aMAZ3

This is the remastered version of my scenario "aMAZE": You are spawned inside of a maze and have to find yourself to the green target.

Controls:
WASD/Arrow keys - Movement
EQ - Straving
Shift - Sprint

The mazes are randomly generated - they are always possible. The algorithm to generate the mazes is the same as in the initial version, but about everything else has changed.

The rendering is done using a sort-of 2D self-written ray-tracer. This means, that the image is rendered by shooting many rays from the players point of view and testing where they hit.

Performance is WAY BETTER OFFLINE. I strongly recommend you to download the game and play it in the application as there more advanced techniques such as multi-threading is used. Also, resolution scaling is lowered for online, so the image will be a lot sharper offline.

2901 views / 24 in the last 7 days

14 votes | 1 in the last 7 days

Tags: game simulation physics maze first ray raycast raycasting raytracing amaze

This scenario is a member of: UNiTy iN NeEd

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Davidson

2022/4/1

I am a stupid person

Davidson

2022/4/1

Since I lost the challenge, I had to say this as it's a dare given by Jhonath

Davidson

2022/4/1

*given by Jhonathan the Idiot

RcCookie

2022/4/3

Thank you. Why do you mean the fps cap was a problem?

Davidson

2022/4/3

I mean to prevent 3d game from lagging on platform like greenfoot would be difficult for you

RcCookie

2022/4/5

Oh I see. Online, yes performance is always bad. But offline Greenfoot has a very small performance penalty. The main way of optimizing this is to improve the raycasting algorithm. I am working on running on the GPU, and on using a „bounding volume hierarchy“ which groups walls in the same area into groups so not all have to be tested.