public DXFEntity CreateEntity(string _name_prefix = "")
{
DXFEntity E;
switch (this.FValue)
{
case DXFUtils.SECTION_END:
case DXFUtils.SEQUENCE_END:
this.PositionToOutputWindow("Decoder NULL");
return(null);
case DXFUtils.SECTION_START:
E = new DXFSection();
this.PositionToOutputWindow("Decoder DXFSection");
break;
case DXFUtils.ENTITY_SEQUENCE:
E = new DXFHierarchicalContainer("of " + _name_prefix); // helper for ENTITIES containing hierarchical structures (e.g. Layer)
this.PositionToOutputWindow("Decoder DXFHierarchicalContainer");
break;
case DXFUtils.ENTITY_CONTINUE:
E = new DXFContinue(); // helper for ENTITIES containing hierarchical structures (e.g. Layer)
this.PositionToOutputWindow("Decoder DXFContinue");
break;
case DXFUtils.GV_LAYER:
E = new DXFLayer();
this.PositionToOutputWindow("Decoder DXFLayer");
break;
case DXFUtils.GV_ZONEDPOLY:
E = new DXFZonedPolygon();
this.PositionToOutputWindow("Decoder DXFZonedPolygon");
break;
case DXFUtils.GV_ZONEDPOLY_OPENING:
E = new DXFZoneOpening();
this.PositionToOutputWindow("Decoder DXFZoneOpening");
break;
case DXFUtils.GV_ZONEDLEVEL:
E = new DXFZonedPolygonGroup();
this.PositionToOutputWindow("Decoder DXFZonedPolygonGroup");
break;
case DXFUtils.GV_ZONEDVOL:
E = new DXFZonedVolume();
this.PositionToOutputWindow("Decoder DXFZonedVolume");
break;
case DXFUtils.GV_MATERIAL:
E = new DXFMaterial();
this.PositionToOutputWindow("Decoder DXFMaterial");
break;
default:
E = new DXFDummy(this.FValue);
this.PositionToOutputWindow("Decoder DXFDummy");
break;
}
E.Decoder = this;
return(E);
}
public DXFEntity CreateEntity()
{
DXFEntity E;
switch (this.FValue)
{
case ParamStructTypes.SECTION_END:
case ParamStructTypes.SEQUENCE_END:
return(null);
case ParamStructTypes.SECTION_START:
E = new DXFSection();
break;
case ParamStructTypes.ENTITY_SEQUENCE:
E = new DXFComponentSubContainer(); // helper for COMPONENT, FLOWNETWORK
break;
case ParamStructTypes.ENTITY_CONTINUE:
E = new DXFContinue(); // helper for COMPONENT, FLOWNETWORK
break;
case ParamStructTypes.COMPONENT:
E = new DXFComponent();
break;
case ParamStructTypes.ACCESS_PROFILE:
E = new DXFAccessProfile();
break;
case ParamStructTypes.ACCESS_TRACKER:
E = new DXFAccessTracker();
break;
case ParamStructTypes.CALCULATION:
E = new DXFCalculation();
break;
case ParamStructTypes.PARAMETER:
E = new DXFParameter();
break;
case ParamStructTypes.VALUE_FIELD:
E = new DXFMultiValueField();
break;
case ParamStructTypes.FUNCTION_FIELD:
E = new DXFMultiValueFunction();
break;
case ParamStructTypes.BIG_TABLE:
E = new DXFMultiValueBigTable();
break;
case ParamStructTypes.FLOWNETWORK:
E = new DXF_FLowNetwork();
break;
case ParamStructTypes.FLOWNETWORK_NODE:
E = new DXF_FlNetNode();
break;
case ParamStructTypes.FLOWNETWORK_EDGE:
E = new DXF_FlNetEdge();
break;
case ParamStructTypes.GEOM_RELATION:
E = new DXFGeometricRelationship();
break;
case ParamStructTypes.MAPPING_TO_COMP:
E = new DXFMapping2Component();
break;
default:
E = new DXFDummy(this.FValue);
break;
}
E.Decoder = this;
return(E);
}
