https://github.com/cran/RandomFields
Revision 919f138ae97c73da2321579cf0a01351bf9ebff3 authored by Martin Schlather on 11 October 2016, 18:32:27 UTC, committed by cran-robot on 11 October 2016, 18:32:27 UTC
1 parent 34a4537
Tip revision: 919f138ae97c73da2321579cf0a01351bf9ebff3 authored by Martin Schlather on 11 October 2016, 18:32:27 UTC
version 3.1.24.1
version 3.1.24.1
Tip revision: 919f138
NAMESPACE
#
#
#
#exportPattern("^[^\\.]")
exportPattern("^RM")
exportPattern("^RP")
exportPattern("^RF")
exportPattern("^RC")
exportPattern("^RR")
exportPattern("^R\\.")
import("graphics")
import("methods")
import("grDevices")
import("stats")
import("utils")
#importFrom('raster', raster, projection)
#importFrom('colorspace', heat_hcl, rainbow_hcl)
#importFrom('spam', as.spam, solve.spam, chol.spam)
importClassesFrom('sp',
# "CRS",
"SpatialGridDataFrame",
"SpatialPointsDataFrame",
"SpatialGrid",
"SpatialPixels",
"SpatialPoints",
"Spatial")
importMethodsFrom("sp", "dimensions") #"gridded"gibts nicht!
importFrom('sp', coordinates, CRS, GridTopology, points2grid,
SpatialPoints, SpatialGridDataFrame, SpatialPointsDataFrame
)
importFrom('RandomFieldsUtils', Print, RFoptions)
#import(sp)
#import(tcltk2, tcltk, tkrplot)
export(
### internal fcts used for maintainance
rfGenerateModels, rfGenerateConstants, rfGenerateTest, rfGenerateMaths,
checkExamples, StartExample, FinalizeExample, Dependencies,
### some functions used in the examples
ScreenDevice,
### obsolete
CondSimu, Covariance, CovarianceFct, CovMatrix,
DeleteAllRegisters, DeleteRegister, DoSimulateRF,
EmpiricalVariogram, fitvario, fractal.dim, GaussRF, hurst,
InitSimulateRF, InitGaussRF, InitMaxStableRF,
Kriging, MaxStableRF, RFparameters, Variogram,
plotWithCircles,
### maths
asin, atan, atan2, cos, sin, tan, acosh, asinh, atanh, cosh, sinh,
tanh, exp, log, expm1, log1p, logb, log2, sqrt, abs, floor, round, trunc,
gamma, lgamma, max, min,
### others:
## never delete PrintModelList as it is used in Roger's book!
PrintModelList,
conventional2RFspDataFrame, sp2RF
)
## useDynLib(RFutils)
useDynLib(RandomFields)
# Classes
exportClasses()
exportMethods("[", "[<-", "+", "*", "/", "-", "^", "c", show, plot, persp, anova, summary, points, lines, image)
#, logLik, AIC, BIC)
exportMethods(RFspDataFrame2conventional,
RFspDataFrame2dataArray,
# GridTopology2gridVectors,
coerce,
# coordinates,
isGridded,
dimensions)
## S3 Methods
S3method(as.data.frame, RFspatialGridDataFrame)
S3method(as.data.frame, RFgridDataFrame)
S3method(as.data.frame, RFspatialPointsDataFrame)
S3method(as.data.frame, RFpointsDataFrame)
S3method(as.matrix, RFspatialGridDataFrame)
S3method(as.matrix, RFgridDataFrame)
S3method(as.matrix, RFspatialPointsDataFrame)
S3method(as.matrix, RFpointsDataFrame)
S3method(as.array, RFspatialGridDataFrame)
S3method(as.array, RFgridDataFrame)
S3method(as.array, RFspatialPointsDataFrame)
S3method(as.array, RFpointsDataFrame)
S3method(as.vector, RFspatialGridDataFrame)
S3method(as.vector, RFgridDataFrame)
S3method(as.vector, RFspatialPointsDataFrame)
S3method(as.vector, RFpointsDataFrame)
#S3method(summary, RFspatialGridDataFrame)
S3method(summary, RFcrossvalidate)
S3method(print, RFcrossvalidate)
S3method(print, summary.RFcrossvalidate)
S3method(contour, RFempVariog)
S3method(print, RFempVariog)
S3method(print, RF_empVariog)
S3method(summary, RFempVariog)
S3method(summary, RF_empVariog)
S3method(print, summary.RFempVariog)
S3method(AIC, RFfit)
S3method(AIC, RF_fit)
#S3method(AICc, RFmodelfit)
S3method(anova, RFfit)
S3method(anova, RF_fit)
#S3method(BIC, RFfit)
#S3method(BIC, RF_fit)
S3method(logLik, RFfit)
S3method(logLik, RF_fit)
S3method(contour, RFfit)
S3method(print, RFfit)
S3method(print, RF_fit)
#S3method(residuals, RFfit)
#S3method(residuals, RF_fit)
S3method(summary, RFfit)
S3method(summary, RF_fit)
#S3method(print, AICRFfit)
S3method(as.matrix, RFgridDataFrame)
S3method(cbind, RFgridDataFrame)
S3method(hist, RFgridDataFrame)
S3method(range, RFgridDataFrame)
S3method(print, RFgridDataFrame)
S3method(summary, RFgridDataFrame)
S3method(cbind, RFpointsDataFrame)
S3method(hist, RFpointsDataFrame)
S3method(range, RFpointsDataFrame)
S3method(print, RFpointsDataFrame)
S3method(summary, RFpointsDataFrame)
S3method(print, summary.RFpointsDataFrame)
S3method(cbind, RFspatialGridDataFrame)
S3method(hist, RFspatialGridDataFrame)
S3method(range, RFspatialGridDataFrame)
S3method(print, RFspatialGridDataFrame)
S3method(contour, RFspatialGridDataFrame)
S3method(cbind, RFspatialPointsDataFrame)
S3method(hist, RFspatialPointsDataFrame)
S3method(range, RFspatialPointsDataFrame)
S3method(print, RFspatialPointsDataFrame)
S3method(summary, RFspatialPointsDataFrame)
S3method(print, RFgetModelInfo)
S3method(as.matrix, GridTopology)
S3method(print, RFratiotest)
S3method(lines, RMmodel)
S3method(points,RMmodel)
S3method(print, RMmodel)
S3method(print, RM_model)
#S3method(str, RMmodel)
S3method(summary, RMmodel)
S3method(summary, RM_model)
S3method(print, summary.RMmodel)
S3method(print, RMmodelgenerator)
#S3method(print, RandomFieldsReturn)
#S3method(summary, RandomFieldsReturn)
#S3method(print, summary.RandomFieldsReturn)
S3method(anova, RMmodelFit)
S3method(anova, RM_modelFit)
S3method(print, RMmodelFit)
S3method(print, RM_modelFit)
S3method(summary, RMmodelFit)
S3method(summary, RM_modelFit)
S3method(print, summary.RMmodelFit)
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