spike_data

A dataset that contains the number of spikes for neurons across several
possible orientations of a grating

datasets

A system to implement the Q-Q boxplot.  It is implemented as an
extension to 'ggplot2'.  The Q-Q boxplot is an amalgam of the boxplot and the
Q-Q plot and allows the user to rapidly examine summary statistics and tail
behavior for multiple distributions in the same pane.  As an extension of
the 'ggplot2' implementation of the boxplot, possible modifications to the
boxplot extend to the Q-Q boxplot.

Jordan Rodu

qqboxplot

Implementation of the Q-Q Boxplot

spike_data function

A data frame with 12800 rows and 5 variables:<dl>
<dt>orientation</dt>
<dd>1 to 8, specifies the orientation of the grating</dd><dt>nspikes</dt>
<dd>number of spikes for a single trial of 1.28 seconds for a particular orientation</dd><dt>region</dt>
<dd>region of the brain where the neuron is located</dd>...</dl>

Format

Neuron spiking data for neural tuning orientation — spike_data

A data frame with 12800 rows and 5 variables:<dl>
<dt>orientation</dt>
<dd>1 to 8, specifies the orientation of the grating</dd>

<dt>nspikes</dt>
<dd>number of spikes for a single trial of 1.28 seconds for a particular orientation</dd>

<dt>region</dt>
<dd>region of the brain where the neuron is located</dd>

...

</dl>

spike_data: Neuron spiking data for neural tuning orientation

Description

Usage

Arguments

Format