Measures responses to sinusoidal amplitude modulations.
- Author
- Jan Benda
- Version
- 2.5 (Sep 28, 2017)
- Options
- Options
Stimulus
duration=1000ms
: Duration of signal (number
)
pause=1000ms
: Pause between signals (number
)
freqsel=relative
to EOD: Stimulus frequency is (string
)
deltaf=5Hz
: Delta f (beat frequency) (number
)
contrast=20%
: Contrast (number
)
repeats=6
: Repeats (integer
)
am=true:
Amplitude modulation (boolean
)
sinewave=true:
Use sine wave (boolean
)
ampl=0.0
: Relative amplitude of harmonics (string
)
phase=0.0
: Phase of harmonics (string
)
contrastsel=fundamental:
Contrast is (string
)
Analysis
skip=0.5Periods
: Skip (number
)
ratebins=10
: Number of bins for firing rate (integer
)
before=0ms
: Spikes recorded before stimulus (number
)
after=0ms
: Spikes recorded after stimulus (number
)
adjust=true:
Adjust input gain? (boolean
)
Harmonics can be defined by ampl
and phase
. Enter the relative amplitude and the corresponding phase of each harmonic as comma separated values.
- Files
- samspikes#.dat : the spikes elicited by each SAM period of trace #.
- samallspikes#.dat : the spikes elicited by each SAM stimulus of trace #.
- samnerveampl.dat : the nerve potential elicited by each SAM period.
- samnervesmoothampl.dat : the smoothed nerve potential elicited by each SAM period.
- samallnerveampl.dat : the nerve potential elicited by each SAM stimulus.
- samallnervesmoothampl.dat : the smoothed nerve potential elicited by each SAM stimulus.
- samampl.dat : the SAM amplitudes for each SAM period.
- samallampl.dat : the SAM amplitude for each stimulus.
- samrate#.dat : the cyclic firing rate for a single SAM period of trace #.
- Plots
- Firing Rate: Spikes (red) and cyclic firing rate (yellow) for each SAM cycle.
- SAM: Each period of the SAM stimulus (darkgreen). Last period green.
- Requirements
- Transdermal EOD recording (
EODTrace2
) and events (EODEvents2
).
- Recording of the stimulus events (
SignalEvents1
) if non AM stimuli are used.
- One or more spike events (
SpikeEvents
[*]) or nerve recordings (NerveTrace1
).