groome | Language-agnostic project templates using Mustache
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Language-agnostic project templates using Mustache.
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QUESTION
This is kind of a strange question, but I have created a function that leverages pivot_table
and some filtering and renaming to apply to a bunch of pivot/aggregation use cases I need.
One of the parameters of the function is a list of aggregation functions i.e np.median
. Another parameter of the function is a string referencing that aggregation function, i.e median
.
I have this latter parameter solely so I can use it to filter columns out. I was wondering if there is a way to create a substring from np.median
? Ideally I wouldn't need to have a string parameter in addition to the numpy function.
The challenge I am finding is that np.median
(or any numpy aggregation function) has a type []
so I can't treat it with any string splitting operations to pull median
from it.
Is this possible?
Sample Dataframe
...ANSWER
Answered 2022-Feb-21 at 19:50How about using .__name__
?
QUESTION
I'm trying to change the color of my container on ontap event (inside gridview builder). It was working fine when I was using setState. But as I changed it to Getx, the print statement is working fine but the color of container is not changing. here is the code.
Here is the screens where I'm trying to display my gridview
...ANSWER
Answered 2021-May-31 at 12:48The reason it's not rebuilding is because your onTap
isn't changing any variable from the GetX class. This is intended behavior to minimize unnecessary rebuilds.
All you need to do is change the actual GetX variable in the onTap
of your gesture detector.
QUESTION
wordlist = [['annoyed'], ['bulb'], ['fetch'], ['name'], ['noise'], ['wistful'], ['sparkle'], ['grain'], ['remind'], ['shocking'], ['productive'], ['superficial'], ['craven'], ['plate'], ['cup'], ['hat'], ['summer'], ['chilly'], ['crowd'], ['tiresome'], ['amount'], ['previous'], ['creepy'], ['insidious'], ['foolish'], ['trot'], ['well-groomed'], ['meat'], ['bottle'], ['van'], ['teeny-tiny'], ['edge'], ['knot'], ['disarm'], ['store'], ['shaggy'], ['furniture'], ['provide'], ['puzzled'], ['grubby'], ['texture'], ['cart'], ['tangy'], ['load'], ['stone'], ['plastic'], ['argument'], ['hop'], ['painstaking'], ['tense'], ['educate'], ['fearless'], ['fierce'], ['profuse'], ['addition'], ['staking'], ['attract'], ['boundary'], ['hurt'], ['delay'], ['tangible'], ['awesome'], ['ruthless'], ['guttural'], ['follow'], ['zephyr'], ['mute'], ['abandoned'], ['yak'], ['best'], ['continue'], ['stem'], ['cake'], ['multiply'], ['riddle'], ['delightful'], ['vulgar'], ['neck'], ['rampant'], ['complete'], ['certain'], ['plant'], ['organic'], ['reach'], ['tenuous'], ['chubby'], ['nut'], ['wiry'], ['knife'], ['first'], ['learned'], ['allow'], ['glass'], ['beef'], ['madly'], ['knowledgeable'], ['prepare'], ['compare'], ['perform'], ['rhetorical'], ['hover'], ['exciting'], ['adventurous'], ['cakes'], ['miniature'], ['deafening'], ['snail'], ['shy'], ['delirious'], ['hypnotic'], ['gigantic'], ['heady'], ['pen'], ['cent'], ['pump'], ['wide-eyed'], ['brief'], ['trains'], ['light'], ['order'], ['communicate'], ['bizarre'], ['flavor'], ['thirsty'], ['fasten'], ['black-and-white'], ['divergent'], ['gusty'], ['halting'], ['decide'], ['file'], ['ossified'], ['melt'], ['turkey'], ['avoid'], ['film'], ['null'], ['orange'], ['language'], ['adaptable'], ['cars'], ['eyes'], ['reject'], ['shave'], ['odd'], ['bruise'], ['cows'], ['curtain'], ['whirl'], ['wail'], ['deep'], ['mere'], ['grease'], ['phobic'], ['run'], ['scientific'], ['clear'], ['one'], ['wealthy'], ['pigs'], ['inquisitive'], ['toothsome'], ['memorise'], ['flap'], ['demonic'], ['cats'], ['injure'], ['jellyfish'], ['crow'], ['flame'], ['window'], ['rock'], ['chew'], ['pedal'], ['scared'], ['amuck'], ['hour'], ['wacky'], ['thoughtful'], ['used'], ['temporary'], ['fluttering'], ['pass'], ['ski'], ['zealous'], ['rhythm'], ['sea']]
#the word list is longer. shortened it for easier readability purposes.
start = input("Press enter to start")
start_time = time.time()
time_limit = 10
start = input("Press enter to start")
while True:
#timer function
current_time = time.time()
elapsed_time = current_time - start_time
time_left = time_limit - elapsed_time
#chooses a random word from list
x = random.choice(wordlist)
print(*x, "\n", sep = '')
print(x)
typed_word = input("type the word:")
if typed_word == x:
print("~correct~")
else:
print("~wrong~")
if elapsed_time >= time_limit:
print("time elapsed " + str(int(elapsed_time)))
break
...ANSWER
Answered 2020-Aug-10 at 04:54The two lines that need code change to check for the correct word are :
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