def run_daily_risk(self):
self.status_label["text"] = "Status: generating risk..."
self.status_label.update_idletasks()
self.daily_risk_button["state"] = DISABLED
(curdate, enddate) = self.get_date_range(
self.daily_risk_entry1.get(),
self.daily_risk_entry2.get()
)
oneday = datetime.timedelta(days=1)
# TODO: really, I should query the databsae to see which possible parameter
# sets exist, and offer these to the user instead of letting them specify
# their own.
cs = self.daily_risk_cs_entry.get()
ct = self.daily_risk_ct_entry.get()
sd = self.daily_risk_sd_entry.get()
td = self.daily_risk_td_entry.get()
param_id = dycast.get_param_record_id(cs, ct, sd, td)
if not param_id:
tkMessageBox.showerror(
"Daily risk",
"Cannot run daily risk: monte carlo simulations have not been generated for this set of parameters. Choose different parameters, or generate them from the Initialization window."
)
else:
while (curdate <= enddate):
self.status_label["text"] = "Status: generating risk... %s" % curdate
self.status_label.update_idletasks()
try:
dycast.daily_risk(curdate, cs, ct, sd, td)
#dycast.daily_risk(curdate, cs, ct, sd, td, 5580000, 5710000) # for testing
except:
tkMessageBox.showwarning(
"Daily risk",
"Could not run daily risk for %s" % curdate
)
break
curdate = curdate + oneday
self.daily_risk_button["state"] = NORMAL
self.status_label["text"] = "Status: ready"
self.status_label.update_idletasks()
def run_daily_risk(self):
self.status_label["text"] = "Status: generating risk..."
self.status_label.update_idletasks()
self.daily_risk_button["state"] = DISABLED
(curdate, enddate) = self.get_date_range(self.daily_risk_entry1.get(),
self.daily_risk_entry2.get())
oneday = datetime.timedelta(days=1)
# TODO: really, I should query the databsae to see which possible parameter
# sets exist, and offer these to the user instead of letting them specify
# their own.
cs = self.daily_risk_cs_entry.get()
ct = self.daily_risk_ct_entry.get()
sd = self.daily_risk_sd_entry.get()
td = self.daily_risk_td_entry.get()
param_id = dycast.get_param_record_id(cs, ct, sd, td)
if not param_id:
tkMessageBox.showerror(
"Daily risk",
"Cannot run daily risk: monte carlo simulations have not been generated for this set of parameters. Choose different parameters, or generate them from the Initialization window."
)
else:
while (curdate <= enddate):
self.status_label[
"text"] = "Status: generating risk... %s" % curdate
self.status_label.update_idletasks()
try:
dycast.daily_risk(curdate, cs, ct, sd, td)
#dycast.daily_risk(curdate, cs, ct, sd, td, 5580000, 5710000) # for testing
except:
tkMessageBox.showwarning(
"Daily risk",
"Could not run daily risk for %s" % curdate)
break
curdate = curdate + oneday
self.daily_risk_button["state"] = NORMAL
self.status_label["text"] = "Status: ready"
self.status_label.update_idletasks()
cs = default_cs
if options.closetime:
ct = options.closetime
else:
ct = default_ct
if options.spatialdomain:
sd = options.spatialdomain
else:
sd = default_sd
if options.temporaldomain:
td = options.temporaldomain
else:
td = default_td
i = int(options.num_days)
cur_date = datetime.date.today()
oneday = datetime.timedelta(days=1)
if cur_date.weekday() == calendar.FRIDAY:
dycast.backup_birds()
dycast.download_birds() # All options set in config file
dycast.load_bird_file() # All options set in config file
while i > 0:
dycast.daily_risk(cur_date, cs, ct, sd, td) # this just needs to know date, and the parameters to use
dycast.export_risk(cur_date) # needs to know date; use default directory
dycast.upload_new_risk() # upload everything from default directory
cur_date -= oneday # back up one day
i -= 1 # number of times remaining to back up
if options.spatialdomain:
sd = options.spatialdomain
else:
sd = default_sd
if options.temporaldomain:
td = options.temporaldomain
else:
td = default_td
if riskdate == "today" or not riskdate:
riskdate = datetime.date.today()
else:
try:
# This very simple parsing will work fine if date is YYYY-MM-DD
(y, m, d) = riskdate.split('-')
riskdate = datetime.date(int(y), int(m), int(d))
except Exception, inst:
print "couldn't parse", riskdate
print inst
sys.exit()
if options.endpoly and options.startpoly:
dycast.daily_risk(riskdate, cs, ct, sd, td, options.startpoly, options.endpoly)
elif options.endpoly and not options.startpoly:
print "ERROR: the endpoly option is only supported along with startpoly"
elif options.startpoly:
dycast.daily_risk(riskdate, cs, ct, sd, td, options.startpoly)
else:
dycast.daily_risk(riskdate, cs, ct, sd, td)
if options.spatialdomain:
sd = options.spatialdomain
else:
sd = default_sd
if options.temporaldomain:
td = options.temporaldomain
else:
td = default_td
if riskdate == "today" or not riskdate:
riskdate = datetime.date.today()
else:
try:
# This very simple parsing will work fine if date is YYYY-MM-DD
(y, m, d) = riskdate.split('-')
riskdate = datetime.date(int(y), int(m), int(d))
except Exception, inst:
print "couldn't parse", riskdate
print inst
sys.exit()
if options.endpoly and options.startpoly:
dycast.daily_risk(riskdate, cs, ct, sd, td, options.startpoly,
options.endpoly)
elif options.endpoly and not options.startpoly:
print "ERROR: the endpoly option is only supported along with startpoly"
elif options.startpoly:
dycast.daily_risk(riskdate, cs, ct, sd, td, options.startpoly)
else:
dycast.daily_risk(riskdate, cs, ct, sd, td)
