def GetAt(self):
if self.Attribute(0) == '':
at = Canvas.Position()
else:
at = Canvas.Position(float(self.Attribute(0)),
float(self.Attribute(1)))
if self.Attribute(2) != '':
at.angle = float(self.Attribute(2))
return at
def Render(self, canvas, obj):
if len(self.attributes) < 4:
return
start = Canvas.Point(canvas.xmm2px(float(self.Attribute(0))),
canvas.ymm2px(-float(self.Attribute(1))))
end = Canvas.Point(canvas.xmm2px(float(self.Attribute(2))),
canvas.ymm2px(-float(self.Attribute(3))))
width = 2
if self.Attribute(len(self.attributes) - 1) == 'F':
rect = Canvas.Rect(start, end, width, True)
else:
rect = Canvas.Rect(start, end, width, False)
canvas.Draw(rect, ["Drawing"])
def Render(self, canvas, obj):
if len(self.attributes) < 3:
return
start = Canvas.Point(canvas.xmm2px(float(self.Attribute(0))),
canvas.ymm2px(-float(self.Attribute(1))))
end = Canvas.Point(
canvas.xmm2px(float(self.Attribute(0)) + float(self.Attribute(2))),
canvas.ymm2px(-float(self.Attribute(1))))
if self.Attribute(len(self.attributes) - 1) == 'F':
circle = Canvas.Circle(start, end, 2, True)
else:
circle = Canvas.Circle(start, end, 2, False)
canvas.Draw(circle, ["Drawing"])
def Render(self, canvas, obj):
pad = Canvas.Pad()
pad.type = self.GetType()
pad.shape = self.GetShape()
super(KicadPad, self).Render(canvas, pad)
canvas.Draw(pad)
def Render(self, canvas, obj):
if len(self.attributes) < 6:
return
width = 2
length = canvas.mm2px(float(self.Attribute(4)))
if self.Attribute(5) == 'U':
angle = 3 * math.pi / 2
text_angle = angle
text_dx = -10
text_dy = -length / 2
elif self.Attribute(5) == 'D':
angle = math.pi / 2
text_angle = 3 * math.pi / 2
text_dx = -10
text_dy = length / 2
elif self.Attribute(5) == 'R':
angle = 0
text_angle = 0
text_dx = length / 2
text_dy = -10
else:
angle = math.pi
text_angle = 0
text_dx = -length / 2
text_dy = -10
start = Canvas.Point(canvas.xmm2px(float(self.Attribute(2))),
canvas.ymm2px(-float(self.Attribute(3))))
end = Canvas.Point(canvas.xmm2px(start.x + length * math.cos(angle)),
canvas.ymm2px(start.y + length * math.sin(angle)))
line = Canvas.Line(start, end, width)
canvas.Draw(line, ["Drawing"])
font = Canvas.Font(
Canvas.Point(canvas.xmm2px(float(self.Attribute(6))),
canvas.ymm2px(float(self.Attribute(7)))), 2)
text = Canvas.Text(self.Attribute(1))
text.anchor_x = 'center'
text.anchor_y = ''
text.at = Canvas.Position(canvas.xmm2px(start.x + text_dx),
canvas.ymm2px(start.y + text_dy), text_angle)
canvas.SetFont(font)
canvas.Draw(text, ["Label"])
circle = Canvas.Circle(
start,
Canvas.Point(canvas.xmm2px(start.x + 10), canvas.ymm2px(start.y)),
1, False)
canvas.Draw(circle, ["Label"])
def Render(self, canvas, obj):
if len(self.attributes) < 4:
return
font = Canvas.Font(
Canvas.Point(canvas.xmm2px(float(self.Attribute(3))),
canvas.ymm2px(float(self.Attribute(3)))), 2)
text = Canvas.Text(self.Attribute(7))
if int(self.Attribute(0)) > 0:
angle = 3 * math.pi / 2
else:
angle = 0
text.anchor_x = 'center'
text.anchor_y = 'center'
text.at = Canvas.Position(canvas.xmm2px(float(self.Attribute(1))),
canvas.ymm2px(-float(self.Attribute(2))),
angle)
canvas.SetFont(font)
canvas.Draw(text, ["Label"])
def GetDrill(self):
drill = Canvas.Point()
if self.IsOval():
if self.HasAttribute(1):
drill.x = float(self.Attribute(1))
if self.HasAttribute(2):
drill.y = float(self.Attribute(2))
else:
if self.HasAttribute(0):
drill.x = float(self.Attribute(0))
return drill
def Render(self, canvas, obj):
if len(self.attributes) < 4:
return
num = int(self.Attribute(0))
points = []
for p in range(0, num * 2, 2):
points.append(
Canvas.Point(canvas.xmm2px(float(self.Attribute(4 + p))),
canvas.ymm2px(-float(self.Attribute(5 + p)))))
if float(self.Attribute(3)) > 0:
width = float(self.Attribute(3))
else:
width = 2
if self.Attribute(len(self.attributes) - 1) == 'F':
polyline = Canvas.PolyLine(points, width, True)
else:
polyline = Canvas.PolyLine(points, width, False)
canvas.Draw(polyline, ["Drawing"])
def Render(self, filename, width=256, height=256):
canvas = Canvas.FootprintCanvas()
canvas.Origin(width / 2, height / 2)
canvas.Viewport(width, height)
surface = canvas.RenderFit(self.parent)
surface.write_to_png(filename)
def GetOffset(self):
return Canvas.Point(float(self.Attribute(0)), float(self.Attribute(1)))
def Render(self, canvas, obj):
arc = Canvas.Arc()
super(KicadFPArc, self).Render(canvas, arc)
canvas.Draw(arc)
def Render(self, canvas, obj):
if obj:
obj.size = Canvas.Point(float(self.Attribute(0)),
float(self.Attribute(1)))
super(KicadCenter, self).Render(canvas, obj)
def Render(self, canvas, obj):
line = Canvas.Line()
super(KicadFPLine, self).Render(canvas, line)
canvas.Draw(line)
def Render(self, filename, width=256, height=256):
canvas = Canvas.LibraryCanvas()
surface = canvas.Render(self.parent, width, height)
surface.write_to_png(filename)
def Render(self, canvas, obj):
font = Canvas.Font()
canvas.SetFont(font)
super(KicadFont, self).Render(canvas, font)
def GetCenter(self):
return Canvas.Point(float(self.Attribute(0)), float(self.Attribute(1)))
def Render(self, canvas, obj):
text = Canvas.Text(self.Attribute(1))
super(KicadFPText, self).Render(canvas, text)
if self.GetKind() == 'value':
canvas.Draw(text)
def GetRectDelta(self):
return Canvas.Point(float(self.Attribute(0)), float(self.Attribute(1)))
def Render(self, canvas, obj):
circle = Canvas.Circle()
super(KicadFPCircle, self).Render(canvas, circle)
canvas.Draw(circle)