# modeest 2.3.3

- Small updates in the documentation.
- Simplification and improvements in the code of
`parzen()`

, `vieu()`

, `tsybakov()`

, `meanshift()`

, `mlv()`

.

# modeest 2.3.2

- BREAKING CHANGE:
`mlv()`

no longer returns a list, it returns a vector of values (usually one single value) for the sake of simplicity and homogeneity with functions such as `mean()`

or `median()`

.
`mfv()`

or `mfv1()`

are moved to package `statip`

and reexported by `modeest`

.
`discrete()`

is now removed. Use `mfv()`

or `mfv1()`

instead.

# modeest 2.3.0

- Hidden kernel related functions are transferred to package
`statip`

.
`discrete()`

is now deprecated and will be removed in a future version of the package. Use `mfv()`

instead.
`mfv1()`

is a new function that always returns a length 1 value (so that `mfv1(x)==mfv(x)[[1L]]`

).

# modeest 2.2

- Thank you to W. H. Beasley who pointed out a slight mistake in the calculation of Bickelâ€™s skewness in
`mlv.integer()`

. Now the skewness is set at `NA`

in case of multiple modes.
- The meanshift mode estimator is added.
- As documented under
`?as.numeric`

, the function `as.numeric.mlv()`

was not correct, and is now replaced by `as.double.mlv()`

.

# modeest 2.1

- Thank you to C. Lepoittevin and K. Fijorek who pointed out a misuse of
`ifelse`

in the function `hsm()`

. This has been corrected, so now `hsm`

works correctly.
- Functions
`fiskMode()`

, `gompertzMode()`

, `koenkerMode()`

, `kumarMode()`

, `laplaceMode()`

, `paralogisticMode()`

, `paretoMode()`

, `rayleighMode()`

are added.
- Function
`symstbMode()`

is removed.

# modeest 1.09

- The Asselin de Beauville mode estimator has been added.
- A function
`as.numeric.mlv()`

is provided.
- Methods for the Chernoff distribution are provisionally suppressed, because of their lack of efficiency.
- The DIP statistic is no longer provided.
- In function
`tsybakov()`

, the argument `djeddour`

is renamed `dmp`

.
- In functions
`parzen()`

and `mlv.density()`

, the argument `biau`

is renamed `abc`

.