public TASNodeErrorStatus GetRenderedMapTileWithRepresentColor(long projectId, TASNodeRequestDescriptor requestDescr,
TICDisplayMode mode, TColourPalettes palettes, TWGS84Point bl, TWGS84Point tr, bool coordsAreGrid,
ushort width, ushort height, TICFilterSettings filter1, TICFilterSettings filter2, TSVOICOptions options,
TVLPDDesignDescriptor design, TComputeICVolumesType volumetype, uint representColor, out MemoryStream tile)
{
return(client.GetRenderedMapTileWithRepresentColor(projectId, requestDescr, mode, palettes, bl, tr, coordsAreGrid, width, height,
filter1, filter2, options, design, volumetype, representColor, out tile));
}
public TASNodeErrorStatus RequestDataPatchPage(long dataModelID, TASNodeRequestDescriptor requestDescr, TICDisplayMode mode,
TColourPalettes palettes, bool colored, TICFilterSettings filter1, TICFilterSettings filter2,
TSVOICOptions options, TVLPDDesignDescriptor design, TComputeICVolumesType volumetype, int dataPatchPage,
int dataPatchSize, out MemoryStream Patch, out int numPatches)
{
return(client.RequestDataPatchPage(dataModelID, requestDescr, mode, palettes, colored, filter1, filter2, options,
design, volumetype, dataPatchPage, dataPatchSize, out Patch, out numPatches));
}
public TASNodeErrorStatus GetSummaryVolumes(long DataModelID, TASNodeRequestDescriptor ExternalRequestDescriptor,
TComputeICVolumesType VolumeType, TICFilterSettings BaseFilter, TVLPDDesignDescriptor BaseDesign,
TICFilterSettings TopFilter, TVLPDDesignDescriptor TopDesign, TICFilterSettings AdditionalSpatialFilter, double CutTolerance, double FillTolerance,
TICLiftBuildSettings LiftBuildSettings, out TASNodeSimpleVolumesResult Results)
{
return(client.GetSummaryVolumes(DataModelID, ExternalRequestDescriptor, VolumeType, BaseFilter, BaseDesign,
TopFilter,
TopDesign, AdditionalSpatialFilter, CutTolerance, FillTolerance, LiftBuildSettings, out Results));
}
public bool GetStationExtents(long projectID, TVLPDDesignDescriptor designDescriptor, out double startStation,
out double endStation)
{
return(client.GetStationExtents(projectID, designDescriptor, out startStation, out endStation) ==
1); /*icsrrNoError*/
}
/// <summary>
/// Gets a gridded CSV export of the production data from Raptor
/// </summary>
public int GetGriddedOrAlignmentCSVExport(long DataModelID, int ReportType, TASNodeRequestDescriptor ExternalDescriptor, TVLPDDesignDescriptor DesignFile, double Interval, bool ElevationReport, bool CutFillReport, bool CMVReport, bool MDPReport, bool PassCountReport, bool TemperatureReport, int ReportOption, double StartNorthing, double StartEasting, double EndNorthing, double EndEasting, double Direction, TICFilterSettings Filter, TICLiftBuildSettings LiftBuildSettings, TSVOICOptions ICOptions, out MemoryStream DataExport)
{
return(client.GetGriddedOrAlignmentCSVExport(DataModelID, ReportType, ExternalDescriptor, DesignFile, Interval, ElevationReport, CutFillReport, CMVReport, MDPReport, PassCountReport, TemperatureReport, ReportOption, StartNorthing, StartEasting, EndNorthing, EndEasting, Direction, Filter, LiftBuildSettings, ICOptions, out DataExport));
}
public bool GetCellProductionData(long projectId, int displayMode, double AProbePositionX,
double AProbePositionY, TWGS84Point point, bool AProbePositionIsGridCoord, TICFilterSettings AFilter,
TICLiftBuildSettings ALiftBuildSettings, TVLPDDesignDescriptor designDescriptor, out TCellProductionData data)
{
return(client.GetCellProductionData(projectId, displayMode, AProbePositionX, AProbePositionY, point, AProbePositionIsGridCoord, AFilter, ALiftBuildSettings, designDescriptor, out data) == 1);/*icsrrNoError*/
}
