public static void Create()
{
KiCad.PCB pcb = new KiCad.PCB();
var atmega328 = pcb.Components.AddComponent("Package_QFP:TQFP-32_7x7mm_P0.8mm", "IC1", 13, 3 + 8 * 2.54, -45);
var VCC = pcb.Nets.AddNet("VCC"); atmega328.Pads[4].Net = atmega328.Pads[6].Net = VCC;
var GND = pcb.Nets.AddNet("GND"); atmega328.Pads[3].Net = atmega328.Pads[5].Net = atmega328.Pads[21].Net = GND;
var AREF = pcb.Nets.AddNet("AREF"); atmega328.Pads[20].Net = AREF;
var XTAL1 = pcb.Nets.AddNet("XTAL1"); atmega328.Pads[7].Net = XTAL1;
var XTAL2 = pcb.Nets.AddNet("XTAL2"); atmega328.Pads[8].Net = XTAL2;
var AVCC = pcb.Nets.AddNet("AVCC"); atmega328.Pads[18].Net = AVCC;
var NOT_RESET = pcb.Nets.AddNet("NOT_RESET"); atmega328.Pads[29].Net = NOT_RESET;
var D0_RX = pcb.Nets.AddNet("D0_RX"); atmega328.Pads[30].Net = D0_RX;
var D1_RX = pcb.Nets.AddNet("D1_TX"); atmega328.Pads[31].Net = D1_RX;
var D2 = pcb.Nets.AddNet("D2"); atmega328.Pads[32].Net = D2;
var D3 = pcb.Nets.AddNet("D3"); atmega328.Pads[1].Net = D3;
var D4 = pcb.Nets.AddNet("D4"); atmega328.Pads[2].Net = D4;
var D5 = pcb.Nets.AddNet("D5"); atmega328.Pads[9].Net = D5;
var D6 = pcb.Nets.AddNet("D6"); atmega328.Pads[10].Net = D6;
var D7 = pcb.Nets.AddNet("D7"); atmega328.Pads[11].Net = D7;
var C0 = pcb.Nets.AddNet("C0"); atmega328.Pads[23].Net = C0;
var C1 = pcb.Nets.AddNet("C1"); atmega328.Pads[24].Net = C1;
var C2 = pcb.Nets.AddNet("C2"); atmega328.Pads[25].Net = C2;
var C3 = pcb.Nets.AddNet("C3"); atmega328.Pads[26].Net = C3;
var C4_SDA = pcb.Nets.AddNet("C4_SDA"); atmega328.Pads[27].Net = C4_SDA;
var C5_SCL = pcb.Nets.AddNet("C5_SCL"); atmega328.Pads[28].Net = C5_SCL;
var B0 = pcb.Nets.AddNet("B0"); atmega328.Pads[12].Net = B0;
var B1 = pcb.Nets.AddNet("B1"); atmega328.Pads[13].Net = B1;
var B2 = pcb.Nets.AddNet("B2"); atmega328.Pads[14].Net = B2;
var B3_MOSI = pcb.Nets.AddNet("B3_MOSI"); atmega328.Pads[15].Net = B3_MOSI;
var B4_MISO = pcb.Nets.AddNet("B4_MISO"); atmega328.Pads[16].Net = B4_MISO;
var B5_SCK = pcb.Nets.AddNet("B5_SCK"); atmega328.Pads[17].Net = B5_SCK;
var ANALOG6 = pcb.Nets.AddNet("ANLG6"); atmega328.Pads[19].Net = ANALOG6;
var ANALOG7 = pcb.Nets.AddNet("ANLG7"); atmega328.Pads[22].Net = ANALOG7;
PointF start = new PointF(3, 0);
pcb.Edge.LastAngle = 0;
pcb.Edge.LastPoint = start;
List <KiCad.DrawingLayer.Line> lines = new List <KiCad.DrawingLayer.Line>();;
for (int i = 0; i < 2; i++)
{
lines.Add(pcb.Edge.ContinueLine(20));
pcb.Edge.ContinueArc(3, -90);
lines.Add(pcb.Edge.ContinueLine(2.54f * 16));
pcb.Edge.ContinueArc(3, -90);
}
pcb.Edge.ContinueLine(start);
pcb.Zones.AddZone(VCC, true, pcb.Bounds);
pcb.Zones.AddZone(GND, false, pcb.Bounds);
var leftHeader = pcb.Components.AddComponent("Connector_PinHeader_2.54mm:PinHeader_1x16_P2.54mm_Vertical", "CONN1", 1.27, 3 + 1.27, 0);
var rightHeader = pcb.Components.AddComponent("Connector_PinHeader_2.54mm:PinHeader_1x16_P2.54mm_Vertical", "CONN2", 26 - 1.27, 3 + 1.27, 0);
for (int i = 1; i <= 16; i++)
{
pcb.Traces.SetTraceStart(atmega328.Pads[i]);
pcb.Traces.ContinueTraceAngle(atmega328.Angle + atmega328.Pads[i].RelativeAngle + 180, 1.1);
pcb.Traces.ContinueTrace(0, leftHeader.Pads[i].Location.Y - pcb.Traces.LastPoint.Y);
pcb.Traces.ContinueTrace(leftHeader.Pads[i]);
pcb.FSilk.AddText(leftHeader.Pads[i].Net.Name, leftHeader.Pads[i].Location + new SizeF(4, 0), 1, 1);
pcb.BSilk.AddText(leftHeader.Pads[i].Net.Name, leftHeader.Pads[i].Location + new SizeF(6, 0), 1, 1);
}
var via_points = new List <PointF>();
for (int i = 1; i <= 16; i++)
{
pcb.Traces.SetTraceStart(atmega328.Pads[33 - i]);
pcb.Traces.ContinueTraceAngle(atmega328.Angle + atmega328.Pads[33 - i].RelativeAngle, 1.1);
via_points.Add(pcb.Traces.ContinueTrace(0, rightHeader.Pads[i].Location.Y - pcb.Traces.LastPoint.Y));
pcb.Traces.ContinueTrace(rightHeader.Pads[i]);
pcb.FSilk.AddText(rightHeader.Pads[i].Net.Name, rightHeader.Pads[i].Location + new SizeF(-4, 0), 1, 1);
pcb.BSilk.AddText(rightHeader.Pads[i].Net.Name, rightHeader.Pads[i].Location + new SizeF(-6, 0), 1, 1);
}
List <KiCad.Components.Component> test_points = new List <KiCad.Components.Component>();
for (int i = 0; i < 8; i++)
{
test_points.Add(pcb.Components.AddComponent("TestPoint:TestPoint_Pad_D1.5mm", "TP" + (i + 1).ToString(), 3 + 1.27 + i * 2.54, 1.27));
}
test_points[0].Pads[1].Net = VCC;
test_points[7].Pads[1].Net = GND;
pcb.Traces.SetTraceStart(test_points[7].Pads[1], 0.4);
pcb.Traces.ContinueTrace(0, 2);
pcb.Traces.ContinueWithVia(0.6, 0.4);
pcb.Traces.SetTraceStart(atmega328.Pads[15]);
pcb.Traces.ContinueTraceAngle(45, 1);
pcb.Traces.ContinueWithVia(0.45, 0.3);
pcb.Traces.ContinueTrace(new PointF(pcb.Traces.LastPoint.X, test_points[1].Pads[1].Location.Y + 2.5f));
pcb.Traces.ContinueTrace(new PointF(test_points[1].Pads[1].Location.X, pcb.Traces.LastPoint.Y));
pcb.Traces.ContinueWithVia(0.45, 0.3);
pcb.Traces.ContinueTrace(test_points[1].Pads[1]);
pcb.Traces.SetTraceStart(atmega328.Pads[16]);
pcb.Traces.ContinueTraceAngle(45, 1);
pcb.Traces.ContinueWithVia(0.45, 0.3);
pcb.Traces.ContinueTrace(new PointF(pcb.Traces.LastPoint.X, test_points[2].Pads[1].Location.Y + 2f));
pcb.Traces.ContinueTrace(new PointF(test_points[2].Pads[1].Location.X, pcb.Traces.LastPoint.Y));
pcb.Traces.ContinueWithVia(0.45, 0.3);
pcb.Traces.ContinueTrace(test_points[2].Pads[1]);
pcb.Traces.SetTraceStart(atmega328.Pads[17]);
pcb.Traces.ContinueTraceAngle(135, 1.2);
pcb.Traces.ContinueTrace(0, -3);
pcb.Traces.ContinueTrace(1, 0);
pcb.Traces.ContinueWithVia(0.45, 0.3);
pcb.Traces.ContinueTrace(-1, -1);
pcb.Traces.ContinueTrace(new PointF(pcb.Traces.LastPoint.X, test_points[3].Pads[1].Location.Y + 1.5f));
pcb.Traces.ContinueTrace(new PointF(test_points[3].Pads[1].Location.X, pcb.Traces.LastPoint.Y));
pcb.Traces.ContinueWithVia(0.45, 0.3);
pcb.Traces.ContinueTrace(test_points[3].Pads[1]);
for (int i = 0; i < 3; i++)
{
pcb.Traces.DrawVia(via_points[i + 1], 0.45, 0.3, rightHeader.Pads[i + 2].Net);
pcb.Traces.ContinueTrace(new PointF(pcb.Traces.LastPoint.X, test_points[i + 4].Location.Y + 1.5f + i * 0.5f));
pcb.Traces.ContinueTrace(new PointF(test_points[i + 4].Pads[1].Location.X, pcb.Traces.LastPoint.Y));
pcb.Traces.ContinueWithVia(0.45, 0.3);
pcb.Traces.ContinueTrace(test_points[i + 4].Pads[1]);
}
System.IO.File.WriteAllText("Atemga328_breakout.kicad_pcb", pcb.ToString());
KiCad.PogoPinAdapter pga = new KiCad.PogoPinAdapter(pcb);
pga.AddLatch(lines[0]);
pga.AddLatch(lines[2]);
foreach (var tp in test_points)
{
pga.AddPads(tp);
}
// Try to change this for true and see the bottom layer PCB created.
pga.Generate("atmega_programmer", KiCad.PogoPinAdapter.BottomMode.PCB_connect_direct);
}
public static void Create()
{
KiCad.PCB pcb = new KiCad.PCB();
var VCC = pcb.Nets.AddNet(1, "VCC");
var GND = pcb.Nets.AddNet(2, "GND");
var ic = pcb.Components.AddComponent("Package_DIP", "DIP-8_W7.62mm", "IC555");
var r1 = pcb.Components.AddComponent("Resistor_THT", "R_Axial_DIN0204_L3.6mm_D1.6mm_P7.62mm_Horizontal", "R1");
var r2 = pcb.Components.AddComponent("Resistor_THT", "R_Axial_DIN0204_L3.6mm_D1.6mm_P7.62mm_Horizontal", "R2");
var r3 = pcb.Components.AddComponent("Resistor_THT", "R_Axial_DIN0204_L3.6mm_D1.6mm_P7.62mm_Horizontal", "R3");
var c1 = pcb.Components.AddComponent("Capacitor_THT", "CP_Radial_D5.0mm_P2.50mm", "C1");
var c2 = pcb.Components.AddComponent("Capacitor_THT", "C_Disc_D3.0mm_W1.6mm_P2.50mm", "C2");
var led = pcb.Components.AddComponent("LED_THT", "LED_D5.0mm", "LED1");
var power = pcb.Components.AddComponent("Connector_PinHeader_2.54mm", "PinHeader_1x02_P2.54mm_Horizontal", "PWR");
PointF start = new PointF(corner_r, 0);
pcb.Edge.AddLine(start, new PointF(size.Width - corner_r, 0));
pcb.Edge.ContinueArc(3, -90);
pcb.Edge.ContinueLine(new PointF(size.Width, size.Height - corner_r));
pcb.Edge.ContinueArc(3, -90);
pcb.Edge.ContinueLine(new PointF(corner_r, size.Height));
pcb.Edge.ContinueArc(3, -90);
pcb.Edge.ContinueLine(new PointF(0, corner_r));
pcb.Edge.ContinueArc(3, -90);
pcb.Edge.ContinueLine(start);
ic.Location = new PointF(6, 12);
r1.Location = new PointF(16.8f, 14.5f);
r1.Angle = 90;
r2.Location = new PointF(16.8f, 24.5f);
r2.Angle = 90;
c1.Angle = 180;
c1.Location = new PointF(13.5f, 24.5f);
c2.Location = new PointF(5.5f, 22.86f);
r3.Angle = 90;
r3.Location = new PointF(2, 16.86f);
led.Angle = 180;
led.Location = new PointF(8.3f, 5.5f);
power.Angle = 270;
power.Location = new PointF(8, 26);
ic.Pads[4].Net = ic.Pads[8].Net = r1.Pads[2].Net = power.Pads[1].Net = VCC;
ic.Pads[1].Net = led.Pads[1].Net = c1.Pads[2].Net = c2.Pads[1].Net = power.Pads[2].Net = GND;
pcb.Traces.SetTraceStart(ic.Pads[3]);
pcb.Traces.ContinueTrace(r3.Pads[1]);
pcb.Traces.SetTraceStart(r3.Pads[2]);
pcb.Traces.ContinueTrace(led.Pads[2]);
pcb.Traces.SetTraceStart(ic.Pads[7]);
pcb.Traces.ContinueTrace(r1.Pads[1]);
pcb.Traces.ContinueTrace(r2.Pads[2]);
pcb.Traces.SetTraceStart(c1.Pads[1]);
pcb.Traces.ContinueTrace(r2.Pads[1]);
pcb.Traces.ContinueTrace(0, -4);
pcb.Traces.ContinueTrace(ic.Pads[6]);
pcb.Traces.ContinueTrace(ic.Pads[2]);
pcb.Traces.SetTraceStart(ic.Pads[5]);
pcb.Traces.ContinueTrace(c2.Pads[2]);
var zone_vcc = pcb.Zones.AddZone(VCC, true, pcb.Bounds);
var zone_gnd = pcb.Zones.AddZone(GND, false, pcb.Bounds);
pcb.FSilk.AddText("+", power.Pads[1].Location + new SizeF(3, 2.5f));
pcb.FSilk.AddText("-", power.Pads[2].Location + new SizeF(-3, 2.5f));
pcb.MoveAll(new SizeF(100, 100));
File.WriteAllText("Blinky555.kicad_pcb", pcb.ToString());
}
public static void Create()
{
KiCad.PCB pcb = new KiCad.PCB();
var GND = pcb.Nets.AddNet(1, "GND");
var GCC = pcb.Nets.AddNet(2, "VCC");
var center = new PointF(0, 0);
pcb.Edge.AddArc(center, new PointF(-out_r, 0), 180);
pcb.Edge.AddArc(center, new PointF(-in_r, 0), 180);
pcb.Edge.AddLine(in_r, 0, out_r, 0);
pcb.Edge.AddLine(-in_r, 0, -out_r, 0);
int slices = (int)Math.Floor((out_r - in_r - 2) / 5);
float interval = (out_r - in_r - 2) / slices;
for (float distance = in_r + 1; distance < out_r; distance += interval)
{
pcb.FSilk.AddArc(center, center + new SizeF(-distance, 0), 180);
}
int led_counter = 0;
List <KiCad.Components.Component> firsts = new List <KiCad.Components.Component>();
for (float distance = in_r + 1 + interval / 2; distance < out_r; distance += interval)
{
bool first = true;
for (float angle = 12; angle < 170; angle += (const_angle ? d_angle : (d_distance * 360f) / (2f * (float)Math.PI * distance)))
{
var led = pcb.Components.AddComponent("LED_THT", "LED_D5.0mm", "LED" + (++led_counter).ToString(), KiCad.Utils.PointOnCircle(center, angle, distance - 1.27), angle);
led.Pads[2].Net = GND;
if (first)
{
pcb.Traces.SetTraceStart(led.Pads[1], 0.3);
firsts.Add(led);
first = false;
}
else
{
pcb.Traces.ContinueTraceWithArcToAngle(center, KiCad.Utils.AngleOf(center, led.Pads[1].Location));
}
}
}
var power = pcb.Components.AddComponent("Connector_PinHeader_2.54mm", "PinHeader_1x" + (firsts.Count + 1).ToString().PadLeft(2, '0') + "_P2.54mm_Horizontal", "PWR");
power.Location = new PointF((float)((out_r + in_r) / 2 + firsts.Count * 2.54 / 2), -2);
power.Angle = 270;
for (int i = 0; i < firsts.Count; i++)
{
pcb.Traces.DrawTrace(firsts[i].Pads[1], power.Pads[firsts.Count + 1 - i], 0.3);
}
var zone = pcb.Zones.AddZone(GND, false);
zone.Points.Add(new PointF(-out_r, 0));
zone.Points.Add(new PointF(-out_r, -out_r));
zone.Points.Add(new PointF(out_r, -out_r));
zone.Points.Add(new PointF(out_r, 0));
pcb.MoveAll(new SizeF(100 + out_r, 100 + out_r));
File.WriteAllText("rainbow.kicad_pcb", pcb.ToString());
}
