def current_period(dictionary):
dict_2 = dictionary.copy()
global current_miles
global current_week_count
for key in dictionary:
if key < get_time.LM(0):
del dict_2[key]
current_week_count = calc.activity_count(dict_2)
mile_list = []
for i in dict_2:
mile_list.append(float(dict_2[i]['distance_miles']))
current_miles = sum(mile_list)
current_run_title_label = []
for i in list(sorted(dict_2)):
current_run_title_label.append(dict_2[i]['weekday_full_date'])
current_run_mile_label = []
for i in list(sorted(dict_2)):
current_run_mile_label.append(dict_2[i]['distance_miles'])
current_run_pace_label = []
for i in list(sorted(dict_2)):
current_run_pace_label.append(dict_2[i]['pace'])
current_run_elapsed_label = []
for i in list(sorted(dict_2)):
current_run_elapsed_label.append(str(dict_2[i]['elapsed']))
current_run_partner_label = []
for i in list(sorted(dict_2)):
current_run_partner_label.append(str(dict_2[i]['athlete_count']))
# print("current run")
# print(current_run_title_label)
# print(current_run_mile_label)
# print(current_run_pace_label)
# print(current_run_elapsed_label)
# print(current_run_partner_label)
label7= v['label7']
label7.text = (get_time.convert_weekday_full(get_time.LM(0)) + " - " + get_time.convert_weekday_full(get_time.now()))
label8= v['label8']
label8.text = str(current_week_count)
label9= v['label9']
label9.text = str(current_miles)
label10= v['label10']
label10.text = ("\n".join(current_run_mile_label))
label11= v['label11']
label11.text = ("\n".join(current_run_title_label))
label23= v['label23']
label23.text = ("\n".join(current_run_pace_label))
label24= v['label24']
label24.text = ("\n".join(current_run_elapsed_label))
label25= v['label25']
label25.text = ("\n".join(current_run_partner_label))
def previous_previous_period(dictionary):
dict_1 = dictionary.copy()
#if key is newer than last sunday, remove it
for key in dictionary:
if key > get_time.LS(0):
del dict_1[key]
for key in dictionary:
if key < get_time.LM(3):
del dict_1[key]
past_dict_rev = {k: dict_1[k] for k in list(reversed(sorted(dict_1.keys())))[:8]}
past_dict = {k: past_dict_rev[k] for k in list(sorted(past_dict_rev.keys()))[:4]}
past_run_count = calc.activity_count(past_dict)
past_mile_list = []
for i in past_dict:
past_mile_list.append(float(past_dict[i]['distance_miles']))
past_miles = ("{0:.2f}".format(sum(past_mile_list)))
past_ten_percent = ("{0:.2f}".format(float(past_miles) * .1))
past_run_title_label = []
for i in list(sorted(past_dict)):
past_run_title_label.append(past_dict[i]['weekday_full_date'])
past_run_mile_label = []
for i in list(sorted(past_dict)):
past_run_mile_label.append(past_dict[i]['distance_miles'])
past_run_pace_label = []
for i in list(sorted(past_dict)):
past_run_pace_label.append(past_dict[i]['pace'])
past_run_elapsed_label = []
for i in list(sorted(past_dict)):
past_run_elapsed_label.append(str(past_dict[i]['elapsed']))
past_run_partner_label = []
for i in list(sorted(past_dict)):
past_run_partner_label.append(str(past_dict[i]['athlete_count']))
# print("past past run")
# print(past_run_count)
# print(past_miles)
# print(past_ten_percent)
# print(past_run_title_label)
# print(past_run_mile_label)
# print(past_run_pace_label)
# print(past_run_elapsed_label)
# print(past_run_partner_label)
label1= v['label1']
label1.text = (get_time.convert_weekday_full(get_time.LM(3)) + " - " + get_time.convert_weekday_full(get_time.LS(0)))
label2= v['label2']
label2.text = str(past_run_count)
label3= v['label3']
label3.text = str(past_miles)
label4= v['label4']
label4.text = str(past_ten_percent)
label5= v['label5']
label5.text = ("\n".join(past_run_mile_label))
label6= v['label6']
label6.text = ("\n".join(past_run_title_label))
label19= v['label19']
label19.text = ("\n".join(past_run_pace_label))
label20= v['label20']
label20.text = ("\n".join(past_run_elapsed_label))
label21= v['label21']
label21.text = ("\n".join(past_run_partner_label))
remaining_period(past_ten_percent,past_miles)
def period(dictionary, Sunday, Monday):
dict_1 = dictionary.copy()
for key in dictionary:
if key > get_time.LS(Sunday):
del dict_1[key]
for key in dictionary:
if key < get_time.LM(Monday):
del dict_1[key]
past_dict_rev = {
k: dict_1[k]
for k in list(reversed(sorted(dict_1.keys())))
}
past_dict = {
k: past_dict_rev[k]
for k in list(sorted(past_dict_rev.keys()))
}
past_run_count = calc.activity_count(past_dict)
past_mile_list = []
for i in past_dict:
past_mile_list.append(float(past_dict[i]['distance_miles']))
past_miles = ("{0:.2f}".format(sum(past_mile_list)))
past_ten_percent = ("{0:.2f}".format(float(past_miles) * .1))
past_run_title_label = []
for i in list(sorted(past_dict)):
past_run_title_label.append(past_dict[i]['weekday_short_date'])
past_run_mile_label = []
for i in list(sorted(past_dict)):
past_run_mile_label.append(past_dict[i]['distance_miles'])
past_run_pace_label = []
for i in list(sorted(past_dict)):
past_run_pace_label.append(past_dict[i]['pace'])
past_run_elapsed_label = []
for i in list(sorted(past_dict)):
past_run_elapsed_label.append(str(past_dict[i]['elapsed']))
past_run_treadmill_label = []
for i in list(sorted(past_dict)):
past_run_treadmill_label.append(str(past_dict[i]['treadmill_flagged']))
remaining(past_ten_percent, past_miles)
label1 = v['label1']
label1.text = (get_time.convert_weekday_full(get_time.LM(Monday)) + " - " +
get_time.convert_weekday_full(get_time.LS(Sunday)))
label2 = v['label2']
label2.text = str(past_miles)
# label3= v['label3']
# label3.text = str(past_run_count)
label4 = v['label4']
label4.text = str(past_ten_percent)
label5 = v['label5']
label5.text = ("\n".join(past_run_title_label))
label6 = v['label6']
label6.text = ("\n".join(past_run_mile_label))
label7 = v['label7']
label7.text = ("\n".join(past_run_pace_label))
label8 = v['label8']
label8.text = ("\n".join(past_run_elapsed_label))
label9 = v['label9']
label9.text = ("\n".join(past_run_treadmill_label))
def top_period(dictionary):
dict_1 = dictionary.copy()
result = calc.top_running_period(master_dict,4,'distance_miles')
result_dict = {k: result[k] for k in list(reversed(sorted(result.keys())))[:1]}
final_dict = dict()
for i in result_dict.values():
for w in i:
final_dict.update({w: i[w]})
top_run_count = calc.activity_count(final_dict)
top_mile_list = []
for i in final_dict:
top_mile_list.append(float(final_dict[i]['distance_miles']))
top_miles = ("{0:.2f}".format(sum(top_mile_list)))
top_ten_percent = ("{0:.2f}".format(float(top_miles) * .1))
top_run_title_label = []
for i in list(sorted(final_dict)):
top_run_title_label.append(final_dict[i]['weekday_full_date'])
top_run_mile_label = []
for i in list(sorted(final_dict)):
top_run_mile_label.append(final_dict[i]['distance_miles'])
top_run_pace_label = []
for i in list(sorted(final_dict)):
top_run_pace_label.append(final_dict[i]['pace'])
top_run_elapsed_label = []
for i in list(sorted(final_dict)):
top_run_elapsed_label.append(str(final_dict[i]['elapsed']))
top_run_partner_label = []
for i in list(sorted(final_dict)):
top_run_partner_label.append(str(final_dict[i]['athlete_count']))
# print("top period")
# print(top_run_count)
# print(top_miles)
# print(top_ten_percent)
# print(top_run_title_label)
# print(top_run_mile_label)
# print(top_run_pace_label)
# print(top_run_elapsed_label)
# print(top_run_partner_label)
date_list = []
for key in list(sorted(final_dict)):
date_list.append(final_dict[key]['start_date_datetime'])
time1 = date_list[0]
time2 = date_list[3]
label1= v['label1']
label1.text = (get_time.convert_weekday_full(time1) + " - " + get_time.convert_weekday_full(time2))
label2= v['label2']
label2.text = str(top_run_count)
label3= v['label3']
label3.text = str(top_miles)
label4= v['label4']
label4.text = str(top_ten_percent)
label5= v['label5']
label5.text = ("\n".join(top_run_mile_label))
label6= v['label6']
label6.text = ("\n".join(top_run_title_label))
label19= v['label19']
label19.text = ("\n".join(top_run_pace_label))
label20= v['label20']
label20.text = ("\n".join(top_run_elapsed_label))
label21= v['label21']
label21.text = ("\n".join(top_run_partner_label))
remaining_period(top_ten_percent,top_miles)
def period(dictionary, Sunday, Monday):
dict_1 = dictionary.copy()
for key in dictionary:
if key > get_time.LS(Sunday):
del dict_1[key]
for key in dictionary:
if key < get_time.LM(Monday):
del dict_1[key]
past_dict_rev = {
k: dict_1[k]
for k in list(reversed(sorted(dict_1.keys())))
}
past_dict = {
k: past_dict_rev[k]
for k in list(sorted(past_dict_rev.keys()))
}
past_run_count = calc.activity_count(past_dict)
past_mile_list = []
for i in past_dict:
past_mile_list.append(float(past_dict[i]['distance_miles']))
past_miles = ("{0:.2f}".format(sum(past_mile_list)))
past_ten_percent = ("{0:.2f}".format(float(past_miles) * .1))
past_run_title_label = []
for i in list(sorted(past_dict)):
past_run_title_label.append(past_dict[i]['weekday_short_date'])
past_run_mile_label = []
for i in list(sorted(past_dict)):
past_run_mile_label.append(past_dict[i]['distance_miles'])
past_run_pace_label = []
for i in list(sorted(past_dict)):
past_run_pace_label.append(past_dict[i]['pace'])
past_run_elapsed_label = []
for i in list(sorted(past_dict)):
past_run_elapsed_label.append(str(past_dict[i]['elapsed']))
past_run_treadmill_label = []
for i in list(sorted(past_dict)):
past_run_treadmill_label.append(
str(past_dict[i]['total_elevation_feet']))
remaining(past_ten_percent, past_miles, runs_per_week)
label1 = v['label1']
label1.text = (get_time.convert_weekday_full(get_time.LM(Monday)) + " - " +
get_time.convert_weekday_full(get_time.LS(Sunday)))
label2 = v['label2']
label2.text = str(past_miles)
# label3= v['label3']
# label3.text = str(past_run_count)
label4 = v['label4']
label4.text = str(past_ten_percent)
label5 = v['label5']
label5.text = ("\n".join(past_run_title_label))
label6 = v['label6']
label6.text = ("\n".join(past_run_mile_label))
label7 = v['label7']
label7.text = ("\n".join(past_run_pace_label))
label8 = v['label8']
label8.text = ("\n".join(past_run_elapsed_label))
label9 = v['label9']
label9.text = ("\n".join(past_run_treadmill_label))
#totals at bottom
dec_pace_list = []
for i in list(sorted(past_dict)):
dec_pace_list.append(past_dict[i]['pace_dec'])
current_pace_average = get_data.convert_dec_time(
sum(dec_pace_list) / len(dec_pace_list))
label504 = v['label504']
label504.text = str(current_pace_average)
seconds_elapsed_list = []
for i in list(sorted(past_dict)):
seconds_elapsed_list.append(past_dict[i]['elapsed_time'])
total_elapsed_seconds = sum(seconds_elapsed_list)
current_duration_total = get_data.convert_seconds_to_minutes(
total_elapsed_seconds)
label505 = v['label505']
label505.text = str(current_duration_total)
current_elevation_list = []
for i in list(sorted(past_dict)):
current_elevation_list.append(
float(past_dict[i]['total_elevation_feet']))
current_elevation_total = sum(current_elevation_list)
label506 = v['label506']
label506.text = str(current_elevation_total)