Lists:
- trilarion.github.io/opensourcegames/
- www.slant.co/topics/1933/~best-open-source-games
- libregamewiki.org/Main_Page
- www.reddit.com/r/opensourcegames/comments/197luuk/what_is_the_best_open_source_game_in_your_opinion/
- www.pcgamer.com/yall-know-about-these-huge-lists-of-free-open-source-game-clones-right/ is a list of lists
Why would anyone ever waste time playing a closed source game, when this will inevitably lead to endless hours of decompilation down the line when you want to:
- fully understand how the game works, notably to help with TASsing
- improve the game's flaws as devs drop support (or lose source code and have to late reverse-engineer their own fucking game?) :-)
Those who devote their time to the useless development of open source video games, before we even have decent open source development tooling, will, without a doubt, have their place in Heaven.
- tower defense
- www.edopedia.com/demo/pixeldefense possible source github.com/jesseakt/PixelDefense 2020-03 desperately lacks a fast forward button and enemy health bars
- platformer
- 2D platformer
- teeworlds: does not run on Ubuntu 21.10,
X Error of failed request: BadValue
- teeworlds: does not run on Ubuntu 21.10,
- 3D platformer
- 2D platformer
- OpenClonk: Terraria-like 2D mining crafting game. Pretty well done. Not sure if you can have a super huge open world. The fact that the music stops completely so often is a bit saddening.
- Pingus: Lemmings clone. Very good!
- github.com/The-Powder-Toy/The-Powder-Toy: en.wikipedia.org/wiki/Falling-sand_game in C++. No Ubuntu 19.10 package it seems, but was easy to compile from source.
- roguelike
- Worms clone
- Hedgewars
- pokemon clone:
- Tuxemon. Worked on Ubuntu 21.10. 20ea4181e1c0db04934ee69951ea1836a3b1f642
- ARPG
- Diablo II clones:v1.12 download Worked well on Ubuntu 21.10.
- github.com/flareteam/flare-game game engine
- flarerpg.org/mods/flare-empyrean/ game made with the engine
- The Mana World: www.themanaworld.org/ Started somewhat as a loose The Secret of Mana clone, but they've added online play capabilities, effectively making it a MMORPG.Their user acquisition as of 2021 is really bad. Download is a wiki page, there are two client versions, etc. The .deb did not work out o box on Ubuntu 21.10 due to unmet dependencies:fails with:
sudo apt install ./manaplus_amd64.debso it won't be able to play without trying to compile and possibly minor ports since the deb does not packs dependencies. Some requests for a release with all dependencies prepacked:Their home page says it all:manaplus : Depends: libpng12-0 (>= 1.2.13-4) but it is not installable Depends: libsdl-gfx1.2-4 (>= 2.0.22) but it is not installable Depends: manaplus-data (= 1.6.4.23-2) but 1.9.3.23-6 is to be installedSad.Server status: Online: 9 players
- Diablo II clones:
- Factorio clones:
- github.com/tobspr/shapez.io Also browser based.
YouTube review channels:
Some of their archiving accounts:
This is obviously the most efficient investment any non-English speaking country must do, because you need to know English to be able to learn from rich countries and innovate.
Further discussion at: Section "Having more than one natural language is bad for the world".
Poor countries don't have a lot of money.
Therefore, you have to pick a few key the next big thing deep tech bets, and invest on those enough.
These have to be few, because your country is poor, and so you can't invest on everything.
Therefore, the bets have to be well selected, because it is useless to make several insufficient investments: you have to pick a few ones, and put enough time and money into each one of them for them to stand any chance. These bets should be made and reevaluated on 5/10 year horizons.
The key things that you have to select are:
- which poor students you will bet on educating. Since you can't give amazing education to everyone, you have to select the most promising poor students somehow, and give those free amazing learning conditions: free gifted education
- which ares to focus on. Ciro believes that molecular biology technologies and quantum computing would be good bets. Focusing on the previous next big things, e.g. classic computers, is always a losing bet on average
And then you only tax those companies heavily when the start to bring in real money. These are startups remember! You only need 5 unicorns a year to call it a success. And countries should not be greedy and invest through equity, but rather recoup their investment through taxation alone.
Ciro's second removed uncle, who was a physicist at the University of Campinas, one of the best universities in the country, told him an anecdote. He had moved from fusion energy research to solar cell research. At some point, there was a research lab that needed 10 million to buy a machinery critical for their experiment. They asked and asked, and finally the government gave them only 2 million. So in the end they spent those 2 million in random ways, but of course did not achieve their research goal and no money came out of it.
He also explained how as a result of the insufficient investments, he felt clearly that some of the semiconductor production facilities related to solar power he saw simply were not able to control the production process adequately to produce consistent silicon. As a result, everything failed sooner or later as people found more and more bugs that they did not have the time to solve.
Another key investment is enticing back experienced exchange-students who have learnt new techniques to be heads of laboratory/founders to back in your country.
A fantastic initiative from Brazil for example is BRASA, which aims to put together Brazilian exchange students to make a difference back in Brazil.
Do not try to forbid external companies from selling in your country. Instead, fund your own companies to be able to fight the external market off. And if they can't, let them die and pick a different bet. Video "How Taiwan Created TSMC by Asianometry (2020)" has a good mention. Protectionism is something that Brazil notably tried to do, and look at what it led, not a single international success.
This is a good initiative. It doesn't go nearly as deep as it needs to go to fix students must have a flexible choice of what to learn, but it is a start!
Host: Ben Krasnow.
Deals with materials, chemistry, microscopy, electronics.
Uber practical, well described setups deep science stuff, he is awesome and has been at Google since 2014: www.linkedin.com/in/ben-krasnow-6796a94/
Ben studied at University of California, Santa Barbara.
This dude is mind blowing. Big respect.
Some of the most impressive videos are the ones in which he goes and extracts metals from minerals himself all the way.
But God, the typography of the channel name is so insane! Why no space???
Shame the academic system wasn't compatible with him: www.reddit.com/r/codyslab/comments/f5531p/codys_qualifications/ Maybe there were safety issues involved though.
What's Been Going On With Cody'sLab? by Cody'sLab (2019)
Source. Cody opening up about some issues he's having life. Notably: being naughty and creative are correlated.The failure of the California's high-speed by Vox (2022)
Source. Basically:One is reminded of the Superconducting Super Collider on the federal level issues.
- too much local power
- republican/democrat partition means federal projects start in one government, get killed on next
youtu.be/rcjr4jbGuJg?t=457 though mentions that the Palmdale detour was mainly to avoid some hills.
The key content previously on this page was moved to the following sections:
Ciro Santilli's favorites are:He used to also play some first-person shooters as they can be fun to empty your brain.
Website: xkcd.com/
This webcomic is venerated by software engineers as of 2020.
Being able to quote the right one at the right time is considered a fundamental shibboleth of the profession.
And with reason.
Licensed under Creative Commons license CC-BY-NC, amazing!!!
Good luck.
Some that Ciro Santilli likes:
There are unlisted articles, also show them or only show them.