R: Exploratory Analysis for the TopCut Model

topcut.eda {RGeostats}

R Documentation

Exploratory Analysis for the TopCut Model

Description

Exploratory Analysis for the TopCut Model

Usage

topcut.eda(db, zcut, dirvect = NA, lag = NA, toldis = 0.5, tolang = NA,
           bench = 0, cylrad = 0, nlag = NA, breaks = NA, by.sample = FALSE,
           opt.code = 0, tolcode = 0, dates = NA, 
           flag.ind = TRUE, flag.edge = TRUE,
           flag.ri = TRUE, flag.zcut = TRUE, flag.abline=TRUE,
           flag.legend=TRUE, flag.norm=TRUE, cols = NA, lty = 1, pch = 19,
           cex = 0.5, lty0 = 2, lw0 = 1, digits = 2)

Arguments

`db`	The `db-class` containing the target variable used to calculate the experimental variogram. This variable must correspond to a Z-locator.
`zcut`	List of tentative cutoffs entered in increasing order.
`dirvect`	Parameter passed to the function `vario.calc`
`lag`	Parameter passed to the function `vario.calc`
`toldis`	Parameter passed to the function `vario.calc`
`tolang`	Parameter passed to the function `vario.calc`
`bench`	Parameter passed to the function `vario.calc`
`cylrad`	Parameter passed to the function `vario.calc`
`nlag`	Parameter passed to the function `vario.calc`
`breaks`	Parameter passed to the function `vario.calc`
`by.sample`	Parameter passed to the function `vario.calc`
`opt.code`	Parameter passed to the function `vario.calc`
`tolcode`	Parameter passed to the function `vario.calc`
`dates`	When defined and if the 'time' locator is defined, this value corresponds to the bounds of the Date Intervals. It is organized as follows: The lower bound of the first Date Interval The upper bound of the first Date Interval The lower bound of the second Date Interval The upper bound of the second Date Interval ...
`flag.ind`	When TRUE, the function represents the set of normalized variograms of the indicators above the cutoff values.
`flag.edge`	When TRUE, the function represents the set of variogram ratios (the cross variogram divided by the simple indicator variogram of the lowest cutoff)
`flag.ri`	When TRUE, the function represents the set of variograms for the indicator residuals
`flag.zcut`	When TRUE, the function represents the set of variograms of the variable truncated below the cutoffs
`flag.abline`	When TRUE, represent the horizontal reference lines: variance, constant value equal to 1 (for normalized variograms), ...
`flag.legend`	When TRUE, display the legends
`flag.norm`	When TRUE, represent the normalized variograms instead of the raw ones. This does not apply to the Edge Effect.
`cols`	Array giving the set of colors used for each cutoff
`lty`	Line style for representing all variograms
`pch`	Point style for representing all variograms
`cex`	Point size for representing all variograms
`lty0`	Line style for the reference axes (variance, ...)
`lw0`	Line width for the reference axes (variance, ...)
`digits`	Number of digits for the cutoffs in the legend

Value

This function returns some important resulting arrays:

mean.Indabove Array of the Means of indicators above cutoffs
mean.Zabove Array of the Means of the variable above the cutoffs
mean.Zbelow Array of the Means of the variable below the cutoffs

[Package RGeostats version 14.0.10 Index]