UNSURVEYED - Reality Capture Game

A high-stakes simulation of indoor scanning with the Leica RTC360.

Experience the daily grind of a reality capture specialist in conditions ranging from strictly realistic to purely fantastic.

No Tutorials 🚫 There is no hand-holding here. If you are a true scanning professional, you’ll figure it out yourself. I trust your gear-head instincts and field experience.
Hardcore Management ⚖️ Find the perfect balance between the number of setups and total coverage area. You must account for real-world scan registration criteria. There is no room for georeferencing errors. Every millimeter counts!
Hidden Defects & Cultural Eggs! 🥚 We’ve cluttered the levels with "artistic references" to distract you from the crushing reality of your job. Try to spot them all before your scanner gets confused and decides the floor is actually the ceiling.

Please note that the game is designed specifically for mouse and keyboard. To ensure the best experience and proper control, do not use a phone or tablet. Please open the game on your PC.

Single-File Architecture: Entire game engine, logic, and UI compressed into a single HTML file (< 1MB) for instant, zero-asset loading.

Sprite-Less Graphics Engine: 100% mathematical rendering using the HTML5 Canvas API; characters and equipment are drawn as dynamic geometric primitives.

Registration Algorithm: Integrated RMS Error Calculation logic that simulates manual alignment and optimization found in Leica Cyclone REGISTER 360.

Randomized Events: A weighted engine triggering technical and pop-culture "surprises" based on player actions and time.

Messenger Bot: Simulated client chat interface to replicate real-world site distractions and project FAQ management.

Environment Simulation: Dynamic logic for Fog, Snow, and Darkness

Procedural Level Generation: Automatically generates unique room layouts and obstacle placements for every session—no pre-made maps.

Dynamic Point Cloud Density: Procedural "scan" effect that calculates line-of-sight and populates data points in real-time based on scanner position.

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