comb_all_data_model

This function combine the average values of high-dimensional data within each
hexagonal bin and high-dimensional data, non-linear dimension reduction data.

To construct a model in 2-D space from 2-D nonlinear
dimension reduction data and then lift it to the high-dimensional
space. Additionally, provides tools to visualise the model overlay the
data in 2-D and high-dimensional space. Furthermore, provides
summaries and diagnostics to evaluate the nonlinear dimension
reduction layout.

Jayani P. G. Lakshika

quollr

Visualising How Nonlinear Dimension Reduction Warps Your Data

Jayani P. Gamage

Dianne Cook

Paul Harrison

Michael Lydeamore

Thiyanga S. Talagala

comb_all_data_model function

<dl><dt>highd_data</dt>
<dd>A tibble that contains the high-dimensional data.</dd>
<dt>nldr_data</dt>
<dd>A tibble that contains the non-linear dimension reduction data.</dd>
<dt>model_highd</dt>
<dd>A tibble that contains the high-dimensional coordinates of bin centroids.</dd>
<dt>model_2d</dt>
<dd>A tibble that contains hexagonal bin centroids in 2-D.</dd></dl>

Arguments

Create a tibble with averaged high-dimensional data and
high-dimensional data, non-linear dimension reduction data — comb_all_data_model

<dl>

<dt>highd_data</dt>
<dd>A tibble that contains the high-dimensional data.</dd>


<dt>nldr_data</dt>
<dd>A tibble that contains the non-linear dimension reduction data.</dd>


<dt>model_highd</dt>
<dd>A tibble that contains the high-dimensional coordinates of bin centroids.</dd>


<dt>model_2d</dt>
<dd>A tibble that contains hexagonal bin centroids in 2-D.</dd>

</dl>

comb_all_data_model: Create a tibble with averaged high-dimensional data and high-dimensional data, non-linear dimension reduction data

Description

Usage

Value

Arguments

Examples