package rhist

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 ConfidenceLevel ¶

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

ConfidenceLevel holds information about 95% confidence level limits.

func (*ConfidenceLevel) Class ¶

func (*ConfidenceLevel) Class() string

func (*ConfidenceLevel) MarshalROOT ¶

func (o *ConfidenceLevel) MarshalROOT(w *rbytes.WBuffer) (int, error)

MarshalROOT implements rbytes.Marshaler

func (*ConfidenceLevel) RVersion ¶

func (*ConfidenceLevel) RVersion() int16

func (*ConfidenceLevel) UnmarshalROOT ¶

func (o *ConfidenceLevel) UnmarshalROOT(r *rbytes.RBuffer) error

UnmarshalROOT implements rbytes.Unmarshaler

type Efficiency ¶

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

Efficiency handles efficiency histograms.

func (*Efficiency) Class ¶

func (*Efficiency) Class() string

func (*Efficiency) MarshalROOT ¶

func (o *Efficiency) MarshalROOT(w *rbytes.WBuffer) (int, error)

MarshalROOT implements rbytes.Marshaler

func (*Efficiency) RVersion ¶

func (*Efficiency) RVersion() int16

func (*Efficiency) UnmarshalROOT ¶

func (o *Efficiency) UnmarshalROOT(r *rbytes.RBuffer) error

UnmarshalROOT implements rbytes.Unmarshaler

type F1 ¶

type F1 struct {
	// contains filtered or unexported fields
}

F1 is a ROOT 1-dim function.

func (*F1) Class ¶

func (*F1) Class() string

func (*F1) MarshalROOT ¶

func (f *F1) MarshalROOT(w *rbytes.WBuffer) (int, error)

MarshalROOT implements rbytes.Marshaler

func (*F1) Name ¶

func (f *F1) Name() string

Name returns the name of the instance

func (*F1) RVersion ¶

func (*F1) RVersion() int16

func (*F1) String ¶

func (f *F1) String() string

func (*F1) Title ¶

func (f *F1) Title() string

Title returns the title of the instance

func (*F1) UnmarshalROOT ¶

func (f *F1) UnmarshalROOT(r *rbytes.RBuffer) error

type F1Composition ¶

type F1Composition interface {
	root.Object
	// contains filtered or unexported methods
}

F1Composition describes a 1-dim functions composition.

type F1Convolution ¶

type F1Convolution struct {
	// contains filtered or unexported fields
}

F1Convolution is a ROOT composition function describing a convolution between two TF1 ROOT functions.

func (*F1Convolution) Class ¶

func (*F1Convolution) Class() string

func (*F1Convolution) RVersion ¶

func (*F1Convolution) RVersion() int16

func (*F1Convolution) String ¶

func (f *F1Convolution) String() string

func (*F1Convolution) UnmarshalROOT ¶

func (f *F1Convolution) UnmarshalROOT(r *rbytes.RBuffer) error

type F1NormSum ¶

type F1NormSum struct {
	// contains filtered or unexported fields
}

F1NormSum is a ROOT composition function describing the linear combination of two TF1 ROOT functions.

func (*F1NormSum) Class ¶

func (*F1NormSum) Class() string

func (*F1NormSum) RVersion ¶

func (*F1NormSum) RVersion() int16

func (*F1NormSum) String ¶

func (f *F1NormSum) String() string

func (*F1NormSum) UnmarshalROOT ¶

func (f *F1NormSum) UnmarshalROOT(r *rbytes.RBuffer) error

type F1Parameters ¶

type F1Parameters struct {
	// contains filtered or unexported fields
}

func (*F1Parameters) Class ¶

func (*F1Parameters) Class() string

func (*F1Parameters) RVersion ¶

func (*F1Parameters) RVersion() int16

func (*F1Parameters) String ¶

func (f *F1Parameters) String() string

func (*F1Parameters) UnmarshalROOT ¶

func (f *F1Parameters) UnmarshalROOT(r *rbytes.RBuffer) error

type Formula ¶

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

Formula describes a ROOT TFormula.

func (*Formula) Class ¶

func (*Formula) Class() string

func (*Formula) MarshalROOT ¶

func (f *Formula) MarshalROOT(w *rbytes.WBuffer) (int, error)

MarshalROOT implements rbytes.Marshaler

func (*Formula) Name ¶

func (f *Formula) Name() string

Name returns the name of the instance

func (*Formula) RVersion ¶

func (*Formula) RVersion() int16

func (*Formula) String ¶

func (f *Formula) String() string

func (*Formula) Title ¶

func (f *Formula) Title() string

Title returns the title of the instance

func (*Formula) UnmarshalROOT ¶

func (f *Formula) UnmarshalROOT(r *rbytes.RBuffer) error

type Graph ¶

type Graph interface {
	root.Named

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

Graph describes a ROOT TGraph

Example¶

Code:play

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¶

Code:play

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)¶

Code:play

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.

func NewGraphMultiErrorsFrom ¶

func NewGraphMultiErrorsFrom(s2 *hbook.S2D) GraphErrors

NewGraphMultiErrorsFrom creates a new GraphMultiErrors 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
	// contains filtered or unexported methods
}

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) AsH1D ¶

func (h *H1D) AsH1D() *hbook.H1D

AsH1D creates a new hbook.H1D from this ROOT histogram.

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) Get ¶

func (h *H1D) Get(name string) (root.Object, error)

Get implements the ObjectFinder interface.

func (*H1D) Keys ¶

func (h *H1D) Keys() []string

Keys implements the ObjectFinder interface.

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) RMembers ¶

func (h *H1D) RMembers() (mbrs []rbytes.Member)

func (*H1D) ROOTMerge ¶

func (h *H1D) ROOTMerge(src root.Object) error

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) AsH1D ¶

func (h *H1F) AsH1D() *hbook.H1D

AsH1D creates a new hbook.H1D from this ROOT histogram.

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) Get ¶

func (h *H1F) Get(name string) (root.Object, error)

Get implements the ObjectFinder interface.

func (*H1F) Keys ¶

func (h *H1F) Keys() []string

Keys implements the ObjectFinder interface.

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) RMembers ¶

func (h *H1F) RMembers() (mbrs []rbytes.Member)

func (*H1F) ROOTMerge ¶

func (h *H1F) ROOTMerge(src root.Object) error

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) AsH1D ¶

func (h *H1I) AsH1D() *hbook.H1D

AsH1D creates a new hbook.H1D from this ROOT histogram.

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) Get ¶

func (h *H1I) Get(name string) (root.Object, error)

Get implements the ObjectFinder interface.

func (*H1I) Keys ¶

func (h *H1I) Keys() []string

Keys implements the ObjectFinder interface.

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) RMembers ¶

func (h *H1I) RMembers() (mbrs []rbytes.Member)

func (*H1I) ROOTMerge ¶

func (h *H1I) ROOTMerge(src root.Object) error

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
	// contains filtered or unexported methods
}

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) AsH2D ¶

func (h *H2D) AsH2D() *hbook.H2D

AsH2D creates a new hbook.H2D from this ROOT histogram.

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) RMembers ¶

func (h *H2D) RMembers() (mbrs []rbytes.Member)

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) AsH2D ¶

func (h *H2F) AsH2D() *hbook.H2D

AsH2D creates a new hbook.H2D from this ROOT histogram.

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) RMembers ¶

func (h *H2F) RMembers() (mbrs []rbytes.Member)

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) AsH2D ¶

func (h *H2I) AsH2D() *hbook.H2D

AsH2D creates a new hbook.H2D from this ROOT histogram.

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) RMembers ¶

func (h *H2I) RMembers() (mbrs []rbytes.Member)

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.

type Limit ¶

type Limit struct{}

func (*Limit) Class ¶

func (*Limit) Class() string

func (*Limit) MarshalROOT ¶

func (o *Limit) MarshalROOT(w *rbytes.WBuffer) (int, error)

MarshalROOT implements rbytes.Marshaler

func (*Limit) RVersion ¶

func (*Limit) RVersion() int16

func (*Limit) UnmarshalROOT ¶

func (o *Limit) UnmarshalROOT(r *rbytes.RBuffer) error

UnmarshalROOT implements rbytes.Unmarshaler

type LimitDataSource ¶

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

func (*LimitDataSource) Class ¶

func (*LimitDataSource) Class() string

func (*LimitDataSource) MarshalROOT ¶

func (o *LimitDataSource) MarshalROOT(w *rbytes.WBuffer) (int, error)

MarshalROOT implements rbytes.Marshaler

func (*LimitDataSource) RVersion ¶

func (*LimitDataSource) RVersion() int16

func (*LimitDataSource) UnmarshalROOT ¶

func (o *LimitDataSource) UnmarshalROOT(r *rbytes.RBuffer) error

UnmarshalROOT implements rbytes.Unmarshaler

type MultiGraph ¶

type MultiGraph interface {
	root.Named

	Graphs() []Graph
}

MultiGraph describes a ROOT TMultiGraph

type Profile1D ¶

type Profile1D struct {
	// contains filtered or unexported fields
}

Profile1D is a 1-dim profile histogram.

func (*Profile1D) Class ¶

func (*Profile1D) Class() string

func (*Profile1D) MarshalROOT ¶

func (p *Profile1D) MarshalROOT(w *rbytes.WBuffer) (int, error)

MarshalROOT implements rbytes.Marshaler

func (*Profile1D) RVersion ¶

func (*Profile1D) RVersion() int16

func (*Profile1D) UnmarshalROOT ¶

func (p *Profile1D) UnmarshalROOT(r *rbytes.RBuffer) error

UnmarshalROOT implements rbytes.Unmarshaler

type Profile2D ¶

type Profile2D struct {
	// contains filtered or unexported fields
}

Profile2D is a 2-dim profile histogram.

func (*Profile2D) Class ¶

func (*Profile2D) Class() string

func (*Profile2D) MarshalROOT ¶

func (p2d *Profile2D) MarshalROOT(w *rbytes.WBuffer) (int, error)

MarshalROOT implements rbytes.Marshaler

func (*Profile2D) RVersion ¶

func (*Profile2D) RVersion() int16

func (*Profile2D) UnmarshalROOT ¶

func (p2d *Profile2D) UnmarshalROOT(r *rbytes.RBuffer) error

UnmarshalROOT implements rbytes.Unmarshaler

type Scatter ¶

type Scatter struct {
	rbase.Named
	// contains filtered or unexported fields
}

Scatter implements ROOT's TScatter. A scatter plot able to draw four variables on a single plot.

func (*Scatter) Class ¶

func (*Scatter) Class() string

func (*Scatter) MarshalROOT ¶

func (s *Scatter) MarshalROOT(w *rbytes.WBuffer) (int, error)

ROOTMarshaler is the interface implemented by an object that can marshal itself to a ROOT buffer

func (*Scatter) RMembers ¶

func (g *Scatter) RMembers() (mbrs []rbytes.Member)

func (*Scatter) ROOTMerge ¶

func (s *Scatter) ROOTMerge(src root.Object) error

func (*Scatter) RVersion ¶

func (*Scatter) RVersion() int16

func (*Scatter) UnmarshalROOT ¶

func (s *Scatter) UnmarshalROOT(r *rbytes.RBuffer) error

ROOTUnmarshaler is the interface implemented by an object that can unmarshal itself from a ROOT buffer

Source Files ¶

axis.go confidence_level.go efficiency.go formula.go func1.go graph.go h1_gen.go h2_gen.go hist.go limit.go multigraph.go p1d.go p2d.go rhist.go scatter.go

Version: v0.36.0 (latest)
Published: Nov 15, 2024
Platform: linux/amd64
Imports: 13 packages
Last checked: 2 days ago –

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