public void draw(Bitmap bmp, Boolean inFile)
{
numPad = 0;
for (int i = 0; i < kicad_elements.count(); i++)
{
Boolean write = false;
kicad_element.kicad_elements ke = kicad_elements.get(i);
switch (ke.type)
{
case (kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_AREA):
{
area.start.x = ke.rect.start.x;
area.start.y = ke.rect.start.y;
area.size.width = ke.rect.size.width;
area.size.height = ke.rect.size.height;
break;
}
case (kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_POSITION):
{
offset.x = ke.pos.x;
offset.y = ke.pos.y;
offset.angle = ke.angle;
break;
}
case (kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_PAD_RECT):
{
PointF[] p = new PointF[4];
PointF center = new PointF((float)ke.rect.start.x, (float)ke.rect.start.y);
p[0].X = center.X - ((float)ke.rect.size.width / 2.0f);
p[0].Y = center.Y + ((float)ke.rect.size.height / 2.0f);
p[1].X = center.X + ((float)ke.rect.size.width / 2.0f);
p[1].Y = center.Y + ((float)ke.rect.size.height / 2.0f);
p[2].X = center.X + ((float)ke.rect.size.width / 2.0f);
p[2].Y = center.Y - ((float)ke.rect.size.height / 2.0f);
p[3].X = center.X - ((float)ke.rect.size.width / 2.0f);
p[3].Y = center.Y - ((float)ke.rect.size.height / 2.0f);
double mirror = 1.0f;
if (ke.layer == kicad_element.kicad_layer_element.KICAD_LAYER_ELEMENT_TOP)
{
mirror *= -1;
}
for (int j = 0; j < 4; j++)
{
p[j].X -= (float)(offset.x * mirror);
p[j].Y -= (float)(offset.y * mirror);
}
center.X += (float)offset.x;
center.Y += (float)offset.y;
PointF o = new PointF((float)offset.x, (float)offset.y);
p[0] = _getNewCoord(p[0], o, (float)((offset.angle) * mirror));
p[1] = _getNewCoord(p[1], o, (float)((offset.angle) * mirror));
p[2] = _getNewCoord(p[2], o, (float)((offset.angle) * mirror));
p[3] = _getNewCoord(p[3], o, (float)((offset.angle) * mirror));
o = new PointF((float)offset.x, (float)offset.y);
center = _getNewCoord(center, o, (float)((offset.angle) * mirror));
center.X -= (float)area.start.x;
center.Y -= (float)area.start.y;
if (inFile == false)
{
for (int j = 0; j < 4; j++)
{
p[j].X -= (float)(area.start.x);
p[j].X *= (float)factor;
p[j].X += mousePosition.X;
p[j].Y -= (float)(area.start.y);
p[j].Y *= (float)factor;
p[j].Y += mousePosition.Y;
p[j].X += (float)bmp.Width / 2;
p[j].Y += (float)bmp.Height / 2;
}
SolidBrush myBrush = new SolidBrush(ke.color);
_FillRectangle(bmp, myBrush, p);
}
else
{
int idx = kicad_elements.findIdx(ke, "pad");
kicad_elements.setStringAt(ke, idx + 1, numPad.ToString());
idx = kicad_elements.findIdx(ke, "at");
kicad_elements.setStringAt(ke, idx + 1, center.X.ToString());
kicad_elements.setStringAt(ke, idx + 2, center.Y.ToString());
numPad++;
write = true;
}
break;
}
case (kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_PAD_OVAL):
{
PointF p1 = new PointF((float)ke.circle.x, (float)ke.circle.y);
p1.X += (float)offset.x;
p1.Y += (float)offset.y;
double mirror = 1.0f;
if (ke.layer == kicad_element.kicad_layer_element.KICAD_LAYER_ELEMENT_TOP)
{
mirror *= -1;
}
PointF o = new PointF((float)offset.x, (float)offset.y);
p1 = _getNewCoord(p1, o, (float)(offset.angle * mirror));
p1.X -= (float)area.start.x;
p1.Y -= (float)area.start.y;
if (inFile == false)
{
p1.X *= (float)factor;
p1.Y *= (float)factor;
p1.X += (float)bmp.Width / 2;
p1.Y += (float)bmp.Height / 2;
p1.X += mousePosition.X;
p1.Y += mousePosition.Y;
SolidBrush myBrush = new SolidBrush(ke.color);
_FillCircle(bmp, myBrush, p1.X, p1.Y, (float)(ke.circle.r * factor));
}
else
{
int idx = kicad_elements.findIdx(ke, "pad");
kicad_elements.setStringAt(ke, idx + 1, numPad.ToString());
idx = kicad_elements.findIdx(ke, "at");
kicad_elements.setStringAt(ke, idx + 1, p1.X.ToString());
kicad_elements.setStringAt(ke, idx + 2, p1.Y.ToString());
numPad++;
write = true;
}
break;
}
case (kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_GROUND_CIRCLE):
{
PointF p1 = new PointF((float)ke.circle.x, (float)ke.circle.y);
PointF p2 = new PointF((float)ke.circle.px, (float)ke.circle.py);
p1.X -= (float)area.start.x;
p1.Y -= (float)area.start.y;
p2.X -= (float)area.start.x;
p2.Y -= (float)area.start.y;
if (inFile == false)
{
p1.X *= (float)factor;
p1.Y *= (float)factor;
p1.X += (float)bmp.Width / 2;
p1.Y += (float)bmp.Height / 2;
p1.X += mousePosition.X;
p1.Y += mousePosition.Y;
_DrawCircle(bmp, ke.color, p1.X, p1.Y, (float)(ke.circle.r * factor));
}
else
{
int idx = kicad_elements.findIdx(ke, "gr_circle");
kicad_elements.setStringAt(ke, idx, "fp_circle");
idx = kicad_elements.findIdx(ke, "center");
kicad_elements.setStringAt(ke, idx + 1, p1.X.ToString());
kicad_elements.setStringAt(ke, idx + 2, p1.Y.ToString());
idx = kicad_elements.findIdx(ke, "end");
kicad_elements.setStringAt(ke, idx + 1, p2.X.ToString());
kicad_elements.setStringAt(ke, idx + 2, p2.Y.ToString());
idx = kicad_elements.findIdx(ke, "layer");
if (!kicad_elements.getStringAt(ke, idx + 1).Equals("Margin"))
{
kicad_elements.setStringAt(ke, idx + 1, "F,SilkS");
}
write = true;
}
break;
}
case (kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_GROUND_LINE):
{
PointF p1 = new PointF((float)ke.line.start.x, (float)ke.line.start.y);
PointF p2 = new PointF((float)ke.line.end.x, (float)ke.line.end.y);
p1.X -= (float)area.start.x;
p2.X -= (float)area.start.x;
p1.Y -= (float)area.start.y;
p2.Y -= (float)area.start.y;
if (inFile == false)
{
p1.X *= (float)factor;
p1.Y *= (float)factor;
p2.X *= (float)factor;
p2.Y *= (float)factor;
p1.X += (float)bmp.Width / 2;
p2.X += (float)bmp.Width / 2;
p1.Y += (float)bmp.Height / 2;
p2.Y += (float)bmp.Height / 2;
p1.X += mousePosition.X;
p2.X += mousePosition.X;
p1.Y += mousePosition.Y;
p2.Y += mousePosition.Y;
_DrawLine(p1, p2, 0, ke.color, bmp);
}
else
{
//-- gr_line transform to fp_line
int idx = kicad_elements.findIdx(ke, "gr_line");
kicad_elements.setStringAt(ke, idx, "fp_line");
idx = kicad_elements.findIdx(ke, "start");
kicad_elements.setStringAt(ke, idx + 1, p1.X.ToString());
kicad_elements.setStringAt(ke, idx + 2, p1.Y.ToString());
idx = kicad_elements.findIdx(ke, "end");
kicad_elements.setStringAt(ke, idx + 1, p2.X.ToString());
kicad_elements.setStringAt(ke, idx + 2, p2.Y.ToString());
idx = kicad_elements.findIdx(ke, "layer");
if (!kicad_elements.getStringAt(ke, idx + 1).Equals("Margin"))
{
kicad_elements.setStringAt(ke, idx + 1, "F,SilkS");
}
idx = kicad_elements.findIdx(ke, "angle");
kicad_elements.setStringAt(ke, idx, "");
kicad_elements.setStringAt(ke, idx + 1, "");
write = true;
}
break;
}
case (kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_LINE):
{
PointF p1 = new PointF((float)ke.line.start.x, (float)ke.line.start.y);
PointF p2 = new PointF((float)ke.line.end.x, (float)ke.line.end.y);
p1.X += (float)offset.x;
p1.Y += (float)offset.y;
p2.X += (float)offset.x;
p2.Y += (float)offset.y;
double mirror = 1.0f;
if (ke.layer == kicad_element.kicad_layer_element.KICAD_LAYER_ELEMENT_TOP)
{
mirror *= -1;
}
PointF o = new PointF((float)offset.x, (float)offset.y);
p1 = _getNewCoord(p1, o, (float)(offset.angle * mirror));
p2 = _getNewCoord(p2, o, (float)(offset.angle * mirror));
p1.X -= (float)area.start.x;
p2.X -= (float)area.start.x;
p1.Y -= (float)area.start.y;
p2.Y -= (float)area.start.y;
if (inFile == false)
{
p1.X *= (float)factor;
p1.Y *= (float)factor;
p2.X *= (float)factor;
p2.Y *= (float)factor;
p1.X += (float)bmp.Width / 2;
p2.X += (float)bmp.Width / 2;
p1.Y += (float)bmp.Height / 2;
p2.Y += (float)bmp.Height / 2;
p1.X += mousePosition.X;
p2.X += mousePosition.X;
p1.Y += mousePosition.Y;
p2.Y += mousePosition.Y;
_DrawLine(p1, p2, 0, ke.color, bmp);
}
else
{
int idx = kicad_elements.findIdx(ke, "start");
kicad_elements.setStringAt(ke, idx + 1, p1.X.ToString());
kicad_elements.setStringAt(ke, idx + 2, p1.Y.ToString());
idx = kicad_elements.findIdx(ke, "end");
kicad_elements.setStringAt(ke, idx + 1, p2.X.ToString());
kicad_elements.setStringAt(ke, idx + 2, p2.Y.ToString());
write = true;
}
break;
}
}
if (inFile == true && write == true)
{
Boolean parenthese_ouvert = false;
file.Write("(");
foreach (String str in ke.file_line_param)
{
if (str.Equals("start") ||
str.Equals("end") ||
str.Equals("layer") ||
str.Equals("layers") ||
str.Equals("at") ||
str.Equals("size") ||
str.Equals("drill") ||
str.Equals("center") ||
str.Equals("width")
)
{
if (parenthese_ouvert == true)
{
file.Write(")");
}
file.Write("(");
parenthese_ouvert = true;
}
file.Write(str.Replace(",", ".") + " ");
}
if (parenthese_ouvert == true)
{
file.Write(")");
}
file.Write(")");
file.WriteLine("");
}
}
}
public void Parse(String file)
{
mousePosition = new PointF(0, 0);
kicad_element.kicad_layer_element layer = kicad_element.kicad_layer_element.KICAD_LAYER_ELEMENT_TOP;
kicad_elements.createList();
String[] lines = File.ReadAllLines(file);
if (lines[0].StartsWith("(kicad_pcb"))
{
//-- fichier kicad_pcb
foreach (String l in lines)
{
String line = l.Trim();
kicad_element.kicad_elements ke = new kicad_element.kicad_elements();
ke.file_Line = line;
line = line.Replace("(", "");
line = line.Replace(")", "");
line = line.Replace(".", ",");
String[] explo = line.Split(' ');
ke.file_line_param = line.Split(' ');
ke.layer = layer;
ke.color = _GetKicadColor("");
if (explo[0].Equals("module"))
{
int idxStart = kicad_elements.findIdx(ke, "layer");
String param = kicad_elements.getStringAt(ke, idxStart + 1);
if (param.Equals("B,CU"))
{
layer = kicad_element.kicad_layer_element.KICAD_LAYER_ELEMENT_BOTTOM;
}
else if (param.Equals("F,CU"))
{
layer = kicad_element.kicad_layer_element.KICAD_LAYER_ELEMENT_TOP;
}
}
if (explo[0].Equals("area"))
{
ke.type = kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_AREA;
ke.rect.start.x = kicad_elements.getValueAt(ke, 1);
ke.rect.start.y = kicad_elements.getValueAt(ke, 2);
ke.rect.size.width = kicad_elements.getValueAt(ke, 3) - ke.rect.start.x;
ke.rect.size.height = kicad_elements.getValueAt(ke, 4) - ke.rect.start.y;
ke.rect.start.x += ke.rect.size.width / 2;
ke.rect.start.y += ke.rect.size.height / 2;
kicad_elements.add(ke);
}
if (explo[0].Equals("at"))
{
ke.type = kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_POSITION;
ke.pos.x = kicad_elements.getValueAt(ke, 1);
ke.pos.y = kicad_elements.getValueAt(ke, 2);
ke.angle = kicad_elements.getValueAt(ke, 3);
kicad_elements.add(ke);
}
if (explo[0].Equals("fp_line"))
{
ke.type = kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_LINE;
int idxStart = kicad_elements.findIdx(ke, "start");
ke.line.start.x = kicad_elements.getValueAt(ke, idxStart + 1);
ke.line.start.y = kicad_elements.getValueAt(ke, idxStart + 2);
int idxEnd = kicad_elements.findIdx(ke, "end");
ke.line.end.x = kicad_elements.getValueAt(ke, idxEnd + 1);
ke.line.end.y = kicad_elements.getValueAt(ke, idxEnd + 2);
ke.color = _GetKicadColor(explo[8]);
kicad_elements.add(ke);
}
if (explo[0].Equals("gr_circle"))
{
ke.type = kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_GROUND_CIRCLE;
int idx = kicad_elements.findIdx(ke, "center");
ke.circle.x = kicad_elements.getValueAt(ke, idx + 1);
ke.circle.y = kicad_elements.getValueAt(ke, idx + 2);
PointF end = new PointF();
idx = kicad_elements.findIdx(ke, "end");
end.X = (float)kicad_elements.getValueAt(ke, idx + 1);
end.Y = (float)kicad_elements.getValueAt(ke, idx + 2);
ke.circle.px = end.X;
ke.circle.py = end.Y;
// (x - x0)2 + (y - y0)2 = r2
double r2 = Math.Pow((end.X - ke.circle.x), 2.0) + Math.Pow((end.Y - ke.circle.y), 2.0);
ke.circle.r = Math.Sqrt(r2);
kicad_elements.add(ke);
}
if (explo[0].Equals("gr_line"))
{
ke.type = kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_GROUND_LINE;
int idxStart = kicad_elements.findIdx(ke, "start");
ke.line.start.x = kicad_elements.getValueAt(ke, idxStart + 1);
ke.line.start.y = kicad_elements.getValueAt(ke, idxStart + 2);
int idxEnd = kicad_elements.findIdx(ke, "end");
ke.line.end.x = kicad_elements.getValueAt(ke, idxEnd + 1);
ke.line.end.y = kicad_elements.getValueAt(ke, idxEnd + 2);
ke.color = _GetKicadColor(explo[10]);
kicad_elements.add(ke);
}
if (explo[0].Equals("pad"))
{
if (explo[3].Equals("oval") || explo[3].Equals("circle"))
{
ke.type = kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_PAD_OVAL;
ke.circle.x = float.Parse(explo[5]);
ke.circle.y = float.Parse(explo[6]);
//-- pad
try
{
ke.circle.r = float.Parse(explo[8]) / 2.0f;
ke.color = _GetKicadColor(explo[13]);
}
catch
{
ke.circle.r = float.Parse(explo[9]) / 2.0f;
ke.color = _GetKicadColor(explo[14]);
}
kicad_elements.add(ke);
//-- trou
/* try
* {
* ke.circle.r = float.Parse(explo[11]) / 2.0f;
* }
* catch
* {
* ke.circle.r = float.Parse(explo[12]) / 2.0f;
* }
* ke.color = Color.White;
* kicad_elements.add(ke);*/
}
if (explo[3].Equals("rect"))
{
ke.type = kicad_element.kicad_type_element.KICAD_TYPE_ELEMENT_PAD_RECT;
ke.rect.start.x = kicad_elements.getValueAt(ke, 5);
ke.rect.start.y = kicad_elements.getValueAt(ke, 6);
try
{
ke.angle = float.Parse(explo[7]);
ke.rect.size.width = kicad_elements.getValueAt(ke, 9);
ke.rect.size.height = kicad_elements.getValueAt(ke, 10);
ke.color = _GetKicadColor(explo[14]);
}
catch
{
ke.rect.size.width = kicad_elements.getValueAt(ke, 8);
ke.rect.size.height = kicad_elements.getValueAt(ke, 9);
ke.color = _GetKicadColor(explo[13]);
}
kicad_elements.add(ke);
}
}
}
}
}
