↓ Download SDK 1.8.1

Example: 3D rail shooter

The camera follows a scripted route while target hits are converted to camera raycasts. This produces a polished 3D game without the cost of a full FPS.

Main components

• Cinemachine Dolly Track or Timeline;
• gameplay camera;
• shootable-object layer;
• character Animator controllers;
• mission sequence controller;
• VORIVOX SDK.

Raycast from a hit

private void OnHit(VorivoxHit hit)
{
    Ray ray = gameplayCamera.ViewportPointToRay(
        new Vector3(hit.NormalizedX, hit.NormalizedY, 0f));

    if (!Physics.Raycast(ray, out RaycastHit rayHit, 250f, targetMask))
    {
        RegisterMiss();
        return;
    }

    if (rayHit.collider.TryGetComponent(out ShootableTarget target))
    {
        int points = target.ApplyShot(rayHit.point);
        AddScore(points);
        SpawnImpact(rayHit);
    }
}

Mission flow

Briefing → Warehouse yard → Corridor → Hostage room → Result
             20 sec            35 sec         25 sec

Optimization

Measure the scene in Unity Profiler on the VORIVOX reference computer before optimizing it. Static geometry and fixed light sources can use precomputed lightmaps through Baked Global Illumination, reducing CPU and GPU work during gameplay.

• use LOD Group for distant objects;
• limit transparent particles and full-screen effects;
• preload the next route segment without interrupting gameplay;
• reuse impact effects through object pooling instead of repeatedly creating and destroying GameObject instances;
• measure frame rate, CPU/GPU frame time and memory in the release Linux build;
• do not download game assets or executable code from the internet during a session.

Playground demonstrates the shared contract in a browser. It is not a Unity Player or a C# package test.