public void material()
{
_SETUP init = new _SETUP(ref _c);
init.initBlocks(tableMaterialRow);
//List<string> layerNames = new List<string>() { materialLayer };
//init.layers(layerNames);
List <G.Area> areas = getAllAreas(boxName);
List <T.TableHead> heads = getAllTableHeads(tableHead);
List <T.TableBendingRow> rows = getAllTableRows(tableBendingRow);
List <T.TableMaterialRow> summarys = getAllTableSummarys(tableMaterialRow);
T.HandlerMaterial logic = new T.HandlerMaterial();
List <T.DrawingArea> data = logic.main(areas, heads, rows, summarys);
material_output(data, tableMaterialRow[0]);
}
public void bending()
{
_SETUP init = new _SETUP(ref _c);
init.initBlocks(tableBendingRow);
//List<string> layerNames = new List<string>() { bendingLayer };
//init.layers(layerNames);
List <G.Area> areas = getAllAreas(boxName);
List <T.TableHead> heads = getAllTableHeads(tableHead);
List <T.ReinforcementMark> marks = getAllMarks();
List <T.BendingShape> bendings = getAllBendings(bendingShapes);
List <T.TableBendingRow> rows = getAllTableRows(tableBendingRow);
T.HandlerBending logic = new T.HandlerBending();
List <T.DrawingArea> data = logic.main(areas, heads, marks, bendings, rows);
bending_output(data, tableBendingRow[0]);
}
public void run()
{
//List<string> layerNames = new List<string>() { "K023TL", "Armatuur" };
//init.start(blockNames, layerNames);
_SETUP init = new _SETUP(ref _c);
init.initBlocks(blockNames);
getSettings();
List <G.Line> polys = getGeometry();
G.Point insertPoint = getBendingInsertionPoint();
List <R.Raud> reinf = new List <R.Raud>();
List <R.Raud_Array> reinf_array = new List <R.Raud_Array>();
List <R.Raud> unique_reinf = new List <R.Raud>();
L.ReinforcmentHandler logic = new L.ReinforcmentHandler(polys);
logic.main(ref reinf, ref reinf_array, ref unique_reinf);
output(reinf, reinf_array, unique_reinf, insertPoint);
}