public void AddAssociatedSurface(AssocSurface assocRow)
{
IGroupLayer pAssocGrpLyr = AddAssociatedSurfaceGroupLayer(assocRow.DEM);
short dTransparency = GCDCore.Properties.Settings.Default.TransparencyAssociatedLayers ? GCDCore.Properties.Settings.Default.AutoTransparencyValue : (short)-1;
IRasterRenderer rasterRenderer = null;
switch (assocRow.AssocSurfaceType)
{
case AssocSurface.AssociatedSurfaceTypes.InterpolationError:
if (!GCDCore.Properties.Settings.Default.ApplyComparativeSymbology)
{
rasterRenderer = RasterSymbolization.CreateClassifyRenderer(assocRow.Raster, 11, "Slope");
}
break;
case AssocSurface.AssociatedSurfaceTypes.PointQuality3D:
if (!GCDCore.Properties.Settings.Default.ApplyComparativeSymbology)
{
rasterRenderer = RasterSymbolization.CreateClassifyRenderer(assocRow.Raster, 11, "Precipitation", true);
}
break;
case AssocSurface.AssociatedSurfaceTypes.PointDensity:
assocRow.Raster.ComputeStatistics();
decimal rasterMax = assocRow.Raster.GetStatistics()["max"];
if (rasterMax <= 2 & rasterMax > 0.25m)
{
rasterRenderer = RasterSymbolization.CreateClassifyRenderer(assocRow.Raster, 11, "Green to Blue", 1.1, true);
}
else
{
rasterRenderer = RasterSymbolization.CreateClassifyRenderer(assocRow.Raster, 11, "Green to Blue", true);
}
break;
case AssocSurface.AssociatedSurfaceTypes.GrainSizeStatic:
rasterRenderer = RasterSymbolization.CreateGrainSizeStatisticColorRamp(assocRow.Raster, ProjectManager.Project.Units.VertUnit);
break;
case AssocSurface.AssociatedSurfaceTypes.Roughness:
rasterRenderer = RasterSymbolization.CreateRoughnessColorRamp(assocRow.Raster);
break;
case AssocSurface.AssociatedSurfaceTypes.SlopeDegree:
rasterRenderer = RasterSymbolization.CreateSlopeDegreesColorRamp(assocRow.Raster);
break;
case AssocSurface.AssociatedSurfaceTypes.SlopePercent:
rasterRenderer = RasterSymbolization.CreateSlopePrecentRiseColorRamp(assocRow.Raster);
break;
}
AddRasterLayer(assocRow.Raster, rasterRenderer, assocRow.Name, pAssocGrpLyr, assocRow.LayerHeader, dTransparency);
}
public void AddReferenceSurface(Surface surf)
{
short fDEMTransparency = (short)-1;
IGroupLayer pSurveyLyr = AddReferenceSurfaceGroupLayer(surf);
if (surf.Hillshade != null && surf.Hillshade.Raster.GISFileInfo.Exists)
{
AddRasterLayer(surf.Hillshade.Raster, null, surf.Name + " Hillshade", pSurveyLyr, "Aspect", -1, ExpandLegend: false);
fDEMTransparency = DefaultTransparency;
}
IRasterRenderer demRenderer = RasterSymbolization.CreateDEMColorRamp(surf.Raster);
AddRasterLayer(surf.Raster, demRenderer, surf.Name, pSurveyLyr, surf.LayerHeader, fDEMTransparency);
}
/// <summary>
///
/// </summary>
/// <param name="demRow"></param>
/// <returns></returns>
/// <remarks>Note: Add the hillshade first so that it appear UNDER the DEM in the TOC</remarks>
public void AddDEM(DEMSurvey dem)
{
short fDEMTransparency = (short)-1;
IGroupLayer pSurveyLyr = AddSurveyGroupLayer(dem);
if (dem.Hillshade != null && dem.Hillshade.Raster.GISFileInfo.Exists)
{
AddRasterLayer(dem.Hillshade.Raster, null, dem.Name + " Hillshade", pSurveyLyr, "Aspect", -1, ExpandLegend: false);
fDEMTransparency = DefaultTransparency;
}
IRasterRenderer demRenderer = RasterSymbolization.CreateDEMColorRamp(dem.Raster);
AddRasterLayer(dem.Raster, demRenderer, dem.Name, pSurveyLyr, dem.LayerHeader, fDEMTransparency);
}
public void AddDoD(GCDProjectRasterItem dod)
{
Raster gDoDRaster = dod.Raster;
IGroupLayer pAnalGrpLayer = AddAnalysesGroupLayer();
short dTransparency = -1;
if (GCDCore.Properties.Settings.Default.TransparencyAnalysesLayers)
{
dTransparency = GCDCore.Properties.Settings.Default.AutoTransparencyValue;
}
IRasterRenderer rasterRenderer = RasterSymbolization.CreateDoDClassifyRenderer(gDoDRaster, 20, GCDCore.Properties.Settings.Default.DoDSymbologyRange);
string sHeader = string.Format("Elevation Difference ({0})", UnitsNet.Length.GetAbbreviation(ProjectManager.Project.Units.VertUnit));
AddRasterLayer(gDoDRaster, rasterRenderer, dod.Name, pAnalGrpLayer, sHeader, dTransparency);
}
public void AddErrSurface(ErrorSurface errRow)
{
IGroupLayer pErrGrpLyr = null;
if (errRow.Surf is DEMSurvey)
{
pErrGrpLyr = AddErrorSurfacesGroupLayer(errRow.Surf as DEMSurvey);
}
else
{
pErrGrpLyr = AddReferenceErrorSurfacesGroupLayer(errRow.Surf);
}
string sHeader = string.Format("Error ({0})", UnitsNet.Length.GetAbbreviation(ProjectManager.Project.Units.VertUnit));
short dTransparency = -1;
if (GCDCore.Properties.Settings.Default.TransparencyErrorLayers)
{
dTransparency = GCDCore.Properties.Settings.Default.AutoTransparencyValue;
}
errRow.Raster.ComputeStatistics();
Dictionary <string, decimal> stats = errRow.Raster.GetStatistics();
double rMin = (double)stats["min"];
double rMax = (double)stats["max"];
if (rMin == rMax)
{
IRasterRenderer rasterRenderer = RasterSymbolization.CreateESRIDefinedContinuousRenderer(errRow.Raster, 1, "Partial Spectrum");
AddRasterLayer(errRow.Raster, rasterRenderer, errRow.Name, pErrGrpLyr, sHeader, dTransparency);
}
else if (rMax <= 1 & rMax > 0.25)
{
IRasterRenderer rasterRenderer = RasterSymbolization.CreateClassifyRenderer(errRow.Raster, 11, "Partial Spectrum", 1.1);
AddRasterLayer(errRow.Raster, rasterRenderer, errRow.Name, pErrGrpLyr, sHeader, dTransparency);
}
else
{
IRasterRenderer rasterRenderer = RasterSymbolization.CreateClassifyRenderer(errRow.Raster, 11, "Partial Spectrum");
AddRasterLayer(errRow.Raster, rasterRenderer, errRow.Name, pErrGrpLyr, sHeader, dTransparency);
}
}
