prob_best

Used internally. This function takes a <code>matrix</code> as calculated by the
<code>get_draws_binom()</code>, <code>get_draws_norm()</code> or a corresponding custom function
(as specified using the <code>fun_draws</code> argument in <code>setup_trial()</code>; see
<code>get_draws_generic()</code>) and calculates the probabilities of each arm being the
best (defined as either the highest or the lowest value, as specified by the
<code>highest_is_best</code> argument in <code>setup_trial()</code>, <code>setup_trial_binom()</code> or
<code>setup_trial_norm()</code>).

internal

Package that simulates adaptive (multi-arm, multi-stage) clinical
trials using adaptive stopping, adaptive arm dropping, and/or adaptive
randomisation. Developed as part of the INCEPT (Intensive Care Platform
Trial) project (<https://incept.dk/>), primarily supported by a grant
from Sygeforsikringen "danmark" (<https://www.sygeforsikring.dk/>).

Anders Granholm

adaptr

Adaptive Trial Simulator

Benjamin Skov Kaas-Hansen

Aksel Karl Georg Jensen

Theis Lange

prob_best function

<dl><dt>m</dt>
<dd>a matrix with one column per trial arm (named as the <code>arms</code>) and one
row for each draw from the posterior distributions.</dd>
<dt>highest_is_best</dt>
<dd>single logical, specifies whether larger estimates of
the outcome are favourable or not; defaults to <code>FALSE</code>, corresponding to,
e.g., an undesirable binary outcomes (e.g., mortality) or a continuous
outcome where lower numbers are preferred (e.g., hospital length of stay).</dd></dl>

Arguments

Calculate the probabilities of each arm being the best — prob_best

<dl>

<dt>m</dt>
<dd>a matrix with one column per trial arm (named as the <code>arms</code>) and one
row for each draw from the posterior distributions.</dd>


<dt>highest_is_best</dt>
<dd>single logical, specifies whether larger estimates of
the outcome are favourable or not; defaults to <code>FALSE</code>, corresponding to,
e.g., an undesirable binary outcomes (e.g., mortality) or a continuous
outcome where lower numbers are preferred (e.g., hospital length of stay).</dd>

</dl>

prob_best: Calculate the probabilities of each arm being the best

Description

Usage

Value

Arguments