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update_vaccination.py
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#!/usr/bin/env python
import datetime
import time
import pandas as pd
import cepimose
from update_stats import computeMunicipalityCases, computeRegionCases, computeStats
from transform.utils import sha1sum, write_timestamp_file, saveurl
def computeVaccination(update_time):
filename = 'csv/vaccination.csv'
print("Processing", filename)
old_hash = sha1sum(filename)
df_a= pd.read_csv('csv/vaccination-administered.csv', index_col='date')
df_d= pd.read_csv('csv/vaccination-delivered.csv', index_col='date')
df_m= pd.read_csv('csv/vaccination-used_by_manufacturer.csv', index_col='date')
df_g= pd.read_csv('csv/vaccination-by_age.csv', index_col='date')
merged = df_a.join(df_m, how='outer').join(df_d, how='outer').join(df_g, how='outer')
merged['vaccination.pfizer.delivered.todate'] = \
merged['vaccination.pfizer.delivered'].fillna(0).cumsum().replace({0: None}).astype('Int64')
merged['vaccination.moderna.delivered.todate'] = \
merged['vaccination.moderna.delivered'].fillna(0).cumsum().replace({0: None}).astype('Int64')
merged['vaccination.az.delivered.todate'] = \
merged['vaccination.az.delivered'].fillna(0).cumsum().replace({0: None}).astype('Int64')
merged['vaccination.janssen.delivered.todate'] = \
merged['vaccination.janssen.delivered'].fillna(0).cumsum().replace({0: None}).astype('Int64')
merged['vaccination.novavax.delivered.todate'] = \
merged['vaccination.novavax.delivered'].fillna(0).cumsum().replace({0: None}).astype('Int64')
merged['vaccination.delivered.todate'] = merged['vaccination.pfizer.delivered.todate'] \
.add(merged['vaccination.moderna.delivered.todate'], fill_value=0) \
.add(merged['vaccination.az.delivered.todate'], fill_value=0) \
.add(merged['vaccination.janssen.delivered.todate'], fill_value=0).astype('Int64') \
.add(merged['vaccination.novavax.delivered.todate'], fill_value=0).astype('Int64')
merged = merged.reindex([ # sort
'vaccination.administered', 'vaccination.administered.todate',
'vaccination.administered2nd', 'vaccination.administered2nd.todate',
'vaccination.administered3rd', 'vaccination.administered3rd.todate',
'vaccination.used.todate',
'vaccination.pfizer.used.todate',
'vaccination.moderna.used.todate',
'vaccination.az.used.todate',
'vaccination.janssen.used.todate',
'vaccination.novavax.used.todate',
'vaccination.delivered.todate',
'vaccination.pfizer.delivered', 'vaccination.pfizer.delivered.todate',
'vaccination.moderna.delivered', 'vaccination.moderna.delivered.todate',
'vaccination.az.delivered', 'vaccination.az.delivered.todate',
'vaccination.janssen.delivered', 'vaccination.janssen.delivered.todate',
'vaccination.novavax.delivered', 'vaccination.novavax.delivered.todate',
'vaccination.age.0-11.1st.todate','vaccination.age.0-11.2nd.todate','vaccination.age.0-11.3rd.todate',
'vaccination.age.12-17.1st.todate','vaccination.age.12-17.2nd.todate','vaccination.age.12-17.3rd.todate',
'vaccination.age.18-24.1st.todate','vaccination.age.18-24.2nd.todate','vaccination.age.18-24.3rd.todate',
'vaccination.age.25-29.1st.todate','vaccination.age.25-29.2nd.todate','vaccination.age.25-29.3rd.todate',
'vaccination.age.30-34.1st.todate','vaccination.age.30-34.2nd.todate','vaccination.age.30-34.3rd.todate',
'vaccination.age.35-39.1st.todate','vaccination.age.35-39.2nd.todate','vaccination.age.35-39.3rd.todate',
'vaccination.age.40-44.1st.todate','vaccination.age.40-44.2nd.todate','vaccination.age.40-44.3rd.todate',
'vaccination.age.45-49.1st.todate','vaccination.age.45-49.2nd.todate','vaccination.age.45-49.3rd.todate',
'vaccination.age.50-54.1st.todate','vaccination.age.50-54.2nd.todate','vaccination.age.50-54.3rd.todate',
'vaccination.age.55-59.1st.todate','vaccination.age.55-59.2nd.todate','vaccination.age.55-59.3rd.todate',
'vaccination.age.60-64.1st.todate','vaccination.age.60-64.2nd.todate','vaccination.age.60-64.3rd.todate',
'vaccination.age.65-69.1st.todate','vaccination.age.65-69.2nd.todate','vaccination.age.65-69.3rd.todate',
'vaccination.age.70-74.1st.todate','vaccination.age.70-74.2nd.todate','vaccination.age.70-74.3rd.todate',
'vaccination.age.75-79.1st.todate','vaccination.age.75-79.2nd.todate','vaccination.age.75-79.3rd.todate',
'vaccination.age.80-84.1st.todate','vaccination.age.80-84.2nd.todate','vaccination.age.80-84.3rd.todate',
'vaccination.age.85-89.1st.todate','vaccination.age.85-89.2nd.todate','vaccination.age.85-89.3rd.todate',
'vaccination.age.90+.1st.todate','vaccination.age.90+.2nd.todate','vaccination.age.90+.3rd.todate'
], axis='columns')
merged.to_csv(filename, float_format='%.0f', lineterminator='\r\n')
write_timestamp_file(filename=filename, old_hash=old_hash)
def import_nijz_dash_vacc_administred():
filename = "csv/vaccination-administered.csv"
df = pd.DataFrame.from_dict(cepimose.vaccinations_by_day()).set_index('date').rename(columns={
'first_dose': 'vaccination.administered.todate',
'second_dose': 'vaccination.administered2nd.todate',
'third_dose': 'vaccination.administered3rd.todate'
})
# dummy row for diff calculation remowed afterwards
dummy_date = datetime.datetime(2020, 12, 26)
dummy_row = pd.DataFrame({
'vaccination.administered.todate': 0,
'vaccination.administered2nd.todate': 0,
'vaccination.administered3rd.todate': 0
}, index=[dummy_date])
# calculate diffs from cumulative values (vaccinations per day)
df_diff = pd.concat([dummy_row, df]).diff().drop(labels=[dummy_date]).rename(columns={
'vaccination.administered.todate': 'vaccination.administered',
'vaccination.administered2nd.todate': 'vaccination.administered2nd',
'vaccination.administered3rd.todate': 'vaccination.administered3rd'
}).astype('Int64')
# merge dataframes (cumulative and per day)
df = pd.merge(df, df_diff, right_index=True, left_index=True)
# sort cols
df = df[['vaccination.administered', 'vaccination.administered.todate',
'vaccination.administered2nd', 'vaccination.administered2nd.todate',
'vaccination.administered3rd', 'vaccination.administered3rd.todate']]
df = df.astype('Int64')
# write csv
old_hash = sha1sum(filename)
# replace 0 with pd.NA so it does not get written to CSV
df.replace(0, pd.NA).to_csv(filename, date_format='%Y-%m-%d')
write_timestamp_file(filename, old_hash)
def import_nijz_dash_vacc_used_by_manufacturer():
filename = "csv/vaccination-used_by_manufacturer.csv"
# add used by manufacturers
df = pd.DataFrame.from_dict(cepimose.vaccinations_by_manufacturer_used()).set_index('date').rename(columns={
'pfizer': 'vaccination.pfizer.used',
'moderna': 'vaccination.moderna.used',
'az': 'vaccination.az.used',
'janssen': 'vaccination.janssen.used',
'novavax': 'vaccination.novavax.used'
}).astype('Int64')
df['vaccination.pfizer.used.todate'] = \
df['vaccination.pfizer.used'].fillna(0).cumsum().replace({0: None}).astype('Int64')
df['vaccination.moderna.used.todate'] = \
df['vaccination.moderna.used'].fillna(0).cumsum().replace({0: None}).astype('Int64')
df['vaccination.az.used.todate'] = \
df['vaccination.az.used'].fillna(0).cumsum().replace({0: None}).astype('Int64')
df['vaccination.janssen.used.todate'] = \
df['vaccination.janssen.used'].fillna(0).cumsum().replace({0: None}).astype('Int64')
df['vaccination.novavax.used.todate'] = \
df['vaccination.novavax.used'].fillna(0).cumsum().replace({0: None}).astype('Int64')
# calculate used vaccine doeses used total
df['vaccination.used'] = \
df['vaccination.pfizer.used'].fillna(0) + \
df['vaccination.moderna.used'].fillna(0) + \
df['vaccination.az.used'].fillna(0) + \
df['vaccination.janssen.used'].fillna(0) + \
df['vaccination.novavax.used'].fillna(0)
df['vaccination.used.todate'] = \
df['vaccination.used'].fillna(0).cumsum().replace({0: None}).astype('Int64')
df = df.astype('Int64')
# sort cols
df = df[[
'vaccination.used',
'vaccination.used.todate',
'vaccination.pfizer.used',
'vaccination.pfizer.used.todate',
'vaccination.moderna.used',
'vaccination.moderna.used.todate',
'vaccination.az.used',
'vaccination.az.used.todate',
'vaccination.janssen.used',
'vaccination.janssen.used.todate',
'vaccination.novavax.used',
'vaccination.novavax.used.todate',
]]
df = df.replace({0: None}).astype('Int64')
today = datetime.date.today().isoformat()
if today in df.index and pd.isna(df.loc[today]['vaccination.used']):
df.drop(df.loc[df.index==today].index, inplace=True)
# write csv
old_hash = sha1sum(filename)
# replace 0 with pd.NA so it does not get written to CSV
df.replace(0, pd.NA).to_csv(filename, date_format='%Y-%m-%d')
write_timestamp_file(filename, old_hash)
def import_nijz_dash_vacc_delivered():
filename = "csv/vaccination-delivered.csv"
df = pd.DataFrame.from_dict(cepimose.vaccines_supplied_by_manufacturer()).set_index('date').rename(columns=lambda m: f'vaccination.{m}.delivered')
manufacturersMap = {
"pfizer": cepimose.data.Manufacturer.PFIZER,
"moderna": cepimose.data.Manufacturer.MODERNA,
"az": cepimose.data.Manufacturer.AZ,
"janssen": cepimose.data.Manufacturer.JANSSEN,
"novavax": cepimose.data.Manufacturer.NOVAVAX,
}
columns=[]
for m in manufacturersMap:
columns.append(f'vaccination.{m}.delivered')
# sort columns
df = df[columns]
df = adjust_vacc_delivered(df)
# write csv
old_hash = sha1sum(filename)
# force integer type
df.fillna(0).round().astype('Int64').replace({0:None}).dropna(thresh=1).to_csv(filename, date_format="%Y-%m-%d", lineterminator='\r\n')
write_timestamp_file(filename, old_hash)
def adjust_vacc_delivered(df):
filename_adj = "csv/vaccination-delivered-adjustment.csv"
print(f"Adjusting deliveries with {filename_adj}")
df_adj= pd.read_csv(filename_adj, parse_dates=['date'], index_col='date').fillna(0).drop(columns='source').astype('Int64')
print(df)
print(df_adj)
dates = pd.concat([pd.DataFrame(df.index, columns = ['date']), pd.DataFrame(df_adj.index, columns = ['date'])]).drop_duplicates('date').set_index('date').sort_index()
df = dates.join(df).fillna(0)
df_adj = dates.join(df_adj).fillna(0)
df_result = (df_adj.reindex_like(df) + df).astype('Int64').replace({0:None})
print(df_result)
return df_result
def import_nijz_dash_vacc_by_age():
filename = "csv/vaccination-by_age.csv"
# map cepimose regions to sledilnik regions, preserving previous order
ageGroups = {
cepimose.data.AgeGroup.GROUP_0_11: "0-11",
cepimose.data.AgeGroup.GROUP_12_17: "12-17",
cepimose.data.AgeGroup.GROUP_18_24: "18-24",
cepimose.data.AgeGroup.GROUP_25_29: "25-29",
cepimose.data.AgeGroup.GROUP_30_34: "30-34",
cepimose.data.AgeGroup.GROUP_35_39: "35-39",
cepimose.data.AgeGroup.GROUP_40_44: "40-44",
cepimose.data.AgeGroup.GROUP_45_49: "45-49",
cepimose.data.AgeGroup.GROUP_50_54: "50-54",
cepimose.data.AgeGroup.GROUP_55_59: "55-59",
cepimose.data.AgeGroup.GROUP_60_64: "60-64",
cepimose.data.AgeGroup.GROUP_65_69: "65-69",
cepimose.data.AgeGroup.GROUP_70_74: "70-74",
cepimose.data.AgeGroup.GROUP_75_79: "75-79",
cepimose.data.AgeGroup.GROUP_80_84: "80-84",
cepimose.data.AgeGroup.GROUP_85_89: "85-89",
cepimose.data.AgeGroup.GROUP_90: "90+"
}
df = pd.DataFrame()
vByAgeGroups = cepimose.vaccinations_by_age_group()
for ag in vByAgeGroups:
print(f"Joining {ageGroups[ag]} ({ag}): {len(vByAgeGroups[ag])} rows:")
agData = pd.DataFrame.from_dict(vByAgeGroups[ag]).set_index('date')
# agData["first_diff"] = agData["first_dose"].diff()
# agData["second_diff"] = agData["second_dose"].diff()
# agData = agData[['first_diff', 'first_dose', 'second_diff', 'second_dose']]
agData.rename(inplace=True, columns={
# 'first_diff': f'vaccination.age.{ageGroups[ag]}.1st',
'first_dose': f'vaccination.age.{ageGroups[ag]}.1st.todate',
# 'second_diff': f'vaccination.region.{ageGroups[ag]}.2nd',
'second_dose': f'vaccination.age.{ageGroups[ag]}.2nd.todate',
# 'third_diff': f'vaccination.region.{ageGroups[ag]}.3rd',
'third_dose': f'vaccination.age.{ageGroups[ag]}.3rd.todate',
})
print(agData)
print(agData.describe())
df=df.join(agData, how='outer')
print(df)
print(df.describe())
old_hash = sha1sum(filename)
df.astype('Int64').replace({0:None}).to_csv(filename, date_format='%Y-%m-%d')
write_timestamp_file(filename, old_hash)
def import_nijz_dash_vacc_by_region():
filename = "csv/vaccination-by_region.csv"
print("Processing", filename)
df = pd.DataFrame()
vaccByRegion = cepimose.vaccinations_by_region_by_day()
# map cepimose regions to sledilnik regions, preserving previous order
regions = {
cepimose.data.Region.OBALNOKRASKA: "kp",
cepimose.data.Region.GORISKA: "ng",
cepimose.data.Region.PRIMORSKONOTRANJSKA: "po",
cepimose.data.Region.GORENJSKA: "kr",
cepimose.data.Region.OSREDNJESLOVENSKA: "lj",
cepimose.data.Region.JUGOVZHODNASLOVENIJA: "nm",
cepimose.data.Region.POSAVSKA: "kk",
cepimose.data.Region.ZASAVSKA: "za",
cepimose.data.Region.SAVINJSKA: "ce",
cepimose.data.Region.KOROSKA: "sg",
cepimose.data.Region.PODRAVSKA: "mb",
cepimose.data.Region.POMURSKA: "ms",
}
# join all regions
for reg in regions:
print("Joining {r} ({reg}): {c} rows:".format(r=regions[reg], reg=reg, c=len(vaccByRegion[reg])))
regData = pd.DataFrame.from_dict(vaccByRegion[reg]).set_index('date')
regData["first_diff"] = regData["first_dose"].diff()
regData["second_diff"] = regData["second_dose"].diff()
regData["third_diff"] = regData["third_dose"].diff()
regData = regData[['first_diff', 'first_dose', 'second_diff', 'second_dose', 'third_diff', 'third_dose']]
regData.rename(inplace=True, columns={
'first_diff': 'vaccination.region.{}.1st'.format(regions[reg]),
'first_dose': 'vaccination.region.{}.1st.todate'.format(regions[reg]),
'second_diff': 'vaccination.region.{}.2nd'.format(regions[reg]),
'second_dose': 'vaccination.region.{}.2nd.todate'.format(regions[reg]),
'third_diff': 'vaccination.region.{}.3rd'.format(regions[reg]),
'third_dose': 'vaccination.region.{}.3rd.todate'.format(regions[reg]),
})
print(regData)
print(regData.describe())
df=df.join(regData, how='outer')
print(df)
print(df.describe())
# write csv
old_hash = sha1sum(filename)
# force integer type
df.fillna(0).round().astype('Int64').replace({0:None}).to_csv(filename, date_format="%Y-%m-%d", lineterminator='\r\n')
write_timestamp_file(filename, old_hash)
def import_nijz_dash_vacc_by_municipalities():
filename = "csv/vaccination-by_municipality-latest.csv"
filenameByDay = "csv/vaccination-by_municipality.csv"
print("Processing", filename)
print("Processing", filenameByDay)
municipalities=pd.read_csv("csv/dict-municipality.csv", index_col="id") [["region", "iso_code", "name", "name_alt", "population" ]]
# uppercase for easy matching
municipalities['name_search']=municipalities['name'].str.upper()
municipalities['name_alt']=municipalities['name_alt'].str.upper()
municipalities['name_id']=municipalities.index.str.upper()
for row in cepimose.vaccinations_by_municipalities_share():
nameNormalized = row.name.upper().replace('-', ' - ')
mun=municipalities.loc[municipalities['name_search']==nameNormalized]
if mun is None or mun.empty:
mun=municipalities.loc[municipalities['name_alt']==nameNormalized]
if mun is None or mun.empty:
mun=municipalities.loc[municipalities['name_id']==nameNormalized]
if mun is None or mun.empty:
mun=municipalities.loc[municipalities['name_search']==nameNormalized.replace("SV. ", "SVETA ")]
if mun is None or mun.empty:
raise Exception(f'No municipality match: {row.name}')
if len(mun.index) > 1:
raise Exception(f'{len(mun.index)} municipalities match: {row.name}')
# pop=mun.to_records()[0].population
# if pop != row.population:
# # comment this out if it starts to fail to continue scraping until the population is fixed in dict-municipality.csv
# raise Exception(f'Population mismatch in {row.name}: {pop} (dict-municipality.csv) != {row.population} (NIJZ)')
# add new columns:
munId=mun.to_records()[0].id
municipalities.loc[munId, 'population'] = row.population # overwrite the population with the one from NIJZ, could differ from the one in dict-municipality.csv
municipalities.loc[munId, '1st.todate'] = row.dose1
municipalities.loc[munId, '1st.share.todate'] = round(row.share1, 5)
municipalities.loc[munId, '2nd.todate'] = row.dose2
municipalities.loc[munId, '2nd.share.todate'] = round(row.share2, 5)
# trim down extra columns
municipalities = municipalities[['region', 'iso_code', 'name', 'population', '1st.todate', '1st.share.todate', '2nd.todate', '2nd.share.todate']]
municipalities['1st.todate']=municipalities['1st.todate'].astype('Int64')
municipalities['2nd.todate']=municipalities['2nd.todate'].astype('Int64')
municipalities.dropna(thresh=4, inplace=True)
print(municipalities)
old_hash = sha1sum(filename)
municipalities.to_csv(filename)
write_timestamp_file(filename, old_hash)
# daily history
today_data = {}
for id, m in municipalities.iterrows():
fieldPrefix=f'vaccination.region.{m["region"]}.{id}.'
# today_data[f'{fieldPrefix}population'] = m["population"]
today_data[f'{fieldPrefix}1st.todate'] = m["1st.todate"]
# today_data[f'{fieldPrefix}1st.share.todate'] = m["1st.share.todate"]
today_data[f'{fieldPrefix}2nd.todate'] = m["2nd.todate"]
# today_data[f'{fieldPrefix}2nd.share.todate'] = m["2nd.share.todate"]
df_today = pd.DataFrame([today_data], index=[datetime.date.today()])
df_today.index.name = 'date'
# print(df_today)
# uncomment if there's no previous history file:
# df_today.to_csv(filenameByDay, date_format='%Y-%m-%d')
# write_timestamp_file(filenameByDay, "")
df_existing = pd.read_csv(filenameByDay, index_col=0, parse_dates=[0])
# print(df_existing)
df_updated = df_today.combine_first(df_existing).fillna(0).round().replace({0: None}).astype('Int64')
print(df_updated)
old_hash = sha1sum(filenameByDay)
df_updated.to_csv(filenameByDay, date_format='%Y-%m-%d')
write_timestamp_file(filenameByDay, old_hash)
def import_opsi_vaccination():
# https://podatki.gov.si/dataset/precepljenost-proti-covid19
saveurl("https://podatki.gov.si/dataset/3634ebb7-605b-412a-8145-96b714c1e72b/resource/639e2e1a-7d4b-4b10-8cdc-f2f8b0258ea0/download/vwlusycepljenje.csv", "csv/vaccination-opsi.csv", "text/csv")
if __name__ == "__main__":
update_time = int(time.time())
import_opsi_vaccination()
# TODO: use files from OPSI:
# import_nijz_dash_vacc_administred()
# import_nijz_dash_vacc_used_by_manufacturer()
# import_nijz_dash_vacc_delivered()
# import_nijz_dash_vacc_by_age()
# import_nijz_dash_vacc_by_region()
# import_nijz_dash_vacc_by_municipalities()
computeVaccination(update_time)
computeMunicipalityCases(update_time)
computeRegionCases(update_time)
computeStats(update_time)