def _append_geometry_data(self, data):
# GRAPHIC_DATA_NAME: TYPE
if data['GRAPHIC_DATA_NAME'] == 'LINE':
start = [
float(data['GRAPHIC_DATA_1']),
float(data['GRAPHIC_DATA_2'])
]
end = [
float(data['GRAPHIC_DATA_3']),
float(data['GRAPHIC_DATA_4'])
]
line = shape.Line(start, end)
self.geometry.append(line)
elif data['GRAPHIC_DATA_NAME'] == 'ARC':
start = [
float(data['GRAPHIC_DATA_1']),
float(data['GRAPHIC_DATA_2'])
]
end = [
float(data['GRAPHIC_DATA_3']),
float(data['GRAPHIC_DATA_4'])
]
center = [
float(data['GRAPHIC_DATA_5']),
float(data['GRAPHIC_DATA_6'])
]
radius = float(data['GRAPHIC_DATA_7'])
cw = True if data['GRAPHIC_DATA_9'] == 'CLOCKWISE' else False
arc = shape.Arc(start, end, center, radius, cw)
self.geometry.append(arc)
else:
pass
def update_body_center(self, data):
if not self._center:
self._center = []
start = [float(data['GRAPHIC_DATA_1']), float(data['GRAPHIC_DATA_2'])]
end = [float(data['GRAPHIC_DATA_3']), float(data['GRAPHIC_DATA_4'])]
self._center.append(shape.Line(start, end))
def append_hole_data(self, data):
"""
Append the data to the last hole
:param data:
:return:
"""
if self.type == 'LINE':
return
if data['GRAPHIC_DATA_NAME'] == 'LINE':
start = [
float(data['GRAPHIC_DATA_1']),
float(data['GRAPHIC_DATA_2'])
]
end = [
float(data['GRAPHIC_DATA_3']),
float(data['GRAPHIC_DATA_4'])
]
line = shape.Line(start, end)
# self.hole.append(line)
self.geometry.append_hole_data(line)
elif data['GRAPHIC_DATA_NAME'] == 'ARC':
start = [
float(data['GRAPHIC_DATA_1']),
float(data['GRAPHIC_DATA_2'])
]
end = [
float(data['GRAPHIC_DATA_3']),
float(data['GRAPHIC_DATA_4'])
]
center = [
float(data['GRAPHIC_DATA_5']),
float(data['GRAPHIC_DATA_6'])
]
radius = float(data['GRAPHIC_DATA_7'])
cw = True if data['GRAPHIC_DATA_9'] == 'CLOCKWISE' else False
arc = shape.Arc(start, end, center, radius, cw)
# self.hole.append(arc)
self.geometry.append_hole_data(arc)
def _append_polygon_data(self, data):
"""
Append data to the copper
:param dict data:
:return:
"""
if data['GRAPHIC_DATA_NAME'] == 'LINE':
start = [
float(data['GRAPHIC_DATA_1']),
float(data['GRAPHIC_DATA_2'])
]
end = [
float(data['GRAPHIC_DATA_3']),
float(data['GRAPHIC_DATA_4'])
]
width = float(data['GRAPHIC_DATA_5'])
line = shape.Line(start, end, width)
self.geometry.append(line)
elif data['GRAPHIC_DATA_NAME'] == 'ARC':
start = [
float(data['GRAPHIC_DATA_1']),
float(data['GRAPHIC_DATA_2'])
]
end = [
float(data['GRAPHIC_DATA_3']),
float(data['GRAPHIC_DATA_4'])
]
center = [
float(data['GRAPHIC_DATA_5']),
float(data['GRAPHIC_DATA_6'])
]
radius = float(data['GRAPHIC_DATA_7'])
cw = True if data['GRAPHIC_DATA_9'] == 'CLOCKWISE' else False
width = float(data['GRAPHIC_DATA_8'])
arc = shape.Arc(start, end, center, radius, cw, width)
self.geometry.append(arc)
else:
pass
def append(self, data):
"""
Append a raw data to the outline
:param dict data: the dict includes the outline
:return:
"""
if data['GRAPHIC_DATA_NAME'] == 'LINE':
start = [float(data['GRAPHIC_DATA_1']), float(data['GRAPHIC_DATA_2'])]
end = [float(data['GRAPHIC_DATA_3']), float(data['GRAPHIC_DATA_4'])]
line = shape.Line(start, end)
self.geometry.append(line)
elif data['GRAPHIC_DATA_NAME'] == 'ARC':
start = [float(data['GRAPHIC_DATA_1']), float(data['GRAPHIC_DATA_2'])]
end = [float(data['GRAPHIC_DATA_3']), float(data['GRAPHIC_DATA_4'])]
center = [float(data['GRAPHIC_DATA_5']), float(data['GRAPHIC_DATA_6'])]
radius = float(data['GRAPHIC_DATA_7'])
cw = True if data['GRAPHIC_DATA_9'] == 'CLOCKWISE' else False
arc = shape.Arc(start, end, center, radius, cw)
self.geometry.append(arc)
else:
pass