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I've been considering the relations between numbers and how they affect other factors. I'll keep this simple and open to feedback.
Topics:
1.) Natural Regeneration vs Cost
2.) Maximum Capacity
1.) Natural Regeneration or Drain has the highest influence on all factors of the game play, specifically in these areas:
Increasing Nat. Regen = Reduces KI Cost, Recharge Time, and Recharge Frequency
*I'll explain this first set.
*Cost is reduced as the Regeneration counters the Cost over time. 10 KI per second with a 10 KI cost per second = 0.
*Recharging KI stacks with Natural Regen, so that the overall Recharge Time is reduced.
*If simply standing around yields an increase in KI, then over 10 seconds with a 10 KI regen, you could regain all of your KI from 0 without Recharging. If you had no Natural Regeneration, you would be forced to Recharge to gain it all back. But overall, having a constant flow of KI will reduce the frequency of Recharging.
Increasing Natural Drain (or reducing Natural Regen) = Increases KI Cost, Recharge Time, and Recharge Frequency.
This is why adding a KI Drain to SSJ3 seems like such an ideal option, because it will reduce the overall KI efficiency and increase the amount of vulnerabilities in exchange for more power.
2.) Maximum Capacity
Increasing Maximum Capacity = Reduces Recharge Frequency, Increases Recharge Time.
The best example of this is in the current ESF, where when a player Transforms, their Maximum KI improves. It allows players to be more mobile and push for longer, but it increases the amount of time it takes for them to recover, as Recharge Rates all remain the same. (I believe this is the current way it works?)
So there are also two types of Costs: Static and Percentage.
-When a Static cost remains, it allows a move to be used more often.
-When a Percentage cost is used, it retains the same amount of usage, but it takes longer to recover.
Now I make this thread simply as a form of analysis in balancing numbers. There are a variety of ways to tackle a single problem and create varying alternatives, namely between the different states of Turbo in relation to Transformations. For one player, Turbo could allow a large capacity of moves to be used, but they would have a longer downtime (Buu). For another player, Turbo could increase the frequency of recharging, but reduce the amount of time it takes (Krillin). And for these two examples, there are probably 3 different ways I could suggest to do them each, all with different effects on other parts of the game play.
So consider that changing numbers is something that can be done and tested individually before and after release, and they can open up different avenues of modifying the game play and differentiating characters without any hard coding required.
SSJ3, for example, instead of having a KI Drain normally, could have a reduced Natural KI Regeneration and incorporate a Drain on Turbo and Charged Turbo.
Instead of Turbo/Charged Turbo having these effects, BP Turbo could manipulate the numbers to do the same. Increase KI Recharge, Natural Regen, Reduce Costs, Increase Max Capacity, etc.
I'm planning a follow-up thread that will have a layout of ideas for Non-Turbo, Turbo, and Charged Turbo states using different number schematics.
Topics:
1.) Natural Regeneration vs Cost
2.) Maximum Capacity
1.) Natural Regeneration or Drain has the highest influence on all factors of the game play, specifically in these areas:
Increasing Nat. Regen = Reduces KI Cost, Recharge Time, and Recharge Frequency
*I'll explain this first set.
*Cost is reduced as the Regeneration counters the Cost over time. 10 KI per second with a 10 KI cost per second = 0.
*Recharging KI stacks with Natural Regen, so that the overall Recharge Time is reduced.
*If simply standing around yields an increase in KI, then over 10 seconds with a 10 KI regen, you could regain all of your KI from 0 without Recharging. If you had no Natural Regeneration, you would be forced to Recharge to gain it all back. But overall, having a constant flow of KI will reduce the frequency of Recharging.
Increasing Natural Drain (or reducing Natural Regen) = Increases KI Cost, Recharge Time, and Recharge Frequency.
This is why adding a KI Drain to SSJ3 seems like such an ideal option, because it will reduce the overall KI efficiency and increase the amount of vulnerabilities in exchange for more power.
2.) Maximum Capacity
Increasing Maximum Capacity = Reduces Recharge Frequency, Increases Recharge Time.
The best example of this is in the current ESF, where when a player Transforms, their Maximum KI improves. It allows players to be more mobile and push for longer, but it increases the amount of time it takes for them to recover, as Recharge Rates all remain the same. (I believe this is the current way it works?)
So there are also two types of Costs: Static and Percentage.
-When a Static cost remains, it allows a move to be used more often.
-When a Percentage cost is used, it retains the same amount of usage, but it takes longer to recover.
Now I make this thread simply as a form of analysis in balancing numbers. There are a variety of ways to tackle a single problem and create varying alternatives, namely between the different states of Turbo in relation to Transformations. For one player, Turbo could allow a large capacity of moves to be used, but they would have a longer downtime (Buu). For another player, Turbo could increase the frequency of recharging, but reduce the amount of time it takes (Krillin). And for these two examples, there are probably 3 different ways I could suggest to do them each, all with different effects on other parts of the game play.
So consider that changing numbers is something that can be done and tested individually before and after release, and they can open up different avenues of modifying the game play and differentiating characters without any hard coding required.
SSJ3, for example, instead of having a KI Drain normally, could have a reduced Natural KI Regeneration and incorporate a Drain on Turbo and Charged Turbo.
Instead of Turbo/Charged Turbo having these effects, BP Turbo could manipulate the numbers to do the same. Increase KI Recharge, Natural Regen, Reduce Costs, Increase Max Capacity, etc.
I'm planning a follow-up thread that will have a layout of ideas for Non-Turbo, Turbo, and Charged Turbo states using different number schematics.
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