antitheticSampling-methods

antitheticSampling,mcsContainer-method

antitheticSampling,MonteCarloSampling-method

The methods below allow for the construction of individual objects of
 class "<code><a href="/link/?package=sampSurf&version=0.7-6" antitheticsampling'="" data-mini-rdoc="sampSurf::"></a>'>antitheticSampling</code>" when applied to individual
 "<code><a href="/link/?package=sampSurf&version=0.7-6" montecarlosampling'="" data-mini-rdoc="sampSurf::"></a>'>MonteCarloSampling</code>" subclass objects. Alternatively, the second
 constructor can be applied to a collection of
 "<code><a href="/link/?package=sampSurf&version=0.7-6" montecarlosampling'="" data-mini-rdoc="sampSurf::"></a>'>MonteCarloSampling</code>" subclass objects and will return an
 appropriate collection of "<code><a href="/link/?package=sampSurf&version=0.7-6" antitheticsampling'="" data-mini-rdoc="sampSurf::"></a>'>antitheticSampling</code>"
 objects (see, e.g., the "<code><a href="/link/?package=sampSurf&version=0.7-6" antitheticcontainer'="" data-mini-rdoc="sampSurf::"></a>'>antitheticContainer</code>" class).

methods

Sampling surface simulation is useful in the comparison of different areal sampling methods
in forestry, ecology and natural resources. The sampSurf package allows the simulation
of numerous sampling methods for standing trees and downed woody debris in a spatial context.
It also provides an S4 class and method structure that facilitates the addition of new sampling
methods.

Jeffrey H Gove

sampSurf

Sampling Surface Simulation for Areal Sampling Methods

antitheticSampling-methods function

<dl class="dl-horizontal"></dl><dt><code>signature(object = "MonteCarloSampling")</code></dt><dd></dd><dt></dt><dd>usage&#8230;
 <pre>antitheticSampling(object,
 alphaLevel = 0.05,
 description = 'Antithetic Sampling',
 ... )</pre><ul>
<li><code>object</code>: An object that is a subclass of
	 "<code>MonteCarloSampling</code>".</li>
<li><code>alphaLevel</code>: The two-tailed alpha-level for
 confidence interval construction.</li>
<li><code>description</code>: A character vector description of the
		object.</li>
</ul> </dd> %item%------------------------------------------------------------
<dt><code>signature(object = "mcsContainer")</code></dt><dd>See the above definitions for the first method for arguments not shown below.</dd><dt></dt><dd>usage&#8230;
 <pre>antitheticSampling(object,
 alphaLevel = 0.05,
 description = 'Antithetic Sampling collection',
 ... )</pre><ul>
<li><code>object</code>: A collection of <code>"MonteCarloSampling"</code> subclass objects
	 in a valid "<code><a href="/link/?package=sampSurf&version=0.7-6" mcscontainer'="" data-mini-rdoc="sampSurf::"></a>'>mcsContainer</code>" object.</li>
</ul> </dd> %item

Methods

The methods below allow for the construction of individual objects of
 class "<code><a href='<a href='antitheticSampling'></a>'>antitheticSampling</a></code>" when applied to individual
 "<code><a href='<a href='MonteCarloSampling'></a>'>MonteCarloSampling</a></code>" subclass objects. Alternatively, the second
 constructor can be applied to a collection of
 "<code><a href='<a href='MonteCarloSampling'></a>'>MonteCarloSampling</a></code>" subclass objects and will return an
 appropriate collection of "<code><a href='<a href='antitheticSampling'></a>'>antitheticSampling</a></code>"
 objects (see, e.g., the "<code><a href='<a href='antitheticContainer'></a>'>antitheticContainer</a></code>" class).

antitheticSampling-methods: Methods for `antitheticSampling` object construction in Package sampSurf

Description

Arguments

Methods