The use of this tool is to; given a first SV change that lasts for a fraction (duration) of the intended section, gives you the second SV change to place after that fraction has passed to make that section look as 1x.
Second SV Change: |
Unset
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This tool serves two functions. First, you can remove the SV changes from the pasted timing points of your .osu file. Second, you can get SV changes such that the speed of the map will look as if it had the selected BPM. Do note, that the calculations for normalizing speed will ignore already existing SV changes.
BPM to normalize to: |
This tool is for creating speedups and slowdowns that go from Ax to Bx in N steps from time T0 to T1. If quadratic is enabled, a form of easing will be applied.
This tool is for making the timing points you give it in the same, except forward in time. Useful for copying and pasting sets of changes.
This tool is the most powerful, and the hardest to use. Given your function of domain 0->1 and codomain 0.1->10 (osu! limitations) for C cycles that last D milliseconds, start at T and are divided in N parts, get a timing point that maps from the beginning (zero) to the end (one) of each cycle a SV value. If your function returns a value outside of this range it'll be skipped. It is also guaranteed it'll be called only once per division. In addition, SV changes get rounded to the hundredth place and redundant changes are removed.
Paste your timing data information here, and get as output the SV changes converted to uninherited timing points.
For the duration, including start and end, every T ms, put a measure line at B bpm.
Start (ms) | |
End (ms) | |
Interval (ms) | |
BPM |