Difference between revisions of "Head-Fake Targeting"
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| − | This targeting method is intended for use against opponents that try to head-fake you by heading one way, then reversing direction once they detect that you have taken a shot. | + | This [[targeting]] method is intended for use against opponents that try to head-fake you by heading one way, then reversing direction once they detect that you have taken a shot. |
| − | == | + | == The fast way to code it == |
| + | Take any targeting method you already have (other than [[Head-On Targeting]]) and find the predicted difference in angle from dead-on, then shoot at the opposite angle. For example, if the opponent is at 15 degrees and your circular targeting says to aim +20 degrees, you would normally fire at 15 + 20 = 35 degrees. With Head-Fake Targeting, you fire at 15 - 20 = -5 = 355 degrees. | ||
| − | + | == The proper way to code it == | |
| − | + | Create a new targeting method based on any targeting method you already have (other than [[Head-On Targeting]]). Assume your opponent will accelerate at top speed in the opposite direction. Extrapolate his position using your targeting algorithm until you have an acceptable firing solution. | |
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| − | Create a new targeting method based on any targeting method you already have (other than [[Head-On Targeting]]). Assume your opponent will accelerate at top speed in the opposite direction. Extrapolate his position until you have an acceptable firing solution. | ||
[[Category:Simple Targeting Strategies]] | [[Category:Simple Targeting Strategies]] | ||
Latest revision as of 16:10, 29 November 2007
This targeting method is intended for use against opponents that try to head-fake you by heading one way, then reversing direction once they detect that you have taken a shot.
The fast way to code it
Take any targeting method you already have (other than Head-On Targeting) and find the predicted difference in angle from dead-on, then shoot at the opposite angle. For example, if the opponent is at 15 degrees and your circular targeting says to aim +20 degrees, you would normally fire at 15 + 20 = 35 degrees. With Head-Fake Targeting, you fire at 15 - 20 = -5 = 355 degrees.
The proper way to code it
Create a new targeting method based on any targeting method you already have (other than Head-On Targeting). Assume your opponent will accelerate at top speed in the opposite direction. Extrapolate his position using your targeting algorithm until you have an acceptable firing solution.
