def run_projections(
input_file,
run_validation=True) -> TopCountiesPipelineProjectionResult:
"""Run the projections for the current intervention for counties
in order to generate a list of the 100 counties most affected
Args:
input_file: Input file to load model output results from.
run_validation: If true runs validation on generated shapefiles
and dataframes.
Returns: TopCountiesPipelineProjectionResult objects for county data.
"""
# Run County level projections
intervention = Intervention.SELECTED_INTERVENTION
counties_key_name = f"counties.{intervention.name}"
# note i think build_processed_dataset should porbably be renamed?
counties_df = build_processed_dataset.get_usa_by_county_with_projection_df(
input_file, intervention.value)
if run_validation:
validate_results.validate_counties_df(counties_key_name, counties_df,
intervention)
county_results = TopCountiesPipelineProjectionResult(counties_df)
return county_results
def deploy(run_validation, input, output):
"""The entry function for invocation"""
for intervention_enum in list(Intervention):
logger.info(
f"Starting to generate files for {intervention_enum.name}.")
states_key_name = f'states.{intervention_enum.name}'
states_df = get_usa_by_states_df(input, intervention_enum.value)
if run_validation:
validate_states_df(states_key_name, states_df)
upload_csv(states_key_name, states_df.to_csv(), output)
states_shp = BytesIO()
states_shx = BytesIO()
states_dbf = BytesIO()
get_usa_state_shapefile(states_df, states_shp, states_shx, states_dbf)
if run_validation:
validate_states_shapefile(states_key_name, states_shp, states_shx,
states_dbf)
DatasetDeployer(key=f'{states_key_name}.shp',
body=states_shp.getvalue(),
output_dir=output).persist()
DatasetDeployer(key=f'{states_key_name}.shx',
body=states_shx.getvalue(),
output_dir=output).persist()
DatasetDeployer(key=f'{states_key_name}.dbf',
body=states_dbf.getvalue(),
output_dir=output).persist()
logger.info(
f"Generated state shape files for {intervention_enum.name}")
counties_key_name = f'counties.{intervention_enum.name}'
counties_df = get_usa_by_county_with_projection_df(
input, intervention_enum.value)
if run_validation:
validate_counties_df(counties_key_name, counties_df)
upload_csv(counties_key_name, counties_df.to_csv(), output)
counties_shp = BytesIO()
counties_shx = BytesIO()
counties_dbf = BytesIO()
get_usa_county_shapefile(counties_df, counties_shp, counties_shx,
counties_dbf)
if run_validation:
validate_counties_shapefile(counties_key_name, counties_shp,
counties_shx, counties_dbf)
DatasetDeployer(key=f'{counties_key_name}.shp',
body=counties_shp.getvalue(),
output_dir=output).persist()
DatasetDeployer(key=f'{counties_key_name}.shx',
body=counties_shx.getvalue(),
output_dir=output).persist()
DatasetDeployer(key=f'{counties_key_name}.dbf',
body=counties_dbf.getvalue(),
output_dir=output).persist()
logger.info(
f"Generated counties shape files for {intervention_enum.name}")
print('finished dod job')
def run_projections(
state_input_file, county_input_file, intervention: Intervention, run_validation=True
) -> Tuple[DodInterventionResult, DodInterventionResult]:
"""Run county and state level projections for a specific intervention.
Args:
input_file: Input file to load model output results from.
intervention: Intervention type to summarize.
run_validation: If true runs validation on generated shapefiles
and dataframes.
Returns: Tuple of DodInterventionResult objects for state and county data.
"""
states_key_name = f"states.{intervention.name}"
states_df = build_processed_dataset.get_usa_by_states_df(
state_input_file, intervention.value
)
if run_validation:
validate_results.validate_states_df(states_key_name, states_df)
states_shp, states_shx, states_dbf = generate_shapefiles.get_usa_state_shapefile(
states_df
)
if run_validation:
validate_results.validate_states_shapefile(
states_key_name, states_shp, states_shx, states_dbf
)
logger.info(f"Generated state shape files for {intervention.name}")
# Run County level projections
counties_key_name = f"counties.{intervention.name}"
counties_df = build_processed_dataset.get_usa_by_county_with_projection_df(
county_input_file, intervention.value
)
if run_validation:
validate_results.validate_counties_df(counties_key_name, counties_df)
(
counties_shp,
counties_shx,
counties_dbf,
) = generate_shapefiles.get_usa_county_shapefile(counties_df)
if run_validation:
validate_results.validate_counties_shapefile(
counties_key_name, counties_shp, counties_shx, counties_dbf
)
state_results = DodInterventionResult(
states_key_name, states_df, (states_shp, states_shx, states_dbf)
)
county_results = DodInterventionResult(
counties_key_name, counties_df, (counties_shp, counties_shx, counties_dbf)
)
return state_results, county_results
def run_projections(
input_file, aggregation_level, intervention: Intervention, run_validation=True
) -> APIPipelineProjectionResult:
"""Run the projections for the given intervention for states
in order to generate the api.
Args:
input_file: Input file to load model output results from.
intervention: Intervention Enum to be used to generate results
run_validation: If true runs validation on generated shapefiles
and dataframes.
Returns: APIPipelineProjectionResult objects for county data.
"""
if aggregation_level == AggregationLevel.STATE:
states_key_name = f"states.{intervention.name}"
states_df = build_processed_dataset.get_usa_by_states_df(
input_file, intervention.value
)
if run_validation:
validate_results.validate_states_df(states_key_name, states_df)
state_results = APIPipelineProjectionResult(
intervention, AggregationLevel.STATE, states_df
)
return state_results
elif aggregation_level == AggregationLevel.COUNTY:
# Run County level projections
counties_key_name = f"counties.{intervention.name}"
counties_df = build_processed_dataset.get_usa_by_county_with_projection_df(
input_file, intervention.value
)
if run_validation:
validate_results.validate_counties_df(
counties_key_name, counties_df, intervention
)
county_results = APIPipelineProjectionResult(
intervention, AggregationLevel.COUNTY, counties_df
)
return county_results
else:
raise ValueError("Non-valid aggreation level specified")
