def get_race_paces(races):
paces={}
recovery_km = convert_to_time('01:15')
recovery_mile = convert_to_time('02:00')
plus2 = convert_to_time('00:02')
for vdot, race_times in races.items():
paces[vdot] = {}
for race, times in race_times.items():
if vdot == 30:
print(race, convert_to_time(times), distances[race][0], distances[race][1])
paces[vdot][race + '-KM'] = time_hhmm(calculate_pace(convert_to_time(times), distances[race][0], 'km'))
paces[vdot][race + '-Mile'] = time_hhmm(calculate_pace(convert_to_time(times), distances[race][1], 'mile'))
if race == 'HalfMarathon':
paces[vdot]['Recovery-KM'] = time_hhmm(calculate_pace(convert_to_time(times)
, distances[race][0], 'km') +
recovery_km)
paces[vdot]['Recovery-Mile'] = time_hhmm(calculate_pace(convert_to_time(times)
, distances[race][1], 'mile') +
recovery_mile)
if race == '15K':
paces[vdot]['10Mile-Mile'] = time_hhmm(
calculate_pace(convert_to_time(times), distances[race][1], 'mile') + plus2)
paces[vdot]['10Mile-KM'] = time_hhmm(calculate_pace(calculate_pace(
convert_to_time(times), distances[race][1], 'mile') + plus2,
1, 'mile', 'km'))
return paces
def get_repetition_time(repetition, pace):
"""Gets the interval pace based on the longest distance."""
if repetition['Repetition800'] != '-':
return time_hhmm(calculate_pace(convert_to_time(repetition['Repetition800']), 800, 'metre', pace))
elif repetition['Repetition600'] != '-':
return time_hhmm(calculate_pace(convert_to_time(repetition['Repetition600']), 600, 'metre', pace))
elif repetition['Repetition400'] != '-':
return time_hhmm(calculate_pace(convert_to_time(repetition['Repetition400']), 400, 'metre', pace))
elif repetition['Repetition300'] != '-':
return time_hhmm(calculate_pace(convert_to_time(repetition['Repetition300']), 300, 'metre', pace))
else:
return time_hhmm(calculate_pace(convert_to_time(repetition['Repetition200']), 200, 'metre', pace))
def get_interval_time(intervals, pace):
"""Gets the interval pace based on the longest distance."""
if intervals['IntervalM'] != '-':
return intervals['IntervalM'] if pace == 'mile' \
else time_hhmm(calculate_pace(convert_to_time(intervals['IntervalM']), 1, 'mile', pace))
elif intervals['Interval1200'] != '-':
return time_hhmm(calculate_pace(convert_to_time(intervals['Interval1200']), 1200, 'metre', pace))
elif intervals['IntervalKM'] != '-':
return intervals['IntervalKM'] if pace == 'km' \
else time_hhmm(calculate_pace(convert_to_time(intervals['IntervalKM']), 1, 'km', pace))
else:
return time_hhmm(calculate_pace(convert_to_time(intervals['Interval400']), 400, 'metre', pace))
def calculate_vdot(self, distance, time):
"""Calculates the vdot for a person based on the finish time of the distance."""
time_seconds = convert_to_time(time).total_seconds()
vdot, max_time, min_time = self.db.vdot_range(distance, time_seconds)
vdot_distance_diff = max_time - min_time
finish_distance_diff = min_time - time_seconds
if vdot_distance_diff == 0:
self.vdot_score = int(vdot)
else:
self.vdot_score = int(vdot) + dec(finish_distance_diff / vdot_distance_diff, 2, 'ROUND_FLOOR')
self._calculate_paces()
def format_duration(self, duration):
"""Formats the duration of workout."""
if type(duration) == list: # List is for distance based
duration_type = 'distance'
duration_value = dec(duration[0], 2)
duration_unit = duration[1]
if duration_unit != 'metre' and duration_unit != self.units:
duration_value = convert_distance(duration_value,
duration_unit, self.units)
elif duration:
duration_type = 'time'
duration_value = convert_to_time(duration).total_seconds()
duration_unit = None
else:
duration_type = 'none'
duration_value = None
duration_unit = None
return duration_type, duration_value, duration_unit
from settings.converters import dec, convert_distance, convert_to_date, convert_to_time
from settings.settings import Settings
import os
import datetime
settings = Settings()
threshold_time = convert_to_time('00:18:00')
threshold_pace = convert_to_time('00:07:00')
rest_time = convert_to_time('00:08:00')
rest_pace = convert_to_time('00:09:00')
rest_distance = dec(rest_time.total_seconds() / rest_pace.total_seconds(), 2)
distance = dec(threshold_time.total_seconds() / threshold_pace.total_seconds(),
2)
print(distance)
print(rest_distance)
intervals = (1500 * 3) + (1200 * 3) #+ (800)
metres = convert_distance(intervals, 'metre', 'mile')
miles = dec('1.5', 1)
miles += dec('1.5', 1)
print(distance + miles + rest_distance)
settings.WORKOUT_PLANS = 'template\\plans\\'
settings.WORKOUT_TEMPLATES = 'template\\workout templates.json'