Spike Toolbox |
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STPciaerImport
Import a spike train observed from the PCI-AER monitor
Syntax
[stTrainOut1, stTrainOut2, ...] = STPciaerImport(strFilename ...
<, cellstasChannelSpecs, stasChannelID>)
[...] = STPciaerImport(mSpikes <, cellstasChannelSpecs, stasChannelID>)
Description
strFileName
is the name of a text file containing a spike train in
[int_time_sig address]
format. Time signatures are read in microseconds
(10e-6 sec
). The resulting spike trains will be normalised to begin at the
first spike occurring on ANY channel.
Alternatively, a matrix of spike times and addresses can be supplied in
mSpikes
. Each row of this matrix should be in [int_time_sig address]
format.
The text file or matrix can optionally be in [isi address]
format. ISIs
should be in microseconds (10e-6 sec
).
STPciaerImport needs to know two things in order to filter the input spikes: The addressing specification of the monitor channel ID field; and the addressing specifications to use for each of the monitor channels. These specifications can be either taken from the toolbox options (by default), or supplied in the argument list.
The optional argument cellstasChannelSpecs
should be a cell array with one
entry for each monitor channel to retrieve spikes from. Empty matrices in
this cell array indicate monitor channels to ignore (ie. a spike train will
not be returned for that channel). The function STIsValidMonitorChannelSpecification can be used to validate this argument.
The optional argument stasChannelID
should be a valid addressing
specification, with the following restrictions: it must contain two fields
only, the first of which is marked to ignore, the second of which must
define the addressing field for the channel ID. This second field must not
be marked to ignore. The descriptions for these fields are not important. The function STIsValidChannelAddrSpec can be used to validate this argument. The toolbox provides a function STAddrSpecChannel which generates a
valid channel addressing specification.
See Also
Stimulating and monitoring a chip,
Understanding toolbox addressing,
STPciaerExport,
STStimulate,
STIsValidMonitorChannelSpecification,
STAddrSpecChannel,
STIsValidChannelAddrSpec
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STPlot2D
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