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Mouton Exploring game

By @Lol123rl

  • 4 Devlogs
  • 12 Total hours

A game about exploring mountains
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@Lol123rl on Mouton Exploring game

56m 48s logged

added more gamemodes and added a title screen. Just started molti player

@Lol123rl

added more gamemodes and added a title screen. Just started molti player

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@Lol123rl on Mouton Exploring game

7h 10m 47s logged

Over 8-hours,, I built a fully functional, large-scale 3D first-person sci-fi game from scratch in Godot. The project focuses on a massive 50-player laser tag concept, splitting the battlefield into two teams of 25 (the player’s team versus smart enemies). Because the map is quite big, matches currently run long. However, completing a working first-person shooter loop with working AI, atmosphere, and custom health mechanics in a single day is a major technical milestone.

  1. Features Implemented Translucent Fog SystemTo solve the visual emptiness of a large map and add atmosphere, I implemented a translucent white fog effect.Purpose: It blocks long-range vision, forcing players to navigate carefully.Impact: It turns the massive arena into a high-stakes environment where enemies suddenly appear out of the white mist.

Laser Gun MechanicsI coded and integrated a functional laser gun weapon system. It handles first-person aiming and registers fast, accurate sci-fi shots across the battlefield, complete with laser visuals that slice through the fog. 50-Player Smart AI Infrastructure. The biggest achievement of this 8-hour time was setting up 50 entities on the field that spond over time. Teammates: 24 AI allies that fight alongside the player.Smart Enemies: 25 aggressive AI units programmed to hunt down opponents and eliminate the player’s team.
Optimization: Balancing 50 moving, targeting characters in a 3D Godot environment while keeping the game playable required clean, fast logic loops.

  1. Combat Logic & Dual-Zone Health to make the laser tag gameplay tactical, I designed and coded a specific combat system that rewards headshots:Instant Elimination Headshots: If you or an enemy take a direct laser hit to the head, it results in an immediate elimination.2-Life Body Armor: To balance the difficulty, shooting the body is more forgiving. Players and AI have exactly 2 lives for their body armor before being removed from the match.

  2. Future Milestones & Next StepsWith the core gameplay loop completed in one day, my next goal is to add more traditional laser tag elements to fill out the large map and speed up match times.Bunkers: Placing sci-fi structures across the open terrain to provide tactical cover.Targets: Adding shootable targets around the map for extra objectives.Pacing Tweaks: Adjusting player movement or AI paths to bring the 50 players together faster.

  3. Conclusion Developing a smart AI system, a dual-zone health mechanic, custom fog, and a working laser weapon in just 8 hours taught me a lot about rapid prototyping in Godot. The game is already fun to play, and the foundation is ready for a major arena expansion.

@Lol123rl

Over 8-hours,, I built a fully functional, large-scale 3D first-person sci-fi game from scratch in Godot. The project focuses on a massive 50-player laser tag concept, splitting the battlefield into two teams of 25 (the player’s team versus smart enemies). Because the map is quite big, matches currently run long. However, completing a working first-person shooter loop with working AI, atmosphere, and custom health mechanics in a single day is a major technical milestone.

  1. Features Implemented Translucent Fog SystemTo solve the visual emptiness of a large map and add atmosphere, I implemented a translucent white fog effect.Purpose: It blocks long-range vision, forcing players to navigate carefully.Impact: It turns the massive arena into a high-stakes environment where enemies suddenly appear out of the white mist.

Laser Gun MechanicsI coded and integrated a functional laser gun weapon system. It handles first-person aiming and registers fast, accurate sci-fi shots across the battlefield, complete with laser visuals that slice through the fog. 50-Player Smart AI Infrastructure. The biggest achievement of this 8-hour time was setting up 50 entities on the field that spond over time. Teammates: 24 AI allies that fight alongside the player.Smart Enemies: 25 aggressive AI units programmed to hunt down opponents and eliminate the player’s team.
Optimization: Balancing 50 moving, targeting characters in a 3D Godot environment while keeping the game playable required clean, fast logic loops.

  1. Combat Logic & Dual-Zone Health to make the laser tag gameplay tactical, I designed and coded a specific combat system that rewards headshots:Instant Elimination Headshots: If you or an enemy take a direct laser hit to the head, it results in an immediate elimination.2-Life Body Armor: To balance the difficulty, shooting the body is more forgiving. Players and AI have exactly 2 lives for their body armor before being removed from the match.

  2. Future Milestones & Next StepsWith the core gameplay loop completed in one day, my next goal is to add more traditional laser tag elements to fill out the large map and speed up match times.Bunkers: Placing sci-fi structures across the open terrain to provide tactical cover.Targets: Adding shootable targets around the map for extra objectives.Pacing Tweaks: Adjusting player movement or AI paths to bring the 50 players together faster.

  3. Conclusion Developing a smart AI system, a dual-zone health mechanic, custom fog, and a working laser weapon in just 8 hours taught me a lot about rapid prototyping in Godot. The game is already fun to play, and the foundation is ready for a major arena expansion.

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