Difference between revisions of "Talk:TerSlash"
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IIRC slash beams will always be just as inaccurate no matter how large or how close the target is. [[User:Monitor|Monitor]] 00:52, 18 October 2008 (CDT) | IIRC slash beams will always be just as inaccurate no matter how large or how close the target is. [[User:Monitor|Monitor]] 00:52, 18 October 2008 (CDT) | ||
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| + | :I think you're right; the only real variables that determined how long a slash beam was on/off target was which axis it chose to slash along and how much target was actually on that path. Target size and range to target didn't have much practical effect. -- [[User:BlueFlames|BlueFlames]] 01:47, 18 October 2008 (CDT) (The man who needs to stop editing the wiki at quarter-to-three in the morning.) | ||
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| + | ::Apparent target size from the perspective of the emitter matters, it takes a lot fewer degrees of traverse to run off the end of something at 4km then it does at 500 meters. Size does matter, but distance matters more. [[User:Ngtm1r|Ngtm1r]] 11:46, 2 November 2008 (CST) | ||
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| + | :::It seems to me that the beam travels faster when it has more degrees to traverse. [[User:Monitor|Monitor]] 13:00, 5 November 2008 (CST) | ||
Latest revision as of 19:00, 5 November 2008
Size doesn't matter?
IIRC slash beams will always be just as inaccurate no matter how large or how close the target is. Monitor 00:52, 18 October 2008 (CDT)
- I think you're right; the only real variables that determined how long a slash beam was on/off target was which axis it chose to slash along and how much target was actually on that path. Target size and range to target didn't have much practical effect. -- BlueFlames 01:47, 18 October 2008 (CDT) (The man who needs to stop editing the wiki at quarter-to-three in the morning.)
- Apparent target size from the perspective of the emitter matters, it takes a lot fewer degrees of traverse to run off the end of something at 4km then it does at 500 meters. Size does matter, but distance matters more. Ngtm1r 11:46, 2 November 2008 (CST)
- It seems to me that the beam travels faster when it has more degrees to traverse. Monitor 13:00, 5 November 2008 (CST)
