def parse(cls, n):
element = attributes.parse(cls, n, constants.ATTRIBUTES.ELEMENT)
pad = attributes.parse(cls, n, constants.ATTRIBUTES.PAD)
route = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROUTE, cls.DEFAULT_ROUTE)
route_tag = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROUTE_TAG, cls.DEFAULT_ROUTE_TAG)
return Contact_Ref(element, pad, route, route_tag)
def parse(cls, n):
x = attributes.parse(cls, n, constants.ATTRIBUTES.X)
y = attributes.parse(cls, n, constants.ATTRIBUTES.Y)
size = attributes.parse(cls, n, constants.ATTRIBUTES.SIZE)
layer = attributes.parse(cls, n, constants.ATTRIBUTES.LAYER)
xref = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.XREF, cls.DEFAULT_XREF)
rotation = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROTATION, attributes.Rotation(0))
font = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.FONT, cls.DEFAULT_FONT)
ratio = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.RATIO, cls.DEFAULT_RATIO)
return Label(x, y, size, layer, xref, rotation, font, ratio)
def parse(cls, n):
x = attributes.parse(cls, n, constants.ATTRIBUTES.X)
y = attributes.parse(cls, n, constants.ATTRIBUTES.Y)
drill = attributes.parse(cls, n, constants.ATTRIBUTES.DRILL)
diameter = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.DIAMETER, None)
rotation = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROTATION, attributes.Rotation(0))
extent = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.EXTENT, cls.DEFAULT_EXTENT)
always_stop = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ALWAYS_STOP, cls.DEFAULT_ALWAYS_STOP)
shape = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.SHAPE, cls.DEFAULT_SHAPE)
return Via(x, y, drill, diameter, rotation, extent, always_stop, shape)
def parse(cls, n):
x1 = attributes.parse(cls, n, constants.ATTRIBUTES.X1)
y1 = attributes.parse(cls, n, constants.ATTRIBUTES.Y1)
x2 = attributes.parse(cls, n, constants.ATTRIBUTES.X2)
y2 = attributes.parse(cls, n, constants.ATTRIBUTES.Y2)
width = attributes.parse(cls, n, constants.ATTRIBUTES.WIDTH)
layer = attributes.parse(cls, n, constants.ATTRIBUTES.LAYER)
curve = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.CURVE, cls.DEFAULT_CURVE)
extent = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.EXTENT, cls.DEFAULT_EXTENT)
style = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.STYLE, cls.DEFAULT_STYLE)
cap = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.CAP, cls.DEFAULT_CAP)
return Wire(x1, y1, x2, y2, width, layer, curve, extent, style, cap)
def parse(cls, n):
x = attributes.parse(cls, n, constants.ATTRIBUTES.X)
y = attributes.parse(cls, n, constants.ATTRIBUTES.Y)
radius = attributes.parse(cls, n, constants.ATTRIBUTES.RADIUS)
width = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.WIDTH, cls.DEFAULT_WIDTH)
layer = attributes.parse(cls, n, constants.ATTRIBUTES.LAYER)
return Circle(x, y, radius, layer, width)
def parse(cls, n):
x1 = attributes.parse(cls, n, constants.ATTRIBUTES.X1)
y1 = attributes.parse(cls, n, constants.ATTRIBUTES.Y1)
x2 = attributes.parse(cls, n, constants.ATTRIBUTES.X2)
y2 = attributes.parse(cls, n, constants.ATTRIBUTES.Y2)
layer = attributes.parse(cls, n, constants.ATTRIBUTES.LAYER)
rotation = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROTATION, attributes.Rotation(0))
return Rectangle(x1, y1, x2, y2, layer, rotation)
def parse(cls, n):
x1 = attributes.parse(cls, n, constants.ATTRIBUTES.X1)
y1 = attributes.parse(cls, n, constants.ATTRIBUTES.Y1)
x2 = attributes.parse(cls, n, constants.ATTRIBUTES.X2)
y2 = attributes.parse(cls, n, constants.ATTRIBUTES.Y2)
x3 = attributes.parse(cls, n, constants.ATTRIBUTES.X3)
y3 = attributes.parse(cls, n, constants.ATTRIBUTES.Y3)
layer = attributes.parse(cls, n, constants.ATTRIBUTES.LAYER)
text_size = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.TEXT_SIZE, cls.DEFAULT_TEXT_SIZE)
text_ratio = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.TEXT_RATIO, cls.DEFAULT_TEXT_RATIO)
dimension_type = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.DIMENSION_TYPE, cls.DEFAULT_DIMENSION_TYPE)
width = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.WIDTH, cls.DEFAULT_WIDTH)
ext_width = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.EXT_WIDTH, cls.DEFAULT_EXT_WIDTH)
ext_length = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.EXT_LENGTH, cls.DEFAULT_EXT_LENGTH)
ext_offset = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.EXT_OFFSET, cls.DEFAULT_EXT_OFFSET)
unit = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.UNIT, cls.DEFAULT_UNIT)
precision = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.PRECISION, cls.DEFAULT_PRECISION)
unit_visible = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.VISIBLE, cls.DEFAULT_UNIT_VISIBLE)
return Dimension(x1, y1, x2, y2, x3, y3, layer, text_size, text_ratio, dimension_type, width, ext_width, ext_length, ext_offset, unit, precision, unit_visible)
def parse(cls, n):
name = attributes.parse(cls, n, constants.ATTRIBUTES.NAME)
x = attributes.parse(cls, n, constants.ATTRIBUTES.X)
y = attributes.parse(cls, n, constants.ATTRIBUTES.Y)
visible = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.VISIBLE, cls.DEFAULT_VISIBLE)
swap_level = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.SWAP_LEVEL, cls.DEFAULT_SWAP_LEVEL)
rotation = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROTATION, attributes.Rotation())
length = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.LENGTH, cls.DEFAULT_LENGTH)
direction = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.DIRECTION, cls.DEFAULT_DIRECTION)
function = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.FUNCTION, cls.DEFAULT_FUNCTION)
return Pin(name, x, y, visible, swap_level, rotation, length, direction, function)
def parse(cls, n):
name = attributes.parse(cls, n, constants.ATTRIBUTES.NAME)
x = attributes.parse(cls, n, constants.ATTRIBUTES.X)
y = attributes.parse(cls, n, constants.ATTRIBUTES.Y)
drill = attributes.parse(cls, n, constants.ATTRIBUTES.DRILL)
diameter = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.DIAMETER, None)
rotation = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROTATION, attributes.Rotation())
shape = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.SHAPE, cls.DEFAULT_SHAPE)
first = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.FIRST, cls.DEFAULT_FIRST)
stop = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.STOP, cls.DEFAULT_STOP)
thermals = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.THERMALS, cls.DEFAULT_THERMALS)
return Pad(name, x, y, drill, diameter, rotation, shape, first, stop, thermals)
def parse(cls, n):
layer = attributes.parse(cls, n, constants.ATTRIBUTES.LAYER)
width = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.WIDTH, cls.DEFAULT_WIDTH)
rank = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.RANK, cls.DEFAULT_RANK)
spacing = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.SPACING, cls.DEFAULT_SPACING)
pour = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.POUR, cls.DEFAULT_POUR)
isolate = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ISOLATE, cls.DEFAULT_ISOLATE)
orphans = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ORPHANS, cls.DEFAULT_ORPHANS)
thermals = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.THERMALS, cls.DEFAULT_THERMALS)
# Get the points
n_vertex_arr = n.findall(constants.TAGS.VERTEX)
points = []
for nv in n_vertex_arr:
x = attributes.parse(cls, nv, constants.ATTRIBUTES.X)
y = attributes.parse(cls, nv, constants.ATTRIBUTES.Y)
curve = attributes.parse_or_default(cls, nv, constants.ATTRIBUTES.CURVE, 0)
points.append((x, y, curve))
return Polygon(layer, points = points, width = width, rank = rank, spacing = spacing, pour = pour, isolate = isolate,
orphans = orphans, thermals = thermals)
def parse(cls, n):
name = attributes.parse(cls, n, constants.ATTRIBUTES.NAME)
x = attributes.parse(cls, n, constants.ATTRIBUTES.X)
y = attributes.parse(cls, n, constants.ATTRIBUTES.Y)
dx = attributes.parse(cls, n, constants.ATTRIBUTES.DX)
dy = attributes.parse(cls, n, constants.ATTRIBUTES.DY)
layer = attributes.parse(cls, n, constants.ATTRIBUTES.LAYER)
rotation = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROTATION, attributes.Rotation())
roundness = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROUNDNESS, cls.DEFAULT_ROUNDNESS)
cream = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.CREAM, cls.DEFAULT_CREAM)
first = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.FIRST, cls.DEFAULT_FIRST)
stop = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.STOP, cls.DEFAULT_STOP)
thermals = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.THERMALS, cls.DEFAULT_THERMALS)
return SMD(name, x, y, dx, dy, layer, rotation, roundness, cream, first, stop, thermals)
def parse(cls, n):
x1 = attributes.parse(cls, n, constants.ATTRIBUTES.X1)
y1 = attributes.parse(cls, n, constants.ATTRIBUTES.Y1)
x2 = attributes.parse(cls, n, constants.ATTRIBUTES.X2)
y2 = attributes.parse(cls, n, constants.ATTRIBUTES.Y2)
rows = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROWS, cls.DEFAULT_ROWS)
columns = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.COLUMNS, cls.DEFAULT_COLUMNS)
layer = attributes.parse(cls, n, constants.ATTRIBUTES.LAYER)
border_top = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.BORDER.TOP, cls.DEFAULT_BORDER_TOP)
border_left = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.BORDER.LEFT, cls.DEFAULT_BORDER_LEFT)
border_bottom = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.BORDER.BOTTOM, cls.DEFAULT_BORDER_BOTTOM)
border_right = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.BORDER.RIGHT, cls.DEFAULT_BORDER_RIGHT)
return Frame(x1, y1, x2, y2, layer, rows, columns, border_left, border_top, border_right, border_bottom)
def parse(cls, n):
value = n.text
x = attributes.parse(cls, n, constants.ATTRIBUTES.X)
y = attributes.parse(cls, n, constants.ATTRIBUTES.Y)
layer = attributes.parse(cls, n, constants.ATTRIBUTES.LAYER)
size = attributes.parse(cls, n, constants.ATTRIBUTES.SIZE)
align = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ALIGN, cls.DEFAULT_ALIGN)
font = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.FONT, cls.DEFAULT_FONT)
rotation = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.ROTATION, attributes.Rotation())
ratio = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.RATIO, cls.DEFAULT_RATIO)
distance = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.DISTANCE, cls.DEFAULT_DISTANCE)
spin = attributes.parse_or_default(cls, n, constants.ATTRIBUTES.SPIN, cls.DEFAULT_SPIN)
return Text(value, x, y, layer, size, align, font, rotation, ratio, distance, spin)
