def DisplayWeather():
while 1 == 1:
#Draw Background
lcd.fill(GREY)
#Set Icon
if carbondale['current_conditions']['icon'] == 24 :
iconimg = pygame.image.load('wind.png')
elif carbondale['current_conditions']['icon'] == 14 :
iconimg = pygame.image.load('snow.png')
elif int(carbondale['current_conditions']['icon']) > 24 and int(carbondale['current_conditions']['icon']) < 32 :
iconimg = pygame.image.load('cloudy.png')
elif int(carbondale['current_conditions']['icon']) > 31 and int(carbondale['current_conditions']['icon']) < 35 :
iconimg = pygame.image.load('clear-day.png')
elif int(carbondale['current_conditions']['icon']) > 35 and int(carbondale['current_conditions']['icon']) < 41 :
iconimg = pygame.image.load('rain.png')
else :
iconimg = pygame.image.load('unknown.png')
#Draw Icon
lcd.blit(iconimg, (16,16))
#Grab Variables
day = carbondale['forecasts'][0]['date'][4:]
temperature = str(int((float(carbondale['current_conditions']['temperature'])*1.8)+32))
dayofweek = carbondale['forecasts'][0]['day_of_week']
text = carbondale['current_conditions']['text'][:7]
chanceprecip = carbondale['forecasts'][0]['day']['chance_precip']
high = str(int((float(carbondale['forecasts'][0]['high'])*1.8)+32))
low = str(int((float(carbondale['forecasts'][0]['low'])*1.8)+32))
#Write Temperature
fontimg = bigFont.render(temperature + "F",1,WHITE)
lcd.blit(fontimg, (145,38))
#Write Day
fontimg = mediumFont.render(dayofweek + " " + day,1,WHITE)
lcd.blit(fontimg, (135,6))
#Write Forecast
fontimg = smallFont.render(text,1,WHITE)
lcd.blit(fontimg, (23,118))
#Write Chance of Rain
fontimg = chanceFont.render("CoR: " + chanceprecip + "%",1,WHITE)
lcd.blit(fontimg, (15,210))
#Write High Temp
fontimg = smallFont.render("Hi: " + high,1,WHITE)
lcd.blit(fontimg, (141,117))
#Write Low Temp
fontimg = smallFont.render("Lo: " + low,1,WHITE)
lcd.blit(fontimg, (225,117))
pygame.display.update()
if GPIO.input(k) == False:
if k == 17:
MainMenu.MenuButtons()
import pygame
import os
import time
import DisplayImage
import MainMenu
os.putenv('SDL_FBDEV', '/dev/fb1')
pygame.init()
pygame.mouse.set_visible(False)
DisplayImage.LoadingScreen(0)
MainMenu.DrawMenu()
MainMenu.MenuButtons()
def DisplayTime():
#Color Palette
WHITE = (255, 255, 255)
GREY = (54, 54, 54)
BLACK = (0, 0, 0)
#Clear Screen
lcd.fill(GREY)
pygame.display.update()
#Set Clock Font
font = pygame.font.Font('Quicksand-Bold.otf', 63)
#Load Clock Background
bg = item("WatchBkg.jpg", 0, 0, 0)
bg.setaxis((bg.width / 2, 86))
#Load Hand Images
longhand = item("minute-hand.bmp", -1, 90, 23)
shorthand = item("hour-hand.bmp", -1, 90, 40)
secondhand = item("second-hand.bmp", -1, 90, 23)
showingClock = 1
#Displays the Clock
while showingClock == 1:
#Time Variables
dt = str(datetime.datetime.today())
hr = float(dt[11:13])
min = float(dt[14:16])
sec = float(dt[17:19])
time = dt[11:19]
#Redraw Background
bg.draw()
#Calculate Angles For Times
second = -360.0 / 60 * sec + 1
minute = -360.0 / 60 * min + 1
hour = hr % 12
hour1 = -360.0 / 12 * hour + 1
#Calculate Rotation
offset = 360.0 / 12 / 60 * min
hour = hour1 - offset
#Draw The Hands
longhand.drawrot(bg.axis, minute)
shorthand.drawrot(bg.axis, hour)
secondhand.drawrot(bg.axis, second)
#Font Border
fontimg = font.render(time, 1, BLACK)
lcd.blit(fontimg, (36, 165))
fontimg = font.render(time, 1, BLACK)
lcd.blit(fontimg, (44, 165))
fontimg = font.render(time, 1, BLACK)
lcd.blit(fontimg, (40, 161))
fontimg = font.render(time, 1, BLACK)
lcd.blit(fontimg, (40, 169))
fontimg = font.render(time, 1, BLACK)
lcd.blit(fontimg, (38, 163))
fontimg = font.render(time, 1, BLACK)
lcd.blit(fontimg, (42, 167))
fontimg = font.render(time, 1, BLACK)
lcd.blit(fontimg, (42, 163))
fontimg = font.render(time, 1, BLACK)
lcd.blit(fontimg, (38, 167))
#Actual Font
fontimg = font.render(time, 1, WHITE)
lcd.blit(fontimg, (40, 165))
pygame.display.update()
if GPIO.input(k) == False:
if k == 17:
MainMenu.MenuButtons()
pygame.time.delay(500)
