CreepTD Community

It would be interesting to see the optimal income curve, so you can compare how good the players were to the best possible income. That curve could be pre-calculated somehow, in a manner that you first send mantas all the time, then toucans, etc, and never send anything bigger unless you spend the money just before round ends

This is how it would look like:


Where blue is the optimal income.

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Yeah we only need one curve calculated. It's not that hard to calculate, could do it "brute force" way too, so you just leave the game running with simple AI which predicts how many creeps of each class it can send at which income, and then just run it as long as the AI can't spend the money anymore: then the rest of the curve can be calculated easily to infinity amount of time.

Income from kills isn't necessary, and I don't think it would even make the curve much more higher, compared to real player curves, because players need to spend a lot money for defense, while the optimal curve doesn't. So I think without creep kills income add, the optimal curve would still always be higher than any player.

I wanted to see this curve for a reference point to see how efficient every player was; if the best player curve is a lot lower compared to optimal curve, it means it was very nooby game, so you can quickly judge how good players there were.

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Interesting, didn't think about that at all. But by quick calculations, it won't work. Here is why: you can send around 80 creeps each round, 80*500 = 40k. If you send one zeus and rest on mantas, it means you have only ~140k income, and if you can send 80 creeps per round, 80*8000 = 640000, a lot higher than your income, so zeus isn't better.

I think the easiest way to calculate this, is to calculate how many of which class creeps you can send per round, including the pause coming from keyboard waiting, which is around 1 second. So, you can send 40k for mantas, 640k for toucans, 4.8M for titans, and rest for motherships.

If you have 6.2M income, you would simply calculate: 6.2 - 4.8 = 1.4M for class 4 creeps, which means: 1.4 - 1.25 = 1 mothership, 1 zeus (and 2 sharks if time for it), and 4.8M for titans.

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I think the maximum is around 90 (after some tests). With 100 you can indeed spend the money, but you don't have any time to switch to the other class. You could spend 100 for mantas only, though!


I don't know, but I thought to make this same way as cashier returns specific amount of change for you: first he subtracts the largest piece of money, then second largest, and so on. You don't need to know how many ways you can do that, you simply just subtract first the largest chunks off as long as you can until you can't anymore, then you move to smaller pieces until there is no money to subtract from. This could be calculated in a split of a microsecond, and if it notices the delays from key switching are too high, it will calculate it again, until it finds the optimal sequence. So, we don't really need it to be one math problem, it could be just solvable by simple AI like that. Even if it was super slow to do, it wouldn't matter because we only calculate it once after all

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take a sheet of paper and a pen.... you can easily write that down if ur interestet in it..
1:200 2:240 3:260 4:310 5:340 6:370 7:405 8:445 9:495 10:540 11:590 12:645 13:705 14:775 15:850

and so on...its simply income divided by 50 in the beginning.
later u can divide by 500 or something but thats not really important I think.

I think how close you can be in the optimal income curve, depends very much on how balanced the skill level of players is. And not just how well the individual players are.

The optimal income curve will of course be always that of sending the most and weakest creeps you can of all the money you have and furthermore getting the bounty of all the creeps you receive instantly. Unfortunately, I assume this is so unrealistic and above a real income curve that it's not valuable.

You can always scale it lower, you know.