private void writeGeneralProperites(GeneralSurfaceProperties p)
{
_write("\n-------------------");
_write("\nGeneral Properties:");
_write("\n-------------------");
_write("\nMin X: " + Math.Round(p.MinimumCoordinateX, 3));
_write("\nMin Y: " + Math.Round(p.MinimumCoordinateY, 3));
_write("\nMin Z: " + Math.Round(p.MinimumElevation, 3));
_write("\nMax X: " + Math.Round(p.MaximumCoordinateX, 3));
_write("\nMax Y: " + Math.Round(p.MaximumCoordinateY, 3));
_write("\nMax Z: " + Math.Round(p.MaximumElevation, 3));
_write("\nMean Elevation: " + Math.Round(p.MeanElevation, 3));
_write("\nNumber of Points: " + p.NumberOfPoints);
_write("\n-----------------------");
}
private void showGeneralProperties(CivilSurface surface)
{
_editor.WriteMessage("\nSurface name: " + surface.Name);
GeneralSurfaceProperties properties =
surface.GetGeneralProperties();
_editor.WriteMessage("\n- Max elevation: " +
properties.MaximumElevation);
_editor.WriteMessage("\n- Min elevation: " +
properties.MinimumElevation);
}
/// <summary>
/// Displays general properties that apply to all Surface objects.
/// </summary>
/// <param name="props">General properties from surface.</param>
private void writeGeneralProperites(GeneralSurfaceProperties p)
{
write("\nGeneral Properties:");
write("\n-------------------");
write("\nMin X: " + p.MinimumCoordinateX);
write("\nMin Y: " + p.MinimumCoordinateY);
write("\nMin Z: " + p.MinimumElevation);
write("\nMax X: " + p.MaximumCoordinateX);
write("\nMax Y: " + p.MaximumCoordinateY);
write("\nMax Z: " + p.MaximumElevation);
write("\nMean Elevation: " + p.MeanElevation);
write("\nNumber of Points: " + p.NumberOfPoints);
write("\n--");
}
/// <summary>
/// Elevations the in surface range.
/// </summary>
/// <param name="elevation">The elevation.</param>
/// <param name="surface">The surface.</param>
/// <returns><c>true</c> if XXXX, <c>false</c> otherwise.</returns>
private bool elevationInSurfaceRange(double elevation, TinSurface surface)
{
GeneralSurfaceProperties properties =
surface.GetGeneralProperties();
if (elevation < properties.MinimumElevation ||
elevation > properties.MaximumElevation)
{
////_editor.WriteMessage(
//"\nSpecified elevation not in surface range.")
//;
return(false);
}
return(true);
}
CreateElevationRegions(Surface surface, int steps, short[] colors)
{
GeneralSurfaceProperties props = surface.GetGeneralProperties();
double minElevation = props.MinimumElevation;
double maxElevation = props.MaximumElevation;
double increment = (maxElevation - minElevation) / steps;
SurfaceAnalysisElevationData[] newData = new SurfaceAnalysisElevationData[steps];
for (int i = 0; i < steps; i++)
{
Color color = Color.FromColorIndex(ColorMethod.ByLayer, colors[i]);
newData[i] = new SurfaceAnalysisElevationData(
minElevation + (increment * i),
minElevation + (increment * (i + 1)),
color);
}
return(newData);
}
