Augmented And Virtual Reality (AR & VR) Course

Augmented And Virtual Reality (AR & VR) course is offered by Anika Technologies. Anika Technologies offers comprehensive training programs that cover a wide range of topics, including emerging technologies, software development methodologies, data analytics, cybersecurity, cloud computing, and more.

Outline:

• 1.Course Overview – Experience VR and AR
• 2.Introduction:
• Introduction to AR
• Introduction to VR
• Difference between AR and VR
• Commercial aspects of AR and VR
• Developer View – Development Platforms
• 3. Types of Content – Creating Experiences for AR and VR
• 4. Introduction to Unity 3D
• Welcome to the Third Dimension
• Getting to grips with 3D
• Coordinates
• Local space versus World space
• Vectors
• Cameras
• Polygons, edges, vertices, and meshes
• Materials, Textures, and Shaders
• Rigid Body physics
• Collision detection
• Essential Unity concepts
• The Unity way
• Assets
• Scenes
• Game Objects
• Components
• Scripts
• Prefabs
• The interface
• The Scene window and Hierarchy
• The Inspector
• The Project window
• The Game window
• Working with inspector
• Scripting Basics
• Javascript Vs. C#
• Measurement tools
• Keeping a unit cube handy
• Using a Grid Projector
• Measuring the Ethan character
• 5. Unity 3D UI
• The Canvas
• Rect Transform
• Image, Text, Rendering and effect.
• Input, Selectable, Navigation and Transitions
• Scrolls and Masks
• Automatic Layout Groups
• DAY 2: AR and MR Day
• AR Basics
• AR SDKs Capabilities
• AR SDK Comparison
• AR – Vuforia Overview
• AR – Unity Basics (with GVR)
• AR - the Mixed Reality way
• Vuforia Overview
• Image Target
• VuMark
• Multi-Targets
• Cylinder Targets
• Frame Markers
• Text Recognition
• Object Recognition
• Object Target
• Virtual Buttons
• Cloud Recognition Service
• Building AR Applications
• Vuforia License overview
• Vuforia Studio Overview
• Vuforia – Android SDK Overview
• Vuforia – iOS SDK Overview
• Day 3 – VR Day
• Types of VR Experiences
• 360 Degree Content Development
• Still Content
• Live Action Videos
• Photogrammetry Overview
• Editing 360 content with Adobe Photoshop and After Effects
• 360 Live Action – Good Practices
• 360 Content and Unity
• Easy Movie Texture
• UV Sphere
• Playing Logic
• VR Build and Run
• VR device integration software
• Unity's built-in VR support
• ii. The device-specific SDK
• 3D worlds
• Creating the MeMyselfEye prefab
• Build for the HTC Vive
• Build for Google VR
• The device-independent clicker
• f. How virtual reality really works
• Gaze Based Control
• Ethan, the walker
• Artificially intelligent Ethan
• The Navmesh bakery
• A random walker in the town
• The RandomPosition script
• "Zombie-ize" Ethan!
• Go where I'm looking
• Artificially intelligent Ethan
• The LookMoveTo script
• Adding a feedback cursor
• Observations
• If looks could kill
• The KillTarget script
• Adding particle effects
• Cleaning up
• DAY 4 – VR Day 2.0
• World Space UI
• A reusable default canvas
• The visor HUD
• The reticle cursor
• The windshield HUD
• The game element UI
• The info bubble
• An in-game dashboard with input events
• A responsive object UI with head gestures
• First Person Character
• Understanding the Unity Characters
• Making a First Person
• User Calibrations
• Maintaining a sense of self
• Locomotion, teleportation and sensors
• Managing VR Motion Sickness
• Making a Combo application – VR and AR
• Question and Answers