def meters_to_feet(self, t, meters_key, new_key):
m = t.get(meters_key)
if m:
km = float(m) / 1000.0
d_km = m26.Distance(km, m26.Constants.uom_kilometers())
yds = d_km.as_yards()
t.set(new_key, str(yds * 3.000000))
def meters_to_miles(self, t, meters_key, new_key):
m = t.get(meters_key)
km = float(m) / 1000.0
d_km = m26.Distance(km, m26.Constants.uom_kilometers())
t.set(new_key, str(d_km.as_miles()))
import m26
'#Get parameter information from user'
print('What is your current average weekly mileage?')
starting_mileage = int(input())
print('How many weeks do you want to train: enter 8, 12, 16, 18 or 20?')
num_weeks = int(input())
'''#print('Which day do you want to do your long run?')'
#long_run = input()'''
'''#print('What is your goal race pace?')
race_pace = input()'''
d1 = m26.Distance(26.2)
t1 = m26.ElapsedTime('4:00:00')
s1 = m26.Speed(d1, t1)
Easy = s1.pace_per_mile()
t2 = m26.ElapsedTime('3:18:00')
s2 = m26.Speed(d1, t2)
Tempo = s2.pace_per_mile()
#1.0418 reduces pace by about one second per mile
def weekly_total(week):
'''(List of list of str, int) -> int
Return the total weekly mileage from a given list of days, miles per day.
>>> weekly_total(week1)