gainstable

Arguments to be passed to methods.
See <code><a rd-options="" href="/link/gainstable.default?package=ROCit&version=2.1.1" data-mini-rdoc="ROCit::gainstable.default">gainstable.default</a></code>, <code><a rd-options="" href="/link/gainstable.rocit?package=ROCit&version=2.1.1" data-mini-rdoc="ROCit::gainstable.rocit">gainstable.rocit</a></code>.

See <code>gainstable.default</code>,
<code>gainstable.rocit</code>.

Sensitivity (or recall or true positive rate), false positive rate, specificity, precision (or positive predictive value), negative predictive value, misclassification rate, accuracy, F-score- these are popular metrics for assessing performance of binary classifier for certain threshold. These metrics are calculated at certain threshold values. Receiver operating characteristic (ROC) curve is a common tool for assessing overall diagnostic ability of the binary classifier. Unlike depending on a certain threshold, area under ROC curve (also known as AUC), is a summary statistic about how well a binary classifier performs overall for the classification task. ROCit package provides flexibility to easily evaluate threshold-bound metrics. Also, ROC curve, along with AUC, can be obtained using different methods, such as empirical, binormal and non-parametric. ROCit encompasses a wide variety of methods for constructing confidence interval of ROC curve and AUC. ROCit also features the option of constructing empirical gains table, which is a handy tool for direct marketing. The package offers options for commonly used visualization, such as, ROC curve, KS plot, lift plot. Along with in-built default graphics setting, there are rooms for manual tweak by providing the necessary values as function arguments. ROCit is a powerful tool offering a range of things, yet it is very easy to use.

Riaz Khan

ROCit

Performance Assessment of Binary Classifier with Visualization

Md Riaz Ahmed Khan

Thomas Brandenburger

gainstable function

<dl><dt>...</dt>
<dd>Arguments to be passed to methods.
See <code>gainstable.default</code>, <code>gainstable.rocit</code>.</dd></dl>

Arguments

Gains Table for Binary Classifier — gainstable

<dl>

<dt>...</dt>
<dd>Arguments to be passed to methods.
See <code>gainstable.default</code>, <code>gainstable.rocit</code>.</dd>

</dl>

gainstable: Gains Table for Binary Classifier

Description

Usage

Arguments