Define imy code#
Define imy professional#

To let someone know you miss them as well, use “IMYT” (Or “IMY2”) after “I miss you.” Summary The spelling of IMY varies, with the most urgent meaning being represented by words that end in Y.

Define imy professional#

IMY is informal and may be used to react quickly to communications, but internet jargon should be avoided in many professional situations. It can be written lowercase or uppercase, as it is in this case. There are a variety of ways to write the name. IMY can be used alone or as part of a lengthier message. IMY is similar to “ILY” or “I Love You” in that the word “miss” is replaced by “love.” ILYSM (I Love You So Much) and ILYMTA (I Love You More Than Anything) are also used. If you're unsure of how the person you're texting feels about you, avoid using IMY.

IMY can be both flirtatious and platonic. It's also a good way to keep in touch with distant relatives. If you appreciate something someone has done for you, small or large, IMY is a terrific method to let them know. It's a good approach to demonstrate you care and are thinking about them.Įxample#2: IMY as a way to show appreciation Below are some examples:Įxample #1:IMY as an expression of missing someoneįor long-distance relationships or simply missing someone, you can text IMY. The term is most frequently used and understood by younger generations (think generations Y and Z), but don't expect someone who isn't as tech- or text-savvy to know what it means. So next time you’re feeling lonely or missing someone special, don’t hesitate to let them know with IMY. In 2004, the term gained popularity on the internet due to Kodak Black's song “I.M.Y (Miss You)” and the start of the 2020 COVID-19 pandemic. Google Trends shows the most searches for “IMY” in the US, Armenia, and Lebanon. Whether you’re IMing a friend or posting on social media, IMY is a simple way to show someone you care. IMY can also be used as a goodbye, letting the other person know you’ll miss them even though you’re not together. IMY stands for “I Miss You” and is a way of telling the other person that you care about them and wish they were with you. IMY is an acronym typically used online to let someone know you’re thinking of them. If someone sends you an IMY message, it is important to respond with a message that shows how much you appreciate their thoughtfulness. It is a popular way to show your friends and followers that you care about them. IMY can also be used on social media platforms such as Facebook, Twitter, and Instagram. Note that I can't simply chop up the array into pieces as the function value for each element of the array depends on the values around that element as well.Do you ever IMY? IMY is a text abbreviation that stands for “I miss you.” It is used to let the person that you are texting know that you are thinking of them and that you miss them. What is the correct way to apply a function to a large array of elements? Method 'acquire' of 'thread.lock' objects I am guessing that there is something wrong with passing such a large array through map but I haven't been able to find a solution yet.

Define imy code#

However importing and using a 100*100*100 array means the code doesn't finish running in over 5 hours of cpu time or 10 minutes of walltime, and not even over 1 hour of wall time. If I import and use a 40*40*40 array then it takes only 8 seconds of wall time and < 3 mins of cpu time. SSIMarray = np.reshape(results, (imx,imy,imz)) Results = pool.map(SSIMfunc, list(itertools.product(range(0,imx), range(0,imy), range(0,imz))))

Wsd = float(1.5) #sd for the window function a Gaussian for which the local values are computed #define a window/weighting function, i.e. Imsd = 1 #how blurry the distorted image isī = _filter(a, imsd, order=0, output=None, mode='reflect', cval=0.0)#, truncate=4.0) This is a follow up to the question I asked here.įrom pathos.multiprocessing import ProcessPool

I need to perform a function on elements of a large array and I want to optimize the code using multiprocessing so that I can utilize all the cores on a supercomputer.