Unreal Engine 4 First Person Shooter- Lifeforce Tenka Clone

Unreal Engine 4 First Person Shooter: Lifeforce Tenka Clone, available at $54.99, has an average rating of 4.4, with 75 lectures, based on 42 reviews, and has 435 subscribers.

You will learn about Creating enemy AI behaviours using Blackboards, Behaviour trees and tasks. Sound Implementation. Unreals particle system; Cascade. Pickups. HUD for radar, ammo count and other useful information. Player stamina system. Animation implementation using locomotion and state machines. Core game loop containing a winning and losing condition. Level construction, collision and lighting. Cached Geometry for unusual animations like a chainsaw. Driving animated textures with Blueprint. Controlling animated textures in particles. Player sprint & slide mechanic. Good old camera shake. Animated texture creation: turning a physics based simulation or animation into a shader for use in-game. Handling game pause events. Blueprint class communication. Manipulating an armatures bone at runtime using inverse kinematics. A reusable mechanic where we have a locked door that requires a specific key to open it. This course is ideal for individuals who are Beginner to intermediate Unreal engine users It is particularly useful for Beginner to intermediate Unreal engine users.

Enroll now: Unreal Engine 4 First Person Shooter: Lifeforce Tenka Clone

Summary

Title: Unreal Engine 4 First Person Shooter: Lifeforce Tenka Clone

Price: $54.99

Average Rating: 4.4

Number of Lectures: 75

Number of Published Lectures: 75

Number of Curriculum Items: 75

Number of Published Curriculum Objects: 75

Original Price: ￡24.99

Quality Status: approved

Status: Live

What You Will Learn

Creating enemy AI behaviours using Blackboards, Behaviour trees and tasks.

Sound Implementation.

Unreals particle system; Cascade.

Pickups.

HUD for radar, ammo count and other useful information.

Player stamina system.

Animation implementation using locomotion and state machines.

Core game loop containing a winning and losing condition.

Level construction, collision and lighting.

Cached Geometry for unusual animations like a chainsaw.

Driving animated textures with Blueprint.

Controlling animated textures in particles.

Player sprint & slide mechanic.

Good old camera shake.

Animated texture creation: turning a physics based simulation or animation into a shader for use in-game.

Handling game pause events.

Blueprint class communication.

Manipulating an armatures bone at runtime using inverse kinematics.

A reusable mechanic where we have a locked door that requires a specific key to open it.

Who Should Attend

Beginner to intermediate Unreal engine users

Target Audiences

Beginner to intermediate Unreal engine users

In this course, you will be creating a full first person shooter game which will be heavily inspired by one of my childhood favourites, “Lifeforce-Tenka” by Psygnosis. All of the in-game assets will be made available so we can focus more on being creative with the actual game development process.

Course Curriculum

Chapter 1: Getting started

Lecture 1: Creating a new Unreal Engine Project

Lecture 2: Preparing the game assets

Chapter 2: Setting Up The Player

Lecture 1: Player class setup

Lecture 2: Player class component Setup

Lecture 3: Gun socket attachment and walk animation

Lecture 4: Setting up jumping

Lecture 5: Setting up crouching

Lecture 6: Setting up the sliding

Lecture 7: Setting up the sprinting

Lecture 8: Movement sound implementation

Lecture 9: Setting up the shooting input event

Lecture 10: Setting up the laser sight

Lecture 11: Setting up the firing animation

Lecture 12: Gun surface clipping prevention

Lecture 13: Muzzle flash setup

Lecture 14: Camera shake for movement and firing

Lecture 15: Ammo consumption

Lecture 16: Spawning the impact particle

Lecture 17: Auto reload

Chapter 3: Setting up the player HUD

Lecture 1: Setting up the player HUD

Lecture 2: Player HUD Logic

Lecture 3: Adding the player HUD to the screen

Lecture 4: Heart rate logic and exhaustion

Chapter 4: Creating the pickups

Lecture 1: Ammo pickup

Lecture 2: Shield energy pickup

Lecture 3: Security key pickup

Chapter 5: Creating the security door

Lecture 1: Security door class creation

Chapter 6: Particle FX

Lecture 1: Electric particle effect

Lecture 2: Explosion particle effect

Chapter 7: Creating the power core

Lecture 1: Setting up the power core components

Lecture 2: Creating the power core logic

Chapter 8: Creating the turret

Lecture 1: Turret projectile particle overview

Lecture 2: Turret projectile components setup

Lecture 3: Turret projectile class logic

Lecture 4: Setting up the turret class

Lecture 5: Turret logic

Chapter 9: Player damage and death events

Lecture 1: Player damage visual screen HUD events

Lecture 2: Creating the game over HUD

Lecture 3: Game over HUD logic

Lecture 4: Player death events

Chapter 10: Turret destruction

Lecture 1: Destroying the turret

Chapter 11: Creating the pause menu

Lecture 1: Creating the pause menu UI

Lecture 2: Creating the pause input

Lecture 3: Pause menu logic

Chapter 12: Creating the main menu

Lecture 1: Creating the main menu class

Lecture 2: Setting up the main menu part 1

Lecture 3: Setting up the main menu part 2

Chapter 13: Creating the objective menu

Lecture 1: Setting up the objective HUD

Lecture 2: Objective HUD logic

Chapter 14: Creating the fade out UI and level complete actor

Lecture 1: Creating the fade out widget

Lecture 2: Creating the level complete class

Chapter 15: Creating the drone

Lecture 1: Drone class setup

Lecture 2: Creating the drone hover motion values

Lecture 3: Applying the drones hover motion

Lecture 4: Damaging the drone

Lecture 5: Drone evasive maneuvers

Lecture 6: Drone AI class setup

Lecture 7: Setting up the drones behaviour tree

Lecture 8: Drone AI state logic part 1

Lecture 9: Drone AI state logic part 2

Lecture 10: Drone damage to player

Lecture 11: Setting the drone target points

Lecture 12: Drone event calls

Lecture 13: Smooth AI rotation

Lecture 14: AI nav link proxy

Lecture 15: Drone seek mode

Lecture 16: Drone door access

Chapter 16: Creating the radar

Lecture 1: Setting up the radar interface

Lecture 2: Setting up the radar logic

Lecture 3: Calling the radar

Chapter 17: Creating the vent cover

Lecture 1: The vent cover class

Chapter 18: Level design your way

Lecture 1: Editing Level 1 part 1

Lecture 2: Editing Level 1 part 2

Lecture 3: Removing debug prints

Chapter 19: Packaging the game

Lecture 1: Packaging the game

Instructors

Luke Jeffers
Project Creator

Rating Distribution

1 stars: 0 votes

2 stars: 2 votes

3 stars: 3 votes

4 stars: 16 votes

5 stars: 21 votes

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