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<TITLE> Geoxp functions library </TITLE>
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-------- Geoxp library functions --------
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<pre>
<A HREF = "angleplotmap.m ">angleplotmap </A>: This function links a map and an angle plot (only the angle plot is active)
<A HREF = "angleplotmap_d.m ">angleplotmap_d </A>: An example using angleplotmap
<A HREF = "barmap.m ">barmap </A>: This function links a map and a bar plot
<A HREF = "barmap_d.m ">barmap_d </A>: An example using barmap
<A HREF = "boxplotmap.m ">boxplotmap </A>: This function links a map and a box and whiskers plot (only the box and whiskers plot is active)
<A HREF = "boxplotmap_d.m ">boxplotmap_d </A>: An example using boxplotmap
<A HREF = "clustermap.m ">clustermap </A>: This function links a map and a bar plot of the classification variable created by the kmeans method
<A HREF = "clustermap_d.m ">clustermap_d </A>: An example using scattermap
<A HREF = "condmean.m ">condmean </A>: This function computes the means of y in the classes determined by
<A HREF = "contig.m ">contig </A>: This function computes a contiguity matrix based on a distance threshold
<A HREF = "csppeda.m ">csppeda </A>: Projection pursuit exploratory data analysis.
<A HREF = "csppind.m ">csppind </A>: Chi-square projection pursuit index.
<A HREF = "csppstrtrem.m ">csppstrtrem </A>: Projection pursuit structure removal.
<A HREF = "cvarpds.m ">cvarpds </A>: This function computes a weighted covariance matrix of y,
<A HREF = "dblebarmap.m ">dblebarmap </A>: This function links a map and two bar plots
<A HREF = "dblebarmap_d.m ">dblebarmap_d </A>: An example using dblebarmap
<A HREF = "dbledensitymap.m ">dbledensitymap </A>: This function links a map and two density estimators
<A HREF = "dbledensitymap_d.m">dbledensitymap_d </A>: An example using dbledensitymap
<A HREF = "dblehistomap.m ">dblehistomap </A>: This function links a map and two histograms
<A HREF = "densitymap.m ">densitymap </A>: This function links a map and a density estimator
<A HREF = "densitymap_d.m ">densitymap_d </A>: An example using densitymap
<A HREF = "driftmap.m ">driftmap </A>: This function adds a grid to the map and for each rectangle of the grid computes
<A HREF = "driftmap_d.m ">driftmap_d </A>: An example using driftmap,
<A HREF = "eigen.m ">eigen </A>: Returns the sorted eigenvectors and eigenvalues of a square
<A HREF = "eucl.m ">eucl </A>: calculates the euclidean distances among a set of points, or between a
<A HREF = "fastbinsmooth.m ">fastbinsmooth </A>: A cmex file
<A HREF = "genpca.m ">genpca </A>: Generalized pca implementation
<A HREF = "gini.m ">gini </A>: This function computes the Gini index and other related parameters for the Lorentz Curve
<A HREF = "ginimap.m ">ginimap </A>: This function links a map and a Lorentz Curve
<A HREF = "ginimap_d.m ">ginimap_d </A>: An example using ginimap
<A HREF = "histobarmap.m ">histobarmap </A>: This function links a map, an histogram and a bar plot
<A HREF = "histobarmap_d.m ">histobarmap_d </A>: An example using histobarmap
<A HREF = "histomap.m ">histomap </A>: This function links a map and an histogram
<A HREF = "ilocal.m ">ilocal </A>: This function computes local Moran indices
<A HREF = "initkm2.m ">initkm2 </A>: Find the initial centers for a K-means clustering algorithm.
<A HREF = "invgen.m ">invgen </A>: This function computes the generalized inversion of a discrete cdf function
<A HREF = "kern_den.m ">kern_den </A>: Kernel estimator of the density (of Parzen-Rosenblatt)
<A HREF = "kern_re.m ">kern_re </A>: Kernel estimator of regression (of Nadaraya-Watson)
<A HREF = "kmeans.m ">kmeans </A>: k-means clustering using Forgy's batch-mode method
<A HREF = "kmeans2.m ">kmeans2 </A>: find clusters with Forgy's batch-mode k-means clustering.
<A HREF = "mds.m ">mds </A>: metric multidimensional scaling of a square symmetric distance matrix
<A HREF = "mdsfunc.m ">mdsfunc </A>: Objective function for MDS. Given the target distance matrix and
<A HREF = "mdsmap.m ">mdsmap </A>: This function links a map and mds analysis
<A HREF = "metricclusters.m ">metricclusters </A>: computes a data-based metric adapted to the detection of clusters
<A HREF = "metricoutliers.m ">metricoutliers </A>: computes a data-based metric adapted to the detection of outliers
<A HREF = "moranplotmap.m ">moranplotmap </A>: This function links a map and a moran scatterplot
<A HREF = "moranplotmap_d.m ">moranplotmap_d </A>: An example using moranplotmap
<A HREF = "neighbormap.m ">neighbormap </A>: This function links a map and a neighbour plot (scatterplot of variable against variable
<A HREF = "neighbormap_d.m ">neighbormap_d </A>: An example using neighbormap
<A HREF = "nonormmoran.m ">nonormmoran </A>: computes Moran's I-statistic for spatial correlation
<A HREF = "noy.m ">noy </A>: This function computes the triweigh kernel
<A HREF = "numbcla.m ">numbcla </A>: This function creates boundaries of classes for allocating
<A HREF = "pcamap.m ">pcamap </A>: This function links a map and a pca plot
<A HREF = "pcoa.m ">pcoa </A>: Principal coordinates analysis of a distance matrix. Eigenvector
<A HREF = "polyboxplotmap.m ">polyboxplotmap </A>: This function links a map and a box and whiskers plots
<A HREF = "polyboxplotmap_d.m">polyboxplotmap_d </A>: An example using polyboxplotmap
<A HREF = "pprmap.m ">pprmap </A>: This function links a map and two scatterplots of projections found by ppr
<A HREF = "quant.m ">quant </A>: This function computes conditional quantiles of the variable var2 given var1
<A HREF = "rotation.m ">rotation </A>: This function rotates objects of spatial coordinates type
<A HREF = "sarmap.m ">sarmap </A>: adjust a spatial autoregressive model on a subregion selected on the map
<A HREF = "sarmap_d.m ">sarmap_d </A>: An example using sarmap
<A HREF = "scatter3dmap.m ">scatter3dmap </A>: This function links a map and a three-dimensionnal scatterplot
<A HREF = "scatter3dmap_d.m ">scatter3dmap_d </A>: An example using scatter3dmap
<A HREF = "scattermap.m ">scattermap </A>: This function links a map and a two-dimensionnal scatterplot
<A HREF = "scattermap_d.m ">scattermap_d </A>: An example using scattermap
<A HREF = "selectmap.m ">selectmap </A>: This function selects points on a map
<A HREF = "selectmapd.m ">selectmapd </A>: This function selects points on a map (demo version)
<A HREF = "selectstat.m ">selectstat </A>: This function selects objects on a statistic graph
<A HREF = "semmap.m ">semmap </A>: adjust a spatial error model on a subregion selected on the map
<A HREF = "semmap_d.m ">semmap_d </A>: An example using semmap
<A HREF = "setdens.m ">setdens </A>: k function for the slider created in scattermap.m angleplotmap.m variocloudmap.m
<A HREF = "setdens2.m ">setdens2 </A>: k function for the slider created in densitymap.m
<A HREF = "setdens3.m ">setdens3 </A>: k function for the sliders created in dbledensitymap.m
<A HREF = "setdens4.m ">setdens4 </A>: k function for the sliders created in sirmap.m
<A HREF = "setdens5.m ">setdens5 </A>: k function for the slider created in angleplotmap.m
<A HREF = "setdensq.m ">setdensq </A>: k function for the slider created in scattermap.m
<A HREF = "setw.m ">setw </A>: k function for the slider created in morancontiplotmap.m
<A HREF = "sirf.m ">sirf </A>: SIR method for a unidimentional output (Sliced Inverse Regression)
<A HREF = "sirmap.m ">sirmap </A>: This function links a map and one or two SIR scatterplots
<A HREF = "sirmap_d.m ">sirmap_d </A>: An example using sirmap
<A HREF = "sqplot.m ">sqplot </A>: Given a configuration of points, changes the current plot so as to be
<A HREF = "stepkm2.m ">stepkm2 </A>: one step in k-means clustering.
<A HREF = "tostr.m ">tostr </A>: Converts a vector of integer or real numbers to a text matrix.
<A HREF = "trilow.m ">trilow </A>: Extracts the lower triangular portion (without diagonal) of a
<A HREF = "variocloudmap.m ">variocloudmap </A>: This function links a map and a variogram cloud (only the variogram cloud is active)
<A HREF = "variocloudmap_d.m ">variocloudmap_d </A>: An example using variocloudmap
<A HREF = "vecdist.m ">vecdist </A>: Distance between two set of vectors
<A HREF = "vprgen.m ">vprgen </A>: Eigenvalues of the problem max(x'ax / x'bx)
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