groot/{rdict,rhist,rvers}: add r/w support for TGraphMultiErrors

Author: sbinet

groot/gen.rboot.go

@@ -72,7 +72,7 @@ var (
 		"TF1",
 		"TF1AbsComposition", "TF1Convolution", "TF1NormSum", "TF1Parameters",
 		"TFormula",
-		"TGraph", "TGraphErrors", "TGraphAsymmErrors",
+		"TGraph", "TGraphErrors", "TGraphAsymmErrors", "TGraphMultiErrors",
 		"TH1", "TH1C", "TH1D", "TH1F", "TH1I", "TH1K", "TH1S",
 		"TH2", "TH2C", "TH2D", "TH2F", "TH2I", "TH2Poly", "TH2PolyBin", "TH2S",
 		"TLimit", "TLimitDataSource",

groot/rdict/cxx_root_streamers_gen.go

@@ -3090,6 +3090,125 @@ func init() {
 			Factor: 0.000000,
 		}.New(), 4, "fNpoints", "TGraph"),
 	}))
+	StreamerInfos.Add(NewCxxStreamerInfo("TGraphMultiErrors", 1, 0x1a63990a, []rbytes.StreamerElement{
+		NewStreamerBase(Element{
+			Name:   *rbase.NewNamed("TGraph", "Graph graphics class"),
+			Type:   rmeta.Base,
+			Size:   0,
+			ArrLen: 0,
+			ArrDim: 0,
+			MaxIdx: [5]int32{0, 100136037, 0, 0, 0},
+			Offset: 0,
+			EName:  "BASE",
+			XMin:   0.000000,
+			XMax:   0.000000,
+			Factor: 0.000000,
+		}.New(), 4),
+		&StreamerBasicType{StreamerElement: Element{
+			Name:   *rbase.NewNamed("fNYErrors", "The amount of different y-errors"),
+			Type:   rmeta.Int,
+			Size:   4,
+			ArrLen: 0,
+			ArrDim: 0,
+			MaxIdx: [5]int32{0, 0, 0, 0, 0},
+			Offset: 0,
+			EName:  "int",
+			XMin:   0.000000,
+			XMax:   0.000000,
+			Factor: 0.000000,
+		}.New()},
+		&StreamerBasicType{StreamerElement: Element{
+			Name:   *rbase.NewNamed("fSumErrorsMode", "How y errors are summed: kOnlyFirst = Only First; kSquareSum = Squared Sum; kSum ="),
+			Type:   rmeta.Int,
+			Size:   4,
+			ArrLen: 0,
+			ArrDim: 0,
+			MaxIdx: [5]int32{0, 0, 0, 0, 0},
+			Offset: 0,
+			EName:  "int",
+			XMin:   0.000000,
+			XMax:   0.000000,
+			Factor: 0.000000,
+		}.New()},
+		NewStreamerBasicPointer(Element{
+			Name:   *rbase.NewNamed("fExL", "[fNpoints] array of X low errors"),
+			Type:   48,
+			Size:   8,
+			ArrLen: 0,
+			ArrDim: 0,
+			MaxIdx: [5]int32{0, 0, 0, 0, 0},
+			Offset: 0,
+			EName:  "double*",
+			XMin:   0.000000,
+			XMax:   0.000000,
+			Factor: 0.000000,
+		}.New(), 4, "fNpoints", "TGraph"),
+		NewStreamerBasicPointer(Element{
+			Name:   *rbase.NewNamed("fExH", "[fNpoints] array of X high errors"),
+			Type:   48,
+			Size:   8,
+			ArrLen: 0,
+			ArrDim: 0,
+			MaxIdx: [5]int32{0, 0, 0, 0, 0},
+			Offset: 0,
+			EName:  "double*",
+			XMin:   0.000000,
+			XMax:   0.000000,
+			Factor: 0.000000,
+		}.New(), 4, "fNpoints", "TGraph"),
+		NewCxxStreamerSTL(Element{
+			Name:   *rbase.NewNamed("fEyL", "two dimensional array of Y low errors"),
+			Type:   rmeta.Streamer,
+			Size:   24,
+			ArrLen: 0,
+			ArrDim: 0,
+			MaxIdx: [5]int32{0, 0, 0, 0, 0},
+			Offset: 0,
+			EName:  "vector<TArrayD>",
+			XMin:   0.000000,
+			XMax:   0.000000,
+			Factor: 0.000000,
+		}.New(), 1, 61),
+		NewCxxStreamerSTL(Element{
+			Name:   *rbase.NewNamed("fEyH", "two dimensional array of Y high errors"),
+			Type:   rmeta.Streamer,
+			Size:   24,
+			ArrLen: 0,
+			ArrDim: 0,
+			MaxIdx: [5]int32{0, 0, 0, 0, 0},
+			Offset: 0,
+			EName:  "vector<TArrayD>",
+			XMin:   0.000000,
+			XMax:   0.000000,
+			Factor: 0.000000,
+		}.New(), 1, 61),
+		NewCxxStreamerSTL(Element{
+			Name:   *rbase.NewNamed("fAttFill", "the AttFill attributes of the different errors"),
+			Type:   rmeta.Streamer,
+			Size:   24,
+			ArrLen: 0,
+			ArrDim: 0,
+			MaxIdx: [5]int32{0, 0, 0, 0, 0},
+			Offset: 0,
+			EName:  "vector<TAttFill>",
+			XMin:   0.000000,
+			XMax:   0.000000,
+			Factor: 0.000000,
+		}.New(), 1, 61),
+		NewCxxStreamerSTL(Element{
+			Name:   *rbase.NewNamed("fAttLine", "the AttLine attributes of the different errors"),
+			Type:   rmeta.Streamer,
+			Size:   24,
+			ArrLen: 0,
+			ArrDim: 0,
+			MaxIdx: [5]int32{0, 0, 0, 0, 0},
+			Offset: 0,
+			EName:  "vector<TAttLine>",
+			XMin:   0.000000,
+			XMax:   0.000000,
+			Factor: 0.000000,
+		}.New(), 1, 61),
+	}))
 	StreamerInfos.Add(NewCxxStreamerInfo("TH1", 8, 0x1c3740c4, []rbytes.StreamerElement{
 		NewStreamerBase(Element{
 			Name:   *rbase.NewNamed("TNamed", "The basis for a named object (name, title)"),