| angles |
Compute Turning Angles - Deprecated |
| ararea |
Compute Areas and Perimeters of Objects of Class "area" |
| area |
Objects of Class "area" |
| area2asc |
Converts a Polygon to Raster |
| area2dxf |
Exportation of Areas |
| area2spol |
Conversion of maps from/to the package "sp" |
| as.area |
Objects of Class "area" |
| as.asc |
Arcview ASCII Raster File Importation And Exportation |
| as.kasc |
Working with Several Raster Maps |
| as.ltraj |
Working with Trajectories in 2D Space: the Class ltraj |
| as.sahrlocs |
Exploratory Analysis of Habitat Selection |
| as.traj |
Working with Trajectories in 2D Space |
| asc |
Arcview ASCII Raster File Importation And Exportation |
| asc2im |
Conversion of Maps of Class 'asc' and 'im' (Package spatstat) |
| asc2spixdf |
Conversion of maps from/to the package "sp" |
| ascgen |
Creation of Raster Maps |
| attpol2area |
Conversion of maps from/to the package "sp" |
| gdltraj |
Working with Trajectories: Specify a Time Period |
| getascattr |
Copy the Attributes of an Object of Class 'asc' or 'kasc'
to another Object |
| getburst |
Working with Trajectories in 2D Space |
| getcontour |
Computes the Contour Polygon of a Raster Object |
| getkasc |
Working with Several Raster Maps |
| getkascattr |
Copy the Attributes of an Object of Class 'asc' or 'kasc'
to another Object |
| getsahrlocs |
Exploratory Analysis of Habitat Selection |
| getverticesclusthr |
Estimation of Home Range by Clustering |
| getverticeshr |
Estimation of Kernel Home-Range |
| getvolumeUD |
Estimation of Kernel Home-Range |
| getXYcoords |
Computes the X and Y Coordinates of the Pixels of a Raster Map |
| kasc |
Working with Several Raster Maps |
| kasc2df |
Conversion of Objects of Class kasc |
| kasc2spixdf |
Conversion of maps from/to the package "sp" |
| kernel.area |
Estimation of Kernel Home-Range |
| kernelbb |
Estimation of Kernel Home-Range |
| kernelUD |
Estimation of Kernel Home-Range |
| kplot.kselect |
K-Select Analysis: a Method to Analyse the Habitat Selection by
Animals |
| kselect |
K-Select Analysis: a Method to Analyse the Habitat Selection by
Animals |
| kver |
Handling of Objects of Class kver |
| kver2shapefile |
Handling of Objects of Class kver |
| perarea |
Compute Areas and Perimeters of Objects of Class "area" |
| persp.asc |
Displays a Color Image of a Matrix of Class 'asc' |
| pheasant |
Radio-Tracking of Pheasants |
| plot.area |
Graphical Display of Objects of Class "area" |
| plot.asc |
Displays a Color Image of a Matrix of Class 'asc' |
| plot.clusthr |
Estimation of Home Range by Clustering |
| plot.fipati |
Computation of the First Passage Time From Trajectories |
| plot.hrsize |
Estimation of the Home Range Using the Minimum Convex Polygon Estimator |
| plot.kselect |
K-Select Analysis: a Method to Analyse the Habitat Selection by
Animals |
| plot.kver |
Handling of Objects of Class kver |
| plot.ltraj |
Graphical Display of an Object of Class "ltraj" |
| plot.madifa |
The MADIFA: a Factorial Decomposition of the Mahalanobis Distances |
| plot.narea |
LoCoH (NNCH): Home Range Area |
| plot.NNCH |
LoCoH (NNCH): Useful Functions |
| plot.sahrlocs |
Exploratory Analysis of Habitat Selection |
| plot.traj |
Working with Trajectories in 2D Space |
| plot.wi |
Computation of Selection Ratios for Habitat Selection Studies. |
| plotLSCV |
Estimation of Kernel Home-Range |
| predict.enfa |
Habitat Suitability Maps Built from the ENFA |
| predict.madifa |
The MADIFA: a Factorial Decomposition of the Mahalanobis Distances |
| print.asc |
Arcview ASCII Raster File Importation And Exportation |
| print.clusthr |
Estimation of Home Range by Clustering |
| print.compana |
Compositional Analysis of Habitat Use |
| print.dataenfa |
Ecological-Niche Factor Analysis |
| print.enfa |
Ecological-Niche Factor Analysis |
| print.esr |
Eigenanalysis of Selection Ratios |
| print.kasc |
Working with Several Raster Maps |
| print.khr |
Estimation of Kernel Home-Range |
| print.kselect |
K-Select Analysis: a Method to Analyse the Habitat Selection by
Animals |
| print.ltraj |
Working with Trajectories in 2D Space: the Class ltraj |
| print.madifa |
The MADIFA: a Factorial Decomposition of the Mahalanobis Distances |
| print.NNCH |
LoCoH (NNCH): Useful Functions |
| print.plotsahr |
Exploratory Analysis of Habitat Selection |
| print.rand.kselect |
Test of the Third-Order Habitat Selection |
| print.sahrlocs |
Exploratory Analysis of Habitat Selection |
| print.traj |
Working with Trajectories in 2D Space |
| print.wiI |
Computation of Selection Ratios for Habitat Selection Studies. |
| print.wiII |
Computation of Selection Ratios for Habitat Selection Studies. |
| print.wiIII |
Computation of Selection Ratios for Habitat Selection Studies. |
| puech |
Radio-Tracking Data of Wild Boar (2) |
| puechabon |
Radio-Tracking Data of Wild Boar |
| puechcirc |
Movements of wild boars tracked at Puechabon |
| puechdesIII |
Habitat Selection by the Wild Boar at Puechabon |
| s.madifa |
The MADIFA: a Factorial Decomposition of the Mahalanobis Distances |
| sahrlocs |
Exploratory Analysis of Habitat Selection |
| sahrlocs2kselect |
Preparation of K-Select Analysis |
| sahrlocs2niche |
OMI Analysis of Radio-Tracking Data |
| scatter.enfa |
Scatter Plot of the Results of the ENFA |
| scatter.esr |
Eigenanalysis of Selection Ratios |
| scatter.madifa |
The MADIFA: a Factorial Decomposition of the Mahalanobis Distances |
| scatterniche |
Display the Niche in the Ecological Space |
| schoener |
Compute Schoener's ratio |
| setmask |
Applies a Mask on Objects of Class 'asc' or 'kasc' |
| speed |
Computes the Speed Between Successive Relocations of an Animal - Deprecated |
| spixdf2kasc |
Conversion of maps from/to the package "sp" |
| spol2area |
Conversion of maps from/to the package "sp" |
| squirrel |
Radio-Tracking Data of Squirrels |
| squirreloc |
Radio-tracking of squirrels |
| storemapattr |
Store Attributes of Maps of Class asc and kasc |
| subsetmap |
Storing a Part of a Map |
| summary.ltraj |
Working with Trajectories in 2D Space: the Class ltraj |
| summary.NNCH |
LoCoH (NNCH): Useful Functions |
| summary.traj |
Working with Trajectories in 2D Space |