public PlaneDescriptor(PlaneId planeId, PlaneQuadrantId planeQuadrant)
{
_id = planeId;
_quadrant = planeQuadrant;
_firstAxisDescriptor = PlaneIdHelper.GetFirstAxisDescriptor(planeId, planeQuadrant);
_secondAxisDescriptor = PlaneIdHelper.GetSecondAxisDescriptor(planeId, planeQuadrant);
}
public async Task <List <AxisDescriptor> > GetAxisDescriptors(string data)
{
List <AxisDescriptor> AxisDescriptors = new List <AxisDescriptor>();
foreach (string axisDesStr in GetFirstInstanceTextBetween(data, AXD_ST_START, AXD_ST_END))
{
AxisDescriptor axisDes = new AxisDescriptor();
string[] strSplt = axisDesStr.Cleanup().Split('\n');
axisDes.Type = strSplt[0].Cleanup().ToEnum <AxisDescriptionType>();
var measurementRefIndex = MeasurementRef.IndexOf(strSplt[1].Cleanup());
if (measurementRefIndex != -1)
{
axisDes.ReferenceMeasurement = A2LCollection.Measurements[measurementRefIndex];
}
var compuMethodRefIndex = CompuMethodRef.IndexOf(strSplt[2].Cleanup());
if (compuMethodRefIndex != -1)
{
axisDes.CompuMethod = A2LCollection.CompuMethods[compuMethodRefIndex];
}
axisDes.NumAxis = int.Parse(strSplt[3].Cleanup());
axisDes.Minimum = double.Parse(strSplt[4].Cleanup());
axisDes.Maximum = double.Parse(strSplt[5].Cleanup());
var max_grad = GetStringAfter(axisDesStr, "MAX_GRAD").Cleanup();
if (max_grad != "")
{
axisDes.Maximum_Gradient = double.Parse(max_grad.Cleanup());
}
AxisDescriptors.Add(axisDes);
}
return(AxisDescriptors);
}
