private static void test_cell_export()
{
// Note that the cell computation is for all layers/dataypes. The list of GCPolygons would need to be filtered separately for the LD of interest.
string arrayDir = baseDir + "cellrefarray\\";
GeoCoreHandler gH_GDS = new();
gH_GDS.updateGeoCoreHandler(arrayDir + "L_array_nested.gds", GeoCore.fileType.gds);
GeoCore gcGDS = gH_GDS.getGeo();
// Simple cell.
gcGDS.activeStructure = gcGDS.getStructureList().IndexOf("r");
// Only a single layer datatype.
gcGDS.activeLD = gcGDS.getActiveStructureLDList().IndexOf("L1D0");
gcGDS.updateGeometry(gcGDS.activeStructure, gcGDS.activeLD);
List <GCPolygon> t1 = gcGDS.getDrawing().cellList[gcGDS.activeStructure].convertToPolygons();
// Array
gcGDS.activeStructure = gcGDS.getStructureList().IndexOf("a");
gcGDS.updateGeometry(gcGDS.activeStructure, gcGDS.activeLD);
List <GCPolygon> t2 = gcGDS.getDrawing().cellList[gcGDS.activeStructure].convertToPolygons();
// Nested array
gcGDS.activeStructure = gcGDS.getStructureList().IndexOf("b");
gcGDS.updateGeometry(gcGDS.activeStructure, gcGDS.activeLD);
List <GCPolygon> t3 = gcGDS.getDrawing().cellList[gcGDS.activeStructure].convertToPolygons();
}
private static void loadSaveTest(string baseName, string gdsDir, string oasDir, string outDir)
{
GeoCoreHandler gH_GDS = new();
gH_GDS.updateGeoCoreHandler(gdsDir + baseName + ".gds", GeoCore.fileType.gds);
GeoCore gcGDS = gH_GDS.getGeo();
// Can we write consistent with what was read.
gds.gdsWriter gw = new(gcGDS, outDir + baseName + "_out.gds");
gw.save();
// Check that we can write out the GDS-sourced drawing to Oasis, proving the internal drawing is handled consistently.
oasis.oasWriter gow = new(gcGDS, outDir + baseName + "_GDSout.oas");
gow.save();
GeoCoreHandler gH_OAS = new();
gH_OAS.updateGeoCoreHandler(oasDir + baseName + ".oas", GeoCore.fileType.oasis);
GeoCore gcOAS = gH_OAS.getGeo();
// Can we write consistent with what was read.
oasis.oasWriter ow = new(gcOAS, outDir + baseName + "_out.oas");
ow.save();
// Check that we can write out the OAS-sourced drawing to GDS, proving the internal drawing is handled consistently.
gds.gdsWriter ogw = new(gcOAS, outDir + baseName + "_OASout.gds");
ogw.save();
}
private void init()
{
// stubs
changed = false;
filename = "";
geo = new GeoCore();
valid = geo.isValid();
error_msgs = geo.error_msgs;
}
private static void test_cell_export_complex()
{
// Note that the cell computation is for all layers/dataypes. The list of GCPolygons would need to be filtered separately for the LD of interest.
string arrayDir = baseDir + "cellrefarray\\";
GeoCoreHandler gH_GDS = new();
gH_GDS.updateGeoCoreHandler(arrayDir + "L_array_nested_2.gds", GeoCore.fileType.gds);
GeoCore gcGDS = gH_GDS.getGeo();
// Simple cell.
gcGDS.activeStructure = gcGDS.getStructureList().IndexOf("r");
// Only a single layer datatype.
gcGDS.activeLD = gcGDS.getActiveStructureLDList().IndexOf("L1D0");
gcGDS.updateGeometry(gcGDS.activeStructure, gcGDS.activeLD);
List <GCPolygon> t1 = gcGDS.getDrawing().cellList[gcGDS.activeStructure].convertToPolygons();
// Array
gcGDS.activeStructure = gcGDS.getStructureList().IndexOf("a");
gcGDS.updateGeometry(gcGDS.activeStructure, gcGDS.activeLD);
List <GCPolygon> t2 = gcGDS.getDrawing().cellList[gcGDS.activeStructure].convertToPolygons();
// Nested array
gcGDS.activeStructure = gcGDS.getStructureList().IndexOf("b");
gcGDS.updateGeometry(gcGDS.activeStructure, gcGDS.activeLD);
List <GCPolygon> t3 = gcGDS.getDrawing().cellList[gcGDS.activeStructure].convertToPolygons();
List <GCPolygon> t3a = gcGDS.getDrawing().cellList[gcGDS.activeStructure].convertToPolygons(layer: 1, datatype: 0);
List <GCPolygon> t3b = gcGDS.getDrawing().cellList[gcGDS.activeStructure].convertToPolygons(layer: 2, datatype: 0);
List <GCPolygon> t4 = gcGDS.convertToPolygons();
List <GCPolygon> t4a = gcGDS.convertToPolygons(activeLDOnly: true);
List <GCPolygon> t4b = gcGDS.convertToPolygons(layer: 2, datatype: 0);
if (t3.Count != t4.Count)
{
throw new Exception("test_cell_export_complex failed : t3,t4");
}
if (t3a.Count != t4a.Count)
{
throw new Exception("test_cell_export_complex failed : t3a, t4a");
}
if (t3b.Count != t4b.Count)
{
throw new Exception("test_cell_export_complex failed : t3b, t4b");
}
}
private void pReadValues(GeoCoreHandler sourceGeoCoreHandler)
{
valid = sourceGeoCoreHandler.valid;
error_msgs = sourceGeoCoreHandler.error_msgs;
filename = sourceGeoCoreHandler.filename;
geo = geo switch
{
null => new GeoCore(),
_ => geo
};
geo.readValues(sourceGeoCoreHandler.geo);
}
private static void test_cellrefarray_nested()
{
string arrayDir = baseDir + "cellrefarray\\";
GeoCoreHandler gH_GDS = new();
gH_GDS.updateGeoCoreHandler(arrayDir + "L_array_nested_2.gds", GeoCore.fileType.gds);
GeoCore gcGDS = gH_GDS.getGeo();
// The array is in cell 'a'
gcGDS.activeStructure = gcGDS.getStructureList().IndexOf("b");
// Only a single layer datatype.
gcGDS.activeLD = gcGDS.getActiveStructureLDList().IndexOf("L1D0");
gcGDS.updateGeometry(gcGDS.activeStructure, gcGDS.activeLD);
List <GeoLibPointF[]> geo2 = gcGDS.points(flatten: true);
}
private void pOASWriter(GeoCore gc, string filename)
{
drawing_ = gc.getDrawing();
filename_ = filename;
namedLayers = gc.getLayerNames();
}
public oasWriter(GeoCore gc, string filename)
{
pOASWriter(gc, filename);
}
public override void Execute()
{
var core = new GeoCore();
core.StoreLocations();
}
private void pGDSWriter(GeoCore gc, string filename)
{
drawing_ = gc.getDrawing();
filename_ = filename;
}
private const bool noTerminate = false; // debug to allow file comparison during write.
public gdsWriter(GeoCore gc, string filename)
{
pGDSWriter(gc, filename);
}
