empir | open source PHP Windows/Unix tool | Compression library
kandi X-RAY | empir Summary
kandi X-RAY | empir Summary
Empir is an open source PHP Windows/Unix tool to manage PHAR (PHP Archive). It allows to create a PHAR from an entire php application, extract, convert, compress and decompress PHAR files. It consists of one simple and robust command line PHP script.
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Top functions reviewed by kandi - BETA
- Make phar .
- Convert a file to a phar
- Extract a phar
- Main method .
- Return colored string
- Make absolute path
- Execute the command
- Returns the value of the given option .
- Get a random string
- Returns true if terminal supports colorization .
empir Key Features
empir Examples and Code Snippets
Community Discussions
Trending Discussions on empir
QUESTION
I have written the following class in Typescript:
...ANSWER
Answered 2021-Jun-15 at 07:47SaxonJS.getResource()
is asynchronous and returns a Promise; I think you have supplied this Promise to SaxonJS.XPath.Evaluate()
, which is treating it as a general Javascript object.
You need something like
QUESTION
I have a 3d point cloud. I used matplotlib
to draw a scatterplot representing the point cloud viewed from above. The point cloud is stored as a list of coordinates in meters. The output of matplotlib.pyplot.scatter
is a png image.
In addition to saving the image, I want to save the correspondence pixels <-> meters. How to do that?
Here the code I use to make my image with matplotlib. I use a dataframe to manipulate the point cloud.
...ANSWER
Answered 2021-Jun-10 at 09:43To find this distance i use this code:
QUESTION
I have data that looks like this:
...ANSWER
Answered 2021-Jun-01 at 22:07We can use lapply
QUESTION
I am trying to show both cumulative and non-cumulative distributions on the same plot.
...ANSWER
Answered 2021-Jun-01 at 13:04The easiest way to create a histogram with probability
instead of probability density
is to use seaborn's sns.histplot(.... stat='probability')
.
To mimic this with standard matplotlib, you could calculate all values manually. For example:
QUESTION
Following is a kind of data set I am working on it:
...ANSWER
Answered 2021-May-29 at 06:41You could use the estimate of lambda and put it into VGAM::dzipois
and VGAM::pzipois
.
QUESTION
I am looking to make a autocomplete based on index, so each argument has its own autocomplete for example
PROMPT> use stackoverflow
therefore use would have its own autocomplete and so would stackoverflow I know this is possible as empire did it and ive tried things like readline, prompt_toolkit and suggestions?
...ANSWER
Answered 2021-May-25 at 13:42This can be completed with the cmd module take a look
QUESTION
I currently encounter huge overhead because of NumPy's transpose function. I found this function virtually always run in single-threaded, whatever how large the transposed matrix/array is. I probably need to avoid this huge time cost.
To my understanding, other functions like np.dot
or vector increment would run in parallel, if numpy array is large enough. Some element-wise operations seems to be better parallelized in package numexpr, but numexpr probably couldn't handle transpose.
I wish to learn what is the better way to resolve problem. To state this problem in detail,
- Sometimes NumPy runs transpose ultrafast (like
B = A.T
) because the transposed tensor is not used in calculation or be dumped, and there is no need to really transpose data at this stage. When callingB[:] = A.T
, that really do transpose of data. - I think a parallelized transpose function should be a resolution. The problem is how to implement it.
- Hope the solution does not require packages other than NumPy. ctype binding is acceptable. And hope code is not too difficult to use nor too complicated.
- Tensor transpose is a plus. Though techniques to transpose a matrix could be also utilized in specific tensor transpose problem, I think it could be difficult to write a universal API for tensor transpose. I actually also need to handle tensor transpose, but handling tensors could complicate this stackoverflow problem.
- And if there's possibility to implement parallelized transpose in future, or there's a plan exists? Then there would be no need to implement transpose by myself ;)
Thanks in advance for any suggestions!
Current workaroundsHandling a model transpose problem (size of A
is ~763MB) on my personal computer in Linux with 4-cores available (400% CPU in total).
ANSWER
Answered 2021-May-08 at 14:57Computing transpositions efficiently is hard. This primitive is not compute-bound but memory-bound. This is especially true for big matrices stored in the RAM (and not CPU caches).
Numpy use a view-based approach which is great when only a slice of the array is needed and quite slow the computation is done eagerly (eg. when a copy is performed). The way Numpy is implemented results in a lot of cache misses strongly decreasing performance when a copy is performed in this case.
I found this function virtually always run in single-threaded, whatever how large the transposed matrix/array is.
This is clearly dependant of the Numpy implementation used. AFAIK, some optimized packages like the one of Intel are more efficient and take more often advantage of multithreading.
I think a parallelized transpose function should be a resolution. The problem is how to implement it.
Yes and no. It may not be necessary faster to use more threads. At least not much more, and not on all platforms. The algorithm used is far more important than using multiple threads.
On modern desktop x86-64 processors, each core can be bounded by its cache hierarchy. But this limit is quite high. Thus, two cores are often enough to nearly saturate the RAM throughput. For example, on my (4-core) machine, a sequential copy can reach 20.4 GiB/s (Numpy succeed to reach this limit), while my (practical) memory throughput is close to 35 GiB/s. Copying A
takes 72 ms while the naive Numpy transposition A
takes 700 ms. Even using all my cores, a parallel implementation would not be faster than 175 ms while the optimal theoretical time is 42 ms. Actually, a naive parallel implementation would be much slower than 175 ms because of caches-misses and the saturation of my L3 cache.
Naive transposition implementations do not write/read data contiguously. The memory access pattern is strided and most cache-lines are wasted. Because of this, data are read/written multiple time from memory on huge matrices (typically 8 times on current x86-64 platforms using double-precision). Tile-based transposition algorithm is an efficient way to prevent this issue. It also strongly reduces cache misses. Ideally, hierarchical tiles should be used or the cache-oblivious Z-tiling pattern although this is hard to implement.
Here is a Numba-based implementation based on the previous informations:
QUESTION
I know that this is a relatively simple question, I just can't figure it out. I have three tables: people
, presentations
, and people_presentations
. people
and presentations
both have ID columns, and people_presentations
that has foreign keys to each of people
and presentations
.
For example:
people:
...ANSWER
Answered 2021-May-20 at 16:47You can filter the table for the people that you want, group by presentation and set the condition in the HAVING
clause:
QUESTION
I have the following empirical equation (engineering):
...ANSWER
Answered 2021-May-16 at 17:20In python you could do:
QUESTION
I need to remove the right icons that are the up and down arrows from a Material UI TextField that I modified from the Material UI documentations (https://material-ui.com/components/autocomplete/#autocomplete) Highlights section.
I tried some solutions from stack overflow like (Remove the arrow and cross that appears for TextField type=“time” material-ui React) and (Remove the arrow and cross that appears for TextField type=“time” material-ui React) but they didn't work and, I ended up with the following code:
App.js:
...ANSWER
Answered 2021-May-14 at 13:22According to this document you need to add freesolo
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