def export_activity_choice_prob(export):
print >> export, '\n---------- activity choice prob ----------\n'
for person in elem.person_list:
print >> export, "%s" % person
# print titles
print >> export, "\t travel",
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print >> export, "\t%8s" % (each_actv),
print >> export
print >> export, "\t road",
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print >> export, "\t%8s" % (each_zone),
print >> export
# print probability
for timeslice in xrange(min2slice(conf.DAY) + 1):
print >> export, "[%3d]\t" % timeslice,
static_percent = sum(
prob.activity_choice_prob[person][timeslice].values())
print >> export, "%8.2f\t" % (1.0 - static_percent),
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print >> export, "%8.2f\t" % prob.activity_choice_prob[
person][timeslice][(each_actv, each_zone)],
print >> export
print >> export
def export_activity_choice_prob(export):
print>>export, '\n---------- activity choice prob ----------\n'
for person in elem.person_list:
print>>export, "%s" % person
# print titles
print>>export, "\t travel",
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print>>export, "\t%8s" % (each_actv),
print>>export
print>>export, "\t road",
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print>>export, "\t%8s" % (each_zone),
print>>export
# print probability
for timeslice in xrange(min2slice(conf.DAY)+1):
print>>export, "[%3d]\t" % timeslice,
static_percent = sum(prob.activity_choice_prob[person][timeslice].values())
print>>export, "%8.2f\t" % (1.0 - static_percent),
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print>>export, "%8.2f\t" % prob.activity_choice_prob[person][timeslice][(each_actv,each_zone)],
print>>export
print>>export
def export_activity_population(export):
print>>export, '\n-------- activity passengers ---------\n'
for each_actv in sorted_dict_values(elem.activities):
print>>export, "\t %s" % (each_actv),
print>>export
for timeslice in xrange(min2slice(conf.DAY)+1):
print>>export, "[%3d]\t" % timeslice,
for each_actv in sorted_dict_values(elem.activities):
print>>export, "%08.1f\t" % flow.activity_population[timeslice][each_actv],
print>>export
def export_activity_population(export):
print >> export, '\n-------- activity passengers ---------\n'
for each_actv in sorted_dict_values(elem.activities):
print >> export, "\t %s" % (each_actv),
print >> export
for timeslice in xrange(min2slice(conf.DAY) + 1):
print >> export, "[%3d]\t" % timeslice,
for each_actv in sorted_dict_values(elem.activities):
print >> export, "%08.1f\t" % flow.activity_population[timeslice][
each_actv],
print >> export
def export_solo_activity_util(export):
print>>export, '\n---------- solo activity utility ----------\n'
for actv_name in sorted(elem.activities.keys()):
print>>export, "%s\t" % actv_name,
print>>export
for timeslice in xrange(min2slice(conf.DAY)+1):
print>>export, "[%3d]\t" % timeslice,
for each_actv in sorted_dict_values(elem.activities):
print>>export, "%8.2f\t" % util.solo_util[timeslice][each_actv],
print>>export
def export_solo_activity_util(export):
print >> export, '\n---------- solo activity utility ----------\n'
for actv_name in sorted(elem.activities.keys()):
print >> export, "%s\t" % actv_name,
print >> export
for timeslice in xrange(min2slice(conf.DAY) + 1):
print >> export, "[%3d]\t" % timeslice,
for each_actv in sorted_dict_values(elem.activities):
print >> export, "%8.2f\t" % util.solo_util[timeslice][each_actv],
print >> export
def export_socio_activity_util(export):
print>>export, '\n---------- socio activity utility ----------\n'
for person in elem.person_list:
print>>export, "%s" % person
# print titles
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print>>export, "\t%8s" % (each_actv),
print>>export
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print>>export, "\t%8s" % (each_zone),
print>>export
# print utility
for timeslice in xrange(min2slice(conf.DAY)+1):
print>>export, "[%3d]\t" % timeslice,
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print>>export, "%8.2f\t" % util.socio_util[person][timeslice][(each_actv,each_zone)],
print>>export
print>>export
def export_multi_run_data(case_name):
# export to a MATLAB script file
fout = open('logs/multi_run_'+case_name+'.m', 'w')
print>>fout, "%s = %s;" % ('corr', sorted(stat.person_util.keys()) )
print>>fout, "%s = %s;" % ('joint_time', sorted_dict_values(stat.joint_time_use) )
print>>fout, "%s = %s;" % ('joint_duration', sorted_dict_values(stat.joint_activity_duration) )
print>>fout, "%s = %s;" % ('indep_duration', sorted_dict_values(stat.indep_activity_duration) )
print>>fout, "%s = %s;" % ('travel_time', sorted_dict_values(stat.average_travel_time) )
print>>fout, "%s = %s;" % ('out_of_home', sorted_dict_values(stat.out_of_home_flows) )
print>>fout, "%s = %s;" % ('in_home', sorted_dict_values(stat.in_home_flows) )
print>>fout, "%s = %s;" % ('daily_util', sorted_dict_values(stat.person_util) )
def export_socio_activity_util(export):
print >> export, '\n---------- socio activity utility ----------\n'
for person in elem.person_list:
print >> export, "%s" % person
# print titles
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print >> export, "\t%8s" % (each_actv),
print >> export
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print >> export, "\t%8s" % (each_zone),
print >> export
# print utility
for timeslice in xrange(min2slice(conf.DAY) + 1):
print >> export, "[%3d]\t" % timeslice,
for each_actv in sorted_dict_values(elem.activities):
for each_zone in each_actv.locations:
print >> export, "%8.2f\t" % util.socio_util[person][
timeslice][(each_actv, each_zone)],
print >> export
print >> export
def export_multi_run_data(case_name):
# export to a MATLAB script file
fout = open('logs/multi_run_' + case_name + '.m', 'w')
print >> fout, "%s = %s;" % ('corr', sorted(stat.person_util.keys()))
print >> fout, "%s = %s;" % ('joint_time',
sorted_dict_values(stat.joint_time_use))
print >> fout, "%s = %s;" % (
'joint_duration', sorted_dict_values(stat.joint_activity_duration))
print >> fout, "%s = %s;" % (
'indep_duration', sorted_dict_values(stat.indep_activity_duration))
print >> fout, "%s = %s;" % ('travel_time',
sorted_dict_values(stat.average_travel_time))
print >> fout, "%s = %s;" % ('out_of_home',
sorted_dict_values(stat.out_of_home_flows))
print >> fout, "%s = %s;" % ('in_home',
sorted_dict_values(stat.in_home_flows))
print >> fout, "%s = %s;" % ('daily_util',
sorted_dict_values(stat.person_util))
