Baselight

Major League Baseball Game Logs

Historical MLB Game Logs and Player Statistics from 1871-2016

@kaggle.thedevastator_major_league_baseball_game_logs

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About this Dataset

Major League Baseball Game Logs


Major League Baseball Game Logs

Historical MLB Game Logs and Player Statistics from 1871-2016

By Dataquest [source]


About this dataset

This comprehensive dataset provides a historical record of Major League Baseball (MLB) games dating back to its inception. It offers an in-depth look into the game's significant aspects, encompassing detailed statistics, player performance information, and game outcomes across multiple seasons.

The MLB Game Logs dataset is a rich depository of data provided in the form of structured records. Sourced from Retrosheet, this dataset was initially presented in 127 distinct CSV files which have now been amalgamated into a single consolidated file for facilitating seamless analysis.

Starting from the fundamental game statistics like date and venue of matches, team names and IDs to capturing minute attributes such as day or night match distinction or completion info; all pertinent details are captured meticulously in this voluminous repository. More granular inputs like lengths of games measured via outs or attendance figures lend further richness to this set.

From a player performance perspective too the set is equally exhaustive housing data on hits home runs stealing bases sacrificing ventures extra-base hits runs batted in (RBIs), winning pitchers losing pitchers saving pitchers all listed alongside their respective players IDs for easy cross-referencing.

In addition to providing raw data,this dataset carries greatly-detailed column names grounded upon Retrosheets field explanations to proffer better clarity around each field contained within it's ambit thus ensuring users derive maximum value with minimal misinterpretation issues.

While comprehensive explanations about columns have been included within the data dictionary part of our files ,we recommend referring directly towards Retrosheet field explanation for complete details surround specific fields if so required.

As part and parcel respect for copyright terms belonging towards Retrosheet we declare :

The information used here was obtained free of charge from and is copyrighted by Retrosheet.
Interested parties may contact Retrosheet at www.retrosheet.org.

We hope that enthusiasts, researchers, statisticians and other users find value in this rich resource of baseball history

How to use the dataset

This dataset is a treasure trove of history and statistics, offering detailed player and game information for MLB games from 1871 to 2016. This 'how-to-use' guide will thus be helpful for beginners or others who are not familiar with the dataset format.

  • Understand columns: Familiarize yourself with the numerous columns in this data set. Each column offers distinct information about each game, such as player performance, location of the match, number of spectators and more. It's okay if you do not understand everything right away.

  • Read documentation: You'll find a 'Retrosheet field explanation' link in the description provided above which explains each column in detail. Do make sure to go through it to get a better understanding.

  • Define your objective: Are you looking at predicting future game outcomes? Or trying to find patterns between attendance and team performance? Defined objectives will help focusing on relevant columns greatly reducing needless exploration efforts.

  • Cleaning Data: A few data points might have missing values or illegible entries; identifying them could help provide accurate insights from analysis.

  • Perform initial EDA (Exploratory Data Analysis): EDA is an approach that includes inspecting, cleaning, transforming, and visualizing raw datasets to inform our understanding of their underlying structure that might inform our selection or creation of statistical models later on down the line:

    • Histograms: Could provide frequency distributions for numeric variables.

    • Box plots: A good way of quickly visualizing where most data points lie.

    • Pivot tables: Aggregating specific groups can give you comprehensive insights into large sets.

  • Statistical Analysis & Machine Learning Models: With clear objectives & prepared dataset at hand trying various machine learning models for prediction like Logistic Regression model for binary outcome prediction (win/lose), Multiple Linear Regression model when outcome variable is numerical (score), decision trees for data segmentation and so on.

  • Visualize: It always help to build charts, graphs or tables for final insights visualization for others.

This dataset can be a gold mine depending on how you wish to use it: baseball fans could trace the history of their favourite team across the years, sports analysts could look for patterns and trends in teams' performance, statisticians could develop prediction models – The possibilities are endless

Research Ideas

  • Historical Analysis: The dataset could be used for historical analysis of Major League Baseball games. This could include comparing statistics from different eras, tracking individual player's career progression, or examining the influence of different factors on winning percentage.

  • Predictive Modeling: The data could be used to create predictive models for future games based on statistical patterns from past ones. This can help teams to strategize and make decisions about their gaming style and performance expectations.

  • Media Productions: Data can be used by media houses or analysts to provide in-depth commentary and statistical insights during live match broadcasts or pre/post-match coverage, improving fan engagement through data-infused discussions about the game's history and notable statistics.

  • Player Performance Evaluation: Teams and coaches can use this data set to analyze form, fitness levels, areas for improvement etc., which are crucial while training players season by season.

  • Sports Betting & Fantasy Leagues: People involved in sports betting & fantasy leagues can make informed decisions using these player/team statistics eventually leading them in making better predictions & strategies contributing towards their success in betting/fantasy leagues respectively

Acknowledgements

If you use this dataset in your research, please credit the original authors.
Data Source

License

License: Attribution-ShareAlike 4.0 International (CC BY-SA 4.0)

  • You are free to:
    • Share - copy and redistribute the material in any medium or format for any purpose, even commercially.
    • Adapt - remix, transform, and build upon the material for any purpose, even commercially.
  • You must:
    • Give appropriate credit - Provide a link to the license, and indicate if changes were made.
    • ShareAlike - You must distribute your contributions under the same license as the original.

Columns

Acknowledgements

If you use this dataset in your research, please credit the original authors.
If you use this dataset in your research, please credit Dataquest.

Tables

Game Logs

@kaggle.thedevastator_major_league_baseball_game_logs.game_logs
  • 20.43 MB
  • 171907 rows
  • 162 columns
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CREATE TABLE game_logs (
  "index" BIGINT,
  "date" BIGINT,
  "number_of_game" BIGINT,
  "day_of_week" VARCHAR,
  "v_name" VARCHAR,
  "v_league" VARCHAR,
  "v_game_number" BIGINT,
  "h_name" VARCHAR,
  "h_league" VARCHAR,
  "h_game_number" BIGINT,
  "v_score" BIGINT,
  "h_score" BIGINT,
  "length_outs" DOUBLE,
  "day_night" VARCHAR,
  "completion" VARCHAR,
  "forefeit" VARCHAR,
  "protest" VARCHAR,
  "park_id" VARCHAR,
  "attendance" DOUBLE,
  "length_minutes" DOUBLE,
  "v_line_score" VARCHAR,
  "h_line_score" VARCHAR,
  "v_at_bats" DOUBLE,
  "v_hits" DOUBLE,
  "v_doubles" DOUBLE,
  "v_triples" DOUBLE,
  "v_homeruns" DOUBLE,
  "v_rbi" DOUBLE,
  "v_sacrifice_hits" DOUBLE,
  "v_sacrifice_flies" DOUBLE,
  "v_hit_by_pitch" DOUBLE,
  "v_walks" DOUBLE,
  "v_intentional_walks" DOUBLE,
  "v_strikeouts" DOUBLE,
  "v_stolen_bases" DOUBLE,
  "v_caught_stealing" DOUBLE,
  "v_grounded_into_double" DOUBLE,
  "v_first_catcher_interference" DOUBLE,
  "v_left_on_base" DOUBLE,
  "v_pitchers_used" DOUBLE,
  "v_individual_earned_runs" DOUBLE,
  "v_team_earned_runs" DOUBLE,
  "v_wild_pitches" DOUBLE,
  "v_balks" DOUBLE,
  "v_putouts" DOUBLE,
  "v_assists" DOUBLE,
  "v_errors" DOUBLE,
  "v_passed_balls" DOUBLE,
  "v_double_plays" DOUBLE,
  "v_triple_plays" DOUBLE,
  "h_at_bats" DOUBLE,
  "h_hits" DOUBLE,
  "h_doubles" DOUBLE,
  "h_triples" DOUBLE,
  "h_homeruns" DOUBLE,
  "h_rbi" DOUBLE,
  "h_sacrifice_hits" DOUBLE,
  "h_sacrifice_flies" DOUBLE,
  "h_hit_by_pitch" DOUBLE,
  "h_walks" DOUBLE,
  "h_intentional_walks" DOUBLE,
  "h_strikeouts" DOUBLE,
  "h_stolen_bases" DOUBLE,
  "h_caught_stealing" DOUBLE,
  "h_grounded_into_double" DOUBLE,
  "h_first_catcher_interference" DOUBLE,
  "h_left_on_base" DOUBLE,
  "h_pitchers_used" DOUBLE,
  "h_individual_earned_runs" DOUBLE,
  "h_team_earned_runs" DOUBLE,
  "h_wild_pitches" DOUBLE,
  "h_balks" DOUBLE,
  "h_putouts" DOUBLE,
  "h_assists" DOUBLE,
  "h_errors" DOUBLE,
  "h_passed_balls" DOUBLE,
  "h_double_plays" DOUBLE,
  "h_triple_plays" DOUBLE,
  "hp_umpire_id" VARCHAR,
  "hp_umpire_name" VARCHAR,
  "n_1b_umpire_id" VARCHAR,
  "n_1b_umpire_name" VARCHAR,
  "n_2b_umpire_id" VARCHAR,
  "n_2b_umpire_name" VARCHAR,
  "n_3b_umpire_id" VARCHAR,
  "n_3b_umpire_name" VARCHAR,
  "lf_umpire_id" VARCHAR,
  "lf_umpire_name" VARCHAR,
  "rf_umpire_id" VARCHAR,
  "rf_umpire_name" VARCHAR,
  "v_manager_id" VARCHAR,
  "v_manager_name" VARCHAR,
  "h_manager_id" VARCHAR,
  "h_manager_name" VARCHAR,
  "winning_pitcher_id" VARCHAR,
  "winning_pitcher_name" VARCHAR,
  "losing_pitcher_id" VARCHAR,
  "losing_pitcher_name" VARCHAR,
  "saving_pitcher_id" VARCHAR,
  "saving_pitcher_name" VARCHAR
);

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