def __str__(self):
# A X Y radius start end part dmg pen fill Xstart Ystart Xend Yend
start = Point(distance = self.radius, angle = self.angle_start/10).translate(self.at)
end = Point(distance = self.radius, angle = self.angle_end/10).translate(self.at)
return 'A {cp:s} {r:d} {angle_start:d} {angle_end:d} {unit_idx:d} {deMorgan_idx:d} {line_width:d} {fill:s} {p_start:s} {p_end:s}\n'.format(
cp = self.at, r = self.radius,
angle_start = self.angle_start, angle_end = self.angle_end,
unit_idx = self.unit_idx, deMorgan_idx = self.deMorgan_idx,
fill = self.fill, line_width = self.line_width,
p_start = start, p_end = end
)
def __init__(self, start, end, **kwargs):
self.start = Point(start)
self.end = Point(end)
self.unit_idx = int(kwargs.get('unit_idx', 1))
self.deMorgan_idx = int(kwargs.get('deMorgan_idx', 1))
self.line_width = int(kwargs.get('line_width', 10))
fill = kwargs.get('fill', ElementFill.NO_FILL)
if isinstance(fill, ElementFill):
self.fill = fill
else:
raise TypeError('fill needs to be of type ElementFill')
def toPolyline(self):
p1 = Point(self.start)
p3 = Point(self.end)
p2 = Point(p1.x, p3.y)
p4 = Point(p3.x, p1.y)
points = [p1, p2, p3, p4, p1]
polyline = DrawingPolyline(
points=points,
unit_idx=self.unit_idx, deMorgan_idx=self.deMorgan_idx,
line_width=self.line_width, fill=self.fill
)
return polyline
def __init__(self, at, number, **kwargs):
self.at = Point(at)
self.num = number
self.name = str(kwargs.get('name', self.num))
self.unit_idx = int(kwargs.get('unit_idx', 1))
self.deMorgan_idx = int(kwargs.get('deMorgan_idx', 1))
self.pin_length = int(kwargs.get('pin_length', 100))
self.fontsize_pinnumber = int(kwargs.get('sizenumber', 50))
self.fontsize_pinname = int(kwargs.get('sizename', self.fontsize_pinnumber))
el_type = kwargs.get('el_type', DrawingPin.PinElectricalType.EL_TYPE_PASSIVE)
if isinstance(el_type, DrawingPin.PinElectricalType):
self.el_type = el_type
else:
raise TypeError('el_type needs to be of type PinElectricalType')
visibility = kwargs.get('visibility', DrawingPin.PinVisibility.VISIBLE)
if isinstance(visibility, DrawingPin.PinVisibility):
self.visibility = visibility
else:
raise TypeError('visibility needs to be of type PinVisibility')
style = kwargs.get('style', DrawingPin.PinStyle.SHAPE_LINE)
if isinstance(style, DrawingPin.PinStyle):
self.style = style
else:
raise TypeError('style needs to be of type PinStyle')
orientation = kwargs.get('orientation', DrawingPin.PinOrientation.LEFT)
if isinstance(orientation, DrawingPin.PinOrientation):
self.orientation = orientation
else:
raise TypeError('orientation needs to be of type PinOrientation')
def __init__(self, **kwargs):
self.idx = int(kwargs['idx'])
self.value = str(kwargs['value'])
self.at = Point(kwargs.get('at'), {})
self.fontsize = int(kwargs.get('fontsize', 50))
if self.idx == 0:
self.name = 'reference'
elif self.idx == 1:
self.name = 'value'
elif self.idx == 2:
self.name = 'footprint'
elif self.idx == 3:
self.name = 'datasheet'
else:
self.name = kwargs.get('name', 'F{:d}'.format(self.idx))
orientation = kwargs.get('orientation',
SymbolField.FieldOrientation.HORIZONTAL)
if isinstance(orientation, SymbolField.FieldOrientation):
self.orientation = orientation
else:
raise TypeError('orientation needs to be of type FieldOrientation')
visibility = kwargs.get(
'visibility', SymbolField.FieldVisibility.VISIBLE
if self.idx < 2 else SymbolField.FieldVisibility.INVISIBLE)
if isinstance(visibility, SymbolField.FieldVisibility):
self.visibility = visibility
else:
raise TypeError('visibility needs to be of type FieldVisibility')
alignment_horizontal = kwargs.get('alignment_horizontal',
SymbolField.FieldAlignment.CENTER)
if isinstance(alignment_horizontal, SymbolField.FieldAlignment):
self.alignment_horizontal = alignment_horizontal
else:
raise TypeError(
'alignment_horizontal needs to be of type FieldAlignment')
alignment_vertical = kwargs.get('alignment_vertical',
SymbolField.FieldAlignment.CENTER)
if isinstance(alignment_vertical, SymbolField.FieldAlignment):
self.alignment_vertical = alignment_vertical
else:
raise TypeError(
'alignment_horizontal needs to be of type FieldAlignment')
fontweight = kwargs.get('fontweight',
SymbolField.FieldFontWeight.NORMAL)
if isinstance(fontweight, SymbolField.FieldFontWeight):
self.fontweight = fontweight
else:
raise TypeError('fontweight needs to be of type FieldFontWeight')
fontstyle = kwargs.get('fontstyle', SymbolField.FieldFontStyle.NORMAL)
if isinstance(fontstyle, SymbolField.FieldFontStyle):
self.fontstyle = fontstyle
else:
raise TypeError('fontstyle needs to be of type FieldFontStyle')
def rotate(self, angle, origin = None, apply_on_copy = False):
# obj = self if not apply_on_copy else deepcopy(self)
if not apply_on_copy:
raise NotImplementedError('Rotating the rectangles only implemented for copies -> converts to polyline')
if origin is None:
origin = Point((self.start.x + self.end.x)/2, (self.start.y + self.end.y)/2)
obj = self.toPolyline()
obj.rotate(angle, origin, False)
return obj
def __init__(self, at, radius, **kwargs):
self.at = Point(at)
self.radius = int(radius)
self.unit_idx = int(kwargs.get('unit_idx', 1))
self.deMorgan_idx = int(kwargs.get('deMorgan_idx', 1))
self.line_width = int(kwargs.get('line_width', 10))
fill = kwargs.get('fill', ElementFill.NO_FILL)
if isinstance(fill, ElementFill):
self.fill = fill
else:
raise TypeError('fill needs to be of type ElementFill')
def __init__(self, at, radius, angle_start, angle_end, **kwargs):
self.at = Point(at)
self.radius = int(radius)
self.angle_start = DrawingArc.__normalizeAngle(int(angle_start))
self.angle_end = DrawingArc.__normalizeAngle(int(angle_end))
self.__ensureUniqueDrawing()
self.unit_idx = int(kwargs.get('unit_idx', 1))
self.deMorgan_idx = int(kwargs.get('deMorgan_idx', 1))
self.line_width = int(kwargs.get('line_width', 10))
fill = kwargs.get('fill', ElementFill.NO_FILL)
if isinstance(fill, ElementFill):
self.fill = fill
else:
raise TypeError('fill needs to be of type ElementFill')
def __init__(self, points, **kwargs):
self.unit_idx = int(kwargs.get('unit_idx', 1))
self.deMorgan_idx = int(kwargs.get('deMorgan_idx', 1))
self.line_width = int(kwargs.get('line_width', 10))
fill = kwargs.get('fill', ElementFill.NO_FILL)
if isinstance(fill, ElementFill):
self.fill = fill
else:
raise TypeError('fill needs to be of type ElementFill')
if len(points) < 2:
raise TypeError('A polyline needs at least two points')
self.points=[]
for point in points:
self.points.append(Point(point))
def rotate(self, angle, origin = None, apply_on_copy = False):
if origin is None:
x = 0
y = 0
if self.points[0] == self.points[-1]:
points = self.points[:-1]
else:
points = self.points
for point in points:
x += point.x
y += point.y
origin = Point(x/len(point), y/len(point))
obj = self if not apply_on_copy else deepcopy(self)
for point in obj.points:
point.rotate(angle, origin)
return obj