def _make_component(self, klass, ans, plot_options):
model = self.figure_model
if model is None:
model = klass()
self.figure_model = model
model.trait_set(plot_options=plot_options,
titles=self.titles,
analyses=ans)
container = self.figure_container
if not container:
container = FigureContainer(model=model)
self.figure_container = container
container.refresh()
return model, container.component
def _make_component(self, klass, ans, plot_options):
model = self.figure_model
if model is None:
model = klass()
self.figure_model = model
model.trait_set(plot_options=plot_options,
titles=self.titles,
analyses=ans)
container = self.figure_container
if not container:
container = FigureContainer(model=model)
self.figure_container = container
container.refresh()
return model, container.component
def get_component(self, ans, plotter_options):
if plotter_options is None:
pom = self.plotter_options_manager_klass()
plotter_options = pom.plotter_options
model = self.model_klass(plot_options=plotter_options)
model.analyses = ans
iv = FigureContainer(model=model)
return model, iv.component
def get_component(self, ans, plotter_options):
if plotter_options is None:
pom = SpectrumOptionsManager()
plotter_options = pom.plotter_options
from pychron.processing.plotters.spectrum.spectrum_model import SpectrumModel
model = SpectrumModel(plot_options=plotter_options)
model.analyses = ans
iv = FigureContainer(model=model)
#self._model = model
return model, iv.component
def get_component(self, ans, plotter_options):
# print plotter_options
if plotter_options is None:
pom = self.plotter_options_manager_klass()
plotter_options = pom.plotter_options
# ref = ans[0]
# plotter_options.load_aux_plots(ref)
# plotter_options.load_fits(ref)
model = self.model_klass(plot_options=plotter_options)
model.analyses = ans
iv = FigureContainer(model=model)
return model, iv.component
def get_component(self, ans, plotter_options):
if plotter_options is None:
pom = InverseIsochronOptionsManager()
plotter_options = pom.plotter_options
from pychron.processing.plotters.isochron.isochron_model \
import InverseIsochronModel
model = InverseIsochronModel(plot_options=plotter_options)
model.analyses = ans
iv = FigureContainer(model=model)
#force are refresh
model.refresh()
return model, iv.component
def get_component(self, ans, plotter_options):
# meta = None
# if self.figure_model:
# meta = self.figure_model.dump_metadata()
if plotter_options is None:
pom = IdeogramOptionsManager()
plotter_options = pom.plotter_options
from pychron.processing.plotters.ideogram.ideogram_model import IdeogramModel
model = IdeogramModel(plot_options=plotter_options)
model.analyses = ans
iv = FigureContainer(model=model)
# if meta:
# model.load_metadata(meta)
return model, iv.component
def get_component(self, ans, *args, **kw):
# if plotter_options is None:
# pom = IdeogramOptionsManager()
# plotter_options = pom.plotter_options
model = self.figure_model
if not model:
model = CompositeModel()
# from pychron.processing.plotters.ideogram.ideogram_model import IdeogramModel
#
# model = IdeogramModel(plot_options=plotter_options,
# titles=self.titles)
model.trait_set(
plot_options=self.plotter_options_manager.plotter_options,
titles=self.titles,
analyses=ans)
iv = FigureContainer(model=model)
component = iv.component
return model, component