public void VisGraph(int minTime, int maxtime)
{
float alpha = 0.0f;
bool flag = false;
int midP = (maxtime - minTime) / 2;
int mid = minTime + midP;
int d = 0;
float[] arr = new float[mid + 1];
int l = 0;
for (int i = minTime; i < maxtime; i++)
{
d++;
xval = float.Parse(data[i]["xval"].ToString());
yval = float.Parse(data[i]["yval"].ToString());
nspk = float.Parse(data[i]["nspk"].ToString());
if (nspk == 1)
{
ntime = float.Parse(data [i] ["ntime"].ToString());
}
if (nspk == 2)
{
ntime = float.Parse(data [i] ["ntime"].ToString());
ntime2 = float.Parse(data [i] ["ntime2"].ToString());
}
if (nspk == 3)
{
ntime = float.Parse(data [i] ["ntime"].ToString());
ntime2 = float.Parse(data [i] ["ntime2"].ToString());
ntime3 = float.Parse(data [i] ["ntime3"].ToString());
}
xval = xval * condensevalue;
yval = yval * condensevalue;
Vector3 vect3xy = new Vector3(xval, 0, yval);
Datapoint.setDataPointColor();
if (alpha < 1 && flag == false)
{
alpha = (float)d / (float)midP;
arr [l] = alpha;
// Debug.Log (alpha);
l++;
}
else
{
flag = true;
alpha = arr [l];
l--;
// Debug.Log (alpha);
}
Datapoint.setDataPointColor(alpha);
Instantiate(staticPointPrefab, vect3xy, Quaternion.identity);
if (nspk == 1)
{
noOfSpikes++;
lowSpikes++;
timeSec = ntime / 10000;
timeOfSpikeLow.Add(timeSec);
nspikeVal = nspk * nspikeCondenseValue;
Vector3 vect3intensity = new Vector3(xval, nspikeVal, yval);
Spike.setColor(alpha);
Instantiate(pointOneSpkiePrefab, vect3intensity, Quaternion.identity);
CreateSpike(xval, yval, nspikeVal);
}
if (nspk == 2)
{
noOfSpikes += 2;
mediumSpikes++;
timeOfSpikeMedium.Add(((ntime + ntime2) / 2) / 10000);
nspikeVal = nspk * nspikeCondenseValue;
Vector3 vect3intensity = new Vector3(xval, nspikeVal, yval);
Spike.setColor(alpha);
Instantiate(pointTwoSpkiePrefab, vect3intensity, Quaternion.identity);
CreateSpike(xval, yval, nspikeVal);
}
if (nspk == 3)
{
noOfSpikes += 3;
highSpikes++;
timeOfSpikeHigh.Add(((ntime + ntime2 + ntime3) / 3) / 10000);
nspikeVal = nspk * nspikeCondenseValue;
Vector3 vect3intensity = new Vector3(xval, nspikeVal, yval);
Spike.setColor(alpha);
Instantiate(pointThreeSpkiePrefab, vect3intensity, Quaternion.identity);
CreateSpike(xval, yval, nspikeVal);
}
}
string timesLow = CreateStringOfTime(timeOfSpikeLow);
string timesMedium = CreateStringOfTime(timeOfSpikeMedium);
string timesHigh = CreateStringOfTime(timeOfSpikeHigh);
showRange(minTime, maxtime, noOfSpikes, lowSpikes, highSpikes, mediumSpikes, timesLow, timesMedium, timesHigh);
DestroyTimeList(timeOfSpikeLow);
DestroyTimeList(timeOfSpikeMedium);
DestroyTimeList(timeOfSpikeHigh);
noOfSpikes = 0;
lowSpikes = 0;
mediumSpikes = 0;
highSpikes = 0;
}
public void VisGraph(int sliderData)
{
for (int i = sliderData; i < sliderData + maxRange; i++)
{
startTimeSec = (int)(sliderData * 0.03f);
endTimeSec = (int)((sliderData + maxRange) * 0.03f);
dataStartTimeInSeconds.text = startTimeSec.ToString();
dataEndTimeInSeconds.text = endTimeSec.ToString();
xval = float.Parse(data[i]["xval"].ToString());
yval = float.Parse(data[i]["yval"].ToString());
nspk = float.Parse(data[i]["nspk"].ToString());
if (nspk == 1)
{
ntime = float.Parse(data [i] ["ntime"].ToString());
}
if (nspk == 2)
{
ntime = float.Parse(data [i] ["ntime"].ToString());
ntime2 = float.Parse(data [i] ["ntime2"].ToString());
}
if (nspk == 3)
{
ntime = float.Parse(data [i] ["ntime"].ToString());
ntime2 = float.Parse(data [i] ["ntime2"].ToString());
ntime3 = float.Parse(data [i] ["ntime3"].ToString());
}
xval = xval * condensevalue;
yval = yval * condensevalue;
Vector3 vect3xy = new Vector3(xval, 0, yval);
Datapoint.setDataPointColor();
Instantiate(staticPointPrefab, vect3xy, Quaternion.identity);
if (nspk == 1)
{
noOfSpikes++;
lowSpikes++;
timeSec = ntime / 10000;
timeOfSpikeLow.Add(timeSec);
nspikeVal = nspk * nspikeCondenseValue;
Vector3 vect3intensity = new Vector3(xval, nspikeVal, yval);
Spike.setColor(0.1f);
Instantiate(pointOneSpkiePrefab, vect3intensity, Quaternion.identity);
CreateSpike(xval, yval, nspikeVal);
}
if (nspk == 2)
{
noOfSpikes += 2;
mediumSpikes++;
timeOfSpikeMedium.Add(((ntime + ntime2) / 2) / 10000);
nspikeVal = nspk * nspikeCondenseValue;
Vector3 vect3intensity = new Vector3(xval, nspikeVal, yval);
Spike.setColor(0.1f);
Instantiate(pointTwoSpkiePrefab, vect3intensity, Quaternion.identity);
CreateSpike(xval, yval, nspikeVal);
}
if (nspk == 3)
{
noOfSpikes += 3;
highSpikes++;
timeOfSpikeHigh.Add(((ntime + ntime2 + ntime3) / 3) / 10000);
nspikeVal = nspk * nspikeCondenseValue;
Vector3 vect3intensity = new Vector3(xval, nspikeVal, yval);
Spike.setColor(0.1f);
Instantiate(pointThreeSpkiePrefab, vect3intensity, Quaternion.identity);
CreateSpike(xval, yval, nspikeVal);
}
}
string timesLow = CreateStringOfTime(timeOfSpikeLow);
string timesMedium = CreateStringOfTime(timeOfSpikeMedium);
string timesHigh = CreateStringOfTime(timeOfSpikeHigh);
int tillRange = sliderData + maxRange - 1;
showRange(sliderData, tillRange, noOfSpikes, lowSpikes, highSpikes, mediumSpikes, timesLow, timesMedium, timesHigh);
DestroyTimeList(timeOfSpikeLow);
DestroyTimeList(timeOfSpikeMedium);
DestroyTimeList(timeOfSpikeHigh);
noOfSpikes = 0;
lowSpikes = 0;
mediumSpikes = 0;
highSpikes = 0;
}