added multitimeseries simulation command

emerge/cli/cli.py

@@ -2,24 +2,16 @@
 Command line utility for EMeRGE
 """
 
-# standard imports
 from pathlib import Path
-import datetime
 
-# third-party imports
 import click
 
-# internal imports
 from emerge.metrics.snapshot_metrics import compute_snapshot_metrics
-from emerge.metrics import system_metrics
-from emerge.metrics import observer
-from emerge.metrics import node_metrics
-from emerge.simulator import simulation_manager
 from emerge.network import feeder_geojson
 from emerge.simulator import opendss
 from emerge.cli.scenario import generate_scenarios
 from emerge.cli.multiscenario_metrics import (
-    compute_multiscenario_time_series_metrics,
+    multi_timeseries_simulation,
 )
 from emerge.cli.custom_metrics import compute_custom_metrics
 from emerge.cli.schema_generator import create_schemas
@@ -47,127 +39,6 @@ def create_geojsons(master_file, output_folder):
         opendss_instance.dss_instance, output_folder
     )
 
-
-# @click.command()
-# @click.option(
-#     "-m",
-#     "--master-file",
-#     help="Path to master dss file",
-# )
-# @click.option(
-#     "-ss",
-#     "--simulation-start",
-#     default="2022-1-1 00:00:00",
-#     show_default=True,
-#     help="Simulation start time.",
-# )
-# @click.option(
-#     "-ps",
-#     "--profile-start",
-#     default="2022-1-1 00:00:00",
-#     show_default=True,
-#     help="Time series profile start time.",
-# )
-# @click.option(
-#     "-se",
-#     "--simulation-end",
-#     default="2022-1-2 00:00:00",
-#     show_default=True,
-#     help="Simulation end time.",
-# )
-# @click.option(
-#     "-r",
-#     "--simulation-resolution",
-#     default=60,
-#     show_default=True,
-#     help="Simulation time resolution in minutes.",
-# )
-# @click.option(
-#     "-ot",
-#     "--overvoltage-threshold",
-#     default=1.05,
-#     show_default=True,
-#     help="Overvoltage threshold.",
-# )
-# @click.option(
-#     "-ut",
-#     "--undervoltage-threshold",
-#     default=0.95,
-#     show_default=True,
-#     help="Undervoltage threshold.",
-# )
-# @click.option(
-#     "-tt",
-#     "--thermal-threshold",
-#     default=0.95,
-#     show_default=True,
-#     help="Thermal laoding threshold.",
-# )
-# @click.option(
-#     "-o",
-#     "--output-json",
-#     default="db_metric.json",
-#     show_default=True,
-#     help="Ouput directory for storing the db",
-# )
-# def compute_time_series_metrics(
-#     master_file,
-#     simulation_start,
-#     profile_start,
-#     simulation_end,
-#     simulation_resolution,
-#     overvoltage_threshold,
-#     undervoltage_threshold,
-#     thermal_threshold,
-#     output_json,
-# ):
-#     """Reads the OpenDSS model and computes various snapshot
-#     metrics which can be later ingested by dashboard."""
-
-#     date_format = "%Y-%m-%d %H:%M:%S"
-#     manager = simulation_manager.OpenDSSSimulationManager(
-#         master_file,
-#         datetime.datetime.strptime(simulation_start, date_format),
-#         datetime.datetime.strptime(profile_start, date_format),
-#         datetime.datetime.strptime(simulation_end, date_format),
-#         simulation_resolution,
-#     )
-#     subject = observer.MetricsSubject()
-
-#     sardi_voltage_observer = system_metrics.SARDI_voltage(
-#         overvoltage_threshold, undervoltage_threshold
-#     )
-#     sardi_line_observer = system_metrics.SARDI_line(thermal_threshold)
-#     sardi_xfmr_observer = system_metrics.SARDI_transformer(thermal_threshold)
-#     sardi_aggregated_observer = system_metrics.SARDI_aggregated(
-#         loading_limit=thermal_threshold,
-#         voltage_limit={
-#             "overvoltage_threshold": overvoltage_threshold,
-#             "undervoltage_threshold": undervoltage_threshold,
-#         },
-#     )
-#     nvri_observer = node_metrics.NVRI(
-#         overvoltage_threshold, undervoltage_threshold
-#     )
-#     llri_observer = node_metrics.LLRI(thermal_threshold)
-#     tlri_observer = node_metrics.TLRI(thermal_threshold)
-
-#     observers_ = [
-#         sardi_voltage_observer,
-#         sardi_line_observer,
-#         sardi_xfmr_observer,
-#         sardi_aggregated_observer,
-#         nvri_observer,
-#         llri_observer,
-#         tlri_observer,
-#     ]
-#     for observer_ in observers_:
-#         subject.attach(observer_)
-
-#     manager.simulate(subject)
-#     observer.export_tinydb_json(observers_, output_json)
-
-
 @click.command()
 @click.option(
     "-m",
@@ -194,6 +65,6 @@ def cli():
 cli.add_command(timeseries_simulation)
 cli.add_command(create_geojsons)
 cli.add_command(generate_scenarios)
-cli.add_command(compute_multiscenario_time_series_metrics)
+cli.add_command(multi_timeseries_simulation)
 cli.add_command(compute_custom_metrics)
 cli.add_command(create_schemas)