import pygame import requests from datetime import datetime # Replace 'YOUR_API_KEY' with your actual OpenWeatherMap API key api_key = 'Enter your API Key here' base_url = 'http://api.openweathermap.org/data/2.5/weather' # City name for which you want to get the weather city_name = 'Enter Location Here' # Parameters for the API request params = { 'q': city_name, 'appid': api_key, 'units':'imperial' # Use'metric' for Celsius, 'imperial' for Fahrenheit } # Pygame setup pygame.init() x = 800 y = 480 screen = pygame.display.set_mode((x, y), pygame.FULLSCREEN) clock = pygame.time.Clock() running = True time = 0 #font font1 = pygame.font.Font('freesansbold.ttf', 32) #location font2 = pygame.font.Font('freesansbold.ttf', 20) #block titles font3 = pygame.font.Font('freesansbold.ttf', 26) #weather description font4 = pygame.font.Font('freesansbold.ttf', 90) #main temperature font5 = pygame.font.Font('freesansbold.ttf', 16) #other temperatures font6 = pygame.font.Font('freesansbold.ttf', 70) #wind font7 = pygame.font.Font('freesansbold.ttf', 24) #gust font8 = pygame.font.Font('freesansbold.ttf', 50) #bottom row font9 = pygame.font.Font('freesansbold.ttf', 12) #time stamp #location text locationText = font1.render(city_name, True, "white") locationRect = locationText.get_rect() locationRect.center = (x/2, 30) #weather title text (block 1) weatherText = font2.render("Weather", True, "white") weatherRect = weatherText.get_rect() weatherRect.center = (x/6, 80) #temperature title text (block 2) tempText = font2.render("Temperature", True, "white") tempRect = tempText.get_rect() tempRect.center = (x/2, 80) #wind title text (block 3) windText = font2.render("Wind", True, "white") windRect = windText.get_rect() windRect.center = (5*x/6, 80) #pressure title text (block 4) pressureText = font2.render("Pressure", True, "white") pressureRect = pressureText.get_rect() pressureRect.center = (x/6, y/2+100) #humidity title text (block 5) humidityText = font2.render("Humidity", True, "white") humidityRect = humidityText.get_rect() humidityRect.center = (x/2, y/2+100) #visibility title text (block 6) visibilityText = font2.render("Visibility", True, "white") visibilityRect = visibilityText.get_rect() visibilityRect.center = (5*x/6, y/2+100) #weather icons d01 = pygame.image.load('01d.png') d02 = pygame.image.load('02d.png') d03 = pygame.image.load('03d.png') d04 = pygame.image.load('04d.png') d09 = pygame.image.load('09d.png') d10 = pygame.image.load('10d.png') d11 = pygame.image.load('11d.png') d13 = pygame.image.load('13d.png') d50 = pygame.image.load('50d.png') #wind direction icon arrow = pygame.image.load('arrow.png') #image center rotation def blitRotateCenter(surf, image, topleft, angle): rotated_image = pygame.transform.rotate(image, angle) new_rect = rotated_image.get_rect(center = image.get_rect(topleft = topleft).center) surf.blit(rotated_image, new_rect) #run script while running: #quit event for event in pygame.event.get(): if event.type == pygame.QUIT: running = False elif pygame.key.get_pressed()[pygame.K_x]: running = False #time now = datetime.now() if time == 0: #api call response = requests.get(base_url, params=params) #screen reset screen.fill("black") #timestamp of last updated timeText1 = font9.render(f"Last updated: {now:%I:%M %p}", True, "white") timeRect1 = timeText1.get_rect() timeRect1.center = (700, 10) screen.blit(timeText1, timeRect1) #text screen.blit(locationText, locationRect) screen.blit(weatherText, weatherRect) screen.blit(tempText, tempRect) screen.blit(windText, windRect) screen.blit(pressureText, pressureRect) screen.blit(humidityText, humidityRect) screen.blit(visibilityText, visibilityRect) #dividers (6 blocks) pygame.draw.line(screen, "white", (x/3, 60), (x/3, y), 5) pygame.draw.line(screen, "white", (2*x/3, 60), (2*x/3, y), 5) pygame.draw.line(screen, "white", (0, y/2+80), (x, y/2+80), 5) #data if response.status_code == 200: #weather variables data = response.json() temperature = data['main']['temp'] high = data['main']['temp_max'] low = data['main']['temp_min'] feels_like = data['main']['feels_like'] humidity = data['main']['humidity'] wind = data['wind']['speed'] gust = data['wind']['gust'] direction = data['wind']['deg'] weather_description = data['weather'][0]['description'] weather_icon = data['weather'][0]['icon'] pressure = data['main']['pressure'] humidity = data['main']['humidity'] visibility = data['visibility'] #icons if weather_icon == '01d' or weather_icon == '01n': d01_scaled = pygame.transform.scale(d01, (150, 150)) screen.blit(d01_scaled, (55, 100)) elif weather_icon == '02d' or weather_icon == '02n': d02_scaled = pygame.transform.scale(d02, (150, 150)) screen.blit(d02_scaled, (55, 100)) elif weather_icon == '03d' or weather_icon == '03n': d03_scaled = pygame.transform.scale(d03, (150, 150)) screen.blit(d03_scaled, (55, 100)) elif weather_icon == '04d' or weather_icon == '04n': d04_scaled = pygame.transform.scale(d04, (150, 150)) screen.blit(d04_scaled, (55, 100)) elif weather_icon == '09d' or weather_icon == '09n': d09_scaled = pygame.transform.scale(d09, (150, 150)) screen.blit(d09_scaled, (55, 100)) elif weather_icon == '10d' or weather_icon == '10n': d10_scaled = pygame.transform.scale(d10, (150, 150)) screen.blit(d10_scaled, (55, 100)) elif weather_icon == '11d' or weather_icon == '11n': d11_scaled = pygame.transform.scale(d11, (150, 150)) screen.blit(d11_scaled, (55, 100)) elif weather_icon == '13d' or weather_icon == '13n': d13_scaled = pygame.transform.scale(d13, (150, 150)) screen.blit(d13_scaled, (55, 100)) elif weather_icon == '50d' or weather_icon == '50n': d50_scaled = pygame.transform.scale(d50, (150, 150)) screen.blit(d50_scaled, (55, 100)) #weather description weatherDesc = font3.render(weather_description, True, "white") weatherDescRect = weatherDesc.get_rect() weatherDescRect.center = (x/6, 270) screen.blit(weatherDesc, weatherDescRect) #temperature tempDesc = font4.render(str(round(temperature))+"°F", True, "white") tempDescRect = tempDesc.get_rect() tempDescRect.center = (x/2, 180) screen.blit(tempDesc, tempDescRect) feelsDesc = font5.render("Feels like "+str(round(feels_like))+"°F", True, "white") feelsDescRect = feelsDesc.get_rect() feelsDescRect.center = (x/2, 240) screen.blit(feelsDesc, feelsDescRect) #wind scaledArrow = pygame.transform.scale(arrow, (70, 70)) blitRotateCenter(screen, scaledArrow, (5*x/6-35, 185), 180-direction) windDesc = font6.render(str(round(wind))+"mph", True, "white") windDescRect = windDesc.get_rect() windDescRect.center = (5*x/6, 150) screen.blit(windDesc, windDescRect) gustDesc = font7.render("Gusting at "+str(round(gust))+"mph", True, "white") gustDescRect = gustDesc.get_rect() gustDescRect.center = (5*x/6, 270) screen.blit(gustDesc, gustDescRect) #pressure pressureDesc = font8.render(str(round(pressure))+"hPa", True, "white") pressureDescRect = pressureDesc.get_rect() pressureDescRect.center = (x/6, 410) screen.blit(pressureDesc, pressureDescRect) #humidity humidityDesc = font8.render(str(round(humidity))+"%", True, "white") humidityDescRect = humidityDesc.get_rect() humidityDescRect.center = (x/2, 410) screen.blit(humidityDesc, humidityDescRect) #visibility visibilityDesc = font8.render(str(round(visibility*6/10000))+" Miles", True, "white") visibilityDescRect = visibilityDesc.get_rect() visibilityDescRect.center = (5*x/6, 410) screen.blit(visibilityDesc, visibilityDescRect) print(data) print(time) else: print(f"Error: {response.status_code}") time += 1 elif time >= 10000: #54000 - 15 minutes until next refresh (unless fps is low) time = 0 else: time += 1 print(time) #time timeText2 = font9.render(f"{now:%I:%M:%S %p}", True, "white") timeRect2 = timeText2.get_rect() timeRect2.center = (80, 10) pygame.draw.rect(screen, 'black', pygame.Rect(0,0,200,20)) screen.blit(timeText2, timeRect2) #tick timeText3 = font9.render(str(time), True, "white") timeRect3 = timeText3.get_rect() timeRect3.center = (150, 10) screen.blit(timeText3, timeRect3) #render pygame.display.flip() clock.tick(60) pygame.quit()