TPS Prototype - Third Person Shooter Game Prototype

A prototype third-person shooter game built with Pascal using the Raylib graphics library and custom game engine components.

📋 Overview

TPS Prototype is a demonstration project showcasing a third-person shooter game with:

• Third-person and first-person camera modes
• Player movement with animations (idle, walk, run, jump)
• Weapon system with attached models
• Enemy AI (zombies) with targeting and states
• Physics-based interactions
• Debug visualization tools

🎮 Features

Player Controls

• WASD - Movement
• SPACE - Jump
• LMB - Shoot
• C - Switch between third-person and first-person camera
• M - Toggle mouse look
• F1 - Toggle debug mode

Camera System

• Third-Person Camera: Follows player with configurable offset and occlusion
• First-Person Camera: Direct view from player's perspective
• Smooth camera transitions
• Occlusion detection (third-person)
• Adjustable far plane with UP/DOWN arrows

Enemy System

• Zombie AI with states: Idle, Chase, Attack, HitReact, Dead
• Health and damage system
• Target tracking
• Animation state management

Visual Features

• R3D rendering engine with bloom, SSGI, SSAO
• Dynamic lighting with shadows
• Model loading (GLB/GLTF formats)
• Animation support
• Debug visualization (physics capsules, raycasts, camera frustum)

🛠️ Technologies

• Language: Object Pascal (Free Pascal)
• Graphics: Raylib + R3D rendering engine
• Physics: Kraft physics engine
• Models: GLB/GLTF format support
• Animations: Skeleton animation system

Configuration

Adjust game parameters in the code:

• PLAYER_SPEED - Normal movement speed
• PLAYER_RUN_SPEED - Sprint speed
• CAMERA_OFFSET_HEIGHT - Camera height above player
• Enemy stats in Zombie.SetStats()

🎯 Controls Reference

Key	Action
W/A/S/D	Movement
SPACE	Jump
Left Mouse Button	Shoot
C	Camera mode switch
M	Mouse look toggle
F1	Debug overlay toggle
X	Toggle X-ray mode
UP/DOWN	Adjust far plane
1/2/0	Toggle layer visibility

🐛 Known Issues

• Weapon attachment positioning may need adjustment per model
• Animation names are hardcoded and may need updating for different models
• Physics slop values may need tuning for different scales

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Built with ❤️ using Pascal and Raylib