Condition

CondEqual

CondAnyOf

Condition object, to specify the condition in a dependency.

Define parameter spaces, constraints and
dependencies for arbitrary algorithms, to program on such spaces. Also
includes statistical designs and random samplers. Objects are
implemented as 'R6' classes.

Michel Lang

paradox

Define and Work with Parameter Spaces for Complex Algorithms

Bernd Bischl

Jakob Richter

Xudong Sun

Martin Binder

Condition function

<a rd-options="R6:R6Class" href="/link/R6%3A%3AR6Class?package=paradox&version=0.2.0&to=R6%3AR6Class" data-mini-rdoc="R6:R6Class::R6::R6Class">R6::R6Class</a> object.

Format

<pre>c = Condition$new(type, rhs)
</pre>
<ul>
<li><code>type</code> :: <code>character(1)</code> 
Name / type of the condition.</li>
<li><code>rhs::any</code> 
Right-hand-side of the condition.</li>
</ul>

Construction

<ul>
<li><code>test(function(x))</code>
<code>??? -&gt; logical(n)</code> 
Checks if condition is satisfied.
Called on a vector of parent param values.</li>
</ul>

Methods

<ul>
<li><code>CondEqual$new(rhs)</code> 
Parent must be equal to <code>rhs</code>.</li>
<li><code>CondAnyOf$new(rhs)</code> 
Parent must be any value of <code>rhs</code>.</li>
</ul>

Currently implemented simple conditions

Dependency Condition — Condition

<a rd-options='R6:R6Class' href='R6::R6Class'>R6::R6Class</a> object.

Condition: Dependency Condition

Description

Arguments

Format

Construction

Methods

Currently implemented simple conditions