fit

Documentation

Overview

//////// AUTOMATICALLY GENERATED CODE - DO NOT EDIT //////////

Index

• func GslMultifitLinear(x *matrix.GslMatrix, y *vector.GslVector, c *vector.GslVector, ...) (int32, float64)
• func GslMultifitLinearEst(x *vector.GslVector, c *vector.GslVector, cov *matrix.GslMatrix) (int32, float64, float64)
• func GslMultifitLinearResiduals(x *matrix.GslMatrix, y *vector.GslVector, c *vector.GslVector, ...) int32
• func GslMultifitLinearSvd(x *matrix.GslMatrix, y *vector.GslVector, tol float64, c *vector.GslVector, ...) (int32, int, float64)
• func GslMultifitLinearUsvd(x *matrix.GslMatrix, y *vector.GslVector, tol float64, c *vector.GslVector, ...) (int32, int, float64)
• func GslMultifitRobust(x *matrix.GslMatrix, y *vector.GslVector, c *vector.GslVector, ...) int32
• func GslMultifitRobustEst(x *vector.GslVector, c *vector.GslVector, cov *matrix.GslMatrix) (int32, float64, float64)
• func GslMultifitRobustName(w *GslMultifitRobustWorkspace) string
• func GslMultifitRobustTune(tune float64, w *GslMultifitRobustWorkspace) int32
• func GslMultifitWlinear(x *matrix.GslMatrix, w *vector.GslVector, y *vector.GslVector, ...) (int32, float64)
• func GslMultifitWlinearSvd(x *matrix.GslMatrix, w *vector.GslVector, y *vector.GslVector, tol float64, ...) (int32, int, float64)
• func GslMultifitWlinearUsvd(x *matrix.GslMatrix, w *vector.GslVector, y *vector.GslVector, tol float64, ...) (int32, int, float64)
• func Linear(x []float64, xstride int, y []float64, ystride int, n int) (int32, float64, float64, float64, float64, float64, float64)
• func LinearEst(x float64, c0 float64, c1 float64, cov00 float64, cov01 float64, cov11 float64) (int32, float64, float64)
• func Mul(x []float64, xstride int, y []float64, ystride int, n int) (int32, float64, float64, float64)
• func MulEst(x float64, c1 float64, cov11 float64) (int32, float64, float64)
• func Wlinear(x []float64, xstride int, w []float64, wstride int, y []float64, ystride int, ...) (int32, float64, float64, float64, float64, float64, float64)
• func Wmul(x []float64, xstride int, w []float64, wstride int, y []float64, ystride int, ...) (int32, float64, float64, float64)
• type GslMultifitLinearWorkspace
  • func GslMultifitLinearAlloc(n int, p int) *GslMultifitLinearWorkspace
  • func (x *GslMultifitLinearWorkspace) Dispose()
• type GslMultifitRobustType
• type GslMultifitRobustWorkspace
  • func GslMultifitRobustAlloc(t *GslMultifitRobustType, n int, p int) *GslMultifitRobustWorkspace
  • func (x *GslMultifitRobustWorkspace) Dispose()

Functions

func GslMultifitLinear

func GslMultifitLinear(x *matrix.GslMatrix, y *vector.GslVector, c *vector.GslVector, cov *matrix.GslMatrix, work *GslMultifitLinearWorkspace) (int32, float64)

func GslMultifitLinearEst

func GslMultifitLinearEst(x *vector.GslVector, c *vector.GslVector, cov *matrix.GslMatrix) (int32, float64, float64)

func GslMultifitLinearResiduals

func GslMultifitLinearResiduals(x *matrix.GslMatrix, y *vector.GslVector, c *vector.GslVector, r *vector.GslVector) int32

func GslMultifitLinearSvd

func GslMultifitLinearSvd(x *matrix.GslMatrix, y *vector.GslVector, tol float64, c *vector.GslVector, cov *matrix.GslMatrix, work *GslMultifitLinearWorkspace) (int32, int, float64)

func GslMultifitLinearUsvd

func GslMultifitLinearUsvd(x *matrix.GslMatrix, y *vector.GslVector, tol float64, c *vector.GslVector, cov *matrix.GslMatrix, work *GslMultifitLinearWorkspace) (int32, int, float64)

func GslMultifitRobust

func GslMultifitRobust(x *matrix.GslMatrix, y *vector.GslVector, c *vector.GslVector, cov *matrix.GslMatrix, w *GslMultifitRobustWorkspace) int32

func GslMultifitRobustEst

func GslMultifitRobustEst(x *vector.GslVector, c *vector.GslVector, cov *matrix.GslMatrix) (int32, float64, float64)

func GslMultifitRobustName

func GslMultifitRobustName(w *GslMultifitRobustWorkspace) string

func GslMultifitRobustTune

func GslMultifitRobustTune(tune float64, w *GslMultifitRobustWorkspace) int32

func GslMultifitWlinear

func GslMultifitWlinear(x *matrix.GslMatrix, w *vector.GslVector, y *vector.GslVector, c *vector.GslVector, cov *matrix.GslMatrix, work *GslMultifitLinearWorkspace) (int32, float64)

func GslMultifitWlinearSvd

func GslMultifitWlinearSvd(x *matrix.GslMatrix, w *vector.GslVector, y *vector.GslVector, tol float64, c *vector.GslVector, cov *matrix.GslMatrix, work *GslMultifitLinearWorkspace) (int32, int, float64)

func GslMultifitWlinearUsvd

func GslMultifitWlinearUsvd(x *matrix.GslMatrix, w *vector.GslVector, y *vector.GslVector, tol float64, c *vector.GslVector, cov *matrix.GslMatrix, work *GslMultifitLinearWorkspace) (int32, int, float64)

func Linear

func Linear(x []float64, xstride int, y []float64, ystride int, n int) (int32, float64, float64, float64, float64, float64, float64)

func LinearEst

func LinearEst(x float64, c0 float64, c1 float64, cov00 float64, cov01 float64, cov11 float64) (int32, float64, float64)

func Mul

func Mul(x []float64, xstride int, y []float64, ystride int, n int) (int32, float64, float64, float64)

func MulEst

func MulEst(x float64, c1 float64, cov11 float64) (int32, float64, float64)

func Wlinear

func Wlinear(x []float64, xstride int, w []float64, wstride int, y []float64, ystride int, n int) (int32, float64, float64, float64, float64, float64, float64)

func Wmul

func Wmul(x []float64, xstride int, w []float64, wstride int, y []float64, ystride int, n int) (int32, float64, float64, float64)

Types

type GslMultifitLinearWorkspace

type GslMultifitLinearWorkspace struct {
	gogsl.GslReference
}

func GslMultifitLinearAlloc

func GslMultifitLinearAlloc(n int, p int) *GslMultifitLinearWorkspace

func (*GslMultifitLinearWorkspace) Dispose

func (x *GslMultifitLinearWorkspace) Dispose()

type GslMultifitRobustType

type GslMultifitRobustType struct {
	gogsl.GslReference
}

type GslMultifitRobustWorkspace

type GslMultifitRobustWorkspace struct {
	gogsl.GslReference
}

func GslMultifitRobustAlloc

func GslMultifitRobustAlloc(t *GslMultifitRobustType, n int, p int) *GslMultifitRobustWorkspace

func (*GslMultifitRobustWorkspace) Dispose

func (x *GslMultifitRobustWorkspace) Dispose()