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GaussMarkovSRS handles inputs that are absolute frequency values or frequency ratios.
This means that the model for input data is either $q_j$ or $q_i/q_j$, where the $q_j$ are the adjusted constants (and in the current implementation, Cs is handled as a special case).
It may be worthwhile to rework the code and the input data format do handle generic models $\prod_j {q_j}^{n_j}$.
For example, this would enable GaussMarkovSRS to handle adjustment in the style of CODATA.
The text was updated successfully, but these errors were encountered:
GaussMarkovSRS handles inputs that are absolute frequency values or frequency ratios.$q_j$ or $q_i/q_j$ , where the $q_j$ are the adjusted constants (and in the current implementation, Cs is handled as a special case).$\prod_j {q_j}^{n_j}$ .
This means that the model for input data is either
It may be worthwhile to rework the code and the input data format do handle generic models
For example, this would enable GaussMarkovSRS to handle adjustment in the style of CODATA.
The text was updated successfully, but these errors were encountered: