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using System;
using System.Collections;
using System.Collections.Generic;
using UnityEngine;
using Random = System.Random;

public class InstancedLines : MonoBehaviour
{
    
    struct LineInstanceData

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using System;
using System.Collections;
using System.Collections.Generic;
using UnityEngine;

namespace DictExperiments
{
    public static class DictExt
    {
        public class SceneObjectParser : IDisposable

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using System.Collections;
using System.Collections.Generic;
using UnityEngine;
using UnityEngine.XR.Interaction.Toolkit.AR;

public class CustomPlacementInteractable : ARPlacementInteractable
{
    ARObjectPlacementEventArgs m_ObjectPlacementEventArgs = new ARObjectPlacementEventArgs();
    
    void Update()

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#! /bin/bash
# This command converts audio according to the specifications listed in the Spark docs:
#  https://sparkar.facebook.com/ar-studio/learn/documentation/docs/audio
#  mono m4a, 44.1kHz sample rate, 16-bit-depth resolution
# Usage: 
#  convert-audio.sh myaudio.mp3 converted.m4a
# Notes: 
#  Always use m4a for output file type
#  Change "64k" to a higher value to improve bitrate/quality. e.g. 96k 128k 192k

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const D = require('Diagnostics');
const Scene = require('Scene');
const Patches = require('Patches');
const FaceTracking = require('FaceTracking');
const Shaders = require('Shaders');
const R = require('Reactive');
const Patchers = require('Patches');
const face = FaceTracking.face(0);
const rect = Scene.root.find("rectangle0");
const cam = Scene.root.find("Camera");

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const Diagnostics = require('Diagnostics');
const Scene = require('Scene');
const Shaders = require('Shaders');
const Materials = require("Materials");
const R = require("Reactive");
const CameraInfo = require('CameraInfo');
const Textures = require('Textures');
const Time = require('Time');
const mat = Materials.get("material0");
const cameraTexture = Textures.get("cameraTexture0");

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const Diagnostics = require('Diagnostics');
const Scene = require('Scene');
const Shaders = require('Shaders');
const Materials = require("Materials");
const R = require("Reactive");
const CameraInfo = require('CameraInfo');
const Textures = require('Textures');

const mat = Materials.get("material0");
const cameraTexture = Textures.get("cameraTexture0");

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// How to load in modules
const FaceTracking = require('FaceTracking');
const D = require('Diagnostics');
const Scene = require('Scene');
const TouchGestures = require('TouchGestures');
const object = Scene.root.find("object");

face.mouth.openness.monitor().subscribe(function(event) {
  if(event.newValue > 0) {
    object.transform.x = FaceTracking.face(0).cameraTransform.applyTo(FaceTracking.face(0).mouth.center).x;

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Vector2 screenPos = camera.WorldToViewportPoint( worldPosition );
	
screenPos.x *= guiCanvas.rect.width;
screenPos.y *= guiCanvas.rect.height;

// the element should be anchored bottom/left
uiElement.anchoredPosition = screenPos;

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// Triangle Subdivision based on http://wiki.unity3d.com/index.php?title=MeshHelper
// There is not smoothing of any sort, it will just divide the triangles
// hence the FlatSubdivide name

THREE.FlatSubdivide = function () {

};

// Applies the "modify" pattern