def getmainInfo(dataframe):
length = max(dataframe['dist'])
tottime = max(dataframe['duration'])
dateandtime = dataframe['time'][0]
stopframe = (dataframe[dataframe['speed']<0.50][['duration']].index)
stoptime = sum(dataframe['duration'].diff()[stopframe])
walktime = tottime - stoptime
average_speed = length/walktime
pausefaktor = stoptime/tottime
ele_min = min(dataframe['ele'])
ele_max = max(dataframe['ele'])
elediff = ele_max-ele_min
climbing = reducedElePoints(dataframe)
steepness = climbing/(length/2)
climbingrate = climbing/(walktime/2)
kupert_faktor = climbing/elediff
topptur_faktor = elediff/ele_max
info = dict()
info['length'] = round(length/1000,2) #km
info['dateandtime'] = dateandtime
info['tottime'] = dtt(seconds=tottime)
info['stop_time'] = dtt(seconds=stoptime)
info['walk_time'] = dtt(seconds=walktime)
info['pause_faktor'] = round(pausefaktor*100,1)
info['avg_speed'] = round(average_speed*3.6,2)
info['elediff'] = round(elediff,1)
info['climbing'] = round(climbing,1)
info['steepness'] = round(steepness*1000,1)
info['climbingrate'] = round(climbingrate*60,1)
info['kupert_faktor'] = round(kupert_faktor,2)
info['topptur_faktor'] = round(topptur_faktor*100,1)
return info
def copyGPX(filename):
""" Reads a GPX file, renames the file and saves it in a different folder """
f = open(filename, encoding='utf-8')
ns = findNamespace(f)
xml = etree.parse(f)
f.close()
point = xml.find(ns + "trk/" + ns + "trkseg/" + ns + "trkpt")
startlat = float(point.attrib['lat'])
startlon = float(point.attrib['lon'])
starttime = normalizetimedata(point.find(ns + 'time').text)
loc = googleLocation(startlat, startlon)
timezone = googleTimezone(startlat, startlon, starttime)
newfilename = createfilename(loc, starttime, timezone, 'gpx')
trkname = xml.find(ns + "trk/" + ns + "name")
trkname.text = str(starttime + dtt(seconds=timezone))[:16]
fullFilePath = 'C:\\python\\testdata\\tcxnew\\{}'.format(newfilename)
f = open(fullFilePath, 'wb')
f.write(etree.tostring(xml))
f.close()
return fullFilePath
def copyGPX2(originalFile, saveFilepath, newFilename):
""" Reads a GPX file, renames the file and saves it in a different folder """
f = open(originalFile, encoding='utf-8')
ns = findNamespace(f)
xml = etree.parse(f)
f.close()
point = xml.find(ns + "trk/" + ns + "trkseg/" + ns + "trkpt")
startlat = float(point.attrib['lat'])
startlon = float(point.attrib['lon'])
starttime = normalizetimedata(point.find(ns + 'time').text)
timezone = googleTimezone(startlat, startlon, starttime)
try:
trkname = xml.find(ns + "trk/" + ns + "name")
trkname.text = str(starttime + dtt(seconds=timezone))[:16]
except:
pass
fullFilePath = saveFilepath + '\\' + newFilename
f = open(fullFilePath, 'wb')
f.write(etree.tostring(xml))
f.close()
return 0 #fullFilePath
def init_powersaving(self):
self.brightness = Config.get("settings.brightness")
self.normal_brightness = self.brightness
self.finish_init = datetime.now() + timedelta(seconds=5)
start = Config.get("settings.powersaving.start", "01:00")
end = Config.get("settings.powersaving.end", "07:00")
self.powersaving_brightness = Config.get(
"settings.powersaving.brightness", 0)
self.powersaving_start = dtt(hour=int(start[:2]),
minute=int(start[3:5]))
self.powersaving_end = dtt(hour=int(end[:2]), minute=int(end[3:5]))
self.update_powersaving(datetime.now())
def createTotStat():
""" Creates a placeholder for total stat data. """
totstat = dict()
totstat['tot_length'] = 0
totstat['tot_antall_besteget'] = 0
totstat['tot_elevation'] = 0
totstat['tot_tottid'] = dtt(seconds=0)
return totstat
def get_simulation_time(sim_min):
time = '09:00'
h, m = map(int, time.split(':'))
init_time = dtt(hour=h, minute=m)
timdelta = td(minutes=sim_min)
tmp_datetime = datetime.datetime.combine(datetime.date(1, 1, 1), init_time)
time2 = (tmp_datetime + timdelta).time()
return time2.strftime("%I:%M %p")
def getmainInfo(dataframe):
print('Number of points:', len(dataframe))
length = dataframe['dist'].max()
tottime = max(dataframe['duration'])
length = dataframe['dist'].max()
tottime = max(dataframe['duration'])
dateandtime = dataframe['time'][0]
stopframe = (dataframe[dataframe['speed'] < 0.2777][['duration']].index)
stoptime = sum(dataframe['duration'].diff()[stopframe])
walktime = tottime - stoptime
average_speed = length / walktime
pausefaktor = stoptime / tottime
ele_min = dataframe['ele'].min()
ele_max = dataframe['ele'].max()
elediff = calcEleDiff(ele_min, ele_max)
climbing = getClimbingHeightGPS(dataframe)
steepness = climbing / (length / 2)
climbingrate = climbing / (walktime / 2)
try:
kupert_faktor = climbing / elediff
topptur_faktor = elediff / ele_max
except:
kupert_faktor = 0
topptur_faktor = 0
info = dict()
info['length'] = round(length / 1000, 2) #km
info['dateandtime'] = dateandtime
info['tottime'] = dtt(seconds=tottime)
info['stop_time'] = dtt(seconds=stoptime)
info['walk_time'] = dtt(seconds=walktime)
info['pause_faktor'] = round(pausefaktor * 100, 1)
info['avg_speed'] = round(average_speed * 3.6, 2)
info['elediff'] = round(elediff, 1)
info['climbing'] = round(climbing, 1)
info['steepness'] = round(steepness * 1000, 1)
info['climbingrate'] = round(climbingrate * 60, 1)
info['kupert_faktor'] = round(kupert_faktor, 2)
info['topptur_faktor'] = round(topptur_faktor * 100, 1)
return info
def getmainInfoTCX(dataframe):
length = max(dataframe['dist'])
tottime = dataframe['time'].max() - dataframe['time'].min()
dateandtime = dataframe['time'][0]
climbing = gpxtricks.getClimbingHeightGPS(dataframe)
stopframe = (dataframe[dataframe['speed'] < 0.4167][['duration']].index)
stoptime = sum(dataframe['duration'].diff()[stopframe])
walktime = tottime.total_seconds() - stoptime
info = dict()
info['length'] = round(length / 1000, 2) #km
info['dateandtime'] = dateandtime
info['tottime'] = tottime
info['walk_time'] = dtt(seconds=walktime)
info['avg_speed'] = length / walktime * 3.6
info['climbing'] = round(climbing, 1)
info['activity'] = ''
info['health'] = ''
info['comment'] = ''
info['sone1'], info['sone2'], info['sone3'], info['sone4'], info[
'sone5'] = getTCXheartzone(dataframe)
return info
def copyTCX2(originalFile, saveFilepath, newFilename):
""" Reads a TCX file, renames the file and saves it in a different folder """
f = open(originalFile, encoding='utf-8')
ns = findNamespace(f)
xml = etree.parse(f)
f.close()
rawdata = findTCXFirstPoint(xml, ns)
pdata = normalizedata(rawdata['rawlat'], rawdata['rawlon'],
rawdata['rawtime'])
loc = googleLocation(pdata['lat'], pdata['lon'])
timezone = googleTimezone(pdata['lat'], pdata['lon'], pdata['time'])
trkname = xml.find(ns + "Activities/" + ns + "Activity/" + ns + "Id")
trkname.text = str(pdata['time'] + dtt(seconds=timezone))[:16]
fullFilePath = saveFilepath + '\\' + newFilename
f = open(fullFilePath, 'wb')
f.write(etree.tostring(xml))
f.close()
return fullFilePath
def copyTCX(filename):
""" Reads a TCX file, renames the file and saves it in a different folder """
f = open(filename, encoding='utf-8')
ns = findNamespace(f)
xml = etree.parse(f)
f.close()
rawdata = findTCXFirstPoint(xml, ns)
pdata = normalizedata(rawdata['rawlat'], rawdata['rawlon'],
rawdata['rawtime'])
loc = googleLocation(pdata['lat'], pdata['lon'])
timezone = googleTimezone(pdata['lat'], pdata['lon'], pdata['time'])
newfilename = createfilename(loc, pdata['time'], timezone, 'tcx')
trkname = xml.find(ns + "Activities/" + ns + "Activity/" + ns + "Id")
trkname.text = str(pdata['time'] + dtt(seconds=timezone))[:16]
fullFilePath = 'C:\\python\\testdata\\tcxnew\\{}'.format(newfilename)
f = open(fullFilePath, 'wb')
f.write(etree.tostring(xml))
f.close()
return fullFilePath
def handle (self, message):
# there are three things this app deals with primarily:
# registration, pin setup, and testing
# but we'll also use it to circumvent some logic in the tree
# app with a few custom codes.
if message.text.lower() == "iavi uganda" or message.text.lower() == "iavi kenya":
# if they are allowed to participate, return false so
# that the message propagates to the tree app. If they
# aren't this will come back as handled and the tree app
# will never see it.
# ASSUMES ORDERING OF APPS AND THAT THIS IS BEFORE TREE
return not self._allowed_to_participate(message)
# we'll be using the language in all our responses so
# keep it handy
language = get_language_code(message.persistant_connection)
# check pin conditions and process if they match
if message.reporter and message.reporter.pk in self.pending_pins:
return self._process_pin(message)
# registration block
# first make sure the string starts and ends with the *# - #* combination
match = re.match(r"^\*\#(.*?)\#\*$", message.text)
if match:
self.info("Message matches! %s", message)
body_groups = match.groups()[0].split("#")
if len(body_groups)== 3 and body_groups[0] == "8377":
# this is the testing format
# this is the (extremely ugly) format of testing
# *#8377#<Site Number>#<Last 4 Digits of Participant ID>#*
# TODO: implement testing
code, site, id = body_groups
alias = IaviReporter.get_alias(site, id)
try:
# lookup the user in question and initiate the tree
# sequence for them. If there are errors, respond
# with them
user = IaviReporter.objects.get(alias=alias)
errors = self._initiate_tree_sequence(user, message.persistant_connection)
if errors:
message.respond(errors)
except IaviReporter.DoesNotExist:
message.respond(_(strings["unknown_user"], language) % {"alias":id})
return True
else:
# assume this is the registration format
# this is the (extremely ugly) format of registration
# time is optional
# *#<Country/Language Group>#<Site Number>#<Last 3 Digits of Participant ID>#<time?>#*
if len(body_groups) == 3:
language, site, id = body_groups
study_time = "1600"
elif len(body_groups) == 4:
language, site, id, study_time = body_groups
else:
message.respond(_(strings["unknown_format"], get_language_code(message.persistant_connection)))
# validate the format of the id, existence of location
if not re.match(r"^\d{3}$", id):
message.respond(_(strings["id_format"], get_language_code(message.persistant_connection)) % {"alias" : id})
return True
try:
location = Location.objects.get(code=site)
except Location.DoesNotExist:
message.respond(_(strings["unknown_location"], get_language_code(message.persistant_connection)) % {"alias" : id, "location" : site})
return True
# TODO: validate the language
# validate and get the time object
if re.match(r"^\d{4}$", study_time):
hour = int(study_time[0:2])
minute = int(study_time[2:4])
if hour < 0 or hour >= 24 or minute < 0 or minute >= 60:
message.respond(_(strings["time_format"], get_language_code(message.persistant_connection)) % {"alias" : id, "time" : study_time})
return
real_time = dtt(hour, minute)
else:
message.respond(_(strings["time_format"], get_language_code(message.persistant_connection)) % {"alias" : id, "time" : study_time})
return
# user ids are unique per-location so use location-id
# as the alias
alias = IaviReporter.get_alias(location.code, id)
# make sure this isn't a duplicate alias
if len(IaviReporter.objects.filter(alias=alias)) > 0:
message.respond(_(strings["already_registered"], language) % {"alias": id, "location":location.code})
return True
# create the reporter object for this person
reporter = IaviReporter(alias=alias, language=language, location=location, registered=message.date)
reporter.save()
# create the study participant for this too. Assume they're starting
# tomorrow and don't set a stop date.
start_date = (datetime.today() + timedelta(days=1)).date()
participant = StudyParticipant.objects.create(reporter=reporter,
start_date = start_date,
notification_time = real_time)
# also attach the reporter to the connection
message.persistant_connection.reporter=reporter
message.persistant_connection.save()
message.respond(_(strings["registration_complete"], language) % {"alias": id })
# also send the PIN request and add this user to the
# pending pins
self.pending_pins[reporter.pk] = None
message.respond(_(strings["pin_request"], language))
else:
self.info("Message doesn't match. %s", message)
lotname = 'wustl_millbrook'
def space_list(min, max, items) :
for i in range(items) :
yield random.randint(min,max)
simulating = True
while simulating :
host = httplib.HTTPConnection(hostname)
print 'PUT to',hostname,'in lot',lotname,'...',
# generage a random number of spaces to change
spaces = []
changed = random.randint(1, 10)
now = dtdt.now()
six_oclock = dtdt.combine(now.date(), dtt(6, 00))
seven_oclock = dtdt.combine(now.date(), dtt(7, 00))
twelve_oclock = dtdt.combine(now.date(), dtt(12, 00))
thirteen_oclock = dtdt.combine(now.date(), dtt(13, 00))
eighteen_oclock = dtdt.combine(now.date(), dtt(18, 00))
nineteen_oclock = dtdt.combine(now.date(), dtt(19, 00))
twentytwo_oclock = dtdt.combine(now.date(), dtt(22, 00))
five_oclock = dtdt.combine(now.date(), dtt(5, 00))
if six_oclock <= now <= seven_oclock :
weight = 3
elif twelve_oclock <= now <= thirteen_oclock :
changed *= 2
weight = 3
elif eighteen_oclock <= now <= nineteen_oclock :
weight = 3
elif now >= twentytwo_oclock or now <= five_oclock :
def createfilename(location, time, timezone=0, fileextension='.gpx'):
normtime = str(time + dtt(seconds=timezone))
normtime = normtime[:16]
normtime = normtime.replace(':', '')
newfilename = '{0} {1}{2}'.format(normtime, location, fileextension)
return newfilename
def handle(self, message):
# there are three things this app deals with primarily:
# registration, pin setup, and testing
# but we'll also use it to circumvent some logic in the tree
# app with a few custom codes.
if message.text.lower() == "iavi uganda" or message.text.lower(
) == "iavi kenya":
# if they are allowed to participate, return false so
# that the message propagates to the tree app. If they
# aren't this will come back as handled and the tree app
# will never see it.
# ASSUMES ORDERING OF APPS AND THAT THIS IS BEFORE TREE
return not self._allowed_to_participate(message)
# we'll be using the language in all our responses so
# keep it handy
language = get_language_code(message.persistant_connection)
# check pin conditions and process if they match
if message.reporter and message.reporter.pk in self.pending_pins:
return self._process_pin(message)
# registration block
# first make sure the string starts and ends with the *# - #* combination
match = re.match(r"^\*\#(.*?)\#\*$", message.text)
if match:
self.info("Message matches! %s", message)
body_groups = match.groups()[0].split("#")
if len(body_groups) == 3 and body_groups[0] == "8377":
# this is the testing format
# this is the (extremely ugly) format of testing
# *#8377#<Site Number>#<Last 4 Digits of Participant ID>#*
# TODO: implement testing
code, site, id = body_groups
alias = IaviReporter.get_alias(site, id)
try:
# lookup the user in question and initiate the tree
# sequence for them. If there are errors, respond
# with them
user = IaviReporter.objects.get(alias=alias)
errors = self._initiate_tree_sequence(
user, message.persistant_connection)
if errors:
message.respond(errors)
except IaviReporter.DoesNotExist:
message.respond(
_(strings["unknown_user"], language) % {"alias": id})
return True
else:
# assume this is the registration format
# this is the (extremely ugly) format of registration
# time is optional
# *#<Country/Language Group>#<Site Number>#<Last 3 Digits of Participant ID>#<time?>#*
if len(body_groups) == 3:
language, site, id = body_groups
study_time = "1600"
elif len(body_groups) == 4:
language, site, id, study_time = body_groups
else:
message.respond(
_(strings["unknown_format"],
get_language_code(message.persistant_connection)))
# validate the format of the id, existence of location
if not re.match(r"^\d{3}$", id):
message.respond(
_(strings["id_format"],
get_language_code(message.persistant_connection)) %
{"alias": id})
return True
try:
location = Location.objects.get(code=site)
except Location.DoesNotExist:
message.respond(
_(strings["unknown_location"],
get_language_code(message.persistant_connection)) % {
"alias": id,
"location": site
})
return True
# TODO: validate the language
# validate and get the time object
if re.match(r"^\d{4}$", study_time):
hour = int(study_time[0:2])
minute = int(study_time[2:4])
if hour < 0 or hour >= 24 or minute < 0 or minute >= 60:
message.respond(
_(strings["time_format"],
get_language_code(message.persistant_connection))
% {
"alias": id,
"time": study_time
})
return
real_time = dtt(hour, minute)
else:
message.respond(
_(strings["time_format"],
get_language_code(message.persistant_connection)) % {
"alias": id,
"time": study_time
})
return
# user ids are unique per-location so use location-id
# as the alias
alias = IaviReporter.get_alias(location.code, id)
# make sure this isn't a duplicate alias
if len(IaviReporter.objects.filter(alias=alias)) > 0:
message.respond(
_(strings["already_registered"], language) % {
"alias": id,
"location": location.code
})
return True
# create the reporter object for this person
reporter = IaviReporter(alias=alias,
language=language,
location=location,
registered=message.date)
reporter.save()
# create the study participant for this too. Assume they're starting
# tomorrow and don't set a stop date.
start_date = (datetime.today() + timedelta(days=1)).date()
participant = StudyParticipant.objects.create(
reporter=reporter,
start_date=start_date,
notification_time=real_time)
# also attach the reporter to the connection
message.persistant_connection.reporter = reporter
message.persistant_connection.save()
message.respond(
_(strings["registration_complete"], language) %
{"alias": id})
# also send the PIN request and add this user to the
# pending pins
self.pending_pins[reporter.pk] = None
message.respond(_(strings["pin_request"], language))
else:
self.info("Message doesn't match. %s", message)
def validate(self, *args, **kwargs):
message = args[0]
form_entry = args[1]
data = form_entry.to_dict()
if form_entry.form.code.abbreviation == "register":
language = data["language"]
site = data["location"]
id = data["study_id"]
# time is optional
study_time = data["time"]
if not study_time:
study_time = "1600"
# validate the format of the id, existence of location
if not re.match(r"^\d{3}$", id):
return [(_(strings["id_format"], get_language_code(message.persistant_connection)) % {"alias" : id})]
try:
location = Location.objects.get(code=site)
except Location.DoesNotExist:
return[(_(strings["unknown_location"], get_language_code(message.persistant_connection)) % {"alias" : id, "location" : site})]
# TODO: validate the language
# validate and get the time object
if re.match(r"^\d{4}$", study_time):
hour = int(study_time[0:2])
minute = int(study_time[2:4])
if hour < 0 or hour >= 24 or minute < 0 or minute >= 60:
return [(_(strings["time_format"], get_language_code(message.persistant_connection)) % {"alias" : id, "time" : study_time})]
real_time = dtt(hour, minute)
else:
return [(_(strings["time_format"], get_language_code(message.persistant_connection)) % {"alias" : id, "time" : study_time})]
# user ids are unique per-location so use location-id
# as the alias
alias = IaviReporter.get_alias(location.code, id)
# make sure this isn't a duplicate alias
if len(IaviReporter.objects.filter(alias=alias)) > 0:
return [(_(strings["already_registered"], language) % {"alias": id, "location":location.code})]
return True
data["alias"] = alias
data["location"] = location
data["time"] = real_time
# all fields were present and correct, so copy them into the
# form_entry, for "actions" to pick up again without re-fetching
form_entry.reg_data = data
return []
elif form_entry.form.code.abbreviation == "test":
print "test!"
print data
site = data["location"]
id = data["study_id"]
alias = IaviReporter.get_alias(site, id)
try:
# make sure the user in question exists. If not,
# respond with an error
user = IaviReporter.objects.get(alias=alias)
# set some data in the form_entry so we have easy
# access to it from within actions
data["reporter"] = user
data["alias"] = alias
form_entry.test_data = data
except IaviReporter.DoesNotExist:
return [(_(strings["unknown_user"], language) % {"alias":id})]