public void extractDataFromRawBytes(byte[] rawBytes)
{
_inkDots.Clear();
int chunkSize = AnotoInkDot.size();
int offset = 0;
byte[] chunk = new byte[chunkSize];
while (offset < rawBytes.Length-chunkSize)
{
Array.Copy(rawBytes, offset, chunk, 0, chunkSize);
AnotoInkDot inkDot = new AnotoInkDot();
inkDot.parseFromRawBytes(chunk);
_inkDots.Add(inkDot);
offset += chunkSize;
}
}
public void extractDataFromRawBytes(byte[] rawBytes)
{
_inkDots.Clear();
int chunkSize = AnotoInkDot.size();
int offset = 0;
byte[] chunk = new byte[chunkSize];
while (offset < rawBytes.Length - chunkSize)
{
Array.Copy(rawBytes, offset, chunk, 0, chunkSize);
AnotoInkDot inkDot = new AnotoInkDot();
inkDot.parseFromRawBytes(chunk);
_inkDots.Add(inkDot);
offset += chunkSize;
}
}
//get total length by accumulating component euclidean distances between dots
public double getAccumulativeLength()
{
AnotoInkDot prevDot = _inkDots[0];
double totalLength = 0;
foreach (AnotoInkDot inkDot in _inkDots)
{
if (inkDot.PaperNoteID != prevDot.PaperNoteID)
{
prevDot = inkDot;
continue;
}
double distance = Utilities.UtilitiesLib.distanceBetweenTwoPoints(prevDot.X, prevDot.Y,
inkDot.X, inkDot.Y);
totalLength += distance;
prevDot = inkDot;
}
return(totalLength);
}
public List <AnotoInkTrace> splitToSingleIDTraces()
{
List <AnotoInkTrace> singleIDTraces = new List <AnotoInkTrace>();
AnotoInkTrace curTrace = new AnotoInkTrace();
AnotoInkDot prevDot = _inkDots[0];
foreach (AnotoInkDot inkDot in _inkDots)
{
if (inkDot.PaperNoteID == prevDot.PaperNoteID)
{
curTrace.addInkDot(inkDot);
}
else
{
singleIDTraces.Add(curTrace);
curTrace = new AnotoInkTrace();
curTrace.addInkDot(inkDot);
}
prevDot = inkDot;
}
return(singleIDTraces);
}
public void addInkDot(AnotoInkDot inkDot)
{
_inkDots.Add(inkDot);
}
public void addInkDot(AnotoInkDot inkDot)
{
_inkDots.Add(inkDot);
}
