private void OnRenderCreate()
{
// Create the base ARScene
mScene = new ARScene();
mScene.SetListener(this);
mViroView.Scene = mScene;
// Create an ARImageTarget for the Tesla logo
var teslaLogoTargetBmp = GetBitmapFromAssets("logo.png");
var teslaTarget = new ARImageTarget(teslaLogoTargetBmp, ARImageTarget.Orientation.Up, 0.188f);
mScene.AddARImageTarget(teslaTarget);
// Build the Tesla car Node and add it to the Scene. Set it to invisible: it will be made
// visible when the ARImageTarget is found.
var teslaNode = new Node();
InitCarModel(teslaNode);
InitColorPickerModels(teslaNode);
InitSceneLights(teslaNode);
teslaNode.Visible = false;
mScene.RootNode.AddChildNode(teslaNode);
// Link the Node with the ARImageTarget, such that when the image target is
// found, we'll render the Node.
LinkTargetWithNode(teslaTarget, teslaNode);
}
private void DisplayScene()
{
mScene = new ARScene();
// Add a listener to the scene so we can update the 'AR Initialized' text.
mScene.SetListener(new ARSceneListener(this, mViroView));
// Add a light to the scene so our models show up
mScene.RootNode.AddLight(new AmbientLight(Color.White, 1000f));
mViroView.Scene = mScene;
var view = View.Inflate(this, Resource.Layout.viro_view_ar_hit_test_hud, mViroView);
view.FindViewById <ImageButton>(Resource.Id.imageButton).Click += delegate { showPopup(); };
}
private void DisplayScene()
{
// Create the 3D AR scene, and display the point cloud
mScene = new ARScene();
mScene.DisplayPointCloud(true);
// Create a TrackedPlanesController to visually display identified planes.
var controller = new TrackedPlanesController(this, mViroView);
// Spawn a 3D Droid on the position where the user has clicked on a tracked plane.
controller.AddOnPlaneClickListener(new ClickListener2(this));
mScene.SetListener(controller);
// Add some lights to the scene; this will give the Android's some nice illumination.
var rootNode = mScene.RootNode;
var lightPositions = new List <Vector>
{
new Vector(-10, 10, 1), new Vector(10, 10, 1)
};
const float intensity = 300;
var lightColors = new List <Color> {
Color.White, Color.White
};
for (var i = 0; i < lightPositions.Count; i++)
{
var light = new OmniLight
{
Color = lightColors[i],
Position = lightPositions[i],
AttenuationStartDistance = 20,
AttenuationEndDistance = 30,
Intensity = intensity
};
rootNode.AddLight(light);
}
//Add an HDR environment map to give the Android's more interesting ambient lighting.
var environment =
Texture.LoadRadianceHDRTexture(Android.Net.Uri.Parse("file:///android_asset/ibl_newport_loft.hdr"));
mScene.LightingEnvironment = environment;
mViroView.Scene = mScene;
}
private void DisplayScene()
{
// Create the ARScene within which to load our ProductAR Experience
mScene = new ARScene();
mMainLight = new AmbientLight(Color.ParseColor("#606060"), 400);
mMainLight.InfluenceBitMask = 3;
mScene.RootNode.AddLight(mMainLight);
// Setup our 3D and HUD controls
InitArCrosshair();
Init3DModelProduct();
InitArHud();
// Start our tracking UI when the scene is ready to be tracked
mScene.SetListener(this);
// Finally set the arScene on the renderer
mViroView.Scene = mScene;
}
private void TrackImageNodeTargets()
{
mScene.SetListener(this);
}