package era.mi.gui.examples;
-import era.mi.gui.LogicUI;
+import era.mi.gui.LogicUICanvas;
+import era.mi.gui.LogicUIStandalone;
import era.mi.gui.components.GUIManualSwitch;
import era.mi.gui.components.GUINotGate;
import era.mi.gui.components.GUIOrGate;
import era.mi.gui.wires.WireConnectionPoint;
import era.mi.logic.Simulation;
-import era.mi.logic.wires.WireArray;
+import era.mi.logic.wires.Wire;
import net.haspamelodica.swt.helper.swtobjectwrappers.Point;
public class RSLatchGUIExample
{
- private static final int WIRE_DELAY = 40;
- private static final int OR_DELAY = 100;
- private static final int NOT_DELAY = 100;
+ private static final int WIRE_DELAY = 10;
+ private static final int OR_DELAY = 50;
+ private static final int NOT_DELAY = 50;
public static void main(String[] args)
{
- LogicUI ui = new LogicUI();
- initComponents(ui);
+ LogicUIStandalone ui = new LogicUIStandalone();
+ addComponentsAndWires(ui.getLogicUICanvas());
ui.run();
}
- private static void initComponents(LogicUI ui)
+ public static void addComponentsAndWires(LogicUICanvas ui)
{
Simulation.TIMELINE.reset();
- WireArray r = new WireArray(1, WIRE_DELAY);
- WireArray s = new WireArray(1, WIRE_DELAY);
- WireArray t2 = new WireArray(1, WIRE_DELAY);
- WireArray t1 = new WireArray(1, WIRE_DELAY);
- WireArray q = new WireArray(1, WIRE_DELAY);
- WireArray nq = new WireArray(1, WIRE_DELAY);
+ Wire r = new Wire(1, WIRE_DELAY);
+ Wire s = new Wire(1, WIRE_DELAY);
+ Wire t2 = new Wire(1, WIRE_DELAY);
+ Wire t1 = new Wire(1, WIRE_DELAY);
+ Wire q = new Wire(1, WIRE_DELAY);
+ Wire nq = new Wire(1, WIRE_DELAY);
- GUIManualSwitch rIn = ui.addComponent(new GUIManualSwitch(r), 100, 100);
- GUIManualSwitch sIn = ui.addComponent(new GUIManualSwitch(s), 100, 200);
- GUIOrGate or1 = ui.addComponent(new GUIOrGate(OR_DELAY, t1, r, nq), 160, 102.5);
- GUIOrGate or2 = ui.addComponent(new GUIOrGate(OR_DELAY, t2, q, s), 160, 192.5);
- GUINotGate not1 = ui.addComponent(new GUINotGate(NOT_DELAY, t1, q), 200, 107.5);
- GUINotGate not2 = ui.addComponent(new GUINotGate(NOT_DELAY, t2, nq), 200, 197.5);
+ GUIManualSwitch rIn = ui.addComponent(new GUIManualSwitch(r.createReadWriteEnd()), 100, 100);
+ GUIManualSwitch sIn = ui.addComponent(new GUIManualSwitch(s.createReadWriteEnd()), 100, 200);
+ GUIOrGate or1 = ui.addComponent(new GUIOrGate(OR_DELAY, t1.createReadWriteEnd(), r.createReadOnlyEnd(), nq.createReadOnlyEnd()), 160, 102.5);
+ GUIOrGate or2 = ui.addComponent(new GUIOrGate(OR_DELAY, t2.createReadWriteEnd(), q.createReadOnlyEnd(), s.createReadOnlyEnd()), 160, 192.5);
+ GUINotGate not1 = ui.addComponent(new GUINotGate(NOT_DELAY, t1.createReadOnlyEnd(), q.createReadWriteEnd()), 200, 107.5);
+ GUINotGate not2 = ui.addComponent(new GUINotGate(NOT_DELAY, t2.createReadOnlyEnd(), nq.createReadWriteEnd()), 200, 197.5);
- WireConnectionPoint p1 = ui.addComponent(new WireConnectionPoint(q, 2), 250, 112.5);
- WireConnectionPoint p2 = ui.addComponent(new WireConnectionPoint(nq, 2), 250, 202.5);
+ WireConnectionPoint p1 = ui.addComponent(new WireConnectionPoint(q, 3), 250, 112.5);
+ WireConnectionPoint p2 = ui.addComponent(new WireConnectionPoint(nq, 3), 250, 202.5);
+ WireConnectionPoint o1 = ui.addComponent(new WireConnectionPoint(q, 1), 270, 112.5);
+ WireConnectionPoint o2 = ui.addComponent(new WireConnectionPoint(nq, 1), 270, 202.5);
ui.addWire(rIn, 0, or1, 0);
ui.addWire(sIn, 0, or2, 1);
ui.addWire(not2, 1, p2, 0);
ui.addWire(p1, 1, or2, 0, new Point(250, 130), new Point(140, 185), new Point(140, 197.5));
ui.addWire(p2, 1, or1, 1, new Point(250, 185), new Point(140, 130), new Point(140, 117.5));
+ ui.addWire(p1, 2, o1, 0);
+ ui.addWire(p2, 2, o2, 0);
}
}
\ No newline at end of file