public GCCellRefArray()
{
cell_ref = null;
// Tag layer and datatype to allow this element to be filtered out from LD and geo lists.
layer_nr = -1;
datatype_nr = -1;
trans = new GCStrans();
trans.reset();
}
private void pGCTxt(int l, int d, GeoLibPoint p, string s)
{
name = s;
point = p;
layer_nr = l;
datatype_nr = d;
trans = new GCStrans();
presentation = 0;
width = 10;
}
private void pGCCellref()
{
cell_ref = null;
// Tag layer and datatype to allow this element to be filtered out from LD and geo lists.
layer_nr = -1;
datatype_nr = -1;
point = new GeoLibPoint(0, 0);
trans = new GCStrans();
trans.reset();
}
public GCCellRefArray(GCCell c, GeoLibPoint[] array, int xCount, int yCount)
{
cell_ref = c;
point = array[0];
pitch = new GeoLibPoint((array[1].X - point.X) / xCount, (array[2].Y - point.Y) / yCount);
count_x = xCount;
count_y = yCount;
// Tag layer and datatype to allow this element to be filtered out from LD and geo lists.
layer_nr = -1;
datatype_nr = -1;
trans = new GCStrans();
trans.reset();
}
public GCCellRefArray(GCCell c, GeoLibPoint pos1, GeoLibPoint pos2, int xCount, int yCount)
{
cell_ref = c;
point = pos1;
GeoLibPoint p = new(pos2.X - pos1.X, pos2.Y - pos1.Y);
pitch = new GeoLibPoint(p.X, p.Y);
count_x = xCount;
count_y = yCount;
// Tag layer and datatype to allow this element to be filtered out from LD and geo lists.
layer_nr = -1;
datatype_nr = -1;
trans = new GCStrans();
trans.reset();
}
private void pGCTxt()
{
trans = new GCStrans();
}