Difference between revisions of "Energy Management"
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| − | Energy Management is the art of conserving power to improve overall survival. Some of the | + | <!-- {{Notice|It is suggested that this articles is to be merged with [[Selecting Fire Power]]. See the [[Talk:{{BASEPAGENAME}}|discussion page]] for more detailed.}} --> |
| + | Energy Management is the art of conserving power to improve overall survival. Some of the most common methods are: | ||
* Fire low power bullets at long distances. | * Fire low power bullets at long distances. | ||
| Line 6: | Line 7: | ||
* Reduce fire-power (or not fire at all) when the bot energy is low. | * Reduce fire-power (or not fire at all) when the bot energy is low. | ||
| − | ==Explanation== | + | == Explanation == |
| − | Energy Management is extremely easy to implement in almost | + | Energy Management is extremely easy to implement in almost all bots. NanoBots may not want to use Energy Management methods since they have such strict [[Code Size]] requirements. |
| − | ===Save | + | === Save energy for short distances === |
| − | Saving | + | Saving energy for close range combat is a smart thing for two reasons: |
* Powerful shots take longer to move and | * Powerful shots take longer to move and | ||
| − | * Higher | + | * Higher hit rate average. |
| − | ===Reducing | + | === Reducing the firepower when enemy energy is low === |
| − | Reducing | + | Reducing the firepower to use just enough energy to kill an opponent would save a vast amount of energy. Instead of firing full power at a robot with an energy reading of 3.0, you could shoot at with 1.0 energy or even 0.75. This reduces the chances of an enemy making a comeback due to you wasting all of your energy trying to hit them when they had low energy. |
| − | The | + | The formula to calculated the damage to enemy robot for given firepower is <code>4 * power + max(0, 2 * (power - 1) )</code>, where ''power'' is a value between 0.1 and 3. But usually, for some reasons, we do not really care about <code>max(0, 2 * (power - 1)</code> and just fire at power <code>enemyEnergy / 4</code>. |
| − | where ''power'' is a | ||
| − | |||
| − | == | + | == See Also == |
| − | *[[Selecting Fire Power]] | + | * [[Selecting Fire Power]] |
| − | *[[When To Fire]] | + | * [[When To Fire]] |
| + | |||
| + | __NOTOC__ | ||
| + | |||
| + | <!-- Category request! Nat: I don't know which category it should be in so if you know, please add correct category and removes this comment -> | ||
Latest revision as of 14:11, 20 May 2009
| This article is a stub. You can help RoboWiki by expanding it. |
Energy Management is the art of conserving power to improve overall survival. Some of the most common methods are:
- Fire low power bullets at long distances.
- Never fire bullets with a power higher than the necessary to kill the enemy.
- Reduce fire-power (or not fire at all) when the bot energy is low.
Explanation
Energy Management is extremely easy to implement in almost all bots. NanoBots may not want to use Energy Management methods since they have such strict Code Size requirements.
Save energy for short distances
Saving energy for close range combat is a smart thing for two reasons:
- Powerful shots take longer to move and
- Higher hit rate average.
Reducing the firepower when enemy energy is low
Reducing the firepower to use just enough energy to kill an opponent would save a vast amount of energy. Instead of firing full power at a robot with an energy reading of 3.0, you could shoot at with 1.0 energy or even 0.75. This reduces the chances of an enemy making a comeback due to you wasting all of your energy trying to hit them when they had low energy.
The formula to calculated the damage to enemy robot for given firepower is 4 * power + max(0, 2 * (power - 1) ), where power is a value between 0.1 and 3. But usually, for some reasons, we do not really care about max(0, 2 * (power - 1) and just fire at power enemyEnergy / 4.
See Also
