Exemple #1
0
 def _write_table(self, data_out, table):
     # if any non-numeric independent variables, use bins of unit width and centred on integers (1, 2, 3, etc.)
     for ii, independent_variable in enumerate(table.independent_variables):
         if False in ObjectWrapper.is_number_var(independent_variable):
             for i, value in enumerate(independent_variable['values']):
                 table.independent_variables[ii]['values'][i] = {
                     'low': i + 0.5,
                     'high': i + 1.5
                 }
     table_num = str(table.index)
     if self.hepdata_doi:
         table_doi = 'doi:' + self.hepdata_doi + '/t' + table_num
     else:
         table_doi = table.name
     f = ObjectFactory(self.class_list, table.independent_variables,
                       table.dependent_variables)
     for idep, graph in enumerate(f.get_next_object()):
         rivet_identifier = 'd' + table_num.zfill(2) + '-x01-y' + str(
             idep + 1).zfill(2)
         # Allow the standard Rivet identifier to be overridden by a custom value specified in the qualifiers.
         if 'qualifiers' in table.dependent_variables[idep]:
             for qualifier in table.dependent_variables[idep]['qualifiers']:
                 if qualifier['name'] == 'Custom Rivet identifier':
                     rivet_identifier = qualifier['value']
         rivet_path = '/REF/' + self.rivet_analysis_name + '/' + rivet_identifier
         graph.setTitle(table_doi)
         graph.setPath(rivet_path)
         graph.setAnnotation('IsRef', '1')
         yoda.core.writeYODA(graph, data_out)
         data_out.write('\n')
    def _write_table(self, data_out, table):
        data_out.mkdir(table.name)
        data_out.cd(table.name)

        # if no independent variables, use bins of unit width and centred on integers (1, 2, 3, etc.)
        if not table.independent_variables and table.dependent_variables:
            if table.dependent_variables[0]['values']:
                table.independent_variables.append({'header': {'name': 'Bin number'}, 'values': []})
                for i, value in enumerate(table.dependent_variables[0]['values']):
                    table.independent_variables[0]['values'].append({'low': i+0.5, 'high': i+1.5})

        # if any non-numeric independent variable values, use bins of unit width and centred on integers (1, 2, 3, etc.)
        # store original variables as alphanumeric labels to be passed to ROOT histograms
        for ii, independent_variable in enumerate(table.independent_variables):
            if False in ObjectWrapper.is_number_var(independent_variable):
                independent_variable_bins = \
                    {'header': {'name': independent_variable['header']['name'] + ' bin'},
                     'values': [], 'labels': []}
                for i, value in enumerate(independent_variable['values']):
                    independent_variable_bins['values'].append({'low': i + 0.5, 'high': i + 1.5})
                    if 'value' in value:
                        independent_variable_bins['labels'].append(str(value['value']))
                    else:
                        independent_variable_bins['labels'].append(str(value['low']) + '-' + str(value['high']))
                table.independent_variables[ii] = independent_variable_bins

        if self.hepdata_doi:
            table_doi = 'doi:' + self.hepdata_doi + '/t' + str(table.index)
        else:
            table_doi = table.name
        f = ObjectFactory(self.class_list, table.independent_variables, table.dependent_variables)
        for graph in f.get_next_object():
            graph.SetTitle(table_doi)
            graph.Write()
Exemple #3
0
    def _write_table(self, data_out, table):
        data_out.mkdir(
            table.name.replace('/', '-').replace('$', '').replace('\\', ''))
        data_out.cd(
            table.name.replace('/', '-').replace('$', '').replace('\\', ''))

        # if no independent variables, use bins of unit width and centred on integers (1, 2, 3, etc.)
        if not table.independent_variables and table.dependent_variables:
            if table.dependent_variables[0]['values']:
                table.independent_variables.append({
                    'header': {
                        'name': 'Bin number'
                    },
                    'values': []
                })
                for i, value in enumerate(
                        table.dependent_variables[0]['values']):
                    table.independent_variables[0]['values'].append({
                        'low':
                        i + 0.5,
                        'high':
                        i + 1.5
                    })

        # if any non-numeric independent variable values, use bins of unit width and centred on integers (1, 2, 3, etc.)
        # store original variables as alphanumeric labels to be passed to ROOT histograms
        for ii, independent_variable in enumerate(table.independent_variables):
            if False in ObjectWrapper.is_number_var(independent_variable):
                independent_variable_bins = \
                    {'header': {'name': independent_variable['header']['name'] + ' bin'},
                     'values': [], 'labels': []}
                for i, value in enumerate(independent_variable['values']):
                    independent_variable_bins['values'].append({
                        'low': i + 0.5,
                        'high': i + 1.5
                    })
                    if 'value' in value:
                        independent_variable_bins['labels'].append(
                            str(value['value']))
                    else:
                        independent_variable_bins['labels'].append(
                            str(value['low']) + '-' + str(value['high']))
                table.independent_variables[ii] = independent_variable_bins

        if self.hepdata_doi:
            table_doi = 'doi:' + self.hepdata_doi + '/t' + str(table.index)
        else:
            table_doi = table.name
        f = ObjectFactory(self.class_list, table.independent_variables,
                          table.dependent_variables)
        for graph in f.get_next_object():
            graph.SetTitle(table_doi)
            graph.Write()
Exemple #4
0
 def _write_table(self, data_out, table):
     # if any non-numeric independent variables, use bins of unit width and centred on integers (1, 2, 3, etc.)
     for ii, independent_variable in enumerate(table.independent_variables):
         if False in ObjectWrapper.is_number_var(independent_variable):
             for i, value in enumerate(independent_variable['values']):
                 table.independent_variables[ii]['values'][i] = {'low': i + 0.5, 'high': i + 1.5}
     table_num = str(table.index)
     if self.hepdata_doi:
         table_doi = 'doi:' + self.hepdata_doi + '/t' + table_num
     else:
         table_doi = table.name
     f = ObjectFactory(self.class_list, table.independent_variables, table.dependent_variables)
     for idep, graph in enumerate(f.get_next_object()):
         graph.title = table_doi
         graph.path = '/REF/' + self.rivet_analysis_name + '/' \
                      + 'd' + table_num.zfill(2) + '-x01-y' + str(idep + 1).zfill(2)
         graph.setAnnotation('IsRef', '1')
         yoda.core.writeYODA(graph, data_out)
 def _write_table(self, data_out, table):
     # if any non-numeric independent variables, use bins of unit width and centred on integers (1, 2, 3, etc.)
     for ii, independent_variable in enumerate(table.independent_variables):
         if False in ObjectWrapper.is_number_var(independent_variable):
             for i, value in enumerate(independent_variable['values']):
                 table.independent_variables[ii]['values'][i] = {'low': i + 0.5, 'high': i + 1.5}
     table_num = str(table.index)
     if self.hepdata_doi:
         table_doi = 'doi:' + self.hepdata_doi + '/t' + table_num
     else:
         table_doi = table.name
     f = ObjectFactory(self.class_list, table.independent_variables, table.dependent_variables)
     for idep, graph in enumerate(f.get_next_object()):
         graph.title = table_doi
         graph.path = '/REF/' + self.rivet_analysis_name + '/' \
                      + 'd' + table_num.zfill(2) + '-x01-y' + str(idep + 1).zfill(2)
         graph.setAnnotation('IsRef', '1')
         yoda.core.writeYODA(graph, data_out)