rhist

package
v0.24.0 Latest Latest
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 Go to latest Published: Mar 19, 2020 License: BSD-3-Clause Imports: 11 Imported by: 1

Documentation

Overview

Package rhist contains the interfaces and definitions of ROOT types related to histograms and graphs.

Index

Examples

Constants

This section is empty.

Variables

This section is empty.

Functions

func NewAxis 

func NewAxis(name string) *taxis

Types

type Axis 

type Axis interface {
	root.Named

	XMin() float64
	XMax() float64
	NBins() int
	XBins() []float64
	BinCenter(int) float64
	BinLowEdge(int) float64
	BinWidth(int) float64
}

Axis describes a ROOT TAxis.

type Graph 

type Graph interface {
	root.Named

	Len() int
	XY(i int) (float64, float64)
}

Graph describes a ROOT TGraph

Example 
package main

import (
	"fmt"
	"log"

	"go-hep.org/x/hep/groot"
	"go-hep.org/x/hep/groot/rhist"
)

func main() {
	f, err := groot.Open("../testdata/graphs.root")
	if err != nil {
		log.Fatal(err)
	}
	defer f.Close()

	obj, err := f.Get("tg")
	if err != nil {
		log.Fatal(err)
	}

	g := obj.(rhist.Graph)
	fmt.Printf("name:  %q\n", g.Name())
	fmt.Printf("title: %q\n", g.Title())
	fmt.Printf("#pts:  %d\n", g.Len())
	for i := 0; i < g.Len(); i++ {
		x, y := g.XY(i)
		fmt.Printf("(x,y)[%d] = (%+e, %+e)\n", i, x, y)
	}

}

Output:

name:  "tg"
title: "graph without errors"
#pts:  4
(x,y)[0] = (+1.000000e+00, +2.000000e+00)
(x,y)[1] = (+2.000000e+00, +4.000000e+00)
(x,y)[2] = (+3.000000e+00, +6.000000e+00)
(x,y)[3] = (+4.000000e+00, +8.000000e+00)

func NewGraphFrom 

func NewGraphFrom(s2 *hbook.S2D) Graph

NewGraphFrom creates a new Graph from 2-dim hbook data points.

type GraphErrors 

type GraphErrors interface {
	Graph
	// XError returns two error values for X data.
	XError(i int) (float64, float64)
	// YError returns two error values for Y data.
	YError(i int) (float64, float64)
}

GraphErrors describes a ROOT TGraphErrors

Example 
package main

import (
	"fmt"
	"log"

	"go-hep.org/x/hep/groot"
	"go-hep.org/x/hep/groot/rhist"
)

func main() {
	f, err := groot.Open("../testdata/graphs.root")
	if err != nil {
		log.Fatal(err)
	}
	defer f.Close()

	obj, err := f.Get("tge")
	if err != nil {
		log.Fatal(err)
	}

	g := obj.(rhist.GraphErrors)
	fmt.Printf("name:  %q\n", g.Name())
	fmt.Printf("title: %q\n", g.Title())
	fmt.Printf("#pts:  %d\n", g.Len())
	for i := 0; i < g.Len(); i++ {
		x, y := g.XY(i)
		xlo, xhi := g.XError(i)
		ylo, yhi := g.YError(i)
		fmt.Printf("(x,y)[%d] = (%+e +/- [%+e, %+e], %+e +/- [%+e, %+e])\n", i, x, xlo, xhi, y, ylo, yhi)
	}

}

Output:

name:  "tge"
title: "graph with errors"
#pts:  4
(x,y)[0] = (+1.000000e+00 +/- [+1.000000e-01, +1.000000e-01], +2.000000e+00 +/- [+2.000000e-01, +2.000000e-01])
(x,y)[1] = (+2.000000e+00 +/- [+2.000000e-01, +2.000000e-01], +4.000000e+00 +/- [+4.000000e-01, +4.000000e-01])
(x,y)[2] = (+3.000000e+00 +/- [+3.000000e-01, +3.000000e-01], +6.000000e+00 +/- [+6.000000e-01, +6.000000e-01])
(x,y)[3] = (+4.000000e+00 +/- [+4.000000e-01, +4.000000e-01], +8.000000e+00 +/- [+8.000000e-01, +8.000000e-01])
Example (AsymmErrors) 
package main

import (
	"fmt"
	"log"

	"go-hep.org/x/hep/groot"
	"go-hep.org/x/hep/groot/rhist"
)

func main() {
	f, err := groot.Open("../testdata/graphs.root")
	if err != nil {
		log.Fatal(err)
	}
	defer f.Close()

	obj, err := f.Get("tgae")
	if err != nil {
		log.Fatal(err)
	}

	g := obj.(rhist.GraphErrors)
	fmt.Printf("name:  %q\n", g.Name())
	fmt.Printf("title: %q\n", g.Title())
	fmt.Printf("#pts:  %d\n", g.Len())
	for i := 0; i < g.Len(); i++ {
		x, y := g.XY(i)
		xlo, xhi := g.XError(i)
		ylo, yhi := g.YError(i)
		fmt.Printf("(x,y)[%d] = (%+e +/- [%+e, %+e], %+e +/- [%+e, %+e])\n", i, x, xlo, xhi, y, ylo, yhi)
	}

}

Output:

name:  "tgae"
title: "graph with asymmetric errors"
#pts:  4
(x,y)[0] = (+1.000000e+00 +/- [+1.000000e-01, +2.000000e-01], +2.000000e+00 +/- [+3.000000e-01, +4.000000e-01])
(x,y)[1] = (+2.000000e+00 +/- [+2.000000e-01, +4.000000e-01], +4.000000e+00 +/- [+6.000000e-01, +8.000000e-01])
(x,y)[2] = (+3.000000e+00 +/- [+3.000000e-01, +6.000000e-01], +6.000000e+00 +/- [+9.000000e-01, +1.200000e+00])
(x,y)[3] = (+4.000000e+00 +/- [+4.000000e-01, +8.000000e-01], +8.000000e+00 +/- [+1.200000e+00, +1.600000e+00])

func NewGraphAsymmErrorsFrom 

func NewGraphAsymmErrorsFrom(s2 *hbook.S2D) GraphErrors

NewGraphAsymmErrorsFrom creates a new GraphAsymErrors from 2-dim hbook data points.

func NewGraphErrorsFrom 

func NewGraphErrorsFrom(s2 *hbook.S2D) GraphErrors

NewGraphErrorsFrom creates a new GraphErrors from 2-dim hbook data points.

type H1 

type H1 interface {
	root.Named

	// Entries returns the number of entries for this histogram.
	Entries() float64
	// SumW returns the total sum of weights
	SumW() float64
	// SumW2 returns the total sum of squares of weights
	SumW2() float64
	// SumWX returns the total sum of weights*x
	SumWX() float64
	// SumWX2 returns the total sum of weights*x*x
	SumWX2() float64
	// SumW2s returns the array of sum of squares of weights
	SumW2s() []float64
}

H1 is a 1-dim ROOT histogram

type H1D 

type H1D struct {
	// contains filtered or unexported fields
}

H1D implements ROOT TH1D

func NewH1DFrom 

func NewH1DFrom(h *hbook.H1D) *H1D

NewH1DFrom creates a new 1-dim histogram from hbook.

func (*H1D) Array 

func (h *H1D) Array() rcont.ArrayD

func (*H1D) Class 

func (*H1D) Class() string

Class returns the ROOT class name.

func (*H1D) Entries 

func (h *H1D) Entries() float64

Entries returns the number of entries for this histogram.

func (*H1D) MarshalROOT 

func (h *H1D) MarshalROOT(w *rbytes.WBuffer) (int, error)

func (*H1D) MarshalYODA 

func (h *H1D) MarshalYODA() ([]byte, error)

MarshalYODA implements the YODAMarshaler interface.

func (*H1D) NbinsX 

func (h *H1D) NbinsX() int

NbinsX returns the number of bins in X.

func (*H1D) RVersion 

func (*H1D) RVersion() int16

func (*H1D) Rank 

func (h *H1D) Rank() int

Rank returns the number of dimensions of this histogram.

func (*H1D) SumW 

func (h *H1D) SumW() float64

SumW returns the total sum of weights

func (*H1D) SumW2 

func (h *H1D) SumW2() float64

SumW2 returns the total sum of squares of weights

func (*H1D) SumW2s 

func (h *H1D) SumW2s() []float64

SumW2s returns the array of sum of squares of weights

func (*H1D) SumWX 

func (h *H1D) SumWX() float64

SumWX returns the total sum of weights*x

func (*H1D) SumWX2 

func (h *H1D) SumWX2() float64

SumWX2 returns the total sum of weights*x*x

func (*H1D) UnmarshalROOT 

func (h *H1D) UnmarshalROOT(r *rbytes.RBuffer) error

func (*H1D) UnmarshalYODA 

func (h *H1D) UnmarshalYODA(raw []byte) error

UnmarshalYODA implements the YODAUnmarshaler interface.

func (*H1D) XAxis 

func (h *H1D) XAxis() Axis

XAxis returns the axis along X.

func (*H1D) XBinCenter 

func (h *H1D) XBinCenter(i int) float64

XBinCenter returns the bin center value in X.

func (*H1D) XBinContent 

func (h *H1D) XBinContent(i int) float64

XBinContent returns the bin content value in X.

func (*H1D) XBinError 

func (h *H1D) XBinError(i int) float64

XBinError returns the bin error in X.

func (*H1D) XBinLowEdge 

func (h *H1D) XBinLowEdge(i int) float64

XBinLowEdge returns the bin lower edge value in X.

func (*H1D) XBinWidth 

func (h *H1D) XBinWidth(i int) float64

XBinWidth returns the bin width in X.

type H1F 

type H1F struct {
	// contains filtered or unexported fields
}

H1F implements ROOT TH1F

func NewH1FFrom 

func NewH1FFrom(h *hbook.H1D) *H1F

NewH1FFrom creates a new 1-dim histogram from hbook.

func (*H1F) Array 

func (h *H1F) Array() rcont.ArrayF

func (*H1F) Class 

func (*H1F) Class() string

Class returns the ROOT class name.

func (*H1F) Entries 

func (h *H1F) Entries() float64

Entries returns the number of entries for this histogram.

func (*H1F) MarshalROOT 

func (h *H1F) MarshalROOT(w *rbytes.WBuffer) (int, error)

func (*H1F) MarshalYODA 

func (h *H1F) MarshalYODA() ([]byte, error)

MarshalYODA implements the YODAMarshaler interface.

func (*H1F) NbinsX 

func (h *H1F) NbinsX() int

NbinsX returns the number of bins in X.

func (*H1F) RVersion 

func (*H1F) RVersion() int16

func (*H1F) Rank 

func (h *H1F) Rank() int

Rank returns the number of dimensions of this histogram.

func (*H1F) SumW 

func (h *H1F) SumW() float64

SumW returns the total sum of weights

func (*H1F) SumW2 

func (h *H1F) SumW2() float64

SumW2 returns the total sum of squares of weights

func (*H1F) SumW2s 

func (h *H1F) SumW2s() []float64

SumW2s returns the array of sum of squares of weights

func (*H1F) SumWX 

func (h *H1F) SumWX() float64

SumWX returns the total sum of weights*x

func (*H1F) SumWX2 

func (h *H1F) SumWX2() float64

SumWX2 returns the total sum of weights*x*x

func (*H1F) UnmarshalROOT 

func (h *H1F) UnmarshalROOT(r *rbytes.RBuffer) error

func (*H1F) UnmarshalYODA 

func (h *H1F) UnmarshalYODA(raw []byte) error

UnmarshalYODA implements the YODAUnmarshaler interface.

func (*H1F) XAxis 

func (h *H1F) XAxis() Axis

XAxis returns the axis along X.

func (*H1F) XBinCenter 

func (h *H1F) XBinCenter(i int) float64

XBinCenter returns the bin center value in X.

func (*H1F) XBinContent 

func (h *H1F) XBinContent(i int) float64

XBinContent returns the bin content value in X.

func (*H1F) XBinError 

func (h *H1F) XBinError(i int) float64

XBinError returns the bin error in X.

func (*H1F) XBinLowEdge 

func (h *H1F) XBinLowEdge(i int) float64

XBinLowEdge returns the bin lower edge value in X.

func (*H1F) XBinWidth 

func (h *H1F) XBinWidth(i int) float64

XBinWidth returns the bin width in X.

type H1I 

type H1I struct {
	// contains filtered or unexported fields
}

H1I implements ROOT TH1I

func NewH1IFrom 

func NewH1IFrom(h *hbook.H1D) *H1I

NewH1IFrom creates a new 1-dim histogram from hbook.

func (*H1I) Array 

func (h *H1I) Array() rcont.ArrayI

func (*H1I) Class 

func (*H1I) Class() string

Class returns the ROOT class name.

func (*H1I) Entries 

func (h *H1I) Entries() float64

Entries returns the number of entries for this histogram.

func (*H1I) MarshalROOT 

func (h *H1I) MarshalROOT(w *rbytes.WBuffer) (int, error)

func (*H1I) MarshalYODA 

func (h *H1I) MarshalYODA() ([]byte, error)

MarshalYODA implements the YODAMarshaler interface.

func (*H1I) NbinsX 

func (h *H1I) NbinsX() int

NbinsX returns the number of bins in X.

func (*H1I) RVersion 

func (*H1I) RVersion() int16

func (*H1I) Rank 

func (h *H1I) Rank() int

Rank returns the number of dimensions of this histogram.

func (*H1I) SumW 

func (h *H1I) SumW() float64

SumW returns the total sum of weights

func (*H1I) SumW2 

func (h *H1I) SumW2() float64

SumW2 returns the total sum of squares of weights

func (*H1I) SumW2s 

func (h *H1I) SumW2s() []float64

SumW2s returns the array of sum of squares of weights

func (*H1I) SumWX 

func (h *H1I) SumWX() float64

SumWX returns the total sum of weights*x

func (*H1I) SumWX2 

func (h *H1I) SumWX2() float64

SumWX2 returns the total sum of weights*x*x

func (*H1I) UnmarshalROOT 

func (h *H1I) UnmarshalROOT(r *rbytes.RBuffer) error

func (*H1I) UnmarshalYODA 

func (h *H1I) UnmarshalYODA(raw []byte) error

UnmarshalYODA implements the YODAUnmarshaler interface.

func (*H1I) XAxis 

func (h *H1I) XAxis() Axis

XAxis returns the axis along X.

func (*H1I) XBinCenter 

func (h *H1I) XBinCenter(i int) float64

XBinCenter returns the bin center value in X.

func (*H1I) XBinContent 

func (h *H1I) XBinContent(i int) float64

XBinContent returns the bin content value in X.

func (*H1I) XBinError 

func (h *H1I) XBinError(i int) float64

XBinError returns the bin error in X.

func (*H1I) XBinLowEdge 

func (h *H1I) XBinLowEdge(i int) float64

XBinLowEdge returns the bin lower edge value in X.

func (*H1I) XBinWidth 

func (h *H1I) XBinWidth(i int) float64

XBinWidth returns the bin width in X.

type H2 

type H2 interface {
	root.Named

	// Entries returns the number of entries for this histogram.
	Entries() float64
	// SumW returns the total sum of weights
	SumW() float64
	// SumW2 returns the total sum of squares of weights
	SumW2() float64
	// SumWX returns the total sum of weights*x
	SumWX() float64
	// SumWX2 returns the total sum of weights*x*x
	SumWX2() float64
	// SumW2s returns the array of sum of squares of weights
	SumW2s() []float64
	// SumWY returns the total sum of weights*y
	SumWY() float64
	// SumWY2 returns the total sum of weights*y*y
	SumWY2() float64
	// SumWXY returns the total sum of weights*x*y
	SumWXY() float64
}

H2 is a 2-dim ROOT histogram

type H2D 

type H2D struct {
	// contains filtered or unexported fields
}

H2D implements ROOT TH2D

func NewH2DFrom 

func NewH2DFrom(h *hbook.H2D) *H2D

NewH2DFrom creates a new H2D from hbook 2-dim histogram.

func (*H2D) Array 

func (h *H2D) Array() rcont.ArrayD

func (*H2D) Class 

func (*H2D) Class() string

Class returns the ROOT class name.

func (*H2D) MarshalROOT 

func (h *H2D) MarshalROOT(w *rbytes.WBuffer) (int, error)

func (*H2D) MarshalYODA 

func (h *H2D) MarshalYODA() ([]byte, error)

MarshalYODA implements the YODAMarshaler interface.

func (*H2D) NbinsX 

func (h *H2D) NbinsX() int

NbinsX returns the number of bins in X.

func (*H2D) NbinsY 

func (h *H2D) NbinsY() int

NbinsY returns the number of bins in Y.

func (*H2D) RVersion 

func (*H2D) RVersion() int16

func (*H2D) Rank 

func (h *H2D) Rank() int

Rank returns the number of dimensions of this histogram.

func (*H2D) SumWXY 

func (h *H2D) SumWXY() float64

SumWXY returns the total sum of weights*x*y

func (*H2D) SumWY 

func (h *H2D) SumWY() float64

SumWY returns the total sum of weights*y

func (*H2D) SumWY2 

func (h *H2D) SumWY2() float64

SumWY2 returns the total sum of weights*y*y

func (*H2D) UnmarshalROOT 

func (h *H2D) UnmarshalROOT(r *rbytes.RBuffer) error

func (*H2D) UnmarshalYODA 

func (h *H2D) UnmarshalYODA(raw []byte) error

UnmarshalYODA implements the YODAUnmarshaler interface.

func (*H2D) XAxis 

func (h *H2D) XAxis() Axis

XAxis returns the axis along X.

func (*H2D) XBinCenter 

func (h *H2D) XBinCenter(i int) float64

XBinCenter returns the bin center value in X.

func (*H2D) XBinContent 

func (h *H2D) XBinContent(i int) float64

XBinContent returns the bin content value in X.

func (*H2D) XBinError 

func (h *H2D) XBinError(i int) float64

XBinError returns the bin error in X.

func (*H2D) XBinLowEdge 

func (h *H2D) XBinLowEdge(i int) float64

XBinLowEdge returns the bin lower edge value in X.

func (*H2D) XBinWidth 

func (h *H2D) XBinWidth(i int) float64

XBinWidth returns the bin width in X.

func (*H2D) YAxis 

func (h *H2D) YAxis() Axis

YAxis returns the axis along Y.

func (*H2D) YBinCenter 

func (h *H2D) YBinCenter(i int) float64

YBinCenter returns the bin center value in Y.

func (*H2D) YBinContent 

func (h *H2D) YBinContent(i int) float64

YBinContent returns the bin content value in Y.

func (*H2D) YBinError 

func (h *H2D) YBinError(i int) float64

YBinError returns the bin error in Y.

func (*H2D) YBinLowEdge 

func (h *H2D) YBinLowEdge(i int) float64

YBinLowEdge returns the bin lower edge value in Y.

func (*H2D) YBinWidth 

func (h *H2D) YBinWidth(i int) float64

YBinWidth returns the bin width in Y.

type H2F 

type H2F struct {
	// contains filtered or unexported fields
}

H2F implements ROOT TH2F

func NewH2FFrom 

func NewH2FFrom(h *hbook.H2D) *H2F

NewH2FFrom creates a new H2F from hbook 2-dim histogram.

func (*H2F) Array 

func (h *H2F) Array() rcont.ArrayF

func (*H2F) Class 

func (*H2F) Class() string

Class returns the ROOT class name.

func (*H2F) MarshalROOT 

func (h *H2F) MarshalROOT(w *rbytes.WBuffer) (int, error)

func (*H2F) MarshalYODA 

func (h *H2F) MarshalYODA() ([]byte, error)

MarshalYODA implements the YODAMarshaler interface.

func (*H2F) NbinsX 

func (h *H2F) NbinsX() int

NbinsX returns the number of bins in X.

func (*H2F) NbinsY 

func (h *H2F) NbinsY() int

NbinsY returns the number of bins in Y.

func (*H2F) RVersion 

func (*H2F) RVersion() int16

func (*H2F) Rank 

func (h *H2F) Rank() int

Rank returns the number of dimensions of this histogram.

func (*H2F) SumWXY 

func (h *H2F) SumWXY() float64

SumWXY returns the total sum of weights*x*y

func (*H2F) SumWY 

func (h *H2F) SumWY() float64

SumWY returns the total sum of weights*y

func (*H2F) SumWY2 

func (h *H2F) SumWY2() float64

SumWY2 returns the total sum of weights*y*y

func (*H2F) UnmarshalROOT 

func (h *H2F) UnmarshalROOT(r *rbytes.RBuffer) error

func (*H2F) UnmarshalYODA 

func (h *H2F) UnmarshalYODA(raw []byte) error

UnmarshalYODA implements the YODAUnmarshaler interface.

func (*H2F) XAxis 

func (h *H2F) XAxis() Axis

XAxis returns the axis along X.

func (*H2F) XBinCenter 

func (h *H2F) XBinCenter(i int) float64

XBinCenter returns the bin center value in X.

func (*H2F) XBinContent 

func (h *H2F) XBinContent(i int) float64

XBinContent returns the bin content value in X.

func (*H2F) XBinError 

func (h *H2F) XBinError(i int) float64

XBinError returns the bin error in X.

func (*H2F) XBinLowEdge 

func (h *H2F) XBinLowEdge(i int) float64

XBinLowEdge returns the bin lower edge value in X.

func (*H2F) XBinWidth 

func (h *H2F) XBinWidth(i int) float64

XBinWidth returns the bin width in X.

func (*H2F) YAxis 

func (h *H2F) YAxis() Axis

YAxis returns the axis along Y.

func (*H2F) YBinCenter 

func (h *H2F) YBinCenter(i int) float64

YBinCenter returns the bin center value in Y.

func (*H2F) YBinContent 

func (h *H2F) YBinContent(i int) float64

YBinContent returns the bin content value in Y.

func (*H2F) YBinError 

func (h *H2F) YBinError(i int) float64

YBinError returns the bin error in Y.

func (*H2F) YBinLowEdge 

func (h *H2F) YBinLowEdge(i int) float64

YBinLowEdge returns the bin lower edge value in Y.

func (*H2F) YBinWidth 

func (h *H2F) YBinWidth(i int) float64

YBinWidth returns the bin width in Y.

type H2I 

type H2I struct {
	// contains filtered or unexported fields
}

H2I implements ROOT TH2I

func NewH2IFrom 

func NewH2IFrom(h *hbook.H2D) *H2I

NewH2IFrom creates a new H2I from hbook 2-dim histogram.

func (*H2I) Array 

func (h *H2I) Array() rcont.ArrayI

func (*H2I) Class 

func (*H2I) Class() string

Class returns the ROOT class name.

func (*H2I) MarshalROOT 

func (h *H2I) MarshalROOT(w *rbytes.WBuffer) (int, error)

func (*H2I) MarshalYODA 

func (h *H2I) MarshalYODA() ([]byte, error)

MarshalYODA implements the YODAMarshaler interface.

func (*H2I) NbinsX 

func (h *H2I) NbinsX() int

NbinsX returns the number of bins in X.

func (*H2I) NbinsY 

func (h *H2I) NbinsY() int

NbinsY returns the number of bins in Y.

func (*H2I) RVersion 

func (*H2I) RVersion() int16

func (*H2I) Rank 

func (h *H2I) Rank() int

Rank returns the number of dimensions of this histogram.

func (*H2I) SumWXY 

func (h *H2I) SumWXY() float64

SumWXY returns the total sum of weights*x*y

func (*H2I) SumWY 

func (h *H2I) SumWY() float64

SumWY returns the total sum of weights*y

func (*H2I) SumWY2 

func (h *H2I) SumWY2() float64

SumWY2 returns the total sum of weights*y*y

func (*H2I) UnmarshalROOT 

func (h *H2I) UnmarshalROOT(r *rbytes.RBuffer) error

func (*H2I) UnmarshalYODA 

func (h *H2I) UnmarshalYODA(raw []byte) error

UnmarshalYODA implements the YODAUnmarshaler interface.

func (*H2I) XAxis 

func (h *H2I) XAxis() Axis

XAxis returns the axis along X.

func (*H2I) XBinCenter 

func (h *H2I) XBinCenter(i int) float64

XBinCenter returns the bin center value in X.

func (*H2I) XBinContent 

func (h *H2I) XBinContent(i int) float64

XBinContent returns the bin content value in X.

func (*H2I) XBinError 

func (h *H2I) XBinError(i int) float64

XBinError returns the bin error in X.

func (*H2I) XBinLowEdge 

func (h *H2I) XBinLowEdge(i int) float64

XBinLowEdge returns the bin lower edge value in X.

func (*H2I) XBinWidth 

func (h *H2I) XBinWidth(i int) float64

XBinWidth returns the bin width in X.

func (*H2I) YAxis 

func (h *H2I) YAxis() Axis

YAxis returns the axis along Y.

func (*H2I) YBinCenter 

func (h *H2I) YBinCenter(i int) float64

YBinCenter returns the bin center value in Y.

func (*H2I) YBinContent 

func (h *H2I) YBinContent(i int) float64

YBinContent returns the bin content value in Y.

func (*H2I) YBinError 

func (h *H2I) YBinError(i int) float64

YBinError returns the bin error in Y.

func (*H2I) YBinLowEdge 

func (h *H2I) YBinLowEdge(i int) float64

YBinLowEdge returns the bin lower edge value in Y.

func (*H2I) YBinWidth 

func (h *H2I) YBinWidth(i int) float64

YBinWidth returns the bin width in Y.

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