Man pages for MATTOOLS
Modern Calibration Functions for the Modern Analog Technique (MAT)

euclidean.complx.fDecomposition of direction to x-vector component
euclidean.compy.fDecomposition of direction to y-vector component
euclidean.direction.fEuclidean direction on a plane
euclidean.distance.fEuclidean distance function
great.circle.distance.fComputes great circle distance
mat.dissimDissimilarity object for MAT reconstructions
mat.fossavgFossil sample site environmental reconstruction
mat.jumpOptimize the alpha value
mat.jumpreconModified Jump Method (MJM) Application
mat.mcMonte Carlo Simulation for Determining Critical Threasholds...
mat.plotjumpPlot Jump Analysis
mat.plot.mcPlots output from mat.mc
mat.plot.reconPlot output from mat.fossavg
mat.plotrocPlot output of ROC analysis
mat.rocROC analysis for the Modern Analog Technique (MAT)
mat.roc.allpairROC Analysis by Pairwise Comparisons
mat.ROCcalcROC calculation
mat.roc.upROC Analysis
mattools-packageModern Calibration Functions for the Modern Analog Technique
mattools.roctools
modpollSample Modern Pollen Dataset
polyareacalculate area of polygon
spherical.direction.fspherical direction
zagoskinSample Fossil Pollen Dataset
MATTOOLS documentation built on May 29, 2017, 3:32 p.m.