Basic Electrophysiology Relacs Plugins  0.9.8
Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 123456]
oCKeppler[ModelLib] A 2-dimensional reduction of the Hodgkin-Huxley (1952) model by Kepler et al
oCOptions [external]
|\CConfigClass [external]
| oCMiMaPu[lib] A single manipulator for MotorControl
| oCConfigDialog [external]
| |\CRELACSPlugin [external]
| | oCControl [external]
| | |oCAmplifierControl[Control] Controls an amplifier: buzzer and resistance measurement
| | |\CMotorControl[Control] Control widgets for motorized manipulators
| | oCFilter [external]
| | |oCDynamicSUSpikeDetector[Detector] A detector for spikes in single unit recordings
| | |oCIntraSpikeDetector[Detector] A detector for spikes in intracellular recordings
| | |\CThresholdSUSpikeDetector[Detector] Spike detection based on an absolute voltage threshold
| | oCModel [external]
| | |\CNeuronModels[Model] Various models of conductance-based spiking (point-) neurons
| | \CRePro [external]
| |  oCBridgeTest
| |  oCCalibrateSyncPulse[RePro] Sets the width of the pulse for synchronizing an amplifier
| |  oCCapacityCompensation[RePro] Sine waves for checking the capacity compensation of the amplifier inside the cell
| |  oCIontophoresis[RePro] Current injection for iontophoresis
| |  oCSetLeak[RePro] Set leak resistance and reversal potential of a dynamic clamp model
| |  \CSetVGate[RePro] Set parameter of voltage gated channel for dynamic clamp
| \CSpikingNeuron[ModelLib] Base class for a spiking (point-) neuron
|  oCEdman[ModelLib] The Edman model for a lobster stretch receptor neurone with a slowly inactivating sodium current
|  oCFitzhughNagumo[ModelLib] The Fitzhugh-Nagumo model
|  oCHodgkinHuxley[ModelLib] The Hodgkin-Huxley (1952) model
|  |oCAbbott[ModelLib] A 2-dimensional reduction of the Hodgkin-Huxley (1952) model by Abbott and Kepler
|  ||oCKepler
|  ||\CTraubKepler[ModelLib] A 2-dimensional reduction of the Traub (1991) model by Kepler et al
|  |oCChacron2007[ModelLib] A variant of the Hodgkin-Huxley model with dynamic position of sodium activation and inactivation
|  |oCConnor[ModelLib] The Connor model with A current
|  ||oCAwiszus[ModelLib] The Awiszus model with A current
|  ||\CRushRinzel[ModelLib] The Rush-Rinzel model with A current
|  |oCCrook[ModelLib] The two-compartment Crook model with adaptation currents
|  |oCFleidervishSI[ModelLib] The Fleidervish model with slowly inactivating sodium current
|  |oCMilesDai[ModelLib] The Miles-Dai model for spinal motoneurones with slowly inactivating sodium current
|  |oCSimplifiedTraub[ModelLib] Simplified 3-dimensional version of the soma compartment Traub-Miles (1991) model
|  |oCTraubErmentrout[ModelLib] Base class for Traub-Miles (1991) based models with M-type, calcium, and AHP-type currents
|  ||oCTraubErmentrout1998[ModelLib] The single compartment model with adaptation currents as used in Ermentrout (1998)
|  ||\CTraubErmentrout2001[ModelLib] The single compartment model with adaptation currents as used in Ermentrout et al. (2001)
|  |oCTraubHH[ModelLib] The Traub-Miles (1991) model with the HH currents I_Na, I_K, and I_l only
|  |oCTraubMiles[ModelLib] The soma compartment of the Traub-Miles (1991) model
|  |oCWangBuzsaki[ModelLib] Wang-Buzsaki (1996) interneuron model
|  ||\CWangBuzsakiAdapt[ModelLib] The Wang-Buzsaki model with an additional adaptation current
|  |\CWangIKNa[ModelLib] The Wang et al. 2003 model with a sodium activated potassium current
|  oCMorrisLecar[ModelLib] The Morris-Lecar model
|  |\CMorrisLecarPrescott[ModelLib] The Morris-Lecar model with adaptation current as in Prescott & Sejnowski (2008)
|  oCPassiveMembrane[ModelLib] A passive membrane (RC circuit)
|  \CStimulus[ModelLib] Implementation of SpikingNeuron that just returns the stimulus
oCQObject
|\CMiMaPu[lib] A single manipulator for MotorControl
\CStandardTraces [external]
 \CTraces[lib] Variables for standard input traces and events in electrophysiology
  oCAmplifierControl[Control] Controls an amplifier: buzzer and resistance measurement
  oCBridgeTest
  oCCalibrateSyncPulse[RePro] Sets the width of the pulse for synchronizing an amplifier
  oCCapacityCompensation[RePro] Sine waves for checking the capacity compensation of the amplifier inside the cell
  \CIontophoresis[RePro] Current injection for iontophoresis