773160a

Package: python3-yte
Description-md5: ef0cfd07f1d221112d1edec7a4c722fb
Description-en: YAML template engine with Python expressions
 YTE is a template engine for YAML format that utilizes the YAML structure
 in combination with Python expressions for enabling to dynamically build
 YAML documents.
 .
 The key idea of YTE is to rely on the YAML structure to enable conditionals,
 loops and other arbitrary Python expressions to dynamically render YAML
 files. Python expressions are thereby declared by prepending them with a ?
 anywhere in the YAML. Any such value will be automatically evaluated by YTE,
 yielding plain YAML as a result. Importantly, YTE templates are still valid
 YAML files (for YAML, the ? expressions are just strings).
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588575c
 This package provides a Python interface to ttfautohint, an automatic
 hinter for TrueType fonts. It invokes the ttfautohint command-line
 program to apply TrueType hinting to fonts.
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588573c
Description-md5: 7abeca7a4c588aab01c4ec8afc15b83a
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583825a
Package: python3-reverse-geocode
Description-md5: 06db5bd5b9c41ebee0637243e590f63a
Description-en: Reverse geocode the given latitude / longitude
 Reverse Geocode takes a latitude / longitude coordinate and returns the
 nearest known country, state, and city. This can be useful when you need to
 reverse geocode a large number of coordinates so a web API is not practical.
 .
 The geocoded locations are from geonames. This data is then structured in to a
 k-d tree for efficiently finding the nearest neighbour.

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579410a
Package: python3-plac
Description-md5: ee3e83321166a0a755a4b4940a9eae2d
Description-en: Smartest command line arguments parser in the world
 Technically plac is just a simple wrapper over argparse which hides most
 of its complexity by using a declarative interface: the argument parser
 is inferred rather than written down imperatively.
 .
 plac is targetting especially unsophisticated users, programmers,
 sys-admins, scientists and in general people writing throw-away scripts
 for themselves, choosing the command-line is surprisingly scalable upwards,
 even without using the underlying argparse.

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574044a
Package: python3-maxcube-api
Description-md5: 3d35f03d61eb13d2a309702f73faa6ac
Description-en: Python API to control the Max! Cube thermostats
 * get basic info about the cube itself
 * get info about the max thermostats connected to the cube (mode,
   temperatures ...)

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559634a
Package: python3-bleak-smlight
Description-md5: 01f9e98429c555575414210dd4a1937f
Description-en: Bleak backend for SMLIGHT SLZB Bluetooth proxies
 This package provides a Python backend which makes Bluetooth Low Energy
 advertisements received by an SMLIGHT SLZB network proxy available to Bleak.
 It integrates the remote scanner with habluetooth, allowing applications such
 as Home Assistant to discover nearby Bluetooth devices through the proxy.
 .
 The SLZB proxy forwards advertisements to the host over UDP, where pysmlight
 handles the wire protocol and this library manages the scanner connection and
 advertisement delivery. The proxy is scan-only, so devices can be discovered
 but GATT connections are not supported.

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557858a
Package: python3-ast-serialize
Description-md5: f3bbadf1672ba935f2cc8ff378f30ae6
Description-en: Python bindings for mypy AST serialization
 This is a fast Python extension for parsing Python files and serializing the
 AST using the native binary format used by mypy. This will eventually replace
 the current mypy parser, which uses the Python stdlib `ast` module for
 parsing.

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Package: python3-bdsf
Description-md5: 656e8127757ddcdb7adb01ebcb605f69
Description-en: Python Blob Detection and Source Finder
 PyBDSF (the Python Blob Detection and Source Finder) is a tool
 designed to decompose radio interferometry images into sources and
 make available their properties for further use. PyBDSF can decompose
 an image into a set of Gaussians, shapelets, or wavelets as well as
 calculate spectral indices and polarization properties of sources and
 measure the psf variation across an image. PyBDSF uses an interactive
 environment based on CASA that will be familiar to most radio
 astronomers.  Additionally, PyBDSF may also be used in Python
 scripts.

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