SoccerNet 0.1.28

SoccerNet SDK

SOCCERNETV2

conda create -n SoccerNet python pip
pip install SoccerNet

Structure of the data data for each game

• SoccerNet main folder
  • Leagues (england_epl/europe_uefa-champions-league/france_ligue-1/...)
    • Seasons (2014-2015/2015-2016/2016-2017)
      • Games (format: "{Date} - {Time} - {HomeTeam} {Score} {AwayTeam}")

        • SoccerNet-v2 - Labels / Manual Annotations

          • video.ini: information on start/duration for each half of the game in the HQ video, in second
          • Labels-v2.json: Labels from SoccerNet-v2 - action spotting
          • Labels-cameras.json: Labels from SoccerNet-v1 - camera shot segmentation

        • SoccerNet-v2 - Videos / Automatically Extracted Features

          • 1_HQ.mkv: HQ video 1st half - Raw untrimmed video at variable resolution and variable fps
          • 2_HQ.mkv: HQ video 2nd half - Raw untrimmed video at variable resolution and variable fps
          • 1_224p.mkv: 224p video 1st half - timmed with start/duration from HQ video - resolution 224*398 - 25 fps
          • 2_224p.mkv: 224p video 2nd half - timmed with start/duration from HQ video - resolution 224*398 - 25 fps
          • 1_720p.mkv: 720p video 1st half - timmed with start/duration from HQ video - resolution 720*1280 - 25 fps
          • 2_720p.mkv: 720p video 2nd half - timmed with start/duration from HQ video - resolution 720*1280 - 25 fps
          • 1_ResNET_TF2.npy: ResNET features @2fps for 1st half from SoccerNet-v2, extracted using TF2
          • 2_ResNET_TF2.npy: ResNET features @2fps for 2nd half from SoccerNet-v2, extracted using TF2
          • 1_ResNET_TF2_PCA512.npy: ResNET features @2fps for 1st half from SoccerNet-v2, extracted using TF2, with dimensionality reduced to 512 using PCA
          • 2_ResNET_TF2_PCA512.npy: ResNET features @2fps for 2nd half from SoccerNet-v2, extracted using TF2, with dimensionality reduced to 512 using PCA
          • 1_ResNET_5fps_TF2.npy: ResNET features @5fps for 1st half from SoccerNet-v2, extracted using TF2
          • 2_ResNET_5fps_TF2.npy: ResNET features @5fps for 2nd half from SoccerNet-v2, extracted using TF2
          • 1_ResNET_5fps_TF2_PCA512.npy: ResNET features @5fps for 1st half from SoccerNet-v2, extracted using TF2, with dimensionality reduced to 512 using PCA
          • 2_ResNET_5fps_TF2_PCA512.npy: ResNET features @5fps for 2nd half from SoccerNet-v2, extracted using TF2, with dimensionality reduced to 512 using PCA
          • 1_ResNET_25fps_TF2.npy: ResNET features @25fps for 1st half from SoccerNet-v2, extracted using TF2
          • 2_ResNET_25fps_TF2.npy: ResNET features @25fps for 2nd half from SoccerNet-v2, extracted using TF2
          • 1_player_boundingbox_maskrcnn.json: Player Bounding Boxes @2fps for 1st half, extracted with MaskRCNN
          • 2_player_boundingbox_maskrcnn.json: Player Bounding Boxes @2fps for 2nd half, extracted with MaskRCNN
          • 1_field_calib_ccbv.json: Field Camera Calibration @2fps for 1st half, extracted with CCBV
          • 2_field_calib_ccbv.json: Field Camera Calibration @2fps for 2nd half, extracted with CCBV
          • 1_baidu_soccer_embeddings.npy: Frame Embeddings for 1st half from https://github.com/baidu-research/vidpress-sports
          • 2_baidu_soccer_embeddings.npy: Frame Embeddings for 2nd half from https://github.com/baidu-research/vidpress-sports

        • Legacy from SoccerNet-v1

          • Labels.json: Labels from SoccerNet-v1 - action spotting for goals/cards/subs only
          • 1_C3D.npy: C3D features @2fps for 1st half from SoccerNet-v1
          • 2_C3D.npy: C3D features @2fps for 2nd half from SoccerNet-v1
          • 1_C3D_PCA512.npy: C3D features @2fps for 1st half from SoccerNet-v1, with dimensionality reduced to 512 using PCA
          • 2_C3D_PCA512.npy: C3D features @2fps for 2nd half from SoccerNet-v1, with dimensionality reduced to 512 using PCA
          • 1_I3D.npy: I3D features @2fps for 1st half from SoccerNet-v1
          • 2_I3D.npy: I3D features @2fps for 2nd half from SoccerNet-v1
          • 1_I3D_PCA512.npy: I3D features @2fps for 1st half from SoccerNet-v1, with dimensionality reduced to 512 using PCA
          • 2_I3D_PCA512.npy: I3D features @2fps for 2nd half from SoccerNet-v1, with dimensionality reduced to 512 using PCA
          • 1_ResNET.npy: ResNET features @2fps for 1st half from SoccerNet-v1
          • 2_ResNET.npy: ResNET features @2fps for 2nd half from SoccerNet-v1
          • 1_ResNET_PCA512.npy: ResNET features @2fps for 1st half from SoccerNet-v1, with dimensionality reduced to 512 using PCA
          • 2_ResNET_PCA512.npy: ResNET features @2fps for 2nd half from SoccerNet-v1, with dimensionality reduced to 512 using PCA

How to Download Games (Python)

from SoccerNet.Downloader import SoccerNetDownloader

mySoccerNetDownloader = SoccerNetDownloader(LocalDirectory="path/to/soccernet")

# Download SoccerNet labels
mySoccerNetDownloader.downloadGames(files=["Labels.json"], split=["train","valid","test"]) # download labels
mySoccerNetDownloader.downloadGames(files=["Labels-v2.json"], split=["train","valid","test"]) # download labels SN v2
mySoccerNetDownloader.downloadGames(files=["Labels-cameras.json"], split=["train","valid","test"]) # download labels for camera shot

# Download SoccerNet features
mySoccerNetDownloader.downloadGames(files=["1_ResNET_TF2.npy", "2_ResNET_TF2.npy"], split=["train","valid","test"]) # download Features
mySoccerNetDownloader.downloadGames(files=["1_ResNET_TF2_PCA512.npy", "2_ResNET_TF2_PCA512.npy"], split=["train","valid","test"]) # download Features reduced with PCA
mySoccerNetDownloader.downloadGames(files=["1_player_boundingbox_maskrcnn.json", "2_player_boundingbox_maskrcnn.json"], split=["train","valid","test"]) # download Player Bounding Boxes inferred with MaskRCNN
mySoccerNetDownloader.downloadGames(files=["1_field_calib_ccbv.json", "2_field_calib_ccbv.json"], split=["train","valid","test"]) # download Field Calibration inferred with CCBV
mySoccerNetDownloader.downloadGames(files=["1_baidu_soccer_embeddings.npy","2_baidu_soccer_embeddings.npy"], split=["train","valid","test"]) # download Frame Embeddings from https://github.com/baidu-research/vidpress-sports

# Download SoccerNet videos (require password from NDA to download videos)
mySoccerNetDownloader.password = input("Password for videos? (contact the author):\n")
mySoccerNetDownloader.downloadGames(files=["1_224p.mkv", "2_224p.mkv"], split=["train","valid","test"]) # download 224p Videos
mySoccerNetDownloader.downloadGames(files=["1_720p.mkv", "2_720p.mkv"], split=["train","valid","test"]) # download 720p Videos 

# Download SoccerNet Challenge set (require password from NDA to download videos)
mySoccerNetDownloader.downloadGames(files=["1_ResNET_TF2.npy", "2_ResNET_TF2.npy"], split=["challenge"]) # download ResNET Features
mySoccerNetDownloader.downloadGames(files=["1_ResNET_TF2_PCA512.npy", "2_ResNET_TF2_PCA512.npy"], split=["challenge"]) # download ResNET Features reduced with PCA
mySoccerNetDownloader.downloadGames(files=["1_224p.mkv", "2_224p.mkv"], split=["challenge"]) # download 224p Videos (require password from NDA)
mySoccerNetDownloader.downloadGames(files=["1_720p.mkv", "2_720p.mkv"], split=["challenge"]) # download 720p Videos (require password from NDA)
mySoccerNetDownloader.downloadGames(files=["1_player_boundingbox_maskrcnn.json", "2_player_boundingbox_maskrcnn.json"], split=["challenge"]) # download Player Bounding Boxes inferred with MaskRCNN 
mySoccerNetDownloader.downloadGames(files=["1_field_calib_ccbv.json", "2_field_calib_ccbv.json"], split=["challenge"]) # download Field Calibration inferred with CCBV 
mySoccerNetDownloader.downloadGames(files=["1_baidu_soccer_embeddings.npy","2_baidu_soccer_embeddings.npy"], split=["challenge"]) # download Frame Embeddings from https://github.com/baidu-research/vidpress-sports

How to read the list Games (Python)

from SoccerNet.utils import getListGames
print(getListGames(split="train")) # return list of games recommended for training
print(getListGames(split="valid")) # return list of games recommended for validation
print(getListGames(split="test")) # return list of games recommended for testing
print(getListGames(split="challenge")) # return list of games recommended for challenge
print(getListGames(split=["train", "valid", "test", "challenge"])) # return list of games for training, validation and testing
print(getListGames(split="v1")) # return list of games from SoccerNetv1 (train/valid/test)