexture(new GVRAndroidResource(mGVRContext, "env.jpg"));
GVRMesh sphere = mGVRContext.loadMesh(new GVRAndroidResource(mGVRContext, "sphere.obj"));
GVRSceneObject env_object = new GVRSceneObject(mGVRContext, sphere, m360);
env_object.getRenderData().setCullTest(false);
mainScene.addSceneObject(env_object);
GVRSceneObject headTracker =
new GVRSceneObject(
gvrContext,
gvrContext.createQuad(0.1f, 0.1f),
gvrContext.loadTexture(
new GVRAndroidResource(mGVRContext, "Headtracking_pointer.png")));
headTracker.getTransform().setPosition(0.0f, 0.0f, -EYE_TO_OBJECT);
headTracker.getRenderData().setDepthTest(false);
headTracker.getRenderData().setRenderingOrder(100000);
mainScene.getMainCameraRig().getOwnerObject().addChildObject(headTracker);
} catch (IOException e) {
e.printStackTrace();
mActivity.finish();
Log.e(TAG, "Assets were not loaded. Stopping application!");
}
// activity was stored in order to stop the application if the mesh is
// not loaded. Since we don't need anymore, we set it to null to reduce
// chance of memory leak.
mActivity = null;
}