public void MaybeRecreateProperMesh(int run, int ev, Vector3 initialPos, Vector3 heading, float duration, float emrate, float itime)
{
if (run == runId && ev == evId)
{
//same event..
return;
}
foreach (extraData csc in cascades)
{
if (run == csc.runId && ev == csc.evId)
{
readCsv(csc);
CascadeData[] cdat = new CascadeData[bursts.Length];
float maxEnergy = 0;
float minnz = 0;
for (int i = 0; i < bursts.Length; i++)
{
if (bursts[i].energy > maxEnergy)
{
maxEnergy = (float)bursts[i].energy;
}
if (minnz == 0 || (bursts[i].energy > 0 && minnz < bursts[i].energy))
{
minnz = (float)bursts[i].energy;
}
}
if (minnz * 5000 / maxEnergy < 1000)
{
maxEnergy = minnz * 1000;
}
for (int i = 0; i < bursts.Length; i++)
{
int en = (int)(bursts[i].energy * 5000 / maxEnergy);
if (en > 5000)
{
en = 5000;
}
cdat[i] = new CascadeData(heading, 1.0f, (int)en, (float)bursts[i].time - itime);
cdat[i].location = bursts[i].coords;
Debug.Log("ENERGY");
Debug.Log(maxEnergy);
Debug.Log(en);
Debug.Log((int)bursts[i].energy);
//cdat[i].in = bursts[i].coords;
}
//new CascadeData(heading, 1.0f, 9500);
MuonTrack tr = new MuonTrack(initialPos, heading, duration, 0.299792458f, 6000 / maxEnergy, cdat);//emrate
data = tr.Simulate();
data.SaveToFile(Application.persistentDataPath + "/" + "trail.gz");
data.LoadFromFile(Application.persistentDataPath + "/" + "trail.gz");
SpawnChildren();
runId = run;
evId = ev;
break;
}
}
}
public void MaybeRecreateMesh(int run, int ev, Vector3 initialPos, Vector3 heading, float duration, float emrate)
{
if (run == runId && ev == evId)
{
//same event..
return;
}
CascadeData cdat = new CascadeData(heading, 1.0f, 9500, 0);
cdat.location = initialPos;
MuonTrack tr = new MuonTrack(initialPos, heading, duration, 0.299792458f, emrate, cdat);//emrate
data = tr.Simulate();
SpawnChildren();
runId = run;
evId = ev;
}