function onWallHit(wall, projectileData) local material = wall:GetAttribute("Material") local penetration = calculatePenetration( projectileData.Velocity, projectileData.Caliber, material, projectileData.Angle )
if penetration > 0 then local hole = Instance.new("Decal") hole.Texture = "rbxassetid://bullet_hole" hole.Parent = wall hole.Position = projectileData.HitPoint if penetration >= MATERIAL_DATA[material].thickness then spawnRicochet(projectileData, wall.CFrame.LookVector) end end
Document ID: SWS-2025-001 Author: Simulation Systems Analyst Date: April 17, 2026 Version: 1.0 1. Executive Summary The Shoot Wall Simulator Script is a software module designed to simulate ballistic impact interactions on a virtual wall surface. It is widely used in first-person shooter (FPS) training simulators, tactical decision games, and game development environments (e.g., Roblox Studio, Unity, Unreal Engine). The script processes projectile collisions, calculates surface penetration or deflection, and generates visual/auditory feedback. Shoot Wall Simulator Script
| Action | Average Execution Time (ms) | |--------|-----------------------------| | Raycast + hit detection | 0.12 | | Penetration calculation | 0.08 | | Decal spawn + audio | 0.35 | | Ricochet trajectory (per bounce) | 0.22 |
[ P = \fracm v^2 \cos^2\thetaA \cdot R - T ] Implementation Example (Roblox Luau) -- Shoot Wall Simulator
~45 simultaneous impacts. 7. Implementation Example (Roblox Luau) -- Shoot Wall Simulator Script (Server-side) local Walls = script.Parent:WaitForChild("Walls") local MATERIAL_DATA = Drywall = resistance = 2.5, thickness = 0.012, sound = "drywall_impact" , Concrete = resistance = 45.0, thickness = 0.20, sound = "concrete_impact" , Metal = resistance = 28.0, thickness = 0.006, sound = "metal_impact"
function calculatePenetration(velocity, caliber, material, angle) local mass = caliber * 0.05 -- simplified mass proxy local area = math.pi * (caliber / 2000)^2 local cosAngle = math.cos(math.rad(angle)) local energyFactor = (mass * velocity^2 * cosAngle^2) / area local penetration = energyFactor / MATERIAL_DATA[material].resistance return math.max(0, penetration - MATERIAL_DATA[material].thickness) end GTX 1660) in Roblox Studio:
| Parameter | Limit | Justification | |-----------|-------|----------------| | Max round velocity | 950 m/s | Avoids unrealistic penetration through primary barriers | | Minimum distance | 3 m | Prevents point-blank simulation errors | | Wall thickness min | 5 mm | Maintains physics stability | | Ricochet max energy | 60% | Prevents infinite deflections | ⚠️ This script does not control real firearms. It is for virtual simulation only. 6. Performance Benchmarks Tested on a mid-range system (Intel i5, 16GB RAM, GTX 1660) in Roblox Studio: