(153, 0, 76): {"color": "Red", "condition": "Very Unhealthy", "tag": "red"},
(126, 0, 35): {"color": "Red", "condition": "Hazardous", "tag": "red"}
}
for i in web_keys.keys():
request = Request("http://air.utah.gov/currentconditions.php?id=%s" % i)
soup = BeautifulSoup(urlopen(request).read())
lst = soup.findAll('div', {"class": "pm25"})[0]
pm25 = lst.contents[2].strip()
date_str = soup.findAll('h3', {"class": "updated"})[0].contents[0]
date_str = date_str[0:date_str.index(" (")]
date_1 = date_str[0:date_str.index(",")]
date_unneed = date_str[len(date_1):]
date_unneed_1 = date_unneed.index(" ")
date_unneed_2 = date_unneed.index(" ", date_unneed_1 + 1)
date_unneed = date_unneed[date_unneed_1: date_unneed_2]
date = date_str.replace(date_unneed, "") + " MST"
date = date.replace(",", " @")
color_slice = lst.attrs[1][1]
begin_rgb = color_slice.index("rgb") + 3
end_rgb = color_slice.index(")", begin_rgb) + 1
numbers = findall(r'\d{1,3}', color_slice[begin_rgb:end_rgb])
color = tuple(map(int, numbers))
status = colors[color]
print col.format("Current %s Air Quality: <%s>%s</%s> (%s) as of %s. PM2.5: %s\n" %
(web_keys[i]["name"], colors[color]["tag"], colors[color]["color"],
colors[color]["tag"], colors[color]["condition"], date, pm25))
sleep(0.5)
retag = re.compile("^\d\d-\d\d (\d\d:\d\d:\d\d\.\d\d\d) ([A-Z])/([^\(]+)\(([^\)]+)\): (.*)$")
LATEST_USED_TAG_COLOR = [color.RED, color.GREEN, color.YELLOW, color.BLUE, color.MAGENTA, color.CYAN, color.WHITE]
LATEST_USED_PROCESS_COLOR = [color.RED, color.MAGENTA, color.YELLOW, color.GREEN, color.BLUE]
CACHED_PROCESS_COLOR = dict()
CACHED_PROCESS = set()
KNOWN_TAGS = {"Process": color.BLUE, "System.err": color.GREEN, "AndroidRuntime": color.RED}
TAGTYPES = {
"V": "%s%s%s "
% (color.format(fg=color.BLACK, bg=color.WHITE), "V".center(TAGTYPE_WIDTH), color.format(reset=True)),
"D": "%s%s%s " % (color.format(fg=color.BLUE, bg=color.WHITE), "D".center(TAGTYPE_WIDTH), color.format(reset=True)),
"I": "%s%s%s "
% (color.format(fg=color.GREEN, bg=color.WHITE), "I".center(TAGTYPE_WIDTH), color.format(reset=True)),
"W": "%s%s%s "
% (color.format(fg=color.YELLOW, bg=color.WHITE), "W".center(TAGTYPE_WIDTH), color.format(reset=True)),
"E": "%s%s%s " % (color.format(fg=color.RED, bg=color.WHITE), "E".center(TAGTYPE_WIDTH), color.format(reset=True)),
}
def cache_color_for_process(pid):
if not pid in CACHED_PROCESS_COLOR:
color = LATEST_USED_PROCESS_COLOR[0]
CACHED_PROCESS_COLOR[pid] = color
LATEST_USED_PROCESS_COLOR.remove(color)
LATEST_USED_PROCESS_COLOR.append(color)
def color_text(text, cor):
return "%s%s%s" % (color.format(fg=cor), text, color.format(reset=True))
def color_text(text, cor):
return "%s%s%s" % (color.format(fg=cor), text, color.format(reset=True))
LATEST_USED_PROCESS_COLOR = [
color.RED, color.MAGENTA, color.YELLOW, color.GREEN, color.BLUE
]
CACHED_PROCESS_COLOR = dict()
CACHED_PROCESS = set()
KNOWN_TAGS = {
"Process": color.BLUE,
"System.err": color.GREEN,
"AndroidRuntime": color.RED,
}
TAGTYPES = {
"V":
"%s%s%s " % (color.format(fg=color.BLACK, bg=color.WHITE),
"V".center(TAGTYPE_WIDTH), color.format(reset=True)),
"D":
"%s%s%s " % (color.format(fg=color.BLUE, bg=color.WHITE),
"D".center(TAGTYPE_WIDTH), color.format(reset=True)),
"I":
"%s%s%s " % (color.format(fg=color.GREEN, bg=color.WHITE),
"I".center(TAGTYPE_WIDTH), color.format(reset=True)),
"W":
"%s%s%s " % (color.format(fg=color.YELLOW, bg=color.WHITE),
"W".center(TAGTYPE_WIDTH), color.format(reset=True)),
"E":
"%s%s%s " % (color.format(fg=color.RED, bg=color.WHITE),
"E".center(TAGTYPE_WIDTH), color.format(reset=True)),
"F":
"%s%s%s " % (color.format(fg=color.WHITE, bg=color.WHITE),
def reset():
global board
for i in ["l", "h", "s", "p"]:
board = board.replace(i, col.format("<black>%s</black>" % i))
return board
def change(*char):
global board
for i in char:
board = board.replace(i, col.format("<%s>%s</%s>" % (cols[i], i, cols[i])))
return board
}
colors = {
"l": "g",
"h": "y",
"s": "b",
"p": "r"
}
system('clear')
print "-" * 90
board = change("l", "h", "s", "p")
print board
print """Simon Game: The Circle Above will Show a Series of Colors. After, you will be required
to type in the order of colors you saw. Try and get as much correct as you can!"""
raw_input(col.format("<purple>Press Anything to Continue</purple>"))
system('clear')
board = reset()
order = []
color = choice(cols.keys())
board = change(color)
order.append(color)
count = 1
while True:
for x, i in enumerate(order):
board = reset()
board = change(i)
print board
