def main():
""" Ensemble main """
uname = "VIEWSADMIN"
prefix = "postgresql"
db = "views"
port = "5432"
hostname = "VIEWSHOST"
connectstring = dbutils.make_connectstring(prefix, db, uname, hostname,
port)
levels = ["cm", "pgm"]
runtypes = ["eval", "fcast"]
outcomes = ["sb", "ns", "os"]
with open("ensembles_cm.json", 'r') as f:
template_cm = json.load(f)
with open("ensembles_pgm.json", 'r') as f:
template_pgm = json.load(f)
templates = {'pgm': template_pgm, 'cm': template_cm}
for level in levels:
for runtype in runtypes:
df = get_data(connectstring, level, runtype)
df_ens = compute_ensembles(df, templates, level, runtype, outcomes)
print(df_ens)
publish_results(connectstring, df_ens, level, runtype)
def main():
""" Run calibration """
uname = "VIEWSADMIN"
prefix = "postgresql"
db = "views"
port = "5432"
hostname = "VIEWSHOST"
connectstring = dbutils.make_connectstring(prefix, db, uname,
hostname, port)
levels = ["cm", "pgm"]
runtypes = ["eval", "fcast"]
for level in levels:
for runtype in runtypes:
df_actuals, df_calib, df_test = get_data(connectstring,
level,
runtype)
df_test_calibrated = calibrate_models(df_actuals, df_calib, df_test)
publish_results(connectstring, df_test_calibrated, level, runtype)
def main():
""" crosslevel main """
uname = "VIEWSADMIN"
prefix = "postgresql"
db = "views"
port = "5432"
hostname = "VIEWSHOST"
connectstring = dbutils.make_connectstring(prefix, db, uname, hostname,
port)
runtypes = ["eval", "fcast"]
periods = ["calib", "test"]
outcomes = ["sb", "ns", "os"]
with open("crosslevels.json", 'r') as f:
template = json.load(f)
for runtype in runtypes:
for period in periods:
df = get_data(connectstring, runtype, period)
df_cl = compute_crosslevels(df, template, runtype, period,
outcomes)
publish_results(connectstring, df_cl, runtype, period)
from sklearn.preprocessing import StandardScaler
from sklearn.ensemble import RandomForestClassifier
sys.path.insert(0, "../../../../")
import views_utils.dbutils as dbutils
sys.path.insert(0, "../../../osa")
from osa.wrapper_sm import SMLogit
import osa.utils as osa
uname = "VIEWSADMIN"
prefix = "postgresql"
db = "views"
port = "5432"
hostname = "VIEWSHOST"
connectstring = dbutils.make_connectstring(prefix, db, uname, hostname, port)
rf_500 = RandomForestClassifier(n_estimators = 500, n_jobs=10)
scaler = StandardScaler()
pipe_rf_500 = Pipeline([
('scaler', scaler),
('rf', rf_500)])
output_schema = "landed_test"
output_table = "osa_pgm_pronly_wcm_eval_calib_pr"
models = [
{
"dir_pickles": "$SNIC_TMP/osa/pickles/osa_pgm_pronly_wcm_eval_calib_pr/pgm_pronly_wcm_eval_calib_logit_fullsample_pr",
"estimator": SMLogit(),
"features": [
parser.add_argument("--uname", type=str, required=True, help="DB username")
parser.add_argument("--path_input",
type=str,
required=True,
help="path to .csv to import")
args = parser.parse_args()
path_input = args.path_input
db_uname = args.uname
db_prefix = "postgresql"
db_db = "views"
db_port = "5432"
db_hostname = "VIEWSHOST" #Janus
db_connectstring = dbutils.make_connectstring(db_prefix, db_db, db_uname,
db_hostname, db_port)
db_schema = "dataprep_test"
db_table = "fvp"
path_varlist = "../varlists/fvp/rawnames.txt"
path_renames = "../varlists/fvp/renames.txt"
varlist = datautils.read_varlist(path_varlist)
renames = datautils.read_renames(path_renames)
df = dbutils.file_to_df(path_input)
df.columns = df.columns.str.lower()
available = list(df.columns)
wanted_not_in_data = [col for col in varlist if col not in available]
wanted_in_data = [col for col in varlist if col in available]
"""
Gets REIGN data from git repository and stages it on db.
Currently restages full dataset with the latest month's release.
"""
import sys
sys.path.append("../..")
import urllib
import pandas as pd
import numpy as np
from views_utils import dbutils
from bs4 import BeautifulSoup
connectstring = dbutils.make_connectstring(prefix="postgresql",
db="views",
uname="VIEWSADMIN",
hostname="VIEWSHOST",
port="5432")
def getREIGN(schema="dataprep", table="reign", if_exists="replace"):
"""
Fetches most recent full REIGN dataset.
"""
#find current download link
url = 'https://oefdatascience.github.io/REIGN.github.io/menu/reign_current.html'
html_doc = urllib.request.urlopen(url).read()
soup = BeautifulSoup(html_doc, 'lxml')
container = soup.find("div", {"class": "post-container"})
link = container.find("a", href=True)['href']
print("downloading data from {}".format(link))
import sys
import pandas as pd
sys.path.insert(0, "../..")
from views_utils.dbutils import make_connectstring, df_to_db
prefix = "postgres"
db = "views"
uname = "VIEWSADMIN"
hostname = "VIEWSHOST"
port = "5432"
connectstring = make_connectstring(prefix, db, uname, hostname, port)
loas = ["pgm", "cm"]
schema = "launched"
if_exists = "replace"
for loa in loas:
for imp in range(1, 6):
table = loa + "_imp_ds_" + str(imp)
path_input = "/storage/runs/current/ds/results/"
path_input += loa + "_transforms/" + loa + "_imp_" + str(imp) + ".hdf5"
print(schema, table)
print(path_input)
#df = pd.read_hdf(path_input)
#df_to_db(connectstring, df, schema, table, if_exists, write_index=True)