kitallis

#ThinkDSP 文件版本 0.10.0 ##目錄

• 前言
• 第一章 聲音與訊號 Sounds and signals
• 第二章 諧波 Harmonics
• 第三章 非週期訊號 Non-periodic signals
• 第四章 噪音 Noise
• 第五章 自相關 Autocorrelation

kitallis

brew install go
export GOPATH=$HOME/golang
export GOROOT=/usr/local/opt/go/libexec
export PATH=$PATH:$GOPATH/bin
export PATH=$PATH:$GOROOT/bin
GO15VENDOREXPERIMENT=1 go get github.com/prometheus/prometheus/cmd/...
prometheus -config.file=prometheus.yml

kitallis

on run {input, parameters}
	
	set inputVolume to input volume of (get volume settings)
	set curVolume to (get volume settings)
	
	if (inputVolume = 0 and (output muted of curVolume is false)) then
		set inputVolume to 100
		set volume with output muted
		set displayNotification to "Microphone on, speakers off"
	else if (inputVolume > 0 and (output muted of curVolume is true)) then

kitallis

#!/usr/bin/env ruby

require 'securerandom'
require 'fileutils'
require 'open-uri'
require 'whois'

def domain_status(domain)
  sleep(1.5) # to prevent throttling, if any

kitallis

Links

The basic premise behind this has started here: https://github.com/kitallis/cacophonica. It's basically broken down into three parts:

1. Detect the pitch / frequency from the instrument / input.
2. Build a system that allows representing music as data from ground up (https://github.com/kitallis/cacophonica/blob/master/src/cacophonica/melodic/src/melodic/core.clj)
3. Build a system that matches 1 against 2.

Read below for more details.

kitallis

-----> Clojure (Leiningen 2) app detected
-----> Installing OpenJDK 1.6...done
-----> Using cached Leiningen 2.5.1
       Writing: lein script
-----> Building with Leiningen
       Running: lein with-profile production compile :all
       
       .
       .
       .

kitallis

# core
gulp  = require 'gulp'
gutil = require 'gulp-util'

# stream utilities
gif  = require 'gulp-if'
path = require 'path'

# plugins
htmlmin  = require 'gulp-minify-html'

kitallis

https://apis.berkeley.edu/coolclimate/footprint-sandbox?input_location=64021&input_location_mode=1&input_size=0&input_income=1&input_population=836&input_footprint_household_adults=2.5&input_footprint_household_children=0&input_footprint_transportation_num_vehicles=1&input_footprint_transportation_miles1=200&input_footprint_transportation_mpg1=25&input_footprint_transportation_fuel1=1&input_footprint_transportation_publictrans=312&input_footprint_transportation_bus=125&input_footprint_transportation_transit=94&input_footprint_transportation_commuter=62&input_footprint_transportation_intercity=31&input_changed=input_takeaction_take_public_transportation&input_takeaction_take_public_transportation_type=0&input_takeaction_take_public_transportation_miles=20&input_takeaction_take_public_transportation_mpg=25&input_takeaction_take_public_transportation_parking=10&input_takeaction_take_public_transportation_ptfare=10&input_takeaction_take_public_transportation_gco2bus=107&input_takeaction_take_public_transportation

kitallis

;; https://www.4clojure.com/problem/19
(fn [x] (first (reverse x)))


;; https://www.4clojure.com/problem/20
(fn [x] (second (reverse x)))

(fn [x] (first (rest (reverse x))))

kitallis

require 'nokogiri'
require 'open-uri'

BASE_PATH = 'http://www.doc.ic.ac.uk/~svb/Schiele'

html_doc = Nokogiri::HTML(open(BASE_PATH) { |url| url.read })
html_doc.xpath('//td//a', 'align' => 'center').each do |image_element| 
  image_name = image_element.values.first
  next if File.file?(image_name)
  download_path = File.join(BASE_PATH, image_name)