Luke Dziados vs CREIGHTON
1 Year Graduate Eligibility from Villanova.
6’3 225
4.0 IP 5 K, 0 ER, 0 BB, 1 Hit
FB) 90-92
CH) 80-83
CB) 73-75
SL) 80-82
@FlatgroundApp DM’s Open.
Player should be the players first initial (if available) and their last name.
Location should be a number from 1-9, according to baseball conventions.
Text = ```TEXT INPUT```
When I first wrote the code to make scouting reports I spent a lot of time trying to figure out a simple way to extract consistent data regardless of the format of the play by play data.
If I had to do it again, the ChatGPT api would make it really easy.
Do not add any additional information.
Action should be a single response from the following options: [single, double, triple, home run, ground out, fly out, line out, pop out, strike out, stolen base, bunt, other]
I had a great day today at the Texas Undergraduate Research Day (#UGRD2023). It was really fun to present my research again and see the great research from across Texas. Thank you to @SplineGuy and @WaylandBaptist for giving me this opportunity.
I was excited for the opportunity to present my research (Does Genre Mean Anything: Classifying Music with Artificial Intelligence) at @TxAcSci. I really enjoyed the experience and was grateful to receive the Amir Moez Award for Oral Presentation in Math and Computer Science.
With the NAIA season getting started some teams are going to want scouting reports. I've made them for the last few years but will not be doing that this year. If you want to make scouting reports for yourself (with minor programming skills), use these links:
In this case that is 0.82. That means that fluctuations in batting average explain about 82% of the fluctuation in runs per game (for NAIA baseball last year).
Graphs can sometimes be hard to read.
Here's a quick explanation of how to read a graph like the ones I have been putting out.
Let's use this graph that shows batting average and runs per game as an example.
Finally, we have to ask how confident we are in the prediction. Using more fancy math we can calculate the correlation coefficient (also known as the R^2).