def fetchSummaryData(self, observation_data_fetcher, key, cases):
plot_data = PlotData(key)
observation_data = observation_data_fetcher.fetchData(key)
observation_plot_data = ObservationPlotData(key)
observation_plot_data.setObservationData(observation_data["x"], observation_data["y"], observation_data["std"], observation_data["continuous"])
observation_plot_data.updateBoundaries(observation_data["min_x"], observation_data["max_x"], observation_data["min_y"], observation_data["max_y"])
plot_data.setObservationData(observation_plot_data)
refcase_data = RefcaseDataFetcher(self.ert()).fetchData(key)
refcase_plot_data = RefcasePlotData(key)
refcase_plot_data.setRefcaseData(refcase_data["x"], refcase_data["y"])
refcase_plot_data.updateBoundaries(refcase_data["min_x"], refcase_data["max_x"], refcase_data["min_y"], refcase_data["max_y"])
plot_data.setRefcaseData(refcase_plot_data)
for case in cases:
ensemble_data = EnsembleDataFetcher(self.ert()).fetchData(key, case)
ensemble_plot_data = EnsemblePlotData(key, case)
ensemble_plot_data.setEnsembleData(ensemble_data["x"], ensemble_data["y"], ensemble_data["min_y_values"], ensemble_data["max_y_values"])
ensemble_plot_data.updateBoundaries(ensemble_data["min_x"], ensemble_data["max_x"], ensemble_data["min_y"], ensemble_data["max_y"])
plot_data.addEnsembleData(ensemble_plot_data)
return plot_data
