def __init__(self,node,converter,node_name,netCode='0',noTranspose=False):
self.vertexs = node.findall('vertex')
self.width = converter.convertUnit(node.get('width'))
self.layer = getLayerId(node.get('layer'))
isolate=node.get('isolate')
if isolate is not None:
self.isolate = converter.convertUnit(isolate)
else:
self.isolate=0
self.corners = len(self.vertexs)
self.cornerstr = ""
self.name = node_name
for _i in range(len(self.vertexs)):
x=self.vertexs[_i].get('x')
y=self.vertexs[_i].get('y')
x,y=converter.convertCoordinate(x,y,noTranspose)
string = "ZCorner " + str(x) + " " + str(y);
if _i == self.corners-1:
string += " 1\n"
else:
string += " 0\n"
self.cornerstr+=string
self.netCode=netCode
if netCode=='0':
print("Warning: track with netCode 0")
def __init__(self,
node,
converter,
node_name,
netCode='0',
noTranspose=False):
self.vertexs = node.findall('vertex')
self.width = converter.convertUnit(node.get('width'))
self.layer = getLayerId(node.get('layer'))
isolate = node.get('isolate')
if isolate is not None:
self.isolate = converter.convertUnit(isolate)
else:
self.isolate = 0
self.corners = len(self.vertexs)
self.cornerstr = ""
self.name = node_name
for _i in range(len(self.vertexs)):
x = self.vertexs[_i].get('x')
y = self.vertexs[_i].get('y')
x, y = converter.convertCoordinate(x, y, noTranspose)
string = "ZCorner " + str(x) + " " + str(y)
if _i == self.corners - 1:
string += " 1\n"
else:
string += " 0\n"
self.cornerstr += string
self.netCode = netCode
if netCode == '0':
print("Warning: track with netCode 0")
def getWireInfo(self, wire, converter, noTranspose, offset):
"""
Converts a wire dictionary node from Eagle to a usable form for kicad
It then returns the dictionary of the wires info
Params:
wire: the wire's node from myDict
noTranspose: if true, coordinates will not be transposed
to screens center
Returns:
dict: the wires info in a kicad usable dictionary form
Keys = x1,x2,y1,y2,layer,curve,width
"""
x1, y1 = converter.convertCoordinate(wire.get('x1'), wire.get('y1'),
noTranspose)
x2, y2 = converter.convertCoordinate(wire.get('x2'), wire.get('y2'),
noTranspose)
curve = wire.get('curve')
width = converter.convertUnit(wire.get('width'))
layer = getLayerId(wire.get('layer'))
if curve == None:
cX = (x1 + x2) // 2
cY = (y1 + y2) // 2
radius = 0
sAngle = 0
eAngle = 0
else:
cX, cY, curve, radius, sAngle, eAngle = self.getWireArcInfo(
wire, converter, noTranspose)
if offset != None:
dX, dY = converter.convertCoordinate(offset[0], offset[1],
noTranspose)
x1 += dX
y1 += dY
x2 += dX
y2 += dY
cX += dX
cY += dY
self.x1 = str(x1)
self.y1 = str(y1)
self.x2 = str(x2)
self.y2 = str(y2)
self.cX = str(cX)
self.cY = str(cY)
self.width = str(width)
self.layer = str(layer)
self.curve = str(curve)
self.radius = str(radius)
self.sAngle = str(sAngle)
self.eAngle = str(eAngle)
def getWireInfo(self,wire,converter,noTranspose, offset):
"""
Converts a wire dictionary node from Eagle to a usable form for kicad
It then returns the dictionary of the wires info
Params:
wire: the wire's node from myDict
noTranspose: if true, coordinates will not be transposed
to screens center
Returns:
dict: the wires info in a kicad usable dictionary form
Keys = x1,x2,y1,y2,layer,curve,width
"""
x1,y1=converter.convertCoordinate(wire.get('x1'),wire.get('y1'),noTranspose)
x2,y2=converter.convertCoordinate(wire.get('x2'),wire.get('y2'),noTranspose)
curve=wire.get('curve')
width=converter.convertUnit(wire.get('width'))
layer=getLayerId(wire.get('layer'))
if curve==None:
cX=(x1+x2)//2
cY=(y1+y2)//2
radius = 0
sAngle = 0
eAngle = 0
else:
cX,cY,curve,radius,sAngle,eAngle=self.getWireArcInfo(wire,converter,noTranspose)
if offset != None:
dX, dY = converter.convertCoordinate(offset[0], offset[1], noTranspose)
x1 += dX
y1 += dY
x2 += dX
y2 += dY
cX += dX
cY += dY
self.x1= str(x1)
self.y1= str(y1)
self.x2= str(x2)
self.y2= str(y2)
self.cX= str(cX)
self.cY= str(cY)
self.width= str(width)
self.layer= str(layer)
self.curve= str(curve)
self.radius= str(radius)
self.sAngle= str(sAngle)
self.eAngle= str(eAngle)
def __init__(self,node,converter,noTranspose=False, offset=None):
self.val=node.text
self.style='Normal'
layer=getLayerId(node.get('layer'))
x,y = converter.convertCoordinate(node.get('x'), node.get('y'), noTranspose)
if offset != None:
dX, dY = converter.convertCoordinate(offset[0], offset[1], noTranspose)
x += dX
y += dY
self.x=str(x)
self.y=str(y)
self.layer=str(layer)
self.getSize(node,converter)
self.getOrientation(node,converter)
def __init__(self, node, converter, noTranspose=False, offset=None):
self.val = node.text
self.style = 'Normal'
layer = getLayerId(node.get('layer'))
x, y = converter.convertCoordinate(node.get('x'), node.get('y'),
noTranspose)
if offset != None:
dX, dY = converter.convertCoordinate(offset[0], offset[1],
noTranspose)
x += dX
y += dY
self.x = str(x)
self.y = str(y)
self.layer = str(layer)
self.getSize(node, converter)
self.getOrientation(node, converter)
def __init__(self,node,converter,noTranspose=False, offset=None):
radius=converter.convertUnit(node.get('radius'))
cX,cY=converter.convertCoordinate(node.get('x'),node.get('y'),noTranspose)
if offset != None:
dX, dY = converter.convertCoordinate(offset[0], offset[1], noTranspose)
cX += dX
cY += dY
width=converter.convertUnit(node.get('width'))
layer=getLayerId((node.get('layer')))
pX=int(cX)+int(radius)
pY=cY
self.cX=str(cX)
self.cY=str(cY)
self.pX=str(pX)
self.pY=str(pY)
self.layer=layer
self.width=str(width)
self.radius=str(radius)
def __init__(self, node, converter, noTranspose=False, offset=None):
radius = converter.convertUnit(node.get('radius'))
cX, cY = converter.convertCoordinate(node.get('x'), node.get('y'),
noTranspose)
if offset != None:
dX, dY = converter.convertCoordinate(offset[0], offset[1],
noTranspose)
cX += dX
cY += dY
width = converter.convertUnit(node.get('width'))
layer = getLayerId((node.get('layer')))
pX = int(cX) + int(radius)
pY = cY
self.cX = str(cX)
self.cY = str(cY)
self.pX = str(pX)
self.pY = str(pY)
self.layer = layer
self.width = str(width)
self.radius = str(radius)
