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venv/lib/python3.9/site-packages/PySSTV-0.4.3-py3.9.egg-info/PKG-INFO

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+Metadata-Version: 2.1
+Name: PySSTV
+Version: 0.4.3
+Summary: Python classes for generating Slow-scan Television transmissions
+Home-page: https://github.com/dnet/pySSTV
+Author: András Veres-Szentkirályi
+Author-email: vsza@vsza.hu
+License: MIT
+Description: SSTV generator in pure Python
+        =============================
+        
+        [![Build Status](https://travis-ci.org/dnet/pySSTV.svg?branch=master)](https://travis-ci.org/dnet/pySSTV)
+        
+        PySSTV generates SSTV modulated WAV files from any image that PIL can open
+        (PNG, JPEG, GIF, and many others). These WAV files then can be played by any
+        audio player connected to a shortwave radio for example.
+        
+        My main motivation was to understand the internals of SSTV in practice, so
+        performance is far from optimal. I tried keeping the code readable, and only
+        performed such optimizations that wouldn't have complicated the codebase.
+        
+        Command line usage
+        ------------------
+        
+            $ python -m pysstv -h
+            usage: __main__.py [-h]
+                          [--mode {MartinM1,MartinM2,ScottieS1,ScottieS2,Robot36,PasokonP3,PasokonP5,PasokonP7,PD90,PD120,PD160,PD180,PD240,Robot8BW,Robot24BW}]
+                          [--rate RATE] [--bits BITS] [--vox] [--fskid FSKID]
+                          [--chan CHAN]
+                          image.png output.wav
+        
+            Converts an image to an SSTV modulated WAV file.
+        
+            positional arguments:
+              image.png             input image file name
+              output.wav            output WAV file name
+        
+            optional arguments:
+              -h, --help            show this help message and exit
+              --mode {MartinM1,MartinM2,ScottieS1,ScottieS2,Robot36,PasokonP3,PasokonP5,PasokonP7,PD90,PD120D160,PD180,PD240,Robot8BW,Robot24BW}
+                                    image mode (default: Martin M1)
+              --rate RATE           sampling rate (default: 48000)
+              --bits BITS           bits per sample (default: 16)
+              --vox                 add VOX tones at the beginning
+              --fskid FSKID         add FSKID at the end
+              --chan CHAN           number of channels (default: mono)
+        
+        Python interface
+        ----------------
+        
+        The `SSTV` class in the `sstv` module implements basic SSTV-related
+        functionality, and the classes of other modules such as `grayscale` and
+        `color` extend this. Most instances implement the following methods:
+        
+         - `__init__` takes a PIL image, the samples per second, and the bits per
+           sample as a parameter, but doesn't perform any hard calculations
+         - `gen_freq_bits` generates tuples that describe a sine wave segment with
+           frequency in Hz and duration in ms
+         - `gen_values` generates samples between -1 and +1, performing sampling
+           according to the samples per second value given during construction
+         - `gen_samples` generates discrete samples, performing quantization
+           according to the bits per sample value given during construction
+         - `write_wav` writes the whole image to a Microsoft WAV file
+        
+        The above methods all build upon those above them, for example `write_wav`
+        calls `gen_samples`, while latter calls `gen_values`, so typically, only
+        the first and the last, maybe the last two should be called directly, the
+        others are just listed here for the sake of completeness and to make the
+        flow easier to understand.
+        
+        License
+        -------
+        
+        The whole project is available under MIT license.
+        
+        Useful links
+        ------------
+        
+         - receive-only "counterpart": https://github.com/windytan/slowrx
+         - free SSTV handbook: http://www.sstv-handbook.com/
+         - robot 36 encoder/decoder in C: https://github.com/xdsopl/robot36/
+        
+        Dependencies
+        ------------
+        
+         - Python 2.7 (tested on 2.7.9; 2.6 might work, but test suite lacks support)
+           or 3.x (tested on 3.2, 3.3, 3.4 and 3.5)
+         - Python Imaging Library (Debian/Ubuntu package: `python-imaging`)
+        
+Keywords: HAM SSTV slow-scan television Scottie Martin Robot Pasokon
+Platform: UNKNOWN
+Classifier: Development Status :: 4 - Beta
+Classifier: Topic :: Communications :: Ham Radio
+Classifier: Topic :: Multimedia :: Video :: Conversion
+Classifier: License :: OSI Approved :: MIT License
+Classifier: Operating System :: OS Independent
+Description-Content-Type: text/markdown