package gsl

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Higher level functions

package gsl

gsl
- Gsl
  - Blas
    
    Complex
    
    Complex_Single
    
    Single
  - Blas_flat
    
    Complex
  - Blas_gen
    
    Complex
  - Bspline
  - Cdf
  - Cheb
  - Combi
  - Const
    
    CGS
    
    CGSM
    
    MKS
    
    MKSA
    
    NUM
  - Deriv
  - Eigen
  - Error
  - Fft
    
    Complex
    
    Halfcomplex
    
    Real
  - Fit
  - Fun
  - Gsl_complex
  - Gsl_sort
  - Histo
  - Ieee
  - Integration
  - Interp
  - Linalg
  - Math
  - Matrix
    
    Single
  - Matrix_complex
    
    Single
  - Matrix_complex_flat
  - Matrix_flat
  - Min
  - Misc
  - Monte
  - Multifit
  - Multifit_nlin
  - Multimin
    
    Deriv
    
    NoDeriv
  - Multiroot
    
    Deriv
    
    NoDeriv
  - Odeiv
  - Permut
  - Poly
  - Qrng
  - Randist
  - Rng
  - Root
    
    Bracket
    
    Polish
  - Sf
  - Siman
  - Stats
  - Sum
    
    Trunc
  - Vectmat
  - Vector
    
    Single
  - Vector_complex
    
    Single
  - Vector_complex_flat
  - Vector_flat
  - Version
  - Wavelet

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Interpolation

type t

type accel

type interp_type =

| LINEAR
| POLYNOMIAL
| CSPLINE
| CSPLINE_PERIODIC
| AKIMA
| AKIMA_PERIODIC

val make : interp_type -> int -> t

val init : t -> float array -> float array -> unit

val name : t -> string

val min_size : t -> int

val make_accel : unit -> accel

val i_eval : t -> float array -> float array -> float -> accel -> float

val i_eval_deriv : t -> float array -> float array -> float -> accel -> float

val i_eval_deriv2 : t -> float array -> float array -> float -> accel -> float

val i_eval_integ : 
  t ->
  float array ->
  float array ->
  float ->
  float ->
  accel ->
  float

Higher level functions

type interp = {

interp : t;
accel : accel;
xa : float array;
ya : float array;
size : int;
i_type : interp_type;

}

val make_interp : interp_type -> float array -> float array -> interp

val eval : interp -> float -> float

val eval_array : interp -> float array -> float array -> unit

eval_array interp x_a y_a fills the array y_a with the evaluation of the interpolation function interp for each point of array x_a. x_a and y_a must have the same length.

val eval_deriv : interp -> float -> float

val eval_deriv2 : interp -> float -> float

val eval_integ : interp -> float -> float -> float