from weather.weather_info_wunderground import hourlyForecast
apiKey = "6d48850a7f579fe7"
weather = hourlyForecast("Saint Louis", "MO", apiKey)
months = ["NONE", "Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"]
for hour in weather:
time = hour["time"]
# print(type(time.month))
hourString = "{:02d} ".format(time.day) + months[time.month] + ", " + "{:02d}{:02d}".format(time.hour, time.minute)
hourString += " -- " + hour["temp"] + u'\N{DEGREE SIGN}' + " F" + " -- " + hour["condition"]
print(hourString)
def __init__(self):
FPS = 30
# Split the screen up into these virtual rows and columns. Use these
# to determine where to position each element. This lets the elements
# automatically resize on different sized monitors
numColumns = 30
numRows = 20
columns = []
rows = []
for i in range(numColumns):
columns.append(int(screen.get_width() / numColumns * i))
for i in range(numRows):
rows.append(int(screen.get_height() / numRows * i))
columnWidth = columns[1] - columns[0]
rowWidth = rows[1] - rows[0]
timePanelX1 = columns[1]
timePanelY1 = rows[1]
timePanelX2 = columns[13]
timePanelY2 = rows[6]
weatherPanelX1 = columns[1]
weatherPanelY1 = rows[7]
weatherPanelX2 = columns[9]
weatherPanelY2 = rows[19]
gameScorePanelX1 = columns[14]
gameScorePanelY1 = rows[1]
gameScorePanelX2 = columns[29]
gameScorePanelY2 = rows[6]
gamePreviewPanelX1 = gameScorePanelX1
gamePreviewPanelY1 = gameScorePanelY1
gamePreviewPanelX2 = gameScorePanelX2
gamePreviewPanelY2 = gameScorePanelY2
boxScorePanelX1 = columns[10]
boxScorePanelY1 = rows[7]
boxScorePanelX2 = columns[29]
boxScorePanelY2 = rows[13]
firstPitchCountdownPanelX1 = boxScorePanelX1
firstPitchCountdownPanelY1 = boxScorePanelY1
firstPitchCountdownPanelX2 = boxScorePanelX2
firstPitchCountdownPanelY2 = boxScorePanelY2
timePanel = TimePanel(timePanelX2 - timePanelX1, timePanelY2 - timePanelY1)
weatherPanel = WeatherPanel(weatherPanelX2 - weatherPanelX1, weatherPanelY2 - weatherPanelY1)
gameScorePanel = GameScorePanel(gameScorePanelX2 - gameScorePanelX1, gameScorePanelY2 - gameScorePanelY1)
gamePreviewPanel = GamePreviewPanel(gamePreviewPanelX2 - gamePreviewPanelX1, gamePreviewPanelY2 - gamePreviewPanelY1)
boxScorePanel = BoxScorePanel(boxScorePanelX2 - boxScorePanelX1, boxScorePanelY2 - boxScorePanelY1)
firstPitchCountdownPanel = FirstPitchCountdownPanel(firstPitchCountdownPanelX2 - firstPitchCountdownPanelX1, firstPitchCountdownPanelY2 - firstPitchCountdownPanelY1)
# Store the time of when we last requested these things. This
# is used to make our requests at a reasonable rate.
weatherQueryMade = False # (This hour)
lastGameQueryTime = 0
lastDivisionQueryTime = 0
weatherQueryMinuteMark = 40 # Query at XX:40
# Add a few seconds to some of the cooldowns to try to prevent
# all the queries from happening in the same second and
# lowering the framerate (since queries are synchronous)
gameNonLiveQueryCooldown = 302 # Once per 5 minutes
gameAlmostLiveQueryCooldown = 60 # Once per minute
gameLiveQueryCooldown = 20 # Once per 20 seconds
divisionQueryCooldown = 907 # Once per 15 minutes
movie = pg.movie.Movie('moving_background.mpg')
movie_screen = pg.Surface(movie.get_size()).convert()
movie.set_display(movie_screen)
clock = pg.time.Clock()
appLive = True
firstLoop = True
now = datetime.now()
previousTime = now
movie.play()
while appLive:
# Get current date and wall clock time
now = datetime.now()
# Get program execution time (separate from wall time... not
# affected by leapyear, timezones, etc.)
executionTime = time.time()
# Loop video if it ended
if not movie.get_busy():
movie.rewind()
movie.play()
# Query game information
gameAlmostStarted = False
if not firstLoop and game["status"] == GameStatus.Pre:
timeUntilGame = game["adjustedDateTime"] - datetime.now()
if timeUntilGame.total_seconds() < gameNonLiveQueryCooldown:
gameAlmostStarted = True
if (firstLoop) or (game["status"] == GameStatus.Live and executionTime - lastGameQueryTime >= gameLiveQueryCooldown) or (
gameAlmostStarted and executionTime - lastGameQueryTime >= gameAlmostLiveQueryCooldown) or (
executionTime - lastGameQueryTime >= gameNonLiveQueryCooldown):
# Don't update to todays game until 4am. If it is
# before 4am, show yesterday's game
if now.hour < 4:
dateOfInterest = now - timedelta(days=1)
else:
dateOfInterest = now
game = mlb.getGameInfo(TEAM_OF_INTEREST, dateOfInterest)
# If no game found for today, look ahead up to 10 days
# until we find a game
lookaheadDays = 0
while game["status"] == GameStatus.NoGame and lookaheadDays < 10:
lookaheadDays += 1
dateOfInterest = dateOfInterest + timedelta(days=1)
game = mlb.getGameInfo(TEAM_OF_INTEREST, dateOfInterest)
# Adjust game time to the current timezone
if game["status"] == GameStatus.Pre:
rawDateTime = game["startTime"]["time"]
hoursToAdjust = timezones.index(RASPBERRY_PI_TIMEZONE) - timezones.index(game["startTime"]["timeZone"])
adjustedDateTime = rawDateTime + timedelta(hours=hoursToAdjust)
game["adjustedDateTime"] = adjustedDateTime
firstPitchCountdownPanel.setTargetTime(adjustedDateTime)
if game["status"] in (GameStatus.Live, GameStatus.Post):
gameScorePanel.setScore(game)
gameScoreOrPreviewPanelSurface = gameScorePanel.update()
boxScoreOrCountdownSurface = boxScorePanel.update()
else:
gamePreviewPanel.setPreview(game)
gameScoreOrPreviewPanelSurface = gamePreviewPanel.update()
boxScoreOrCountdownSurface = firstPitchCountdownPanel.update()
lastGameQueryTime = executionTime
# Update day/time panel, as well as first pitch countdown
# panel once per second
if firstLoop or now.second != previousTime.second:
timePanel.setTime(now)
timePanelSurface = timePanel.update()
if game["status"] == GameStatus.Pre:
boxScoreOrCountdownSurface = firstPitchCountdownPanel.update()
# Weather query not yet made this hour... but wait for the
# minute mark to make it.
if now.minute <= weatherQueryMinuteMark:
weatherQueryMade = False
# Update weather panel
if firstLoop or (now.minute >= weatherQueryMinuteMark and not weatherQueryMade):
weatherQueryMade = True
weatherInfo = hourlyForecast("Saint Louis", "MO", wundergroundApiKey)
weatherInfoToDisplay = []
# Only display up to 12 hours, using the following rules.
#
# 1. Next 3 hours are always displayed
# 2. Only even hours are displayed (except when rule 1)
# 3. 00:00 - 05:59 are not displayed (except when rule 1)
for i, hour in enumerate(weatherInfo):
if len(weatherInfoToDisplay) == 12:
break
if i < 3:
weatherInfoToDisplay.append(hour)
elif hour["time"].hour % 2 == 0 and hour["time"].hour > 5:
weatherInfoToDisplay.append(hour)
weatherPanel.setWeather(weatherInfoToDisplay)
weatherPanelSurface = weatherPanel.update()
# Stretch video to fit display. Transfer the stretched video onto
# the screen.
pg.transform.scale(movie_screen, screen.get_size(), screen)
# Blit various panels on top of the video background
screen.blit(timePanelSurface, (timePanelX1, timePanelY1))
screen.blit(weatherPanelSurface, (weatherPanelX1, weatherPanelY1))
screen.blit(gameScoreOrPreviewPanelSurface, (gameScorePanelX1, gameScorePanelY1))
screen.blit(boxScoreOrCountdownSurface, (firstPitchCountdownPanelX1, firstPitchCountdownPanelY1))
pg.display.update()
# Check for quit event or ESC key press
for event in pg.event.get():
if event.type == pg.QUIT or (event.type == pg.KEYDOWN and event.key == pg.K_ESCAPE):
movie.stop()
appLive = False
previousTime = now
firstLoop = False
# Sleep to keep application running at 30 FPS
clock.tick(FPS)
pg.quit()
