def _create_spectrum(self):
self.spectrum_options = SpectrumOptionsManager()
model = SpectrumModel(analyses=self.analyses,
plot_options=self.spectrum_options.plotter_options)
model.refresh_panels()
p = model.next_panel()
self.spectrum_graph = p.make_graph()
self.spectrum_model = model
def _create_spectrum(self):
self.spectrum_options = SpectrumOptionsManager()
model = SpectrumModel(
analyses=self.analyses,
plot_options=self.spectrum_options.plotter_options)
model.refresh_panels()
p = model.next_panel()
self.spectrum_graph = p.make_graph()
self.spectrum_model = model
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):
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)
component = iv.component
c = u'Plateau age calculated as weighted mean of plateau steps. ' \
u'Integrated age calculated as isotopic recombination of all steps.\n' \
u'Plateau and Integrated Age uncertainties \u00b1{}\u03c3.' \
u'GMC=Groundmass Concentrate, Kaer=Kaersutite, Plag=Plagioclase'
self._add_caption(component, plotter_options, default_captext=c)
return model, component
