/// <summary>
/// Create the adapter
/// </summary>
/// <param name="pcb">PCB to use for the generation</param>
public PogoPinAdapter(PCB pcb)
{
this.pcb = pcb;
circuit_bounds = pcb.Bounds;
}
/// <summary>
/// Create PCB file for the bottom layer if configured
/// </summary>
private PCB CreatePCBBottom(BottomMode bottom_mode)
{
PCB out_pcb = new PCB();
float left = pcb.Bounds.Left - 10;
float top = pcb.Bounds.Top - 10;
float right = pcb.Bounds.Right + 10;
float bottom = pcb.Bounds.Bottom + 10;
out_pcb.Edge.AddLine(left + 5, top, right - 5, top);
out_pcb.Edge.AddArc(new PointF(right - 5, top + 5), new PointF(right - 5, top), 90);
out_pcb.Edge.AddLine(right, top + 5, right, bottom - 5);
out_pcb.Edge.AddArc(new PointF(right - 5, bottom - 5), new PointF(right, bottom - 5), 90);
out_pcb.Edge.AddLine(right - 5, bottom, left + 5, bottom);
out_pcb.Edge.AddArc(new PointF(left + 5, bottom - 5), new PointF(left + 5, bottom), 90);
out_pcb.Edge.AddLine(left, bottom - 5, left, top + 5);
out_pcb.Edge.AddArc(new PointF(left + 5, top + 5), new PointF(left, top + 5), 90);
out_pcb.Edge.AddCircle(new PointF(left + 5, top + 5), 2.05);
out_pcb.Edge.AddCircle(new PointF(left + 5, bottom - 5), 2.05);
out_pcb.Edge.AddCircle(new PointF(right - 5, top + 5), 2.05);
out_pcb.Edge.AddCircle(new PointF(right - 5, bottom - 5), 2.05);
Dictionary <Net, Net> nets = new Dictionary <Net, Net>();
List <Components.Component> testPoints = new List <Component>();
foreach (var pad in pads)
{
nets[pad.Net] = out_pcb.Nets.AddNet(pad.Net.Number, pad.Net.Name);
var testpoint = out_pcb.Components.AddComponent("TestPoint", "TestPoint_Pad_D1.5mm", pad.Net.Name, pad.Location, pad.Owner.Angle, false);
testpoint.Pads[1].Net = nets[pad.Net];
testPoints.Add(testpoint);
}
var connector = out_pcb.Components.AddComponent("Connector_PinSocket_2.54mm",
"PinSocket_1x" + pads.Count.ToString().PadLeft(2, '0') + "_P2.54mm_Horizontal",
"OUT_CONN_1",
(right + left) / 2 + 1.27 * (pads.Count - 1),
bottom - 10.15,
270,
false
);
pads.Sort((b, a) => (a.Location.X.CompareTo(b.Location.X) != 0 ? a.Location.X.CompareTo(b.Location.X) : b.Location.Y.CompareTo(a.Location.Y)));
for (int i = 0; i < pads.Count; i++)
{
connector.Pads[i + 1].Net = nets[pads[i].Net];
out_pcb.FSilk.AddText(connector.Pads[i + 1].Net.Name, connector.Pads[i + 1].Location + new SizeF(0, 5.65f), 90, 1, 1, 0.2);
out_pcb.BSilk.AddText(connector.Pads[i + 1].Net.Name, connector.Pads[i + 1].Location + new SizeF(0, 5.65f), 90, 1, 1, 0.2);
}
switch (bottom_mode)
{
case BottomMode.PCB_no_connect:
out_pcb.FSilk.AddText("This PCB is NOT ready!\nConnect test points to something,\n preferably the connector at the bottom\n autorouter should do well", pcb.Bounds.Center(), 0, 4.5, 4.5, 0.9);
break;
case BottomMode.PCB_connect_direct:
for (int i = 0; i < pads.Count; i++)
{
out_pcb.Traces.SetTraceStart(testPoints[i].Pads[1], 0.6);
out_pcb.Traces.ContinueTrace(connector.Pads[pads.Count - i]);
}
out_pcb.FSilk.AddText("This PCB is NOT ready!\nVerify all connections are good", pcb.Bounds.Center(), 0, 4.5, 4.5, 0.9);
break;
case BottomMode.PCB_connect_via_grid:
for (int i = 0; i < pads.Count; i++)
{
out_pcb.Traces.SetTraceStart(testPoints[i].Pads[1], 0.6);
out_pcb.Traces.ContinueTrace(new PointF(connector.Pads[pads.Count - i].Location.X, testPoints[i].Pads[1].Location.Y));
out_pcb.Traces.ContinueWithVia(0.7, 0.6);
out_pcb.Traces.ContinueTrace(connector.Pads[pads.Count - i]);
}
out_pcb.FSilk.AddText("This PCB is NOT ready!\nVerify all connections are good", pcb.Bounds.Center(), 0, 4.5, 4.5, 0.9);
break;
default:
throw new NotImplementedException();
}
out_pcb.MoveAll(new SizeF(100, 100));
return(out_pcb);
}
