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looks like someone has a case of the Fridays.i bet it is nice....too bad it couldn't be summarized to a more accessible format. i don't feel like downloading, and adjusting computer settings.....my loss
you got that right, but it's about overlooks like someone has a case of the Fridays.i bet it is nice....too bad it couldn't be summarized to a more accessible format. i don't feel like downloading, and adjusting computer settings.....my loss
I think that category is just a "bonus" for you to peruse. It's not meant to tell you to take Snelling over Peterson.I've noticed it seems to benefit DL and OL more becuase if they are 300+ lbs and still run a 4.6 then their SSR will be better. It just gives you an idea of the freakish athletes some of those hogs can be. Ofcourse your skill players probably won't rate as high because they are smaller and faster.Nice Work. Will say though that the SSR value as-is isn't particularly informative to me. Seems to heavily favor weight over speed in terms of "value".To me, 220 and 4.39 (Paterson) is MUCH more impressive than 235, 4.64 (Jason Snelling), but Snelling's SSR is "better". I'd suggest a different formula for that calculated value.Unless I am missing something?
I hear you. I'm sure they didn't intend for it to be the #1 thing to look at. I'm just saying that within a given position group (in this case RBs, but WRs I think will be the same), I would hope it might give a better indication than it does of general "size/speed ratio". In my mind, Peterson has a MUCH MUCH better size/speed ratio than Snelling (who I just picked as an example), but he has a lower SSR. Problem is the fairly arbitrary calculation used to arrive at the SSR. Weight dominates the result more than it should. Basically it works out to the heavier a player is, the better his SSR almost regardless of speed and I don't think that is what they were trying to accomplish there.To give non-player examples:If a 235 pounder runs a 4.40 he gets 7.31 and a 250 pounder running a 4.60 gets a 7.37. Which has a better size/speed ration to you?Another:230 pounder runs a silly 4.30 and gets a 7.31, and he by FAR has a better size/speed ration than the other two in my book.Warpig said:I think that category is just a "bonus" for you to peruse. It's not meant to tell you to take Snelling over Peterson.I've noticed it seems to benefit DL and OL more becuase if they are 300+ lbs and still run a 4.6 then their SSR will be better. It just gives you an idea of the freakish athletes some of those hogs can be. Ofcourse your skill players probably won't rate as high because they are smaller and faster.Holy Schneikes said:Nice Work. Will say though that the SSR value as-is isn't particularly informative to me. Seems to heavily favor weight over speed in terms of "value".To me, 220 and 4.39 (Paterson) is MUCH more impressive than 235, 4.64 (Jason Snelling), but Snelling's SSR is "better". I'd suggest a different formula for that calculated value.Unless I am missing something?
Samardija is the #54 WRThe Man With No Name said:Awesome. He doesn't have Samardija on there, but I would bet some team will draft him late.
D'oh! Missed him somehow. That's pretty far down.Samardija is the #54 WRThe Man With No Name said:Awesome. He doesn't have Samardija on there, but I would bet some team will draft him late.
Samardija is down in the 400s. I didn't add Kiper's value to the sheet since he says Samardija has declared that he is going to play baseball, not football.The Man With No Name said:Awesome. He doesn't have Samardija on there, but I would bet some team will draft him late.
Hi, there. This is Bob, the author of the sheet. I hope this doesn't sound as defensive as it might. I totally agree with you that taken by itself and used to compare one player to another, you have to be careful. The application of it within the sheet was meant to compare RBs to RBs, OLs to OLs, etc. This was done by dividing the player's individual SSR by the positional average. That is what was used in the formula for the overall rating. Thus, if a player's SSR was 7.5 and the positional SSR was 7.25, the individual's "overall average" was boosted by about 15 percent. The end result is an accordian affect on the entire list.If you look at previous year's sheets, I had separate listings for ratings, those with SSR and those without. Maybe I'll provide that next year if there's enough people want it.I hear you. I'm sure they didn't intend for it to be the #1 thing to look at. I'm just saying that within a given position group (in this case RBs, but WRs I think will be the same), I would hope it might give a better indication than it does of general "size/speed ratio". In my mind, Peterson has a MUCH MUCH better size/speed ratio than Snelling (who I just picked as an example), but he has a lower SSR. Problem is the fairly arbitrary calculation used to arrive at the SSR. Weight dominates the result more than it should. Basically it works out to the heavier a player is, the better his SSR almost regardless of speed and I don't think that is what they were trying to accomplish there.To give non-player examples:If a 235 pounder runs a 4.40 he gets 7.31 and a 250 pounder running a 4.60 gets a 7.37. Which has a better size/speed ration to you?Another:230 pounder runs a silly 4.30 and gets a 7.31, and he by FAR has a better size/speed ration than the other two in my book.Warpig said:I think that category is just a "bonus" for you to peruse. It's not meant to tell you to take Snelling over Peterson.I've noticed it seems to benefit DL and OL more becuase if they are 300+ lbs and still run a 4.6 then their SSR will be better. It just gives you an idea of the freakish athletes some of those hogs can be. Ofcourse your skill players probably won't rate as high because they are smaller and faster.Holy Schneikes said:Nice Work. Will say though that the SSR value as-is isn't particularly informative to me. Seems to heavily favor weight over speed in terms of "value".To me, 220 and 4.39 (Paterson) is MUCH more impressive than 235, 4.64 (Jason Snelling), but Snelling's SSR is "better". I'd suggest a different formula for that calculated value.Unless I am missing something?
Interesting thought. Since it's easily downloadable from the website, we could tweak it at the last minute and still have it available. I'll see what we can do along that line next year.One other thought. I'm thinking we might plug in the actual position a player was taken and compare it with the "Overall ranking". Maybe show hits, +/- 1s, +/- 2s, etc. Then again, if we start getting +/-87s, we might rethink that. LOL!The only problem I see with this are that the rankings are a snapshot of when the publications came out and then adjusted for speed/strength. If there was a way of putting in a last minute "hype quotient" for things like the Branch stress fracture rumor, it would be absolutely perfect!
Didn't sound defensive at all, but I'm not sure you understand what I am getting at.I WAS comparing RBs to RBs etc. But if the relative SSRs between players is not accurate the effect it has on the overall average is not doing anything helpful either. If you actually look at my examples you'll see what I was talking about. If a 230 guy running a 4.3 has the same ratio as the 235 guy running a 4.4, both of those guys are going to get the same "boost" to their overall, and that just doesn't make sense. The 4.3 guy has an obvious SSR advantage in theory, but the formula gives the same value.If the SSR has no value in terms of comparing players at a given position, why use it at all?I'm honestly not trying to crap on your list, I think the concept is great and the composite numbers are great. Even the SSR concept is good. I just think it is not telling you what you think it is. The formula was arbitrary (I assume), so tweeking the formula (maybe for next year) shouldn't hurt anything.The thing is, a full tenth in 40 time is a HUGE difference when you think about the fact that extreme range in times is probably only 3 tenths. But a full tenth is only worth as much as about 5 pounds in the current formula.Aside from theory, in practical terms it means that all the heavy guys (like Snelling) are getting bigger "boosts" than they really deserve (particularly when it is more than Peterson's "boost").Edit: going back to look at receivers. Another good example is Meachum vs Bowe, where Bowe's 220 4.52 gives a better boost than Meachem's 210 4.39. Should be pretty easily the other way around. Then look at Matt Trannon at 232 and 4.67 with the 2nd highest ratio on the board at WR. A guy with those numbers should NOT be getting any kind of boost relative to guys like Meachum and Bowe (and all the rest for that matter) for having a "superior" size/speed ratio.At TE, Greg Olson (255, 4.51) has the same ratio as Ben Patrick at (268, 4.74).At FB, Leron McClain who ran a 4.86 at 258 gets a bigger speed ratio boost than Brian leonard who ran a 4.56 at 240?Hi, there. This is Bob, the author of the sheet. I hope this doesn't sound as defensive as it might. I totally agree with you that taken by itself and used to compare one player to another, you have to be careful. The application of it within the sheet was meant to compare RBs to RBs, OLs to OLs, etc. This was done by dividing the player's individual SSR by the positional average. That is what was used in the formula for the overall rating. Thus, if a player's SSR was 7.5 and the positional SSR was 7.25, the individual's "overall average" was boosted by about 15 percent. The end result is an accordian affect on the entire list.If you look at previous year's sheets, I had separate listings for ratings, those with SSR and those without. Maybe I'll provide that next year if there's enough people want it.I hear you. I'm sure they didn't intend for it to be the #1 thing to look at. I'm just saying that within a given position group (in this case RBs, but WRs I think will be the same), I would hope it might give a better indication than it does of general "size/speed ratio". In my mind, Peterson has a MUCH MUCH better size/speed ratio than Snelling (who I just picked as an example), but he has a lower SSR. Problem is the fairly arbitrary calculation used to arrive at the SSR. Weight dominates the result more than it should. Basically it works out to the heavier a player is, the better his SSR almost regardless of speed and I don't think that is what they were trying to accomplish there.To give non-player examples:If a 235 pounder runs a 4.40 he gets 7.31 and a 250 pounder running a 4.60 gets a 7.37. Which has a better size/speed ration to you?Another:230 pounder runs a silly 4.30 and gets a 7.31, and he by FAR has a better size/speed ration than the other two in my book.Warpig said:I think that category is just a "bonus" for you to peruse. It's not meant to tell you to take Snelling over Peterson.I've noticed it seems to benefit DL and OL more becuase if they are 300+ lbs and still run a 4.6 then their SSR will be better. It just gives you an idea of the freakish athletes some of those hogs can be. Ofcourse your skill players probably won't rate as high because they are smaller and faster.Holy Schneikes said:Nice Work. Will say though that the SSR value as-is isn't particularly informative to me. Seems to heavily favor weight over speed in terms of "value".To me, 220 and 4.39 (Paterson) is MUCH more impressive than 235, 4.64 (Jason Snelling), but Snelling's SSR is "better". I'd suggest a different formula for that calculated value.Unless I am missing something?
Hi, this is Bob. Most of the 40 times came from the first web site I used to initially populate the spreadsheet. It was easy to copy and paste into the spreadsheet and saved me beaucoup time in typing. The problem was that there seem to be quite a few discrepancies in the data. Next year I'll try to incorporate combine figures as much as I can.Let me also thank everyone for the kind words. Trust me... I enjoyed putting this together as much as you all seem to have enjoyed looking at it.See you next year... with a few more new "features".Any idea where the 40 times are from. I've noticed that many are different from what players actually ran at the combine.
Bob, again. Point well taken. It should be pretty easy to come up with a way to tweak it and make favour speed slightly over size. I'll see what I can come up with.Didn't sound defensive at all, but I'm not sure you understand what I am getting at.I WAS comparing RBs to RBs etc. But if the relative SSRs between players is not accurate the effect it has on the overall average is not doing anything helpful either. If you actually look at my examples you'll see what I was talking about. If a 230 guy running a 4.3 has the same ratio as the 235 guy running a 4.4, both of those guys are going to get the same "boost" to their overall, and that just doesn't make sense. The 4.3 guy has an obvious SSR advantage in theory, but the formula gives the same value.If the SSR has no value in terms of comparing players at a given position, why use it at all?I'm honestly not trying to crap on your list, I think the concept is great and the composite numbers are great. Even the SSR concept is good. I just think it is not telling you what you think it is. The formula was arbitrary (I assume), so tweeking the formula (maybe for next year) shouldn't hurt anything.The thing is, a full tenth in 40 time is a HUGE difference when you think about the fact that extreme range in times is probably only 3 tenths. But a full tenth is only worth as much as about 5 pounds in the current formula.Aside from theory, in practical terms it means that all the heavy guys (like Snelling) are getting bigger "boosts" than they really deserve (particularly when it is more than Peterson's "boost").Edit: going back to look at receivers. Another good example is Meachum vs Bowe, where Bowe's 220 4.52 gives a better boost than Meachem's 210 4.39. Should be pretty easily the other way around. Then look at Matt Trannon at 232 and 4.67 with the 2nd highest ratio on the board at WR. A guy with those numbers should NOT be getting any kind of boost relative to guys like Meachum and Bowe (and all the rest for that matter) for having a "superior" size/speed ratio.At TE, Greg Olson (255, 4.51) has the same ratio as Ben Patrick at (268, 4.74).At FB, Leron McClain who ran a 4.86 at 258 gets a bigger speed ratio boost than Brian leonard who ran a 4.56 at 240?Hi, there. This is Bob, the author of the sheet. I hope this doesn't sound as defensive as it might. I totally agree with you that taken by itself and used to compare one player to another, you have to be careful. The application of it within the sheet was meant to compare RBs to RBs, OLs to OLs, etc. This was done by dividing the player's individual SSR by the positional average. That is what was used in the formula for the overall rating. Thus, if a player's SSR was 7.5 and the positional SSR was 7.25, the individual's "overall average" was boosted by about 15 percent. The end result is an accordian affect on the entire list.If you look at previous year's sheets, I had separate listings for ratings, those with SSR and those without. Maybe I'll provide that next year if there's enough people want it.I hear you. I'm sure they didn't intend for it to be the #1 thing to look at. I'm just saying that within a given position group (in this case RBs, but WRs I think will be the same), I would hope it might give a better indication than it does of general "size/speed ratio". In my mind, Peterson has a MUCH MUCH better size/speed ratio than Snelling (who I just picked as an example), but he has a lower SSR. Problem is the fairly arbitrary calculation used to arrive at the SSR. Weight dominates the result more than it should. Basically it works out to the heavier a player is, the better his SSR almost regardless of speed and I don't think that is what they were trying to accomplish there.To give non-player examples:If a 235 pounder runs a 4.40 he gets 7.31 and a 250 pounder running a 4.60 gets a 7.37. Which has a better size/speed ration to you?Another:230 pounder runs a silly 4.30 and gets a 7.31, and he by FAR has a better size/speed ration than the other two in my book.I think that category is just a "bonus" for you to peruse. It's not meant to tell you to take Snelling over Peterson.I've noticed it seems to benefit DL and OL more becuase if they are 300+ lbs and still run a 4.6 then their SSR will be better. It just gives you an idea of the freakish athletes some of those hogs can be. Ofcourse your skill players probably won't rate as high because they are smaller and faster.Nice Work. Will say though that the SSR value as-is isn't particularly informative to me. Seems to heavily favor weight over speed in terms of "value".To me, 220 and 4.39 (Paterson) is MUCH more impressive than 235, 4.64 (Jason Snelling), but Snelling's SSR is "better". I'd suggest a different formula for that calculated value.Unless I am missing something?
Bob, if you need a hand with things, let me know. You're moving in the right direction.Bob, again. Point well taken. It should be pretty easy to come up with a way to tweak it and make favour speed slightly over size. I'll see what I can come up with.Didn't sound defensive at all, but I'm not sure you understand what I am getting at.I WAS comparing RBs to RBs etc. But if the relative SSRs between players is not accurate the effect it has on the overall average is not doing anything helpful either. If you actually look at my examples you'll see what I was talking about. If a 230 guy running a 4.3 has the same ratio as the 235 guy running a 4.4, both of those guys are going to get the same "boost" to their overall, and that just doesn't make sense. The 4.3 guy has an obvious SSR advantage in theory, but the formula gives the same value.If the SSR has no value in terms of comparing players at a given position, why use it at all?I'm honestly not trying to crap on your list, I think the concept is great and the composite numbers are great. Even the SSR concept is good. I just think it is not telling you what you think it is. The formula was arbitrary (I assume), so tweeking the formula (maybe for next year) shouldn't hurt anything.The thing is, a full tenth in 40 time is a HUGE difference when you think about the fact that extreme range in times is probably only 3 tenths. But a full tenth is only worth as much as about 5 pounds in the current formula.Aside from theory, in practical terms it means that all the heavy guys (like Snelling) are getting bigger "boosts" than they really deserve (particularly when it is more than Peterson's "boost").Edit: going back to look at receivers. Another good example is Meachum vs Bowe, where Bowe's 220 4.52 gives a better boost than Meachem's 210 4.39. Should be pretty easily the other way around. Then look at Matt Trannon at 232 and 4.67 with the 2nd highest ratio on the board at WR. A guy with those numbers should NOT be getting any kind of boost relative to guys like Meachum and Bowe (and all the rest for that matter) for having a "superior" size/speed ratio.At TE, Greg Olson (255, 4.51) has the same ratio as Ben Patrick at (268, 4.74).At FB, Leron McClain who ran a 4.86 at 258 gets a bigger speed ratio boost than Brian leonard who ran a 4.56 at 240?Hi, there. This is Bob, the author of the sheet. I hope this doesn't sound as defensive as it might. I totally agree with you that taken by itself and used to compare one player to another, you have to be careful. The application of it within the sheet was meant to compare RBs to RBs, OLs to OLs, etc. This was done by dividing the player's individual SSR by the positional average. That is what was used in the formula for the overall rating. Thus, if a player's SSR was 7.5 and the positional SSR was 7.25, the individual's "overall average" was boosted by about 15 percent. The end result is an accordian affect on the entire list.If you look at previous year's sheets, I had separate listings for ratings, those with SSR and those without. Maybe I'll provide that next year if there's enough people want it.I hear you. I'm sure they didn't intend for it to be the #1 thing to look at. I'm just saying that within a given position group (in this case RBs, but WRs I think will be the same), I would hope it might give a better indication than it does of general "size/speed ratio". In my mind, Peterson has a MUCH MUCH better size/speed ratio than Snelling (who I just picked as an example), but he has a lower SSR. Problem is the fairly arbitrary calculation used to arrive at the SSR. Weight dominates the result more than it should. Basically it works out to the heavier a player is, the better his SSR almost regardless of speed and I don't think that is what they were trying to accomplish there.To give non-player examples:If a 235 pounder runs a 4.40 he gets 7.31 and a 250 pounder running a 4.60 gets a 7.37. Which has a better size/speed ration to you?Another:230 pounder runs a silly 4.30 and gets a 7.31, and he by FAR has a better size/speed ration than the other two in my book.I think that category is just a "bonus" for you to peruse. It's not meant to tell you to take Snelling over Peterson.I've noticed it seems to benefit DL and OL more becuase if they are 300+ lbs and still run a 4.6 then their SSR will be better. It just gives you an idea of the freakish athletes some of those hogs can be. Ofcourse your skill players probably won't rate as high because they are smaller and faster.Nice Work. Will say though that the SSR value as-is isn't particularly informative to me. Seems to heavily favor weight over speed in terms of "value".To me, 220 and 4.39 (Paterson) is MUCH more impressive than 235, 4.64 (Jason Snelling), but Snelling's SSR is "better". I'd suggest a different formula for that calculated value.Unless I am missing something?
ya know.....I thought 2008 version was up, grrrJust wanted to give this thread a bump to bring it to the attention of any newbies here. Can't wait for the 2008 edition.