Which software to use for Video Analysis
Introduction
Football coaches have long recognized the value of video analysis for improving their team’s performance. By using video analysis software, coaches can analyze game footage, identify areas for improvement, and make data-driven decisions to enhance their team and player’s performance on the pitch. Video analysis software is an essential tool for coaches and analysts in the football world.
In this blog, we will focus on the benefits of using video analysis software for football coaches. We will explore the different options you have for analyzing football matches and which ones we use at Tactalyse. We will also discuss the advantages of using video analysis software, such as its ability to provide a structured and standardized approach to analyzing game footage, saving time, and allowing for data-driven decision-making. By using video analysis software, football coaches can gain a deeper understanding of their team and player’s strengths and weaknesses, and create a plan to coach the development of players.
Overview of software for video analysis
But first a brief overview of the different video analysis softwares that are there and that we have experience with at Tactalyse.
1. LongoMatch: LongoMatch is a free and open-source software that allows users to tag, review, and analyze sports videos. It is widely used in sports like football, basketball, volleyball, and hockey. LongoMatch offers a variety of features, including video annotation, real-time analysis, and customizable reports. We use LongoMatch a lot at Tactalyse.
2. Wyscout: Wyscout is a digital platform designed for football (football) professionals, such as coaches, scouts, agents, and analysts, It provides access to a vast database of video footage, statistics, and analysis tools from football matches around the world. Wyscout has become a widely used tool in the football industry, with many professional clubs, national teams, and media organizations using it
3. Hudl: Hudl is a web-based video analysis software that is used by coaches and athletes in a variety of sports, including football, basketball, football, and volleyball. With Hudl, users can upload, share, and analyze videos, as well as create custom highlights, draw on the video, and access a range of performance analytics. Hudl is an amazing tool for creating an interactive environment between coaches and football players.
4. Nacsport: Nacsport is a video analysis software that is used by coaches, trainers, and sports analysts in over 35 different sports. It offers features such as timeline editing, customizable tags, and advanced statistical analysis. Nacsport is designed to help users quickly and easily analyze video footage, identify patterns, and make data-driven decisions.
5. Myvideoanalyzer: Myvideoanalyzer is a cloud-based video analysis software that is used in a variety of sports. It offers features such as tagging, slow-motion replay, and custom overlays, as well as tools for tracking player movements, analyzing shots, and generating reports. Myvideoanalyzer also includes a mobile app that allows users to capture and upload video footage directly from their phone or tablet
What software do we use at Tactalyse?
At Tactalyse we use a variety of software. First it’s important to get the full match on file, for this we use the player himself, wyscout, instat, statsperform or broadcasts. After we’ve received this we import it into an analysis software which could be Longomatch, Nacsport, Sportscode or My video analyses. There’s no right or wrong here, we’ve worked with all of them and they all work. It depends on your personal preference. Then after making the analysis you have to present it to the player or head coach. For this we use Dropbox, Hudl and/or Soccerlab.
So which software you use is not so important, it’s more important what you do with it and how you structure it. To give good structure to your analysis, you should use a coding panel. Which we will talk about more now.
The most important to use is the coding panel.
A video analysis coding panel is a user interface within a video analysis software that allows users to code or tag specific events or actions within a video. Coding panels are used to create a structured system for analyzing video footage and extracting relevant information from it.
In a typical video analysis coding panel, the user can create a set of codes or tags that represent different events or actions that they want to analyze. For example, in a football game, the user might create codes for goals, assists, fouls, and yellow cards. The user can then watch the video and use the coding panel to apply the appropriate code to each event as it occurs.
Video analysis coding panels may include features such as keyboard shortcuts, customizable code labels, and the ability to apply multiple codes to a single event. The data collected from coding the video can then be used to generate reports, statistics, and visualizations that help coaches, trainers, and athletes improve performance and make data-driven decisions.
The goal of using a coding panel within video analysis software is to create a structured and standardized way of analyzing video footage, and to extract relevant information from it. By using a coding panel, users can identify and tag specific events or actions within the video, such as goals, assists, fouls, or turnovers, and then use that information to gain insights into player and team performance.
The data collected through coding can be used to generate reports, statistics, and visualizations that help coaches, trainers, and athletes make informed decisions and improve performance. For example, a football coach might use coding data to identify patterns in their team’s attacking play, and then use that information to adjust their tactics and improve their team’s performance in the next game.
Using a coding panel can also help to standardize the analysis process, ensuring that multiple users are coding the video in a consistent and comparable way. This makes it easier to share and compare data across different games, seasons, or even different sports, and can help to identify trends and patterns over time.
Using a coding panel within video analysis software offers several advantages, including:
1. Structured analysis: A coding panel provides a structured approach to analyzing video footage. By using a pre-defined set of codes or tags, users can ensure that they are consistently and accurately identifying specific events or actions within the video.
2. Data standardization: By using a coding panel, users can ensure that data is being collected in a standardized way, regardless of who is doing the analysis. This allows for easier comparison of data across multiple games, teams, or even sports.
3. Time efficiency: A coding panel can save time by allowing users to quickly tag or code events within the video, rather than having to manually record and organize information.
4. Data-driven insights: The data collected through coding can be used to generate reports, statistics, and visualizations that help coaches, trainers, and athletes make data-driven decisions and improve performance.
5. Customization: Many video analysis software tools offer customizable coding panels, allowing users to create and modify codes or tags specific to their team or sport.
Overall, using a coding panel can help coaches, trainers, and athletes make sense of large amounts of video footage and extract relevant insights that can be used to improve performance.
How to structure your coding panel?
When structuring a coding panel within video analysis software, it is important to consider the following factors:
1. Purpose: The purpose of the analysis should guide the structure of the coding panel. For example, if the goal is to analyze a player individually, a part of the team or the whole team, the coding panel should include codes or tags for different types of game situations and actions (e.g., crosses, aerial duels, build ups), and for different areas of the field or court.
2. Consistency: The coding panel should be consistent across all video being analyzed, and across all users who are using the software. This will ensure that the data is comparable and can be analyzed over time. So it is important to use the same coding panel when analyzing a player individually, a team part or the whole team.
3. Clarity: The codes or tags included in the coding panel should be clear and easy to understand, both for the user who is coding the video and for anyone who will be reviewing the data later on. This may require some testing and refinement to ensure that the coding panel is as clear and effective as possible. This will help coaches and players to use the same terminology over and over. In this way coaches and players know what someone is talking about and there are no misunderstandings.
Summary
In conclusion, video analysis software has become an essential tool for football coaches and analysts in improving their team’s performance. With different software options like LongoMatch, Wyscout, Hudl, Nacsport, and Myvideoanalyzer, coaches and analysts can analyze game footage, identify areas for improvement, and make data-driven decisions. At Tactalyse, we use different software depending on personal preferences, but what is more important is how to structure and present the analysis to the players or head coach. The most important tool to use in video analysis is a coding panel, which creates a structured and standardized approach to analyzing game footage, helping coaches, trainers, and athletes improve performance and make data-driven decisions. By using video analysis software, coaches and analysts can gain a deeper understanding of their team and player’s strengths and weaknesses and create a plan to coach-player development.
