poplr_cstat

p-values. Typically the ones obtained from <code><a href="/link/poplr_pstat?package=visualFields&version=0.2-4" rd-options="" data-mini-rdoc="visualFields::poplr_pstat">poplr_pstat</a></code>

pval

Combination type for p-values. Default is <code>fisher</code>, by now the only one implemented

typecomb

p-value cut-off for truncation. Default is <code>1</code>

truncation

whether to use minimum p-value if empty combination statistic after truncation. Default is <code>TRUE</code>

minmax

Weights for spatial autocorrelation. Typically the p-values, the slope, or the Spearman rank correlation obtained with <code><a href="/link/poplr_pstat?package=visualFields&version=0.2-4" rd-options="" data-mini-rdoc="visualFields::poplr_pstat">poplr_pstat</a></code>. If <code>NULL</code>, then the weights are all 1

spatialwtd

Pairwise distances between locations. Default is <code>NULL</code>

distance

Eccentricity-related weights. Ask Neil. Default is <code>NULL</code>

eccwtd

A collection of tools for analyzing the field of vision.
        It provides a framework for development and use of innovative
        methods for visualization, statistical analysis, and clinical
        interpretation of visual-field loss and its change over time.
        It is intended to be a tool for collaborative research.

poplr_cstat: permutation of pointwise linear regression (PoPLR): calculation of the combined statistic

Description

Usage

Arguments

References

See Also

Examples