Spectral

																
from tkinter import *
import tkinter as tk
from geopy.geocoders import Nominatim
from timezonefinder import TimezoneFinder
from datetime import *
import requests
import pytz
from PIL import Image, ImageTk


root=Tk()
root.title("Weather App")
root.geometry("750x470+300+200")
root.configure(bg="#57adff")
root.resizable(False, False)

def kel_cel(k):
    c = k -273.15
    return c

def getWeather():
    city = textfield.get()

    geolocator = Nominatim(user_agent="geoapiExercises")
    location=geolocator.geocode(city)
    obj=TimezoneFinder()

    result = obj.timezone_at(lng=location.longitude, lat=location.latitude)

    timezone.config(text=result)
    long_lat.config(text=f"{round(location.latitude, 4)}°N,{round(location.longitude, 4)}°E")

    ##city time--left-hand side
    home=pytz.timezone(result)
    local_time=datetime.now(home)
    current_time=local_time.strftime("%I:%M%p")
    clock.config(text=current_time)

    #weather API
    api = "https://api.openweathermap.org/data/2.5/forecast?q="+city+"&appid=535f4937ec1f772806bdfd28a8155be1"
    json_data = requests.get(api).json()

    #current
    temp = json_data['list'][0]['main']['temp']
    temp=round(kel_cel(temp), 1)#Kelvin to Celsius conversion
    humidity = json_data['list'][0]['main']['humidity']
    pressure = json_data['list'][0]['main']['pressure']
    wind=json_data['list'][0]['wind']["speed"]
    description=json_data['list'][0]["weather"][0]["description"]

    t.config(text=(temp,"°C"))
    h.config(text=(humidity,"%"))
    p.config(text=(pressure, "hPa"))
    w.config(text=(wind, "m/s"))
    d.config(text=description)

    #delta differences to determine the weather at the same time on other days

    #get current period
    date = json_data['list'][0]["dt_txt"]
    timenow = date[11:13]
    timenowi = int(timenow)

    tmpn = 0 #night temperature
    tmpd = 0 #day temperature
    tmpn1 = 0 #temperature today in first big frame
    tmpd1=0 #temperature today in first big frame

    if timenowi==0: #if current period is 00:00
        tmpd = 0
        tmpn = 7
        tmpd1 = 0
        tmpn1 = 7

    if timenowi==3: #if current period is 03:00
        tmpd = -1
        tmpn = 6
        tmpd1 = 0
        tmpn1 = 6

    if timenowi==6:  #if current period is 06:00
        tmpd = -2
        tmpn = 5
        tmpd1 = 0
        tmpn1 = 5

    if timenowi==9: #if current period is 09:00
        tmpd = -3
        tmpn = 4
        tmpd1 = 0
        tmpn1 = 4

    if timenowi==12: #if current period is 12:00
        tmpd = -4
        tmpn = 3
        tmpd1 = 0
        tmpn1 = 3

    if timenowi==15: #if current period is 15:00
        tmpd = -5
        tmpn = 2
        tmpd1 = 0
        tmpn1 = 2

    if timenowi==18: #if current period is 18:00
        tmpd = -6
        tmpn = 1
        tmpd1 = 0
        tmpn1 = 1

    if timenowi==21: #if current period is 21:00
        tmpd = -7
        tmpn = 0
        tmpd1 = 0
        tmpn1 = 0

    #first cell
    firstdayimage = json_data['list'][0]["weather"][0]["icon"]

    photo1=ImageTk.PhotoImage(file=f"icon/{firstdayimage}@2x.png")
    firstimage.config(image=photo1)
    firstimage.image=photo1

    tempn2 = json_data['list'][tmpn + 8]['main']['temp']
    tempd2 = json_data['list'][tmpd + 8]['main']['temp']
    Degreesn2 = round(kel_cel(tempn2), 1)
    Degreesd2 = round(kel_cel(tempd2), 1)
    day2temp.config(text=f"Day:{Degreesd2}\n Night: {Degreesn2}")

    #second cell
    seconddayimage = json_data['list'][8]["weather"][0]["icon"]

    img = (Image.open(f"icon/{seconddayimage}@2x.png"))
    resized_image=img.resize((50,50))
    photo2=ImageTk.PhotoImage(resized_image)
    secondimage.config(image=photo2)
    secondimage.image=photo2

    tempn3=json_data['list'][tmpn+16]['main']['temp']
    tempd3=json_data['list'][tmpd+16]['main']['temp']
    Degreesn3 = round(kel_cel(tempn3), 1)
    Degreesd3 = round(kel_cel(tempd3), 1)
    day3temp.config(text=f"Day:{Degreesd3}\n Night: {Degreesn3}")

    #third cell
    thirddayimage = json_data['list'][16]["weather"][0]["icon"]

    img = (Image.open(f"icon/{thirddayimage}@2x.png"))
    resized_image=img.resize((50,50))
    photo3=ImageTk.PhotoImage(resized_image)
    thirdimage.config(image=photo3)
    thirdimage.image=photo3

    tempn4=json_data['list'][tmpn+24]['main']['temp']
    tempd4=json_data['list'][tmpd+24]['main']['temp']
    Degreesn4 = round(kel_cel(tempn4), 1)
    Degreesd4 = round(kel_cel(tempd4), 1)
    day4temp.config(text=f"Day:{Degreesd4}\n Night: {Degreesn4}")

    #fourth cell
    fourthdayimage = json_data['list'][24]["weather"][0]["icon"]

    img = (Image.open(f"icon/{fourthdayimage}@2x.png"))
    resized_image=img.resize((50,50))
    photo4=ImageTk.PhotoImage(resized_image)
    fouthimage.config(image=photo4)
    fouthimage.image=photo4

    tempn5=json_data['list'][tmpn+32]['main']['temp']
    tempd5=json_data['list'][tmpd+32]['main']['temp']
    Degreesn5 = round(kel_cel(tempn5), 1)
    Degreesd5 = round(kel_cel(tempd5), 1)
    day5temp.config(text=f"Day:{Degreesd5}\n Night: {Degreesn5}")

    #fifth cell
    fifthdayimage = json_data['list'][0]["weather"][0]["icon"]

    img = (Image.open(f"icon/{fifthdayimage}@2x.png"))
    resized_image = img.resize((50, 50))
    photo5 = ImageTk.PhotoImage(resized_image)
    fifthimage.config(image=photo5)
    fifthimage.image = photo5

    fifthdayimage = json_data['list'][0]["weather"][0]["icon"]

    tempn1=json_data['list'][tmpn1]['main']['temp']
    tempd1=json_data['list'][tmpd1]['main']['temp']

    Degreesn1 = round(kel_cel(tempn1), 1)
    Degreesd1 = round(kel_cel(tempd1), 1)
    day1temp.config(text=f"Day:{Degreesd1}\n Night: {Degreesn1}")

    #days of the week

    first = datetime.now() #day of the week
    day1.config(text=first.strftime("%A"))

    second=first+timedelta(days=1)
    day2.config(text=second.strftime("%A"))

    third=first+timedelta(days=2)
    day3.config(text=third.strftime("%A"))

    fourth=first+timedelta(days=3)
    day4.config(text=fourth.strftime("%A"))

    fifth=first+timedelta(days=4)
    day5.config(text=fifth.strftime("%A"))


##icon
image_icon=PhotoImage(file="images/logo.png")
root.iconphoto(False, image_icon)

Round_box=PhotoImage(file="images/Rounded Rectangle 1.png")
Label(root,image=Round_box, bg="#57adff").place(x=30, y=110)

#label
label1=Label(root, text="Temperature", font=('Helvetica', 11), fg="white", bg="#203243")
label1.place(x=50, y=120)

label2=Label(root, text="Humidity", font=('Helvetica', 11), fg="white", bg="#203243")
label2.place(x=50, y=140)

label3=Label(root, text="Pressure", font=('Helvetica', 11), fg="white", bg="#203243")
label3.place(x=50, y=160)

label4=Label(root, text="Wind Speed", font=('Helvetica', 11), fg="white", bg="#203243")
label4.place(x=50, y=180)

label5=Label(root, text="Description", font=('Helvetica', 11), fg="white", bg="#203243")
label5.place(x=50, y=200)

##search box
Search_image=PhotoImage(file="images/Search6.png")
myimage=Label(image=Search_image, bg="#57adff")
myimage.place(x=270, y=120)

##search box------cloud icon in search box
weat_image=PhotoImage(file="images/Layer7_11.png")
wethaerimage=Label(root, image=weat_image, bg="#2266aa")
wethaerimage.place(x=301,y=145)

##search box-------text input
textfield=tk.Entry(root, justify="center", width=15, font=('poppins', 25, 'bold'), bg="#2266aa", border=0, fg="white")
textfield.place(x=370, y=144)
textfield.focus()

#search box-------lens_icon
Search_icon=PhotoImage(file="images/Layer6_6.png")
myimage_icon=Button(image=Search_icon, borderwidth=0, cursor="hand2", bg="#2266aa", command=getWeather)
myimage_icon.place(x=614, y=141)

##Bottom box
frame=Frame(root, width=900, height=180, bg="#212120")
frame.pack(side=BOTTOM)

#bottom boxes
firstbox=PhotoImage(file="images/Rounded Rectangle 2.2.png")
secondbox=PhotoImage(file="images/Rounded Rectangle 2.10 copy.png")
Label(frame,image=firstbox, bg="#212120").place(x=30, y=20) #big bottom left box
Label(frame,image=secondbox, bg="#212120").place(x=300, y=30) #little boxes
Label(frame,image=secondbox, bg="#212120").place(x=400, y=30)
Label(frame,image=secondbox, bg="#212120").place(x=500, y=30)
Label(frame,image=secondbox, bg="#212120").place(x=600, y=30)

#clock
clock=Label(root,font=("Helvetica",30,'bold'), fg="white", bg="#57adff")
clock.place(x=30,y=20)

#timezone
timezone=Label(root,font=("Helvetica",20), fg="white", bg="#57adff")
timezone.place(x=510,y=20)

long_lat=Label(root,font=("Helvetica",10), fg="white", bg="#57adff")
long_lat.place(x=510,y=50)

#thpwd
t=Label(root, font=("Helvetica", 11), fg="white", bg="#203243")
t.place(x=150, y=120) #Labal for temperature
h=Label(root, font=("Helvetica", 11), fg="white", bg="#203243")
h.place(x=150, y=140)#Labal for humidity
p=Label(root, font=("Helvetica", 11), fg="white", bg="#203243")
p.place(x=150, y=160)#Label for pressure
w=Label(root, font=("Helvetica", 11), fg="white", bg="#203243")
w.place(x=150, y=180)#Label for wind
d=Label(root, font=("Helvetica", 11), fg="white", bg="#203243")
d.place(x=150, y=200)#Label for description

#Labels for placing days of the week
#first cell
firstframe = Frame(root, width=230, height=132, bg="#282829")
firstframe.place(x=35, y=315)

day1=Label(firstframe, font="arial 20", bg="#282829", fg="#fff")
day1.place(x=100, y=5)

firstimage=Label(firstframe, bg="#282829")
firstimage.place(x=1, y=15)

day1temp=Label(firstframe, bg="#282829", fg="#57adff", font="arial 15 bold")
day1temp.place(x=90, y=50)

#second cell
secondframe = Frame(root, width=70, height=115, bg="#282829")
secondframe.place(x=305, y=325)

day2=Label(secondframe, bg="#282829", fg="#fff")
day2.place(x=4, y=3)

secondimage=Label(secondframe, bg="#282829")
secondimage.place(x=7, y=20)

day2temp=Label(secondframe, bg="#282829", fg="#fff")
day2temp.place(x=4, y=70)

#third cell
thirdframe = Frame(root, width=70, height=115, bg="#282829")
thirdframe.place(x=405, y=325)  # (x=395, y=325)

day3=Label(thirdframe, bg="#282829", fg="#fff")
day3.place(x=4, y=3)

thirdimage=Label(thirdframe, bg="#282829")
thirdimage.place(x=7, y=20)

day3temp=Label(thirdframe, bg="#282829", fg="#fff")
day3temp.place(x=4, y=70)

#fourth cell
fouthframe = Frame(root, width=70, height=115, bg="#282829")
fouthframe.place(x=505, y=325)

day4=Label(fouthframe, bg="#282829", fg="#fff")
day4.place(x=4, y=3)

fouthimage=Label(fouthframe, bg="#282829")
fouthimage.place(x=7, y=20)

day4temp=Label(fouthframe, bg="#282829", fg="#fff")
day4temp.place(x=4, y=70)

#fifth cell
fifthframe = Frame(root, width=70, height=115, bg="#282829")
fifthframe.place(x=605, y=325)

day5=Label(fifthframe, bg="#282829", fg="#fff")
day5.place(x=4, y=3)

fifthimage=Label(fifthframe, bg="#282829")
fifthimage.place(x=7, y=20)

day5temp=Label(fifthframe, bg="#282829", fg="#fff")
day5temp.place(x=4, y=70)

root.mainloop()