24 lines
471 B
Plaintext
24 lines
471 B
Plaintext
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rise on each hit:
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dy = (1 - y) / kRise
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fall after each time unit:
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dy = y / kFall
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fall after time dt:
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dy = - y ** - (dt / kFall)
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after the next hit:
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y = y - y ** (- dt / kFall) + (1 - y) / kRise
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first attempt at a load measurement algorithm:
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- kFall is an arbitrary constant which dictates decay rate of load
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in the absence of hits
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- kRise is another constant which dictates rise of load with each hit
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- dt is the time between each hit
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