Layered ocean shader
GPU sine displacement creates the broad swell while iterative Perlin noise breaks it into natural surface detail.
ODYSSEY / SIMULATION CORE47° 22′ 36″ N 08° 32′ 30″ E
Preparing open water
ODYSSEY
Sampling wave spectrum004%
Procedural ocean simulator
Chase the
untamed horizon.
A real-time sailing world where every swell, gust, and storm is simulated — never scripted.
WS windAD headingSpace pauseM audio
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The simulation
The sea is not a backdrop.
It is the system.
Odyssey treats the ocean as a living physical surface. Wind transfers energy into a layered wave spectrum. Hulls answer that energy point by point. Weather changes the rules while you sail.
60FPS target
∞World seed
12Linked systems
Navigation lab
Choose a bearing.
Let the world unfold.
Set a procedural waypoint and engage the helm. The vessel will resolve the shortest turn, hold course, and calculate progress against the live wind field.
Charted waypoints
Under the surface
Six systems.
One living ocean.
Each layer runs independently. Select a system to inspect its live technical pipeline.
Buoyancy physics
Multi-point hull sampling translates wave energy into pitch, roll, and believable weight.
Sailing mechanics
Trim, heading, and apparent wind resolve into responsive sail force and vessel speed.
Dynamic storms
Pressure, precipitation, sea state, and visibility transition as one connected weather system.
Living seascapes
Procedural islands, coral reefs, caustics, and underwater fog build an explorable world.
Day / night cycle
A continuous solar model shifts reflections, atmosphere, navigation lights, and the night sky.
Technical foundation
GPU shaders✦Sine waves / Perlin noise✦Fresnel reflection / foam✦Physics✦Instancing✦Atmospheric scattering✦
Set a course
Beyond the edge
of the known.
Built as a technical study in real-time water, weather, and motion.
View on GitHub ↗