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https://github.com/themabus/get-the-balance-right

Simple game engine CPU strain benchmark with a tiny raytracer
https://github.com/themabus/get-the-balance-right

benchmark csharp defold gamemaker gdscript gml gms gms1 gms2 godot godot3 godot4 love2d performance raytracer rgss rgss3 rmmv rmxp

Last synced: 21 days ago
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Simple game engine CPU strain benchmark with a tiny raytracer

Host: GitHub
URL: https://github.com/themabus/get-the-balance-right
Owner: themabus
Created: 2023-10-09T13:20:32.000Z (about 1 year ago)
Default Branch: main
Last Pushed: 2024-06-22T11:13:11.000Z (5 months ago)
Last Synced: 2024-10-04T22:08:16.357Z (about 1 month ago)
Topics: benchmark, csharp, defold, gamemaker, gdscript, gml, gms, gms1, gms2, godot, godot3, godot4, love2d, performance, raytracer, rgss, rgss3, rmmv, rmxp
Language: Yacc
Homepage:
Size: 5.48 MB
Stars: 2
Watchers: 1
Forks: 0
Open Issues: 0
Metadata Files:
- Readme: README.md

Awesome Lists containing this project

README

        # Get-the-Balance-Right

This is 256 line C++ [tinyraytracer](https://github.com/ssloy/tinyraytracer) by Mr. Dmitry V. Sokolov ([ssloy](https://github.com/ssloy)) ported to several higher level game engines.


Some older ones (but still quite popular) and some more recent ones.


![original](original.png)


All projects are made to display execution time in milliseconds, so that performance could be measured.


Operations include: trigonometry, vector math and data structure handling.


It is unoptimized - no lookup tables, no fixed-point, inlining, etc.,


which presents more life-like model and evens out the playing field.


Shaders are not used.


Drawing routines are not timed.





|engine|time(ms)|size(kb)|open source|beats 486|

|:---|---:|---:|:---:|:---:|

|C++ (original - file output)|350|61|🌝|✔|

|GML|

|Game Maker 6.1 (patched)|251400|1933|🌑|❌|

|Game Maker 7.0|256000|2316|🌑|❌|

|Game Maker 8.0|109000|2341|🌑|❌|

|Game Maker 8.1|113100|4143|🌑|❌|

|Enigma 0.0.5.0|65500|2859|🌝|❌|

|`OpenGMK`|64000|+6709|🌝|❌|

|GameMaker Studio 1.4 (VM)|40900|6409|🌑|❌|

|GameMaker Studio 1.4 (YYC)|7900|6139|🌑|✔|

|GameMaker Studio 1.4 (HTML5)|2600|1127|🌑|✔|

|GameMaker Studio 2.2.5 (VM)|38800|4939|🌑|❌|

|GameMaker Studio 2.2.5 (HTML5)|11500|1418|🌑|✔|

|GameMaker Studio 2023.8.1 (VM)|51000|12283|🌑|❌|

|GameMaker Studio 2023.8.1 (HTML5)|18100|2331|🌑|❌|

|GameMaker Studio 2024.8.1 (VM)|45400|12990|🌑|❌|

|GameMaker Studio 2024.8.1 (HTML5)|18100|2598|🌑|❌|

|DIV|

|BennuGD r348|15100|4366|🌝|✔|

|PixTudio 2016.12.16|15800|22346|🌝|✔|

|Basic / Basiclike|

|AppGameKit 2023.01.26 (Tier 1)|47900|7632|🌑|❌|

|Blitz3D	1.110|1200|1510|🌝|✔|

|BlitzMax 1.50|600|1571|🌝|✔|

|BlitzMax NG 0.136|980|3794|🌝|✔|

|Monkey-X 87a (GCC)|1800|1636|🌝|✔|

|Monkey-X 87a (HTML5)|750|104|🌝|✔|

|Cerberus-X 2023-05-26 (GCC)|1800|2840|🌝|✔|

|Cerberus-X 2023-05-26 (HTML5)|780|488|🌝|✔|

|Monkey 2 2018.09|740|14622|🌝|✔|

|Wonkey 2022.04|800|16886|🌝|✔|

|Pascal / Delphi|

|ZenGL 0.3.12 (FPC 3.2.2)|690|315|🌝|✔|

|Castle Game Engine 7.0 (FPC 3.2.2)|200|16816|🌝|✔|

|Ruby|

|RPG Maker XP (Ruby 1.8.1)|108000|841|🌑|❌|

|RPG Maker VX (Ruby 1.8.1)|84000|162|🌑|❌|

|RPG Maker VX Ace (Ruby 1.9.2)|18200|1256|🌑|❌|

|`RGDirect 1.5.4`|61500|+1268|🌑|❌|

|`MKXP-Z`|40000|+26849|🌝|❌|

|JavaScript|

|RPG Maker MV 1.6.3 (clean)|2200|165968|🌑|✔|

|Lua|

|Defold 1.6.0 (LuaJIT 2.1.0-b3)|5500|7484|🌔|✔|

|LÖVE 11.4 (LuaJIT 2.1.0-b3)|3700|+love2d|🌝|✔|

|Python / Pythonlike|

|Godot 3.5.3 (GDScript)|5700|38105|🌝|✔|

|Godot 4.1.2 (GDScript)|4700|68727|🌝|✔|

|Pygame 2.5.2 (Python 3.7.2)|4300|+python|🌝|✔|

|C#|

|Godot 3.5.3 (C#)|660|74623|🌝|✔|

|Godot 4.1.2 (C#)|230|144297|🌝|✔|

* OpenGMK, RGDirect and MKXP are runtime replacements for already assembled binaries.


* Execution times below 1 sec. reported with higher precision.





These projects could also be useful as a 'Hello World!' programs, when moving from engine to engine


and you want to familiarize yourself by jumping right in, instead of going through tutorials.





Enjoy!






I added for reference timings from MS DOS16/32 version using various compilers and extenders, 


running on Am5x86 133, which is basically a beefed up 486. They used to rate them as Pentium 75 or 90,


but that was largely marketing - they were noticeably weaker than those. I'll probably come back to this


and update it with optimized version - lookup tables/fixed point math, which would be typical


for this hardware. Probably won't do assembler optimizations though.





|engine|time(ms)|size(kb)|open source|

|:---|---:|---:|:---:|

|DOS16 on Am5x86 w/Fastgraph|

|Borland C 4.5|28820|57|🌑|

|Microsoft C 8|26070|37|🌑|

|Digital Mars C 8.5|30030|58|🌓|

|Open Watcom C 2|25190|40|🌝|

|DOS32 on Am5x86 w/MetaWindow|

|Borland C 4.5 (Power Pack)|21010|345|🌑|

|Microsoft C 8 (Phar Lap TNT)|18150|524|🌑|

|Digital Mars C 8.5 (HX)|crash|496|🌓|

|Open Watcom C 2 (DOS/4GW)|18260|588|🌝|

* Digital Mars C = Symantec C = Zortech C