Module 6 Videos

Module 6 Assessment

Module 6 Challenge

Integrate Mecanim animation with ragdoll physics to build responsive, physically driven character behavior.

Explore Mecanim, configure Animator Controllers, and add ragdoll physics to create responsive character animation.

Combine Mecanim animation workflows with ragdoll physics to create responsive, physically driven character behavior.

This module covers the integration of animations and ragdoll physics to enhance gameplay interactions. Learners will explore Unity’s Mecanim system, configure animator controllers, and implement ragdoll physics for dynamic character responses.

Module 6:  Interacting with Mecanim and Ragdolls

Module 1 Videos

Module 1 Challenge

6 Preview

6 Beta

2023.2

2023.1

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2022.2

2022.1

2021.3

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Module 2 Videos

Module 2 Challenge

Module 3 Videos

Module 3 Challenge

Module 4 Videos

Module 4 Challenge

Module 5 Videos

Module 5 Challenge

Module 7 Videos

Module 7 Challenge

Course Introduction

Module 1 Assessment

Module 2 Assessment

Module 3 Assessmet

Module 4 Assessment

Module 5 Assessment

Module 7 Assessment

Learn how to script interactions in Unity using C# to control GameObjects and gameplay behavior.

Get started with the sample Unity project, configure the Input System, and build a main menu for scene navigation.

Get started with the sample Unity project, set up the Input System, and build an interactive main menu for scene navigation.

Build an interactive main menu by configuring the Unity Input System, UI layout, and scripted scene navigation.

This module covers the basics of getting started with the provided Unity project and creating an interactive main menu. Learners will explore the sample project, configure the Unity Input System, and implement functionality to navigate scenes using UI elements.

Module 1:  Project Overview and Main Menu

Configure a cannon prefab by mapping Input System actions to rotate the barrel, move the wheels, and control player-driven motion.

Configure a cannon prefab with the Input System so players can tilt, turn, and roll the cannon and its wheels.

Configure a player-controlled cannon prefab by mapping Input System actions to tilt, turn, and rotate its barrel and wheels.

This module focuses on configuring the player-controlled cannon. Learners will explore the cannon prefab, connect Input System actions to its components, and implement functionality to tilt and turn the cannon as well as its wheels.

Module 2:  Player Setup

Configure Cinemachine cameras and the Input System to create smooth follow and orbit views around GameObjects.

Configure Cinemachine virtual cameras to follow and orbit GameObjects for smooth, dynamic views.

Configure Cinemachine virtual cameras to follow and orbit GameObjects for smooth, gameplay-ready camera control in Unity.

This module focuses on setting up advanced camera controls using Unity’s Cinemachine package. Learners will configure virtual cameras to follow and orbit GameObjects, providing smooth and dynamic perspectives for gameplay.

Module 3:  Cinemachine Setup

Create projectile prefabs, implement firing and collision behavior, and use particle systems and tags for impact effects.

Build and configure projectile prefabs with firing mechanics, collisions, tags, and particle systems for interactive effects.

Learn to build projectile prefabs, fire them, handle collisions and expiration, and add tagged explosion effects with particle systems.

This module focuses on creating and managing projectiles in Unity. Learners will build a projectile prefab, implement firing mechanics, and configure interactions such as collisions and explosions. The module also introduces using tags and particle systems for dynamic effects.

Module 4:  Projectile Setup

Design and script in-game UI with TextMesh Pro, dynamic score updates, singletons, and toggleable menus.

Learn to build in-game UI with dynamic score displays and menu toggles using Unity UI components and scripting.

Build and manage in-game UI with TextMesh Pro, dynamic updates, singletons, and scripted menu toggles.

This module covers the creation and management of in-game UI elements. Learners will design a score display, update UI values dynamically, and implement functionality to toggle menus during gameplay using Unity’s UI components and scripting techniques.

Module 5:  UI

Enhance gameplay by configuring Audio Source components, scripting sound playback, and syncing audio with in-game events.

Learn to use Audio Source components and scripts to trigger and sync sound effects with gameplay events.

Use the Audio Source component and C# scripting to trigger and sync sound effects with gameplay events.

This module focuses on enhancing gameplay with sound effects. Learners will explore the use of Unity’s Audio Source component, scripting audio playback, and synchronizing sound effects with gameplay events for an immersive experience.

Module 7:  Sound Effects

Programming_Interactions_with_C_Sharp_Scripting_in_Unity-Unity6.zip

Module 6 Challenge - Animations.zip

Take your Unity development skills to the next level by learning how to create program interactions using C# scripting. This hands-on course delves into interactive gameplay mechanics, from setting up player controls and projectiles to integrating animations, ragdoll physics, and sound effects. Using Unity’s Input System, Cinemachine, and Mecanim animation system, you'll learn to create dynamic and engaging player experiences. Perfect for intermediate developers, this course will equip you with the tools and techniques to build interactive projects with confidence while deepening your C# scripting expertise.

By the end of this course, you will be able to:

Navigate and understand the sample project structure.

Configure Unity’s Input System for player interactions.

Design and script a functional main menu with scene transitions.

Modify and script player prefabs to respond to input for movement and rotation.

Set up and configure Cinemachine cameras for smooth tracking and interaction.

Create, instantiate, and manage projectiles using colliders, rigidbodies, and forces.

Design interactive targets and implement collision-based effects, including particle systems.

Build and dynamically update in-game UI using Text Mesh Pro.

Use the singleton pattern to manage UI elements across gameplay.

Create and manage animations using the Mecanim system and animator parameters.

Configure and toggle ragdoll states for dynamic physics-based interactions.

Play and script sound effects for enhanced gameplay immersion.