def base_data(row_data): return dict( case_id=row_data.case_id, person_name=row_data.person_name, dob=row_data.dob, age=calculate_date_for_age(row_data.dob, datetime(*month).date()), fully_immunized='Yes' if row_data.fully_immunized else 'No', age_in_months=row_data.age_in_months, current_month_nutrition_status=get_status( row_data.current_month_nutrition_status, 'underweight', 'Normal weight for age'), recorded_weight=row_data.recorded_weight or 0, recorded_height=row_data.recorded_height or 0, current_month_stunting=get_status( getattr(row_data, current_month_stunting_column(icds_features_flag)), 'stunted', 'Normal height for age', data_entered=True if row_data.recorded_height else False), current_month_wasting=get_status( getattr(row_data, current_month_wasting_column(icds_features_flag)), 'wasted', 'Normal weight for height', data_entered=True if row_data.recorded_height and row_data.recorded_weight else False), pse_days_attended=row_data.pse_days_attended)
def get_columns_by_loc_level(self): selected_month = self.config['month'] def test_fucntion(x): return "%.2f" % x if x else "Data Not Entered" columns = [ DatabaseColumn('Child Name', SimpleColumn('person_name'), slug='person_name'), DatabaseColumn('Date of Birth', SimpleColumn('dob'), slug='dob'), DatabaseColumn('Current Age (as of {})'.format( selected_month.isoformat()), AliasColumn('dob'), format_fn=lambda x: calculate_date_for_age( x, self.config['month']), slug='current_age'), DatabaseColumn('Sex ', SimpleColumn('sex'), slug='sex'), ICDSDatabaseColumn('1 Year Immunizations Complete', SimpleColumn('fully_immunized'), format_fn=lambda x: 'Yes' if x else 'No'), DatabaseColumn('Month for data shown', SimpleColumn('month'), slug='month'), DatabaseColumn('Weight Recorded (in Month)', SimpleColumn('recorded_weight'), format_fn=test_fucntion, slug='recorded_weight'), DatabaseColumn('Height Recorded (in Month)', SimpleColumn('recorded_height'), format_fn=test_fucntion, slug='recorded_height'), DatabaseColumn( 'Weight-for-Age Status (in Month)', SimpleColumn('current_month_nutrition_status'), format_fn=lambda x: get_status(x, 'underweight', 'Normal weight for age', True), slug='current_month_nutrition_status'), DatabaseColumn('Weight-for-Height Status (in Month)', SimpleColumn(current_month_wasting_column( self.beta)), format_fn=lambda x: get_status( x, 'wasted', 'Normal weight for height', True), slug="current_month_wasting"), DatabaseColumn('Height-for-Age status (in Month)', SimpleColumn( current_month_stunting_column(self.beta)), format_fn=lambda x: get_status( x, 'stunted', 'Normal height for age', True), slug="current_month_stunting"), DatabaseColumn('Days attended PSE (as of {})'.format( selected_month.isoformat()), SimpleColumn('pse_days_attended'), slug="pse_days_attended"), ] return columns
def base_data(row_data): return dict( case_id=row_data[0], person_name=row_data[1], dob=row_data[2], age=calculate_date_for_age(row_data[2], datetime(*month).date()), fully_immunized='Yes' if row_data[13] else 'No', age_in_months=row_data[3], current_month_nutrition_status={'value': row_data[4], 'color': get_color(row[5])}, recorded_weight=row_data[6] or 0, recorded_height=row_data[7] or 0, current_month_stunting={'value': row_data[8], 'color': get_color(row[9])}, current_month_wasting={'value': row_data[10], 'color': get_color(row[11])}, pse_days_attended=row_data[12] )
def base_data(row_data): return dict( case_id=row_data.case_id, person_name=row_data.person_name, dob=row_data.dob, sex=row_data.sex, age=calculate_date_for_age(row_data.dob, datetime(*month).date()), fully_immunized='Yes' if row_data.fully_immunized else 'No', mother_name=row_data.mother_name, age_in_months=row_data.age_in_months, current_month_nutrition_status=get_status( row_data.current_month_nutrition_status, 'underweight', 'Normal weight for age'), recorded_weight=row_data.recorded_weight or 0, recorded_height=row_data.recorded_height or 0, current_month_stunting=get_status(row_data.current_month_stunting, 'stunted', 'Normal weight for height'), current_month_wasting=get_status(row_data.current_month_wasting, 'wasted', 'Normal height for age'), pse_days_attended=row_data.pse_days_attended)
def get_excel_data(self, location): def _check_case_presence(case_id, column, data_dict): return data_dict[case_id][column] if case_id in data_dict.keys( ) else "N/A" def _fetch_data(filters, order_by, case_by_grouping=False): query_set = ChildHealthMonthlyView.objects.filter( **filters).order_by(*order_by) data_month = query_set.values( 'state_name', 'district_name', 'block_name', 'supervisor_name', 'awc_name', 'awc_site_code', 'person_name', 'dob', 'mother_name', 'mother_phone_number', 'pse_days_attended', 'lunch_count', 'current_month_nutrition_status', current_month_wasting_column(self.beta), current_month_stunting_column(self.beta), 'case_id') if case_by_grouping is True: data_month = {item['case_id']: item for item in data_month} return data_month filters = { "month": self.config['month'], "age_in_months__lte": 72, "valid_in_month": 1 } initial_month = self.config['month'] if self.loc_level == 5: filters['awc_id'] = location order_by = ('person_name', ) elif self.loc_level == 4: filters['supervisor_id'] = location order_by = ('awc_name', 'person_name') elif self.loc_level == 3: filters['block_id'] = location order_by = ('supervisor_name', 'awc_name', 'person_name') elif self.loc_level == 2: filters['district_id'] = location order_by = ('block_name', 'supervisor_name', 'awc_name', 'person_name') data_month_3 = _fetch_data(filters, order_by) filters["month"] = initial_month - relativedelta(months=1) data_month_2 = _fetch_data(filters, order_by, True) filters["month"] = initial_month - relativedelta(months=2) data_month_1 = _fetch_data(filters, order_by, True) filters["month"] = initial_month month_1 = (initial_month - relativedelta(months=2)).strftime('%Y-%m-%d') month_2 = (initial_month - relativedelta(months=1)).strftime('%Y-%m-%d') month_3 = initial_month.strftime('%Y-%m-%d') headers = [ 'State', 'District', 'Block', 'Sector', 'Awc Name', 'Child', 'Age', 'Mother Name', 'Mother Phone Number', f'PSE_{month_1}', f'PSE_{month_2}', f'PSE_{month_3}', f'SN_{month_1}', f'SN_{month_2}', f'SN_{month_3}', f'Stunting_{month_1}', f'Stunting_{month_2}', f'Stunting_{month_3}', f'Wasting_{month_1}', f'Wasting_{month_2}', f'Wasting_{month_3}', f'underweight_{month_1}', f'underweight_{month_2}', f'underweight_{month_3}' ] excel_rows = [headers] for row in data_month_3: row_data = [ row['state_name'], row['district_name'], row['block_name'], row['supervisor_name'], row['awc_name'], row['person_name'], calculate_date_for_age(row['dob'], initial_month), row['mother_name'], phone_number_function(row['mother_phone_number']), _check_case_presence(row['case_id'], 'pse_days_attended', data_month_1), _check_case_presence(row['case_id'], 'pse_days_attended', data_month_2), row['pse_days_attended'], _check_case_presence(row['case_id'], 'lunch_count', data_month_1), _check_case_presence(row['case_id'], 'lunch_count', data_month_2), row['lunch_count'], get_status( _check_case_presence( row['case_id'], current_month_stunting_column(self.beta), data_month_1), 'stunted', 'Normal height for age', True), get_status( _check_case_presence( row['case_id'], current_month_stunting_column(self.beta), data_month_2), 'stunted', 'Normal height for age', True), get_status(row[current_month_stunting_column(self.beta)], 'stunted', 'Normal height for age', True), get_status( _check_case_presence( row['case_id'], current_month_wasting_column(self.beta), data_month_1), 'wasted', 'Normal weight for height', True), get_status( _check_case_presence( row['case_id'], current_month_wasting_column(self.beta), data_month_2), 'wasted', 'Normal weight for height', True), get_status(row[current_month_wasting_column(self.beta)], 'wasted', 'Normal weight for height', True), get_status( _check_case_presence(row['case_id'], 'current_month_nutrition_status', data_month_1), 'underweight', 'Normal weight for age', True), get_status( _check_case_presence(row['case_id'], 'current_month_nutrition_status', data_month_2), 'underweight', 'Normal weight for age', True), get_status(row['current_month_nutrition_status'], 'underweight', 'Normal weight for age', True) ] excel_rows.append(row_data) filters = [['Generated at', india_now()]] if location: locs = SQLLocation.objects.get(location_id=location).get_ancestors( include_self=True) for loc in locs: filters.append([loc.location_type.name.title(), loc.name]) date = self.config['month'] filters.append(['Month', date.strftime("%B")]) filters.append(['Year', date.year]) return [[self.title, excel_rows], ['Export Info', filters]]
def get_columns_by_loc_level(self): selected_month = self.config['month'] def test_fucntion(x): return format_decimal(x) if x else DATA_NOT_ENTERED columns = [ DatabaseColumn('AWC Name', SimpleColumn('awc_name'), slug='awc_name'), DatabaseColumn('AWC Site Code', SimpleColumn('awc_site_code'), slug='awc_site_code'), DatabaseColumn('Supervisor Name', SimpleColumn('supervisor_name'), slug='supervisor_name'), DatabaseColumn('Block Name', SimpleColumn('block_name'), slug='block_name'), DatabaseColumn('AWW Phone Number', SimpleColumn('aww_phone_number'), format_fn=phone_number_function, slug='aww_phone_number'), DatabaseColumn('Mother Phone Number', SimpleColumn('mother_phone_number'), format_fn=phone_number_function, slug='mother_phone_number'), DatabaseColumn('Child Name', SimpleColumn('person_name'), slug='person_name'), DatabaseColumn('Date of Birth', SimpleColumn('dob'), slug='dob'), DatabaseColumn('Current Age (as of {})'.format( selected_month.isoformat()), AliasColumn('dob'), format_fn=lambda x: calculate_date_for_age( x, self.config['month']), slug='current_age'), DatabaseColumn('Sex ', SimpleColumn('sex'), slug='sex'), ICDSDatabaseColumn('1 Year Immunizations Complete', SimpleColumn('fully_immunized'), format_fn=lambda x: 'Yes' if x else 'No'), DatabaseColumn('Month for data shown', SimpleColumn('month'), slug='month'), DatabaseColumn('Weight Recorded (in Month)', SimpleColumn('recorded_weight'), format_fn=test_fucntion, slug='recorded_weight'), DatabaseColumn('Height Recorded (in Month)', SimpleColumn('recorded_height'), format_fn=test_fucntion, slug='recorded_height'), DatabaseColumn( 'Weight-for-Age Status (in Month)', SimpleColumn('current_month_nutrition_status'), format_fn=lambda x: get_status(x, 'underweight', 'Normal weight for age', True), slug='current_month_nutrition_status'), DatabaseColumn('Weight-for-Height Status (in Month)', SimpleColumn(current_month_wasting_column( self.beta)), format_fn=lambda x: get_status( x, 'wasted', 'Normal weight for height', True), slug="current_month_wasting_v2"), DatabaseColumn('Height-for-Age status (in Month)', SimpleColumn( current_month_stunting_column(self.beta)), format_fn=lambda x: get_status( x, 'stunted', 'Normal height for age', True), slug="current_month_stunting_v2"), DatabaseColumn('Days attended PSE (as of {})'.format( selected_month.isoformat()), SimpleColumn('pse_days_attended'), slug="pse_days_attended"), ] return columns
def get_columns_by_loc_level(self): selected_month = self.config['month'] def test_fucntion(x): return format_decimal(x) if x else DATA_NOT_ENTERED columns = [ DatabaseColumn( 'AWC Name', SimpleColumn('awc_name'), slug='awc_name' ), DatabaseColumn( 'AWC Site Code', SimpleColumn('awc_site_code'), slug='awc_site_code' ), DatabaseColumn( 'Supervisor Name', SimpleColumn('supervisor_name'), slug='supervisor_name' ), DatabaseColumn( 'Block Name', SimpleColumn('block_name'), slug='block_name' ), DatabaseColumn( 'AWW Phone Number', SimpleColumn('aww_phone_number'), format_fn=phone_number_function, slug='aww_phone_number' ), DatabaseColumn( 'Mother Phone Number', SimpleColumn('mother_phone_number'), format_fn=phone_number_function, slug='mother_phone_number' ), DatabaseColumn( 'Child Name', SimpleColumn('person_name'), slug='person_name' ), DatabaseColumn( 'Date of Birth', SimpleColumn('dob'), slug='dob' ), DatabaseColumn( 'Current Age (as of {})'.format(selected_month.isoformat()), AliasColumn('dob'), format_fn=lambda x: calculate_date_for_age(x, self.config['month']), slug='current_age' ), DatabaseColumn( 'Sex ', SimpleColumn('sex'), slug='sex' ), ICDSDatabaseColumn( '1 Year Immunizations Complete', SimpleColumn('fully_immunized'), format_fn=lambda x: 'Yes' if x else 'No' ), DatabaseColumn( 'Month for data shown', SimpleColumn('month'), slug='month' ), DatabaseColumn( 'Weight Recorded (in Month)', SimpleColumn('recorded_weight'), format_fn=test_fucntion, slug='recorded_weight' ), DatabaseColumn( 'Height Recorded (in Month)', SimpleColumn('recorded_height'), format_fn=test_fucntion, slug='recorded_height' ), DatabaseColumn( 'Weight-for-Age Status (in Month)', SimpleColumn('current_month_nutrition_status'), format_fn=lambda x: get_status( x, 'underweight', 'Normal weight for age', True ), slug='current_month_nutrition_status' ), DatabaseColumn( 'Weight-for-Height Status (in Month)', SimpleColumn(current_month_wasting_column(self.beta)), format_fn=lambda x: get_status( x, 'wasted', 'Normal weight for height', True ), slug="current_month_wasting_v2" ), DatabaseColumn( 'Height-for-Age status (in Month)', SimpleColumn(current_month_stunting_column(self.beta)), format_fn=lambda x: get_status( x, 'stunted', 'Normal height for age', True ), slug="current_month_stunting_v2" ), DatabaseColumn( 'Days attended PSE (as of {})'.format(selected_month.isoformat()), SimpleColumn('pse_days_attended'), slug="pse_days_attended" ), ] return columns