Public Attributes | |
| integer(i4b) | nbins |
| number of bins | |
| real(dp) | bin_lower_bounds |
| values of the bin bounds | |
| real(dp) | bin_upper_bounds |
| real(dp) | bin_centers |
| values of the bin centers | |
| real(dp) | bin_values |
| binned values of Kmap | |
| real(dp) | bin_weights |
| number of data points in bin | |
| real(dp) | bin_chisq_dof |
| DOF of theory chsqr in bin. | |
| real(dp) | bin_errors |
| upper and lower error bars | |
| real(dp) | binning_matrix |
| The P-Matrix for binning. | |
| real(dp) | unbinning_matrix |
| The Q-Matrix = P inverse. | |
| real(dp) | power_of_k |
| k**power_of_k will be multiplied | |
| real(dp) | confidence_percentage |
| error confid perc. | |
| logical | IsAllocated = .false. |
| integer(i4b) BinKspaceMap::BinnedKMap::nbins |
number of bins
values of the bin bounds
values of the bin centers
| real(dp) BinKspaceMap::BinnedKMap::bin_values |
binned values of Kmap
number of data points in bin
DOF of theory chsqr in bin.
| real(dp) BinKspaceMap::BinnedKMap::bin_errors |
upper and lower error bars
The P-Matrix for binning.
The Q-Matrix = P inverse.
| real(dp) BinKspaceMap::BinnedKMap::power_of_k |
k**power_of_k will be multiplied
error confid perc.
| logical BinKspaceMap::BinnedKMap::IsAllocated = .false. |
1.5.4