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Need to compare the following distributions to the empirical, all of which are on a cullen frey graph
- [x] normal
- [x] uniform
- [x] exponential
- [x] logistic
- [x] beta
- [x] lognormal
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- [x] ts_velocity_vec
- [x] ts_velocity_augment
- [x] step_ts_velocity
See about either making an independent `diff_vec()` function or using that from `timetk` as the basis for this. Use the patt…
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- [x] ts_acceleration_vec
- [x] ts_acceleration_augment
- [x] step_ts_acceleration
See about either making an independent `diff_vec()` where the diff lag is set to 1 and difference is 2 function …
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I use a custom step function that I have built for a package of mine that works just fine, it is in a local copy of the package (Not yet submitted to CRAN) link to function here: [step_hai_fourier](ht…
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I use a custom step function that I have built for a package of mine that works just fine, it is in a local copy of the package (Not yet submitted to CRAN) link to function here: [step_hai_fourier](ht…
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