swdl 1.11.10

Soccerwatch Data Library

Soccerwatch Data Library

This is a small tool to access socccerwatch data with a simple python interface

Requirements

Additional to a python installation you will need ffmpeg to download videos

Installation

sudo pip install swdl

Using the Library

For now the Documentation is quite sparse but here is a short overview about the given Functions

Access Data Service

The DataService is a class that provide access to all of the data

from swdl.swrest import DataService
ds = DataService(username="MyUser",password="mySuperSecretPW")
match_list = ds.get_matches()
# This take a lot of time
for m in match_list:
    print(m)

Save credentials

To store your credentials we provide a helper script which stores username and password in plain text under ~/.swdlrc. After login you do not need to pass any credentials into the DataService constructor

swdl-login

Download Single Match Info

You can get a specific #Match by passing the match id

match = ds.get_match(1300)
print match
-------------------OUTPUT
Match[	id:		1300,
	camera:		51,
	name:		FC Borussia Droeschede-DJK VfL Billerbeck,
	location:	Kunstrasenplatz, ESO-Stadion Auf der Emst, Am Suedenberg 36a, 58644 Iserlohn
	state:		done
	video:		https://xfiles100.blob.core.windows.net/1300/720p/1300.m3u8
	grid:		https://xfiles100.blob.core.windows.net/1300/Grid/1300.m3u8]

Update Match Information

To sync the match information with the server you can use the two pull methods. One is for updating the match information and one is for updating the labels. NOTE: The labels will only be downloaded by pull_labels request:

match.pull_info()
match.pull_labels()

Download Video

There are functions to download the videos of the match. User stream refers to the video after processed by the AI. Grid is a 3x2 Grid video of all 6 cameras. This functions requieres ffmpeg to be installed on your system

match.download_user_stream()
match.download_grid_stream()

Save Labels

To save labels to disc you will need to get an match, update the labels and call the save function

match = ds.get_match(1300)
match.pull_labels()
match.labels.save("labels.h5")

Load Labels

To load the labels you can call the read function

match = ds.get_match(1300)
label_data = match.labels.from_file()

Data Explaination

The data contains on the one side the video material in form of grid or user stream and on the other side of a labels dataset which is includes information obout camera positions and special events.

Grid Stream Video

The Grid stream is a 2x3 grid video showing all 6 cameras of the Soccerwatch camerasystems. In the table below you can find the positioning for each camera:

left-column	right-column
top-left	top-mid-right
top-mid-left	top-right
top-mid	bottom-fishey

The Grid Stream has a resolution of 3296x3712, ~25 FPS and is H.265 coded.

User Stream Video

The user stream video is generated by stiching the 6 cameras from the Grid Stream to a panorama and applying the AI to select the scene-of-interest. Typically the User Stream is saved in 720p format (1280x720, ~ 25 FPS, H.264 coded).

Labels

The label dictionary containes three entries "events", "labels" and "status", which you can access using

events = match.labels.events
labels = match.labels.postions
status = match.labels.status

The resulting arries contain following information:

events[n_events, 3]	description
events[:, 0]	position of the event (in seconds)
events[:, 1]	event type (0 - goal; 1 - kickoff; 2 - corner; 3 - throw in; 4 - penalty; 5 - foul; 6 - score opportunity; 8 - whistle)
events[:, 2]	which team caused the event (0 - home team; 1 - away team)

labels[n_labels, 8]	description
labels[:, 0]	timepoint in milliseconds
labels[:, 1]	target x position
labels[:, 2]	target y position
labels[:, 3]	target zoom
labels[:, 4]	actual x position
labels[:, 5]	actual y position
labels[:, 6]	actual zoom
labels[:, 7]	automatically created

status[11,]	timepoint (in milliseconds) where...
status[0]	game status changed to before game
status[1]	game status changed to first half
status[2]	game status changed to half time
status[3]	game status changed to second half
status[4]	game status changed to after regular game
status[5]	game status changed to first half overtime
status[6]	game status changed to half time overtime
status[7]	game status changed to second half overtime
status[8]	game status changed to after overtime
status[9]	game status changed to penalty shoot-out
status[10]	game status changed to after penalty shoot-out