However, having baserunners on each inning increases the chance of giving up runs, which is why WHIP is an excellent benchmark to consider when thinking about taking on a pitcher for your team. Baseball statistics are a beautiful part of the game. Scouts, managers, general managers, and fantasy baseball owners build teams based on stat lines that matter most to their squad. Finally, WHIP can find that hidden pitcher that teams overlook due to name recognition, but can make a positive impact on your team.
What is the Infield Fly Rule? Baseball GM. What is a Squeeze Play in Baseball? AA vs. AAA Baseball. What is a Knuckleball? What is a Hold in Baseball? Magic Number in Baseball. What is an Eephus Pitch? What is the Rule 5 Draft? What is a Quality Start in Baseball? It will tell you less about the pitcher, but it will…I dunno, save you time somehow? I am fully OK with them being separate. If I misunderstood that your view was that — I apologize.. I thought you were against the general concept of both combined as being valid..
No need to apologize. I actually am against the general concept of combining hits and walks into WHIP, yes, for the reasons explained in the article. But ERA is a fluky statistic as well.
I think WHIP is a little better at determining future performance. This is also a pretty solid argument against WAR, in its various flavors. I do like seeing newer stats to use as comparison as well too. As a math teacher, I like looking at and evaluating all different types of statistics but not to push WHIP aside, this article actually makes me like the WHIP stat, not the opposite as it seems to have intended.
For all the sabermetric stats out there, which are good for evaluating, actually watching and seeing the talent is more important! Sabermetrics should be used as another source involved with the whole process, but as a secondary source or used when evaluating 1A and 1B type of players.
Guess you missed that famous study done years ago by Voros McCracken that demonstrated this to be basically true. Cool article! I think you are right here. Perhaps the inclusion of whip into fantasy baseball metrics has given the average fan a false sense of statistical importance. When you really break it down, I agree, you can get a much better picture of a pitchers value by digging deeper into seperate metrics. So there it is.
Give me walks per nine inning and ks per nine innings. So I then know 3 rates that are meaningful. I also can then guess how many pitches are put into play. Now give me hard hits against the pircher and I think thats enough. Whats the acronym for that again Tim? They gave up a lot of solo shots. Niekro comes to mind. Roberts gave up solo shots. Anyway Tim , please refresh my memory regarding hard hit balls against acronym and ill leave you be. Btw, kudos to you for these dialogues.
The only problem w per nine inning numbers is nobody goes 9 innings anymore unfortunately. Going to per inning is also a way for fair comparison and closer to what pitchers do these days. Thanks but the rates per nine are not meant to mean the pitcher will go nine.
Just like ERA is earned runs per nine. The stats are meant to tell how the pitchers would look if prorated to nine. A relief pitcher with a rate of I just like seeing it related as per nine.
A pitcher with an ERA of 5. And giving up 5. Please login to leave a reply. Log in Register. Username or Email Address. Remember Me. Go To Pro Hockey Rumors. Go To Hoops Rumors. Comments I believe Daniel Okrent also believes he and that restaurant bunch invented fantasy baseball as well.
Strat-O-Matic was pretty genius way back when. Great game! Have you played Out of the Park? U can use any of these stats analytics to guide u. Baseball Savant is the best site for statcast data 3. GREAT site!! Thanks for the tip mlb A pitcher can be both with a good mix of pitches and command of the strike zone. It is just like the stock market: past performance is no guarantee of future results.
Remember the original computer saying, GIGO garbage in, garbage out. Kris Davis disagrees with you. Kris Davis batted. So, he agrees. Take for example, the AL batting average for the past 5 full seasons: No more no less. It tells you what the results were.
I think WHIP works best as a comparison stat, rather than a defining one. Great article, please consider more of these. This was incredibly helpful. Thank you. Funny stuff, Cey Hey. Good timing, I needed it. A stat to measure DH reaction time when told to pick up a glove. Whip is fine on hot chocolate. The simple fact it eliminates all balls in the field of play…. Useless stat. So yeah. I remember! BUT, I am glad you took the time to write out your rationale. Errors, of course, would not factor into that; walks, HBP, total bases, etc 2.
Sounds kinda like an OPS-Against stat. Clever lol 1. The SP who went 8 strong should get the W 2. Trying to figure out how strikeouts, walks, and groundballs are new, made-up, intricate stats… 1. Using RBIs to judge a hitter is similar to using wins to judge a pitcher.
W-L is still the gold standard of pitching stats!! Change my mind. I think it points out that ERA itself is so noisy, that predicting it has a certain ceiling. You make an excellent point. The closer it is to 1, the stronger the correlation between the two variables. Got it. Thanks again.
Whip is a perfectly fine measure to use- I wish it would include hbp and discount IBB but those are so minor you get a pretty good initial read from just using whip Ofc its not an end all be all but its going to lead you on the right path from the outset if you look over multiple years Another oldy but goody is simple k:bb. Statcast ofc gives you a whole other set of variables for deeper dives 1. Have you ever noticed Sabermetricians always pontificate about twice as much as required? Ah ok.
Makes more sense now. The statistic is used in both professional baseball and college baseball to measure the effectiveness of pitchers , although it can also be applied to other positions on the diamond.
For example, a batter with a high WHIP would have difficulty getting on base because he or she keeps swinging at pitches and missing or hitting balls that go right to fielders. When a pitcher has a high WHIP, what does that tell you? Unfortunately, it means they are either walking or hitting batters too often. A high WHIP is what you would expect from a pitcher who has poor control of the ball. However, what about pitchers with low numbers for this statistic?
The key to what a low WHIP means is in the word itself. A pitcher that has less than one hit or walks per inning pitched will be difficult for opponents to score against, and they should have more success keeping their own batters from getting on base. On average, pitchers who record-high numbers of strikeouts will also tend to have lower WHIPs, but what you really want to look for is a pitcher who gives up very few walks and hits combined.
There are two ways to calculate WHIP. The first way is simple: total up how many hits and how many walks the pitcher has given up, then divide one by the other.
For example, if a pitcher gave up 40 hits over 50 innings pitched or 0. That same pitcher would have given up 15 walks over those 50 innings, so he could also calculate his WHIP by dividing how many walks 15 by how many innings pitched to find the average of 0.
The second way to calculate WHIP is slightly more complicated, but it allows you to determine how many baserunners a pitcher has allowed on average per inning. To do this, you need to calculate how many total runners a pitcher has allowed, how many of those were eventually stranded on base or left on base , and how many innings that pitcher pitched. To find the first two numbers, you would take all batters who reached base safely against the pitcher during an inning then divide by how many innings they played in.
To find how many of those were left on base or stranded after an out was recorded against them during that same innings, take the total number of runners who made it on base and divide by how many of them were left on after an out was recorded for example, if two of three runners got stranded in four innings pitched, you would have a 0.
To figure out how many baserunners per inning the pitcher has allowed when all is said and done, add together how many batters reached base safely , how many of those reached base but were eventually left on after an out was recorded during that same innings, and how many batters played.
For example, if a pitcher gave up three hits in four innings pitched with two outs recorded against the only batter who made it to first base each time he batted—that would be five total runners reaching base safely three hits plus two walks with how many of those runners eventually stranded on base after an out was recorded during that same innings?
Two, so you would add five and two together to get seven total baserunners. Calculating how many baserunners per inning allowed is the key to finding WHIP using this formula:.
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