def test_get_laps_old(self):
orig_laps = [("1264.66", "42.84154594", "-2.68554166", "426",
"5000.71875", "42.83547375", "-2.68631422", "active",
"170", "177", "4.93775940", "manual"),
("1279.71", "42.86093295", "-2.66849270", "445",
"5162.37109", "42.84155038", "-2.68552473", "active",
"176", "179", "5.10653210", "manual"),
("1263.54", "42.83505499", "-2.67709371", "423",
"4882.18457", "42.86094376", "-2.66848792", "active",
"176", "179", "4.37805939", "manual"),
("1525.68", "42.84018606", "-2.68670272", "426",
"4973.64746", "42.83504661", "-2.67710888", "active",
"167", "181", "4.52464294", "manual"),
("374.23", "42.83771038", "-2.68647373", "96",
"1098.94531", "42.84018849", "-2.68670733", "active",
"159", "163", "4.30066299", "manual")]
try:
xml_file = os.path.dirname(
os.path.abspath(__file__)) + "/gpxplus_sample_old.gpx"
gpx = Gpx(None, None) # avoid launching _getValues
gpx.tree = etree.ElementTree(file=xml_file).getroot()
gpx_laps = gpx.getLaps()
self.assertEqual(orig_laps, gpx_laps)
except ():
self.fail()
def test_get_laps_old(self):
orig_laps = [
("1264.66","42.84154594","-2.68554166","426","5000.71875","42.83547375","-2.68631422","active","170","177","4.93775940","manual"),
("1279.71","42.86093295","-2.66849270","445","5162.37109","42.84155038","-2.68552473","active","176","179","5.10653210","manual"),
("1263.54","42.83505499","-2.67709371","423","4882.18457","42.86094376","-2.66848792","active","176","179","4.37805939","manual"),
("1525.68","42.84018606","-2.68670272","426","4973.64746","42.83504661","-2.67710888","active","167","181","4.52464294","manual"),
("374.23","42.83771038","-2.68647373","96","1098.94531","42.84018849","-2.68670733","active","159","163","4.30066299","manual")]
try:
xml_file = os.path.dirname(__file__) + "/gpxplus_sample_old.gpx"
gpx = Gpx(None, None) # avoid launching _getValues
gpx.tree = etree.ElementTree(file = xml_file).getroot()
gpx_laps = gpx.getLaps()
self.assertEquals(orig_laps, gpx_laps)
except():
self.fail()
def gpx(self):
'''
Get activity information from the GPX file
'''
logging.debug(">>")
if self._gpx:
logging.debug("Return pre-created GPX")
return self._gpx
elif self.gpx_file:
logging.debug("Parse GPX")
#Parse GPX file
#print "Activity initing GPX.. ",
self._gpx = Gpx(
filename=self.gpx_file) #TODO change GPX code to do less....
logging.info(
"GPX Distance: %s | distance (trkpts): %s | duration: %s | duration (trkpts): %s"
% (self.gpx.total_dist, self.gpx.total_dist_trkpts,
self.gpx.total_time, self.gpx.total_time_trkpts))
time_diff = self.gpx.total_time_trkpts - self.gpx.total_time
acceptable_lapse = 4 # number of seconds that duration calculated using lap and trkpts data can differ
if time_diff > acceptable_lapse:
self.time_pause = time_diff
logging.debug("Identified non active time: %s s" %
self.time_pause)
return self._gpx
else:
logging.debug("No GPX file found")
return None
logging.debug("<<")
def test_get_laps(self):
orig_laps = [("311.31", "43.53781521", "-5.63955233", "81",
"1000.000000", "43.54065232", "-5.65094300", "active",
"158", "178", "3.52099586", "distance"),
("337.85", "43.53220135", "-5.63737772", "83",
"1000.000000", "43.53780859", "-5.63955157", "active",
"149", "153", "4.07694530", "distance"),
("342.13", "43.52516323", "-5.64443462", "87",
"1000.000000", "43.53218752", "-5.63737328", "active",
"150", "154", "3.13006544", "distance"),
("353.81", "43.52035671", "-5.65329663", "86",
"1000.000000", "43.52515301", "-5.64443881", "active",
"146", "150", "3.00786400", "distance"),
("352.61", "43.51314962", "-5.65532908", "87",
"1000.000000", "43.52035412", "-5.65329814", "active",
"148", "158", "3.17764997", "distance"),
("354.17", "43.52061689", "-5.65409191", "87",
"1000.000000", "43.51314115", "-5.65533193", "active",
"142", "149", "3.52461219", "distance"),
("343.65", "43.52592498", "-5.64510651", "86",
"1000.000000", "43.52062519", "-5.65408990", "active",
"144", "147", "3.04636431", "distance"),
("366.95", "43.53079587", "-5.63821390", "83",
"1000.000000", "43.52592733", "-5.64509553", "active",
"142", "150", "3.21967506", "distance"),
("345.69", "43.53726536", "-5.63784711", "87",
"1000.000000", "43.53081406", "-5.63820661", "active",
"146", "150", "4.38874722", "distance"),
("330.64", "43.54042768", "-5.64873822", "86",
"1000.000000", "43.53726494", "-5.63783269", "active",
"149", "154", "3.56236672", "distance"),
("41.96", "43.54054570", "-5.65028653", "11",
"132.227539", "43.54043892", "-5.64874199", "active",
"150", "152", "3.40324497", "manual")]
try:
xml_file = os.path.dirname(
os.path.abspath(__file__)) + "/gpxplus_sample.gpx"
gpx = Gpx(None, None) # avoid launching _getValues
gpx.tree = etree.ElementTree(file=xml_file).getroot()
gpx_laps = gpx.getLaps()
self.assertEqual(orig_laps, gpx_laps)
except ():
self.fail()
def test_get_laps(self):
orig_laps = [
("311.31","43.53781521","-5.63955233","81","1000.000000","43.54065232","-5.65094300","active","158","178","3.52099586","distance"),
("337.85","43.53220135","-5.63737772","83","1000.000000","43.53780859","-5.63955157","active","149","153","4.07694530","distance"),
("342.13","43.52516323","-5.64443462","87","1000.000000","43.53218752","-5.63737328","active","150","154","3.13006544","distance"),
("353.81","43.52035671","-5.65329663","86","1000.000000","43.52515301","-5.64443881","active","146","150","3.00786400","distance"),
("352.61","43.51314962","-5.65532908","87","1000.000000","43.52035412","-5.65329814","active","148","158","3.17764997","distance"),
("354.17","43.52061689","-5.65409191","87","1000.000000","43.51314115","-5.65533193","active","142","149","3.52461219","distance"),
("343.65","43.52592498","-5.64510651","86","1000.000000","43.52062519","-5.65408990","active","144","147","3.04636431","distance"),
("366.95","43.53079587","-5.63821390","83","1000.000000","43.52592733","-5.64509553","active","142","150","3.21967506","distance"),
("345.69","43.53726536","-5.63784711","87","1000.000000","43.53081406","-5.63820661","active","146","150","4.38874722","distance"),
("330.64","43.54042768","-5.64873822","86","1000.000000","43.53726494","-5.63783269","active","149","154","3.56236672","distance"),
("41.96","43.54054570","-5.65028653","11","132.227539","43.54043892","-5.64874199","active","150","152","3.40324497","manual")]
try:
xml_file = os.path.dirname(__file__) + "/gpxplus_sample.gpx"
gpx = Gpx(None, None) # avoid launching _getValues
gpx.tree = etree.ElementTree(file = xml_file).getroot()
gpx_laps = gpx.getLaps()
self.assertEquals(orig_laps, gpx_laps)
except():
self.fail()
def test_missing_tracks(self):
trkdata = """<?xml version="1.0" encoding="UTF-8" standalone="no" ?>
<gpx xmlns="http://www.topografix.com/GPX/1/1" creator="" version="1.1" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.topografix.com/GPX/1/1 http://www.topografix.com/GPX/1/1/gpx.xsd">
</gpx>
"""
# Write a GPX file with no tracks
with NamedTemporaryFile(mode='w', delete=False) as tmpf:
tmpf.write(trkdata)
self.tmp_files.append(tmpf.name)
try:
g = Gpx(filename=tmpf.name)
except IndexError:
self.fail("Gpx parser crashed on file without tracks")
def _init_from_gpx_file(self):
'''
Get activity information from the GPX file
'''
logging.debug(">>")
#Parse GPX file
#print "Activity initing GPX.. ",
self.gpx = Gpx(
filename=self.gpx_file) #TODO change GPX code to do less....
self.tree = self.gpx.tree
self.tracks = self.gpx.getTrackList(
) #TODO fix - this should removed and replaced with self.tracklist functionality
self.tracklist = self.gpx.trkpoints
self.gpx_distance = self.gpx.total_dist
logging.info(
"GPX Distance: %s | distance (trkpts): %s | duration: %s | duration (trkpts): %s"
% (self.gpx_distance, self.gpx.total_dist_trkpts,
self.gpx.total_time, self.gpx.total_time_trkpts))
time_diff = self.gpx.total_time_trkpts - self.gpx.total_time
acceptable_lapse = 4 # number of seconds that duration calculated using lap and trkpts data can differ
if time_diff > acceptable_lapse:
self.time_pause = time_diff
logging.debug("Identified non active time: %s s" % self.time_pause)
logging.debug("<<")
def test_missing_tracks(self):
trkdata = """<?xml version="1.0" encoding="UTF-8" standalone="no" ?>
<gpx xmlns="http://www.topografix.com/GPX/1/1" creator="" version="1.1" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.topografix.com/GPX/1/1 http://www.topografix.com/GPX/1/1/gpx.xsd">
</gpx>
"""
# Write a GPX file with no tracks
file_name = "test-missing.gpx"
tmpf = file(file_name, 'w')
tmpf.write(trkdata)
tmpf.close()
self.tmp_files.append(file_name)
try:
g = Gpx(filename=file_name)
except IndexError:
self.fail("Gpx parser crashed on file without tracks")
def _init_from_gpx_file(self):
'''
Get activity information from the GPX file
'''
logging.debug(">>")
#Parse GPX file
#print "Activity initing GPX.. ",
self.gpx = Gpx(filename = self.gpx_file) #TODO change GPX code to do less....
self.tree = self.gpx.tree
self.tracks = self.gpx.getTrackList() #TODO fix - this should removed and replaced with self.tracklist functionality
self.tracklist = self.gpx.trkpoints
self.gpx_distance = self.gpx.total_dist
logging.info("GPX Distance: %s | distance (trkpts): %s | duration: %s | duration (trkpts): %s" % (self.gpx_distance, self.gpx.total_dist_trkpts, self.gpx.total_time, self.gpx.total_time_trkpts))
time_diff = self.gpx.total_time_trkpts - self.gpx.total_time
acceptable_lapse = 4 # number of seconds that duration calculated using lap and trkpts data can differ
if time_diff > acceptable_lapse:
self.time_pause = time_diff
logging.debug("Identified non active time: %s s" % self.time_pause)
logging.debug("<<")
class Activity:
'''
Class that knows everything about a particular activity
All values are stored in the class (and DB) in metric and are converted as needed
tracks - (list) tracklist from gpx
tracklist - (list of dict) trackpoint data from gpx
laps - (list of dict) lap list
tree - (ElementTree) parsed xml of gpx file
us_system - (bool) True: imperial measurement False: metric measurement
distance_unit - (string) unit to use for distance
speed_unit - (string) unit to use for speed
distance_data - (dict of graphdata classes) contains the graph data with x axis distance
time_data - (dict of graphdata classes) contains the graph data with x axis time
height_unit - (string) unit to use for height
pace_unit - (string) unit to use for pace
gpx_file - (string) gpx file name
gpx - (Gpx class) actual gpx instance
sport_name - (string) sport name
sport_id - (string) id for sport in sports table
title - (string) title of activity
date - (string) date of activity
time - (int) activity duration in seconds
time_tuple - (tuple) activity duration as hours, min, secs tuple
beats - (int) average heartrate for activity
maxbeats - (int) maximum heartrate for activity
comments - (string) activity comments
calories - (int) calories of activity
id_record - (string) id for activity in records table
date_time_local - (string) date and time of activity in local timezone
date_time_utc - (string) date and time of activity in UTC timezone
date_time - (datetime) date and time of activity in local timezone
starttime - (string)
distance - (float) activity distance
average - (float) average speed of activity
upositive - (float) height climbed during activity
unegative - (float) height decended during activity
maxspeed - (float) maximum speed obtained during activity
maxpace - (float) maxium pace obtained during activity
pace - (float) average pace for activity
has_data - (bool) true if instance has data populated
x_axis - (string) distance or time, determines what will be graphed on x axis
x_limits - (tuple of float) start, end limits of x axis (as determined by matplotlib)
y1_limits - (tuple of float) start, end limits of y1 axis (as determined by matplotlib)
y2_limits - (tuple of float) start, end limits of y2 axis (as determined by matplotlib)
x_limits_u - (tuple of float) start, end limits of x axis (as requested by user)
y1_limits_u - (tuple of float) start, end limits of y1 axis (as requested by user)
y2_limits_u - (tuple of float) start, end limits of y2 axis (as requested by user)
show_laps - (bool) display laps on graphs
lap_distance - (graphdata)
lap_time - (graphdata)
pace_limit - (int) maximum pace that is valid for this activity
'''
def __init__(self, pytrainer_main=None, id=None):
logging.debug(">>")
self.id = id
#It is an error to try to initialise with no id
if self.id is None:
return
#It is an error to try to initialise with no reference to pytrainer_main
if pytrainer_main is None:
print(
"Error - must initialise with a reference to the main pytrainer class"
)
return
self.pytrainer_main = pytrainer_main
self.tracks = None
self.tracklist = None
self.laps = None
self.tree = None
self.has_data = False
self.distance_data = {}
self.time_data = {}
self.time_pause = 0
self.pace_limit = None
self.starttime = None
self.gpx_distance = None
#self.upositive = 0
#self.unegative = 0
if self.pytrainer_main.profile.getValue("pytraining",
"prf_us_system") == "True":
self.us_system = True
else:
self.us_system = False
self._set_units()
self.gpx_file = "%s/%s.gpx" % (self.pytrainer_main.profile.gpxdir, id)
#It is OK to not have a GPX file for an activity - this just limits us to information in the DB
if not os.path.isfile(self.gpx_file):
self.gpx_file = None
logging.debug("No GPX file found for record id: %s" % id)
if self.gpx_file is not None:
self._init_from_gpx_file()
self._init_from_db()
self._init_graph_data()
self._generate_per_lap_graphs()
self.x_axis = "distance"
self.x_limits = (None, None)
self.y1_limits = (None, None)
self.y2_limits = (None, None)
self.x_limits_u = (None, None)
self.y1_limits_u = (None, None)
self.y2_limits_u = (None, None)
self.y1_grid = False
self.y2_grid = False
self.x_grid = False
self.show_laps = False
logging.debug("<<")
def __str__(self):
return '''
tracks (%s)
tracklist (%s)
laps (%s)
tree (%s)
us_system (%s)
distance_unit (%s)
speed_unit (%s)
distance_data (%s)
time_data (%s)
height_unit (%s)
pace_unit (%s)
gpx_file (%s)
gpx (%s)
sport_name (%s)
sport_id (%s)
title (%s)
date (%s)
time (%s)
time_tuple (%s)
beats (%s)
maxbeats (%s)
comments (%s)
calories (%s)
id_record (%s)
date_time_local (%s)
date_time_utc (%s)
date_time (%s)
starttime (%s)
distance (%s)
average (%s)
upositive (%s)
unegative (%s)
maxspeed (%s)
maxpace (%s)
pace (%s)
has_data (%s)
x_axis (%s)
x_limits (%s)
y1_limits (%s)
y2_limits (%s)
x_limits_u (%s)
y1_limits_u (%s)
y2_limits_u (%s)
show_laps (%s)
lap_distance (%s)
lap_time (%s)
pace_limit (%s)
''' % ('self.tracks', self.tracklist, self.laps, self.tree,
self.us_system, self.distance_unit, self.speed_unit,
self.distance_data, self.time_data, self.height_unit,
self.pace_unit, self.gpx_file, self.gpx, self.sport_name,
self.sport_id, self.title, self.date, self.time,
self.time_tuple, self.beats, self.maxbeats, self.comments,
self.calories, self.id_record, self.date_time_local,
self.date_time_utc, self.date_time, self.starttime,
self.distance, self.average, self.upositive, self.unegative,
self.maxspeed, self.maxpace, self.pace, self.has_data,
self.x_axis, self.x_limits, self.y1_limits, self.y2_limits,
self.x_limits_u, self.y1_limits_u, self.y2_limits_u,
self.show_laps, self.lap_distance, self.lap_time,
self.pace_limit)
def _set_units(self):
if self.us_system:
self.distance_unit = _("miles")
self.speed_unit = _("miles/h")
self.pace_unit = _("min/mile")
self.height_unit = _("feet")
else:
self.distance_unit = _("km")
self.speed_unit = _("km/h")
self.pace_unit = _("min/km")
self.height_unit = _("m")
self.units = {
'distance': self.distance_unit,
'average': self.speed_unit,
'upositive': self.height_unit,
'unegative': self.height_unit,
'maxspeed': self.speed_unit,
'pace': self.pace_unit,
'maxpace': self.pace_unit
}
def _init_from_gpx_file(self):
'''
Get activity information from the GPX file
'''
logging.debug(">>")
#Parse GPX file
#print "Activity initing GPX.. ",
self.gpx = Gpx(
filename=self.gpx_file) #TODO change GPX code to do less....
self.tree = self.gpx.tree
self.tracks = self.gpx.getTrackList(
) #TODO fix - this should removed and replaced with self.tracklist functionality
self.tracklist = self.gpx.trkpoints
self.gpx_distance = self.gpx.total_dist
logging.info(
"GPX Distance: %s | distance (trkpts): %s | duration: %s | duration (trkpts): %s"
% (self.gpx_distance, self.gpx.total_dist_trkpts,
self.gpx.total_time, self.gpx.total_time_trkpts))
time_diff = self.gpx.total_time_trkpts - self.gpx.total_time
acceptable_lapse = 4 # number of seconds that duration calculated using lap and trkpts data can differ
if time_diff > acceptable_lapse:
self.time_pause = time_diff
logging.debug("Identified non active time: %s s" % self.time_pause)
logging.debug("<<")
def _init_from_db(self):
'''
Get activity information from the DB
'''
logging.debug(">>")
#Get base information
cols = ("sports.name", "id_sports", "date", "distance", "time",
"beats", "comments", "average", "calories", "id_record",
"title", "upositive", "unegative", "maxspeed", "maxpace",
"pace", "maxbeats", "date_time_utc", "date_time_local",
"sports.max_pace")
# outer join on sport id to workaround bug where sport reference is null on records from GPX import
db_result = self.pytrainer_main.ddbb.select(
"records left outer join sports on records.sport=sports.id_sports",
", ".join(cols), "id_record=\"%s\" " % self.id)
if len(db_result) == 1:
row = db_result[0]
self.sport_name = row[cols.index('sports.name')]
if self.sport_name == None:
self.sport_name = ""
self.sport_id = row[cols.index('id_sports')]
self.pace_limit = row[cols.index('sports.max_pace')]
if self.pace_limit == 0 or self.pace_limit == "":
self.pace_limit = None
self.title = row[cols.index('title')]
if self.title is None:
self.title = ""
self.date = row[cols.index('date')]
self.time = self._int(row[cols.index('time')])
self.time_tuple = Date().second2time(self.time)
self.beats = self._int(row[cols.index('beats')])
self.comments = row[cols.index('comments')]
if self.comments is None:
self.comments = ""
self.calories = self._int(row[cols.index('calories')])
self.id_record = row[cols.index('id_record')]
self.maxbeats = self._int(row[cols.index('maxbeats')])
#Sort time....
# ... use local time if available otherwise use date_time_utc and create a local datetime...
self.date_time_local = row[cols.index('date_time_local')]
self.date_time_utc = row[cols.index('date_time_utc')]
if self.date_time_local is not None: #Have a local time stored in DB
self.date_time = dateutil.parser.parse(self.date_time_local)
self.starttime = self.date_time.strftime("%X")
else: #No local time in DB
tmpDateTime = dateutil.parser.parse(self.date_time_utc)
self.date_time = tmpDateTime.astimezone(tzlocal(
)) #datetime with localtime offset (using value from OS)
self.starttime = self.date_time.strftime("%X")
#Sort data that changes for the US etc
#if self.us_system:
# self.distance = km2miles(self._float(row[cols.index('distance')]))
# self.average = km2miles(self._float(row[cols.index('average')]))
# self.upositive = m2feet(self._float(row[cols.index('upositive')]))
# self.unegative = m2feet(self._float(row[cols.index('unegative')]))
# self.maxspeed = km2miles(self._float(row[cols.index('maxspeed')]))
# self.maxpace = pacekm2miles(self._float(row[cols.index('maxpace')]))
# self.pace = pacekm2miles(self._float(row[cols.index('pace')]))
#else:
self.distance = self._float(row[cols.index('distance')])
if not self.distance:
self.distance = self.gpx_distance
self.average = self._float(row[cols.index('average')])
self.upositive = self._float(row[cols.index('upositive')])
self.unegative = self._float(row[cols.index('unegative')])
self.maxspeed = self._float(row[cols.index('maxspeed')])
self.maxpace = self._float(row[cols.index('maxpace')])
self.pace = self._float(row[cols.index('pace')])
self.has_data = True
else:
raise Exception("Error - multiple results from DB for id: %s" %
self.id)
#Get lap information
laps = self.pytrainer_main.ddbb.select_dict(
"laps", ("id_lap", "record", "elapsed_time", "distance",
"start_lat", "start_lon", "end_lat", "end_lon",
"calories", "lap_number", "intensity", "avg_hr", "max_hr",
"max_speed", "laptrigger", "comments"),
"record=\"%s\"" % self.id)
if laps is None or laps == [] or len(laps) < 1: #No laps found
logging.debug("No laps in DB for record %d" % self.id)
if self.gpx_file is not None:
laps = self._get_laps_from_gpx()
self.laps = laps
logging.debug("<<")
def _generate_per_lap_graphs(self):
'''Build lap based graphs...'''
logging.debug(">>")
if self.laps is None:
logging.debug("No laps to generate graphs from")
logging.debug("<<")
return
#Lap columns
self.lap_distance = GraphData()
self.lap_distance.set_color('#CCFF00', '#CCFF00')
self.lap_distance.graphType = "vspan"
self.lap_time = GraphData()
self.lap_time.set_color('#CCFF00', '#CCFF00')
self.lap_time.graphType = "vspan"
#Pace
title = _("Pace by Lap")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Pace'), self.pace_unit)
self.distance_data['pace_lap'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['pace_lap'].set_color('#99CCFF', '#99CCFF')
self.distance_data['pace_lap'].graphType = "bar"
xlabel = _("Time (seconds)")
self.time_data['pace_lap'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['pace_lap'].set_color('#99CCFF', '#99CCFF')
self.time_data['pace_lap'].graphType = "bar"
#Speed
title = _("Speed by Lap")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Speed'), self.speed_unit)
self.distance_data['speed_lap'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['speed_lap'].set_color('#336633', '#336633')
self.distance_data['speed_lap'].graphType = "bar"
xlabel = _("Time (seconds)")
self.time_data['speed_lap'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['speed_lap'].set_color('#336633', '#336633')
self.time_data['speed_lap'].graphType = "bar"
for lap in self.laps:
time = float(lap['elapsed_time'].decode(
'utf-8')) # time in sql is a unicode string
dist = lap['distance'] / 1000 #distance in km
try:
pace = time / (60 * dist) #min/km
except ZeroDivisionError:
pace = 0.0
try:
avg_speed = dist / (time / 3600) # km/hr
except:
avg_speed = 0.0
if self.pace_limit is not None and pace > self.pace_limit:
logging.debug("Pace (%s) exceeds limit (%s). Setting to 0" %
(str(pace), str(self.pace_limit)))
pace = 0.0
logging.debug("Time: %f, Dist: %f, Pace: %f, Speed: %f" %
(time, dist, pace, avg_speed))
self.lap_time.addBars(x=time, y=10)
if self.us_system:
self.lap_distance.addBars(x=km2miles(dist), y=10)
self.distance_data['pace_lap'].addBars(x=km2miles(dist),
y=pacekm2miles(pace))
self.time_data['pace_lap'].addBars(x=time,
y=pacekm2miles(pace))
self.distance_data['speed_lap'].addBars(x=km2miles(dist),
y=km2miles(avg_speed))
self.time_data['speed_lap'].addBars(x=time,
y=km2miles(avg_speed))
else:
self.lap_distance.addBars(x=dist, y=10)
self.distance_data['pace_lap'].addBars(x=dist, y=pace)
self.time_data['pace_lap'].addBars(x=time, y=pace)
self.distance_data['speed_lap'].addBars(x=dist, y=avg_speed)
self.time_data['speed_lap'].addBars(x=time, y=avg_speed)
logging.debug("<<")
def _get_laps_from_gpx(self):
logging.debug(">>")
laps = []
gpxLaps = self.gpx.getLaps()
for lap in gpxLaps:
lap_number = gpxLaps.index(lap)
tmp_lap = {}
tmp_lap['record'] = self.id
tmp_lap['lap_number'] = lap_number
tmp_lap['elapsed_time'] = lap[0]
tmp_lap['distance'] = lap[4]
tmp_lap['start_lat'] = lap[5]
tmp_lap['start_lon'] = lap[6]
tmp_lap['end_lat'] = lap[1]
tmp_lap['end_lon'] = lap[2]
tmp_lap['calories'] = lap[3]
laps.append(tmp_lap)
if laps is not None:
for lap in laps:
lap_keys = ", ".join(map(str, lap.keys()))
lap_values = lap.values()
self.pytrainer_main.record.insertLaps(lap_keys, lap.values())
logging.debug("<<")
return laps
def _init_graph_data(self):
logging.debug(">>")
if self.tracklist is None:
logging.debug("No tracklist in activity")
logging.debug("<<")
return
#Profile
title = _("Elevation")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Elevation'), self.height_unit)
self.distance_data['elevation'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['elevation'].set_color('#ff0000', '#ff0000')
self.distance_data[
'elevation'].show_on_y1 = True #Make graph show elevation by default
xlabel = _("Time (seconds)")
self.time_data['elevation'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['elevation'].set_color('#ff0000', '#ff0000')
self.time_data[
'elevation'].show_on_y1 = True #Make graph show elevation by default
#Corrected Elevation...
title = _("Corrected Elevation")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Corrected Elevation'), self.height_unit)
self.distance_data['cor_elevation'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['cor_elevation'].set_color('#993333', '#993333')
xlabel = _("Time (seconds)")
self.time_data['cor_elevation'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['cor_elevation'].set_color('#993333', '#993333')
#Speed
title = _("Speed")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Speed'), self.speed_unit)
self.distance_data['speed'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['speed'].set_color('#000000', '#000000')
xlabel = _("Time (seconds)")
self.time_data['speed'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['speed'].set_color('#000000', '#000000')
#Pace
title = _("Pace")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Pace'), self.pace_unit)
self.distance_data['pace'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['pace'].set_color('#0000ff', '#0000ff')
xlabel = _("Time (seconds)")
self.time_data['pace'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['pace'].set_color('#0000ff', '#0000ff')
#Heartrate
title = _("Heart Rate")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Heart Rate'), _('bpm'))
self.distance_data['hr'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['hr'].set_color('#00ff00', '#00ff00')
xlabel = _("Time (seconds)")
self.time_data['hr'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['hr'].set_color('#00ff00', '#00ff00')
#Heartrate as %
maxhr = self.pytrainer_main.profile.getMaxHR()
title = _("Heart Rate (% of max)")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Heart Rate'), _('%'))
self.distance_data['hr_p'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['hr_p'].set_color('#00ff00', '#00ff00')
xlabel = _("Time (seconds)")
self.time_data['hr_p'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['hr_p'].set_color('#00ff00', '#00ff00')
#Cadence
title = _("Cadence")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Cadence'), _('rpm'))
self.distance_data['cadence'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['cadence'].set_color('#cc00ff', '#cc00ff')
xlabel = _("Time (seconds)")
self.time_data['cadence'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['cadence'].set_color('#cc00ff', '#cc00ff')
for track in self.tracklist:
try:
pace = 60 / track['velocity']
if self.pace_limit is not None and pace > self.pace_limit:
logging.debug(
"Pace (%s) exceeds limit (%s). Setting to 0" %
(str(pace), str(self.pace_limit)))
pace = 0 #TODO this should be None when we move to newgraph...
except Exception as e:
#print type(e), e
pace = 0
try:
hr_p = float(track['hr']) / maxhr * 100
except:
hr_p = 0
if self.us_system:
self.distance_data['elevation'].addPoints(
x=km2miles(track['elapsed_distance']),
y=m2feet(track['ele']))
self.distance_data['cor_elevation'].addPoints(
x=km2miles(track['elapsed_distance']),
y=m2feet(track['correctedElevation']))
self.distance_data['speed'].addPoints(
x=km2miles(track['elapsed_distance']),
y=km2miles(track['velocity']))
self.distance_data['pace'].addPoints(x=km2miles(
track['elapsed_distance']),
y=pacekm2miles(pace))
self.distance_data['hr'].addPoints(x=km2miles(
track['elapsed_distance']),
y=track['hr'])
self.distance_data['hr_p'].addPoints(x=km2miles(
track['elapsed_distance']),
y=hr_p)
self.distance_data['cadence'].addPoints(x=km2miles(
track['elapsed_distance']),
y=track['cadence'])
self.time_data['elevation'].addPoints(x=track['time_elapsed'],
y=m2feet(track['ele']))
self.time_data['cor_elevation'].addPoints(
x=track['time_elapsed'],
y=m2feet(track['correctedElevation']))
self.time_data['speed'].addPoints(x=track['time_elapsed'],
y=km2miles(
track['velocity']))
self.time_data['pace'].addPoints(x=track['time_elapsed'],
y=pacekm2miles(pace))
else:
self.distance_data['elevation'].addPoints(
x=track['elapsed_distance'], y=track['ele'])
self.distance_data['cor_elevation'].addPoints(
x=track['elapsed_distance'], y=track['correctedElevation'])
self.distance_data['speed'].addPoints(
x=track['elapsed_distance'], y=track['velocity'])
self.distance_data['pace'].addPoints(
x=track['elapsed_distance'], y=pace)
self.distance_data['hr'].addPoints(x=track['elapsed_distance'],
y=track['hr'])
self.distance_data['hr_p'].addPoints(
x=track['elapsed_distance'], y=hr_p)
self.distance_data['cadence'].addPoints(
x=track['elapsed_distance'], y=track['cadence'])
self.time_data['elevation'].addPoints(x=track['time_elapsed'],
y=track['ele'])
self.time_data['cor_elevation'].addPoints(
x=track['time_elapsed'], y=track['correctedElevation'])
self.time_data['speed'].addPoints(x=track['time_elapsed'],
y=track['velocity'])
self.time_data['pace'].addPoints(x=track['time_elapsed'],
y=pace)
self.time_data['hr'].addPoints(x=track['time_elapsed'],
y=track['hr'])
self.time_data['hr_p'].addPoints(x=track['time_elapsed'], y=hr_p)
self.time_data['cadence'].addPoints(x=track['time_elapsed'],
y=track['cadence'])
#Remove data with no values
for item in self.distance_data.keys():
if len(self.distance_data[item]) == 0:
logging.debug("No values for %s. Removing...." % item)
del self.distance_data[item]
for item in self.time_data.keys():
if len(self.time_data[item]) == 0:
logging.debug("No values for %s. Removing...." % item)
del self.time_data[item]
logging.debug("<<")
#Add Heartrate zones graphs
if 'hr' in self.distance_data:
zones = self.pytrainer_main.profile.getZones()
title = _("Heart Rate zone")
xlabel = "%s (%s)" % (_('Distance'), self.distance_unit)
ylabel = "%s (%s)" % (_('Heart Rate'), _('bpm'))
self.distance_data['hr_z'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.distance_data['hr_z'].graphType = "hspan"
self.distance_data['hr_z'].set_color(None, None)
xlabel = _("Time (seconds)")
self.time_data['hr_z'] = GraphData(title=title,
xlabel=xlabel,
ylabel=ylabel)
self.time_data['hr_z'].set_color(None, None)
for zone in zones:
self.distance_data['hr_z'].addPoints(x=zone[0],
y=zone[1],
label=zone[3],
color=zone[2])
self.time_data['hr_z'].addPoints(x=zone[0],
y=zone[1],
label=zone[3],
color=zone[2])
def _float(self, value):
try:
result = float(value)
except:
result = 0.0
return result
def _int(self, value):
try:
result = int(value)
except:
result = 0
return result
def get_value_f(self, param, format=None, with_units=False):
''' Function to return a value formated as a string
- takes into account US/metric
- also appends units if required
'''
value = self.get_value(param)
if not value:
#Return blank string if value is None or 0
return ""
if format is not None:
result = format % value
else:
result = str(value)
if with_units:
if param in self.units:
result += self.units[param]
#print "activity: 509", result
return result
def get_value(self, param):
''' Function to get the value of various params in this activity instance
Automatically returns values converted to imperial if needed
'''
if param == 'distance':
if self.us_system:
return km2miles(self.distance)
else:
return self.distance
elif param == 'average':
if self.us_system:
return km2miles(self.average)
else:
return self.average
elif param == 'upositive':
if self.us_system:
return m2feet(self.upositive)
else:
return self.upositive
elif param == 'unegative':
if self.us_system:
return m2feet(self.unegative)
else:
return self.unegative
elif param == 'maxspeed':
if self.us_system:
return km2miles(self.maxspeed)
else:
return self.maxspeed
elif param == 'maxpace':
if self.us_system:
return self.pace_from_float(pacekm2miles(self.maxpace))
else:
return self.pace_from_float(self.maxpace)
elif param == 'pace':
if self.us_system:
return self.pace_from_float(pacekm2miles(self.pace))
else:
return self.pace_from_float(self.pace)
elif param == 'calories':
return self.calories
elif param == 'time':
if not self.time:
return ""
_hour, _min, _sec = self.pytrainer_main.date.second2time(self.time)
if _hour == 0:
return "%02d:%02d" % (_min, _sec)
else:
return "%0d:%02d:%02d" % (_hour, _min, _sec)
else:
print "Unable to provide value for unknown parameter (%s) for activity" % param
return None
def set_value(self, param, value):
''' Function to set the value of various params in this activity instance
Automatically converts from imperial if using them
'''
_value = _float(value)
if param == 'distance':
if self.us_system:
self.distance = miles2mk(_value)
else:
self.distance = _value
elif param == 'average':
if self.us_system:
self.average = miles2mk(_value)
else:
self.average = _value
elif param == 'upositive':
if self.us_system:
self.upositive = feet2m(_value)
else:
self.upositive = _value
elif param == 'unegative':
if self.us_system:
self.unegative = feet2m(_value)
else:
self.unegative = _value
elif param == 'maxspeed':
if self.us_system:
self.maxspeed = miles2mk(_value)
else:
self.maxspeed = _value
elif param == 'maxpace':
if self.us_system:
_maxpace = pacemiles2mk(_value)
else:
_maxpace = _value
self.maxpace = self.pace_to_float(_maxpace)
elif param == 'pace':
if self.us_system:
_pace = pacemiles2mk(_value)
else:
_pace = _value
self.pace = self.pace_to_float(_pace)
else:
print "Unable to set value (%s) for unknown parameter (%s) for activity" % (
str(value), param)
def pace_to_float(self, value):
'''Take a mm:ss or mm.ss and return float'''
value = value.replace(':', '.')
try:
value = float(value)
except ValueError:
value = None
return value
def pace_from_float(self, value):
'''Helper to generate mm:ss from float representation mm.ss (or mm,ss?)'''
#Check that value supplied is a float
if not value:
return ""
try:
_value = "%0.2f" % float(value)
except ValueError:
_value = str(value)
return _value.replace('.', ':')
class Activity:
'''
Class that knows everything about a particular activity
All values are stored in the class (and DB) in metric and are converted as needed
tracks - (list) tracklist from gpx
tracklist - (list of dict) trackpoint data from gpx
laps - (list of dict) lap list
tree - (ElementTree) parsed xml of gpx file
us_system - (bool) True: imperial measurement False: metric measurement
distance_unit - (string) unit to use for distance
speed_unit - (string) unit to use for speed
distance_data - (dict of graphdata classes) contains the graph data with x axis distance
time_data - (dict of graphdata classes) contains the graph data with x axis time
height_unit - (string) unit to use for height
pace_unit - (string) unit to use for pace
gpx_file - (string) gpx file name
gpx - (Gpx class) actual gpx instance
sport_name - (string) sport name
sport_id - (string) id for sport in sports table
title - (string) title of activity
date - (string) date of activity
time - (int) activity duration in seconds
time_tuple - (tuple) activity duration as hours, min, secs tuple
beats - (int) average heartrate for activity
maxbeats - (int) maximum heartrate for activity
comments - (string) activity comments
calories - (int) calories of activity
id_record - (string) id for activity in records table
date_time_local - (string) date and time of activity in local timezone
date_time_utc - (string) date and time of activity in UTC timezone
date_time - (datetime) date and time of activity in local timezone
starttime - (string)
distance - (float) activity distance
average - (float) average speed of activity
upositive - (float) height climbed during activity
unegative - (float) height decended during activity
maxspeed - (float) maximum speed obtained during activity
maxpace - (float) maxium pace obtained during activity
pace - (float) average pace for activity
has_data - (bool) true if instance has data populated
x_axis - (string) distance or time, determines what will be graphed on x axis
x_limits - (tuple of float) start, end limits of x axis (as determined by matplotlib)
y1_limits - (tuple of float) start, end limits of y1 axis (as determined by matplotlib)
y2_limits - (tuple of float) start, end limits of y2 axis (as determined by matplotlib)
x_limits_u - (tuple of float) start, end limits of x axis (as requested by user)
y1_limits_u - (tuple of float) start, end limits of y1 axis (as requested by user)
y2_limits_u - (tuple of float) start, end limits of y2 axis (as requested by user)
show_laps - (bool) display laps on graphs
lap_distance - (graphdata)
lap_time - (graphdata)
pace_limit - (int) maximum pace that is valid for this activity
'''
def __init__(self, pytrainer_main = None, id = None):
logging.debug(">>")
self.id = id
#It is an error to try to initialise with no id
if self.id is None:
return
#It is an error to try to initialise with no reference to pytrainer_main
if pytrainer_main is None:
print("Error - must initialise with a reference to the main pytrainer class")
return
self.pytrainer_main = pytrainer_main
self.tracks = None
self.tracklist = None
self.laps = None
self.tree = None
self.has_data = False
self.distance_data = {}
self.time_data = {}
self.time_pause = 0
self.pace_limit = None
self.starttime = None
self.gpx_distance = None
#self.upositive = 0
#self.unegative = 0
if self.pytrainer_main.profile.getValue("pytraining","prf_us_system") == "True":
self.us_system = True
else:
self.us_system = False
self._set_units()
self.gpx_file = "%s/%s.gpx" % (self.pytrainer_main.profile.gpxdir, id)
#It is OK to not have a GPX file for an activity - this just limits us to information in the DB
if not os.path.isfile(self.gpx_file):
self.gpx_file = None
logging.debug("No GPX file found for record id: %s" % id)
if self.gpx_file is not None:
self._init_from_gpx_file()
self._init_from_db()
self._init_graph_data()
self._generate_per_lap_graphs()
self.x_axis = "distance"
self.x_limits = (None, None)
self.y1_limits = (None, None)
self.y2_limits = (None, None)
self.x_limits_u = (None, None)
self.y1_limits_u = (None, None)
self.y2_limits_u = (None, None)
self.y1_grid = False
self.y2_grid = False
self.x_grid = False
self.show_laps = False
logging.debug("<<")
def __str__(self):
return '''
tracks (%s)
tracklist (%s)
laps (%s)
tree (%s)
us_system (%s)
distance_unit (%s)
speed_unit (%s)
distance_data (%s)
time_data (%s)
height_unit (%s)
pace_unit (%s)
gpx_file (%s)
gpx (%s)
sport_name (%s)
sport_id (%s)
title (%s)
date (%s)
time (%s)
time_tuple (%s)
beats (%s)
maxbeats (%s)
comments (%s)
calories (%s)
id_record (%s)
date_time_local (%s)
date_time_utc (%s)
date_time (%s)
starttime (%s)
distance (%s)
average (%s)
upositive (%s)
unegative (%s)
maxspeed (%s)
maxpace (%s)
pace (%s)
has_data (%s)
x_axis (%s)
x_limits (%s)
y1_limits (%s)
y2_limits (%s)
x_limits_u (%s)
y1_limits_u (%s)
y2_limits_u (%s)
show_laps (%s)
lap_distance (%s)
lap_time (%s)
pace_limit (%s)
''' % ('self.tracks', self.tracklist, self.laps, self.tree, self.us_system,
self.distance_unit, self.speed_unit, self.distance_data, self.time_data,
self.height_unit, self.pace_unit, self.gpx_file, self.gpx, self.sport_name,
self.sport_id, self.title, self.date, self.time, self.time_tuple, self.beats,
self.maxbeats, self.comments, self.calories, self.id_record, self.date_time_local,
self.date_time_utc, self.date_time, self.starttime, self.distance, self.average,
self.upositive, self.unegative, self.maxspeed, self.maxpace, self.pace, self.has_data,
self.x_axis, self.x_limits, self.y1_limits, self.y2_limits, self.x_limits_u, self.y1_limits_u,
self.y2_limits_u, self.show_laps, self.lap_distance, self.lap_time, self.pace_limit)
def _set_units(self):
if self.us_system:
self.distance_unit = _("miles")
self.speed_unit = _("miles/h")
self.pace_unit = _("min/mile")
self.height_unit = _("feet")
else:
self.distance_unit = _("km")
self.speed_unit = _("km/h")
self.pace_unit = _("min/km")
self.height_unit = _("m")
self.units = { 'distance': self.distance_unit, 'average': self.speed_unit, 'upositive': self.height_unit, 'unegative': self.height_unit, 'maxspeed': self.speed_unit, 'pace': self.pace_unit, 'maxpace': self.pace_unit }
def _init_from_gpx_file(self):
'''
Get activity information from the GPX file
'''
logging.debug(">>")
#Parse GPX file
#print "Activity initing GPX.. ",
self.gpx = Gpx(filename = self.gpx_file) #TODO change GPX code to do less....
self.tree = self.gpx.tree
self.tracks = self.gpx.getTrackList() #TODO fix - this should removed and replaced with self.tracklist functionality
self.tracklist = self.gpx.trkpoints
self.gpx_distance = self.gpx.total_dist
logging.info("GPX Distance: %s | distance (trkpts): %s | duration: %s | duration (trkpts): %s" % (self.gpx_distance, self.gpx.total_dist_trkpts, self.gpx.total_time, self.gpx.total_time_trkpts))
time_diff = self.gpx.total_time_trkpts - self.gpx.total_time
acceptable_lapse = 4 # number of seconds that duration calculated using lap and trkpts data can differ
if time_diff > acceptable_lapse:
self.time_pause = time_diff
logging.debug("Identified non active time: %s s" % self.time_pause)
logging.debug("<<")
def _init_from_db(self):
'''
Get activity information from the DB
'''
logging.debug(">>")
#Get base information
cols = ("sports.name","id_sports", "date","distance","time","beats","comments",
"average","calories","id_record","title","upositive","unegative",
"maxspeed","maxpace","pace","maxbeats","date_time_utc","date_time_local", "sports.max_pace")
# outer join on sport id to workaround bug where sport reference is null on records from GPX import
db_result = self.pytrainer_main.ddbb.select("records left outer join sports on records.sport=sports.id_sports",
", ".join(cols),
"id_record=\"%s\" " %self.id)
if len(db_result) == 1:
row = db_result[0]
self.sport_name = row[cols.index('sports.name')]
if self.sport_name == None:
self.sport_name = ""
self.sport_id = row[cols.index('id_sports')]
self.pace_limit = row[cols.index('sports.max_pace')]
if self.pace_limit == 0 or self.pace_limit == "":
self.pace_limit = None
self.title = row[cols.index('title')]
if self.title is None:
self.title = ""
self.date = row[cols.index('date')]
self.time = self._int(row[cols.index('time')])
self.time_tuple = Date().second2time(self.time)
self.beats = self._int(row[cols.index('beats')])
self.comments = row[cols.index('comments')]
if self.comments is None:
self.comments = ""
self.calories = self._int(row[cols.index('calories')])
self.id_record = row[cols.index('id_record')]
self.maxbeats = self._int(row[cols.index('maxbeats')])
#Sort time....
# ... use local time if available otherwise use date_time_utc and create a local datetime...
self.date_time_local = row[cols.index('date_time_local')]
self.date_time_utc = row[cols.index('date_time_utc')]
if self.date_time_local is not None: #Have a local time stored in DB
self.date_time = dateutil.parser.parse(self.date_time_local)
self.starttime = self.date_time.strftime("%X")
else: #No local time in DB
tmpDateTime = dateutil.parser.parse(self.date_time_utc)
self.date_time = tmpDateTime.astimezone(tzlocal()) #datetime with localtime offset (using value from OS)
self.starttime = self.date_time.strftime("%X")
#Sort data that changes for the US etc
#if self.us_system:
# self.distance = km2miles(self._float(row[cols.index('distance')]))
# self.average = km2miles(self._float(row[cols.index('average')]))
# self.upositive = m2feet(self._float(row[cols.index('upositive')]))
# self.unegative = m2feet(self._float(row[cols.index('unegative')]))
# self.maxspeed = km2miles(self._float(row[cols.index('maxspeed')]))
# self.maxpace = pacekm2miles(self._float(row[cols.index('maxpace')]))
# self.pace = pacekm2miles(self._float(row[cols.index('pace')]))
#else:
self.distance = self._float(row[cols.index('distance')])
if not self.distance:
self.distance = self.gpx_distance
self.average = self._float(row[cols.index('average')])
self.upositive = self._float(row[cols.index('upositive')])
self.unegative = self._float(row[cols.index('unegative')])
self.maxspeed = self._float(row[cols.index('maxspeed')])
self.maxpace = self._float(row[cols.index('maxpace')])
self.pace = self._float(row[cols.index('pace')])
self.has_data = True
else:
raise Exception( "Error - multiple results from DB for id: %s" % self.id )
#Get lap information
laps = self.pytrainer_main.ddbb.select_dict("laps",
("id_lap", "record", "elapsed_time", "distance", "start_lat", "start_lon", "end_lat", "end_lon", "calories", "lap_number", "intensity", "avg_hr", "max_hr", "max_speed", "laptrigger", "comments"),
"record=\"%s\"" % self.id)
if laps is None or laps == [] or len(laps) < 1: #No laps found
logging.debug("No laps in DB for record %d" % self.id)
if self.gpx_file is not None:
laps = self._get_laps_from_gpx()
self.laps = laps
logging.debug("<<")
def _generate_per_lap_graphs(self):
'''Build lap based graphs...'''
logging.debug(">>")
if self.laps is None:
logging.debug("No laps to generate graphs from")
logging.debug("<<")
return
#Lap columns
self.lap_distance = GraphData()
self.lap_distance.set_color('#CCFF00', '#CCFF00')
self.lap_distance.graphType = "vspan"
self.lap_time = GraphData()
self.lap_time.set_color('#CCFF00', '#CCFF00')
self.lap_time.graphType = "vspan"
#Pace
title=_("Pace by Lap")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Pace'), self.pace_unit)
self.distance_data['pace_lap'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['pace_lap'].set_color('#99CCFF', '#99CCFF')
self.distance_data['pace_lap'].graphType = "bar"
xlabel=_("Time (seconds)")
self.time_data['pace_lap'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.time_data['pace_lap'].set_color('#99CCFF', '#99CCFF')
self.time_data['pace_lap'].graphType = "bar"
#Speed
title=_("Speed by Lap")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Speed'), self.speed_unit)
self.distance_data['speed_lap'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['speed_lap'].set_color('#336633', '#336633')
self.distance_data['speed_lap'].graphType = "bar"
xlabel=_("Time (seconds)")
self.time_data['speed_lap'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.time_data['speed_lap'].set_color('#336633', '#336633')
self.time_data['speed_lap'].graphType = "bar"
for lap in self.laps:
time = float( lap['elapsed_time'].decode('utf-8') ) # time in sql is a unicode string
dist = lap['distance']/1000 #distance in km
try:
pace = time/(60*dist) #min/km
except ZeroDivisionError:
pace = 0.0
try:
avg_speed = dist/(time/3600) # km/hr
except:
avg_speed = 0.0
if self.pace_limit is not None and pace > self.pace_limit:
logging.debug("Pace (%s) exceeds limit (%s). Setting to 0" % (str(pace), str(self.pace_limit)))
pace = 0.0
logging.debug("Time: %f, Dist: %f, Pace: %f, Speed: %f" % (time, dist, pace, avg_speed) )
self.lap_time.addBars(x=time, y=10)
if self.us_system:
self.lap_distance.addBars(x=km2miles(dist), y=10)
self.distance_data['pace_lap'].addBars(x=km2miles(dist), y=pacekm2miles(pace))
self.time_data['pace_lap'].addBars(x=time, y=pacekm2miles(pace))
self.distance_data['speed_lap'].addBars(x=km2miles(dist), y=km2miles(avg_speed))
self.time_data['speed_lap'].addBars(x=time, y=km2miles(avg_speed))
else:
self.lap_distance.addBars(x=dist, y=10)
self.distance_data['pace_lap'].addBars(x=dist, y=pace)
self.time_data['pace_lap'].addBars(x=time, y=pace)
self.distance_data['speed_lap'].addBars(x=dist, y=avg_speed)
self.time_data['speed_lap'].addBars(x=time, y=avg_speed)
logging.debug("<<")
def _get_laps_from_gpx(self):
logging.debug(">>")
laps = []
gpxLaps = self.gpx.getLaps()
for lap in gpxLaps:
lap_number = gpxLaps.index(lap)
tmp_lap = {}
tmp_lap['record'] = self.id
tmp_lap['lap_number'] = lap_number
tmp_lap['elapsed_time'] = lap[0]
tmp_lap['distance'] = lap[4]
tmp_lap['start_lat'] = lap[5]
tmp_lap['start_lon'] = lap[6]
tmp_lap['end_lat'] = lap[1]
tmp_lap['end_lon'] = lap[2]
tmp_lap['calories'] = lap[3]
laps.append(tmp_lap)
if laps is not None:
for lap in laps:
lap_keys = ", ".join(map(str, lap.keys()))
lap_values = lap.values()
self.pytrainer_main.record.insertLaps(lap_keys,lap.values())
logging.debug("<<")
return laps
def _init_graph_data(self):
logging.debug(">>")
if self.tracklist is None:
logging.debug("No tracklist in activity")
logging.debug("<<")
return
#Profile
title=_("Elevation")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Elevation'), self.height_unit)
self.distance_data['elevation'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['elevation'].set_color('#ff0000', '#ff0000')
self.distance_data['elevation'].show_on_y1 = True #Make graph show elevation by default
xlabel=_("Time (seconds)")
self.time_data['elevation'] = GraphData(title=title,xlabel=xlabel, ylabel=ylabel)
self.time_data['elevation'].set_color('#ff0000', '#ff0000')
self.time_data['elevation'].show_on_y1 = True #Make graph show elevation by default
#Corrected Elevation...
title=_("Corrected Elevation")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Corrected Elevation'), self.height_unit)
self.distance_data['cor_elevation'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['cor_elevation'].set_color('#993333', '#993333')
xlabel=_("Time (seconds)")
self.time_data['cor_elevation'] = GraphData(title=title,xlabel=xlabel, ylabel=ylabel)
self.time_data['cor_elevation'].set_color('#993333', '#993333')
#Speed
title=_("Speed")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Speed'), self.speed_unit)
self.distance_data['speed'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['speed'].set_color('#000000', '#000000')
xlabel=_("Time (seconds)")
self.time_data['speed'] = GraphData(title=title,xlabel=xlabel, ylabel=ylabel)
self.time_data['speed'].set_color('#000000', '#000000')
#Pace
title=_("Pace")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Pace'), self.pace_unit)
self.distance_data['pace'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['pace'].set_color('#0000ff', '#0000ff')
xlabel=_("Time (seconds)")
self.time_data['pace'] = GraphData(title=title,xlabel=xlabel, ylabel=ylabel)
self.time_data['pace'].set_color('#0000ff', '#0000ff')
#Heartrate
title=_("Heart Rate")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Heart Rate'), _('bpm'))
self.distance_data['hr'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['hr'].set_color('#00ff00', '#00ff00')
xlabel=_("Time (seconds)")
self.time_data['hr'] = GraphData(title=title,xlabel=xlabel, ylabel=ylabel)
self.time_data['hr'].set_color('#00ff00', '#00ff00')
#Heartrate as %
maxhr = self.pytrainer_main.profile.getMaxHR()
title=_("Heart Rate (% of max)")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Heart Rate'), _('%'))
self.distance_data['hr_p'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['hr_p'].set_color('#00ff00', '#00ff00')
xlabel=_("Time (seconds)")
self.time_data['hr_p'] = GraphData(title=title,xlabel=xlabel, ylabel=ylabel)
self.time_data['hr_p'].set_color('#00ff00', '#00ff00')
#Cadence
title=_("Cadence")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Cadence'), _('rpm'))
self.distance_data['cadence'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['cadence'].set_color('#cc00ff', '#cc00ff')
xlabel=_("Time (seconds)")
self.time_data['cadence'] = GraphData(title=title,xlabel=xlabel, ylabel=ylabel)
self.time_data['cadence'].set_color('#cc00ff', '#cc00ff')
for track in self.tracklist:
try:
pace = 60/track['velocity']
if self.pace_limit is not None and pace > self.pace_limit:
logging.debug("Pace (%s) exceeds limit (%s). Setting to 0" % (str(pace), str(self.pace_limit)))
pace = 0 #TODO this should be None when we move to newgraph...
except Exception as e:
#print type(e), e
pace = 0
try:
hr_p = float(track['hr'])/maxhr*100
except:
hr_p = 0
if self.us_system:
self.distance_data['elevation'].addPoints(x=km2miles(track['elapsed_distance']), y=m2feet(track['ele']))
self.distance_data['cor_elevation'].addPoints(x=km2miles(track['elapsed_distance']), y=m2feet(track['correctedElevation']))
self.distance_data['speed'].addPoints(x=km2miles(track['elapsed_distance']), y=km2miles(track['velocity']))
self.distance_data['pace'].addPoints(x=km2miles(track['elapsed_distance']), y=pacekm2miles(pace))
self.distance_data['hr'].addPoints(x=km2miles(track['elapsed_distance']), y=track['hr'])
self.distance_data['hr_p'].addPoints(x=km2miles(track['elapsed_distance']), y=hr_p)
self.distance_data['cadence'].addPoints(x=km2miles(track['elapsed_distance']), y=track['cadence'])
self.time_data['elevation'].addPoints(x=track['time_elapsed'], y=m2feet(track['ele']))
self.time_data['cor_elevation'].addPoints(x=track['time_elapsed'], y=m2feet(track['correctedElevation']))
self.time_data['speed'].addPoints(x=track['time_elapsed'], y=km2miles(track['velocity']))
self.time_data['pace'].addPoints(x=track['time_elapsed'], y=pacekm2miles(pace))
else:
self.distance_data['elevation'].addPoints(x=track['elapsed_distance'], y=track['ele'])
self.distance_data['cor_elevation'].addPoints(x=track['elapsed_distance'], y=track['correctedElevation'])
self.distance_data['speed'].addPoints(x=track['elapsed_distance'], y=track['velocity'])
self.distance_data['pace'].addPoints(x=track['elapsed_distance'], y=pace)
self.distance_data['hr'].addPoints(x=track['elapsed_distance'], y=track['hr'])
self.distance_data['hr_p'].addPoints(x=track['elapsed_distance'], y=hr_p)
self.distance_data['cadence'].addPoints(x=track['elapsed_distance'], y=track['cadence'])
self.time_data['elevation'].addPoints(x=track['time_elapsed'], y=track['ele'])
self.time_data['cor_elevation'].addPoints(x=track['time_elapsed'], y=track['correctedElevation'])
self.time_data['speed'].addPoints(x=track['time_elapsed'], y=track['velocity'])
self.time_data['pace'].addPoints(x=track['time_elapsed'], y=pace)
self.time_data['hr'].addPoints(x=track['time_elapsed'], y=track['hr'])
self.time_data['hr_p'].addPoints(x=track['time_elapsed'], y=hr_p)
self.time_data['cadence'].addPoints(x=track['time_elapsed'], y=track['cadence'])
#Remove data with no values
for item in self.distance_data.keys():
if len(self.distance_data[item]) == 0:
logging.debug( "No values for %s. Removing...." % item )
del self.distance_data[item]
for item in self.time_data.keys():
if len(self.time_data[item]) == 0:
logging.debug( "No values for %s. Removing...." % item )
del self.time_data[item]
logging.debug("<<")
#Add Heartrate zones graphs
if 'hr' in self.distance_data:
zones = self.pytrainer_main.profile.getZones()
title=_("Heart Rate zone")
xlabel="%s (%s)" % (_('Distance'), self.distance_unit)
ylabel="%s (%s)" % (_('Heart Rate'), _('bpm'))
self.distance_data['hr_z'] = GraphData(title=title, xlabel=xlabel, ylabel=ylabel)
self.distance_data['hr_z'].graphType = "hspan"
self.distance_data['hr_z'].set_color(None, None)
xlabel=_("Time (seconds)")
self.time_data['hr_z'] = GraphData(title=title,xlabel=xlabel, ylabel=ylabel)
self.time_data['hr_z'].set_color(None, None)
for zone in zones:
self.distance_data['hr_z'].addPoints(x=zone[0], y=zone[1], label=zone[3], color=zone[2])
self.time_data['hr_z'].addPoints(x=zone[0], y=zone[1], label=zone[3], color=zone[2])
def _float(self, value):
try:
result = float(value)
except:
result = 0.0
return result
def _int(self, value):
try:
result = int(value)
except:
result = 0
return result
def get_value_f(self, param, format=None, with_units=False):
''' Function to return a value formated as a string
- takes into account US/metric
- also appends units if required
'''
value = self.get_value(param)
if not value:
#Return blank string if value is None or 0
return ""
if format is not None:
result = format % value
else:
result = str(value)
if with_units:
if param in self.units:
result += self.units[param]
#print "activity: 509", result
return result
def get_value(self, param):
''' Function to get the value of various params in this activity instance
Automatically returns values converted to imperial if needed
'''
if param == 'distance':
if self.us_system:
return km2miles(self.distance)
else:
return self.distance
elif param == 'average':
if self.us_system:
return km2miles(self.average)
else:
return self.average
elif param == 'upositive':
if self.us_system:
return m2feet(self.upositive)
else:
return self.upositive
elif param == 'unegative':
if self.us_system:
return m2feet(self.unegative)
else:
return self.unegative
elif param == 'maxspeed':
if self.us_system:
return km2miles(self.maxspeed)
else:
return self.maxspeed
elif param == 'maxpace':
if self.us_system:
return self.pace_from_float(pacekm2miles(self.maxpace))
else:
return self.pace_from_float(self.maxpace)
elif param == 'pace':
if self.us_system:
return self.pace_from_float(pacekm2miles(self.pace))
else:
return self.pace_from_float(self.pace)
elif param == 'calories':
return self.calories
elif param == 'time':
if not self.time:
return ""
_hour,_min,_sec=self.pytrainer_main.date.second2time(self.time)
if _hour == 0:
return "%02d:%02d" % (_min, _sec)
else:
return "%0d:%02d:%02d" % (_hour, _min, _sec)
else:
print "Unable to provide value for unknown parameter (%s) for activity" % param
return None
def set_value(self, param, value):
''' Function to set the value of various params in this activity instance
Automatically converts from imperial if using them
'''
_value = _float(value)
if param == 'distance':
if self.us_system:
self.distance = miles2mk(_value)
else:
self.distance = _value
elif param == 'average':
if self.us_system:
self.average = miles2mk(_value)
else:
self.average = _value
elif param == 'upositive':
if self.us_system:
self.upositive = feet2m(_value)
else:
self.upositive = _value
elif param == 'unegative':
if self.us_system:
self.unegative = feet2m(_value)
else:
self.unegative = _value
elif param == 'maxspeed':
if self.us_system:
self.maxspeed = miles2mk(_value)
else:
self.maxspeed = _value
elif param == 'maxpace':
if self.us_system:
_maxpace = pacemiles2mk(_value)
else:
_maxpace = _value
self.maxpace = self.pace_to_float(_maxpace)
elif param == 'pace':
if self.us_system:
_pace = pacemiles2mk(_value)
else:
_pace = _value
self.pace = self.pace_to_float(_pace)
else:
print "Unable to set value (%s) for unknown parameter (%s) for activity" % (str(value), param)
def pace_to_float(self, value):
'''Take a mm:ss or mm.ss and return float'''
value = value.replace(':', '.')
try:
value = float(value)
except ValueError:
value = None
return value
def pace_from_float(self, value):
'''Helper to generate mm:ss from float representation mm.ss (or mm,ss?)'''
#Check that value supplied is a float
if not value:
return ""
try:
_value = "%0.2f" % float(value)
except ValueError:
_value = str(value)
return _value.replace('.',':')
