Predicting England Premier League's Outcomes Using Sentiment Analysis with Twitter.
This is my undergraduate research work.
- Sentiment Analysis
- Text Mining
- Natural Language Processing (NLP)
- Machine Learning
- Big Data
- Englad Premier League Stats
- Predicting Models
- Twitter API
- Web Scrapping
- Python
- Jupyter Notebook
- AWS, ubuntu ec2
-
Converting to CSV
-
Functions
Update Game Infos from here
$ python WebScrapping/scrap_game_infos.py
Status Code: 200
Page Title: Premier League
All Games: 380
[Done]: 37.923777.2
GW 17 's data is not yet
[Saved in]: /Users/Bya/Dropbox/Research/datas/EPL/game_infos.csvChange the 'GW16'.
$ scp -r -i ~/.ssh/bya-aws.pem [email protected]:/home/ubuntu/datas/GW'week_number'/ ~/Dropbox/Research/datas/EPL/TwitterRawJsonData
# example
$ scp -r -i ~/.ssh/bya-aws.pem [email protected]:/home/ubuntu/datas/GW16/ ~/Dropbox/Research/datas/EPL/TwitterRawJsonData
game1.txt 100% 19MB 2.4MB/s 00:08
game2_5.txt 100% 57MB 718.2KB/s 01:21
game7.txt 100% 85MB 902.8KB/s 01:36
game8_9.txt 100% 138MB 2.1MB/s 01:07
game6.txt 100% 186MB 2.1MB/s 01:27Extract Twitter's date, text, username, tags, status(regular tweet or retweet or quoted tweet).
$ pwd
/Users/Bya/git/predictEPL
$ python utils/convert_raw_data.py week_number
# example
$ python utils/convert_raw_data.py 16
[Converting Done]: game1.txt (1.72 sec)
[Converting Done]: game2_5.txt (4.73 sec)
[Converting Done]: game6.txt (15.65 sec)
[Converting Done]: game7.txt (8.32 sec)
[Converting Done]: game8_9.txt (12.84 sec)Add 'GW16' inside games.py and csv_files.py.
games.py:
...
'GW16':
[
('Norwich', 'Everton'),
('Crystal', 'Southampton'),
('City', 'Swansea'),
('Sunderland', 'Watford'),
('WestHam', 'Stoke'),
('Bournemouth', 'United'),
('Villa', 'Arsenal'),
('Liverpool', 'WestBromwich'),
('Tottenham', 'Newcastle'),
],
...csv_files.py
...
'GW16':
[
'game1.csv',
'game2_5.csv',
'game2_5.csv',
'game2_5.csv',
'game2_5.csv',
'game6.csv',
'game7.csv',
'game8_9.csv',
'game8_9.csv',
],
...terminal:
$ python utils/split_single_games.py week_number
# example: only week 16
$ python utils/split_single_games.py 16
# weeks as : 4to20
$ python utils/split_single_games.py 4to22
Norwich vs Everton :
[('home', 1279), ('away', 2567), ('both', 2015), ('nothing', 34)]
Crystal vs Southampton :
[('home', 602), ('away', 806), ('both', 492), ('nothing', 11626)]
City vs Swansea :
[('home', 4660), ('away', 621), ('both', 2464), ('nothing', 5781)]
Sunderland vs Watford :
[('home', 816), ('away', 954), ('both', 321), ('nothing', 11435)]
WestHam vs Stoke :
[('home', 955), ('away', 303), ('both', 589), ('nothing', 11679)]
Bournemouth vs United :
[('home', 2223), ('away', 37910), ('both', 4219), ('nothing', 322)]
Villa vs Arsenal :
[('home', 4138), ('away', 11554), ('both', 4485), ('nothing', 149)]
Liverpool vs WestBromwich :
[('home', 19639), ('away', 2268), ('both', 2625), ('nothing', 11629)]
Tottenham vs Newcastle :
[('home', 4970), ('away', 5485), ('both', 1024), ('nothing', 24682)]- [Copy] Latest Games Odds Here.
- [Paste]
config/odds_portal.pyfile's top part.
- See the matches: here
- output: dataframe, columns: ['minute', 'comment', 'side', 'comment_status']
- side : 'home', 'away', 'both', 'neutral'
- comment_status : 'corner', 'foul', 'goal', 'attemp', 'freekick', 'delay' 'offside', 'substitution', 'yellow_card', 'red_card', 'neutral'
Usage:
import sys
# import function
sys.path.append("/Users/Bya/git/predictEPL/WebScrapping/")
sys.path.append("/Users/Bya/git/predictEPL/config/")
import espn_urls
from scrap_espn_gamecast import CreateEspnLiveCommentDF
# copy paste matches URL
# Output: Dataframe
# url = espn_urls.MatchUrl(GW, filename)
url = 'http://www.espnfc.us/gamecast/422508/gamecast.html'
dfGameCast = CreateEspnLiveCommentDF(url)
Goal, Attack, Foul minutes:
- Goal: ['goal']
- Attack: ['corner', 'offside', 'freekick', 'attemp']
- Foul: ['foul']
goals_dic, attacks_dic_home, attacks_dic_away, fouls_dic_home, fouls_dic_away = scrap_espn_gamecast.CreateGAFdics(dfGameCast)Colors and Types:
# red circle, red dashes, blue squares and green triangles
point_types = ['ro', 'r--', 'bs', 'g^']
# Emolex Category and Colors
categorys = [
'joy', 'trust', 'anticipation',
'anger', 'fear', 'disgust', 'sadness',
'surprise',
'positive', 'negative',
]
colors_el = [
'#fadb4d', '#99cc33', '#f2993a',
'#e43054', '#35a450', '#9f78ba', '#729dc9',
'#3fa5c0',
'lime', 'saddlebrown',
]my_plot.PlotLineChart:
import sys
# import function
sys.path.append("/Users/Bya/git/predictEPL/utils/")
import my_plot
# Plot Line Chart as data series
my_plot.PlotLineChart(
my_list_list=[
[1, 4, 9, 16, 25],
],
labels=categorys,
colors=colors,
title='Square',
xlabel='x data',
ylabel='y data',
width=20,
height=10,
grid=True,
vline=False,
xlim=False,
ylim=False,
x_interval=False,
y_interval=False,
points=False,
)Example:
my_plot.PlotLineChart(
my_list_list=[
list(dfFilterEmolexHome[categorys[0]]), # Emolex DF
list(dfFilterEmolexHome[categorys[1]]),
list(dfFilterEmolexHome[categorys[2]]),
],
labels=categorys,
colors=[
colors_el[0],
colors_el[1],
colors_el[2],
],
title='Emotion Lexicon' + ' Home Team',
xlabel='Minutes',
ylabel='Emotion Signal',
width=20,
height=10,
grid=True,
vline=False,
xlim=False,
ylim=False,
x_interval=False,
y_interval=False,
points=[goals_dic, attacks_dic_home, fouls_dic_home], # ESPN Gamecast minutes
)
my_plot.HomeAwayPos3Neg4
my_plot.Pos3Neg4(dfFilterEmolexNonRtAway, goals_dic, attacks_dic_away, fouls_dic_away, title='Away')
my_plot.EmolexCats
my_plot.EmolexCats(dfFilterEmolexNonRtAway, ['joy', 'anger', 'surprise'], goals_dic, attacks_dic_away, fouls_dic_away, 'Away')
-
Logistic Regressionがこの場合使える。Too Simple Model Decision Tree, SVMがデータが多くなると精度が上がる。If input become difficult, Accuracy Up.
-
Historical Data(Last Year Rank, Goal Rate)
-
Current Year Data
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