public GLib Load( )
{
lib = new GLib(null, Rect.Max, new Indexer( ));
lib.Name = Locale.Get("_glibdefaultname");
lib.StyleStr = "pc=green";
GType type;
GeomType[] geomTypes = { GeomType.Polygon, GeomType.Polyline, GeomType.Point, GeomType.Caption };
foreach (GeomType gt in geomTypes)
{
type = new GType(lib, gt);
type.Name = Locale.Get(gt.ToString( ));
}
foreach (string filePath in fileNames)
{
Load(filePath);
}
lib.SMin = 10;
// if(lib.Bounds.IsNull)
// lib.SetBounds( rect );
lib.SetBounds(new Rect(left, bottom, right, top));
lib.SMax = Geomethod.GeoLib.GeoLibUtils.RoundScale(lib.Bounds.MaxSize / 50);
lib.Scales.InitScales( );
return(lib);
}
private void btnOk_Click(object sender, System.EventArgs e)
{
if (!IsChanged())
{
return;
}
try
{
Rect bounds;
bounds.left = int.Parse(leftTextBox.Text);
bounds.top = int.Parse(topTextBox.Text);
bounds.right = int.Parse(rightTextBox.Text);
bounds.bottom = int.Parse(bottomTextBox.Text);
int smin = int.Parse(tbSmin.Text);
int smax = int.Parse(tbSmax.Text);
lib.StyleStr = tbStyle.Text;
lib.SetBounds(bounds);
lib.SMin = smin;
lib.SMax = smax;
lib.Name = tbName.Text;
if (lib.HasDb)
{
lib.Save(BatchLevel.Current);
}
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
public GLib Load()
{
lib = new GLib(null, Rect.Max, new Indexer( ));
lib.Name = Locale.Get("_glibdefaultname");
lib.StyleStr = "pc=blue";
GType type;
GeomType[] geomTypes = { GeomType.Polygon, GeomType.Polyline, GeomType.Point, GeomType.Caption };
foreach (GeomType gt in geomTypes)
{
type = new GType(lib, gt);
type.Name = Locale.Get(gt.ToString( ));
}
NumberFormatInfo nfi = new NumberFormatInfo( );
nfi.NumberDecimalSeparator = ".";
foreach (string filePath in fileNames)
{
Load(filePath, nfi);
}
lib.SMin = 10;
// if(lib.Bounds.IsNull)
// lib.SetBounds( rect );
lib.SetBounds(new Rect(left, bottom, right, top));
lib.SMax = Geomethod.GeoLib.GeoLibUtils.RoundScale(lib.Bounds.MaxSize / 50);
lib.Scales.InitScales( );
/* int gcnt = 0;
* foreach( GType gtype in lib.AllTypes )
* if( gtype.Ranges != null )
* foreach( GRange range in gtype.Ranges )
* foreach( GObject gobj in range.Objects )
* gcnt++;
*
* gcnt++; // ¬роде количество созданных объектов совпадает с количеством в файлах
*/
return(lib);
}
public GLib Load()
{
foreach (string filePath in fileNames)
{
using (ShapeFileReader sr = new ShapeFileReader(filePath))
{
UpdateBounds(sr.bound);
}
}
if (!boundsUpdated)
{
return(null);
}
SetTransform();
CreateLib();
foreach (string filePath in fileNames)
{
using (ShapeFileReader sr = new ShapeFileReader(filePath))
{
// object[] attrs;
if (!CreateType(sr.GetUnitType()))
{
continue;
}
curType.Name = Path.GetFileNameWithoutExtension(filePath);
while (sr.Read())
{
switch (sr.GetUnitType())
{
case ShapeUnit.Arc:
// Read((ShapeArc)sr.Get());
break;
case ShapeUnit.Point:
Read((ShapePoint)sr.Get());
break;
case ShapeUnit.Polygon:
Read((ShapePolygon)sr.Get());
break;
// case ShapeUnit.PointGroup:
// Read((ShapePointGroup)sr.Get());
// break;
case ShapeUnit.PolyLine:
Read((ShapePolyline)sr.Get());
break;
}
}
}
}
lib.SMin = 10;
if (lib.Bounds.IsNull)
{
lib.SetBounds(new Rect(0, 0, 1000000, 1000000));
}
lib.SMax = Geomethod.GeoLib.GeoLibUtils.RoundScale(lib.Bounds.MaxSize / 10);
lib.Scales.InitScales();
return(lib);
}
