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TeeDoe said...
Hey, I wasn't argueing one way or the other. I simply stated one advantage of bunting the lead off runner to second base. But since you've been a jerk, I'll say that you have no clue what the "reality" I supposedly ignored is comprised of. Does it only include runners on first with no outs, or does it include doubles, steals, runners on first with one out or two etc. There's a reason they say a runner on 2nd is in scoring position. Bunting the lead off runner to second is common in baseball, at all levels. The St Louis Cardinals have used it pretty successfully.
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bierce said...
I suspect the stat the LHN provided skews the reality, whether by including men on second by a double or simply by the smallness of the sample. However, earlier in the thread, JerseyBornHorn provided a link to an article showing how bunting decreases a team's chance for scoring when it has a man on first and 0 outs.
A team might want to occasionally bunt to keep a defense on its toes. It might want to bunt late in a game to get a single run, depending on the player at the plate and the quality of the defense. I don't think any of us dispute that. We simply note how bunting as a rule is a bad strategy.
I tried to refrain from name calling, but you invite it so well, so I will merely say that I never quite understood until now the saying, "Logic is little tweeting bird chirping in meadow.".
Carry on, oh ye of jerklessness.
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bierce said...
BTW, for another (though dated) study of the results of bunting in various situations, try the following which distills the information into a more compressed and readily accessed form.
http://academic.cengage.com/resource_uploads/downloads/0534094929_46534.pdf
It essentially argues that if we assume sacrifice bunts result in the players advancing the the batter being called out at first, then bunting with 0 out and a man on second is a good strategy late in a a game in which you need a single run and that bunting with 0 out and men on first and second is a good strategy nearly always.
However, it notes that the sacrifice isn't always successful. The batter can miss the pitch, pop up, bunt too hard and the lead runner thrown out, or the defense could mishandle it and the batter could be safe.
I'll let you find better stats on the likelihood of a hit, all runners being safe on a fielder's choice or error versus the likelihood of an out wasted without moving the runner or resulting in the elimination the lead runner.
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JeezGuy ●
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JKates said...
You keep saying this, but it's not true. I let it go once, but you seem to want to keep throwing it out there as fact, and that cannot go unchecked.
There are metrics and stats that suggest not punting in most 4th down situations is better for the WE (win expectancy), but none suggest punting the punt altogether. Some coaches rarely punt, and there are stories about them, but the metrics all call for punting in certain situations. So, please stop saying that. It's not correct and cannot be used to support a theory.
JeezGuy ●
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JKates said...
You keep saying this, but it's not true. I let it go once, but you seem to want to keep throwing it out there as fact, and that cannot go unchecked.
There are metrics and stats that suggest not punting in most 4th down situations is better for the WE (win expectancy), but none suggest punting the punt altogether. Some coaches rarely punt, and there are stories about them, but the metrics all call for punting in certain situations. So, please stop saying that. It's not correct and cannot be used to support a theory.
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JerseyBornHorn said...
Attached here is an excellent article for the more mathematically inclined on the arguments against the bunt. Essentially, by looking at many years of baseball games, analysts have found that when an inning starts a team can expect to score between 0.45 and 0.5 runs. If the team gets the leadoff man to first base, the expected (average) runs in that inning increases to between 0.8 and 0.9. If the team sacrifices SUCCESSFULLY, so that there is a man on second and one out, the expected runs for that inning actually DECREASES back down to about 0.65. Obviously, an unsuccessful sacrifice is even worse. Bottom line: bunting makes sense in very few situations, but especially early in the game with a man on first and no outs and a good hitter at the plate. Bunting can make sense when you're playing for one run late in the game with the bottom of the order at the plate.
http://baseballanalysts.com/archives/2006/07/empirical_analy_1.php
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gordosan said...
You need to look a little deeper at that metric. Its fairly intuitive that giving away outs will decrease the total numbers of runs scored. That's a little different from the metric that the LHN showed, which isn't intuitive and may be somewhat skewed by a relatively small sampling size , and probably is controlled for the quality of batter coming to the plate with a man on first.
This again is completely intuitive and based on casual observation and not any sabermetric study of the data; but I sense the value of small ball increases as the odds of scoring during a game decreases, i.e., against quality pitching and late in games. I have a gut feeling that much of the sabermetric data was skewed by the high run production of the steroid era in MLB and the "hot" aluminum bat era in college. If the expected runs per game for each team is around five per game; giving up outs makes little sense. When it drops to 2-3 as it does in the MLB play-offs; then small ball probably makes more sense. Again, I have no firm data to back that with; just intuitive thought.
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gordosan said...
You need to look a little deeper at that metric. Its fairly intuitive that giving away outs will decrease the total numbers of runs scored. That's a little different from the metric that the LHN showed, which isn't intuitive and may be somewhat skewed by a relatively small sampling size , and probably is controlled for the quality of batter coming to the plate with a man on first.
This again is completely intuitive and based on casual observation and not any sabermetric study of the data; but I sense the value of small ball increases as the odds of scoring during a game decreases, i.e., against quality pitching and late in games. I have a gut feeling that much of the sabermetric data was skewed by the high run production of the steroid era in MLB and the "hot" aluminum bat era in college. If the expected runs per game for each team is around five per game; giving up outs makes little sense. When it drops to 2-3 as it does in the MLB play-offs; then small ball probably makes more sense. Again, I have no firm data to back that with; just intuitive thought.
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gordosan said...
You need to look a little deeper at that metric. Its fairly intuitive that giving away outs will decrease the total numbers of runs scored. That's a little different from the metric that the LHN showed, which isn't intuitive and may be somewhat skewed by a relatively small sampling size , and probably is controlled for the quality of batter coming to the plate with a man on first.
This again is completely intuitive and based on casual observation and not any sabermetric study of the data; but I sense the value of small ball increases as the odds of scoring during a game decreases, i.e., against quality pitching and late in games. I have a gut feeling that much of the sabermetric data was skewed by the high run production of the steroid era in MLB and the "hot" aluminum bat era in college. If the expected runs per game for each team is around five per game; giving up outs makes little sense. When it drops to 2-3 as it does in the MLB play-offs; then small ball probably makes more sense. Again, I have no firm data to back that with; just intuitive thought.





Small ball supporters take note.