Install Baseball Mogul on Your New Computer

Use the link provided in your original purchase. Because Baseball Mogul has no DRM (digital rights management), you won't need any special codes and you won't need to uninstall the game from your previous computer. (You have permisssion to install Baseball Mogul on multiple computers for personal use.)

If you can't find your original link, send us an email. Including the following will help us find your order:

• Product bought (e.g. "Baseball Mogul 2025")
• E-mail address used
• Approximate date purchased
• Order number

Copy Saved Game Files From Your Previous Computer

1. Open the installed version of Baseball Mogul and select "Open Game Output Folder" from the Help menu. This will open the folder containing your saved game files.

2. Open the same folder on your new computer.

3. Locate and copy all ".MOG" files from your old computer to your new computer.

4. Run Baseball Mogul on the new computer and click on "Resume a Previously Saved Game" to find your saved leagues. 

Hi Folks!

Just posting to let you know that Football Mogul 26 will be delayed by about a month this year. I normally release it before Opening Weekend of the NFL season but this year I've spent most of the month visiting with my Dad.  After a bit of a health scare, his biggest problem now is boredom, so we've been watching baseball, playing cards and talking a lot.

I should have another update in early September.

Back in 2003, Baseball Mogul simulated each game one plate appearance at a time. The simulation engine determined the result of each batter-pitcher matchup, but it didn’t simulate each individual pitch. Because I wanted to include realistic pitch counts, I needed to come up with a way to estimate the number of pitches thrown in each outing, based on the results of that outing. Baseball fans know that some at-bats end on the first pitch, but most last longer, with walks and strikeouts using up the most pitches.

I wrote code to randomly generate balls and strikes for each plate appearance, with some interesting tweaks for realism. For example, batting averages are a bit higher on the first pitch than on later pitches of the at-bat, meaning that batters that get a hit will see fewer pitches — on average — than batters who put the ball in play but are put out.

Then I stumbled into an article at Baseball Prospectus where Nate Silver ran a linear regression on data from 2001 and 2002 to come up with a formula he called "Implied Pitch Count". His regression generated this formula:

Implied pitch count (IPC) = (3.17 * BF) + (3.44 * BB) + (1.53 * K)
(BF = batters faced)

I still have the following comment in my code:

I went back and adjusted my sim code until the number of pitches thrown in an outing closely matched the result given by the Baseball Prospectus formula.

That same year, Tom Tango looked at more data and published a formula that he called the Basic Pitch Count Estimator:

Pitch Count Estimate = (3.3 * BFP) + (2.2 * BB) + (1.5 * K)

​In 2007, Brian Yonushonis used more recent data to create a new formula:

​(3.29 x BF) + (1.92 x K) + (2.04 x BB).

In 2020, I wanted to create a “pitch count generator” for Season Ticket Baseball. It thought it would be cool if you could include a pitch count in your box score without having to do a lot of extra math. When I played around with the numbers I found out that lowering Tango’s 3.3 number to exactly 3 and raising the other coefficients to exactly 3 provided slightly more accurate estimates for seasons in the 21st century. And they have the advantage of being integers, making the math really easy.
​
This spreadsheet compares this formula to the formulas published by Tom Tango and Brian Yonushonis.

For each season, we know the number of walks/game, strikeouts/game and pitches/PA. The ‘Estimate’ column shows the Pitches/PA calculated by the formula and the ‘Diff’ column shows the different between the real-life number and the estimate. (The next column shows the difference in percentage terms.)

Tango's formula is very good (only off by 1.37% on average) but it suffers a bit in this analysis from the fact that most of the baseball data I’m using was generated after his formula was published.

Anyway… using a coefficient of '3' for all the terms gives up the following super-simple pitch count estimator for Season Ticket Baseball:

Pitch Count Estimate = (BF + BB + K) x 3

Just add up the batters faced, walks and strikeouts. Then multiply that total by 3.

I was curious if I could come up with a formula for the number of strikes in each plate appearance. The league average number of strikes thrown per outing is usually around 62% of all pitches thrown.

• We know that every walk requires exactly four pitches that are balls. The estimator assigns 6 pitches for each walk, so we assume the other two pitches are strikes.
• Every strikeout includes at least 3 strikes, but it can include more with foul balls. I decided to assume that
• When the ball is put in play, that pitch counts as a strike. I assumed that the remaining pitches would be split evenly between balls and strikes.

This created the following formula for Pitches Thrown and Strikes Thrown that are included in Season Ticket Baseball:

• Pitches Thrown = (BFP + BB + K) x 3
• Strikes Thrown = (BFP + K) x 2

When I first researched injuries for Baseball Mogul, I collected a LOT of data:

1. Different types of injuries. Baseball Mogul has 129, ranging from a broken toenail to a skull fracture.
2. Different causes of injuries. (Sliding, Diving, Pitching, Hit-By-Pitch, Running, Batting, Collision, Stress Injuries)
3. Typical recovery time for each injury.
4. Permanent effects of serious injuries.
   etc.

This was a lot of work, as most of it was collected by hand in a big spreadsheet. I didn’t create a comprehensive database of all injuries throughout baseball history. But I did get a good idea of which injuries affected different types of players (pitchers, infielders, base stealers, etc.)

One thing that surprised me: most injuries didn’t officially “occur” in the middle of a game. In other words, when a player missed 30 games because of a broken toe, there was nothing in the play-by-play record showing them leaving the game. In some cases, the broken toe was a “stress injury” that accumulated over time until the player needed time off. But even when there’s a specific injury event (like a collision or hit-by-pitch) the player often stayed in the game.[1] It wasn’t until they got into the locker room (to see the trainer or team doctor, get X-rays etc.) that they got put on the DL.

The original version of Baseball Mogul was a pure “GM” simulation. You traded and signed players, set your lineup and rotation, simulated games, and viewed the results. There was no in-game Play-By-Play Mode. In this context, it made perfect sense to implement injuries at the end of each day. Only when you to set up your lineup for the next game do you see that your shortstop was dealing with a “hairline wrist break”.

[1] This has changed somewhat over the years. The new concussion protocols are leading to more players leaving in the middle of a game. But if you look at injuries from the 1960s – 1980s, it seems that most games missed are due to “nagging” injuries that don’t have a single causal event. 

When I added Play-By-Play Mode, it was tempting to change the game to inflict injuries in the middle of games instead of after the game. If you remember other baseball games from 20+ years ago, you might remember a ton of annoying popups that would hold up gameplay. Something like “Your lineup is invalid – you must fix this error to proceed”. I hated these popups and did my best to eliminate them completely from Baseball Mogul. One of the ways I did this was by keeping injuries out of Play-By-Play Mode. There are hardcore baseball replayers on YouTube (Kurt Bergland etc.) who choose to completely ignore the injury rules in whatever game they are playing. They don’t want anything to break up the flow of the game and I have sympathy for this viewpoint.
​
Nevertheless, people kept asking for in-game injuries and I kept postponing this feature. One reason was that I felt I had made the correct design decision to minimize the number of “annoying popups” that got in the way of game play. But the biggest reason was that I didn’t want to break the existing system. I had fine-tuned it over the years to generate the correct number of injuries for each player. For example, a player who missed 26 games per season in real-life would miss that many games (on average) in Baseball Mogul[1]. Linking injuries to on-field events instead of the statistical record messes up this math: shortstops suffer more collisions than DHs; base stealers and aggressive runners require more injury checks; etc.

When an injury occurs to a player on your team during Play-By-Play, you will be asked to replace that player. In a long extra-inning game where you have used all of your bench and bullpen players, it is theoretically possible for this to create a situation where you can’t continue. If this happens, click “Edit Player”. This will give you the option to erase that player’s injury.