def new_layer(spj, element):
layer = Layer(**element.attrib)
# TODO: test type and _then_ assign the data
for eLine in element.findall('Line'):
layer.lines.append(new_line(spj, eLine))
# TODO:
### group properties
###group_markers = element.findall('GroupMarkers')
for eAxis in element.findall('Axis'):
key = eAxis.attrib.pop('key', 'x')
a = Axis(**eAxis.attrib)
if key == 'x':
layer.xaxis = a
elif key == 'y':
layer.yaxis = a
eLegend = element.find('Legend')
if eLegend is not None:
layer.legend = new_legend(spj, eLegend)
return layer
def new_layer(spj, element):
# create new layer
layer = Layer(**element.attrib)
# # group properties
# group_properties = {}
# eGroups = element.find('Groups')
# if eGroups is not None:
# # We iterate over all group properties and look for elements
# # with tags that match the group property's classname, e.g.
# # <GroupLineMarker>...</GroupLineMarker> for the Property
# # Layer.marker.
# keys = ['group_linestyle', 'group_linewidth', 'group_linecolor', 'group_linemarker']
# for key in keys:
# classname = layer.get_value(key).__class__.__name__
# groupclass = layer.get_value(key).__class__
# eGroup = eGroups.find(classname)
# if eGroup is not None:
# eGroup.attrib['type'] = int(eGroup.attrib['type'])
# group_properties[key] = groupclass(**eGroup.attrib)
# print "CYCLE LIST", group_properties[key].cycle_list
# layer.set(**group_properties)
# TODO: test type and _then_ assign the data
for eLine in element.findall('Line'):
layer.lines.append(new_line(spj, eLine))
# axes
for eAxis in element.findall('Axis'):
key = eAxis.attrib.pop('key', 'x')
a = Axis(**eAxis.attrib)
if key == 'x':
layer.xaxis = a
elif key == 'y':
layer.yaxis = a
# legend
eLegend = element.find('Legend')
if eLegend is not None:
layer.legend = new_legend(spj, eLegend)
return layer