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edsase/songs.ipynb

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songs.ipynb
{
"metadata": {
"celltoolbar": "Raw Cell Format",
"name": "",
"signature": "sha256:69202c45a0bdd6ef7a9b35a5f567c25564b15a0d5c233a1642be536dbe3d8888"
},
"nbformat": 3,
"nbformat_minor": 0,
"worksheets": [
{
"cells": [
{
"cell_type": "markdown",
"metadata": {},
"source": [
"#Sourcing a Dataset from API Calls"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"A small example of how to source a custom dataset from an API. We'll be using the wonderful [Requests](http://docs.python-requests.org/en/latest/) module to makes some API calls and Pandas plus Matlotlib/Seaborn to explore the resulting data.\n",
"\n",
"Say we wanted to create a dataset of the songs of the top artists from a certain location. One option would be to download some data from [Echo Nest](http://echonest.com/). It has a [public API](http://developer.echonest.com/docs/v4/index.html#encoding) that gives access to information for over 30 million songs and 3 million artists. The terms of use are very reasonable. As long as you credit them and are not using it for anything commericial you are good to go. \n",
"\n",
"For the artists we can use the [artist search](http://developer.echonest.com/docs/v4/artist.html#search) endpoint. Then for each artist we can get songs using the [song search](http://developer.echonest.com/docs/v4/song.html#search) endpoint."
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"from IPython.display import Image\n",
"Image(url=\"http://the.echonest.com/static/img/logos/250x80_dk.gif\")"
],
"language": "python",
"metadata": {},
"outputs": [
{
"html": [
"<img src=\"http://the.echonest.com/static/img/logos/250x80_dk.gif\"/>"
],
"metadata": {},
"output_type": "pyout",
"prompt_number": 1,
"text": [
"<IPython.core.display.Image at 0x1044caf90>"
]
}
],
"prompt_number": 1
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"##Imports and Constants"
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"import json\n",
"import time\n",
"\n",
"import matplotlib.pyplot as plt\n",
"import pandas as pd\n",
"import pickle\n",
"import requests\n",
"import seaborn as sns\n",
"\n",
"%matplotlib inline"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 2
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"API_KEY = \"YOUR API KEY Here\"\n",
"\n",
"URL = \"http://developer.echonest.com/api/v4\"\n",
"ARTIST_URL = URL + \"/artist/search\"\n",
"SONG_URL = URL + \"/song/search\""
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 3
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"##Request Functions"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Lets define a general function for making JSON format requests to the Echo Nest API. Besides the basic `requests.get()` it also includes some retries and exception handling in case the status is not `200 OK` or the response cannot be parsed as JSON."
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"def request_json(url, params=None):\n",
" \"\"\"Request and decode JSON response from url\"\"\"\n",
" for attempt in range(3): # retry if necessary\n",
" try:\n",
" r = requests.get(url, params=params)\n",
" r.raise_for_status()\n",
" return r.json()['response']\n",
"\n",
" except (requests.ConnectionError, ValueError) as error:\n",
" time.sleep(.25)\n",
" else:\n",
" print \"Unable to fetch json from {0}\".format(r.url)\n",
" raise error"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 4
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Using this function we can define specific functions for artists and songs."
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"def get_artists(key=API_KEY, url=ARTIST_URL, num_results=100, **kwargs):\n",
" \"\"\"Get Artists IDs that match keyword arguments\"\"\"\n",
" payload = {\n",
" \"api_key\": key,\n",
" \"format\": \"json\",\n",
" \"results\": num_results,\n",
" \"sort\": \"familiarity-desc\",\n",
" }\n",
" payload.update(kwargs)\n",
" \n",
" data = request_json(url, params=payload)['artists']\n",
" return [artist['id'] for artist in data]\n",
"\n",
"\n",
"def get_songs(key=API_KEY, url=SONG_URL, num_results=10, **kwargs):\n",
" \"\"\"Get Songs that match keyword arguments\"\"\"\n",
" payload = {\n",
" \"api_key\": key,\n",
" \"bucket\": [\"audio_summary\"],\n",
" \"format\": \"json\",\n",
" \"results\": num_results,\n",
" \"sort\": \"song_hotttnesss-desc\"\n",
" }\n",
" payload.update(kwargs)\n",
" \n",
" data = request_json(url, params=payload)\n",
" return data['songs']"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 5
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"By default we've defined `get_artists` to return 100 results that match the query parameters and `get_songs` to return 10. The artist results will be sorted in descending order by the 'familiarity' metric (how familiar the artist is to today's audiences) while the songs results are sorted by the 'hotttness' metric (how popular the song is). \n",
"\n",
"The `**kwargs` argument allows us to take additional inputs as key value pairs. Using the line \n",
"```python\n",
"payload.update(kwargs)\n",
"``` \n",
"we can pass additional parameters to the `payload` dictionary and overwrite old ones."
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"##Download the Data"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Using these functions lets request the top 100 artists who's location matches `'city: San Francisco'`. "
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"artists = get_artists(artist_location=\"city: San Francisco\")"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 6
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"artists[0]"
],
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 29,
"text": [
"u'ARB054P1187B9AD32E'"
]
}
],
"prompt_number": 29
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"and request the top ten songs for each artist. By default our API key allows us 20 requests per minute. In order to not exceed this rate we need to wait every so often before continuing. "
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"songs_list = []\n",
"for i, artist_id in enumerate(artists):\n",
" if i and i % 19 == 0: # Respect API rate limit\n",
" time.sleep(60)\n",
" songs_list.extend(get_songs(artist_id=artist_id))\n",
" \n",
"print \"All Done\" "
],
"language": "python",
"metadata": {},
"outputs": [
{
"output_type": "stream",
"stream": "stdout",
"text": [
"All Done\n"
]
}
],
"prompt_number": 7
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"print \"Print first song\"\n",
"songs_list[0]"
],
"language": "python",
"metadata": {},
"outputs": [
{
"output_type": "stream",
"stream": "stdout",
"text": [
"Print first song\n"
]
},
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 8,
"text": [
"{u'artist_id': u'ARB054P1187B9AD32E',\n",
" u'artist_name': u'Santana',\n",
" u'audio_summary': {u'acousticness': 0.154778,\n",
" u'analysis_url': u'http://echonest-analysis.s3.amazonaws.com/TR/Crhc1Q8ygHNvznkqx3WQzHKEa_bi290lD2HvwzbPRqj3MvtFt8TFud9I8xBkX2sJGRvFMxkaDQtDmNiVs%3D/3/full.json?AWSAccessKeyId=AKIAJRDFEY23UEVW42BQ&Expires=1425590870&Signature=aZWnAW/xRuUjXPZNZmTKHSnmt04%3D',\n",
" u'audio_md5': u'4a038a54107f5d9d93265773304c85c2',\n",
" u'danceability': 0.620101,\n",
" u'duration': 295.73288,\n",
" u'energy': 0.922388,\n",
" u'instrumentalness': 3.1e-05,\n",
" u'key': 9,\n",
" u'liveness': 0.092157,\n",
" u'loudness': -3.913,\n",
" u'mode': 1,\n",
" u'speechiness': 0.030708,\n",
" u'tempo': 115.963,\n",
" u'time_signature': 4,\n",
" u'valence': 0.962619},\n",
" u'id': u'SOLHYBC135CC0B27FE',\n",
" u'title': u'Smooth'}"
]
}
],
"prompt_number": 8
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"All of the audio properties for a given song are inside a nested dictionary named `audio_summary`. This won't work for a tabular format so lets define a helper function to flatten out each song and put all of these properites in the main dictionary."
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"def process_song(song):\n",
" \"\"\"Flatten song properties into one dictionary\"\"\"\n",
" audio_summary = song.pop('audio_summary')\n",
" song.update(audio_summary)\n",
" return song"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 9
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"song_list = map(process_song, songs_list)"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 10
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"print \"Print first song\"\n",
"song_list[0]"
],
"language": "python",
"metadata": {},
"outputs": [
{
"output_type": "stream",
"stream": "stdout",
"text": [
"Print first song\n"
]
},
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 11,
"text": [
"{u'acousticness': 0.154778,\n",
" u'analysis_url': u'http://echonest-analysis.s3.amazonaws.com/TR/Crhc1Q8ygHNvznkqx3WQzHKEa_bi290lD2HvwzbPRqj3MvtFt8TFud9I8xBkX2sJGRvFMxkaDQtDmNiVs%3D/3/full.json?AWSAccessKeyId=AKIAJRDFEY23UEVW42BQ&Expires=1425590870&Signature=aZWnAW/xRuUjXPZNZmTKHSnmt04%3D',\n",
" u'artist_id': u'ARB054P1187B9AD32E',\n",
" u'artist_name': u'Santana',\n",
" u'audio_md5': u'4a038a54107f5d9d93265773304c85c2',\n",
" u'danceability': 0.620101,\n",
" u'duration': 295.73288,\n",
" u'energy': 0.922388,\n",
" u'id': u'SOLHYBC135CC0B27FE',\n",
" u'instrumentalness': 3.1e-05,\n",
" u'key': 9,\n",
" u'liveness': 0.092157,\n",
" u'loudness': -3.913,\n",
" u'mode': 1,\n",
" u'speechiness': 0.030708,\n",
" u'tempo': 115.963,\n",
" u'time_signature': 4,\n",
" u'title': u'Smooth',\n",
" u'valence': 0.962619}"
]
}
],
"prompt_number": 11
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Now all the key value pairs are on the top level. We also could have called `process_song` from inside `get_songs`.\n",
"\n",
"Finally we can save the songs array in a pickle file for future use."
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"pickle.dump(songs_list, open(\"songs.p\", \"wb\"))"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 12
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"##Initial Exploration"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"We now have a list of about 1000 songs that can easily be converted to tabular format. Lets explore it a little bit in pandas."
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"songs_list = pickle.load(open(\"songs.p\", \"rb\"))"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 13
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"songs = pd.DataFrame(songs_list)"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 14
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"songs.head()"
],
"language": "python",
"metadata": {},
"outputs": [
{
"html": [
"<div style=\"max-height:1000px;max-width:1500px;overflow:auto;\">\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>acousticness</th>\n",
" <th>analysis_url</th>\n",
" <th>artist_id</th>\n",
" <th>artist_name</th>\n",
" <th>audio_md5</th>\n",
" <th>danceability</th>\n",
" <th>duration</th>\n",
" <th>energy</th>\n",
" <th>id</th>\n",
" <th>instrumentalness</th>\n",
" <th>key</th>\n",
" <th>liveness</th>\n",
" <th>loudness</th>\n",
" <th>mode</th>\n",
" <th>speechiness</th>\n",
" <th>tempo</th>\n",
" <th>time_signature</th>\n",
" <th>title</th>\n",
" <th>valence</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <th>0</th>\n",
" <td> 0.154778</td>\n",
" <td> http://echonest-analysis.s3.amazonaws.com/TR/C...</td>\n",
" <td> ARB054P1187B9AD32E</td>\n",
" <td> Santana</td>\n",
" <td> 4a038a54107f5d9d93265773304c85c2</td>\n",
" <td> 0.620101</td>\n",
" <td> 295.73288</td>\n",
" <td> 0.922388</td>\n",
" <td> SOLHYBC135CC0B27FE</td>\n",
" <td> 0.000031</td>\n",
" <td> 9</td>\n",
" <td> 0.092157</td>\n",
" <td> -3.913</td>\n",
" <td> 1</td>\n",
" <td> 0.030708</td>\n",
" <td> 115.963</td>\n",
" <td> 4</td>\n",
" <td> Smooth</td>\n",
" <td> 0.962619</td>\n",
" </tr>\n",
" <tr>\n",
" <th>1</th>\n",
" <td> 0.171709</td>\n",
" <td> http://echonest-analysis.s3.amazonaws.com/TR/6...</td>\n",
" <td> ARB054P1187B9AD32E</td>\n",
" <td> Santana</td>\n",
" <td> bd6356a32c160d04c822c5d50aea93cc</td>\n",
" <td> 0.638115</td>\n",
" <td> 243.02621</td>\n",
" <td> 0.901532</td>\n",
" <td> SOGSQIN1392B181317</td>\n",
" <td> 0.000011</td>\n",
" <td> 9</td>\n",
" <td> 0.211083</td>\n",
" <td> -4.042</td>\n",
" <td> 1</td>\n",
" <td> 0.029335</td>\n",
" <td> 115.958</td>\n",
" <td> 4</td>\n",
" <td> Smooth</td>\n",
" <td> 0.958309</td>\n",
" </tr>\n",
" <tr>\n",
" <th>2</th>\n",
" <td> 0.715176</td>\n",
" <td> http://echonest-analysis.s3.amazonaws.com/TR/Y...</td>\n",
" <td> ARB054P1187B9AD32E</td>\n",
" <td> Santana</td>\n",
" <td> a33f6b4e2904b79012d8bcdd805e7acd</td>\n",
" <td> 0.482990</td>\n",
" <td> 193.59955</td>\n",
" <td> 0.635270</td>\n",
" <td> SOCEGXK1312FDFF5A6</td>\n",
" <td> 0.060310</td>\n",
" <td> 2</td>\n",
" <td> 0.084465</td>\n",
" <td> -5.243</td>\n",
" <td> 0</td>\n",
" <td> 0.032013</td>\n",
" <td> 124.195</td>\n",
" <td> 4</td>\n",
" <td> Black Magic Woman</td>\n",
" <td> 0.584333</td>\n",
" </tr>\n",
" <tr>\n",
" <th>3</th>\n",
" <td> 0.816582</td>\n",
" <td> http://echonest-analysis.s3.amazonaws.com/TR/V...</td>\n",
" <td> ARB054P1187B9AD32E</td>\n",
" <td> Santana</td>\n",
" <td> 1db56f594e27440d3281a50fa3a06eed</td>\n",
" <td> 0.494476</td>\n",
" <td> 198.97288</td>\n",
" <td> 0.517184</td>\n",
" <td> SOUVXGP135A274BA61</td>\n",
" <td> 0.818443</td>\n",
" <td> 0</td>\n",
" <td> 0.095369</td>\n",
" <td> -7.346</td>\n",
" <td> 1</td>\n",
" <td> 0.029999</td>\n",
" <td> 122.604</td>\n",
" <td> 4</td>\n",
" <td> Black Magic Woman</td>\n",
" <td> 0.591566</td>\n",
" </tr>\n",
" <tr>\n",
" <th>4</th>\n",
" <td> 0.462558</td>\n",
" <td> http://echonest-analysis.s3.amazonaws.com/TR/h...</td>\n",
" <td> ARB054P1187B9AD32E</td>\n",
" <td> Santana</td>\n",
" <td> 7cba2b30eb780cdd11fc27a0276a5128</td>\n",
" <td> 0.474406</td>\n",
" <td> 291.57288</td>\n",
" <td> 0.519562</td>\n",
" <td> SOMTMZO13ACB544D84</td>\n",
" <td> 0.026166</td>\n",
" <td> 9</td>\n",
" <td> 0.143503</td>\n",
" <td>-11.816</td>\n",
" <td> 0</td>\n",
" <td> 0.037331</td>\n",
" <td> 123.853</td>\n",
" <td> 4</td>\n",
" <td> Black Magic Woman</td>\n",
" <td> 0.629676</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"metadata": {},
"output_type": "pyout",
"prompt_number": 15,
"text": [
" acousticness analysis_url \\\n",
"0 0.154778 http://echonest-analysis.s3.amazonaws.com/TR/C... \n",
"1 0.171709 http://echonest-analysis.s3.amazonaws.com/TR/6... \n",
"2 0.715176 http://echonest-analysis.s3.amazonaws.com/TR/Y... \n",
"3 0.816582 http://echonest-analysis.s3.amazonaws.com/TR/V... \n",
"4 0.462558 http://echonest-analysis.s3.amazonaws.com/TR/h... \n",
"\n",
" artist_id artist_name audio_md5 \\\n",
"0 ARB054P1187B9AD32E Santana 4a038a54107f5d9d93265773304c85c2 \n",
"1 ARB054P1187B9AD32E Santana bd6356a32c160d04c822c5d50aea93cc \n",
"2 ARB054P1187B9AD32E Santana a33f6b4e2904b79012d8bcdd805e7acd \n",
"3 ARB054P1187B9AD32E Santana 1db56f594e27440d3281a50fa3a06eed \n",
"4 ARB054P1187B9AD32E Santana 7cba2b30eb780cdd11fc27a0276a5128 \n",
"\n",
" danceability duration energy id instrumentalness \\\n",
"0 0.620101 295.73288 0.922388 SOLHYBC135CC0B27FE 0.000031 \n",
"1 0.638115 243.02621 0.901532 SOGSQIN1392B181317 0.000011 \n",
"2 0.482990 193.59955 0.635270 SOCEGXK1312FDFF5A6 0.060310 \n",
"3 0.494476 198.97288 0.517184 SOUVXGP135A274BA61 0.818443 \n",
"4 0.474406 291.57288 0.519562 SOMTMZO13ACB544D84 0.026166 \n",
"\n",
" key liveness loudness mode speechiness tempo time_signature \\\n",
"0 9 0.092157 -3.913 1 0.030708 115.963 4 \n",
"1 9 0.211083 -4.042 1 0.029335 115.958 4 \n",
"2 2 0.084465 -5.243 0 0.032013 124.195 4 \n",
"3 0 0.095369 -7.346 1 0.029999 122.604 4 \n",
"4 9 0.143503 -11.816 0 0.037331 123.853 4 \n",
"\n",
" title valence \n",
"0 Smooth 0.962619 \n",
"1 Smooth 0.958309 \n",
"2 Black Magic Woman 0.584333 \n",
"3 Black Magic Woman 0.591566 \n",
"4 Black Magic Woman 0.629676 "
]
}
],
"prompt_number": 15
},
{
"cell_type": "code",
"collapsed": true,
"input": [
"songs.columns.values"
],
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 16,
"text": [
"array([u'acousticness', u'analysis_url', u'artist_id', u'artist_name',\n",
" u'audio_md5', u'danceability', u'duration', u'energy', u'id',\n",
" u'instrumentalness', u'key', u'liveness', u'loudness', u'mode',\n",
" u'speechiness', u'tempo', u'time_signature', u'title', u'valence'], dtype=object)"
]
}
],
"prompt_number": 16
},
{
"cell_type": "code",
"collapsed": true,
"input": [
"songs.describe()"
],
"language": "python",
"metadata": {},
"outputs": [
{
"html": [
"<div style=\"max-height:1000px;max-width:1500px;overflow:auto;\">\n",
"<table border=\"1\" class=\"dataframe\">\n",
" <thead>\n",
" <tr style=\"text-align: right;\">\n",
" <th></th>\n",
" <th>acousticness</th>\n",
" <th>danceability</th>\n",
" <th>duration</th>\n",
" <th>energy</th>\n",
" <th>instrumentalness</th>\n",
" <th>key</th>\n",
" <th>liveness</th>\n",
" <th>loudness</th>\n",
" <th>mode</th>\n",
" <th>speechiness</th>\n",
" <th>tempo</th>\n",
" <th>time_signature</th>\n",
" <th>valence</th>\n",
" </tr>\n",
" </thead>\n",
" <tbody>\n",
" <tr>\n",
" <th>count</th>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 975.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" <td> 976.000000</td>\n",
" </tr>\n",
" <tr>\n",
" <th>mean</th>\n",
" <td> 0.241557</td>\n",
" <td> 0.499539</td>\n",
" <td> 283.085246</td>\n",
" <td> 0.645629</td>\n",
" <td> 0.257477</td>\n",
" <td> 5.366803</td>\n",
" <td> 0.261365</td>\n",
" <td> -9.921717</td>\n",
" <td> 0.661885</td>\n",
" <td> 0.087642</td>\n",
" <td> 121.593074</td>\n",
" <td> 3.931352</td>\n",
" <td> 0.468187</td>\n",
" </tr>\n",
" <tr>\n",
" <th>std</th>\n",
" <td> 0.311633</td>\n",
" <td> 0.182262</td>\n",
" <td> 210.784003</td>\n",
" <td> 0.245940</td>\n",
" <td> 0.351572</td>\n",
" <td> 3.590684</td>\n",
" <td> 0.236147</td>\n",
" <td> 5.158429</td>\n",
" <td> 0.473310</td>\n",
" <td> 0.118301</td>\n",
" <td> 29.140876</td>\n",
" <td> 0.376762</td>\n",
" <td> 0.238113</td>\n",
" </tr>\n",
" <tr>\n",
" <th>min</th>\n",
" <td> 0.000001</td>\n",
" <td> 0.073204</td>\n",
" <td> 27.428890</td>\n",
" <td> 0.025097</td>\n",
" <td> 0.000000</td>\n",
" <td> 0.000000</td>\n",
" <td> 0.018265</td>\n",
" <td> -36.738000</td>\n",
" <td> 0.000000</td>\n",
" <td> 0.023323</td>\n",
" <td> 50.620000</td>\n",
" <td> 1.000000</td>\n",
" <td> 0.034239</td>\n",
" </tr>\n",
" <tr>\n",
" <th>25%</th>\n",
" <td> 0.003580</td>\n",
" <td> 0.356658</td>\n",
" <td> 192.579650</td>\n",
" <td> 0.467663</td>\n",
" <td> 0.000063</td>\n",
" <td> 2.000000</td>\n",
" <td> 0.103640</td>\n",
" <td> -12.647000</td>\n",
" <td> 0.000000</td>\n",
" <td> 0.035584</td>\n",
" <td> 99.041250</td>\n",
" <td> 4.000000</td>\n",
" <td> 0.278704</td>\n",
" </tr>\n",
" <tr>\n",
" <th>50%</th>\n",
" <td> 0.071563</td>\n",
" <td> 0.496412</td>\n",
" <td> 245.304265</td>\n",
" <td> 0.689563</td>\n",
" <td> 0.014326</td>\n",
" <td> 6.000000</td>\n",
" <td> 0.156925</td>\n",
" <td> -8.523500</td>\n",
" <td> 1.000000</td>\n",
" <td> 0.047805</td>\n",
" <td> 119.496000</td>\n",
" <td> 4.000000</td>\n",
" <td> 0.457498</td>\n",
" </tr>\n",
" <tr>\n",
" <th>75%</th>\n",
" <td> 0.431932</td>\n",
" <td> 0.628836</td>\n",
" <td> 316.652878</td>\n",
" <td> 0.846032</td>\n",
" <td> 0.598805</td>\n",
" <td> 9.000000</td>\n",
" <td> 0.334147</td>\n",
" <td> -6.360500</td>\n",
" <td> 1.000000</td>\n",
" <td> 0.081266</td>\n",
" <td> 139.678250</td>\n",
" <td> 4.000000</td>\n",
" <td> 0.645639</td>\n",
" </tr>\n",
" <tr>\n",
" <th>max</th>\n",
" <td> 0.994173</td>\n",
" <td> 0.955358</td>\n",
" <td> 3536.956370</td>\n",
" <td> 0.998135</td>\n",
" <td> 0.977467</td>\n",
" <td> 11.000000</td>\n",
" <td> 0.989973</td>\n",
" <td> -1.342000</td>\n",
" <td> 1.000000</td>\n",
" <td> 0.948414</td>\n",
" <td> 207.180000</td>\n",
" <td> 5.000000</td>\n",
" <td> 0.987383</td>\n",
" </tr>\n",
" </tbody>\n",
"</table>\n",
"</div>"
],
"metadata": {},
"output_type": "pyout",
"prompt_number": 17,
"text": [
" acousticness danceability duration energy instrumentalness \\\n",
"count 976.000000 976.000000 976.000000 976.000000 976.000000 \n",
"mean 0.241557 0.499539 283.085246 0.645629 0.257477 \n",
"std 0.311633 0.182262 210.784003 0.245940 0.351572 \n",
"min 0.000001 0.073204 27.428890 0.025097 0.000000 \n",
"25% 0.003580 0.356658 192.579650 0.467663 0.000063 \n",
"50% 0.071563 0.496412 245.304265 0.689563 0.014326 \n",
"75% 0.431932 0.628836 316.652878 0.846032 0.598805 \n",
"max 0.994173 0.955358 3536.956370 0.998135 0.977467 \n",
"\n",
" key liveness loudness mode speechiness \\\n",
"count 976.000000 976.000000 976.000000 976.000000 975.000000 \n",
"mean 5.366803 0.261365 -9.921717 0.661885 0.087642 \n",
"std 3.590684 0.236147 5.158429 0.473310 0.118301 \n",
"min 0.000000 0.018265 -36.738000 0.000000 0.023323 \n",
"25% 2.000000 0.103640 -12.647000 0.000000 0.035584 \n",
"50% 6.000000 0.156925 -8.523500 1.000000 0.047805 \n",
"75% 9.000000 0.334147 -6.360500 1.000000 0.081266 \n",
"max 11.000000 0.989973 -1.342000 1.000000 0.948414 \n",
"\n",
" tempo time_signature valence \n",
"count 976.000000 976.000000 976.000000 \n",
"mean 121.593074 3.931352 0.468187 \n",
"std 29.140876 0.376762 0.238113 \n",
"min 50.620000 1.000000 0.034239 \n",
"25% 99.041250 4.000000 0.278704 \n",
"50% 119.496000 4.000000 0.457498 \n",
"75% 139.678250 4.000000 0.645639 \n",
"max 207.180000 5.000000 0.987383 "
]
}
],
"prompt_number": 17
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"###Plots"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Lets make a few exploratory plots using the song audio properties. Documententation and explanation of these properties can be found [here](http://developer.echonest.com/docs/v4/_static/AnalyzeDocumentation.pdf)"
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"dancy = songs.groupby('artist_name').mean().danceability"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 18
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"plt.figure()\n",
"plot = dancy.sort(inplace=False, ascending=False)[:10].plot(kind='bar', figsize=(8, 6))\n",
"plot.set_title(\"Top Ten Dancy Artists\")\n",
"plot.set_xlabel(\"Artist\")\n",
"plot.set_ylabel(\"Echo Nest Dancibility Score\")"
],
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 19,
"text": [
"<matplotlib.text.Text at 0x10ca9cf10>"
]
},
{
"metadata": {},
"output_type": "display_data",
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cBXwyIgaKymNmZjaSFNkC3w0YGxFbAkcCJzWekPQS4ARgu4h4C/BSYOcCs5iZ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\nSVKD/gP6Qh5L3Ar8ZwAAAABJRU5ErkJggg==\n",
"text": [
"<matplotlib.figure.Figure at 0x10ca56c50>"
]
}
],
"prompt_number": 19
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"plt.figure()\n",
"plot = dancy.sort(inplace=False)[:10].plot(kind='bar', figsize=(8, 6))\n",
"plot.set_title(\"Bottom Ten Dancy Artists\")\n",
"plot.set_xlabel(\"Artist\")\n",
"plot.set_ylabel(\"Echo Nest Dancibility Score\")"
],
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 20,
"text": [
"<matplotlib.text.Text at 0x10cbdab10>"
]
},
{
"metadata": {},
"output_type": "display_data",
"png": 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MiAOA+Zl5XK/H1BifJEmNUltSz8wR4OAxqy8bZ7/duxwjSZJ6YCM0SZIawqQu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\ngg==\n",
"text": [
"<matplotlib.figure.Figure at 0x10cb1b390>"
]
}
],
"prompt_number": 20
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"###Interactive Exploration"
]
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"from IPython.html.widgets import fixed, IntSliderWidget, interact\n",
"from IPython.display import display "
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 21
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"def interactive_plots(df, col_name, bins):\n",
" \"\"\"Univariate plots to use with interact Widget\"\"\"\n",
" continuous = [\n",
" u'acousticness', \n",
" u'danceability',\n",
" u'duration',\n",
" u'energy',\n",
" u'instrumentalness', \n",
" u'liveness', \n",
" u'loudness', \n",
" u'speechiness', \n",
" u'tempo', \n",
" u'valence'\n",
" ]\n",
" discrete = ['key', 'mode', 'time_signature']\n",
" col_label = col_name.capitalize()\n",
" \n",
" if col_name in continuous:\n",
" # create figure and axes\n",
" fig, (ax0, ax1) = plt.subplots(ncols=2, figsize=(14, 6))\n",
"\n",
" # Kernel Density Estimate\n",
" sns.kdeplot(df[col_name], shade=True, ax=ax0, legend=False)\n",
" ax0.set_title(\"Kernel Density of Song \" + col_label)\n",
" ax0.set_xlabel(\"Echo Nest {0} Score\".format(col_label))\n",
" ax0.set_ylabel(\"Density\")\n",
" \n",
" # Histogram\n",
" df[col_name].hist(bins=bins, ax=ax1) \n",
" ax1.set_title(\"Histogram of Song \" + col_name.capitalize())\n",
" ax1.set_xlabel(\"Echo Nest {0} Score\".format(col_label))\n",
" ax1.set_ylabel(\"Frequency\")\n",
" \n",
" elif col_name in discrete:\n",
" # Barplot\n",
" plt.figure(figsize=(8, 6))\n",
" plot = sns.barplot(df[col_name])\n",
" plot.set_title(\"Song \" + col_label)\n",
" \n",
" else:\n",
" return \"NA\""
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 22
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"ignore = [u'analysis_url', u'artist_id', u'artist_name', u'audio_md5', u'id', u'title']\n",
"\n",
"# Interactive Variables\n",
"col_names = tuple(col for col in songs.columns if col not in ignore)\n",
"bins = IntSliderWidget(min=5, max=200, step=1, value=50)\n",
"\n",
"interact(interactive_plots, df=fixed(songs), col_name=col_names, bins=bins)"
],
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": [
"<matplotlib.figure.Figure at 0x10cea4bd0>"
]
}
],
"prompt_number": 24
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"from IPython.html.widgets import fixed, IntSliderWidget, interactive"
],
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 26
},
{
"cell_type": "code",
"collapsed": false,
"input": [
"ignore = [u'analysis_url', u'artist_id', u'artist_name', u'audio_md5', u'id', u'title']\n",
"\n",
"# Interactive Variables\n",
"col_names = tuple(col for col in songs.columns if col not in ignore)\n",
"bins = IntSliderWidget(min=5, max=200, step=1, value=50)\n",
"\n",
"interactive(interactive_plots, df=fixed(songs), col_name=col_names, bins=bins)"
],
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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bsS+ttCROU10lu7oPkEqlog5HREREpCiURh2AyHLrHxpnbGKKo+vrog5lxaxq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\nIiIi4/T/Ac6Zb5Dh/H6lAAAAAElFTkSuQmCC\n",
"text": [
"<matplotlib.figure.Figure at 0x10d72cf90>"
]
}
],
"prompt_number": 30
},
{
"cell_type": "code",
"collapsed": false,
"input": [],
"language": "python",
"metadata": {},
"outputs": []
}
],
"metadata": {}
}
]
}
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