// Titles
void NDHist_Fixed::SetAxisTitles(std::vector<std::string> titles)
{
if(!CheckDim(titles.size()))
throw std::runtime_error("NDHist_Fixed ERROR: Number of titles doesn't match number of axes.");
for(unsigned idim = axes.size(); idim-->0;)
axes[idim].SetTitle(titles[idim].c_str());
}
// Get overall bin index from individual axis indices
int NDHist_Fixed::GetBin(std::vector<int> binx)
{
// return binw + waxis.GetNbins() * (binx + xaxis.GetNbins() * (biny + yaxis.GetNbins() * (binz)));
if(!CheckDim(binx.size()))
throw std::runtime_error("NDHist_Fixed ERROR: Number of bin indices does not match number of axes.");
int bin = binx.back(); // Start with the nth dimension
for(unsigned idim = axes.size()-1; idim-->0;) // Loop from (n-1)th dimension to first
bin = binx[idim] + axes[idim].GetNbins() * bin;
return bin;
}
// Comparison of bins and ranges to allow arithmetic
bool NDHist_Fixed::IsCompatible(const NDHist_Fixed& other)
{
if(nbins != other.nbins || !CheckDim(other.axes.size()))
return false;
bool compatability = true;
for(unsigned idim = axes.size(); idim-->0;)
compatability = compatability && axes[idim].GetNbins() == other.axes[idim].GetNbins()
&& axes[idim].GetXmin() == other.axes[idim].GetXmin()
&& axes[idim].GetXmax() == other.axes[idim].GetXmax();
return compatability;
}
void __fastcall TResolution::setHeight(int Val)
{
this->FHeight = CheckDim(Val);
}
void __fastcall TResolution::setWidth(int Val)
{
this->FWidth = CheckDim(Val);
}
