|
|
RePro Plugins
Research protocols for online data analysis, visualization and stimulus generation.
| Base Plugin Set: |
| Pause: |
|
|
| Record: |
|
|
| SaveTraces: |
Saves data from selected input traces or events for each run into files |
|
| SetAttenuatorGain: |
Set the gain factor of an Attenuate interface |
|
| SetInputGain: |
Set the gain of analog input traces. |
|
| SetOutput: |
Set an output to a specified value |
|
| Spectrogram: |
Displays a spectrogram of an input trace. |
|
| TransferFunction: |
Measures the transfer function with band-limited Gaussian white-noise stimuli. |
 |
| Wait: |
Wait until a specified (date and) time. |
 |
| Calibration Plugin Set: |
| InputRangeCheck: |
Checks calibration of each range (gain) of an analog input channel. |
|
| RestartDelay: |
Measures delays due to restart of the data acquisition |
|
| StimulusDelay: |
Measures delays between actual and reported onset of a stimulus |
|
| EPhys Plugin Set: |
| CalibrateSyncPulse: |
Sets the width of the pulse for synchronizing an amplifier. |
|
| CapacityCompensation: |
Sine waves for checking the capacity compensation of the amplifier inside the cell. |
|
| Iontophoresis: |
Current injection for iontophoresis |
 |
| SetLeak: |
Set leak resistance and reversal potential of a dynamic clamp model. |
|
| SetVGate: |
Set parameter of voltage gated channel for dynamic clamp. |
|
| Acoustic Plugin Set: |
| *: |
Determine calibration factor for a microphone using a calibration sound source.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Calibrating attenuation for loudspeakers.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Check for echoes.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Determine calibration factor for a microphone using a calibration sound source.
Calibrating attenuation for loudspeakers.
Check for echoes.
Converts intensities givenen in dB SPL to attenuation level in dependence on carrier frequency.
Measures sound level in dB SPL
Variables for standard output traces of acoustic stimuli and recordings from microphones.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Converts intensities givenen in dB SPL to attenuation level in dependence on carrier frequency.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Measures sound level in dB SPL
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Variables for standard output traces of acoustic stimuli and recordings from microphones. |
|
| CalibMicrophone: |
Determine calibration factor for a microphone using a calibration sound source. |
|
| CalibSpeakers: |
Calibrating attenuation for loudspeakers. |
|
| EchoTest: |
|
|
| Auditory Plugin Set: |
| AdaptedFICurves: |
First adapts the neuron to a background sound intensity and then measures f-I curves. |
 |
| *: |
First adapts the neuron to a background sound intensity and then measures f-I curves.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Optimized measuring of f-I curves.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Optimized measuring of f-I curves for a range of carrier frequencies.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
First adapts the neuron to a background sound intensity and then measures f-I curves.
Optimized measuring of f-I curves.
Optimized measuring of f-I curves for a range of carrier frequencies.
Spiking neuron model stimulated through an auditory transduction chain.
Periodically emits a search stimulus.
Control recordings from auditory neurons
Output of a single stimulus stored in a file.
Measures latency of the whole system, i.e. signal delay, transduction, synapses, axonal delay, ...
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Spiking neuron model stimulated through an auditory transduction chain.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Periodically emits a search stimulus.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Control recordings from auditory neurons
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Output of a single stimulus stored in a file.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Measures latency of the whole system, i.e. signal delay, transduction, synapses, axonal delay, ... |
|
| FICurve: |
Optimized measuring of f-I curves. |
|
| FIField: |
Optimized measuring of f-I curves for a range of carrier frequencies. |
|
| Search: |
Periodically emits a search stimulus. |
|
| SingleStimulus: |
Output of a single stimulus stored in a file. |
|
| SysLatency: |
Measures latency of the whole system, i.e. signal delay, transduction, synapses, axonal delay, ... |
|
| Auditory-Projects Plugin Set: |
| FIPhaseLocking: |
Phase locking at different carrier frequencies and firing rates. |
|
| IsoResponse: |
Measures f-I-curves for a superposition of two sine waves. |
|
| MothASongs: |
Artificial songs of Arctiid moths |
|
| OneClick: |
|
|
| SpikePrecision: |
Assess spike precision in locust auditory receptors |
|
| E-Fields Plugin Set: |
| Beats: |
Play EOD mimicks with optional chirps from a range of automatically set difference frequencies and amplitudes. |
|
| CalibEField: |
Calibrates an attenuator for electric field stimuli. |
|
| CalibrateRobot: |
Calibrate forbitten zones of an xyz robot. |
|
| EFieldGeometry: |
Measure electric field amplitude on a grid. |
|
| JAR: |
Measure the fishes jamming avoidance response and chirp characteristics at different delta f's and beat contrasts. |
|
| LinearField: |
Measure the electric field manually with a single electrode in one direction |
|
| ManualJAR: |
Apply sinewaves with manually set difference frequencies and amplitudes. |
|
| E-Fish Plugin Set: |
| BaselineActivity: |
ISI statistics and EOD locking of baseline activity. |
|
| Chirps: |
Measures responses to chirps. |
 |
| *: |
ISI statistics and EOD locking of baseline activity.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Measures responses to chirps.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Measures f-I curves of electrosensory neurons.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Load a stimulus from a text file.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
ISI statistics and EOD locking of baseline activity.
Measures responses to chirps.
Measures f-I curves of electrosensory neurons.
Load a stimulus from a text file.
A model for P-units of weakly-electric fish.
Locates the receptive field of a p-unit electrosensory afferent using the mirob roboter.
Measures responses to sinusoidal amplitude modulations.
Session for recording EODs of weakly electric fish.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
A model for P-units of weakly-electric fish.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Locates the receptive field of a p-unit electrosensory afferent using the mirob roboter.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Measures responses to sinusoidal amplitude modulations.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Session for recording EODs of weakly electric fish. |
|
| FICurve: |
Measures f-I curves of electrosensory neurons. |
|
| FileStimulus: |
Load a stimulus from a text file. |
|
| ReceptiveField: |
Locates the receptive field of a p-unit electrosensory afferent using the mirob roboter. |
|
| SAM: |
Measures responses to sinusoidal amplitude modulations. |
|
| Patch-Clamp Plugin Set: |
| FICurve: |
F-I curve measured in current-clamp |
 |
| FindRate: |
Finds the DC current need to evoke a given target firing rate. |
 |
| MembraneResistance: |
Measures membrane resistance, capacitance, and time constant with current pulses |
 |
| *: |
F-I curve measured in current-clamp
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Finds the DC current need to evoke a given target firing rate.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
F-I curve measured in current-clamp
Finds the DC current need to evoke a given target firing rate.
Measures membrane resistance, capacitance, and time constant with current pulses
Measures phase-resetting curves of spiking neurons.
Session for current-clamp recordings
Interactively set the DC current.
Test dynamic clamp
Output of a single stimulus stored in a file.
V-I curve measured in current-clamp
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Measures membrane resistance, capacitance, and time constant with current pulses
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Measures phase-resetting curves of spiking neurons.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Session for current-clamp recordings
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Interactively set the DC current.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Test dynamic clamp
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
|
Output of a single stimulus stored in a file.
Relaxed Electrophysiological Data Acquisition,
Control, and Stimulation
... enjoy your recordings
|
Last modified: Wed Jun 13 16:31:45 CEST 2018
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
| |
