public Gates.GateObject EquationToDiagram(string left, string right, Gates.GateObject node) { Point pos; if (left != "NONE") { Tuple <Gates.GateObject, string, string> lastGate = this.findLastGate(left); node.input1 = lastGate.Item1; if (lastGate.Item1.GetType() == typeof(Gates.Input)) { bool flag = false; for (int index = 0; index < this.outputs.Count; ++index) { if (lastGate.Item1.getName() == this.outputs[index].getName()) { node.input1 = this.outputs[index]; flag = true; break; } } if (!flag) { this.outputs.Add(lastGate.Item1); } } pos = node.getPos(); node.input1.setPos(new Point(pos.X - 70, pos.Y - 40)); this.EquationToDiagram(lastGate.Item2, lastGate.Item3, node.input1); } if (right != "NONE") { Tuple <Gates.GateObject, string, string> lastGate = this.findLastGate(right); node.input2 = lastGate.Item1; if (lastGate.Item1.GetType() == typeof(Gates.Input)) { bool flag = false; for (int index = 0; index < this.outputs.Count; ++index) { if (lastGate.Item1.getName() == this.outputs[index].getName()) { node.input2 = this.outputs[index]; flag = true; break; } } if (!flag) { this.outputs.Add(lastGate.Item1); } } pos = node.getPos(); node.input2.setPos(new Point(pos.X - 70, pos.Y + 40)); this.EquationToDiagram(lastGate.Item2, lastGate.Item3, node.input2); } return(node); }
public void findRecursive(Gates.GateObject Node, int mx, int my) { Point pos = Node.getPos(); if (mx >= pos.X - 30 && mx <= pos.X + 70 && (my >= pos.Y - 30 && my <= pos.Y + 50)) { this.output = Node; } else { if (Node == null) { return; } if (Node.hasLeft() && Node.input1 != null) { this.findRecursive(Node.input1, mx, my); } if (!Node.hasRight() || Node.input2 == null) { return; } this.findRecursive(Node.input2, mx, my); } }
private Tuple <Gates.GateObject, Point, string> getclickedConnection(int mx, int my) { Gates.GateObject gateIndex = this.getGateIndex(mx, my); if (gateIndex == null) { return((Tuple <Gates.GateObject, Point, string>)null); } int[][] circlePositions = gateIndex.getCirclePositions(); Point pos = gateIndex.getPos(); if (gateIndex.GetType() == typeof(Gates.Input)) { Point point = new Point(pos.X + circlePositions[0][0], pos.Y + circlePositions[0][1] + 2); string str = "Out"; return(new Tuple <Gates.GateObject, Point, string>(gateIndex, point, str)); } if (gateIndex.GetType() == typeof(Gates.Output)) { Point point = new Point(pos.X + circlePositions[0][0], pos.Y + circlePositions[0][1] + 2); string str = "Left"; return(new Tuple <Gates.GateObject, Point, string>(gateIndex, point, str)); } int index1 = 0; float num = -1f; for (int index2 = 0; index2 < circlePositions.Length; ++index2) { float distancePoints = this.getDistancePoints(new Point(mx, my), new Point(pos.X + circlePositions[index2][0], pos.Y + circlePositions[index2][1] + 2)); if ((double)num == -1.0) { num = distancePoints; } if ((double)distancePoints < (double)num) { num = distancePoints; index1 = index2; } } Point point1 = new Point(pos.X + circlePositions[index1][0], pos.Y + circlePositions[index1][1] + 2); string str1 = index1 != 0 ? (index1 != 1 ? "Right" : "Left") : "Out"; return(new Tuple <Gates.GateObject, Point, string>(gateIndex, point1, str1)); }
public void renderGates(Gates.GateObject gate, PaintEventArgs e) { if (gate.getOutput() == 1) { gate.setHighlight(true); } else { gate.setHighlight(false); } Image image = gate.getImage(); Point pos1 = gate.getPos(); e.Graphics.DrawImageUnscaled(image, pos1); if (gate.GetType() == typeof(Gates.Input) || gate.GetType() == typeof(Gates.Output)) { SolidBrush solidBrush = new SolidBrush(Color.Black); Font font = new Font(FontFamily.GenericSansSerif, 12f, FontStyle.Bold); Point point = new Point(pos1.X + 12, pos1.Y - 10); if (gate.GetType() == typeof(Gates.Input)) { e.Graphics.DrawString(gate.getName(), font, (Brush)solidBrush, (PointF)point); } else { e.Graphics.DrawString("Q", font, (Brush)solidBrush, (PointF)point); } } Pen pen1 = new Pen(Color.Black, 1f); int[][] circlePositions1 = gate.getCirclePositions(); for (int index = 0; index < circlePositions1.Length; ++index) { e.Graphics.DrawEllipse(pen1, pos1.X + circlePositions1[index][0], pos1.Y + circlePositions1[index][1], circlePositions1[index][2], circlePositions1[index][3]); } if (gate == null) { return; } Point pos2; Point start; Point end; if (gate.hasLeft() && gate.input1 != null) { Pen pen2 = new Pen(Color.Black, 2f); if (this.wireList.Count == this.wireHighlight && this.wireHighlight != -1) { pen2 = new Pen(Color.Red, 2f); } int[][] circlePositions2 = gate.input1.getCirclePositions(); pos2 = gate.input1.getPos(); start = new Point(circlePositions2[0][0] + pos2.X + 4, circlePositions2[0][1] + pos2.Y + 2); if (gate.input1.getOutput() == 1 && this.simulating) { pen2 = new Pen(Color.FromArgb(38, 126, 241), 2f); } if (circlePositions1.Length > 1) { end = new Point(circlePositions1[1][0] + pos1.X, circlePositions1[1][1] + pos1.Y + 2); Point[] points = this.calculatePoints(start, end); this.wireList.Add(points); e.Graphics.DrawLines(pen2, points); } else { end = new Point(circlePositions1[0][0] + pos1.X, circlePositions1[0][1] + pos1.Y + 2); Point[] points = this.calculatePoints(start, end); this.wireList.Add(points); e.Graphics.DrawLines(pen2, points); } this.renderGates(gate.input1, e); } if (!gate.hasRight() || gate.input2 == null) { return; } Pen pen3 = new Pen(Color.Black, 2f); if (this.wireList.Count == this.wireHighlight && this.wireHighlight != -1) { pen3 = new Pen(Color.Red, 2f); } int[][] circlePositions3 = gate.input2.getCirclePositions(); if (gate.input2.getOutput() == 1 && this.simulating) { pen3 = new Pen(Color.FromArgb(38, 126, 241), 2f); } pos2 = gate.input2.getPos(); start = new Point(circlePositions3[0][0] + pos2.X + 4, circlePositions3[0][1] + pos2.Y + 2); end = new Point(circlePositions1[2][0] + pos1.X, circlePositions1[2][1] + pos1.Y + 2); Point[] points1 = this.calculatePoints(start, end); this.wireList.Add(points1); e.Graphics.DrawLines(pen3, points1); this.renderGates(gate.input2, e); }