def search_by_diastolic_pressure():
temp_list = []
searching_value = int(input("Podaj wartosc cisnienia rozkurczowego: "))
date, blood_pressure_list = data_unpack()
diastolic_pressure = blood_pressure_list[1]
n = len(diastolic_pressure)
for i in range(n):
if searching_value == diastolic_pressure[i]:
temp_list.append(date[i])
return temp_list if temp_list != [] else "Nie ma takiej wartosci"
def search_by_blood_pressure():
temp_list = []
searching_value = int(input("Podaj wartosc pulsu: "))
date, blood_pressure_list = data_unpack()
blood_pressure = blood_pressure_list[2]
n = len(blood_pressure)
for i in range(n):
if searching_value == blood_pressure[i]:
temp_list.append(date[i])
return temp_list if temp_list != [] else "Nie ma takiej wartosci"
def search_by_date():
temp_list = []
searching_date = input("Podaj date [dzien.miesiac.rok]: ")
date, blood_pressure_list = data_unpack()
systolic_pressure = blood_pressure_list[0]
diastolic_pressure = blood_pressure_list[1]
blood_pressure = blood_pressure_list[2]
n = len(date)
for i in range(n):
if searching_date == date[i]:
temp_list.append(systolic_pressure[i])
temp_list.append(diastolic_pressure[i])
temp_list.append(blood_pressure[i])
return temp_list if temp_list != [] else "Nie ma takiej daty"
#!/usr/bin/python
# -*- coding: utf-8 -*-
import matplotlib.pyplot as plt
from file_mode import data_unpack
x = data_unpack()
date = x[0]
values = x[1]
# Funkcja otrzymuje jako parametr miesiąc i rok i rysuje wykres z podanego okresu
def plot_diagram(dates):
systolic_pressure = values[0]
diastolic_pressure = values[1]
blood_pressure = values[2]
j = 0
sys = []
blood = []
dias = []
dates_list = []
for i in date:
if dates == i[3:]:
dates_list.append(date[j])
sys.append(systolic_pressure[j])
dias.append(diastolic_pressure[j])
blood.append(blood_pressure[j])
j += 1