public static PhysicalBoundaries GetChannelInputBoundaries(MultiChannelInput <IDataChannel> mci)
{
PhysicalBoundaries result = new PhysicalBoundaries()
{
MinX = Int32.MaxValue, MinY = Int32.MaxValue, MinZ = Int32.MaxValue, MaxX = Int32.MinValue, MaxY = Int32.MinValue, MaxZ = Int32.MinValue
};
for (int i = 0; i < mci.ChannelCount; i++)
{
IDataChannel ch = mci.GetChannel(i);
PhysicalPosition pp = ChannelMapper.GetChannelPosition(ch);
if (pp.X < result.MinX)
{
result.MinX = pp.X;
}
if (pp.X > result.MaxX)
{
result.MaxX = pp.X;
}
if (pp.Y < result.MinY)
{
result.MinY = pp.Y;
}
if (pp.Y > result.MaxY)
{
result.MaxY = pp.Y;
}
if (pp.Z < result.MinZ)
{
result.MinZ = pp.Z;
}
if (pp.Z > result.MaxZ)
{
result.MaxZ = pp.Z;
}
}
return(result);
}
public static IDataChannel[,] Get2DChannelMatrix(MultiChannelInput <IDataChannel> mci)
{
IDataChannel[,] result;
HashSet <float> xCoordinates = new HashSet <float>();
HashSet <float> yCoordinates = new HashSet <float>();
for (int i = 0; i < mci.ChannelCount; i++)
{
IDataChannel ch = mci.GetChannel(i);
PhysicalPosition pp = ChannelMapper.GetChannelPosition(ch);
xCoordinates.Add(pp.X);
yCoordinates.Add(pp.Y);
}
result = new IDataChannel[xCoordinates.Count, yCoordinates.Count];
float[] xCoors = xCoordinates.ToArray();
float[] yCoors = yCoordinates.ToArray();
for (int i = 0; i < mci.ChannelCount; i++)
{
IDataChannel ch = mci.GetChannel(i);
PhysicalPosition pp = ChannelMapper.GetChannelPosition(ch);
int x = Array.IndexOf(xCoors, pp.X);
int y = Array.IndexOf(yCoors, pp.Y);
if (result[x, y] != null)
{
throw new ArgumentException("Two channels would have the same x and y coordinates, so the 2D channel matrix can't be generated!");
}
result[x, y] = ch;
}
return(result);
}