void IrSenderPwm::send(const IrSequence& irSequence, frequency_t frequency) {
enable(frequency/1000);
for (unsigned int i = 0; i < irSequence.getLength(); i++) {
digitalWrite(getOutputPin(), (i & 1) ? LOW : HIGH);
if (i & 1) {
IR_SEND_PWM_STOP;
} else {
IR_SEND_PWM_START;
}
delayUSecs(irSequence.getDurations()[i]);
}
digitalWrite(getOutputPin(), LOW);
}
void Switch::DrawConnections(ApplicationManager*A)
{
int N=m_OutputPin.ConnectedNo() ;
for (int i = 0; i<N; i++)
{
if(m_OutputPin.getInputPins()[i]->getConnected())
{
Component*pComp2=A->getComponent(m_OutputPin.getInputPins()[i]);
//A->DrawConnection(this,pComp2);
GraphicsInfo G1,G2;
G1=this->getgraphicsinfo();
G2=pComp2->getgraphicsinfo();
for (int j=0;j<pComp2->getInputs();j++)
{
if (m_OutputPin.getInputPins()[i]==&pComp2->getInputPin()[j])
{
if(!simulation)
A->DrawLine(G1.x2,G1.y1+getOutputPin()->getPinInfo().y,
G2.x1,G2.y1+pComp2->getInputPin()[j].getPinInfo().y);
else
{
if(m_OutputPin.getStatus()==LOW)
{
A->DrawLine(G1.x2,G1.y1+getOutputPin()->getPinInfo().y,
G2.x1,G2.y1+pComp2->getInputPin()[j].getPinInfo().y,RED);
}
else
A->DrawLine(G1.x2,G1.y1+getOutputPin()->getPinInfo().y,
G2.x1,G2.y1+pComp2->getInputPin()[j].getPinInfo().y,BLUE);
}
}
}
}
}
}
bool stateLed(Led* led)
{
return getOutputPin(led->pin);
}
