public void sortPoints()
{
eniquePoints = new List <EniquePoint>();
string splitMeasure = "Time Stamp|SSID|BSSID|Strength|Primary Channel|Primary Frequency|Center Channel|Center Frequency|Width (Range)|Distance|Security";
string[] stringmeasurmentsRawSeparators = new string[] { "Time Stamp|SSID|BSSID|Strength|Primary Channel|Primary Frequency|Center Channel|Center Frequency|Width (Range)|Distance|Security" };
string[] measurmentsRaw = rawFile.Split(stringmeasurmentsRawSeparators, StringSplitOptions.None);
ObserverPoint currentObserverPoint = new ObserverPoint();
currentObserverPoint.posx = Int32.Parse(tbPosx.Text);
currentObserverPoint.posy = Int32.Parse(tbPosy.Text);
currentObserverPoint.measures = new List <OneMeasure>();
int i = 1;
for (; i < measurmentsRaw.Length; i++)
{
OneMeasure oneMeasure = new OneMeasure();
oneMeasure.points = new List <WiFiPoint>();
string[] parseinfoRawSeparator = new string[] { "qqqqq" };
string[] parseinfoRaw = measurmentsRaw[i].Split(parseinfoRawSeparator, StringSplitOptions.None);
int k = 0;
for (; k < parseinfoRaw.Length - 1; k++)
{
string[] s = parseinfoRaw[k].Split('|');
WiFiPoint wifiPoint = new WiFiPoint()
{
timeStamp = s[0],
SSId = s[1],
BSSID = s[2],
Strength = s[3],
primaryChannel = s[4],
PrimaryFrequency = s[5],
centerChannel = s[6],
centerFrequency = s[7],
Range = s[8],
Distance = s[9],
Security = s[10]
};
oneMeasure.points.Add(wifiPoint);
}
currentObserverPoint.measures.Add(oneMeasure);
}
if (area.observerPoints.Count == 0)
{
area.minMeasures = currentObserverPoint.measures.Count;
}
else
{
if (currentObserverPoint.measures.Count < area.minMeasures)
{
area.minMeasures = currentObserverPoint.measures.Count;
}
}
area.observerPoints.Add(currentObserverPoint);
preparePointsForDraw();
}
private void preparePointsForDraw()
{
if (area.observerPoints.Count > 1)
{
area.pointsForDraw.Clear();
for (int i = 1; i < area.observerPoints.Count; i++)
{
ObserverPoint observerPointOne = area.observerPoints[i - 1];
ObserverPoint observerPointTwo = area.observerPoints[i];
PairedPointsForDraw currentPointsForDraw = new PairedPointsForDraw();
currentPointsForDraw.measuresOfCommonPoints = new List <List <CommonPoint> >();
currentPointsForDraw.pointOnePosX = observerPointOne.posx;
currentPointsForDraw.pointOnePosY = observerPointOne.posy;
currentPointsForDraw.pointTwoPosX = observerPointTwo.posx;
currentPointsForDraw.pointTwoPosY = observerPointTwo.posy;
for (int measure = 0; measure < area.minMeasures; measure++)
{
List <WiFiPoint> pointOnePoints = observerPointOne.measures[measure].points;
List <WiFiPoint> pointTwoPoints = observerPointTwo.measures[measure].points;
List <CommonPoint> commonPointsForCurrentMeasure = new List <CommonPoint>();
for (int pointOneIterator = 0; pointOneIterator < pointOnePoints.Count; pointOneIterator++)
{
for (int pointTwoIterator = 0; pointTwoIterator < pointTwoPoints.Count; pointTwoIterator++)
{
if (!pointOnePoints[pointOneIterator].SSId.Equals("", StringComparison.InvariantCultureIgnoreCase))
{
if (pointOnePoints[pointOneIterator].SSId.Equals(pointTwoPoints[pointTwoIterator].SSId, StringComparison.InvariantCultureIgnoreCase))
{
CommonPoint commonPoint = new CommonPoint();
commonPoint.ssid = pointOnePoints[pointOneIterator].SSId;
commonPoint.metersToPointOne = Int32.Parse(pointOnePoints[pointOneIterator].Distance.Replace("~", "").Split('.')[0]);
commonPoint.metersToPointTwo = Int32.Parse(pointTwoPoints[pointTwoIterator].Distance.Replace("~", "").Split('.')[0]);
commonPointsForCurrentMeasure.Add(commonPoint);
}
}
}
}
currentPointsForDraw.measuresOfCommonPoints.Add(commonPointsForCurrentMeasure);
}
area.pointsForDraw.Add(currentPointsForDraw);
}
Console.WriteLine("Points Prepared for draw");
Console.WriteLine("Points Sorted");
List <int> cbSelectedMeasureDataSource = new List <int>();
for (int cbSelectedMeasureDataSourceIndex = 0; cbSelectedMeasureDataSourceIndex < area.minMeasures; cbSelectedMeasureDataSourceIndex++)
{
cbSelectedMeasureDataSource.Add(cbSelectedMeasureDataSourceIndex);
}
cbSelectedMeasure.DataSource = cbSelectedMeasureDataSource;
}
}