SimpleScalingSpikingSynapse.cpp

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#include "SimpleScalingSpikingSynapse.h"

const int SimpleScalingSpikingSynapse::exc = 1;
const int SimpleScalingSpikingSynapse::inh = 2;
const int SimpleScalingSpikingSynapse::currExc = 1;
const int SimpleScalingSpikingSynapse::currInh = 2;
const int SimpleScalingSpikingSynapse::condExc = 3;
const int SimpleScalingSpikingSynapse::condInh = 4;

SimpleScalingSpikingSynapse::SimpleScalingSpikingSynapse(int targetID, float W, float delay)
            : W(W), delay(delay), target_id(targetID)
{}

SimpleScalingSpikingSynapse::~SimpleScalingSpikingSynapse()
{}      

double SimpleScalingSpikingSynapse::getManagedDelay() const
{
    return delay;
}

int SimpleScalingSpikingSynapse::spikeHit( spikeport_t port, SpikeEvent const& spike )
{
    return target->spikeHit( port, SpikeEvent( spike, W ) );
}

int SimpleScalingSpikingSynapse::advance(AdvanceInfo const &ai)
{
    return ADVANCEFLAG_DEACTIVATE;
}

SimObject * SimpleScalingSpikingSynapse::getChainedObject()
{
    return target;
}

void SimpleScalingSpikingSynapse::outgoing(SimObject *receiver)
{
    target = receiver->getInputTarget(target_id);
}

int SimpleScalingSpikingSynapse::nSpikeInputPorts() const
{
    return 1;
}

int SimpleScalingSpikingSynapse::nSpikeOutputPorts() const
{
    return 0;
}

int SimpleScalingSpikingSynapse::nAnalogInputPorts() const
{
    return 0;
}

int SimpleScalingSpikingSynapse::nAnalogOutputPorts() const
{
    return 0;
}

SimObject::PortType SimpleScalingSpikingSynapse::inputPortType(port_t i) const
{
    if( i==0)
        return spiking;
    else
        return undefined;
}

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