This macro generates two RH1D, fills them and draw with different options in RCanvas.
#include "ROOT/RFrameTitle.hxx"
void rh1()
{
auto pHist1 = std::make_shared<RH1D>(xaxis);
auto pHist2 = std::make_shared<RH1D>(xaxis);
for (
int n=0;
n<1000;
n++) {
}
auto canvas = RCanvas::Create("RH1 drawing options");
auto col1 = RColor::kRed, col2 = RColor::kBlue;
auto subpads = canvas->Divide(2,3);
subpads[0][0]->Draw<RFrameTitle>("Default RH1 drawing");
auto draw001 = subpads[0][0]->Draw(pHist1);
draw001->line.color = col1;
draw001->line.width = 2;
auto draw002 = subpads[0][0]->Draw(pHist2);
draw002->line.color = col2;
draw002->line.width = 4;
subpads[1][0]->Draw<RFrameTitle>("Error() draw options");
subpads[1][0]->Draw(pHist1)->Error(1).line.color = col1;
subpads[1][0]->Draw(pHist2)->Error(4).fill =
RAttrFill(col2, RAttrFill::k3003);
subpads[0][1]->Draw<RFrameTitle>("Text() and Marker() draw options");
subpads[0][1]->Draw(pHist1)->Text().text.color = col1;
subpads[0][1]->Draw(pHist2)->Marker().marker =
RAttrMarker(col2, 0.02, RAttrMarker::kOpenStar);
subpads[1][1]->Draw<RFrameTitle>("Bar() draw options");
subpads[1][1]->Draw(pHist1)->Bar(0,0.5).fill =
RAttrFill(col1, RAttrFill::kSolid);
subpads[1][1]->Draw(pHist2)->Bar(0.5,0.5,
true).fill =
RAttrFill(col2, RAttrFill::kSolid);
subpads[0][2]->Draw<RFrameTitle>("Line() draw option");
subpads[0][2]->Draw(pHist1)->Line().line.color = col1;
subpads[0][2]->Draw(pHist2)->Line().line.color = col2;
subpads[1][2]->Draw<RFrameTitle>("Lego() draw option");
subpads[1][2]->Draw(pHist1)->Lego().fill =
RAttrFill(col1, RAttrFill::kSolid);
canvas->SetSize(1000, 700);
canvas->Show();
}
#define R__LOAD_LIBRARY(LIBRARY)
R__EXTERN TRandom * gRandom
Drawing fill attributes for different objects.
Objects used to configure the different axis types.
virtual Double_t Gaus(Double_t mean=0, Double_t sigma=1)
Samples a random number from the standard Normal (Gaussian) Distribution with the given mean and sigm...