public IImageSource GridToImage2(IGridSource grid, RasterColorScheme scheme, GridProxyFormat imageFormat,
bool inRam)
{
var img = _utils.GridToImage2(grid.GetInternal(), scheme.GetInternal(), (tkGridProxyFormat)imageFormat, inRam, null);
return(BitmapSource.Wrap(img));
}
public ComponentArtGridHandler(Grid grid, IGridSource <TElement> source, bool dataBind)
{
this.swither = new Switcher <ElementCounter>(Switcher <ElementCounter> .CurrentValue ?? new ElementCounter());
this._previousFilter = string.Empty;
this._previousSort = string.Empty;
Assert.ArgumentNotNull(grid, "grid");
Assert.ArgumentNotNull(source, "source");
this._grid = grid;
this._source = source;
this.InitializeGrid(dataBind);
}
/// <summary>
/// Fills the grid.
/// </summary>
/// <param name="source">The source.</param>
public void FillGrid(IGridSource <List <string> > source)
{
if (this.doEncode)
{
foreach (GridColumn column in this.Grid.Levels[0].Columns)
{
column.DataField = HttpUtility.UrlEncode(column.DataField);
}
this.doEncode = false;
}
ComponentArtGridHandler <List <string> > .Manage(this.Grid, source, false);
}
/// <summary>
/// Fills the grid.
/// </summary>
/// <param name="source">The source.</param>
public void FillGrid(IGridSource<List<string>> source)
{
if (this.doEncode)
{
foreach (GridColumn column in this.Grid.Levels[0].Columns)
{
column.DataField = HttpUtility.UrlEncode(column.DataField);
}
this.doEncode = false;
}
ComponentArtGridHandler<List<string>>.Manage(this.Grid, source, false);
}
public static void Manage(Grid grid, IGridSource <TElement> source, bool dataBind)
{
Assert.ArgumentNotNull(grid, "grid");
Assert.ArgumentNotNull(source, "source");
new ComponentArtGridHandler <TElement>(grid, source, dataBind);
}
public static Grid GetInternal(this IGridSource grid)
{
return(grid.InternalObject as Grid);
}
public IFeatureSet ShapeToShapeZ(IFeatureSet shapefile, IGridSource grid)
{
var sf = _utils.ShapeToShapeZ(shapefile.GetInternal(), grid.GetInternal());
return(sf != null ? new FeatureSet(sf) : null);
}
public IGridSource GridToGrid(IGridSource grid, DataType outDataType)
{
var result = _utils.GridToGrid(grid.GetInternal(), (GridDataType)outDataType);
return(result != null ? new GridSource(result) : null);
}
public IFeatureSet GridToShapefile(IGridSource grid, IGridSource connectionGrid = null)
{
var sf = _utils.GridToShapefile(grid.GetInternal(), connectionGrid.GetInternal());
return(sf != null ? new FeatureSet(sf) : null);
}
public Image GridToImage(IGridSource grid, RasterColorScheme scheme)
{
return(_utils.GridToImage(grid.GetInternal(), scheme.GetInternal()));
}
public bool GridStatisticsForPolygon(IGridSource grid, GridSourceHeader header, IEnvelope gridExtents,
IGeometry polygon, double nodataValue, ref double meanValue, ref double minValue, ref double maxValue)
{
return(_utils.GridStatisticsForPolygon(grid.GetInternal(), header.GetInternal(), gridExtents.GetInternal(),
polygon.GetInternal(), nodataValue, ref meanValue, ref minValue, ref maxValue));
}
public bool GridStatisticsToShapefile(IGridSource grid, IFeatureSet sf, bool selectedOnly, bool overwriteFields)
{
return(_utils.GridStatisticsToShapefile(grid.GetInternal(), sf.GetInternal(), selectedOnly, overwriteFields));
}
public bool ClipGridWithPolygon(IGridSource inputGrid, IGeometry poly, string resultGridfile, bool keepExtents)
{
return(_utils.ClipGridWithPolygon2(inputGrid.GetInternal(), poly.GetInternal(), resultGridfile, keepExtents));
}