- ComponentParams params = new ComponentParams();
- params.displayName = label;
- params.inputCount = inputSupermodelPins.size();
- params.outputCount = outputSubmodelPins.size();
- params.logicWidth = logicWidth;
- params.innerScale = getSubmodelScale();
-
- List<GUIComponent> compList = submodelModifiable.getComponents();
- Iterator<GUIComponent> componentIt = compList.iterator();
- componentIt.next(); // Skip inner SubmodelInterface
- InnerComponentParams[] comps = new InnerComponentParams[compList.size() - 1];
- int i = 0;
- while (componentIt.hasNext())
- {
- GUIComponent component = componentIt.next();
- InnerComponentParams inner = new InnerComponentParams();
- comps[i] = inner;
- inner.logicWidth = component.getPins().get(0).logicWidth; // This could be done a little more elegantly
- Rectangle bounds = component.getBounds();
- inner.pos = new Point(bounds.x, bounds.y);
- if (component instanceof GUICustomComponent)
- inner.type = "file:" + ((GUICustomComponent) component).getPath();
- else
- inner.type = "class:" + component.getClass().getCanonicalName();
- i++;
- }
- params.subComps = comps;
-
- List<GUIWire> wireList = submodelModifiable.getWires();
- InnerWireParams wires[] = new InnerWireParams[wireList.size()];
- i = 0;
- for (GUIWire wire : wireList)
- {
- InnerWireParams inner = new InnerWireParams();
- wires[i] = inner;
- InnerPinParams pin1Params = new InnerPinParams(), pin2Params = new InnerPinParams();
-
- pin1Params.pinIndex = wire.getPin1().component.getPins().indexOf(wire.getPin1());
- pin1Params.compId = compList.indexOf(wire.getPin1().component);
- pin2Params.pinIndex = wire.getPin2().component.getPins().indexOf(wire.getPin2());
- pin2Params.compId = compList.indexOf(wire.getPin2().component);
- inner.pin1 = pin1Params;
- inner.pin2 = pin2Params;
- inner.path = wire.getPath();
- i++;
- }
- params.innerWires = wires;
- return params;
+ SubComponentParams ret = super.calculateParams();
+ ret.type = SimpleRectangularSubmodelComponent.class.getSimpleName();
+ Map<String, Object> m = new TreeMap<>();
+ m.put(kLabel, label);
+ m.put(kInCount, inputSupermodelPins.size());
+ m.put(kOutCount, outputSupermodelPins.size());
+ m.put(kLogicWidth, logicWidth);
+ ret.specialized = m;
+ return ret;