Geostatistical Package


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Documentation for package ‘RGeoS’ version 9.1.1

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A B C D E F G I K L M N P R S T U V X misc

-- A --

acknowledge Prompts the version of the library used in the current package
anakexp Analyse Krigeante a covariance discretisee
anakexp3D Analyse Krigeante a covariance discretisee
anam-class Class "anam" Gaussian Anamorphosis
anam.eval Gaussian to Raw or vice-versa transform
anam.fit Fit the Anamorphosis parameters
anam.plot Plot Anamorphosis Model
anam.print Print the Anamorphosis
anam.read Read an Anamorphosis from an ASCII file
anam.write Dump an Anamorphosis in an ASCII file
anam.y2z Gaussian to Raw
anam.z2y Raw to Gaussian
argin Translate arguments from R to C
argout Translate arguments from C to R
ascii.read Read an Object from an ASCII file
ascii.read-methods Method for reading an object from an ASCII file
ascii.write Print an Object into an ASCII file
ascii.write-method Method for dumping an object into an ASCII file
ascii.write-methods Method for dumping an object into an ASCII file

-- B --

blockstat Statistics in block cells

-- C --

cdf.plot Plot Experimental Anamorphosis
cgi Center of Gravity and Inertia
clean.window Erase the contents of a Graphic Screen
cloud.calc Calculate the Variogram Cloud
condexp Conditional expectation
constant.define Define the constants for this package
constant.query Ask for the constant values
constant.reset Reset the defaulted environment values
correlation Plot the translated correlation

-- D --

db-class Class "db" The RGeoS Data Base
db.add Add vectors to a Data Base
db.append Append new semaples to a Db
db.bounds Generates the bounds from a categorical variable through Rule
db.compare Pointwise statistics
db.create Create a standard Data Base
db.delete Deletes a vector in a Data Base
db.digit Get the Point
db.edit Db Editor
db.extract Extracts a vector from the Data Base
db.getcol Identify a Field index
db.getname Identify a variable Name
db.grid.copy Copy variables from the Grid Db1 into the Grid Db2
db.grid.fill Fill the empty cells of a Grid
db.grid.init Initialize a Grid Db
db.grid.locate Identify the absolute grid node
db.indicator Convert from continuous to several indicator variables
db.info Gives information on the contents of a DB
db.limits Convert from continuous to categorical through Limits
db.locate Define multiple locators
db.merge Merge several variables into a new one
db.normalize Normalize a set of variables
db.plot Display the contents of a Data Base
db.polygon Polygonal Data Base selection
db.print Print a Data Base summary
db.projec Perform projection for a DB
db.prop.thresh Generates the thresholds through Rule
db.proportion Compute proportions of a variable of a Db into a Grid Db
db.read Read a Db from an ASCII file
db.read.format Load a Grid from a specific file into a Db
db.rename Modify the name of a vector in the Data Base
db.rule Convert Gaussian variable(s) into Facies through Rule
db.sel Define a selection
db.selcombine Combine selections
db.selgrid Select data in a Db according to another Grid Db
db.stat Statistics on a set of variables
db.upscale Statistics for a set of variables on a grid
db.varlist Returns the list of locators and their multiplicity
db.write Write a Db into an ASCII file
db.write.format Dump the contents of a Db into a specific file
debug.define Define the DEBUG status
debug.memory Returns the status of the Memory Stack
debug.query Ask for the DEBUG status
debug.reference Define the Reference Target for DEBUG
digitize Digitize an Object from a plot
digitize-methods Method for digitizing an object from a grpahic plot
dir.digit Get Angle
dist.digit Calculate distance
draw.coast Represent the coast line
draw.gradient Represent the gradients
draw.literal Literal representation
draw.post Posting representation
draw.proportion Proportional representation
duplicate Look for duplicates

-- E --

eikonal Perform the wave propagation within a Grid
environ.load Read the environment
environ.print Print the current values for the constants
environ.save Save the environment
Example_data.db Standard Points Db used for documentation of RGeoS package
Example_multi.model A Multivariate variogram model example.
Example_parcelles100 Data file used for Selectivity Example
Example_parcelles25 Data file used for Selectivity Example
Exdemo_1D_well.model Model for RGeoS1D demo
Exdemo_1D_well.neigh Neighborhood for RGeoS1D demo
Exdemo_1D_well.table Data Set for RGeoS1D demo
Exdemo_2D_moving.neigh Moving Neighborhood for RGeoS2D demo
Exdemo_2D_pollution.table Data Set for RGeoS2D demo
Exdemo_2D_unique.neigh Unique Neighborhood for RGeoS2D demo
Exdemo_autofit1.model Model used for the RgeoS.autofit demonstration script
Exdemo_autofit2.model Model used for the RGeoS.autofit demonstration script
Exdemo_autofit3.vario Experimental Variogram used for the RGeoS.autofit demonstration script
Exdemo_autofit4.vario Experimental Variogram used for the RGeoS.autofit demonstration script
Exdemo_autofit5.vario Experimental Variogram used for the RGeoS.autofit demonstration script
Exdemo_autofit6.vario Experimental Variogram used for the RGeoS.autofit demonstration script
Exdemo_autofit7.model Model used for the RGeoS.autofit demonstration script
Exdemo_simpgs.db Data Set Definition
Exdemo_simpgs.model Model Definition
Exdemo_simpgs.neigh Neighborhood Definition
Exdemo_simpgs_shadow.rule Shadow Rule Definition
Exdemo_simpgs_shift.rule Shift Rule Definition
Exdemo_simpgs_std.rule Standard Rule Definition

-- F --

fluid.propagation Propagation of fluids within a 3-D Facies matrix
foxleg Optimize of a set of parameters

-- G --

get.directions Generate directions
get.num Ask for a number
get.one Get one element from an array
get.yn Get a logical answer
gibbs Perform simulations using the Gibbs Sampler
gic Global Index of Collocation
global Geostatistical estimation variance of the arithmetic/kriging mean
grid.smoother Image smoothing
gridinter Interpolate from a grid Db
GUI.db Graphic Interface for managing a Db
GUI.db.get Read the answers from the Window for Db management
GUI.db.set Set the values in the Window for Db management
GUI.Krige Graphic Interface for testing Kriging and Simulations
GUI.model Graphic Interface for manipulating a Model
GUI.model.get Read the answers from the Window for Model management
GUI.model.set Load the values in the Window for Model management
GUI.neigh Graphic Interface for manipulating a Neighborhood
GUI.neigh.get Read the answers from the Window for Neigh management
GUI.neigh.set Load the values in the Window for Neigh management
GUI.newpointer Generate a pointer (used for GUI)
GUI.popup Popups an interface
GUI.rotation.define Graphic interface for managing a rotation
GUI.rotation.get Read the answers from the Window for the rotation definition
GUI.rotation.set Load the values in the Window for rotation definition
GUI.table.define Graphic interface for managing a table
GUI.table.get Read the answers from the Widget for the Table management
GUI.table.set Load the values in the Widget for table management

-- I --

infl Influence weight
invdist Inverse distance interpolation

-- K --

kribayes Bayesian Estimation
kriggam Performs Kriging in the Gaussian Anamorphosed Model
kriging Performs Kriging
krigmvp Kriging under Constraints on the Sum
krigprof Performs Kriging on profiles
krigsum Kriging under Constraints on the Sum
krigtest Operates the (co-)kriging of a single target
krimage Image filtering
krineq Conditional Expectation

-- L --

legend.image Legend for image
legend.line Line Legend
legend.locate Legend Position
legend.proportion Legend for postplots
legend.vario Variogram Model Legend
license.check Check the License File for Geoslib
limits-class Class "limits" Limits characteristics
limits.input Define Limits interactively
limits.print Print the Limits

-- M --

melem-class Class "melem" Basic Structure
melem.characteristics Returns the characteristics of a basic structure
melem.init Initialize a Basic Structure
melem.name Returns the name of a covariance
migrate Migrate from a Db into another Db
miss Checks missing values
model-class Class "model" The Geostatistical Model
model.auto Automatic Model Fitting
model.covmat Covariance matrix between two Dbs
model.cvv Average covariance within a 2-D Polygon
model.cxv Average covariance between a Db and a Polygon
model.cxx Average value of the model between two Dbs
model.eval Evaluate a Model
model.extend Convert a monovariate model into a multivariate one
model.fit Automatic Sill Fitting
model.grid Sample the model on a grid
model.input Define a Model interactively
model.maxdist Returns the maximum distance in the model
model.normalize Normalize the sills of a model
model.pgs Calculate the PGS model of indicators
model.pgs.auto Automatic PluriGaussian Model Fitting
model.pgs.fit Automatic PluriGaussian Sill Fitting
model.plot Model graphic representation
model.print Print a Model
model.read Read a Model from an ASCII file
model.reduce Extract a sub-model from an input model.
model.sample Sample a Model in a Variogram
model.window Define the window containing a model
model.write Write a Model in an ASCII file
morpho Morphological operations

-- N --

neigh-class Class "neigh" Neighborhood characteristics
neigh.init Initialize a Neighborhood Structure
neigh.input Define a Neighborhood interactively
neigh.print Print a Neighborhood
neigh.read Read a Neighborhood from an ASCII file
neigh.test Neighborhood Check
neigh.write Write a Neighborhood in an ASCII file

-- P --

plot-method Plot the various Classes handled within RGeoS
plot-methods Plot the various Classes handled within RGeoS
plot0.grid Represent a grid variable
plot0.line Representation of a 1-D variable
plot0.point Representation of the values of z.
polygon-class Class "polygon" Polygons
polygon.create Create a Polygon structure
polygon.digit Digitalize a 2-D Polygon
polygon.input Define a Polygon interactively
polygon.inside Polygonal selection
polygon.plot Polygon graphic representation
polygon.print Print the Polygon structure
polygon.projec Perform the projection for a Polygon
polygon.read Read a Polygon from an ASCII file
polygon.write Write a Polygon in an ASCII file
polyset-class Class "polyset" Polysets
print-method Print the various Classes handled within RGeoS
print-methods Print the various Classes handled within RGeoS
projec.define Define the Projection
projec.grid Grid and Projection
projec.invert Translate nautical mile into long,lat
projec.operate Perform the projection
projec.query Ask for the Projection characteristics
projec.toggle Toggle the Projection switch

-- R --

regression Linear Regression
rule-class Class "rule" Lithotype rules
rule.input Define the Lithotype Rule interactively
rule.plot Plot the Lithotype Rule
rule.print Print the Lithotype Rulen
rule.read Read the Lithotype Rule from an ASCII file
rule.write Dump a Rule in an ASCII file

-- S --

seismic.convert Convert from Time to Depth or vice-versa
seismic.convolve Convolute the seismic attributes
seismic.estim Seismic CoKriging
seismic.grid.define Create Seismic converted Grid
seismic.operate Perform operations on the seismic attributes
seismic.simu Seismic CoSimulation
selectivity Selectivity Curves
show-method Class "anam" Gaussian Anamorphosis
show-method Class "db" The RGeoS Data Base
show-method Class "limits" Limits characteristics
show-method Class "model" The Geostatistical Model
show-method Class "neigh" Neighborhood characteristics
show-method Class "polygon" Polygons
show-method Class "rule" Lithotype rules
show-method Class "tokens" Tokens Definition
show-method Class "vario" Experimental Variograms
simbayes Performs Simulations with Bayesian Drift
simbipgs Bi-Plurigaussian Conditional Simulations
simbool Perform Boolean Simulations
simfft Simulation using FFT Method
simfine Refine a simulation grid
simpgs Plurigaussian Conditional Simulations
simtub Performs Simulations
spatial Calculate Spatial Indices
spill.point Calculate the Spill Point of a surface in a 2-D grid
standard.colors Elegant Color Scale

-- T --

test.args Check the validity of R to C argument decoding
tokens-class Class "tokens" Tokens Definition
tokens.input Define the Tokens interactively
tokens.print Print the Tokens Definition

-- U --

util.ang2mat Converts angles to rotation matrix
util.defpositive Check if the input matrix is definite positive
util.mat2ang Converts rotation matrix to angles
util.modconvert Convert old-style into new-style Model
util.nonneg.matrix Check if the matrix is non negative
util.rotmat Check if the input matrix is a rotation matrix

-- V --

vardir-class Class "vardir" Elementary experimental variogram
vario-class Class "vario" Experimental Variograms
vario.calc Computes experimental variograms
vario.create Create a variogram from arguments
vario.grid Computes experimental variograms on a grid
vario.model.check Check Variogram - Model compatibility
vario.plot Model multivariate graphic representation
vario.print Print a Variogram.
vario.read Read a Variogram from an ASCII file
vario.trans Performs transformations between experimental variograms
vario.vect Computes Covariance for directional variable
vario.window Define the window containing an experimental variogram
vario.write Dump a Variogram in an ASCII file
vmap.auto Automatic Model Fitting on Variogram Map
vmap.calc Calculate the Variogram Map for a set of variables on a set of isolated points
vmap.grid Variogram Map calculation
vpc.plot Represent a set of VPC from a Db Grid

-- X --

xvalid Performs Cross-Validation

-- misc --

$-method Class "anam" Gaussian Anamorphosis
$-method Class "db" The RGeoS Data Base
$-method Class "limits" Limits characteristics
$-method Class "melem" Basic Structure
$-method Class "model" The Geostatistical Model
$-method Class "neigh" Neighborhood characteristics
$-method Class "polygon" Polygons
$-method Class "polyset" Polysets
$-method Class "rule" Lithotype rules
$-method Class "vardir" Elementary experimental variogram
$-method Class "vario" Experimental Variograms
$<--method Class "anam" Gaussian Anamorphosis
$<--method Class "db" The RGeoS Data Base
$<--method Class "limits" Limits characteristics
$<--method Class "melem" Basic Structure
$<--method Class "model" The Geostatistical Model
$<--method Class "neigh" Neighborhood characteristics
$<--method Class "polygon" Polygons
$<--method Class "polyset" Polysets
$<--method Class "rule" Lithotype rules
$<--method Class "vardir" Elementary experimental variogram
$<--method Class "vario" Experimental Variograms
[-method Class "anam" Gaussian Anamorphosis
[-method Class "db" The RGeoS Data Base
[-method Class "limits" Limits characteristics
[-method Class "model" The Geostatistical Model
[-method Class "polygon" Polygons
[-method Class "vardir" Elementary experimental variogram
[-method Class "vario" Experimental Variograms
[<--method Class "anam" Gaussian Anamorphosis
[<--method Class "db" The RGeoS Data Base
[<--method Class "limits" Limits characteristics
[<--method Class "model" The Geostatistical Model
[<--method Class "polygon" Polygons
[<--method Class "vardir" Elementary experimental variogram
[<--method Class "vario" Experimental Variograms