class WindowRecord(SimpleGladeApp):
def __init__(self, equipment_service, data_path = None, listSport = None, parent = None, date = None, title=None, distance=None, time=None, upositive=None, unegative=None, bpm=None, calories=None, comment=None, windowTitle=None, equipment=[]):
logging.debug(">>")
self.parent = parent
self.pytrainer_main = parent.pytrainer_main
#self.us = self.pytrainer_main.profile.prf_us_system #DEPRECATED
self.uc = UC()
logging.debug("Using US system: "+ str(self.uc.us))
self.data_path = data_path
glade_path="glade/newrecord.glade"
root = "newrecord"
domain = None
self.mode = "newrecord"
self.id_record = ""
self.store = None
self.active_row = None
self.activity_data = []
SimpleGladeApp.__init__(self, data_path+glade_path, root, domain)
self.conf_options = [
"rcd_date",
"rcd_sport",
"rcd_distance",
"rcd_beats",
"rcd_comments",
"rcd_average",
"rcd_calories",
"rcd_title",
"rcd_gpxfile",
"rcd_upositive",
"rcd_unegative",
"rcd_maxbeats",
"rcd_pace",
"rcd_maxpace",
"rcd_maxvel",
]
self.listSport = {}
for sport in listSport:
self.listSport[sport.id] = sport.name
for i in self.listSport:
self.rcd_sport.insert_text(i,self.listSport[i])
self.rcd_sport.set_active(0)
if windowTitle is not None:
self.newrecord.set_title(windowTitle)
if date != None:
self.setDate(date)
if title != None:
self.rcd_title.set_text(title)
if distance != None:
#self.rcd_distance.set_text(distance)
#myset_text(rcd_distance, 'distance', distance, us=self.us, round=2)
self.rcd_distance.set_text(self.uc.distance(distance))
if time != None:
self.setTime(time)
if distance!=None and time!=None:
self.on_calcavs_clicked(None)
if upositive != None:
self.rcd_upositive.set_text(self.uc.height(upositive))
if unegative != None:
self.rcd_unegative.set_text(self.uc.height(unegative))
if calories != None:
self.rcd_calories.set_text(calories)
#populate labels with units
self.label_rcd_distance.set_text('Distance (%s)' %self.uc.unit_distance)
self.label_rcd_maxvel.set_text('Max (%s)' %self.uc.unit_speed)
self.label_rcd_average.set_text('Average (%s)' %self.uc.unit_speed)
self.label_rcd_maxpace.set_text('Max (%s)' %self.uc.unit_pace)
self.label_rcd_pace.set_text('Pace (%s)' %self.uc.unit_pace)
self.label_rcd_upositive.set_text('Ascent (%s)' %self.uc.unit_height)
self.label_rcd_unegative.set_text('Descent (%s)' %self.uc.unit_height)
self._init_equipment(equipment, equipment_service)
logging.debug("<<")
def _init_equipment(self, selected_equipment, equipment_service):
equipment = {}
active_equipment = equipment_service.get_active_equipment()
for item in active_equipment:
equipment[item] = False
if len(active_equipment) == 0:
self.noActiveEquipmentMessageContainer.set_visible(True)
for item in selected_equipment:
equipment[item] = True
list_store = gtk.ListStore(int, str, bool)
for item in equipment:
list_store.append((item.id, item.description, equipment[item]))
tree_view = self.treeviewRecordEquipment
cell_renderer = gtk.CellRendererToggle()
cell_renderer.connect('toggled', self._equipment_selection_toggled)
tree_view.append_column(gtk.TreeViewColumn("Selected", cell_renderer, active=2))
tree_view.append_column(gtk.TreeViewColumn("Equipment Item", gtk.CellRendererText(), text=1))
tree_view.set_model(list_store)
def _equipment_selection_toggled(self, widget, path):
list_store = self.treeviewRecordEquipment.get_model()
iter = list_store.get_iter(path)
value = list_store.get_value(iter, 2)
list_store.set(iter, 2, not value)
def _get_selected_equipment_ids(self):
selected_ids = []
list_store = self.treeviewRecordEquipment.get_model()
iter = list_store.get_iter_first()
while iter is not None:
id = list_store.get_value(iter, 0)
selected = list_store.get_value(iter, 2)
if selected:
selected_ids.append(id)
iter = list_store.iter_next(iter)
return selected_ids
def getActivityData(self):
return self.activity_data
def populateMultiWindow(self, activities):
logging.debug(">>")
self.mode = "multiple_activities"
#activities (activity_id, start_time, distance, duration, sport, gpx_file, file_id)
self.activity_data = []
#Make treeview
self.store = self.build_tree_view()
#Add data
for activity in activities:
iter = self.store.append()
self.store.set(
iter,
0, activity[0],
1, activity[1],
2, activity[2],
3, activity[3],
4, activity[4],
5, activity[5]
)
details = {}
details["complete"] = False
details["rcd_distance"] = activity[2]
duration = activity[3]
if duration.count(":") == 2:
hours, mins, secs = duration.split(":")
else:
hours = mins = secs = 0
#details["rcd_hour"] = float(hours)
#details["rcd_min"] = float(mins)
#details["rcd_second"] = float(secs)
#details["rcd_time"] = (((float(hours) * 60) + float(mins)) * 60) + float(secs)
details["activity_id"] = activity[0]
details["rcd_time"] = (float(hours), float(mins), float(secs))
details["rcd_sport"] = activity[4]
details["rcd_gpxfile"] = activity[5]
details["file_id"] = activity[6]
self.activity_data.append(details)
self.scrolledwindowEntries.show_all()
#Hide some of the buttons
self.button25.hide() #GPX file "Open" button
self.button24.hide() #GPX file "Calculate Values" button
self.button10.hide() #Distance "Calculate" button
self.button11.hide() #Duration "Calculate" button
#self.button12.hide() #Velocity "Calculate" button
self.button43.hide() #Pace "Calculate" button
#Make GPX file 'unsensitive'
self.rcd_gpxfile.set_sensitive(0)
while gtk.events_pending(): # This allows the GUI to update
gtk.main_iteration() # before completion of this entire action
#Select first row and display details
self.treeviewEntries.set_cursor(0)
self.show_treeviewEntries_row(0)
logging.debug("<<")
def build_tree_view(self):
store = gtk.ListStore( gobject.TYPE_STRING,
gobject.TYPE_STRING,
gobject.TYPE_STRING,
gobject.TYPE_STRING,
gobject.TYPE_STRING,
gobject.TYPE_STRING )
column_names=["id", _("Start Time"), _("Distance"),_("Duration"),_("Sport"), _("GPX File")]
for column_index, column_name in enumerate(column_names):
#Add columns
column = gtk.TreeViewColumn(column_name, gtk.CellRendererText(), text=column_index)
column.set_sort_column_id(column_index)
if column_name == "id":
column.set_visible(False)
column.set_resizable(True)
self.treeviewEntries.append_column(column)
self.treeviewEntries.set_headers_clickable(True)
self.treeviewEntries.set_model(store)
return store
def on_accept_clicked(self,widget):
logging.debug(">>")
if self.mode == "multiple_activities":
logging.debug("multiple_activities")
#Check for edited data in comments
if self.active_row is not None:
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
comments = buffer.get_text(start,end, True).replace("\"","'")
self.activity_data[self.active_row]["rcd_comments"] = comments
#Advanced tab items
self.activity_data[self.active_row]["rcd_maxpace"] = self.rcd_maxpace.get_text()
self.activity_data[self.active_row]["rcd_pace"] = self.rcd_pace.get_text()
self.activity_data[self.active_row]["rcd_upositive"] = self.rcd_upositive.get_text()
self.activity_data[self.active_row]["rcd_unegative"] = self.rcd_unegative.get_text()
self.activity_data[self.active_row]["rcd_maxbeats"] = self.rcd_maxbeats.get_text()
self.activity_data[self.active_row]["rcd_beats"] = self.rcd_beats.get_text()
self.activity_data[self.active_row]["rcd_calories"] = self.rcd_calories.get_text()
row = 0
for activity in self.activity_data:
index = self.activity_data.index(activity)
if activity["complete"] is False:
#Did not view or modify this record - need to get all the details
print "Activity incomplete.. " + activity["rcd_gpxfile"]
self.update_activity_data(row, activity["rcd_gpxfile"], activity["rcd_sport"])
activity["rcd_title"] = activity["rcd_title"].replace("\"","'")
#Add activity to DB etc
laps = activity.pop("laps", ())
selected_equipment_ids = self._get_selected_equipment_ids()
self.activity_data[index]["db_id"] = self.parent.insertRecord(activity, laps, equipment=selected_equipment_ids)
row += 1
logging.debug("Processed %d rows of activity data" % row)
else:
logging.debug("Single activity")
list_options = {}
trackSummary = {}
list_options["rcd_date"] = self.rcd_date.get_text()
list_options["rcd_sport"] = self.rcd_sport.get_active_text()
list_options["rcd_distance"] = self.uc.usr2sys_str('distance', self.rcd_distance.get_text())
list_options["rcd_beats"] = self.rcd_beats.get_text()
list_options["rcd_average"] = self.uc.usr2sys_str('speed', self.rcd_average.get_text())
list_options["rcd_calories"] = self.rcd_calories.get_text()
list_options["rcd_title"] = self.rcd_title.get_text().replace("\"","'")
list_options["rcd_gpxfile"] = self.rcd_gpxfile.get_text()
list_options["rcd_upositive"] = self.uc.usr2sys_str('height', self.rcd_upositive.get_text())
list_options["rcd_unegative"] = self.uc.usr2sys_str('height', self.rcd_unegative.get_text())
list_options["rcd_maxbeats"] = self.rcd_maxbeats.get_text()
# 2011.11.05 - dgranda
# Pace is shown to user in mm:ss format
# But pace in database is stored in a mixed way: 4.30 for 4:30 (4.5 in 'decimal'). This needs to be changed!!
list_options["rcd_pace"] = self.uc.usr2sys_str('pace', self.rcd_pace.get_text().replace(":","."))
list_options["rcd_maxpace"] = self.uc.usr2sys_str('pace', self.rcd_maxpace.get_text().replace(":","."))
list_options["rcd_maxvel"] = self.uc.usr2sys_str('speed', self.rcd_maxvel.get_text())
list_options["rcd_time"] = [self.rcd_hour.get_value_as_int(),self.rcd_min.get_value_as_int(),self.rcd_second.get_value_as_int()]
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
comment = buffer.get_text(start,end, True)
list_options["rcd_comments"] = comment.replace("\"","'")
selected_equipment_ids = self._get_selected_equipment_ids()
# Added to change start time, only activities without GPX+ source file - dgranda 2011/06/10
record_time = self.rcd_starttime.get_text()
record_date = self.rcd_date.get_text()
localtz = Date().getLocalTZ()
date = dateutil.parser.parse(record_date+" "+record_time+" "+localtz)
local_date = str(date)
utc_date = date.astimezone(tzutc()).strftime("%Y-%m-%dT%H:%M:%SZ")
list_options["date_time_utc"] = utc_date
list_options["date_time_local"] = local_date
if self.mode == "newrecord":
logging.debug('Track data: '+str(list_options))
if list_options["rcd_gpxfile"] != "":
logging.info('Adding new activity based on GPX file')
self.parent.insertRecord(list_options, None, selected_equipment_ids)
else:
logging.info('Adding new activity based on provided data')
#Manual entry, calculate time info
record_time = self.rcd_starttime.get_text()
record_date = self.rcd_date.get_text()
localtz = Date().getLocalTZ()
date = dateutil.parser.parse(record_date+" "+record_time+" "+localtz)
local_date = str(date)
utc_date = date.astimezone(tzutc()).strftime("%Y-%m-%dT%H:%M:%SZ")
list_options["date_time_utc"] = utc_date
list_options["date_time_local"] = local_date
self.parent.insertRecord(list_options, equipment=selected_equipment_ids)
elif self.mode == "editrecord":
self.parent.updateRecord(list_options, self.id_record, equipment=selected_equipment_ids)
logging.debug("<<")
self.close_window()
def on_cancel_clicked(self,widget):
self.close_window()
def close_window(self, widget=None):
self.newrecord.hide()
#self.newrecord = None
self.quit()
def on_calendar_clicked(self,widget):
calendardialog = WindowCalendar(self.data_path,self, date=self.rcd_date.get_text())
calendardialog.run()
def setDate(self,date):
self.rcd_date.set_text(date)
def setTime(self,timeInSeconds):
time_in_hour = int(timeInSeconds)/3600.0
hour = int(time_in_hour)
min = int((time_in_hour-hour)*60)
sec = (((time_in_hour-hour)*60)-min)*60
self.rcd_hour.set_value(hour)
self.rcd_min.set_value(min)
self.rcd_second.set_value(sec)
def setValue(self,var_name,value, format="%0.2f"):
var = getattr(self,var_name)
try:
valueString = format % value
var.set_text(valueString)
except Exception as e:
print var_name, value, e
pass
def setValuesFromActivity(self, activity):
logging.debug(">>")
self.mode = "editrecord"
if activity is None:
logging.debug("activity is None")
logging.debug("<<")
return
self.id_record = activity.id_record
(h, m, s) = activity.time_tuple
self.rcd_hour.set_value(h)
self.rcd_min.set_value(m)
self.rcd_second.set_value(s)
self.rcd_date.set_text(str(activity.date))
#self.rcd_distance.set_text("%.2f"%activity.distance)
#myset_text(self.rcd_distance, 'distance', activity.distance, us=self.us, round=2)
if activity.distance is not None:
self.rcd_distance.set_text("%.2f" %self.uc.distance(activity.distance))
else:
self.rcd_distance.set_text("")
self.rcd_average.set_text("%.2f" %self.uc.speed(activity.average))
self.rcd_calories.set_text("%s"%activity.calories)
self.rcd_beats.set_text("%s"%activity.beats)
self.rcd_upositive.set_text("%.2f" %self.uc.height(activity.upositive))
self.rcd_unegative.set_text("%.2f" %self.uc.height(activity.unegative))
self.rcd_maxvel.set_text("%.2f" %self.uc.speed(activity.maxspeed))
self.rcd_maxpace.set_text("%s" %self.parent.pace_from_float(self.uc.pace(activity.maxpace),True)) # value coming from DB
self.rcd_pace.set_text("%s" %self.parent.pace_from_float(self.uc.pace(activity.pace),True)) # value coming from DB
self.rcd_maxbeats.set_text("%s"%activity.maxbeats)
self.rcd_title.set_text(activity.title)
if activity.starttime is not None:
self.rcd_starttime.set_text("%s" % activity.starttime)
sportPosition = self.getSportPosition(activity.sport_id)
self.rcd_sport.set_active(sportPosition)
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
buffer.set_text(activity.comments)
if activity.gpx_file is not None:
self.rcd_gpxfile.set_text(activity.gpx_file)
self.frameGeneral.set_sensitive(0) #Currently record values not changed if a GPX file is present
self.frameVelocity.set_sensitive(0) #Greying out options to indicate this to user
self.framePace.set_sensitive(0)
self.frameElevation.set_sensitive(0)
self.frameBeats.set_sensitive(0)
logging.debug("<<")
def setValues(self,values):
#(24, u'2009-12-26', 4, 23.48, u'9979', 0.0, 8.4716666232200009, 2210, u'', None, u'', 573.0, 562.0, 11.802745244400001, 5.0499999999999998, 7.04, 0.0, u'2009-12-25T19:41:48Z', u'2009-12-26 08:41:48+13:00')
#(50, u'2006-10-13', 1, 25.0, u'5625', 0.0, 16.0, 0, u'', gpsfile, title,upositive,unegative,maxspeed|maxpace|pace|maxbeats
print "windowrecord setValues called"
self.mode = "editrecord"
self.id_record = values[0]
self.setTime(values[4])
self.rcd_date.set_text(str(values[1]))
self.setValue("rcd_distance",values[3])
self.setValue("rcd_average",values[6])
self.setValue("rcd_calories",values[7], "%0.0f")
self.setValue("rcd_beats",values[5], "%0.0f")
self.setValue("rcd_upositive",values[11])
self.setValue("rcd_unegative",values[12])
self.setValue("rcd_maxvel",values[13])
self.setValue("rcd_maxpace",values[14])
self.setValue("rcd_pace",values[15])
self.setValue("rcd_maxbeats",values[16], "%0.0f")
self.rcd_title.set_text("%s"%values[10])
local_time = values[18]
if local_time is not None:
dateTime = dateutil.parser.parse(local_time)
sTime = dateTime.strftime("%X")
self.rcd_starttime.set_text("%s" % sTime)
sportID = values[2]
sportPosition = self.getSportPosition(sportID)
self.rcd_sport.set_active(sportPosition)
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
buffer.set_text(values[8])
def getSportPosition(self, sportID):
"""
Function to determine the position in the sport array for a given sport ID
Needed as once sports are deleted there are gaps in the list...
"""
count = 0
for key, value in self.listSport.iteritems():
if key == sportID:
return count
count +=1
return 0
def getSportPositionByName(self, sport):
"""
Function to determine the position in the sport array for a given sport
Needed as once sports are deleted there are gaps in the list...
"""
count = 0
for key, value in self.listSport.iteritems():
if value == sport:
return count
count +=1
return None
def on_calctime_clicked(self,widget):
logging.debug(">>")
try:
distance = float(self.rcd_distance.get_text()) # distance is mandatory!
# we need either pace or speed
try:
average = float(self.rcd_average.get_text())
time_in_hour = distance/average
logging.debug("Distance: %0.3f km (mi) | Speed: %0.2f -> Time: %.f hours " %(distance,average,time_in_hour))
pace = self.parent.pace_from_float(60/average)
logging.debug("Setting pace: %s" %pace)
self.rcd_pace.set_text(pace)
except:
pace_dec = self.parent.pace_to_float(self.rcd_pace.get_text())
time_in_hour = pace_dec*distance/60.0
logging.debug("Distance: %0.3f km (mi) | Pace_dec: %0.2f -> Time: %.f hours" %(distance,pace_dec,time_in_hour))
speed = distance/time_in_hour
logging.debug("Setting average speed: %0.2f" %speed)
self.rcd_average.set_text("%0.2f" %speed)
self.set_recordtime(time_in_hour)
except:
logging.debug("Traceback: %s" % traceback.format_exc())
pass
logging.debug("<<")
def update_activity_data(self, row, gpx_file, sport):
self.activity_data[row]["rcd_comments"] = ""
gpx_summary, laps = self.parent.summaryFromGPX(gpx_file, (sport,""))
local_time = gpx_summary['date_time_local']
start_date = local_time.strftime("%Y-%m-%d")
start_time = local_time.strftime("%H:%M:%S")
self.activity_data[row]["rcd_date"] = start_date
self.activity_data[row]["rcd_starttime"] = start_time
self.activity_data[row]["date_time_local"] = gpx_summary['date_time_local']
self.activity_data[row]["date_time_utc"] = gpx_summary['date_time_utc']
self.activity_data[row]["rcd_distance"] = gpx_summary["rcd_distance"]
self.activity_data[row]["rcd_average"] = gpx_summary["rcd_average"]
self.activity_data[row]["rcd_calories"] = gpx_summary["rcd_calories"]
self.activity_data[row]["rcd_beats"] = gpx_summary["rcd_beats"]
self.activity_data[row]["rcd_upositive"] = gpx_summary["rcd_upositive"]
self.activity_data[row]["rcd_unegative"] = gpx_summary["rcd_unegative"]
self.activity_data[row]["rcd_maxvel"] = gpx_summary["rcd_maxvel"]
self.activity_data[row]["rcd_maxpace"] = gpx_summary["rcd_maxpace"]
self.activity_data[row]["rcd_pace"] = gpx_summary["rcd_pace"]
self.activity_data[row]["rcd_maxbeats"] = gpx_summary["rcd_maxbeats"]
self.activity_data[row]["rcd_title"] = ""
self.activity_data[row]["laps"] = laps
self.activity_data[row]["complete"] = True
def show_treeviewEntries_row(self, row):
'''
Show details of treeview entry
TODO need to maintain any changes and display those....
'''
self.active_row = row
#Get details from stored data
#set sport
sport = self.activity_data[row]["rcd_sport"]
sportPosition = self.getSportPositionByName(sport)
if sportPosition is not None:
self.rcd_sport.set_active(sportPosition)
#Set gpx file name
gpx_file = self.activity_data[row]["rcd_gpxfile"]
self.setValue("rcd_gpxfile", gpx_file, "%s")
#set duration
time = Date().time2second(self.activity_data[row]["rcd_time"]) #TODO Fix to use timeinseconds!!
self.setTime(time) #TODO Fix to use timeinseconds!!
#Set distance
self.setValue("rcd_distance",self.activity_data[row]["rcd_distance"], "%s")
#Set comments
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
if "rcd_comments" not in self.activity_data[row]:
self.activity_data[row]["rcd_comments"] = ""
buffer.set_text(self.activity_data[row]["rcd_comments"])
while gtk.events_pending(): # This allows the GUI to update
gtk.main_iteration() # before completion of this entire action
if self.activity_data[row]["complete"] is False:
#Haven't processed GPX file yet
#Blank values not yet known
self.setValue("rcd_date", "", "%s")
self.setValue("rcd_starttime", "", "%s")
self.setValue("rcd_average", "", "%s")
self.setValue("rcd_calories","", "%s")
self.setValue("rcd_beats", "", "%s")
self.setValue("rcd_upositive", "", "%s")
self.setValue("rcd_unegative", "", "%s")
self.setValue("rcd_maxvel", "", "%s")
self.rcd_maxpace.set_text("")
self.rcd_pace.set_text("")
self.setValue("rcd_maxbeats", "", "%s")
while gtk.events_pending(): # This allows the GUI to update
gtk.main_iteration() # before completion of this entire action
#Get some info from gpx file
self.update_activity_data(row, gpx_file, sport)
self.setValue("rcd_distance",self.activity_data[row]["rcd_distance"], "%s")
self.setValue("rcd_date", self.activity_data[row]["rcd_date"], "%s")
self.setValue("rcd_starttime", self.activity_data[row]["rcd_starttime"], "%s")
self.setValue("rcd_average",self.activity_data[row]["rcd_average"])
self.setValue("rcd_calories",self.activity_data[row]["rcd_calories"], "%s")
self.setValue("rcd_beats",self.activity_data[row]["rcd_beats"], "%s")
self.setValue("rcd_upositive",self.activity_data[row]["rcd_upositive"], "%s")
self.setValue("rcd_unegative",self.activity_data[row]["rcd_unegative"], "%s")
self.setValue("rcd_maxvel",self.activity_data[row]["rcd_maxvel"])
self.rcd_maxpace.set_text(self.activity_data[row]["rcd_maxpace"])
self.rcd_pace.set_text(self.activity_data[row]["rcd_pace"])
self.setValue("rcd_maxbeats",self.activity_data[row]["rcd_maxbeats"], "%s")
self.rcd_title.set_text(self.activity_data[row]["rcd_title"])
def on_rcd_title_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
self.activity_data[self.active_row]["rcd_title"] = self.rcd_title.get_text()
def on_rcd_sport_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
sport = self.rcd_sport.get_active_text()
#Update sport in data store
self.activity_data[self.active_row]["rcd_sport"] = sport
#Update sport in treeview
self.store[self.active_row][4] = sport
def on_rcd_distance_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
distance = self.rcd_distance.get_text()
#Update distance in data store
self.activity_data[self.active_row]["rcd_distance"] = distance
#Update distance in treeview
self.store[self.active_row][2] = distance
def on_rcd_duration_value_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
hour = self.rcd_hour.get_value()
min = self.rcd_min.get_value()
sec = self.rcd_second.get_value()
#print hour, min, sec
#Update duration in data store
self.activity_data[self.active_row]["rcd_time"] = (hour, min, sec)
#Update duration in treeview
self.store[self.active_row][3] = "%d:%.2d:%.2d" % (int(hour), int(min), int(sec))
def on_rcd_date_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
#Update date in data store
self.activity_data[self.active_row]["rcd_date"] = self.rcd_date.get_text()
def on_rcd_starttime_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
#Update start time in data store
self.activity_data[self.active_row]["rcd_starttime"] = self.rcd_starttime.get_text()
def on_treeviewEntries_row_activated(self, treeview, event):
'''
Callback to display details of different activity
'''
#Check for edited data in previous row
if self.active_row is not None:
#Check for edited data in comments
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
comments = buffer.get_text(start,end, True).replace("\"","'")
self.activity_data[self.active_row]["rcd_comments"] = comments
#Advanced tab items
self.activity_data[self.active_row]["rcd_maxpace"] = self.rcd_maxpace.get_text()
self.activity_data[self.active_row]["rcd_pace"] = self.rcd_pace.get_text()
self.activity_data[self.active_row]["rcd_upositive"] = self.rcd_upositive.get_text()
self.activity_data[self.active_row]["rcd_unegative"] = self.rcd_unegative.get_text()
self.activity_data[self.active_row]["rcd_maxbeats"] = self.rcd_maxbeats.get_text()
self.activity_data[self.active_row]["rcd_beats"] = self.rcd_beats.get_text()
self.activity_data[self.active_row]["rcd_calories"] = self.rcd_calories.get_text()
#Get row that was selected
x = int(event.x)
y = int(event.y)
time = event.time
pthinfo = treeview.get_path_at_pos(x, y)
if pthinfo is not None:
path, col, cellx, celly = pthinfo
treeview.grab_focus()
treeview.set_cursor(path, col, 0)
while gtk.events_pending(): # This allows the GUI to update
gtk.main_iteration() # before completion of this entire action
self.show_treeviewEntries_row(path[0])
def on_calcavs_clicked(self,widget):
logging.debug(">>")
hour = self.rcd_hour.get_value_as_int()
min = self.rcd_min.get_value_as_int()
sec = self.rcd_second.get_value_as_int()
time = sec + (min*60) + (hour*3600)
if time<1:
logging.debug("Seems no time value (%s) has been entered, nothing to calculate." %time)
return False
distance = float(self.rcd_distance.get_text())
if distance<1:
logging.debug("Seems no distance value (%s) has been entered, nothing to calculate." %distance)
return False
logging.debug("Time: %d seconds | Distance: %0.2f km (mi)" %(time,distance))
# Average speed
average_speed = distance*3600.0/time
logging.debug("Average speed: %0.2f" %average_speed)
self.rcd_average.set_text("%0.2f" %average_speed)
# Average pace
dec_pace = 60/average_speed
#Transform pace to mm:ss
pace = self.parent.pace_from_float(dec_pace)
logging.debug("Average pace: %s" %pace)
self.rcd_pace.set_text(pace)
logging.debug("<<")
def on_calccalories_clicked(self,widget):
sport = self.rcd_sport.get_active_text()
hour = self.rcd_hour.get_value_as_int()
min = self.rcd_min.get_value_as_int()
sec = self.rcd_second.get_value_as_int()
hour += float(min)/60.0 + float(sec)/(60.0*60.0)
weight = self.pytrainer_main.profile.getValue("pytraining","prf_weight")
try:
weight = float(weight)
except:
weight = 0.0
try:
met = float(self.parent.getSportMet(sport))
except:
met = None
try:
extraweight = self.parent.getSportWeight(sport)
extraweight = float(extraweight)
except:
extraweight = 0.0
if met is not None:
calories = met*(weight+extraweight)*hour
self.rcd_calories.set_text(str(calories))
def on_calcdistance_clicked(self,widget):
logging.debug(">>")
try:
hour = self.rcd_hour.get_value_as_int()
min = self.rcd_min.get_value_as_int()
sec = self.rcd_second.get_value_as_int()
time = sec + (min*60) + (hour*3600)
time_in_hour = time/3600.0
# we need either pace or speed
try:
average = float(self.rcd_average.get_text())
distance = average*time_in_hour
logging.debug("Time: %d seconds | Speed: %0.2f -> Distance: %0.3f km (mi)" %(time,average,distance))
pace = self.parent.pace_from_float(60/average)
logging.debug("Setting pace: %s" %pace)
self.rcd_pace.set_text(pace)
except:
pace_dec = self.parent.pace_to_float(self.rcd_pace.get_text())
distance = time/(60.0*pace_dec)
logging.debug("Time: %d seconds | Pace_dec: %0.2f -> Distance: %0.3f km (mi)" %(time,pace_dec,distance))
speed = distance/time_in_hour
logging.debug("Setting average speed: %0.2f" %speed)
self.rcd_average.set_text("%0.2f" %speed)
self.set_distance(distance)
except:
logging.debug("Traceback: %s" % traceback.format_exc())
pass
logging.debug("<<")
def set_distance(self,distance):
self.rcd_distance.set_text("%0.2f" %distance)
#myset_text(rcd_distance, 'distance', distance, us=self.us, round=2)
def set_maxspeed(self,vel):
self.rcd_maxvel.set_text("%0.2f" %vel)
def set_maxhr(self,hr):
self.rcd_maxbeats.set_text("%0.2f" %hr)
def set_recordtime (self,time_in_hour):
hour = int(time_in_hour)
min = int((time_in_hour-hour)*60)
sec = (((time_in_hour-hour)*60)-min)*60
self.rcd_hour.set_value(hour)
self.rcd_min.set_value(min)
self.rcd_second.set_value(sec)
def on_selectfile_clicked(self,widget):
logging.debug(">>")
#self.filechooser = FileChooser(self.data_path,self,"set_gpxfile","open")
#self.filechooser.run()
from pytrainer.gui.dialogs import fileChooserDialog
selectedFile = fileChooserDialog(title="Choose a Google Earth file (.kml) to import", multiple=False).getFiles()
if selectedFile is not None:
self.rcd_gpxfile.set_text(selectedFile[0])
logging.debug("<<")
def set_gpxfile(self):
logging.debug(">>")
#namefile = self.filechooser.filename
#self.rcd_gpxfile.set_text(namefile)
logging.debug("<<")
def on_calculatevalues_clicked(self,widget):
gpxfile = self.rcd_gpxfile.get_text()
if os.path.isfile(gpxfile):
self.frameGeneral.set_sensitive(0)
self.frameVelocity.set_sensitive(0)
self.parent.actualize_fromgpx(gpxfile)
class WindowRecord(SimpleBuilderApp):
def __init__(self, equipment_service, data_path = None, listSport = None, parent = None, date = None, title=None, distance=None, time=None, upositive=None, unegative=None, bpm=None, calories=None, comment=None, windowTitle=None, equipment=[]):
logging.debug(">>")
self.parent = parent
self.pytrainer_main = parent.pytrainer_main
self.uc = UC()
logging.debug("Using US system: %s", self.uc.us)
self.data_path = data_path
self.mode = "newrecord"
self.id_record = ""
self.store = None
self.active_row = None
self.activity_data = []
SimpleBuilderApp.__init__(self, "newrecord.ui")
self.conf_options = [
"rcd_date",
"rcd_sport",
"rcd_distance",
"rcd_beats",
"rcd_comments",
"rcd_average",
"rcd_calories",
"rcd_title",
"rcd_gpxfile",
"rcd_upositive",
"rcd_unegative",
"rcd_maxbeats",
"rcd_pace",
"rcd_maxpace",
"rcd_maxvel",
]
self.listSport = {}
for sport in listSport:
self.listSport[sport.id] = sport.name
for i in self.listSport:
self.rcd_sport.insert_text(i,self.listSport[i])
self.rcd_sport.set_active(0)
if windowTitle is not None:
self.newrecord.set_title(windowTitle)
if date != None:
self.setDate(date)
if title != None:
self.rcd_title.set_text(title)
if distance != None:
#self.rcd_distance.set_text(distance)
#myset_text(rcd_distance, 'distance', distance, us=self.us, round=2)
self.rcd_distance.set_text(self.uc.distance(distance))
if time != None:
self.setTime(time)
if distance!=None and time!=None:
self.on_calcavs_clicked(None)
if upositive != None:
self.rcd_upositive.set_text(self.uc.height(upositive))
if unegative != None:
self.rcd_unegative.set_text(self.uc.height(unegative))
if calories != None:
self.rcd_calories.set_text(calories)
#populate labels with units
self.label_rcd_distance.set_text(_('Distance') + ' (%s)' %self.uc.unit_distance)
self.label_rcd_maxvel.set_text(_('Max') + ' (%s)' %self.uc.unit_speed)
self.label_rcd_average.set_text(_('Average') + ' (%s)' %self.uc.unit_speed)
self.label_rcd_maxpace.set_text(_('Max') + ' (%s)' %self.uc.unit_pace)
self.label_rcd_pace.set_text(_('Pace') + ' (%s)' %self.uc.unit_pace)
self.label_rcd_upositive.set_text(_('Ascent') + ' (%s)' %self.uc.unit_height)
self.label_rcd_unegative.set_text(_('Descent') + ' (%s)' %self.uc.unit_height)
self._init_equipment(equipment, equipment_service)
logging.debug("<<")
def _init_equipment(self, selected_equipment, equipment_service):
equipment = {}
active_equipment = equipment_service.get_active_equipment()
for item in active_equipment:
equipment[item] = False
if len(active_equipment) == 0:
self.noActiveEquipmentMessageContainer.set_visible(True)
for item in selected_equipment:
equipment[item] = True
list_store = Gtk.ListStore(int, str, bool)
for item in equipment:
list_store.append((item.id, item.description, equipment[item]))
tree_view = self.treeviewRecordEquipment
cell_renderer = Gtk.CellRendererToggle()
cell_renderer.connect('toggled', self._equipment_selection_toggled)
tree_view.append_column(Gtk.TreeViewColumn("Selected", cell_renderer, active=2))
tree_view.append_column(Gtk.TreeViewColumn("Equipment Item", Gtk.CellRendererText(), text=1))
tree_view.set_model(list_store)
def _equipment_selection_toggled(self, widget, path):
list_store = self.treeviewRecordEquipment.get_model()
iter = list_store.get_iter(path)
value = list_store.get_value(iter, 2)
list_store.set(iter, 2, not value)
def _get_selected_equipment_ids(self):
selected_ids = []
list_store = self.treeviewRecordEquipment.get_model()
iter = list_store.get_iter_first()
while iter is not None:
id = list_store.get_value(iter, 0)
selected = list_store.get_value(iter, 2)
if selected:
selected_ids.append(id)
iter = list_store.iter_next(iter)
return selected_ids
def getActivityData(self):
return self.activity_data
def populateMultiWindow(self, activities):
logging.debug(">>")
self.mode = "multiple_activities"
#activities (activity_id, start_time, distance, duration, sport, gpx_file, file_id)
self.activity_data = []
#Make treeview
self.store = self.build_tree_view()
#Add data
for activity in activities:
iter = self.store.append()
self.store.set(
iter,
0, activity[0],
1, activity[1],
2, activity[2],
3, activity[3],
4, activity[4],
5, activity[5]
)
details = {}
details["complete"] = False
details["rcd_distance"] = activity[2]
duration = activity[3]
if duration.count(":") == 2:
hours, mins, secs = duration.split(":")
else:
hours = mins = secs = 0
#details["rcd_hour"] = float(hours)
#details["rcd_min"] = float(mins)
#details["rcd_second"] = float(secs)
#details["rcd_time"] = (((float(hours) * 60) + float(mins)) * 60) + float(secs)
details["activity_id"] = activity[0]
details["rcd_time"] = (float(hours), float(mins), float(secs))
if activity[4] is not None:
details["rcd_sport"] = activity[4]
else:
# No sport was provided, preliminary set the current selection from window
details["rcd_sport"] = gtk_str(self.rcd_sport.get_active_text())
details["rcd_gpxfile"] = activity[5]
details["file_id"] = activity[6]
self.activity_data.append(details)
self.scrolledwindowEntries.show_all()
#Hide some of the buttons
self.button25.hide() #GPX file "Open" button
self.button24.hide() #GPX file "Calculate Values" button
self.button10.hide() #Distance "Calculate" button
self.button11.hide() #Duration "Calculate" button
#self.button12.hide() #Velocity "Calculate" button
self.button43.hide() #Pace "Calculate" button
#Make GPX file 'unsensitive'
self.rcd_gpxfile.set_sensitive(0)
while Gtk.events_pending(): # This allows the GUI to update
Gtk.main_iteration() # before completion of this entire action
#Select first row and display details
self.treeviewEntries.set_cursor(0)
self.show_treeviewEntries_row(0)
logging.debug("<<")
def build_tree_view(self):
store = Gtk.ListStore( GObject.TYPE_STRING,
GObject.TYPE_STRING,
GObject.TYPE_STRING,
GObject.TYPE_STRING,
GObject.TYPE_STRING,
GObject.TYPE_STRING )
column_names=["id", _("Start Time"), _("Distance"),_("Duration"),_("Sport"), _("GPX File")]
for column_index, column_name in enumerate(column_names):
#Add columns
column = Gtk.TreeViewColumn(column_name, Gtk.CellRendererText(), text=column_index)
column.set_sort_column_id(column_index)
if column_name == "id":
column.set_visible(False)
column.set_resizable(True)
self.treeviewEntries.append_column(column)
self.treeviewEntries.set_headers_clickable(True)
self.treeviewEntries.set_model(store)
return store
def on_accept_clicked(self,widget):
logging.debug(">>")
if self.mode == "multiple_activities":
logging.debug("multiple_activities")
#Check for edited data in comments
if self.active_row is not None:
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
comments = gtk_str(buffer.get_text(start,end, True))
self.activity_data[self.active_row]["rcd_comments"] = comments
#Advanced tab items
self.activity_data[self.active_row]["rcd_maxpace"] = gtk_str(self.rcd_maxpace.get_text())
self.activity_data[self.active_row]["rcd_pace"] = gtk_str(self.rcd_pace.get_text())
self.activity_data[self.active_row]["rcd_upositive"] = gtk_str(self.rcd_upositive.get_text())
self.activity_data[self.active_row]["rcd_unegative"] = gtk_str(self.rcd_unegative.get_text())
self.activity_data[self.active_row]["rcd_maxbeats"] = gtk_str(self.rcd_maxbeats.get_text())
self.activity_data[self.active_row]["rcd_beats"] = gtk_str(self.rcd_beats.get_text())
self.activity_data[self.active_row]["rcd_calories"] = gtk_str(self.rcd_calories.get_text())
row = 0
for activity in self.activity_data:
index = self.activity_data.index(activity)
if activity["complete"] is False:
#Did not view or modify this record - need to get all the details
logging.debug("Activity incomplete.. %s", activity["rcd_gpxfile"])
self.update_activity_data(row, activity["rcd_gpxfile"], activity["rcd_sport"])
activity["rcd_title"] = activity["rcd_title"].replace("\"","'")
#Add activity to DB etc
laps = activity.pop("laps", ())
selected_equipment_ids = self._get_selected_equipment_ids()
self.activity_data[index]["db_id"] = self.parent.insertRecord(activity, laps, equipment=selected_equipment_ids)
row += 1
logging.debug("Processed %d rows of activity data", row)
else:
logging.debug("Single activity")
list_options = {}
trackSummary = {}
list_options["rcd_date"] = gtk_str(self.rcd_date.get_text())
list_options["rcd_sport"] = gtk_str(self.rcd_sport.get_active_text())
list_options["rcd_distance"] = self.uc.usr2sys_str('distance',
gtk_str(self.rcd_distance.get_text()))
list_options["rcd_beats"] = gtk_str(self.rcd_beats.get_text())
list_options["rcd_average"] = self.uc.usr2sys_str('speed',
gtk_str(self.rcd_average.get_text()))
list_options["rcd_calories"] = gtk_str(self.rcd_calories.get_text())
list_options["rcd_title"] = gtk_str(self.rcd_title.get_text())
list_options["rcd_gpxfile"] = gtk_str(self.rcd_gpxfile.get_text())
list_options["rcd_upositive"] = self.uc.usr2sys_str('height',
gtk_str(self.rcd_upositive.get_text()))
list_options["rcd_unegative"] = self.uc.usr2sys_str('height',
gtk_str(self.rcd_unegative.get_text()))
list_options["rcd_maxbeats"] = gtk_str(self.rcd_maxbeats.get_text())
# 2011.11.05 - dgranda
# Pace is shown to user in mm:ss format
# But pace in database is stored in a mixed way: 4.30 for 4:30 (4.5 in 'decimal'). This needs to be changed!!
list_options["rcd_pace"] = self.uc.usr2sys_str('pace', gtk_str(self.rcd_pace.get_text()).replace(":","."))
list_options["rcd_maxpace"] = self.uc.usr2sys_str('pace', gtk_str(self.rcd_maxpace.get_text()).replace(":","."))
list_options["rcd_maxvel"] = self.uc.usr2sys_str('speed', gtk_str(self.rcd_maxvel.get_text()))
list_options["rcd_time"] = [self.rcd_hour.get_value_as_int(),self.rcd_min.get_value_as_int(),self.rcd_second.get_value_as_int()]
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
comment = gtk_str(buffer.get_text(start,end, True))
list_options["rcd_comments"] = comment
selected_equipment_ids = self._get_selected_equipment_ids()
# Added to change start time, only activities without GPX+ source file - dgranda 2011/06/10
record_time = gtk_str(self.rcd_starttime.get_text())
record_date = gtk_str(self.rcd_date.get_text())
localtz = getLocalTZ()
date = dateutil.parser.parse(record_date+" "+record_time+" "+localtz)
local_date = str(date)
utc_date = date.astimezone(tzutc()).strftime("%Y-%m-%dT%H:%M:%SZ")
list_options["date_time_utc"] = utc_date
list_options["date_time_local"] = local_date
if self.mode == "newrecord":
logging.debug('Track data: %s', list_options)
if list_options["rcd_gpxfile"] != "":
logging.info('Adding new activity based on GPX file')
self.parent.insertRecord(list_options, None, selected_equipment_ids)
else:
logging.info('Adding new activity based on provided data')
#Manual entry, calculate time info
record_time = gtk_str(self.rcd_starttime.get_text())
record_date = gtk_str(self.rcd_date.get_text())
localtz = getLocalTZ()
date = dateutil.parser.parse(record_date+" "+record_time+" "+localtz)
local_date = str(date)
utc_date = date.astimezone(tzutc()).strftime("%Y-%m-%dT%H:%M:%SZ")
list_options["date_time_utc"] = utc_date
list_options["date_time_local"] = local_date
try:
self.parent.insertRecord(
list_options,
equipment=selected_equipment_ids)
except ValueError:
msg = ("Unable to add an activity record without any "
"sports, please add a sport in preferences' "
"<i>Sports</i> tab.")
logging.error(msg)
warning_dialog(title=_("Error Adding Activity Record"), text=_(msg))
elif self.mode == "editrecord":
self.parent.updateRecord(list_options, self.id_record, equipment=selected_equipment_ids)
logging.debug("<<")
self.close_window()
def on_cancel_clicked(self,widget):
self.close_window()
def close_window(self, widget=None):
self.newrecord.hide()
#self.newrecord = None
self.quit()
def on_calendar_clicked(self,widget):
calendardialog = WindowCalendar(self.data_path,self, date=gtk_str(self.rcd_date.get_text()))
calendardialog.run()
def setDate(self,date):
self.rcd_date.set_text(date)
def setTime(self,timeInSeconds):
time_in_hour = int(timeInSeconds)/3600.0
hour = int(time_in_hour)
min = int((time_in_hour-hour)*60)
sec = (((time_in_hour-hour)*60)-min)*60
self.rcd_hour.set_value(hour)
self.rcd_min.set_value(min)
self.rcd_second.set_value(sec)
def setValue(self,var_name,value, format="%0.2f"):
var = getattr(self,var_name)
try:
valueString = format % value
var.set_text(valueString)
except Exception as e:
logging.debug("setValue: %s, %s, %s", var_name, value, e)
pass
def setValuesFromActivity(self, activity):
logging.debug(">>")
self.mode = "editrecord"
if activity is None:
logging.debug("activity is None")
logging.debug("<<")
return
self.id_record = activity.id
(h, m, s) = activity.time_tuple
self.rcd_hour.set_value(h)
self.rcd_min.set_value(m)
self.rcd_second.set_value(s)
self.rcd_date.set_text(str(activity.date))
#self.rcd_distance.set_text("%.2f"%activity.distance)
#myset_text(self.rcd_distance, 'distance', activity.distance, us=self.us, round=2)
if activity.distance is not None:
self.rcd_distance.set_text("%.2f" %self.uc.distance(activity.distance))
else:
self.rcd_distance.set_text("")
self.rcd_average.set_text("%.2f" %self.uc.speed(activity.average))
self.rcd_calories.set_text("%s"%activity.calories)
self.rcd_beats.set_text("%s"%activity.beats)
self.rcd_upositive.set_text("%.2f" %self.uc.height(activity.upositive))
self.rcd_unegative.set_text("%.2f" %self.uc.height(activity.unegative))
self.rcd_maxvel.set_text("%.2f" %self.uc.speed(activity.maxspeed))
self.rcd_maxpace.set_text("%s" %self.parent.pace_from_float(self.uc.pace(activity.maxpace),True)) # value coming from DB
self.rcd_pace.set_text("%s" %self.parent.pace_from_float(self.uc.pace(activity.pace),True)) # value coming from DB
self.rcd_maxbeats.set_text("%s"%activity.maxbeats)
self.rcd_title.set_text(activity.title)
if activity.starttime is not None:
self.rcd_starttime.set_text("%s" % activity.starttime)
sportPosition = self.getSportPosition(activity.sport_id)
self.rcd_sport.set_active(sportPosition)
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
buffer.set_text(activity.comments)
if activity.gpx_file is not None:
self.rcd_gpxfile.set_text(activity.gpx_file)
self.frameGeneral.set_sensitive(0) #Currently record values not changed if a GPX file is present
self.frameVelocity.set_sensitive(0) #Greying out options to indicate this to user
self.framePace.set_sensitive(0)
self.frameElevation.set_sensitive(0)
self.frameBeats.set_sensitive(0)
logging.debug("<<")
def setValues(self,values):
#(24, u'2009-12-26', 4, 23.48, u'9979', 0.0, 8.4716666232200009, 2210, u'', None, u'', 573.0, 562.0, 11.802745244400001, 5.0499999999999998, 7.04, 0.0, u'2009-12-25T19:41:48Z', u'2009-12-26 08:41:48+13:00')
#(50, u'2006-10-13', 1, 25.0, u'5625', 0.0, 16.0, 0, u'', gpsfile, title,upositive,unegative,maxspeed|maxpace|pace|maxbeats
logging.debug("windowrecord setValues called")
self.mode = "editrecord"
self.id_record = values[0]
self.setTime(values[4])
self.rcd_date.set_text(str(values[1]))
self.setValue("rcd_distance",values[3])
self.setValue("rcd_average",values[6])
self.setValue("rcd_calories",values[7], "%0.0f")
self.setValue("rcd_beats",values[5], "%0.0f")
self.setValue("rcd_upositive",values[11])
self.setValue("rcd_unegative",values[12])
self.setValue("rcd_maxvel",values[13])
self.setValue("rcd_maxpace",values[14])
self.setValue("rcd_pace",values[15])
self.setValue("rcd_maxbeats",values[16], "%0.0f")
self.rcd_title.set_text("%s"%values[10])
local_time = values[18]
if local_time is not None:
dateTime = dateutil.parser.parse(local_time)
sTime = dateTime.strftime("%X")
self.rcd_starttime.set_text("%s" % sTime)
sportID = values[2]
sportPosition = self.getSportPosition(sportID)
self.rcd_sport.set_active(sportPosition)
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
buffer.set_text(values[8])
def getSportPosition(self, sportID):
"""
Function to determine the position in the sport array for a given sport ID
Needed as once sports are deleted there are gaps in the list...
"""
count = 0
for key, value in self.listSport.items():
if key == sportID:
return count
count +=1
return 0
def getSportPositionByName(self, sport):
"""
Function to determine the position in the sport array for a given sport
Needed as once sports are deleted there are gaps in the list...
"""
count = 0
for key, value in self.listSport.items():
if value == sport:
return count
count +=1
return None
def on_calctime_clicked(self,widget):
logging.debug(">>")
try:
distance = float(gtk_str(self.rcd_distance.get_text())) # distance is mandatory!
# we need either pace or speed
try:
average = float(gtk_str(self.rcd_average.get_text()))
time_in_hour = distance/average
logging.debug("Distance: %0.3f km (mi) | Speed: %0.2f -> Time: %.f hours",
distance, average, time_in_hour)
pace = self.parent.pace_from_float(60/average)
logging.debug("Setting pace: %s", pace)
self.rcd_pace.set_text(pace)
except:
pace_dec = self.parent.pace_to_float(gtk_str(self.rcd_pace.get_text()))
time_in_hour = pace_dec*distance/60.0
logging.debug("Distance: %0.3f km (mi) | Pace_dec: %0.2f -> Time: %.f hours",
distance, pace_dec, time_in_hour)
speed = distance/time_in_hour
logging.debug("Setting average speed: %0.2f", speed)
self.rcd_average.set_text("%0.2f" %speed)
self.set_recordtime(time_in_hour)
except:
logging.debug("Traceback: %s" % traceback.format_exc())
pass
logging.debug("<<")
def update_activity_data(self, row, gpx_file, sport):
logging.debug(">>")
self.activity_data[row]["rcd_comments"] = ""
gpx_summary, laps = self.parent.summaryFromGPX(gpx_file, (sport,""))
local_time = gpx_summary['date_time_local']
start_date = local_time.strftime("%Y-%m-%d")
start_time = local_time.strftime("%H:%M:%S")
self.activity_data[row]["rcd_date"] = start_date
self.activity_data[row]["rcd_starttime"] = start_time
self.activity_data[row]["date_time_local"] = gpx_summary['date_time_local']
self.activity_data[row]["date_time_utc"] = gpx_summary['date_time_utc']
self.activity_data[row]["rcd_time"] = gpx_summary["rcd_time"]
self.activity_data[row]["rcd_distance"] = gpx_summary["rcd_distance"]
self.activity_data[row]["rcd_average"] = gpx_summary["rcd_average"]
self.activity_data[row]["rcd_calories"] = gpx_summary["rcd_calories"]
self.activity_data[row]["rcd_beats"] = gpx_summary["rcd_beats"]
self.activity_data[row]["rcd_upositive"] = gpx_summary["rcd_upositive"]
self.activity_data[row]["rcd_unegative"] = gpx_summary["rcd_unegative"]
self.activity_data[row]["rcd_maxvel"] = gpx_summary["rcd_maxvel"]
self.activity_data[row]["rcd_maxpace"] = gpx_summary["rcd_maxpace"]
self.activity_data[row]["rcd_pace"] = gpx_summary["rcd_pace"]
self.activity_data[row]["rcd_maxbeats"] = gpx_summary["rcd_maxbeats"]
self.activity_data[row]["rcd_title"] = ""
self.activity_data[row]["laps"] = laps
self.activity_data[row]["complete"] = True
logging.debug("<<")
def show_treeviewEntries_row(self, row):
'''
Show details of treeview entry
TODO need to maintain any changes and display those....
'''
logging.debug(">>")
self.active_row = row
#Get details from stored data
#set sport
sport = self.activity_data[row]["rcd_sport"]
sportPosition = self.getSportPositionByName(sport)
if sportPosition is not None:
self.rcd_sport.set_active(sportPosition)
#Set gpx file name
gpx_file = self.activity_data[row]["rcd_gpxfile"]
self.setValue("rcd_gpxfile", gpx_file, "%s")
#set duration
time = time2second(self.activity_data[row]["rcd_time"]) #TODO Fix to use timeinseconds!!
self.setTime(time) #TODO Fix to use timeinseconds!!
#Set distance
self.setValue("rcd_distance",self.activity_data[row]["rcd_distance"], "%s")
#Set comments
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
if "rcd_comments" not in self.activity_data[row]:
self.activity_data[row]["rcd_comments"] = ""
buffer.set_text(self.activity_data[row]["rcd_comments"])
while Gtk.events_pending(): # This allows the GUI to update
Gtk.main_iteration() # before completion of this entire action
if self.activity_data[row]["complete"] is False:
#Haven't processed GPX file yet
#Blank values not yet known
self.setValue("rcd_date", "", "%s")
self.setValue("rcd_starttime", "", "%s")
self.setValue("rcd_average", "", "%s")
self.setValue("rcd_calories","", "%s")
self.setValue("rcd_beats", "", "%s")
self.setValue("rcd_upositive", "", "%s")
self.setValue("rcd_unegative", "", "%s")
self.setValue("rcd_maxvel", "", "%s")
self.rcd_maxpace.set_text("")
self.rcd_pace.set_text("")
self.setValue("rcd_maxbeats", "", "%s")
while Gtk.events_pending(): # This allows the GUI to update
Gtk.main_iteration() # before completion of this entire action
#Get some info from gpx file
self.update_activity_data(row, gpx_file, sport)
self.setValue("rcd_distance",self.activity_data[row]["rcd_distance"], "%s")
time = time2second(self.activity_data[row]["rcd_time"])
self.setTime(time)
self.setValue("rcd_date", self.activity_data[row]["rcd_date"], "%s")
self.setValue("rcd_starttime", self.activity_data[row]["rcd_starttime"], "%s")
self.setValue("rcd_average",self.activity_data[row]["rcd_average"])
self.setValue("rcd_calories",self.activity_data[row]["rcd_calories"], "%s")
self.setValue("rcd_beats",self.activity_data[row]["rcd_beats"], "%s")
self.setValue("rcd_upositive",self.activity_data[row]["rcd_upositive"], "%s")
self.setValue("rcd_unegative",self.activity_data[row]["rcd_unegative"], "%s")
self.setValue("rcd_maxvel",self.activity_data[row]["rcd_maxvel"])
self.rcd_maxpace.set_text(self.activity_data[row]["rcd_maxpace"])
self.rcd_pace.set_text(self.activity_data[row]["rcd_pace"])
self.setValue("rcd_maxbeats",self.activity_data[row]["rcd_maxbeats"], "%s")
self.rcd_title.set_text(self.activity_data[row]["rcd_title"])
logging.debug("<<")
def on_rcd_title_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
self.activity_data[self.active_row]["rcd_title"] = gtk_str(self.rcd_title.get_text())
def on_rcd_sport_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
sport = gtk_str(self.rcd_sport.get_active_text())
#Update sport in data store
self.activity_data[self.active_row]["rcd_sport"] = sport
#Update sport in treeview
self.store[self.active_row][4] = sport
def on_rcd_distance_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
distance = gtk_str(self.rcd_distance.get_text())
#Update distance in data store
self.activity_data[self.active_row]["rcd_distance"] = distance
#Update distance in treeview
self.store[self.active_row][2] = distance
def on_rcd_duration_value_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
hour = self.rcd_hour.get_value()
min = self.rcd_min.get_value()
sec = self.rcd_second.get_value()
#print hour, min, sec
#Update duration in data store
self.activity_data[self.active_row]["rcd_time"] = (hour, min, sec)
#Update duration in treeview
self.store[self.active_row][3] = "%d:%.2d:%.2d" % (int(hour), int(min), int(sec))
def on_rcd_date_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
#Update date in data store
self.activity_data[self.active_row]["rcd_date"] = gtk_str(self.rcd_date.get_text())
def on_rcd_starttime_changed(self, widget):
if self.mode == "multiple_activities" and self.active_row is not None:
#Update start time in data store
self.activity_data[self.active_row]["rcd_starttime"] = gtk_str(self.rcd_starttime.get_text())
def on_treeviewEntries_row_activated(self, treeview, event):
'''
Callback to display details of different activity
'''
#Check for edited data in previous row
if self.active_row is not None:
#Check for edited data in comments
buffer = self.rcd_comments.get_buffer()
start,end = buffer.get_bounds()
comments = gtk_str(buffer.get_text(start,end, True))
self.activity_data[self.active_row]["rcd_comments"] = comments
#Advanced tab items
self.activity_data[self.active_row]["rcd_maxpace"] = gtk_str(self.rcd_maxpace.get_text())
self.activity_data[self.active_row]["rcd_pace"] = gtk_str(self.rcd_pace.get_text())
self.activity_data[self.active_row]["rcd_upositive"] = gtk_str(self.rcd_upositive.get_text())
self.activity_data[self.active_row]["rcd_unegative"] = gtk_str(self.rcd_unegative.get_text())
self.activity_data[self.active_row]["rcd_maxbeats"] = gtk_str(self.rcd_maxbeats.get_text())
self.activity_data[self.active_row]["rcd_beats"] = gtk_str(self.rcd_beats.get_text())
self.activity_data[self.active_row]["rcd_calories"] = gtk_str(self.rcd_calories.get_text())
#Get row that was selected
x = int(event.x)
y = int(event.y)
time = event.time
pthinfo = treeview.get_path_at_pos(x, y)
if pthinfo is not None:
path, col, cellx, celly = pthinfo
treeview.grab_focus()
treeview.set_cursor(path, col, 0)
while Gtk.events_pending(): # This allows the GUI to update
Gtk.main_iteration() # before completion of this entire action
self.show_treeviewEntries_row(path[0])
def on_calcavs_clicked(self,widget):
logging.debug(">>")
hour = self.rcd_hour.get_value_as_int()
min = self.rcd_min.get_value_as_int()
sec = self.rcd_second.get_value_as_int()
time = sec + (min*60) + (hour*3600)
if time<1:
logging.debug("Seems no time value (%s) has been entered, nothing to calculate.", time)
return False
distance = float(gtk_str(self.rcd_distance.get_text()))
if distance<1:
logging.debug("Seems no distance value (%s) has been entered, nothing to calculate.", distance)
return False
logging.debug("Time: %d seconds | Distance: %0.2f km (mi)", time, distance)
# Average speed
average_speed = distance*3600.0/time
logging.debug("Average speed: %0.2f", average_speed)
self.rcd_average.set_text("%0.2f" %average_speed)
# Average pace
dec_pace = 60/average_speed
#Transform pace to mm:ss
pace = self.parent.pace_from_float(dec_pace)
logging.debug("Average pace: %s", pace)
self.rcd_pace.set_text(pace)
logging.debug("<<")
def on_calccalories_clicked(self,widget):
sport = gtk_str(self.rcd_sport.get_active_text())
hour = self.rcd_hour.get_value_as_int()
min = self.rcd_min.get_value_as_int()
sec = self.rcd_second.get_value_as_int()
hour += float(min)/60.0 + float(sec)/(60.0*60.0)
weight = self.pytrainer_main.profile.getValue("pytraining","prf_weight")
try:
weight = float(weight)
except:
weight = 0.0
try:
met = float(self.parent.getSportMet(sport))
except:
met = None
try:
extraweight = self.parent.getSportWeight(sport)
extraweight = float(extraweight)
except:
extraweight = 0.0
if met is not None:
calories = met*(weight+extraweight)*hour
self.rcd_calories.set_text(str(calories))
def on_calcdistance_clicked(self,widget):
logging.debug(">>")
try:
hour = self.rcd_hour.get_value_as_int()
min = self.rcd_min.get_value_as_int()
sec = self.rcd_second.get_value_as_int()
time = sec + (min*60) + (hour*3600)
time_in_hour = time/3600.0
# we need either pace or speed
try:
average = float(gtk_str(self.rcd_average.get_text()))
distance = average*time_in_hour
logging.debug("Time: %d seconds | Speed: %0.2f -> Distance: %0.3f km (mi)",
time, average, distance)
pace = self.parent.pace_from_float(60/average)
logging.debug("Setting pace: %s", pace)
self.rcd_pace.set_text(pace)
except:
pace_dec = self.parent.pace_to_float(gtk_str(self.rcd_pace.get_text()))
distance = time/(60.0*pace_dec)
logging.debug("Time: %d seconds | Pace_dec: %0.2f -> Distance: %0.3f km (mi)",
time, pace_dec, distance)
speed = distance/time_in_hour
logging.debug("Setting average speed: %0.2f", speed)
self.rcd_average.set_text("%0.2f" %speed)
self.set_distance(distance)
except:
logging.debug("Traceback: %s" % traceback.format_exc())
pass
logging.debug("<<")
def set_distance(self,distance):
self.rcd_distance.set_text("%0.2f" %distance)
#myset_text(rcd_distance, 'distance', distance, us=self.us, round=2)
def set_maxspeed(self,vel):
self.rcd_maxvel.set_text("%0.2f" %vel)
def set_maxhr(self,hr):
self.rcd_maxbeats.set_text("%0.2f" %hr)
def set_recordtime (self,time_in_hour):
hour = int(time_in_hour)
min = int((time_in_hour-hour)*60)
sec = (((time_in_hour-hour)*60)-min)*60
self.rcd_hour.set_value(hour)
self.rcd_min.set_value(min)
self.rcd_second.set_value(sec)
def on_selectfile_clicked(self,widget):
logging.debug(">>")
from pytrainer.gui.dialogs import fileChooserDialog
selectedFile = fileChooserDialog(title="Choose a Google Earth file (.kml) to import", multiple=False).getFiles()
if selectedFile is not None:
self.rcd_gpxfile.set_text(selectedFile[0])
logging.debug("<<")
def set_gpxfile(self):
logging.debug(">>")
logging.debug("<<")
def on_calculatevalues_clicked(self,widget):
gpxfile = gtk_str(self.rcd_gpxfile.get_text())
if os.path.isfile(gpxfile):
self.frameGeneral.set_sensitive(0)
self.frameVelocity.set_sensitive(0)
self.parent.actualize_fromgpx(gpxfile)
