YamashitaRen

## koel-installation-docs_debian8.md

      
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                YamashitaRen
                / koel-installation-docs_debian8.md
            
            
              Created
              May 24, 2019 00:47
                — forked from brahmlower/koel-installation-docs_debian8.md
            
              
                This is installation documentation for installing Koel on Debian 8.
              
          
    Installation on Debian 8

This is installation documentation for installing Koel on Debian 8.
Install Dependancies

Most packages can be installed via apt-get.
user@debian:~/$ sudo apt-get install -y apache2 mysql-server php5 php5-mysql g++ git curl

Composer


## mt_lutspa.py
# -*- coding: utf-8 -*-
import numpy as np
import vapoursynth as vs


def bool_to_number(function):
    def wrapped(*args):
        value = function(*args)
        return np.where(value, np.array(1.0), np.array(-1.0))
    return wrapped

## 10-Bit H.264
10-Bit H.264

For all those who haven’t heard of it already, here’s a quick rundown about the
newest trend in making our encodes unplayable on even more systems: So-called
high-bit-depth H.264. So, why another format, and what makes this stuff
different from what you know already?

First off: What is bit depth?
In short, bit depth is the level of precision that’s available for storing color
information. The encodes you’re used to have a precision of 8 bits (256 levels)
	# -- coding: utf-8 --
	import numpy as np
	import vapoursynth as vs


	def bool_to_number(function):
	def wrapped(*args):
	value = function(*args)
	return np.where(value, np.array(1.0), np.array(-1.0))
	return wrapped
	10-Bit H.264

	For all those who haven’t heard of it already, here’s a quick rundown about the
	newest trend in making our encodes unplayable on even more systems: So-called
	high-bit-depth H.264. So, why another format, and what makes this stuff
	different from what you know already?

	First off: What is bit depth?
	In short, bit depth is the level of precision that’s available for storing color
	information. The encodes you’re used to have a precision of 8 bits (256 levels)