#Sng tool to sort active tables manual
#Sng tool to sort active tables verification
#Sng tool to sort active tables software
#Sng tool to sort active tables windows

Time View to display how the template adapted through the file

Adaptive template sorting, with the templates changing over time to follow the waveform as it evolves.

Time Segment Graph View to display how the sort quality changes through the file Time View to show how clusters evolve as a function of time

Divide each file into time segments and view and sort waveforms from each time segment separately.

NEW Interval Selection tool can create Time Segments.

NEW Time Segments can be named and individually colored and toggled on/off, and can be saved/restored as NeuroExplorer Intervals.

Time Segmentation, Adaptive Sorting Methods, and Time-Dependent Analysis

Save and recall particular sorting instances for a selected channel (useful for comparisons).

Export of sorted data to NeuroExplorer ®.

Waveform features and statistics can be easily exported to MATLAB ®, Excel ® or text file.

Printable Sorting Summary View with export to PowerPoint ®.

Raster displays of spikes and continuous data.

Interval invalidation and artifact removal.

Waveform density plots in 2D or 3D in any feature space.Tetrode and Stereotrode waveform extraction and sorting using any method.Waveform selection in time-voltage space.

#Sng tool to sort active tables windows

Box sorting as a pair of time-level windows.

#Sng tool to sort active tables manual

Manual cluster selection in 3D feature space using principal component projections, voltage slices in time, or more than 20 other waveform features such as peak, valley, full-width at half maximum, etc.

NEW Ability to display arbitrary (compatible) combinations of continuous and spike data for a channel together in the Timeline View which replaces the need to associate channels during loading of.

A low-cut filter may be applied to the continuous data prior to spike extraction. Additionally, stereotrode and tetrode spike detection is supported. Multiple methods for spike detection in continuously digitized data files can be used, including voltage threshold, signal energy and nonlinear energy. time views that show how the waveforms change and evolve. OFS also contains new time-segmented views of the waveforms with cluster vs.

Combined with new batch mode commands, this process allows the running of various sorting algorithms, which is followed by rapid manual viewing of different sort outcomes and selection of the appropriate sort for each channel. The results of the automated scanning through sorting parameter space can be saved in a SCAN file. The parameter space for several fully automatic spike sorting algorithms can be systematically scanned with graphs displaying the sort quality metric as a function of the varied parameters. The sorted spikes can be exported in several formats for subsequent analysis.

#Sng tool to sort active tables verification

OFS allows sorting verification through a variety of displays and can calculate cluster separation statistics and sort quality metrics.

#Sng tool to sort active tables software

Our spike sorting software can also perform spike extraction on continuously recorded neural data using a variety of different thresholding methods. Spikes are displayed as points in either two-dimensional (2D) or three-dimensional (3D) feature space, where a variety of manual, semi-automated or fully-automated clustering techniques can be applied to classify (sort) the spikes. OFS version 4 is further packed with additional new functionality including but not limited to the ability to load multiple PL2 ™ files simultaneously new L-Ratio and Isolation Distance sort quality metrics support for Band and Line sorting methods ability to name and manipulate Time Segments and save as NeuroExplorer ® files new scan modes including the ability to scan using different random initial seed clusters support for multiple spike Sources ability to display arbitrary combinations for continuous and spike data together for a channel in the Timeline View the ability to use standard deviation or Median Absolute Deviation (MAD) to calculate fit or band fit tolerances and much more. Version 4 is loaded with new sophisticated algorithms and functionality including the ability to analyze overlapping waveforms, perform signal-to-noise ratio (SNR) computations, apply high-cut filtering to continuous channels and exploit digital referencing. NEW OFS v4 is a powerful, easy-to-use tool for viewing and classifying action potential waveforms (spikes) previously collected from single electrodes, stereotrodes and tetrodes.