selected_ranges&lt;-

selected_ranges&lt;-,tiledb_array-method

A <code>tiledb_array</code> object can have a range selection for each dimension
attribute. This methods sets the selection value for &#8216;selected_ranges&#8217;
which is a list (with one element per dimension) of two-column matrices where
each row describes one pair of minimum and maximum values. Alternatively, the list
can be named with the names providing the match to the corresponding dimension.

The modern database 'TileDB' introduces a powerful on-disk
format for storing and accessing any complex data based on multi-dimensional
arrays. It supports dense and sparse arrays, dataframes and key-values stores,
cloud storage ('S3', 'GCS', 'Azure'), chunked arrays, multiple compression,
encryption and checksum filters, uses a fully multi-threaded implementation,
supports parallel I/O, data versioning ('time travel'), metadata and groups.
It is implemented as an embeddable cross-platform C++ library with APIs from
several languages, and integrations. This package provides the R support.

Isaiah Norton

tiledb

Modern Database Engine for Complex Data Based on
Multi-Dimensional Arrays

TileDB, Inc. 

Dirk Eddelbuettel

selected_ranges&lt;- function

<dl><dt>x</dt>
<dd>A <code>tiledb_array</code> object</dd>
<dt>value</dt>
<dd>A list of two-column matrices where each list element &#8216;i&#8217;
corresponds to the dimension attribute &#8216;i&#8217;. The matrices can contain rows
where each row contains the minimum and maximum value of a range.</dd></dl>

Arguments

Set selected_ranges return values for the array — selected_ranges&lt;-

<dl>

<dt>x</dt>
<dd>A <code>tiledb_array</code> object</dd>


<dt>value</dt>
<dd>A list of two-column matrices where each list element &#8216;i&#8217;
corresponds to the dimension attribute &#8216;i&#8217;. The matrices can contain rows
where each row contains the minimum and maximum value of a range.</dd>

</dl>

selected_ranges<-: Set selected_ranges return values for the array

Description

Usage

Value

Arguments