Saravanan666/pypi-org huggingface dataset:
Package: picture-comparator-muri
picture-comparatorOverviewApplication looks for similar images in given directories. It allows to view results, make them easy to compare, move marked images to trash or rename them.Installationpip install picture-comparator-muriBasic usageAfter picking directories to search (either with GUI picker or-d <list of directories>) and waiting for a while, we should see list of results. Here, we have few tools helping us to compare them.On the top of each image, we can see some of its properties. The "best" and "worst" ones should be marked in colors.We can zoom and move image using mouse. Position of all images will be in sync.When comparing images with different sizes, the application will scale them.Identical images are marked using little circles. This checks actual pixels, not file hash, so images with different compression levels or extensions can still be marked as identical.Symbolic links are also marked with an icon.Clicking on "Mark for deleting" or holding down [Ctrl] key enables deleting mode. Selecting "delete" or clicking [del] moves files marked for deletion into trash.Selecting Edit -> Rename or clicking [F2] shows dialog for renaming and moving files.Known problemsThe application is still in early development. Some known problems include.Very slow page change.Trouble when parsing many huge images.Comparison algorithm showing many false positives.Very limited configuration.No option to start new search (need to restart application).
Package: picture-cutter
Picture CutterThis library reads an PIL Image and returns some Images (defined by some boundaries).RemarksPre-Alpha. Do not use it.Reminder for myself on how to package and upload a python package[https://packaging.python.org/tutorials/packaging-projects/]It's probably editing the version in setup.py and thenpython3 setup.py sdist bdist_wheel
python3 -m twine upload --repository-url https://upload.pypi.org/legacy/ dist/*Should then be installable viapip install picture_cutter
Package: picturedrocks
PicturedRocks Single Cell Analysis ToolPicturedRocks is a python package that implements information-theoretic feature selection algorithms.UsageTo install the latest GitHub version of PicturedRocks, do an "editable" installation of PicturedRocks:git clone git@github.com:umangv/picturedrocks.git
cd picturedrocks
pip install -e .PicturedRocks in compatible withscanpyand uses itsAnnDataobjects. Most methods require cluster labels to be loaded.frompicturedrocks.readimportread_clusts,process_clustsadata=read_clusts(adata,"clust_labels.csv")adata=process_clusts(adata)More detailed information can be found on theonline documentation.Code StylePull requests are welcome. Please usenumpy-style docstringsand format your code withblack.CopyrightCopyright © 2017-2019 Umang Varma, Anna GilbertPicturedRocks is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.PicturedRocks is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
GNU General Public License for more details.You should have received a copy of the GNU General Public License
along with PicturedRocks.  If not, seehttp://www.gnu.org/licenses/.
Package: picture-lake-weibo
picture-lake-weibo: 使用新浪微博做图床對於經常要文檔的碼農來說，沒有一個好的圖床真的非常麻煩。對比之下，把新浪微博作爲圖床在訪問效率上是最高的。於是晚上就自己擼一個吧。安裝本工具目前僅支持Python3，Python2的需要修改一下代碼，比如用six做一些封裝。pip3installpicture-lake-weibo使用$ picture-lake-weibo --help
usage: picture-lake-weibo {login,upload} [pictures [pictures ...]]登錄新浪微博首先我們需要登錄新浪微博picture-lake-weibologin在輸入用戶名和密碼後，會提示登錄成功。此登錄邏輯，參考Python3 模拟登录新浪微博上傳圖片picture-lake-weibouploadXXX.jpg如果上傳成功，會得到類似如下信息：上傳成功 => /Users/wuliang/Pictures/DCIM/Camera/20190130_184343.jpg, https://tva1.sinaimg.cn/large/703708dcly1g5v0w46x48j20u01hc1ky多圖片上傳可以指定多個文件或者通配符來同時上傳多個圖片picture-lake-weibouploada.jpgb.jpgpicture-lake-weiboupload*.jpg相對路徑和絕對路徑都支持picture-lake-weiboupload../../test.jpgpicture-lake-weiboupload/home/admin/test.jpg替換Markdown文件中的圖片picture-lake-weiboreplaceXXX.md配置默認的配置在$HOME/.picture-lake-weibo.json下，類似如此：{"hostname":"tva1.sinaimg.cn","protocol":"https","size":"large","username":"15912345678","password":"1234567"}因此除了登陸新浪微博的用戶名和密碼外，我們還可以對圖片的域名、協議、尺寸做配置。協議(protocol)協議支持兩種：httphttps域名(hostname)域名支持：tva1.sinaimg.cntvax1.sinaimg.cnww1.sinaimg.cnws1.sinaimg.cnwx1.sinaimg.cn尺寸尺寸支持:large(原圖)mw690(690高)bmiddle(中图)small(小图)mw2048(超大)mw1024(超大)orj480orj480thumb150(缩略图)square代理可以在$HOME/.picture-lake-weibo.json中增加proxy選項，以支持代理服務器{"proxy":"http://127.0.0.1:8888"}socks5也一樣：{"proxy":"sock5://127.0.0.1:1080"}
Package: pictures
PicturesImage to GifDependenciespillowIpythonpathlibExample :>>from pictures import imgtogif
   >>imgtogif.convert(path="./",file_name="mine.gif")Default parameters values:convert (path="./",file_name="imgtogif.gif",to="./",
img_format="all",duration=400,loop=0,
number_sort="n",string_sort="n",
gif_width=510,gif_height=310 )Parameters:
path:
    Path to the source of the image files
file_name:
    File name for the gif to be saved 
to:
    Destination of the gif file
img_format:
    In which format of images are need to be converted to gif
    Formats are : png , jpg , jpeg or all
duration:
    Duration of the gif
loop:
    0 for gif to play again and again
    1 for play 1 time
number_sort:
    [Sorting image files numerically]
    Example:
    images=[2.png,34.png,1.png]
    if number sort is yes means:
     this will be sorted as [1.png,2.png,34.png]
     and gif will be created
string_sort:
    [sorting image files alphabetically]
    Example:
    images=[c.png,b.png,a.png]
    if string sort is yes means:
     this will be sorted as [a.png,b.png,c.png]
     and gif will be created
gif_width:
    width of the gif
gif_height:
    Height of the gif```
Package: piculet
Copyright (C) 2014-2019 H. Turgut Uyar <uyar@tekir.org>Piculet is a module for extracting data from XML or HTML documents
using XPath queries. It consists of asingle source filewith no dependencies other than the standard library, which makes it very easy
to integrate into applications. It also provides a command line interface.PyPI:https://pypi.org/project/piculet/Repository:https://github.com/uyar/piculetDocumentation:https://piculet.readthedocs.io/Piculet has been tested with Python 2.7, Python 3.4+, and compatible
versions of PyPy. You can install the latest version usingpip:pip install piculet
Package: picutils
json2df is a library does batch processing picturesgithub:https://github.com/shichaoji/picutilsIf you would like to run a image hosting website, it is handy to
process a large number of imagesI have used the library processed almost 1 million photos for my other project face similarity searching & indexing, landmark detectinghttp://iridescent.date/installationpip install pictutilsusage exampleBatch reducing pics size to about 200kb each, if you have many HD pics saved in a folder, run the library will batch coverting pics in the folder to .jpg and then resizing all pics till 100-200 kb each.RRun $ python -m picutils.process_pics , and then pass the images
folder’s name, in the directory where that folder residesMaking index.html webbrowser file for a folder of pics for overall viewing, or hosting in a webpageRun $ python -m picutils.html_index , and then pass the images
folder’s name, in the directory where that folder residesthe program will make a sub-thumbnail folder, so even if image
sizes in the folder are very large, the small view pics in the
index html will load instantly, for the purpose of hosting picture
website when visitors has slow internetThanks to myphotopack.com for those pretty picturesMaking a viewer.html webbrowser file for a folder of pics for single viewing, e.g. hosting a manga WebsiteRun $ python -m picutils.html_viewer , and then pass the images
folder’s name, in the directory where that folder residesclick right side of the photo will view next, while clicking left
side turns to previous photo
Package: picycle
picycleis an experimental project that aims to help developers fix their circular dependencies problems.ImportError: Cannot import name Xis a python exception that is related to the circular imports, but it’s not clear from the start.
This tool automatically analyzes the imports of your projects, and looks for imports that may cause a circular dependency problem.FeaturesShows you the whole chain of the circular imports.Gives you lines of code where each import is, for you to easily find and fix the problem.Visualizes your imports in a graph(Not Yet Implemented)Usage$ picycle
Usage: picycle [OPTIONS] COMMAND [ARGS]...


Examples:
    Get the circular imports in current project:
    $ picycle --here
    Look for circular imports in another project
    $ picycle --source /home/user/workspace/awesome_project

Options:
  --verbose      Verbose output.
  --here         Try to find cycles in the current project
  --source TEXT  Try to find cycles in the path provided
  --help         Show this message then exit.
  --version      Show the version and exit.$ picycle --here
Project successfully transformed to AST, checking imports for cycles..
Cycle Found :(
a_module.a_file: Line 1 -> a_module.b_module.b_file: Line 1 -> c_module.c_file: Line 1 -> d_module.d_file: Line 1 =>> a_module.a_file
Finished.$ picycle --source /Users/vkravcenko/workspace/awesome_project
Target source provided:/Users/vkravcenko/workspace/awesome_project
Project successfully transformed to AST, checking imports for cycles..
No worries, no cycles here!
If you think some cycle was missed, please open an Issue on Github.
Finished.Installation$ pip install picycle
Package: pid
PidFile class featuring:stale detectionpidfile locking (fcntl)chmod (default is 0o644)chowncustom exceptionsContext Manager, Daemons and LoggingPidFile can be used as a context manager:from pid import PidFile
import os

with PidFile('foo') as p:
  print(p.pidname) # -> 'foo'
  print(p.piddir) # -> '/var/run' But you can modify it when initialize PidFile.
  print(os.listdir('/var/run')) # -> ['foo.pid']

# pid file will delete after 'with' literal.Logging to file is also possible when using PidFile with a daemon context manager
(e.g.python-daemon). This requires some care in
handling the open files when the daemon starts to avoid closing them, which causes problems with the
logging. In particular, the open handlers should be preserved:import sys
import logging
import logging.config

import daemon
from pid impor PidFile

logging.config.fileConfig(fname="logging.conf", disable_existing_loggers=False)
log = logging.getLogger(__name__)

PIDNAME = "/tmp/mydaemon.pid"

def get_logging_handles(logger):
    handles = []
    for handler in logger.handlers:
        handles.append(handler.stream.fileno())
    if logger.parent:
        handles += get_logging_handles(logger.parent)
    return handles

def daemonize():
  file_preserve = get_logging_handles(logging.root)
  pid_file = PidFile(pidname=PIDNAME)

  with daemon.DaemonContext(stdout=sys.stdout,
                            stderr=sys.stderr,
                            stdin=sys.stdin,
                            pidfile=_pid_file,
                            files_preserve=files_preserve):

    run_daemon_job()
  print("DONE!")

if __name__ == "__main__":
  daemonize()This assumes alogging.conffile has been created, see e.g.basic tutorialfor logging.DecoratorPidFile can also be used a a decorator:from pid.decorator import pidfile

@pidfile()
def main():
  pass

if __name__ == "__main__":
  main()Exception OrderIn default mode PidFile will try to acquire a file lock before anything else.
This means that normally you get a PidFileAlreadyLockedError instead of the
PidFileAlreadyRunningError when running a program twice.If you just want to know if a program is already running its easiest to catch
just PidFileError since it will capture all possible PidFile exceptions.BehaviourChanges in version 2.0.0 and going forward:pid is now friendly with daemon context managers such aspython-daemonwhere
the PidFile context manager is passed as a parameter. The
new corrected behaviour will ensure the process environment is
determined at the time of acquiring/checking the lock. Prior
behaviour would determine the process environment when
instancing the class which may result in incorrect determination
of the PID in the case of a process forking after instancing
PidFile.Cleanup of pidfile on termination is done usingatexitmodule.
The default SIGTERM handler doesn’t cleanly exit and therefore
the atexit registered functions will not execute. A custom
handler which triggers the atexit registered functions for cleanup
will override the default SIGTERM handler. If a prior signal handler
has been configured, then it will not be overridden.
Package: pi-dawn
Use a Raspberry Pi connected to WS2801-based RGB LED strip to
wake you up in the morning.SetupHardware…SoftwareThese instructions install Pi Dawn for the default Raspbian userpi. Run all command as this user.Download Raspbian, flash it to a SD card and configure the system
to your liking (network configuration, SSH access, locale etc.)Setup Raspbian for Pi DawnRun:sudo raspi-configThen selectLocalisation Options→Change Timezone. Pick the
timezone you are living in from the list.Then selectInterfacing Options→P4 SPI. AnswerYesto
enable the SPI interface.Allow the userpito access the SPI interface:sudo gpasswd -a pi spiIn order to become effective, you have to log in again.Install required Raspbian packages:sudo apt -y install python3 python3-venv redis-server nginxThis installs Python 3 with thevenvmodule, Redis and Nginx.Create an virtual Python environment for Pi Dawn:cd ~
python3 -m venv pi-dawnInstall Pi Dawn:./pi-dawn/bin/pip install pi_dawnCreate the database:mkdir pi-dawn/var
FLASK_APP=pi_dawn ./pi-dawn/bin/flask initdbSetup services:sudo -s
FLASK_APP=pi_dawn ./pi-dawn/bin/flask setup_nginx
FLASK_APP=pi_dawn ./pi-dawn/bin/flask install_services
exitThe first command will add a new site to act as a proxy for the
Flask web application, disable the conflicting default site,
validate the NGINX configuration for good measure and reload
NGINX to make the changes effective.This second command will install Systemd service units for the
web frontend and the alarm daemon. After this, it starts the
services and configures them for automatic launch at boot.That’s it. You can access the web interface on port 80 of your
Raspberry Pi. Use it to configure alarms or as a light switch.DevelopmentPrerequisitesMake sure you have the following software packages available
on your system:Python (≥ 3.5)Node.js (≥ 10.x)RedisGet the source codeClone this repository:git clone git@github.com:sebasgo/pi-dawn.gitInstallationExecute the following commands inside your working copy
of the repository:Setup a new Python virtual environment:python3 -m venv venvActivate the environment:source venv/bin/activateInstall the package with its dependencies:pip install -e .[dev]Create the database:FLASK_APP=pi_dawn flask initdbInstall the dependencies for the frontend:cd pi_dawn/frontend
npm installRunningThe application consists of three distinct components which
all have to be running at the same time in order to function
properly. Also, you need to start a Redis server.Redis:redis-serverThis command can be executed from any working directory.Backend Flask application:FLASK_APP=pi_dawn FLASK_DEBUG=1 flask runWhile developing the Flask application only serves the backend API.Frontend Vue.js application:cd pi_dawn/frontend
npm run serveYou can access the web frontend at:http://127.0.0.1:8081/Execute the daemon:DEBUG=1 pi-dawn-daemonThe daemon controls the LED stripe and makes sure it
lights up at the programmed alarms.In debug mode, the daemon won’t actually try
to program a LED stripe. Instead, it will use
Pygame to display the intended result in a window.ChangelogVersion 1.0 (Unreleased)Initial release.
Package: pidcat-pip
PID CatAn update to Jeff Sharkey's excellentlogcat color scriptwhich only shows
log entries for processes from a specific application package.During application development you often want to only display log messages
coming from your app. Unfortunately, because the process ID changes every time
you deploy to the phone it becomes a challenge to grep for the right thing.This script solves that problem by filtering by application package. Supply the
target package as the sole argument to the python script and enjoy a more
convenient development process.pidcat com.oprah.bees.androidHere is an example of the output when running for the Google Plus app:InstallGet the script:OS X: UseHomebrew.brew install pidcatIf you need to install the latest development versionbrew unlink pidcat  
brew install --HEAD pidcatArch Linux : Install the package calledpidcat-gitfrom theAUR.Others: Download thepidcat.pyand place it on your PATH.Make sure thatadbfrom theAndroid SDKis on your PATH. This script will
not work unless this is that case. That means, when you typeadband press
enter into your terminal something actually happens.To includeadband other android tools on your path:export PATH=$PATH:<path to Android SDK>/platform-tools
export PATH=$PATH:<path to Android SDK>/toolsInclude these lines in your.bashrcor.zshrc.Note:<path to Android SDK>should be absolute and not relative.
Package: pid_controller
This implements a basic pure-Pyton PID controller (http://en.wikipedia.org/wiki/PID_controller).InstallationRun:pip install pid_controllerUsagefrom pid_controller.pid import PID
pid = PID(p=0.1, i=0.004, d=3.0)
output = pid(feedback=get_feedback())DevelopmentRun unittests:export TESTNAME=; toxTo run a specific unittest:export TESTNAME=.test_robot_steering; toxTo run tests for a specific environment (e.g. Python 2.7 with Django 1.4):export TESTNAME=; tox -e py27
Package: pi-device-net
OverviewA system for automated device discovery and commmunication,
using UDP (for discovery) and MQTT (via mosquito and
Paho-mqtt) for communication.It is a work in progress.InstallationThe Device Net doesn't install on its own, but is part of a Module or
Controller as a client library, to manage networking and communications.When used on a Module, that project needs to add these entries to theirrequirements.txt:paho-mqttpi-device-netWhen used on a Controller, that project needs to add these to itsrequirements.txt:paho-mqttpi-device-net>=0.1.20mosquitoIn addition, on the Controller system, you need to install and launch the
Mosquito service during device setup:sudo apt-get update
sudo apt-get install mosquittoDevelopment
Package: pidfile
python-pidfile==============A Pidfile Context Manager compatible with python-daemon's DaemonContext()Thanks======This is a direct copy (minus example usage in file) from an ActiveState recipe found here:http://code.activestate.com/recipes/577911-context-manager-for-a-daemon-pid-file/Example Usage=============```pythonimport daemoncontext = daemon.DaemonContext()context.pidfile = PidFile("/var/run/mydaemon")```or```pythonwith daemon.DaemonContext(working_directory=".", pidfile=PidFile(pidpath)):#do your daemonstuff here```
Package: pid-file-checker
pid-file-checker$ pfc --help
usage: pfc [-h] pid_file

Check for the presence of a pid file. The file must contain one and only one
integer which must be the pid of a running process. Otherwise, return a code
!= 0. Meant to be used in a healthcheck context like with Docker or
Kubernetes.

positional arguments:
  pid_file    The pid file you want to monitor

optional arguments:
  -h, --help  show this help message and exit

Brought to you by IT4NW@ITSF.
Package: pidgan
PIDGANGAN-based models to flash-simulate the LHCb PID detectorsGenerative Adversarial NetworksAlgorithms*AvailTestLipschitzianity**Design inspired byTutorialGAN✅✅❌1,8,9BceGAN✅✅❌2,8,9LSGAN✅✅❌3,8,9WGAN✅✅✅4,9WGAN_GP✅✅✅5,9CramerGAN✅✅✅6,9WGAN_ALP✅✅✅7,9BceGAN_GP✅✅✅2,5,9BceGAN_ALP✅✅✅2,7,9*each GAN algorithm is designed to operate takingconditionsas input [10]**the GAN training is regularized to ensure that the discriminator encodes a 1-Lipschitz functionGeneratorsPlayersAvailTestInherit fromDesign inspired byGenerator✅✅tf.keras.Model1,10ResGenerator✅✅Generator1,10,11DiscriminatorsPlayersAvailTestInherit fromDesign inspired byDiscriminator✅✅tf.keras.Model1,9,10ResDiscriminator✅✅Discriminator1,9,10,11AuxDiscriminator✅✅ResDiscriminator1,9,10,11,12Other playersPlayersAvailTestInherit fromClassifier✅✅DiscriminatorResClassifier✅✅ResDiscriminatorAuxClassifier✅✅AuxDiscriminatorMultiClassifier✅✅DiscriminatorMultiResClassifier✅✅ResDiscriminatorAuxMultiClassifier✅✅AuxDiscriminatorReferencesI.J. Goodfellowet al., "Generative Adversarial Networks",arXiv:1406.2661A. Radford, L. Metz, S. Chintala, "Unsupervised Representation Learning with Deep Convolutional Generative Adversarial Networks",arXiv:1511.06434X. Maoet al., "Least Squares Generative Adversarial Networks",arXiv:1611.04076M. Arjovsky, S. Chintala, L. Bottou, "Wasserstein GAN",arXiv:1701.07875I. Gulrajaniet al., "Improved Training of Wasserstein GANs",arXiv:1704.00028M.G. Bellemareet al., "The Cramer Distance as a Solution to Biased Wasserstein Gradients",arXiv:1705.10743D. Terjék, "Adversarial Lipschitz Regularization",arXiv:1907.05681M. Arjovsky, L. Bottou, "Towards Principled Methods for Training Generative Adversarial Networks",arXiv:1701.04862T. Salimanset al., "Improved Techniques for Training GANs",arXiv:1606.03498M. Mirza, S. Osindero, "Conditional Generative Adversarial Nets",arXiv:1411.1784K. Heet al., "Deep Residual Learning for Image Recognition",arXiv:1512.03385A. Rogachev, F. Ratnikov, "GAN with an Auxiliary Regressor for the Fast Simulation of the Electromagnetic Calorimeter Response",arXiv:2207.06329CreditsMost of the GAN algorithms are an evolution of what provided by thembarbetti/tf-gen-modelsrepository. TheBceGANmodel is freely inspired by the TensorFlow tutorialDeep Convolutional Generative Adversarial Networkand the Keras tutorialConditional GAN. TheWGAN_ALPmodel is an adaptation of what provided by thedterjek/adversarial_lipschitz_regularizationrepository.