This method performs a row-deletion sensitivity analysis on the canonical constraint matrix \([C | S]\), denoted as \(C_{\text{canon}}\), and evaluates the marginal effect of each constraint row on numerical stability, angular alignment, and estimator sensitivity.
corr(object, reset = FALSE, threshold = 0)A named list containing per-row diagnostic values:
Vector of constraint indices (1-based).
List of \(\mathrm{RMSA}_i\) values.
List of \(\Delta\kappa(C)\) after deleting row i.
List of \(\Delta\kappa(B)\) after deleting row i.
List of \(\Delta\kappa(A)\) after deleting row i.
List of \(\Delta\mathrm{NRMSE}\) after deleting row i.
List of \(\Delta\hat{z}\) after deleting row i.
List of \(\Delta z\) after deleting row i.
List of \(\Delta x\) after deleting row i.
An object of class "clsp".
Logical, default = FALSE.
If TRUE, forces recomputation of all diagnostic values.
Numeric, default = 0.
If positive, limits the output to constraints with
\(\mathrm{RMSA}_i \ge \text{threshold}\).
For each row \(i\) in \(C_{\text{canon}}\), it computes:
The Root Mean Square Alignment (\(\mathrm{RMSA}_i\)) with all other rows \(j \ne i\).
The change in condition numbers \(\kappa(C)\), \(\kappa(B)\), and \(\kappa(A)\) when row \(i\) is deleted.
The effect on estimation quality: changes in NRMSE, \(\hat{z}\), \(z\), and \(x\).
Additionally, it computes the total RMSA statistic across all rows, summarizing the overall angular alignment of the constraint block.