NMDASynapse.h

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#ifndef _NMDASYNAPSE_H_
#define _NMDASYNAPSE_H_

#include "GenericDynamicSpikingSynapse.h"
#include "GenericStaticSpikingSynapse.h"

#include "GenericNMDASynapse.h"

#include "ExponentialDecaySpikeResponse.h"
#include "AlphaFunctionSpikeResponse.h"
#include "DoubleExponentialSpikeResponse.h"

// NEEDS TO BE TESTED

// Dynamic Synapses

// Double Exponential Response

class DynamicNMDADoubleExpSynapse :
      public GenericDynamicSpikingSynapse < GenericNMDASynapse < DoubleExponentialSpikeResponse > >
{
    SIMOBJECT(DynamicNMDADoubleExpSynapse, AdvancePhase::SpikeDriven)

public:
    DynamicNMDADoubleExpSynapse(
        const float W       = 1e-9,
        const float tau1    = 2e-3,
        const float tau2    = 150e-3,
        const float delay   = 2e-4,
        const float Erev    = 0e-3,
        const float U       = 0.2,
        const float D       = 0.1,
        const float F       = 0.4,
        const float u0      = 0.2,
        const float r0      = 1,
        const float f0      = -1,
        const float Mg_conc = 1e-3
    )
    {
        this->W = W;
        this->Mg_conc = Mg_conc;
        this->delay = delay;
        this->tau1 = tau1;
        this->tau2 = tau2;
        this->Erev = Erev;

        this->U  = U;
        this->D  = D;
        this->F  = F;
        this->u0 = u0;
        this->r0 = r0;
        this->f0 = f0;
    };
};


// Exponential Response

class DynamicNMDAExpSynapse :
      public GenericDynamicSpikingSynapse < GenericNMDASynapse < ExponentialDecaySpikeResponse > >
{
    SIMOBJECT(DynamicNMDAExpSynapse, AdvancePhase::SpikeDriven)

public:
    DynamicNMDAExpSynapse(
        const float W       = 1e-9,
        const float tau     = 150e-3,
        const float delay   = 2e-4,
        const float Erev    = 0e-3,
        const float U       = 0.2,
        const float D       = 0.1,
        const float F       = 0.4,
        const float u0      = 0.2,
        const float r0      = 1,
        const float f0      = -1,
        const float Mg_conc = 1e-3
    )
    {
        this->W = W;
        this->Mg_conc = Mg_conc;
        this->delay = delay;

        this->tau = tau;
        this->Erev = Erev;

        this->U  = U;
        this->D  = D;
        this->F  = F;
        this->u0 = u0;
        this->r0 = r0;
        this->f0 = f0;
    };
};


// Alpha Response

class DynamicNMDAAlphaSynapse :
      public GenericDynamicSpikingSynapse < GenericNMDASynapse < AlphaFunctionSpikeResponse > >
{
    SIMOBJECT(DynamicNMDAAlphaSynapse, AdvancePhase::SpikeDriven)

public:
    DynamicNMDAAlphaSynapse(
        const float W       = 1e-9,
        const float tau     = 150e-3,
        const float delay   = 2e-4,
        const float Erev    = 0e-3,
        const float U       = 0.2,
        const float D       = 0.1,
        const float F       = 0.4,
        const float u0      = 0.2,
        const float r0      = 1,
        const float f0      = -1,
        const float Mg_conc = 1e-3
    )
    {
        this->W = W;
        this->Mg_conc = Mg_conc;
        this->delay = delay;

        this->tau = tau;
        this->Erev = Erev;

        this->U  = U;
        this->D  = D;
        this->F  = F;
        this->u0 = u0;
        this->r0 = r0;
        this->f0 = f0;
    };
};



// Static Synapses

// Double Exponential Response

class StaticNMDADoubleExpSynapse :
      public GenericStaticSpikingSynapse < GenericNMDASynapse < DoubleExponentialSpikeResponse > >
{
    SIMOBJECT(StaticNMDADoubleExpSynapse, AdvancePhase::SpikeDriven)

public:
    StaticNMDADoubleExpSynapse(
        const float W       = 1e-9,
        const float tau1    = 2e-3,
        const float tau2    = 150e-3,
        const float delay   = 2e-4,
        const float Erev    = 0e-3,
        const float Mg_conc = 1e-3
    )
    {
        this->W = W;
        this->delay = delay;
        this->tau1 = tau1;
        this->tau2 = tau2;
        this->Erev = Erev;
    };
};


// Exponential Response

class StaticNMDAExpSynapse :
      public GenericStaticSpikingSynapse < GenericNMDASynapse < ExponentialDecaySpikeResponse > >
{
    SIMOBJECT(StaticNMDAExpSynapse, AdvancePhase::SpikeDriven )

public:
    StaticNMDAExpSynapse(
        const float W       = 1e-9,
        const float tau     = 150e-3,
        const float delay   = 2e-4,
        const float Erev    = 0e-3,
        const float Mg_conc = 1e-3
    )
    {
        this->W = W;
        this->delay = delay;
        this->tau = tau;
        this->Erev = Erev;
    };
};


// Alpha Response

class StaticNMDAAlphaSynapse :
      public GenericStaticSpikingSynapse < GenericNMDASynapse < AlphaFunctionSpikeResponse > >
{
    SIMOBJECT(StaticNMDAAlphaSynapse, AdvancePhase::SpikeDriven )

public:
    StaticNMDAAlphaSynapse(
        const float W       = 1e-9,
        const float tau     = 150e-3,
        const float delay   = 2e-4,
        const float Erev    = 0e-3,
        const float Mg_conc = 1e-3
    )
    {
        this->W = W;
        this->delay = delay;
        this->tau = tau;
        this->Erev = Erev;
    };
};

#endif //_NMDASYNAPSE_H_

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