Master Augmented Reality With Unity, Blender & Gen AI Tools.

Convai demonstrates conversational AI for virtual worlds by answering hiking questions and sharing top destinations like the Appalachian Trail, Swiss Alps, and Machu Picchu via the Inca Trail.

Explore rocket propulsion, fuels and oxidizers, thrust, guidance systems, gravity turns, staging, and payload deployment through augmented reality.

Explore building a ground plane AR scene and mid-air AR interactions using Unity, Blender, and Gen AI tools, enabling immersive augmented reality experiences.

Explore the anatomy and function of the human heart, including atria oracles and ventricles, AV valves, septum, and the flow of deoxygenated and oxygenated blood.

Develop a space AR markerless augmented reality app that highlights rocket payloads, satellites, and the physics of thrust, exhaust, and nozzle flow.

Explore building a godzilla ar app using unity, blender, and gen ai tools to master augmented reality workflows, asset pipelines, and real-time rendering.

Explore the types of augmented reality and how it works, including marker based and markerless AR, and how ARKit and ARCore enable virtual content on devices.

Discover Unity as a versatile game engine that enables stunning visuals, realistic physics, and immersive AR experiences, then build an impressive app with Euphoria SDK and Unity particle system.

Install Unity 3D via Unity Hub, choose Windows or Mac, and sign in with a Unity account. Add Android and iOS build support and Visual Studio, explore projects and collaboration.

Create a euphoria developer account to access the euphoria AR sdk for cross-platform AR apps. Complete registration, verify via email, and activate to log in.

Import the v4 Vuforia SDK into a Unity 2022 project by downloading from the Vuforia site, logging in, and adding the SDK to the project, then updating to finalize integration.

Explore the basics of Unity 3D by navigating Unity Hub, opening or creating a project, and managing scenes, assets, and essential components like rigidbody and box collider.

Learn to download free 3D models from Sketchfab, export as FBX, extract with seven zip, and import into Unity via import or drag-and-drop, then adjust materials and maps.

Install and configure the v4 sdk in Unity, import the Euphoria Engine, create the Godzilla image target database, generate a license key, and add the image target for augmented reality.

Place the Godzilla 3D model on the Godzilla image target as a child, set z to zero, scale to 0.35, and rotate 180° on the y axis for webcam augmentation.

Assign the Godzilla animator controller to the 3d model, open the animator panel, create a new state for the ideal animation, and test playback.

Import Unity VFX assets into the Godzilla AR Unity project by signing into the Unity Asset Store, adding free essentials, then use the package manager to download and import.

Attach a vfx prefab to a 3d model, place it on the spine six bone, adjust scale and lifetime, and align albedo textures for the Godzilla fire glow.

Animate a VFX prefab on a Godzilla 3D model by creating a fire attack animation, copying keyframes from Blender, and syncing particle settings and enable/disable states in Unity's animator.

Learn how to add audio effects to a character's vfx prefab in Unity by importing audio, setting platform overrides, creating an audio effects object, and syncing with keyframed animations.

Set up a Unity UI button, import assets, and configure a trigger in the animator controller to switch Godzilla from idle to fire attack animation on click.

Enable usb debugging and developer options, switch Unity to android, set orientation and minimum api level, apply app icon and package name, then build and run the Godzilla ar apk.

Create a markerless Iron Man AR app with Vuforia ground plane in Unity, import Vieuphoria, place the Iron Man model on real ground, and build for Android.

Create a Unity 3D URP project, import the Vuforia SDK, and configure the mid-air positioner and stage to enable Vuforia mid-air drone AR. Import and center the drone model, attach an animation controller, and build an Android APK.

Create a Unity URP project, import the Vuforia SDK, and set up the euphoria AR camera with the app license key to build the Godzilla AR app.

Set up Euphoria ground plane and import the Godzilla fdx model for a markerless Godzilla AR app.

Set up an animation controller for Godzilla AR app, create idle and atomic breath states with transitions, and attach Unity legacy particle pack VFX and audio to 3D model.

Attach a vfx particle system and audio to the Godzilla 3d model by duplicating a flamethrower prefab, parenting it to the head bone, and assigning audio to the particle system.

Create new Godzilla idle and atomic breath animations with vfx and audio, copy-paste keyframes, adjust particle systems and emission, and colorize flames using hue-saturation on a sprite sheet.

Explore Convoy, a platform for developers and creators, featuring chatbot, action, and speech APIs, plus a knowledge bank and sense aware action for multimodal NPCs in AR and virtual worlds.

Set up a Cornwall Unity project and build a Convoy AR app by importing the Convoy NPC AI engine, installing AR packages, configuring Android build, and running the demo.

Fix AR lighting issues by enabling the inspector option, set up a three-point white lighting rig with no shadows for mid-range devices, then build and test the app.

Download and configure the Godzilla AR Unity project by importing assets and sdk files into Unity Hub, then set Android build options and build and run.

Email your course purchase receipt to Cubic Studio at gmail.com to access the Unity3D 100+ assets giveaway, or send a screenshot of the receipt for free assets.

Delete objects with X or right-click delete, add objects with shift + A from cube, cylinder, sphere, and position via 3D cursor. Duplicate objects and switch views from view menu.

Mark models and materials as assets, save the Blender file, then use an asset library in preferences and the asset browser to drag assets into your scene.

Enter camera view using the camera icon or zero on the numpad. Move with G, zoom with the middle mouse, and align to view via Ctrl+Alt+Zero, then lock to view.

Enable x-ray view in edit mode to select parts on the far side without rotating the viewport, and use the drop-down to adjust model opacity (hotkey alt + c).