def generate_br_muni_list():
br_muni_json = read_json(export_dir / 'br_muni.json')
counties = sorted(br_muni_json.values(), key=lambda k: k['name'])
doc_md = f'# Brazil municipality IBGE code list\n'
doc_md += '[GeoJSON for all municipalities](../export/geojson/q5/br_muni_all.geojson)'
county_by_state = {}
for item in sorted(counties, key=lambda k: k['state_code']):
state_code = item['state_code']
county_by_state.setdefault(state_code, [])
county_by_state[state_code].append(item)
for state_code, state_items in county_by_state.items():
doc_md += f'\n\n#### {state_code}\n'
doc_md += 'Name | IBGE code | GeoJSON | population \n'
doc_md += '--- | --- | --- | --: \n'
for item in sorted(state_items, key=lambda k: k['name']):
ibge_code = item['ibge_code']
name_long = item['name_long']
population = item['population']
geojson_path = item['geojson_path']
population_str = ''
if population:
population_str = f'{population:,}'
geojson_link = f'[GeoJSON](../geojson/q8/{geojson_path})'
doc_md += f'{name_long} | {ibge_code} | {geojson_link} | {population_str}\n'
docs_dir.mkdir(parents=True, exist_ok=True)
write_file(docs_dir / 'br_muni_list.md', doc_md)
def generate_fips_list():
fips_json = read_json(export_dir / 'fips.json')
counties = sorted(fips_json.values(), key=lambda k: k['name'])
state_by_code = get_state_codes()[0]
doc_md = f'# US county FIPS code list\n'
doc_md += '[GeoJSON for all counties](../export/geojson/q5/fips_all.geojson)'
county_by_state = {}
for item in sorted(counties, key=lambda k: k['state_code']):
state_code = item['state_code']
county_by_state.setdefault(state_code, [])
county_by_state[state_code].append(item)
for state_code, state_items in county_by_state.items():
state_name = state_by_code[state_code]
doc_md += f'\n\n#### {state_name}, state code: {state_code}\n'
doc_md += 'Name | FIPS | GeoJSON | population \n'
doc_md += '--- | --- | --- | --: \n'
for item in sorted(state_items, key=lambda k: k['name']):
fips = item['fips']
name = item['name']
population = item['population']
population_str = ''
if population:
population_str = f'{population:,}'
state_code_str = fips[:2]
geojson_link = f'[GeoJSON](../export/geojson/q8/fips/{state_code_str}/{fips}.geojson)'
doc_md += f'{name} | {fips} | {geojson_link} | {population_str}\n'
write_file(docs_dir / 'fips_list.md', doc_md)
def generate_iso1_list():
iso1_json = read_json(export_dir / 'iso1.json')
iso2_json = read_json(export_dir / 'iso2.json')
iso2_country_codes = {i.split('-')[0] for i in iso2_json}
doc_md = (
'# ISO 3166-1 list\n'
'Name | ISO1 | ISO2 | GeoJSON | OSM | Wikidata | Wikipedia | population \n'
'--- | --- | --- | --- | --- | --- | --- | --: \n')
for item in sorted(iso1_json.values(), key=lambda k: k['name']):
data = build_row_data(item)
iso1 = item['iso1']
geojson_path = item['geojson_path']
geojson_link = f'[GeoJSON](../export/geojson/q7/{geojson_path})'
if iso1 in iso2_country_codes:
iso_2_link = f'[ISO2](iso2_list/{iso1}.md)'
else:
iso_2_link = ''
doc_md += (
f'{data["name"]} | {iso1} | {iso_2_link} | {geojson_link} | '
f'{data["osm_link"]} | {data["wikidata_link"]} | '
f'{data["wikipedia_link"]} | {data["population_str"]}'
f'\n')
write_file(docs_dir / 'iso1_list.md', doc_md)
def generate_iso2_list_country(iso1):
iso2_json = read_json(export_dir / 'iso2.json')
iso2_filtered = [
i for i in iso2_json.values() if i['iso2'].split('-')[0] == iso1
]
doc_md = f'# ISO 3166-2 list: {iso1}\n'
iso2_by_level = {}
for item in sorted(iso2_filtered, key=lambda k: k['admin_level']):
level = item['admin_level']
iso2_by_level.setdefault(level, [])
iso2_by_level[level].append(item)
for level, level_items in iso2_by_level.items():
doc_md += f'\n\n#### Level {level}\n'
doc_md += (
'Name | ISO2 | GeoJSON | OSM | Wikidata | Wikipedia | population \n'
'--- | --- | --- | --- | --- | --- | --: \n')
for item in sorted(level_items, key=lambda k: k['name']):
data = build_row_data(item)
iso2 = item['iso2']
geojson_path = item['geojson_path']
geojson_link = f'[GeoJSON](../../export/geojson/q8/{geojson_path})'
doc_md += (f'{data["name"]} | {iso2} | {geojson_link} | '
f'{data["osm_link"]} | {data["wikidata_link"]} | '
f'{data["wikipedia_link"]} | {data["population_str"]}'
f'\n')
write_file(docs_dir / 'iso2_list' / f'{iso1}.md', doc_md)
def generate_country_list():
levels = read_json(ne_id_dir / 'ne012.json')
doc_md = '# Country list'
for ne0, ne0_data in sorted(levels.items(),
key=lambda item: item[1]['name']):
name = ne0_data['name']
code = ne0[4:].lower()
doc_md += (
f'\n{name}{md_space}'
f'code: **{ne0}**{md_space}'
f'[view](../export/geojson/medium/ne0/{code}.geojson){md_space}')
if (ne3_dir / f'{code}.json').is_file():
doc_md += f'[states/provinces](country_list_ne3/{code}.md)'
doc_md += '\n\n'
if 'sub1' not in ne0_data:
continue
sub1 = ne0_data['sub1']
for ne1, ne1_data in sorted(sub1.items(),
key=lambda item: item[1]['name']):
name = ne1_data['name']
level = ne1[:3]
code = ne1[4:].lower()
doc_md += (
f' - {name}{md_space}'
f'code: **{ne1}**{md_space}'
f'[view](../export/geojson/medium/{level}/{code}.geojson){md_space} '
f'\n\n')
if 'sub2' not in ne1_data:
continue
sub2 = ne1_data['sub2']
for ne2, ne2_data in sorted(sub2.items(),
key=lambda item: item[1]['name']):
name = ne2_data['name']
level = ne2[:3]
code = ne2[4:].lower()
doc_md += (
f' - {name}{md_space}'
f'code: **{ne2}**{md_space}'
f'[view](../export/geojson/medium/{level}/{code}.geojson){md_space}'
f'\n\n')
write_file(docs_dir / 'country_list.md', doc_md)
print(f'country_list.md updated')
def generate_ne3_md(country_iso):
filename = f'{country_iso.lower()}.json'
level3 = read_json(ne3_dir / filename)
level012 = read_json(ne_id_dir / 'ne012.json')
country_name = level012[f'ne0:{country_iso.upper()}']['name']
doc_md = f'# {country_name} states/provinces/counties'
for ne3, ne3_data in sorted(level3.items(),
key=lambda item: item[1]['name']):
name = ne3_data['name']
ne3_country, ne3_state = ne3.split(':')[1].split('-')
assert country_iso.lower() == ne3_country.lower()
doc_md += (
f'\n{name}{md_space}'
f'code: **{ne3}**{md_space}'
f'[view](../../export/geojson/medium/ne3/{country_iso.lower()}/{ne3_state.lower()}.geojson){md_space}'
f'\n\n')
write_file(docs_dir / 'country_list_ne3' / f'{country_iso}.md', doc_md)
def generate_fips_list():
fips_json = read_json(export_dir / 'fips.json')
counties = sorted(fips_json.values(), key=lambda k: k['name'])
states_by_int = get_state_data()[0]
doc_md = f'# US county FIPS code list\n'
doc_md += '[GeoJSON for all counties](../export/geojson/q5/fips_all.geojson)'
county_by_state = {}
for item in sorted(counties, key=lambda k: k['state_code_int']):
state_code_int = item['state_code_int']
county_by_state.setdefault(state_code_int, [])
county_by_state[state_code_int].append(item)
for state_code_int, state_items in county_by_state.items():
state_name = states_by_int[state_code_int]['name']
state_code_postal = states_by_int[state_code_int]['postal_code']
doc_md += f'\n\n#### {state_name} - {state_code_postal}, state code: {state_code_int}\n'
doc_md += 'Name | FIPS | GeoJSON | population \n'
doc_md += '--- | --- | --- | --: \n'
for item in sorted(state_items, key=lambda k: k['name']):
fips = item['fips']
name_long = item['name_long']
population = item['population']
geojson_path = item['geojson_path']
population_str = ''
if population:
population_str = f'{population:,}'
geojson_link = f'[GeoJSON](../geojson/q8/{geojson_path})'
doc_md += f'{name_long} | {fips} | {geojson_link} | {population_str}\n'
docs_dir.mkdir(parents=True, exist_ok=True)
write_file(docs_dir / 'fips_list.md', doc_md)