Spike Train Analysis Toolkit Documentation  Spike Train Analysis Toolkit Function Reference  binlessembed

Spike Train Analysis Toolkit

binlessembed

BINLESSEMBED Embed the data with the Legendre polynomials.
   Y = BINLESSEMBED(X,OPTS) embeds the data in cell array X with
   Legendre polynomials. Y is a matrix with OPTS.max_embed_dim+1 or
   OPTS.cont_max_embed_dim+1 columns, which contains the embedding
   coordinates for all polynomials, from the zeroth order, up to the
   specified maximum. Future versions may feature other embedding
   functions.

   The options and parameters for this function are:
      OPTS.recording_tag: The type of recording, namely, 'episodic'
         (e.g. spike trains) or 'continuous' (e.g., LFP). If
         unspecified, 'episodic' is assumed for backwards
         compatibility.
      OPTS.max_embed_dim: The maximal embedding dimension for
         episodic data. The default is 2. (Related option
         OPTS.min_embed_dim is used by BINLESSINFO.)
      OPTS.cont_max_embed_dim: The maximal embedding dimension for
         continuous data. The default is 2. (Related option
         OPTS.cont_min_embed_dim is used by BINLESSINFO.)
      OPTS.start_warp: The lower limit of the warping. This option is
         only needed when using continuous data. The default is -1.
      OPTS.end_warp: The upper limit of the warping. This option is
         only needed when using continuous data. The default is 1.

   Y = BINLESSEMBED(X) uses the default options and parameters.

   [Y,OPTS_USED] = BINLESSEMBED(X) or [Y,OPTS_USED] =
   BINLESSEMBED(X,OPTS) additionally return the options used.
 
   See also BINLESSINFO, BINLESSWARP, BINLESSINFO.

Cross-reference information

This function calls:

This function is called by:


Generated on Fri 12-Feb-2010 15:32:32 by m2html © 2003