def forward_mapping(self, attributes):
if attributes is None:
attributes=self.source.get_attribute_names_defined_in_store()
source=self.source.empty_copy()
channel1=self.source.new_channel_to(source)
target=self.target.empty_copy()
channel2=self.target.new_channel_to(target)
channel3=target.new_channel_to(self.target)
channel1.copy_attributes(attributes)
channel2.copy_attributes(self._axes_names)
nodes=self._generate_nodes(source,attributes)
xpos=value_in( getattr(target,self._axes_names[0]), self._xpos_unit)
ypos=value_in( getattr(target,self._axes_names[1]), self._ypos_unit)
for attribute in attributes:
values=to_quantity( getattr(nodes,attribute) )
unit=values.unit
values=values.number
samples=self.sample(values,xpos,ypos)
setattr(target, attribute, (samples if unit is units.none else (samples | unit)))
channel3.copy_attributes(attributes)
def forward_mapping(self, attributes):
if attributes is None:
attributes = self.source.get_attribute_names_defined_in_store()
source = self.source.empty_copy()
channel1 = self.source.new_channel_to(source)
target = self.target.empty_copy()
channel2 = self.target.new_channel_to(target)
channel3 = target.new_channel_to(self.target)
channel1.copy_attributes(attributes)
channel2.copy_attributes(self._axes_names)
nodes = self._generate_nodes(source, attributes)
xpos = value_in(getattr(target, self._axes_names[0]), self._xpos_unit)
ypos = value_in(getattr(target, self._axes_names[1]), self._ypos_unit)
for attribute in attributes:
values = to_quantity(getattr(nodes, attribute))
unit = values.unit
values = values.number
samples = self.sample(values, xpos, ypos)
setattr(target, attribute, (samples if unit is units.none else
(samples | unit)))
channel3.copy_attributes(attributes)
def in_rev(angle): return quantities.value_in(angle,rev)
def in_deg(angle): return quantities.value_in(angle,deg)
def in_rad(angle): return quantities.value_in(angle,rad)
def in_rev(angle):
return quantities.value_in(angle, rev)
def in_deg(angle):
return quantities.value_in(angle, deg)
def in_rad(angle):
return quantities.value_in(angle, rad)
