#Sid meiers starships openai how to#
#Sid meiers starships openai code#

Combat for players and combat for creatures was completely different, and the magic system for creatures was entirely faked. None of the creature/enemy systems were the same as the player systems.

#Sid meiers starships openai code#

I worked on a MMORPGer years ago, and we inherited all the code and systems from devs that had left the company. Allowing the AI to cheat can sometimes be a good way of providing that challenge, especially when it allows you to improve the experience in other ways such as cutting down on the time it takes to process AI turns. Your goal is to provide a challenge that feels satisfying for the player to overcome.

But the point of this example is that your goal as a game designer doesn't necessarily need to be giving the player a 'fair' fight when you are designing your AI. There are many who will feel this kind of difficulty scaling is cheap and unfair. Now, this might not be the kind of challenge that you want to provide to your player.

#Sid meiers starships openai how to#

So the challenge for the player becomes how to out-think and out strategize a better resourced opponent, and learning the game's systems well enough that you can use things like the personalities of the AI factions to your benefit. Instead, each leader has a 'personality' and general strategies that they tend to build towards, and difficulty is scaled by just giving the AI more resources, more gold, more starting units, and so on in order to increase the difficulty. The amount of computing power necessary would end up making turns take potentially dozens of minutes to process as the AI micromanages everything. Part of the reason for this is just because at the level of complexity that Civ has, you can't really rely on having 'smarter' AI to provide the player with more challenge. The Civilization games are famous for having AI that 'cheats,' especially at higher difficulties. > Sid Meier's Civilization has entered the chat. I'm making a strategy game, so it's important that the player and AI use the same system for consistent results and to ensure a level playing field. But being simpler allows you to make simpler ai decisions, check for less transitions and run less code for actions. Is it any more performant? Probably.but it still depends on how you coded it. They could have a simpler AI, since they only need to argo and attack the player. Another example: ARGP: the enemies may not have talents, usable items, useable gold etc. Why does the AI not buy items for example. The players would probably see the difference in quality here. ECS is probably the solution for quality and performance than giving the AI a different system.

If it's going to be so many hundreds of bots. The additional stress on the game in this situation is usually the fact multiple FSMs will run multiple instances of actions/transitions etc and then the AI decision making process. yet they could run the same performancewise. Complex doesn't mean it isn't performant. It really depends on the game and architecture etc. As a result you're looking at a single variable ( maybe pulling it directly from the gun) versus all the checks and balances associated with bullet spread, reload time, etc. where a player has to keep track of rate of fire or cooldowns, they just have the AI fire in bursts at an arbitrary speed lower than the ROF. There's very little mention made of 'combat-system' logic in performance, i.e. If you have the time, there's a nice video by the Halo 1 devs going over a lot of what they did for their AI, and most of their backend was dedicated to positioning and state-machine logic so that the different races/units would have distinct behaviors. A pretty common example is that you don't see enemies running out of ammo very often. It really depends on the genre, but broad-strokes: you want the player to feel like the enemies are using the same tools with the same limitations as you, but there's lots of optimizations can be made on the backend so they aren't literally performing every check that's present for the player.