private Cell firstLinkingCell; // premiere cellule à lier à une deuxième
#endregion Fields
#region Constructors
// Constructeur
public Circuit(DrawingArea drawingAera, Label cellCount)
{
cells = new List<Cell>();
ios = new List<InOut>();
color = new Colors();
this.drawingAera = drawingAera;
this.cellCount = cellCount;
showLayer = new bool[] {true, true};
updateStatusBarCellCount();
draw();
}
public void draw(Context grCxt, double cellWidth, Colors color)
{
PointD p0, p1, p2, p3;
// efface la case
p0 = new PointD(this.x * cellWidth, this.y * cellWidth);
p1 = new PointD((this.x + 1) * cellWidth, this.y * cellWidth);
p2 = new PointD((this.x + 1) * cellWidth, (this.y + 1) * cellWidth);
p3 = new PointD(this.x * cellWidth, (this.y + 1) * cellWidth);
grCxt.MoveTo(p0);
grCxt.LineTo(p1);
grCxt.LineTo(p2);
grCxt.LineTo(p3);
grCxt.ClosePath();
grCxt.Color = color.find("background");
grCxt.Fill();
p0 = new PointD(this.x * cellWidth + 1, (this.y + 1) * cellWidth);
p1 = new PointD(this.x * cellWidth + 1, this.y * cellWidth + 1);
p2 = new PointD((this.x + 1) * cellWidth, this.y * cellWidth + 1);
grCxt.MoveTo(p0);
grCxt.LineTo(p1);
grCxt.LineTo(p2);
grCxt.Color = color.find("grid");
grCxt.Stroke();
// couche SILICON_N
if (circuit.showLayer[(int)Circuit.showLayerType.S]) {
if (layers[(int)LayerType.SILICON_N].isSet) {
grCxt.MoveTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth + mgN));
if (layers[(int)LayerType.SILICON_N].links[(int)CellLayer.Cardinals.N] != null ||
layers[(int)LayerType.PNP].links[(int)CellLayer.Cardinals.N] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth + mgN));
if (layers[(int)LayerType.SILICON_N].links[(int)CellLayer.Cardinals.E] != null ||
layers[(int)LayerType.PNP].links[(int)CellLayer.Cardinals.E] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, this.y * cellWidth + mgN));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, (this.y + 1) * cellWidth - mgS));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.SILICON_N].links[(int)CellLayer.Cardinals.S] != null ||
layers[(int)LayerType.PNP].links[(int)CellLayer.Cardinals.S] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth));
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth));
}
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.SILICON_N].links[(int)CellLayer.Cardinals.W] != null ||
layers[(int)LayerType.PNP].links[(int)CellLayer.Cardinals.W] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth, (this.y + 1) * cellWidth - mgS));
grCxt.LineTo(new PointD(this.x * cellWidth, this.y * cellWidth + mgN));
}
grCxt.ClosePath();
grCxt.Color = color.find("snN_fill");
grCxt.Fill();
}
}
// couche SILICON_P
if (circuit.showLayer[(int)Circuit.showLayerType.S]) {
if (layers[(int)LayerType.SILICON_P].isSet) {
grCxt.MoveTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth + mgN));
if (layers[(int)LayerType.SILICON_P].links[(int)CellLayer.Cardinals.N] != null ||
layers[(int)LayerType.NPN].links[(int)CellLayer.Cardinals.N] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth + mgN));
if (layers[(int)LayerType.SILICON_P].links[(int)CellLayer.Cardinals.E] != null ||
layers[(int)LayerType.NPN].links[(int)CellLayer.Cardinals.E] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, this.y * cellWidth + mgN));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, (this.y + 1) * cellWidth - mgS));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.SILICON_P].links[(int)CellLayer.Cardinals.S] != null ||
layers[(int)LayerType.NPN].links[(int)CellLayer.Cardinals.S] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth));
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth));
}
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.SILICON_P].links[(int)CellLayer.Cardinals.W] != null ||
layers[(int)LayerType.NPN].links[(int)CellLayer.Cardinals.W] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth, (this.y + 1) * cellWidth - mgS));
grCxt.LineTo(new PointD(this.x * cellWidth, this.y * cellWidth + mgN));
}
grCxt.ClosePath();
grCxt.Color = color.find("snP_fill");
grCxt.Fill();
}
}
// PNP / NPN
if (circuit.showLayer[(int)Circuit.showLayerType.S]) {
if (layers[(int)LayerType.PNP].isSet) {
grCxt.MoveTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth + mgN));
if (layers[(int)LayerType.PNP].links[(int)CellLayer.Cardinals.N] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth + mgN));
if (layers[(int)LayerType.PNP].links[(int)CellLayer.Cardinals.E] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, this.y * cellWidth + mgN));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, (this.y + 1) * cellWidth - mgS));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.PNP].links[(int)CellLayer.Cardinals.S] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth));
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth));
}
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.PNP].links[(int)CellLayer.Cardinals.W] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth, (this.y + 1) * cellWidth - mgS));
grCxt.LineTo(new PointD(this.x * cellWidth, this.y * cellWidth + mgN));
}
grCxt.ClosePath();
grCxt.Color = color.find("gate_PNP");
grCxt.Fill();
}
if (layers[(int)LayerType.NPN].isSet) {
grCxt.MoveTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth + mgN));
if (layers[(int)LayerType.NPN].links[(int)CellLayer.Cardinals.N] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth + mgN));
if (layers[(int)LayerType.NPN].links[(int)CellLayer.Cardinals.E] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, this.y * cellWidth + mgN));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, (this.y + 1) * cellWidth - mgS));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.NPN].links[(int)CellLayer.Cardinals.S] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth));
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth));
}
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.NPN].links[(int)CellLayer.Cardinals.W] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth, (this.y + 1) * cellWidth - mgS));
grCxt.LineTo(new PointD(this.x * cellWidth, this.y * cellWidth + mgN));
}
grCxt.ClosePath();
grCxt.Color = color.find("gate_NPN");
grCxt.Fill();
}
}
// couche METAL
if (circuit.showLayer[(int)Circuit.showLayerType.M]) {
if (layers[(int)LayerType.METAL].isSet && !layers[(int)LayerType.IO].isSet) {
grCxt.MoveTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth + mgN));
if (layers[(int)LayerType.METAL].links[(int)CellLayer.Cardinals.N] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, this.y * cellWidth));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, this.y * cellWidth + mgN));
if (layers[(int)LayerType.METAL].links[(int)CellLayer.Cardinals.E] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, this.y * cellWidth + mgN));
grCxt.LineTo(new PointD((this.x + 1) * cellWidth, (this.y + 1) * cellWidth - mgS));
}
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.METAL].links[(int)CellLayer.Cardinals.S] != null) {
grCxt.LineTo(new PointD((this.x + 1) * cellWidth - mgE, (this.y + 1) * cellWidth));
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth));
}
grCxt.LineTo(new PointD(this.x * cellWidth + mgW, (this.y + 1) * cellWidth - mgS));
if (layers[(int)LayerType.METAL].links[(int)CellLayer.Cardinals.W] != null) {
grCxt.LineTo(new PointD(this.x * cellWidth, (this.y + 1) * cellWidth - mgS));
grCxt.LineTo(new PointD(this.x * cellWidth, this.y * cellWidth + mgN));
}
grCxt.ClosePath();
grCxt.Color = color.find("metal_fill");
grCxt.Fill();
}
}
// couche I/O
if (layers[(int)LayerType.IO].isSet) {
traceLinkedFullSquare(grCxt, cellWidth, color.find("metal_fill"), LayerType.IO);
}
// via
if (circuit.showLayer[(int)Circuit.showLayerType.S]) {
if (via) {
grCxt.MoveTo(new PointD(x * cellWidth + 7d, y * cellWidth + 7d));
grCxt.LineTo(new PointD((x + 1) * cellWidth - 6d, y * cellWidth + 7d));
grCxt.LineTo(new PointD((x + 1) * cellWidth - 6d, (y + 1) * cellWidth - 6d));
grCxt.LineTo(new PointD(x * cellWidth + 7d, (y + 1) * cellWidth - 6d));
grCxt.ClosePath();
grCxt.Color = color.find("via");
grCxt.Stroke();
}
}
// powered
bool pwr = false;
foreach (CellLayer l in layers)
if (l.isPowered)
pwr = true;
if (pwr) {
grCxt.MoveTo(new PointD(x * cellWidth + mgW, y * cellWidth + mgN));
grCxt.LineTo(new PointD((x + 1) * cellWidth - mgE, y * cellWidth + mgN));
grCxt.LineTo(new PointD((x + 1) * cellWidth - mgE, (y + 1) * cellWidth - mgS));
grCxt.LineTo(new PointD(x * cellWidth + mgW, (y + 1) * cellWidth - mgS));
grCxt.ClosePath();
grCxt.Color = color.find("powered");
grCxt.Fill();
}
}
