Man pages for MATTOOLS
Modern Calibration Functions for the Modern Analog Technique (MAT)
| euclidean.complx.f | Decomposition of direction to x-vector component |
| euclidean.compy.f | Decomposition of direction to y-vector component |
| euclidean.direction.f | Euclidean direction on a plane |
| euclidean.distance.f | Euclidean distance function |
| great.circle.distance.f | Computes great circle distance |
| mat.dissim | Dissimilarity object for MAT reconstructions |
| mat.fossavg | Fossil sample site environmental reconstruction |
| mat.jump | Optimize the alpha value |
| mat.jumprecon | Modified Jump Method (MJM) Application |
| mat.mc | Monte Carlo Simulation for Determining Critical Threasholds... |
| mat.plotjump | Plot Jump Analysis |
| mat.plot.mc | Plots output from mat.mc |
| mat.plot.recon | Plot output from mat.fossavg |
| mat.plotroc | Plot output of ROC analysis |
| mat.roc | ROC analysis for the Modern Analog Technique (MAT) |
| mat.roc.allpair | ROC Analysis by Pairwise Comparisons |
| mat.ROCcalc | ROC calculation |
| mat.roc.up | ROC Analysis |
| mattools-package | Modern Calibration Functions for the Modern Analog Technique |
| mattools.roc | tools |
| modpoll | Sample Modern Pollen Dataset |
| polyarea | calculate area of polygon |
| spherical.direction.f | spherical direction |
| zagoskin | Sample Fossil Pollen Dataset |
