def human_duration(self):
# Use net duration from event participation
net_duration_s = self.get_net_duration_s()
if net_duration_s is not None:
return human_seconds(net_duration_s)
ideal_duration_s = self.get_ideal_duration_s()
if ideal_duration_s:
return human_seconds(ideal_duration_s)
if self.duration_s:
return human_seconds(self.duration_s)
def human_duration_html(self):
"""
Enhanced version of self.human_duration()
with more information via <span title="...">
"""
net_duration_s = self.get_net_duration_s()
if net_duration_s is not None:
duration_diff = self.duration_s - net_duration_s
html = (
'<span'
' title="{net} is the official net duration'
' - GPX-Track: {gpx} (diff: {diff})"'
'>{net}</span>'
).format(
net=human_seconds(net_duration_s),
gpx=human_seconds(self.duration_s),
diff=human_duration(duration_diff),
)
return mark_safe(html)
ideal_duration_s = self.get_ideal_duration_s()
if ideal_duration_s:
duration_diff = self.duration_s - ideal_duration_s
html = (
'<span'
' title="{ideal} is the standardized duration'
' - GPX-Track: {gpx} (diff: {diff})"'
'>{ideal}</span>'
).format(
ideal=human_seconds(ideal_duration_s),
gpx=human_seconds(self.duration_s),
diff=human_duration(duration_diff),
)
return mark_safe(html)
if self.duration_s:
html = ('<span' ' title="real duration"' '>%s</span>') % human_seconds(self.duration_s)
return mark_safe(html)
def human_pace(self):
if self.pace:
return "%s min/km" % human_seconds(self.pace * 60)
def pace(self, obj):
pace_s = obj.get_pace_s()
if pace_s:
return "%s min/km" % human_seconds(pace_s)
def human_duration(self, obj):
if obj.duration:
return human_seconds(obj.get_duration_s())
def human_duration(self):
if self.duration:
return human_seconds(self.get_duration_s())