semvec/pypi-packages huggingface dataset:
binance-api-ancous 0.1.0
Interaction with the Binance exchange

# ТРЕБУЕМЫЕ ОБНОВЛЕНИЯ И ДАТА ПОСЛЕДНЕЙ СВЕРКИ С BINANCE API

## FUTURES

### MARKET DATA ENDPOINTS FUTURES

...

### MARKET DATA STREAMS FUTURES

...

### TRADING ENDPOINTS FUTURES

...

### USER DATA STREAM FUTURES

...

## SPOT

### MARKET DATA ENDPOINTS SPOT

...

### MARKET DATA STREAM SPOT

...

---

Последний просмотр Futures 2024-01-24

Последний просмотр Spot 2024-01-24
phazap 0.3.3
Gravitational wave phase reconstruction for low-latency identification of strongly lensed signals
Requires Python: >=3.7

# phazap

![license](https://img.shields.io/github/license/ezquiaga/phazap)
[![GitHub release](https://img.shields.io/github/v/release/ezquiaga/phazap.svg)](https://github.com/ezquiaga/phazap/releases)
[![Documentation Status](https://readthedocs.org/projects/phazap/badge/?version=latest)](https://phazap.readthedocs.io/en/latest/?badge=latest)

Phazap is a package to efficiently post-process gravitational-wave (GW) parameter estimation data to obtain the phases and polarization state of the signal at a given detector and frequency. Details on the method are presented in [Ezquiaga, Hu, Lo (2023)](https://arxiv.org/abs/2308.06616). The key module is `phazap.py`.

This code is used for low-latency identification of strongly lensed gravitational waves via their phase consistency by measuring their distance in the detector phase space. The relevant module including the distance statistic is `tension_utils.py`.

Phazap builds on top of the IGWN conda enviroment https://computing.docs.ligo.org/conda/environments/igwn/ which include the standard GW packages such as LALSuite and bilby.

## Installation
There are two ways to install the package, either
### from pypi
```bash
$ pip install phazap
```

### from source
```bash
$ git clone https://github.com/ezquiaga/phazap.git
$ cd phazap
$ pip install .
```
### Quick-start
Refer to the [documentation](https://phazap.readthedocs.io/en/latest/examples.html) for two illustrative examples
pywintun 0.0.6
wintun (WireGuard) wrapper for Python

`Wintun <https://github.com/WireGuard/wintun/tree/0.14.1>`__ wrapper for Python 3
=================================================================================

Example
=======

.. code:: python

   import pywintun_pmd3

   def log(level: int, timestamp: Int64, message: str):
     pass

   pywintun_pmd3.set_logger(log)
   pywintun_pmd3.install_wetest_driver()

   tun_dev = pywintun_pmd3.TunTapDevice()
   # Avaliable constructor include
   # or TunTapDevice(name='XX')
   # or TunTapDevice(name='XX', type='xxx')
   # or TunTapDevice(name='XX', type='xxx', guid='xxxs')
   # or TunTapDevice(name='XX', type='xxx', proto_aware=True)
   # tundev.name, readonly property
   tundev.ring_capacity = 8*1024*1024
   tun_dev.mtu4 = 1460             # set ipv4 subinterface mtu
   tun_dev.mtu = 1452              # set ipv6 subinterface mtu
   tundev.addr4 = '10.2.3.4'       # set ipv4 subinterface address
   tundev.addr = 'ffee:aadf:8877:2'# set ipv6 subinterface mtu
   tundev.up()

   packet = tundev.read() # receive a packet
   tundev.wait_read_event()

   tundev.write(b'\x00') # send a packet..

   tundev.down()

   ...
   tundev.close()