private ClassBeamFile CoupleDelay(int startele)
{
ClassBeamFile beam = new ClassBeamFile();
double angle = BeamPara.TurntoRadian(Wedge.WedgeAngle);
int i = 0;
double delay = Math.Sin(angle) * Probe.ElementaryPitch / Wedge.WedgeVelocity;
for (i = 0; i < COUPLENUM; i++)
{
beam.rxDelay[i] = (float)(i * delay);
beam.txDelay[i] = (float)(i * delay);
}
beam.txSize = COUPLENUM;
beam.rxSize = COUPLENUM;
beam.txElementBin = BeamPara.GetBeambin(startele, COUPLENUM, 0);
beam.rxElementBin = BeamPara.GetBeambin(startele, COUPLENUM, 0);
return(beam);
}
private ClassBeamFile CoupleDelay(int startele, int skewflag)
{
double gatestart = 0;
double gaterange = 0;
double ys = 0;
int i = 0;
ClassBeamFile beam = new ClassBeamFile();
double angle = BeamPara.TurntoRadian(wedge.incidentAngle);
double delay = Math.Sin(angle) * probe.eleSpace / wedge.transVeloc;
for (i = 0; i < COUPLENUM; i++)
{
beam.rxDelay[i] = (float)(i * delay);
beam.txDelay[i] = (float)(i * delay);
}
beam.txSize = COUPLENUM;
beam.rxSize = COUPLENUM;
beam.txElementBin = BeamPara.GetBeambin(startele, COUPLENUM, skewflag);
beam.rxElementBin = BeamPara.GetBeambin(startele, COUPLENUM, skewflag);
ys = wedge.height - ((position.probePosition + probe.eleEdge + startele * probe.eleSpace)) * Math.Sin(angle);
gatestart = 2 * ys / Math.Cos(angle) / wedge.transVeloc;
gaterange = grooveheight / groove.longVeloc * 2;
gatei.delay = gatestart;
gatei.range = gaterange;
gatea.delay = gatei.delay + gaterange;
gatea.range = gaterange;
gateb.delay = gatea.delay + gaterange;
gateb.range = gaterange;
gatec.delay = gateb.delay + gaterange;
gatec.range = gaterange;
gatedelay.Add(gatei);
gatedelay.Add(gatea);
gatedelay.Add(gateb);
gatedelay.Add(gatec);
return(beam);
}
