new GUIWire(model, or2.getOutputPin(), not2.getInputPins().get(0));
WireCrossPoint p1 = new WireCrossPoint(model, 1);
- p1.moveTo(250, 112.5);
- new GUIWire(model, not1.getOutputPin(), p1.getPin());
- new GUIWire(model, p1.getPin(), or2.getInputPins().get(0), new Point(250, 130), new Point(140, 185), new Point(140, 197.5));
+ p1.moveCenterTo(250, 112.5);
+ new GUIWire(model, not1.getOutputPin(), p1);
+ new GUIWire(model, p1, or2.getInputPins().get(0), new Point(250, 130), new Point(140, 185), new Point(140, 197.5));
WireCrossPoint p2 = new WireCrossPoint(model, 1);
- p2.moveTo(250, 202.5);
- new GUIWire(model, not2.getOutputPin(), p2.getPin());
- new GUIWire(model, p2.getPin(), or1.getInputPins().get(1), new Point(250, 185), new Point(140, 130), new Point(140, 117.5));
+ p2.moveCenterTo(250, 202.5);
+ new GUIWire(model, not2.getOutputPin(), p2);
+ new GUIWire(model, p2, or1.getInputPins().get(1), new Point(250, 185), new Point(140, 130), new Point(140, 117.5));
WireCrossPoint o1 = new WireCrossPoint(model, 1);
- o1.moveTo(270, 112.5);
- new GUIWire(model, p1.getPin(), o1.getPin());
+ o1.moveCenterTo(270, 112.5);
+ new GUIWire(model, p1, o1);
WireCrossPoint o2 = new WireCrossPoint(model, 1);
- o2.moveTo(270, 202.5);
- new GUIWire(model, p2.getPin(), o2.getPin());
+ o2.moveCenterTo(270, 202.5);
+ new GUIWire(model, p2, o2);
}
}
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