def itemize(self):
return Item('ElementLine' if self.element else 'SymbolLine', [
nm(self.x1),
nm(self.y1),
nm(self.x2),
nm(self.y2),
nm(self.thick)
])
def itemize(self):
return Item('Text', [
nm(self.x),
nm(self.y),
NumericValue(self.dir),
NumericValue(self.scale),
StringValue(self.string),
flags(self.flags)
])
def itemize(self):
return Item('ElementArc', [
nm(self.x),
nm(self.y),
nm(self.width),
nm(self.height),
NumericValue(self.startAngle),
NumericValue(self.angle),
nm(self.thick)
])
def itemize(self):
return Item('Rat', [
nm(self.x1),
nm(self.y1),
NumericValue(self.g1),
nm(self.x2),
nm(self.y2),
NumericValue(self.g2),
flags(self.flags)
])
def itemize(self):
items = []
for k, v in self.attributes.items():
items.append(
Item('Attribute',
[StringValue(k), StringValue(v)], True))
return Item(
'Element', [
flags(self.flags),
StringValue(self.description),
StringValue(self.name),
StringValue(self.value),
nm(self.x),
nm(self.y),
nm(self.textx),
nm(self.texty),
NumericValue(self.tdir),
NumericValue(self.tscale),
flags(self.flags)
], False, items + [
l.itemize()
for l in (self.lines + self.arcs + self.pins + self.pads)
])
def itemize(self):
return Item('Pad', [
nm(self.x1),
nm(self.y1),
nm(self.x2),
nm(self.y2),
nm(self.thick),
nm(self.spacing),
nm(self.mask),
StringValue(self.name),
StringValue(self.number),
flags(self.flags)
])
def itemize(self):
return Item('Line', [
nm(self.x1),
nm(self.y1),
nm(self.x2),
nm(self.y2),
nm(self.thick),
nm(self.spacing),
flags(self.flags)
])
def itemize(self):
return Item('Via', [
nm(self.x),
nm(self.y),
nm(self.diameter),
nm(self.spacing),
nm(self.mask),
nm(self.drill)
] + ([self.burrFrom, self.burrTo] if self.burrTo else []) +
[self.name, flags(self.flags)])
def itemize(self):
return Item('Pin', [
nm(self.x),
nm(self.y),
nm(self.dimater),
nm(self.spacing),
nm(self.mask),
nm(self.drill),
StringValue(self.name),
StringValue(self.number),
flags(self.flags)
])
def itemize(self):
return Item('Arc', [
nm(self.x),
nm(self.y),
nm(self.width),
nm(self.height),
nm(self.thick),
nm(self.spacing),
NumericValue(self.startAngle),
NumericValue(self.angle),
flags(self.flags)
])
def itemize(self):
items = []
for c in self.comments:
items.append(Item("comment", [c]))
items.append(Item("FileVersion", [self.version]))
items.append(Item("PCB", [self.name, nm(self.width), nm(self.height)]))
items.append(
Item("Grid", [
nm(self.gridStep),
nm(self.gridX),
nm(self.gridY), self.gridVisible
]))
items.append(
Item("PolyArea",
[NumericValue(self.polyArea)])) #helper function number
items.append(Item("Thermal", [NumericValue(self.thermal)]))
items.append(
Item("DRC", [
nm(self.minSpace),
nm(self.minOverlap),
nm(self.minWidth),
nm(self.minSilk),
nm(self.minDrill),
nm(self.minRing)
]))
items.append(Item("Flags", [flags(self.flags)], True))
items.append(
Item("Groups",
[StringValue(':'.join([','.join(g) for g in self.groups]))],
True))
items.append(
Item("Styles",
[StringValue(':'.join([str(s) for s in self.styles]))],
False))
for s in self.symbols:
items.append(s.itemize())
for k, v in self.attributes.items():
items.append(
Item('Attribute',
[StringValue(k), StringValue(v)], True))
for v in self.vias:
items.append(v.itemize())
for e in self.elements:
items.append(e.itemize())
for r in self.rats:
items.append(r.itemize())
for l in self.layers:
items.append(l.itemize())
items.append(self.netlist.itemize())
return items
def itemize(self):
return Item('Polygon', [flags(self.flags)], True,
[Item('', [nm(p[0]), nm(p[1])])
for p in self.points] + [h.itemize() for h in self.holes])
def itemize(self):
return Item('Hole', None, False,
[Item('', [nm(p[0]), nm(p[1])]) for p in self.points])
def __str__(self):
return self.name + ',' + str(nm(self.thick)) + ',' + str(
nm(self.diameter)) + ',' + str(nm(self.drill)) + ',' + str(
nm(self.spacing))
def itemize(self):
return Item(
"Symbol",
[CharValue(self.char), nm(self.delta)], False,
[l.itemize() for l in self.lines])