Baseball event outcome prediction method and apparatus

1. A computer-implemented method of providing a predicted outcome of hypothetical events which can occur during a game of baseball, comprising:

accumulating and storing in a computer memory a statistical database of the cumulative effects of latency and engrams specific to an individual batter having individual batter capabilities and an individual pitcher having individual pitcher capabilities;

selecting a pitch, by a user, from amongst pitches compatible with the individual pitcher capabilities;

selecting a swing, by a user, from amongst swings compatible with the individual batter capabilities;

computing in a computer processor a statistical performance of the individual pitcher of the selected pitch;

computing in the computer processor a statistical performance of the individual batter of the selected swing;

matching in the computer processor the statistical performance of the individual pitcher with the statistical performance of the individual batter so as to compute an outcome; and

applying in the computer processor laws of physics to the outcome to compute the predicted outcome.

2. The method of claim 1 , wherein matching further comprises:

determining to be a swing and miss those situations where a selected off-speed pitch is not anticipated by the user selecting the swing.

3. The method of claim 1 , wherein matching further comprises:

determining to be a swing and miss those situations where a four-seam fastball above the belt is selected and the swing selected does not anticipate the four-seam fastball above the belt.

4. The method of claim 1 , wherein matching further comprises:

determining to be a swing and miss those situations where a four-seam fastball above the belt having a change in velocity from an immediately preceding pitch is selected and the swing selected does not anticipate the four-seam fastball above the belt having a change in velocity.

5. The method of claim 1 , wherein matching further comprises:

determining to be a swing and miss where the bat loops under the ball those situations where a selected pitch is targeted to an outside margin of the plate and the swing does not anticipate where the selected pitch is targeted.

6. The method of any one of claims 2 through 5 , wherein matching further comprises:

determining the miss to produce incomplete contact resulting in a foul ball, ground ball, pop-up or fly ball.

7. The method of claim 1 , wherein matching further comprises:

determining to be a solid contact those situations where a selected pitch passes through a central portion of a strike zone.

8. The method of claim 1 , wherein matching further comprises:

determining to be a swing and miss those situations where a selected pitch has unexpected movement in a final 0.100 seconds of flight, making determination of pitch location by the batter impossible due to latency.

9. The method of claim 8 , wherein the selected pitch is a knuckleball.

10. A computer-implemented method of preparing a baseball player to face an opposing baseball player, one player being an individual batter and another player being an individual pitcher, comprising:

accumulating and storing in a computer memory a statistical database of the cumulative effects of latency and engrams specific to the individual batter having individual batter capabilities and the individual pitcher having individual pitcher capabilities;

selecting a pitch, by a user, from amongst pitches compatible with the individual pitcher capabilities;

selecting a swing, by a user, from amongst swings compatible with the individual batter capabilities;

computing in a computer processor a statistical performance of the individual pitcher of the selected pitch;

computing in the computer processor a statistical performance of the individual batter of the selected swing;

matching in the computer processor the statistical performance of the individual pitcher with the statistical performance of the individual batter so as to compute an outcome; and

applying in the computer processor laws of physics to the outcome to compute a predicted outcome.

11. A computer-implemented method of scouting a baseball player by evaluating performance against an opponent, one of the baseball player and the opponent being an individual pitcher and another of the baseball player and the opponent being an individual batter, comprising:

accumulating and storing in a computer memory a statistical database of the cumulative effects of latency and engrams specific to the individual batter having individual batter capabilities and the individual pitcher having individual pitcher capabilities;

selecting a pitch, by a user, from amongst pitches compatible with the individual pitcher capabilities;

selecting a swing, by a user, from amongst swings compatible with the individual batter capabilities;

computing in a computer processor a statistical performance of the individual pitcher of the selected pitch;

computing in the computer processor a statistical performance of the individual batter of the selected swing;

matching in the computer processor the statistical performance of the individual pitcher with the statistical performance of the individual batter so as to compute an outcome; and

applying in the computer processor laws of physics to the outcome to compute a predicted outcome.

12. A computer-implemented method of training a baseball player to face an opposing baseball player, one player being an individual batter and another player being an individual pitcher, comprising:

accumulating and storing in a computer memory a statistical database of the cumulative effects of latency and engrams specific to the individual batter having individual batter capabilities and the individual pitcher having individual pitcher capabilities;

selecting a pitch, by a user, from amongst pitches compatible with the individual pitcher capabilities;

selecting a swing, by a user, from amongst swings compatible with the individual batter capabilities;

computing in a computer processor a statistical performance of the individual pitcher of the selected pitch;

computing in the computer processor a statistical performance of the individual batter of the selected swing;

matching in the computer processor the statistical performance of the individual pitcher with the statistical performance of the individual batter so as to compute an outcome; and

applying in the computer processor laws of physics to the outcome to compute a predicted outcome; and

instructing the baseball player regarding improvements to their performance indicated by the predicted outcome.