class SimpleInteractiveSpline(SplineMixin, XmlObjectAdaptator):
# <spline id="53" angle2="138.403" length2="14.0301" angle1="329.987" length1="18.2062"
# point4="52" type="simpleInteractive" point1="51" color="blue"/>
__type__ = 'simpleInteractive'
__attributes__ = (
IntAttribute('first_point', 'point1'),
IntAttribute('second_point', 'point4'),
StringAttribute('length1'),
StringAttribute('length2'),
StringAttribute('angle1'),
StringAttribute('angle2'),
StringAttribute('line_color', 'color'),
)
__calculation__ = Calculation.SimpleInteractiveSpline
##############################################
def to_calculation(self, pattern):
return self.call_calculation_function(pattern,
self.to_dict()) # exclude=('id')
##############################################
@classmethod
def from_calculation(cls, calculation):
kwargs = cls.get_dict(calculation)
return cls(**kwargs)
class LinePropertiesMixin:
__attributes__ = (
StringAttribute('line_color', 'lineColor'),
StringAttribute('line_style', 'typeLine'),
)
__COLORS__ = (
'black',
'blue',
'cornflowerblue',
'darkBlue',
'darkGreen',
'darkRed',
'darkviolet',
'deeppink',
'deepskyblue',
'goldenrod',
'green',
'lightsalmon',
'lime',
'mediumseagreen',
'orange',
'violet',
'yellow',
)
__LINE_STYLE__ = (
'dashDotDotLine',
'dashDotLine',
'dashLine',
'dotLine',
'hair', # should be solid
'none',
)
class XmlMeasurement(XmlObjectAdaptator):
__tag__ = 'm'
__attributes__ = (
StringAttribute('name'),
StringAttribute('value'),
StringAttribute('full_name', default=''),
StringAttribute('description', default=''),
)
class ModelingItemMixin:
__attributes__ = (
IntAttribute('id'),
IntAttribute('object_id', 'idObject'),
StringAttribute('type'),
BoolAttribute('in_use', 'inUse'),
)
class DetailNode(XmlObjectAdaptator):
# <node idObject="108" type="NodePoint"/>
# <node idObject="120" reverse="1" type="NodeSpline"/>
__attributes__ = (
IntAttribute('object_id', 'idObject'),
StringAttribute('type'),
BoolAttribute('reverse'),
)
class PointMixin(CalculationTypeMixin, MxMyMixin):
__tag__ = 'point'
__attributes__ = (StringAttribute('name'), )
##############################################
def to_calculation(self, pattern):
kwargs = self.to_dict(exclude=('mx', 'my')) # id'
kwargs['label_offset'] = Vector2D(self.mx, self.my)
return self.call_calculation_function(pattern, kwargs)
##############################################
@classmethod
def from_calculation(cls, calculation):
kwargs = cls.get_dict(calculation, exclude=('mx', 'my'))
label_offset = calculation.label_offset
kwargs['mx'] = label_offset.x
kwargs['my'] = label_offset.y
return cls(**kwargs)
class Detail(MxMyMixin, XmlObjectAdaptator):
# <detail id="118" version="2" forbidFlipping="false" width="1" united="false" mx="0"
# name="Devant" inLayout="true" seamAllowance="true" my="0">
__attributes__ = (
IntAttribute('id'),
IntAttribute('version'),
BoolAttribute('forbidFlipping'),
IntAttribute('width'),
BoolAttribute('united'),
StringAttribute('name'),
BoolAttribute('inLayout'),
BoolAttribute('seamAllowance'),
)
##############################################
def __init__(self, modeling, *args, **kwargs):
XmlObjectAdaptator.__init__(self, *args, **kwargs)
self._modeling = modeling
self._nodes = []
##############################################
def append_node(self, node):
self._nodes.append(node)
##############################################
def iter_on_nodes(self):
for node in self._nodes:
yield node, self._modeling[node.object_id]
class DetailData(HeightWidthMixin, MxMyMixin, FontSizeMixin,
VisibleRotationMixin, XmlObjectAdaptator):
# <data letter="" width="0" mx="0" height="0" fontSize="0" visible="false" rotation="0" my="0"/>
__attributes__ = (StringAttribute('letter'), )
class AngleMixin:
__attributes__ = (StringAttribute('angle'), )
class LengthMixin:
__attributes__ = (StringAttribute('length'), )
class XyMixin:
__attributes__ = (
StringAttribute('x'),
StringAttribute('y'),
)