ck.colors

f.build.pixel

f.points.CKrige

f.polygons.CKrige

f.covmat.support

f.point.block.cov

f.point.rec.covmat

f.kriging.method

f.uk.pred

f.ck.pred

f.cmck.pred

f.points.preCKrige

f.polygons.preCKrige

f.polygoncovmat

f.bb.cov.one.configuration

f.bbox.information

f.calc.P

f.calc.Q

f.centroid.polygon

f.gpc.poly

f.indicate.small.pred.locations

f.intersect.area

f.intersect.max.area

f.p.in.poly

f.pixconfig

f.pixelcovmat

f.pixelgrid

f.pp.cov

f.row.dist

f.preCKrige.check.and.test

gpc.copyright

To show the R-code of the above listed internal functions use 
<code>constrainedKriging:::function name</code>

internal

internal.functions

The constrainedKriging package provides functions for
        efficient computations of nonlinear spatial predictions with
        local change of support. The package supplies functions for
        tow-dimensional spatial interpolation by constrained,
        covariance-matching constrained and universal (external drift)
        kriging for points or block of any shape for data with a
        nonstationary mean function and an isotropic weakly stationary
        variogram. The linear spatial interpolation methods,
        constrained and covariance-matching constrained kriging,
        provide approximately unbiased prediction for nonlinear target
        values under change of support. The constrainedKriging package
        extends the range of geostatistical tools available in R and
        provides a veritable alternative to conditional simulation for
        nonlinear spatial prediction problems with local change of
        support.

Christoph Hofer

constrainedKriging

Constrained, covariance-matching constrained and universal point
        or block kriging

internal.functions function

Internal functions

internal.functions: Internal functions

Description

Arguments