Expand description
Functional data operations: mean, center, derivatives, norms, and geometric median.
Structs§
- Deriv2D
Result - Result of 2D partial derivatives.
Enums§
- Deriv
Domain - Domain specification for
deriv, carrying the dimension-specific grid and parameters. - Deriv
Result - Result of
deriv, unifying the 1D and 2D output shapes. - Normalization
Method - Normalization method for functional data.
Functions§
- center
- Center functional data by subtracting the mean function via a unified
Dimdispatch. - depth_
based_ median - Return the index of the deepest curve under the Fraiman-Muniz depth measure.
- deriv
- Compute numerical derivatives of functional data (parallelized over rows).
- functional_
covariance - Compute the M×M sample covariance matrix of functional data (Bessel-corrected, ddof = n-1).
- functional_
std - Compute pointwise sample standard deviation of functional data (ddof = n-1).
- functional_
variance - Compute pointwise sample variance of functional data (Bessel-corrected, ddof = n-1).
- geometric_
median - Compute the geometric median (L1 median) of functional data using Weiszfeld’s algorithm.
- mean
- Compute the mean function for 1D or 2D functional data via a unified
Dimdispatch. - norm_lp
- Compute Lp norm for each sample via a unified
Dimdispatch. - normalize
- Normalize functional data using the specified method.
- normalize_
with_ argvals - Normalize functional data with an evaluation grid.
- trim_
mean - Compute the depth-trimmed mean of functional data.