public PulseSampleTimes getPulseSampleTimes(int nSamplesInSequenceTimestep, double sampleDuration )
{
if (!dataValid())
throw new InvalidDataException("This pulse is invalid.");
PulseSampleTimes ans = new PulseSampleTimes();
if (startCondition == PulseTimingCondition.TimestepStart)
{
ans.startSample = 0;
if (startDelayEnabled)
{
int delaySamples = (int)(0.5 + startDelay.getBaseValue() / sampleDuration);
if (startDelayed) {
ans.startSample+=delaySamples;
}
else {
ans.startSample-=delaySamples;
}
}
}
if (startCondition == PulseTimingCondition.TimestepEnd)
{
ans.startSample = nSamplesInSequenceTimestep;
if (startDelayEnabled)
{
int delaySamples = (int)(0.5 + startDelay.getBaseValue() / sampleDuration);
if (startDelayed) {
ans.startSample+=delaySamples;
}
else {
ans.startSample-=delaySamples;
}
}
}
if (endCondition == PulseTimingCondition.TimestepStart)
{
ans.endSample = 0;
if (endDelayEnabled)
{
int delaySamples = (int)(0.5 + endDelay.getBaseValue() / sampleDuration);
if (endDelayed) {
ans.endSample+=delaySamples;
}
else {
ans.endSample-=delaySamples;
}
}
}
if (endCondition == PulseTimingCondition.TimestepEnd)
{
ans.endSample = nSamplesInSequenceTimestep;
if (endDelayEnabled)
{
int delaySamples = (int)(0.5 + endDelay.getBaseValue() / sampleDuration);
if (endDelayed) {
ans.endSample+=delaySamples;
}
else {
ans.endSample-=delaySamples;
}
}
}
if (endCondition == PulseTimingCondition.Duration)
{
ans.endSample = ans.startSample + (int)(0.5 + pulseDuration.getBaseValue() / sampleDuration);
}
if (startCondition == PulseTimingCondition.Duration)
{
ans.startSample = ans.endSample - (int)(0.5 + pulseDuration.getBaseValue() / sampleDuration);
}
if (ans.startSample!=0 && ans.startSample!=nSamplesInSequenceTimestep) {
ans.startRequiresImpingement = true;
}
if (ans.endSample!=0 && ans.endSample!=nSamplesInSequenceTimestep) {
ans.endRequiresImpingement = true;
}
return ans;
}
public PulseSampleTimes getPulseSampleTimes(int nSamplesInSequenceTimestep, double sampleDuration)
{
if (!dataValid())
{
throw new InvalidDataException("This pulse is invalid.");
}
PulseSampleTimes ans = new PulseSampleTimes();
if (startCondition == PulseTimingCondition.TimestepStart)
{
ans.startSample = 0;
if (startDelayEnabled)
{
int delaySamples = (int)(0.5 + startDelay.getBaseValue() / sampleDuration);
if (startDelayed)
{
ans.startSample += delaySamples;
}
else
{
ans.startSample -= delaySamples;
}
}
}
if (startCondition == PulseTimingCondition.TimestepEnd)
{
ans.startSample = nSamplesInSequenceTimestep;
if (startDelayEnabled)
{
int delaySamples = (int)(0.5 + startDelay.getBaseValue() / sampleDuration);
if (startDelayed)
{
ans.startSample += delaySamples;
}
else
{
ans.startSample -= delaySamples;
}
}
}
if (endCondition == PulseTimingCondition.TimestepStart)
{
ans.endSample = 0;
if (endDelayEnabled)
{
int delaySamples = (int)(0.5 + endDelay.getBaseValue() / sampleDuration);
if (endDelayed)
{
ans.endSample += delaySamples;
}
else
{
ans.endSample -= delaySamples;
}
}
}
if (endCondition == PulseTimingCondition.TimestepEnd)
{
ans.endSample = nSamplesInSequenceTimestep;
if (endDelayEnabled)
{
int delaySamples = (int)(0.5 + endDelay.getBaseValue() / sampleDuration);
if (endDelayed)
{
ans.endSample += delaySamples;
}
else
{
ans.endSample -= delaySamples;
}
}
}
if (endCondition == PulseTimingCondition.Duration)
{
ans.endSample = ans.startSample + (int)(0.5 + pulseDuration.getBaseValue() / sampleDuration);
}
if (startCondition == PulseTimingCondition.Duration)
{
ans.startSample = ans.endSample - (int)(0.5 + pulseDuration.getBaseValue() / sampleDuration);
}
if (ans.startSample != 0 && ans.startSample != nSamplesInSequenceTimestep)
{
ans.startRequiresImpingement = true;
}
if (ans.endSample != 0 && ans.endSample != nSamplesInSequenceTimestep)
{
ans.endRequiresImpingement = true;
}
return(ans);
}