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Why do people think stud WRs are more valuable... (1 Viewer)

Obviously the answer is BIf you agree that the value of WRs are not flat at the top, then you would prefer to get a stud WR early before the dropoff occurs. But, since RB value drops off considerably also, it's hard to argue that WRs are more valuable than RBs in the early rounds.
Aaron,I am talking abut rounds 6 and seven, not 1 and 2.If the Wr's flatten out at the end (30-36) but the Qb's and Rb's available at this place are not, then you are better off taking Wr36 and rb30 (as is the case in Brew's assertion) than taking wr 30 and rb 36. His assertion that wr's flatten out make Harrison more valuable, not less
 
One question though, if I address this again using antsports mock drafts for 2 and 3 WR leagues and then tie back in to last year's numbers for predicted results would you accept that as addressing how other positions are selected/valued?
In Antsports' 2-WR leagues, Harrison is going at 1.10.63 and Owens is going at 1.12.00.In the no-TE-required leagues (basically 3-WR leagues), Harrison is going at 1.10.00 and Owens is going at 1.10.85So people are taking the stud WRs earlier in the 3-WR leagues than in the 2-WR leagues.I understand you're arguing they are wrong to do so, but how would you prove that point by looking at the mock drafts? (I don't think using last year's fantasy points would be helpful.)
 
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In Antsports' 2-WR leagues, Harrison is going at 1.10.63 and Owens is going at 1.12.00.In the no-TE-required leagues (basically 3-WR leagues), Harrison is going at 1.10.00 and Owens is going at 1.10.85So people are taking the stud WRs earlier in the 3-WR leagues than in the 2-WR leagues.I understand you're arguing they are wrong to do so, but how would you prove that point by looking at the mock drafts? (I don't think using last year's fantasy points would be helpful.)
Here's why I would suggested using the mock drafts. One of the biggest contentions v. my argument is that I'm not equitably taking other positions and value into account. By using mock drafts I taking real world opinions of value (assume that each team is trying to draft the best possible) and I'm assigning values based upon a neutral source, not one the I arbitarily come up with. When I say last years values, I mean WR ranking and points, not specific players and past points.Make sense or am I out in left field? Suggestions on another method?
 
Here's why I would suggested using the mock drafts.
My advice would be to do that exercise with the mock drafts if you think it would be helpful or persuasive to you, and not to worry about whether it will convince anyone else.I personally think the best method is to just look at x-values in 2-WR leagues vs. 3-WR leagues based on my projections, instead of trying to look at mock drafts. But if you think it would be helpful to figure out total scores using mock drafts for your own sake, I wouldn't discourage you from doing it just because it won't persuade other people. Persuading other people is far secondary to getting the right answer for yourself, so go ahead and do whatever you think will help you get the right answer for yourself.

 
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Bass-I am not sure the best way to approach you theory. THe key though, is to embrace both sides of the situation as if they were your own. If Team 1 drafts wr2 and wr3 later than team one because he has a stud- that means he is drafting other depth or positions earlier. You must take this into consideration before you determine how the situation plays out.HEre is what I would suggest:Make a draft where position where each team has drafted two wr's. Compare the analysis.Now go at least two more rounds where each team drafts a third wr. Let each team draft where it should in a serpentine draft. Evaluate how both picks affect the teams point production. Honestly ask yourself who you think is the best player for each squad to draft. Evaluate again. IF wr values flatten out, that is more reason to pick later than earlier in the places where the flattening occurs. RB values do not flatten out until the 50's or later, so it seems there is value by getting to pick your running backs 30 as opposed to 40. There doesn't seem to be value gained by drafting wr30 well before wr 40.Sorry about the moron comment. It was rude.

 
BnB, besides crunching the numbers, here's another thought experiment you might enjoy trying. MT said earlier that adding another slot at a position makes the same players at that position be drafted earlier. If they are drafted earlier (and people are drafting properly), then they have more value. Correct? So let's put that to the test.

Start with a 1 QB, 2 RB, 1 WR, 1 TE league (12 teams). What value does WR12 have? What players at QB, RB, TE would be expected to have around the same amount of value?

Ok, now same league, with a 2nd WR slot added. We've added a round to the draft, but also added 12 more WRs who should be drafted after WR12. So unless he loses value compared to other positions, he can't slide.

Is WR12 in the start 2 league still equal in value to the same QB, RB, and TE as you said before? Or should he be taken ahead of those players at other positions? If you think he should be taken earlier, that means his value has increased vs other positions, and so his value has increased to your team as a whole.

If you're still with me... look at each WR above him. You could either repeat the entire process with WR11, WR10, etc. Or look at the difference between each WR and the one before him, and whether that stays constant in 1 and 2 (and 3) WR leagues. A WR who is 5 points better than the one below him is 5 points more valuable... ask yourself, does that spread between WR11 and WR12 change with the change in starting lineups? Did WR12's value increase relative to the other positions, but WR11's didn't? Or did WR11 gain about the same amount of value that WR12 did?

Unless you answered differently than I think you did, this line of questioning shows that adding a position should cause players at that position to be drafted earlier. The only way this wouldn't be the case would be if the curve was completely flat from WR12 to WR24 (in my example). The slope of the line is going to definitely affect how much value gain WR12 (and everyone above him) gains... but that gain is always going to be positive if the curve is not completely flat.

 
all this is is someone who has logic supported by examples that he has cherry picked and there is no way he will say he is wrong.like i said before, do independent research and draw conclusions, dont start with the conclusion and back into the research. do a vbd/avt based upon 2wrls and 3wrls, and you will see that when compared to qbs,tes,rbs,defs,and ks, the value of the wr increses in 3wrls. this cannot be refuted. to keep posting dropoffs and if team A had wr 1, 18, 36 and team B has wrs 6, 12, 18 and on and on and on and on and on and on and on and on, proves nothing. do an avt/vbd for your scoring system and you will see, historically speaking, what the best values are.

 
I looked at the relative values of WRs in my draft sheets so far, realizing of course that things may change beetween now and a draft:start 3 league:Top Bucket: 4 RBs2nd Bucket: 4 rbs, 2 qbs, 4 wrs3rd bucket: 2 RBs, 2 QBs, 4 wrsstart 2 league:Top Bucket: 4 RBs2nd Bucket: 2 QBs, 3 RBs3rd Bucket: 2 QBs, 4 WRs, 2 RBs4th bucket: 2 QBs, 4 WRs, 4 RBsstart 3 league w/ 1 pt/receptionTop Bucket: 4 rbs, 1 wr2nd Bucket: 4 rbs, 4 wrs3rd bucket: 2QBs, 3 Rbs, 5wrsThe Quarterback differences are due to differences in passing TD points awarded and turnover penalties. With that exception, and the 1 pt/rec rule in the last league, scoring is the same in each league, and I used the same projections in each league to generate my x numbers (worst starter baseline).What I'm seeing is that in a VBD sense, top WRs are more valuable in a start 3 league, but they are super valuable in a 1 pt/rec. league. I think this makes sense, both from the supply and demand argument and from the point of view that WRs get more receptions on the average than RBs.

 
Well I've crunched out the draft for a start 2 WR league. I haven't done the start 3WR league but I have made some interesting observations. Rather then elaborating, I'll share some of the raw data. I would be interested in any input.I went to antsports and used their avg. mock draft data to do a sample draft. I had to move a few avg. selections around a couple of spots to make a resemble team in a couple of instances, but for the most part I got a nice roster. I then went back over the last three years and tied avg. pts/game to each selection (min. of 8 starts). Here are the teams in draft order (serpentine), start 1/2/2/11. R1 R20 Q2 R27 W15 W25 W26 Q18 (stub rb but couldn't resist vick)2. R2 Q1 W4 W14 W16 R34 W27 R38 (heavy wr)3. R3 R19 W5 Q5 W17 Q10 D1 W33 (the tampa owner)4. R4 R18 W6 R26 Q6 W24 W28 T6 (typically shark)5. R5 R17 W7 W13 Q7 W23 W29 R37 (heavy WR)6. R6 R16 Q3 W12 W18 R33 W30 Q17 (couldn't resist C-pep sliding)7. R7 R15 R21 R25 Q8 W22 Q11 W32 (super stud rb theory)8. R8 W3 W8 T2 R28 Q9 Q12 R36 (air attack)9. R9 R14 R22 R24 T3 W21 Q13 Q16 (likes his sleeper wr)10. W1 R13 W9 R23 R29 W20 T4 Q15 (harrison owner)11. W2 R12 Q4 T1 W19 R32 R35 W31 (likes his rb sleepers)12. R10 R11 W10 W11 R30 R31 Q14 T5 (balanced)edited teams to eliminate QB x 3 on team 8.Next I will present the 3 year avg. pts/game (from FBG.com) for each selection. But first some interesting factiods.- r1 27/24/27, r2 20/17/21 better make that first pick a good one.- r14 14/12/14, r37 8/8/7 there's a steeper drop between r1 and r2 then r14 and r37- w14 10/10/10, w24 9/9/9 talk about a flat slope in a hurry- t2 8/8/7, t3 7/7/7, t4 7/7/7, t5 6/6/6, t6 6/6/6 TE scoring is very consistantr1 = 26r2 = 19 r3-4 = 18r5-6 = 17r7 = 16r8-10 = 15r11-13 = 14r14-15 = 13r16-19 = 12r20-23 = 11r24-27 = 10r28-29 = 9r30-33 = 8r34-38 = 7t1 = 9t2 = 8t3-4 = 7t5-6 = 6q1 = 25q2 = 23q3-4 = 22q5-6 = 21q7 = 20q8-9 = 19q10-11 = 18q12-14 = 17q15-18 = 16w1 = 16w2 = 15w3 = 14w4 = 13w5-7 = 12w8-12 = 11w13-18 = 10w19-24 = 9w25-33 = 8Now using best starter for 16 games I get weekly teams averages of the following. For teams w/o TE they were assigned 4 pts based on history. The team that still didn't have a 2nd WR was given 7 pts for that spot. I also don't have (could use some help) team 3's defensive advantage factored in.1. 822. 783. 774. 765. 756. 767. 698. 769. 6810. 7511. 7712. 74That's best starters. That hinders the teams that drafted depth before filling starters. My next step will be to factor in byes and injuries by coming up with an average # of games missed by position. Once I've done that I'll re-calculated the average weekly scores.I'd appreciate any input on the process. I have yet to draw any conclusions until I complete this study as suggested by others here.

 
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My input would be that you may find something interesting, but I don't think this method is going to show you anything that can be tied to the question at hand. There are two many different factors in it that will affect the result. For example, using mock draft results for a single year's players and then plugging in points for them that come from a different source (3 year averages).If I were investigating it, I would try to isolate all the factors that affect the outcome except for the one you want to change. Use the same draft strategy for every team, whether VBD, dynamic VBD, or best available. Use one season's real results in terms of PPG and conduct the draft using those. Get your results and then repeat the steps exactly except this time you're doing it for the 3 WR league instead of the 2.Mock ADPs shouldn't be used. We don't know what the value of each player is that went into why the player is being drafted where they were. We won't be able to see if a change in Harrison's draft spot is because people didn't draft according to the value, or because the value changed.

 
The first set of data was an average of 100+ mocks. I'm assuming that owners always draft the best player available for their particular team. 100+ results should provide a good window into what people are thinking. If I did a straight VBD draft I would need projections which would create another set of issues. The first set of data was for a 2WR league. The next will be for a 3WR league. This should take into account the impact of 2WR v. 3WR when people make their selections. On a side note, I'm learning a lot going through this exercise.

 
The first set of data was an average of 100+ mocks. I'm assuming that owners always draft the best player available for their particular team. 100+ results should provide a good window into what people are thinking. If I did a straight VBD draft I would need projections which would create another set of issues. The first set of data was for a 2WR league. The next will be for a 3WR league. This should take into account the impact of 2WR v. 3WR when people make their selections.

On a side note, I'm learning a lot going through this exercise.
Combining 3 years of historical stats is making projections. The only difference is that the mock drafts weren't done using that set of projections. How is combining one set of projections with drafts based on different projections better? How is it even meaningful? The mock drafts will have been done with the 2003 perception that QBs are a dime a dozen, which the historicals won't show accurately. The 2000 RBs are going to create extra depth at RB that the mock drafters know doesn't exist in 2003. They aren't the same thing.

This is like calculating your car's miles per gallon by dividing the number of miles you drove in your car by the number of gallons someone else put in their own car. You'll get a result, sure, but it won't mean anything.

 
I agree with shirtless. After the first two or three WRs, it is a crapshoot. Bottom line. But, the other variable here is that there are 64 starting WRs and 32 RBs. I'd much rather get my 3 RB before my #2 WR any day of the week. I'm in mock drafts right now to practice for the WCOFF draft in Vegas which starts 2 RB and 3 WR with a flex position which pretty much means 3 RB and 3 WR if you're smart. In this situation and a 12 team league, I might skip WRs altogether and go with at least 4 and maybe 5 RBs with my first five picks as long as they're all starters. Supply and demand issues are tough to deal with when you've drafted 2 WRs in the first 4 rounds leaving you with only 2 RBs that will be starting... You can have the Chad Johnson's and Chris Chambers' of the world. I'll take Emmit Smith as my 4th starting RB and my depth will carry me to a championship. I'll just pick up scrub WRs through free agency.

 
Combining 3 years of historical stats is making projections. AGREED.The only difference is that the mock drafts weren't done using that set of projections. BASED UPON WHAT I'M SEEING (HISOTICAL NUMBERS REPEATING THEMSELVES) THEY SHOULD BE.How is combining one set of projections with drafts based on different projections better? How is it even meaningful? The mock drafts will have been done with the 2003 perception that QBs are a dime a dozen, which the historicals won't show accurately. The 2000 RBs are going to create extra depth at RB that the mock drafters know doesn't exist in 2003. They aren't the same thing.ONE OF THE BIGGEST REBUTTALS THAT I ORGINALLY FACED WAS THAT I WASN'T TAKING SUPPLY AND DEMAND INTO ACCOUNT. I INITIALLY DIDN'T FACTOR THIS IN AND WAS TOLD THAT IT WAS AN OVERSIGHT. THIS RUN THRU SHOULD CORRECT THAT. I'LL STILL BE ABLE TO USE THIS SAME DATA TO CREATE A 'PERFECT DRAFT' AND SEE IF THERE'S ANY DIFFERENCE.

 
1. R1 R20 Q2 R27 W15 W25 W26 Q18 (stud rb but couldn't resist vick)2. R2 Q1 W4 W14 W16 R34 W27 R38 (heavy wr)3. R3 R19 W5 Q5 W17 Q10 D1 W33 (the tampa owner)4. R4 R18 W6 R26 Q6 W24 W28 T6 (typically shark)5. R5 R17 W7 W13 Q7 W23 W29 R37 (heavy WR)6. R6 R16 Q3 W12 W18 R33 W30 Q17 (couldn't resist C-pep sliding)7. R7 R15 R21 R25 Q8 W22 Q11 W32 (super stud rb theory)8. R8 W3 W8 T2 R28 Q9 Q12 R36 (air attack)9. R9 R14 R22 R24 T3 W21 Q13 Q16 (likes his sleeper wr)10. W1 R13 W9 R23 R29 W20 T4 Q15 (harrison owner)11. W2 R12 Q4 T1 W19 R32 R35 W31 (likes his rb sleepers)12. R10 R11 W10 W11 R30 R31 Q14 T5 (balanced)Best Starter Total Points (rank)1. 82 (1) 2. 78 (2)3. 77 (3)4. 76 (5)5. 75 (8)6. 76 (5)7. 69 (11)8. 76 (5)9. 68 (12)10. 75 (8)11. 77 (3)12. 74 (10)Total Points w/ injury and bye week factors (rank)1. 77.4 (1)2. 73.0 (3)3. 71.7 (6)4. 73.9 (2)5. 70.6 (9)6. 71.8 (5)7. 67.0 (11)8. 71.6 (8)9. 65.2 (12)10. 71.7 (6)11. 72.2 (4)12. 69.1 (10)

 
Team................Roster.............................Raw Pts.......Factored Pts1. R1 R20 Q2 R27 W15 W25 W26 Q18......82 (1)............77.4 (1)2. R2 Q1 W4 W14 W16 R34 W27 R38.......78 (2)............73.0 (3)3. R3 R19 W5 Q5 W17 Q10 D1 W33..........77 (3)............71.7 (6)4. R4 R18 W6 R26 Q6 W24 W28 T6...........76 (5)............73.9 (2)5. R5 R17 W7 W13 Q7 W23 W29 R37........75 (8)............70.6 (9)6. R6 R16 Q3 W12 W18 R33 W30 Q17.......76 (5)............71.8 (5)7. R7 R15 R21 R25 Q8 W22 Q11 W32........69 (11)..........67.0 (11)8. R8 W3 W8 T2 R28 Q9 Q12 R36..............76 (5)............71.6 (8)9. R9 R14 R22 R24 T3 W21 Q13 Q16..........68 (12)..........65.2 (12)10. W1 R13 W9 R23 R29 W20 T4 Q15........75 (8)............71.7 (6)11. W2 R12 Q4 T1 W19 R32 R35 W31........77 (3)............72.2 (4)12. R10 R11 W10 W11 R30 R31 Q14 T5.....74 (10)..........69.1 (10)1/2/2/1 Lineup RequirementI'll probably tweak these rosters just a bit to try to maximize points. Obviously drafting 4 RBs in the first four picks isn't a good plan unless you can trade one later for better value at another spot. I typically draft RB heavy and do a lot of trading. This might explain my typical slow start.

 
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all this is is someone who has logic supported by examples that he has cherry picked and there is no way he will say he is wrong.like i said before, do independent research and draw conclusions, dont start with the conclusion and back into the research. do a vbd/avt based upon 2wrls and 3wrls, and you will see that when compared to qbs,tes,rbs,defs,and ks, the value of the wr increses in 3wrls. this cannot be refuted. to keep posting dropoffs and if team A had wr 1, 18, 36 and team B has wrs 6, 12, 18 and on and on and on and on and on and on and on and on, proves nothing. do an avt/vbd for your scoring system and you will see, historically speaking, what the best values are.
Heavy-set, I think your idea is a good one.This has been an excellent topic, however, with all that's been said, can someone now "summarize" under which format Harrison has more value in? 2WR or 3WR format? I play in a 1QB, 2RB and 3WR format, and I have been of the belief that the "Top 3" WR's are much more valuable when you play in a league that starts 3WR's, and after having read this entire thread, I am not sure.
 
all this is is someone who has logic supported by examples that he has cherry picked and there is no way he will say he is wrong.like i said before, do independent research and draw conclusions, dont start with the conclusion and back into the research. do a vbd/avt based upon 2wrls and 3wrls, and you will see that when compared to qbs,tes,rbs,defs,and ks, the value of the wr increses in 3wrls. this cannot be refuted. to keep posting dropoffs and if team A had wr 1, 18, 36 and team B has wrs 6, 12, 18 and on and on and on and on and on and on and on and on, proves nothing. do an avt/vbd for your scoring system and you will see, historically speaking, what the best values are.
Heavy-set, I think your idea is a good one.This has been an excellent topic, however, with all that's been said, can someone now "summarize" under which format Harrison has more value in? 2WR or 3WR format? I play in a 1QB, 2RB and 3WR format, and I have been of the belief that the "Top 3" WR's are much more valuable when you play in a league that starts 3WR's, and after having read this entire thread, I am not sure.
Quick Summary...Majority say: The WR baseline is lower in a 3 WR league so WRs and stud WRs are more valuable in a 3 WR league.A couple lone voices say: The drop off between the stud WRs and the rest of the WRs is so steep that limiting the numbers of WR limits the ability of the non-stud owners to catch up. Essentially the more players you add, the lower % of the total WR the stud WRs are.
 
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Once you get pased the top 5, WR's are like Kickers - Almost the same fantasy #'s and very inconsistant. There are so many you can pick up off the waiver wire during the season. You just have to pay attention - Last year I picked up C Johnson and the year before M Booker. I'd fill a needed position before I take a #2 or 3# WR and get more value at RB or QB during the draft.

 
A couple lone voices say: The drop off between the stud WRs and the rest of the WRs is so steep that limiting the numbers of WR limits the ability of the non-stud owners to catch up.
Bass-Can you just talk me through this? This is the part of your assertion I don't get.

You have said through the thread that is flattening out of WR's around 22 that makes Harrison more valuable in wr 2 than wr3. Above you say there is a steep curve. This to me makes no sense.

this may be confusing

IF the curve did not flatten out, and the team with the stud wr waited on to get wr's and drafted the worst possible wr(36) and wr36 was much worse than wr30- then the team drafting the middle wr's could catch up.

However, if there is a steep curve that flattens out, then adding players at the bootm end of flat part does not help anyone. In fact, it hurts the people that draft first from the flattened area, because others can get value from picking players at positions that are not yet flattened (rb's or qb's). However, in your scenario, the team that does not go with the stud wr is doing exactly this-drafting wr's where this little value- wr30 as opposed to wr36.

I really think that you are extrapolating comments from the FAD draft- that Troy Brown and Derrick Mason are worh more than Randy Moss and a scrub in that format and trying to extrapolate that to a start 3. THis does not work for the following reasons-

1)The team that drafted wr6 is going to start him every week barring injury (why wouldn't they, he is the 6th best wr in the league.) So now they have two later guys not 3-one starter is a lock. Team with Stud has two other guys that are very similar two the original teams scrubs that will on average score very similar to them. They have an even greater chance of outscoring wr6 that the guys on the other team have of outproducing wr1.

2)you must pick starters in most leagues.

3)In a start 2 wr league you may get by only playing 4 wr's all year.

In a start 3 league ever team will often have to start a number 5 or 6 wr once or twice. There is a greater chance that one of your wr's that you must tstart will be out, either for injury or bye. You may hit a double bye. These players score even less than less on an average basis than Harrison. Having to start 3 wr opens up a whole other tier (although this tier continues to be flat, it is lower than the wr3 tier). TIm Dwight(or someone like him), barring injury/bye week calamity or homerism, should not have started in a start 2 wr 12 team league. He, or someone like him would have started in a start 3 league.

Ex: Last year there was not much difference between Thrash and Finneran(wr3's)-they averaged about 7.5-7.8 points per game. Ther wasn't much diffence between Tim Dwight and Marc Boerighter (wr5's)- they both averaged 5.6 points per game. There was a real differnce between Thrash and Dwight- let alone Dwight and Harrison.

THis helps Harrison

 
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Heavy-set, I think your idea is a good one.This has been an excellent topic, however, with all that's been said, can someone now "summarize" under which format Harrison has more value in? 2WR or 3WR format? I play in a 1QB, 2RB and 3WR format, and I have been of the belief that the "Top 3" WR's are much more valuable when you play in a league that starts 3WR's, and after having read this entire thread, I am not sure.
All WRs from 1-24 are more valuable in a 3 WR league than in a 2 WR league. Again, simple thought experiment that shows it must be so.Picture in your mind a 1 QB, 2 RB, 2 WR draft. No backups for simplicity. Draft ends at round 5. Assume everyone drafts wisely, so that each WR has a more valuable player above him and a less valuable player below him.Now what happens if you increase it to 3 WRs and add a 6th round? If WRs 1-24 keep the exact same value, they can't move in relation to the RBs and QBs. If they lose value they should slide further in the draft. If they gain value they should move up in the draft.Now, you have 12 new WRs (24-36) to be drafted, and a new round. Those 12 WRs must be picked after WR 24 since they are obviously less valuable than him. Presumably you have WR24 being one of the last picks of round 5. So if the WRs 1-24 don't gain any value, this means a proper draft for a 1 QB, 2 RB, 3 WR league should have close to 12 WRs being taken in the last round if you think WR 1-24 hold their value constant... and if they slide, you're going to be moving up RBs and QBs past them and more than the last 12 picks will be WRs.It should be obvious to anyone in FF that this isn't right. The last RBs and QBs should slip from the end of round 5 into the end of round 6, and other QBs and RBs ahead of them will also shift down slightly. The net effect is that all WRs move up in value compared to other positions.
 
A couple lone voices say: The drop off between the stud WRs and the rest of the WRs is so steep that limiting the numbers of WR limits the ability of the non-stud owners to catch up.
Bass-Can you just talk me through this? This is the part of your assertion I don't get.

You have said through the thread that is flattening out of WR's around 22 that makes Harrison more valuable in wr 2 than wr3. Above you say there is a steep curve. This to me makes no sense.

this may be confusing

IF the curve did not flatten out, and the team with the stud wr waited on to get wr's and drafted the worst possible wr(36) and wr36 was much worse than wr30- then the team drafting the middle wr's could catch up.

However, if there is a steep curve that flattens out, then adding players at the bootm end of flat part does not help anyone. In fact, it hurts the people that draft first from the flattened area, because others can get value from picking players at positions that are not yet flattened (rb's or qb's). However, in your scenario, the team that does not go with the stud wr is doing exactly this-drafting wr's where this little value- wr30 as opposed to wr36.

I really think that you are extrapolating comments from the FAD draft- that Troy Brown and Derrick Mason are worh more than Randy Moss and a scrub in that format and trying to extrapolate that to a start 3. THis does not work for the following reasons-

1)The team that drafted wr6 is going to start him every week barring injury (why wouldn't they, he is the 6th best wr in the league.) So now they have two later guys not 3-one starter is a lock. Team with Stud has two other guys that are very similar two the original teams scrubs that will on average score very similar to them. They have an even greater chance of outscoring wr6 that the guys on the other team have of outproducing wr1.

2)you must pick starters in most leagues.

3)In a start 2 wr league you may get by only playing 4 wr's all year.

In a start 3 league ever team will often have to start a number 5 or 6 wr once or twice. There is a greater chance that one of your wr's that you must tstart will be out, either for injury or bye. You may hit a double bye. These players score even less than less on an average basis than Harrison. Having to start 3 wr opens up a whole other tier (although this tier continues to be flat, it is lower than the wr3 tier). TIm Dwight(or someone like him), barring injury/bye week calamity or homerism, should not have started in a start 2 wr 12 team league. He, or someone like him would have started in a start 3 league.

Ex: Last year there was not much difference between Thrash and Finneran(wr3's)-they averaged about 7.5-7.8 points per game. Ther wasn't much diffence between Tim Dwight and Marc Boerighter (wr5's)- they both averaged 5.6 points per game. There was a real differnce between Thrash and Dwight- let alone Dwight and Harrison.

THis helps Harrison
rabidfireweasel...I'll try to state my position a little clearer (note: I'm not arguing that WR as a whole are less valuable in a S3L v. S2L, I'm just talking about an individual stud).Let's assume that an owner thinks Harrison is the WR1 and that as a whole he'll put up solid numbers from week to week (otherwise he wouldn't be drafting him first). If he's correct, the math shows that he'll score around 16 points/week. Every other owner will then be drafting from a pool that ranges that ranges from 11-15 and averages about 12 if they draft the 2-12 ranked WRs. That's a guaranteed 4 point average advantage. In reality that average will be better since some people will draft WRs that are not in the 2-12 range and will score less points. For simplicity let's assume that the Harrison will average 5 points more then the every other owner in a S1L and that the other owners will at least get a top 24 WR. That means their window is 9-15.

Now if we expand this to a S2L, the Harrison owner still has his 16 points and is now drafting a WR from a pool of WR that score between 7-15 points that will likely average around 10 points. Every other owner now has a WR that will score between 9-15 and one that will score between 7-15. and average around 10 points.

Harrison owner: low=23 pt, average=26pt, high=31pt

Other owners: low=16 pt, average=21pt, high=29pt

The difference between a S1L and S2L is that the 5pt advantage that was just about guaranteed is still just a 5pt average advantage, but now the possibility exists with the overlap in potential scoring ranges that the Harrison owner has a weaker WR corp.

Now if we expand to a S3L, all owners are drafting from a pool of WR that score between 6-15 points that will likely average around 8 points.

Harrison owner: low=29 pt, average=34 pt, high=45 pt

Other owners: low=22 pt, average=29 pt, high=42 pt

The difference between a S2L and S3L is that the 5pt average advantage is still 5pt, but now the overlap in potential scoring ranges significantly an it's much more likely that the Harrison owner has a weaker WR corp.

In summary...

S1L: Harrison owner's average = 16 pt, every other owner 9-15 pt.

S2L: Harrison owner's average = 26 pt, every other owner 16-29 pt.

S3L: Harrison owner's average = 34 pt, every other owner 22-42 pt.

In all cases, the average point difference between the Harrison owner and the other owners stays at 5 points. In terms of percentage of the other owner's average points to the Harrison owner's average points, you get the following.

S1L: 11/16 = 69%

S2L: 21/26 = 81%

S3L: 29/34 = 85%

As the starting positions expand, the other owner's on average are closing the gap % wise on the Harrison owner.

Note: I know relative value to other postions and the impact of demand will be brought up as a counter. I'm still working on that angle. Let me reiterate that I'm not arguing the importance of WRs as a whole goes down between S2L v. S3L, I'm arguing that the draft position of WR1 (aka Harrison) should not be elevated. It should remain the same or slightly decrease.

rabidfireweasel...I can see where my statements have been all over the map. When defending my position against so many attacks on different fronts, it's hard to stay focused on the original idea and not get drawn off course. I'm not arguing against baselines or their validity. Maybe they cover the population as a whole and individuals within that population may have more or less value (especially on the extremes like WR1). I agree with you regarding everything about FanEx and am actually arguing this case based solely on picking starters, not best starter.

w1 = 16

w2 = 15

w3 = 14

w4 = 13

w5-7 = 12

w8-12 = 11

w13-18 = 10

w19-24 = 9

w25-33 = 8

 
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I'll try to state my position a little clearer (note: I'm not arguing that WR as a whole are less valuable in a S3L v. S2L, I'm just talking about an individual stud).
the league i run, 10 teams, 1 point per recpetion, yards divided by 10, tds = 6 points.using the stats from , i beleive it was 1996-2001 (i did this last year, i dont believe i counted rushing #s)3wrl. (value stems from the baseline of 30wrs)wr1-328 avg pts, 168 valuewr2-309 avg pts, 149 valuewr3-290 avg pts, 130 value2wrl. (point are the same)wr1-value, 118wr2 value, 100wr3 value, 81it took 120+ posts to answer your question of, why do people think stud wrs are more valuebale? becasue they are.
 
I'll try to state my position a little clearer (note: I'm not arguing that WR as a whole are less valuable in a S3L v. S2L, I'm just talking about an individual stud).
the league i run, 10 teams, 1 point per recpetion, yards divided by 10, tds = 6 points.using the stats from , i beleive it was 1996-2001 (i did this last year, i dont believe i counted rushing #s)3wrl. (value stems from the baseline of 30wrs)wr1-328 avg pts, 168 valuewr2-309 avg pts, 149 valuewr3-290 avg pts, 130 value2wrl. (point are the same)wr1-value, 118wr2 value, 100wr3 value, 81it took 120+ posts to answer your question of, why do people think stud wrs are more valuebale? becasue they are.
Can we at least agree that they're not more valuable to relative to one another? Your numbers demonstrate that.Also I'm still talking about the stud WR not the group as a whole.Of course I could just point to my numbers above and stay that they aren't because they aren't. ;) Still digging into the angle you're looking at.
 
Note: I know relative value to other postions and the impact of demand will be brought up as a counter. I'm still working on that angle. Let me reiterate that I'm not arguing the importance of WRs as a whole goes down between S2L v. S3L, I'm arguing that the draft position of WR1 (aka Harrison) should not be elevated. It should remain the same or slightly decrease.
Oh, I see where the disagreement is coming from.Yes, you're right. If you have a league composed entirely of WRs, no other positions... then WR1 is probably less valuable in a league that starts 2 or 3 or 4 WRs than in a league that starts 1. If you have him in 1 WR league you know you've won. If you have him in a 2 WR league, he helps you win but obviously his contribution to the team effort is less. Which is what your example shows. When the only concept of value is comparing a guy to others at his position, I agree that he'll lose value.However, as soon as you add QBs and RBs, that isn't the case. Adding more players at a single position shifts the entire group up the draft board, including WR1.
 
the league i run, 10 teams, 1 point per recpetion, yards divided by 10, tds = 6 points.using the stats from , i beleive it was 1996-2001 (i did this last year, i dont believe i counted rushing #s)

3wrl. (value stems from the baseline of 30wrs)

wr1-328 avg pts, 168 value

wr2-309 avg pts, 149 value

wr3-290 avg pts, 130 value

2wrl. (point are the same)

wr1-value, 118

wr2 value, 100

wr3 value, 81
Of course I could just point to my numbers above and stay that they aren't because they aren't. :D

Still digging into the angle you're looking at.

actually, there are only 1 set of #s. and they arent "my" numbers. they are THE numbers. run a avt/vbd for 2wrls and 3wrls and you will see.

"your" numbers are the problem. ;)

 
Oh, I see where the disagreement is coming from.Yes, you're right. If you have a league composed entirely of WRs, no other positions... then WR1 is probably less valuable in a league that starts 2 or 3 or 4 WRs than in a league that starts 1. If you have him in 1 WR league you know you've won. If you have him in a 2 WR league, he helps you win but obviously his contribution to the team effort is less. Which is what your example shows. When the only concept of value is comparing a guy to others at his position, I agree that he'll lose value.However, as soon as you add QBs and RBs, that isn't the case. Adding more players at a single position shifts the entire group up the draft board, including WR1.
If WR1 (Harrison) is more valuable than other WRs in a S2L (as you just implied) compared to a S3L...why wouldn't his value relative to other positions also increase? That seems to be the implication of your statement, and I believe the argument that BnB is proposing.When you shift from a S2L to a S3L, does that affect the value of players at other positions much...or does it just make WRs in general more valuable? If it mainly affects the value of WRs, then all WRs should be bumped up a notch. But, perhaps the stud WRs should be bumped up slightly more in terms of value than the remaining WRs.On a related note...how does consistency factor into VBD and other drafting models? For example, if the top WRs score consistently each week, while the lower tier WRs score much less consistently, shouldn't that be taken into consideration when drafting? While a WR having a huge game could put you over the top on any given week...it might also come during a week when you didn't need it. Meanwhile, the same WR who scores 20+ points for you 1 week might follow that up with several weeks of < 5 points when your team desperately needed just an average game from that position. Thus, WRs who are most consistent from week to week (i.e., the top 3) should be more valuable in a S2L than they are in a S3L. Right?I'm not a VBD expert so correct me if I'm wrong, but isn't the value of players based on year-end projections and comparison to the worst starter at that position? Depending on league type and scoring, consistency could be an important factor to consider when drafting. Consistency seems to be the underlying reason for the suggestion that Stud WRs are more valuable in S2L than they are in S3L, even though the value of WRs in general may decrease.
 
If WR1 (Harrison) is more valuable than other WRs in a S2L (as you just implied) compared to a S3L...why wouldn't his value relative to other positions also increase? That seems to be the implication of your statement, and I believe the argument that BnB is proposing.
using the same avt/vbd #s from my first example.in my 10 team, start qb,2rb,3wr,te,k,def with all tds 6 points, (-2 ints), all carries divided by 10, all catches = 1 point, passing yds divided by 20, rush/rec yards divided by 10,. the avt/vbd i have did not take into consideration tes,def,or ks., but in the 3wr format, wr1 = the 4th best value on the board. (168 is the vaule)in the 2wr format, wr1 = 12th best value on the board. (118 is the value)in fact using the 3wrl, 10 of the top 20 best values are wrs. 2wrl, 2 wrs made the top 20.
 
If WR1 (Harrison) is more valuable than other WRs in a S2L (as you just implied) compared to a S3L...why wouldn't his value relative to other positions also increase? That seems to be the implication of your statement, and I believe the argument that BnB is proposing.
using the same avt/vbd #s from my first example.in my 10 team, start qb,2rb,3wr,te,k,def with all tds 6 points, (-2 ints), all carries divided by 10, all catches = 1 point, passing yds divided by 20, rush/rec yards divided by 10,. the avt/vbd i have did not take into consideration tes,def,or ks., but in the 3wr format, wr1 = the 4th best value on the board. (168 is the vaule)in the 2wr format, wr1 = 12th best value on the board. (118 is the value)in fact using the 3wrl, 10 of the top 20 best values are wrs. 2wrl, 2 wrs made the top 20.
That doesn't really answer either of my questions. I understand that, according to VBD models, WRs will have more value in S3Ls than they will in S2Ls. That is very clear since the "value" is determined by the baseline of the worst starter (i.e., WR24 in a S2L or WR36 in a S3L) and the baseline will always be lower in S3L leagues.I think the difference in consistency is being ignored in those types of models, however.Here are some examples of why consistency matters (using 1pt/rec, 1pt/10yds, and 6pts/TD):Marvin Harrison (1st ranked WR overall) weekly point totals from 2002:13, 31, 19, 30, 27, 16, 15, 27, 32, 40, 22, 19, 17, 38, 29, 9He had 0 weeks that could be considered statistical outliers (+2 SDs away from average), and his average was 24 points per week.Amani Toomer (7th ranked WR overall) weekly point totals from 2002:22, 13, 14, 7, 21, 4, 4, 8, 19, 24, 25, 15, 16, 16, 48, 8The week he scored 48 points was a huge outlier (although it came in Week 16 which was most league's championship game), and removing it drops his average scoring from 16.5 all the way down to 14.4.Isaac Bruce (16th ranked WR overall) weekly point totals from 2002:11, 15, 8, 15, 7, 18, 10, 6, 44, 20, 15, 13, 15, 4, 8, 15The week he scored 44 points was pretty much a statistical outlier, and removing it drops his average scoring total from 14 points all the way down to 12.So, what I'm wondering is, how do VBD or other available draft models account for differences in consistency such as these? Since many leagues are H2H, basing value solely on year-end projections and stats seems problematic and somewhat flawed. Seems to me that a more complete conception of a player's value would have to include information about totals, averages, standard deviation, and the lowest and highest scoring weeks. Granted, those things are very hard to predict, but past performance is usually a solid indicator of a player's propensity to have 1 or 2 huge stat-inflating weeks per year, or to put up a consistent number of points on a weekly basis. Then, player selection and "value" would be determined partly by whether you are looking for a steady contributor or a boom-or-bust player.
 
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If WR1 (Harrison) is more valuable than other WRs in a S2L (as you just implied) compared to a S3L...why wouldn't his value relative to other positions also increase? That seems to be the implication of your statement, and I believe the argument that BnB is proposing.
His value relative to other positions wouldn't be expected to behave the same as his value towards his own position does. A: In a WR-only league, adding more WRs lessens the percentage of overall points that a single WR contributes. So the value of any single WR to the team diminishes.

B: In a real league, adding more WRs increases the percentage of overall points that a team's group of WRs contribute to the team. This makes WRs as a group gain value compared to other positions.

So how do both of those show up in our real leagues?

WR1 scores 100 points above the worst WR

WR2 scores 80 points above the worst WR

We add more WRs which effectively lowers the worst WR by 10 points (talk about an extremely flat WR curve!). Now WR1 makes 110 points and WR makes 90 points over the baseline. Before, WR2 scored 80% of WR1's points. Now he scores 81.8% of WR1's points.

WR2's increase helped him more than WR1's increase helped because his points were lower to start with. The net effect is what BnB is saying, that the gap between WR2 and WR1 is less. The 10 point increase really helped out someone who previously was only 10 points above the baseline.

But the reality is that we don't care about that. The 1.8% change between WR1 and WR2 is insignificant vs the fact that both players moved up 10 points compared to other positions.

On a related note...how does consistency factor into VBD and other drafting models?
The articles I've seen dealing with consistency seem to suggest that consistency is not something that can be predicted. To sum them up, consistency in the past is not an accurate predictor of consistency in the future, and RBs aren't more consistent than WRs, they just score more.
 
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I think the difference in consistency is being ignored in those types of models, however.So, what I'm wondering is, how do VBD or other available draft models account for differences in consistency such as these?
simply put, they dont.vbd/avt are just useful guides. run them on new scoring systems and new roster requirements to see how they change values of the different positions etc., this will give you an idea where players/positions SHOULD be drafted.as for me, i already know that just about every projection made will be wrong, which will render every value wrong. so, i rank my players without projections, based upon several factors, consistency being one of them.
 
vbd/avt are just useful guides. run them on new scoring systems and new roster requirements to see how they change values of the different positions etc., this will give you an idea where players/positions SHOULD be drafted.as for me, i already know that just about every projection made will be wrong, which will render every value wrong. so, i rank my players without projections, based upon several factors, consistency being one of them.
OK, so in keeping with the topic of this thread:A. Stud WRs (top 3) are more consistent than Non-Stud WRs. (Obviously true)B. Consistency is more important in a S2L than it is in a S3L. (Possibly true)C. Thus, Stud WRs are more valuable in S2L than they are in S3L. (True if B is true)Ignoring VBD for a minute, what do you guys think about the statements made above? Maybe this is too different from what BnB is trying to show, but I see the consistency of the top 3 WRs as the main source of their increased value in a S2L. While consistency is indeed difficult to predict, I think most would agree with statement A above.While B is likely a matter of opinion more than anything, I think having a consistent producer becomes more important the fewer starting positions there are. With only 2 starting WR spots, yes you should be able to put together a solid group of WRs to choose from each week. But, you will also often find yourself with bench players who outscore your starters. For reasons such as those, I would tend to value stud WRs more in a S2L than in a S3L, although the difference is probably smaller than I'm suggesting here.Regardless, I'm just trying to come up with a valid reason for why a Stud WR could be considered more valuable in a S2L and this argument seems reasonable to me (unless one just assumes that consistency is impossible to predict with any certainty whatsoever).
 
vbd/avt are just useful guides. run them on new scoring systems and new roster requirements to see how they change values of the different positions etc., this will give you an idea where players/positions SHOULD be drafted.as for me, i already know that just about every projection made will be wrong, which will render every value wrong. so, i rank my players without projections, based upon several factors, consistency being one of them.
OK, so in keeping with the topic of this thread:A. Stud WRs (top 3) are more consistent than Non-Stud WRs. (Obviously true)B. Consistency is more important in a S2L than it is in a S3L. (Possibly true)C. Thus, Stud WRs are more valuable in S2L than they are in S3L. (True if B is true)Ignoring VBD for a minute, what do you guys think about the statements made above? Maybe this is too different from what BnB is trying to show, but I see the consistency of the top 3 WRs as the main source of their increased value in a S2L. While consistency is indeed difficult to predict, I think most would agree with statement A above.While B is likely a matter of opinion more than anything, I think having a consistent producer becomes more important the fewer starting positions there are. With only 2 starting WR spots, yes you should be able to put together a solid group of WRs to choose from each week. But, you will also often find yourself with bench players who outscore your starters. For reasons such as those, I would tend to value stud WRs more in a S2L than in a S3L, although the difference is probably smaller than I'm suggesting here.Regardless, I'm just trying to come up with a valid reason for why a Stud WR could be considered more valuable in a S2L and this argument seems reasonable to me (unless one just assumes that consistency is impossible to predict with any certainty whatsoever).
Aaron...I think these numbers also make sense for the path you're headed down.S1L: Harrison owner's average = 16 pt, every other owner 9-15 pt.S2L: Harrison owner's average = 26 pt, every other owner 16-29 pt.S3L: Harrison owner's average = 34 pt, every other owner 22-42 pt.
 
Aaron...I think these numbers also make sense for the path you're headed down.

S1L: Harrison owner's average = 16 pt, every other owner 9-15 pt.

S2L: Harrison owner's average = 26 pt, every other owner 16-29 pt.

S3L: Harrison owner's average = 34 pt, every other owner 22-42 pt.
So, I assume the next step might be to compare the average weekly team total for the Harrison owner versus the teams without a stud WR, although I'm not even sure that will be all that informative.Sidenote: If people use past performance (carries/receptions, yards, TDs, fantasy points, etc.) as an indicator of future performance, and injury history as an indicator of "injury proneness," why not also factor in an individual player's past consistency as an indicator of future consistency? Unless someone has already shown that past levels of consistency are very poorly associated with future consistency, this seems like a valid way of evaluating player value. When I say consistency, I am referring not just to year-to-year consistency, which I assume most people use to inform their projections. Rather, I am talking about a player's week-to-week consistency. In some leagues, it is likely very worthwhile to avoid "boom or bust" players that score in single digits several times while also going off for 30 or 40 points in other weeks. I guess my main point is a response to many of the comments in this thread that appear to place too much emphasis on year-end statistics and projections.

As all of us would agree, the baseline for WRs is lower in a S3L compared to a S2L. But, if an owner in a S2L has a bench WR go off a few times a year and outscores his starters, then I'd guess the difference in baselines would decrease. In other words, since S3Ls have 36 WRs starting each week, the inconsistent WRs who have big games are more likely to be in somebody's lineup on a given week. Meanwhile, in a S2L, there are only 24 WRs starting each week, so the inconsistent WRs who go off for a big week are much more likely to be sitting on someone's bench. These "wasted" points are thus much more likely to occur in S2L than they are in a S3L. Thus, by having a Stud WR, you are much more likely than other teams to maximize your point potential at the WR position. (I think this is similar to the original argument BnB was trying to make).

 
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"THis arguement makes no sense for this reason: In a 12 team start 3 WR league in 2002, it would be extraordinarily difficult to draft Bruce, Key and Smith. If you did, you made a trade to get an extra 3rd or 4th and tried to make the WR core the strength of your team." Doesn't matter. The fact is that they're more valuable in a start 3 then a start 2. Wr's go faster in a start 3 league. How hard is that? In a start 3 league, Harrison is worth more because he way above the baseline of the 36th WR. In addition, WR's in the 60's and 70's will play on occassion in a start 3 league. Rarely do Wr's in the 50's start in in start 2 league.Just because they "go faster" doesn't mean that's where they should be drafted. In a start 10 league, Harrison's baseline is astronimically above 120th.AS to your having two shots for the scrub to score equal to the stud assertion- I say your posts on the FAD draft have tainted your brain. There you don't have to pick a starter. In almost every other league, you do. That may be the case (tainted brain), but you're arguing my point. It's easier to pick starters in a start 3 then a start 2 (see your Bruce, Smith, Keyshawn example)
this is my first post on this matter but let me tell you my thoughts on what I read.......Bass I see you arguing with faulty logic and unequivelent analogies.Your argument, if i understand it, lies outside the boundaries of Fantasy football. Which means even if you are right (which I belive you are not), it is a MOOT POINT (one which is a non-factor or unprovable) Let me explain: You are arguing about the advantage taking a top WR as opposed to middle of the line WRs in a 2 starter VS. 3 starter environment. (correct me if I'm wrong)The first problem is if you restrict yourself only to talking about WRs. If you do this, then you neglect the rest of the team. Any theory which you have about this will, WITHOUT FAIL, be faulty. Fantasy football is a multiple player/position game and any hypothesis you consider without weighing the effects on other positions is MEANINGLESS and unusable in practice. ----POINT 1: Taking anumber one WR may be more valuble in a start 2 league, IF everyone only drafted WRs. But this isn't the case, there are other positions to consider.-------------- To prove me wrong on POINT 1: You would have to show that taking a WR early in a 3WR league would hurt the overall draft of a team more than in a 2WR league. Otherwise you give up to much at other positions. The second problem is stretching the number of WRs out to 10 or shrinking it down to 1. The reason your numbers look right to you is because of the point stated above. In a given talent pool, where talent decreases exponentially (as it does in most positions in FF), dependable studs are important. The percentage of studs compared to draftable players in a position does decrease when you go from a 2 starter to a 3 starter league.In case I lost you, these last 2 sentences support your argument........HOWEVER, WRs now account for a much larger percentage of fantasy points on your team each week. (you miss this point because you didn't consider the team as a whole: Point 1) EX. In standard leagues with 2 WRs, WRs can account about 22% of the total FF points.BUT in a 3 WR league, WRs can account for about 30% of the total pointsBIG DIFFERENCE!!-----POINT 2: WRs ARE more valuble in a 3 WR league because EVERYONE has more opportunity to score more points with more WRs, which makes 3 good starters a valuble commodity.--------------- To prove me wrong on POINT 2: You would have to show me why WRs in a 3WR league, while counting for a larger percentage of available fantasy points, are less valuble than those in a 2WR league (while keeping in mind the entire team (POINT 1). Your third problem is that you assume that in a 3WR league that everyone can magically pick out the sleeper WRs and beat stud WRs often. If I could do this I would win every year. Besides if I have an extra chance, so do you. Everyone gets to draft an extra WR, so the person who has Owens gets the same chance to draft the next Peerless Price or Donald Driver that I do.-------POINT 3: Just because you opponent gets an extra roster spot to beat you with dosen't mean that you don't have the same advantage. You can work the waiver wire just as much to find the next big sleeper.------------------To prove me wrong on point 3: You can'tYour forth problem is where you said that it dosent matter if coaches consider a position valuble and draft because of that. THAT is ABSURD!!!!That is the entire principle of the world stock market and modern economics! Precieved value IS real value. Its called scarcity, Supply and demand. If everybody else in the world is going to pay $100 to get a pair of Jordans, that is is the price you'll have to pay. Just because you think they are worth $10 dollars dosen't mean the company will negotiate with you, there are 200 people standing behind you willing to pony up the money. ------POINT 4: If everyone values WRs in a 3 WR league more highly than in a 2 WR league, you WILL have to draft accordingly or you will be without any good recievers. if you draft accoring to your rules all the recievers will be gone BEFORE you are willing to take them. This makes your point MOOT, unless you canget everyone who plays FF to change there mind, which from the looks of this thread isn't going to happen anytime soon.-----------------To prove me wrong on POINT 4: You would have to pull a "Beautiful Mind" and show me a possible theory that flies in the face of modern economics.
 
BnB,

Thank you for being so civil in assertions. Again, I apologize for my rudeness before.

First these are points where you are definitely correct:

1)As the WR's required increases, the stud WR scores a lower percentage of the total wr points.

2)WR numbers to flatten out into large clumps (although I would assert that the clumps or tiers are still seperable.)

These are points where you probably correct:

1)It is reasonably likely that a team that drafts a WR in round 1 will likely draft their wr2 later than some other teams.

2)Teams that drafted wr's later may be likely to grab their third earlier than some other people, to help boost that position.

3)One wr3 is not significantly better than another wr3 due to the flattening. I believe you went so far to assert that a wr4 (in the 50's) is often fairly close to many wr 3's

However, and I would belabor this anymore, this is where your arguement falls apart:

Here is where you must make a decision to what your premise is : Either A or B

A)THe team with Harrison drafts (as he is drafting likely at the end of round one) a wr3 before anyone else in round 6. Then his wr core is better than everyone else's and they are at the bback of the wr pool

(You do not seem to want to do this- and your premise is acceptable)

b)The team with harrison drafts a player other than a wr in round 6 who is better than the players drafted after him at that positions. THen you must add the value of this player to the team's valus and in a sense to Harrison's value.

If you choose B then you cannot ignore the other positions- otherwise you are essentially making the stud wr owner forfeit 6th or 7th round draft picks. I am blue in the face. I don't know how to say it anymore clearly, and I struggle to see what the flaw is in my thinking.

Every position of the draft has a value. In your hypothetical example you have everyone drafting perfectly so we don't have to deal with projections. Now if the stud owner, who is drafting perfectly drafts his wr3 in a later round than another team(which seems to be a pivotal point of your assertion), then in your scenario he is drafting a better player at another position-call it QB(6), rb(25), TE(2) or whatever you want. No matter which position you chose (and if he is drafting perfectly, he will pick the best one), not only is he drafting a better player, he is getting a better player at a position that is not flattening. He is increasing the points for his team in relation to his opponents.

Even though the stud wr owner loses a tiny bit of wr core value (you are 100% right here if he drafts a wr3 later than someone else) he more than makes up for this lost value when he gains at the other positions that he drafted higher. That is a huge part of the value of the stud wr, if you draft one and choose to take other wr's later. While ares are playing the crapshoot wr game for wr3 and wr4, you are getting better players at other positions whose total points have not dropped off. WHile you wr's points compared to the teams total points are not as much of an advantage, you have gained more points and a higher percentage at other positions.

AS to the wr catch up issue- and this is an aside. Please don't quote this for rebuttal and ignore the other parts of the post, because I know the analogy I am about to give is imperfect.

Yes, with 3 wr's the other team has a greater chance to have one wr put up a similar number to Harrison. However, the Harrison owner has two other wr's that are almost as likely to put up a big game on a given day (as the other team). More importantly, he has better players at other positions, even if these numbers wind up a wash.

Here is an imperfect but usable poker analogy. The Harrison owner has 3 of a kind after 5 cards. The other owner has a flush draw.

The flush draw may improve and hit his flush(which beats the trips), but the man with 3 of a kind is just as likely (actually more in this example) to improve to a full house.

I am done until some new ideas come up. I have been saying the same thing for too many posts.

 
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Question for everyone that keeps saying the top WRs are more valuable because they are more consistent. What do you mean by "consistent"?Do you mean they "consistently" appear in the top 5 WRs every year? Do you mean they "consistently" score closer to their average than other WRs? Or something else?

 
Question for everyone that keeps saying the top WRs are more valuable because they are more consistent. What do you mean by "consistent"?Do you mean they "consistently" appear in the top 5 WRs every year? Do you mean they "consistently" score closer to their average than other WRs? Or something else?
I was referring to both, but mainly to their week-to-week scoring consistency. In other words, if you value having a WR score consistently (less variation in their point total from week to week), then the stud WRs should be more attractive to you as an owner. I think that weekly consistency is slightly more important in a S2L for the reasons I mentioned.I haven't really looked at the consistency of the RBs yet, but I assume the RB you would have to pass on in order to select a guy like Harrison would also be pretty consistent from week to week. Thus, the draft decision would be based on whether you are more likely to find a consistent performer at RB or WR in the subsequent rounds of the draft. Therefore, I think the draft decision should be based on something more than just the end of year scoring potential of a given player. I believe starting RBs are more consistent than non-starting RBs. And, due to various reasons, backup RBs emerge all the time to put up decent numbers in some weeks.So, my point is this I guess: If you draft Harrison early, you will have an advantage over the other owners in your league at the WR position because he will likely score like a top WR from week to week. In doing so, you are obviously going to have to pass up on a quality RB, but probably not a true stud. Then, in subsequent rounds, you will likely try to add several middle tier RBs who you hope will combine to equal the RB you passed up on.Picking which RBs to start on a weekly basis is usually easier than picking the WRs. Rarely do I see RBs on someone's bench go off, but it happens with WRs all the time. So, if you have guys like Barlow, Duckett, Zereoue, Canidate, etc. there situation is likely to change somewhat during the season. Eventually, you should get a good idea of whether they will be a good player to start or not. Predicting WR performance from week to week or based on matchups seems much more difficult to me, especially once you get past the top guys.Does this make sense? If not, don't worry about it.
 
...but mainly to their week-to-week scoring consistency. In other words, if you value having a WR score consistently (less variation in their point total from week to week), then the stud WRs should be more attractive to you as an owner.  (snip)  If you draft Harrison early, you will have an advantage over the other owners in your league at the WR position because he will likely score like a top WR from week to week. (snip) Predicting WR performance from week to week or based on matchups seems much more difficult to me, especially once you get past the top guys.Does this make sense? If not, don't worry about it.
It isn't a matter for me that it doesn't make sense. It's that I don't think the stud WRs are more consistent than other WRs from a week to week standpoint. I think that they score more points from one season to the next, so I agree that they are good picks in that respect.But, neither of us really know if they are more consistent weekly without looking. So I looked. I grabbed the stats from Doug Drinen's website and threw out everything except the top 10 WRs from 2000-2002 (standard 1/10, 6/TD scoring).The standard deviation of a player's weekly scores is a measure of consistency. If a player scores 100 points and has a standard deviation of 5, it means 68% of the time, he will score within 5 points of his average (100). So 2/3 of the time he'll score from 95-105.Here are the results:
Big 3 WRs:  Average FPG:  14.7  Standard Dev:  8.1WRs 1-6 not counting Big 3  Average FPG:  12.6  Standard Dev:  7.0WRs 1-10 not counting Big 3  Average FPG:  11.8  Standard Dev:   7.0
Now I don't think it's fair to only look at the standard deviation. Though they show the Big 3 are less consistent than the other top ten WRs, I think the overall range has meaning too. So let's look at the ranges. 68% of the time, the weekly points of each group of WRs is:Big 3 WRs: 6.7 to 22.8 Top 6 WRs (excluding Big 3): 5.6 to 19.6 points a week Top 10 WRs (excluding Big 3): 4.8 to 18.8 points a week.I don't think there is enough of a difference to say that the Big 3 WRs are more consistent to a degree that matters. In fact, they are less consistent, varying by a point per week more than the other top WRs do. However, since they score more, it kind of balances out in the long run. Not saying don't take the Big 3 WRs. I'm saying, take them because they score more points. Because it doesn't look like week to week consistency is all that different between them and the other WRs. The lower end of their expected weekly points is pretty similar, it's the upper end that is where their advantage comes from.
 
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It isn't a matter for me that it doesn't make sense. It's that I don't think the stud WRs are more consistent than other WRs from a week to week standpoint. I think that they score more points from one season to the next, so I agree that they are good picks in that respect.But, neither of us really know if they are more consistent weekly without looking. So I looked. I grabbed the stats from Doug Drinen's website and threw out everything except the top 10 WRs from 2000-2002 (standard 1/10, 6/TD scoring).The standard deviation of a player's weekly scores is a measure of consistency. If a player scores 100 points and has a standard deviation of 5, it means 68% of the time, he will score within 5 points of his average (100). So 2/3 of the time he'll score from 95-105.Here are the results:

Big 3 WRs:  Average FPG:  14.7  Standard Dev:  8.1WRs 1-6 not counting Big 3  Average FPG:  12.6  Standard Dev:  7.0WRs 1-10 not counting Big 3  Average FPG:  11.8  Standard Dev:   7.0
Now I don't think it's fair to only look at the standard deviation. Though they show the Big 3 are less consistent than the other top ten WRs, I think the overall range has meaning too. So let's look at the ranges. 68% of the time, the weekly points of each group of WRs is:Big 3 WRs: 6.7 to 22.8 Top 6 WRs (excluding Big 3): 5.6 to 19.6 points a week Top 10 WRs (excluding Big 3): 4.8 to 18.8 points a week.I don't think there is enough of a difference to say that the Big 3 WRs are more consistent to a degree that matters. In fact, they are less consistent, varying by a point per week more than the other top WRs do. However, since they score more, it kind of balances out in the long run. Not saying don't take the Big 3 WRs. I'm saying, take them because they score more points. Because it doesn't look like week to week consistency is all that different between them and the other WRs. The lower end of their expected weekly points is pretty similar, it's the upper end that is where their advantage comes from.
That's basically where I was going next but haven't had time to crunch the numbers. I almost always play in 1pt/reception leagues, so that might change things a bit. But, if the numbers you just presented hold up in other scoring systems, then I'd agree Stud WRs are not more valuable in S2Ls than they are in S3Ls.I guess my basic point was that Standard Deviation and the Range of points scored from previous year(s) should be a factor when evaluating a player's value, not just their year-end statistics.My gut feeling is that there are some WRs who tend to be pretty mediocre on a weekly basis but generally put up 1 or 2 huge games per year (this may overinflate their value relative to other WRs, but those games are a statistical anomaly and shouldn't be relied on). This may help in some leagues/circumstances, but not in others. I'd prefer a WR who is going to catch at least 4 or 5 balls per week and get into the endzone consistently to a WR who may score 3 TDs one week and then barely snag 1 or 2 balls the next. I know that Marvin Harrison is a model of consistency in 1pt/rec leagues, but I'm less certain about Owens and Moss. Thus, if I believe Harrison to be a much more consistent performer than the other WRs, I might bump his value up slightly in a S2L vs. a S3L because of that (for the reasons I mentioned in an earlier post).
 
My gut feeling is that there are some WRs who tend to be pretty mediocre on a weekly basis but generally put up 1 or 2 huge games per year (this may overinflate their value relative to other WRs, but those games are a statistical anomaly and shouldn't be relied on).
If you do any work on it be sure to post it, we'd all be interested to see it.My gut feeling goes the other way. 2 years ago everyone said Shaun Alexander was one big game and not worth anything else... but the numbers from that year showed otherwise. When you removed everyone's biggest game, he was still a top 4 RB. Now this last year might lend some credence to that theory for SA, I don't know for sure. I didn't do the full crunching though I did eyeball SA's numbers to get a feel for if the same thing would happen, and I couldn't tell without digging deeper.
 
1/2/3 League1. R1 Q1 W4 R27 W16 R34 W29 W40.........92 (1).................84.7 (1)2. R2 R20 Q2 W15 R28 R33 W30 W39.........78 (7)................72.0 (8)3. R3 R19 W5 R26 Q7 W28 W31 Q18..........79 (3).................73.3 (3)4. R4 R18 W6 W14 W17 R32 Q11 Q17........80 (2).................73.6 (2)5. R5 R17 Q3 R25 W18 W27 W32 Q16........77 (9).................71.8 (9)6. R6 R16 R21 W13 Q8 W26 W33 Q15........74 (11)...............69.8 (11)7. R7 R15 W7 R24 W19 Q10 Q12 W39........75 (10)...............70.4 (10)8. R8 R14 R22 Q6 W20 W25 Q13 W38........74 (11)...............69.0 (12)9. W1 W3 W8 R23 R29 R31 Q14 W37..........78 (7)................72.4 (7)10. R9 R13 W9 W12 W21 Q9 W34 R37........79 (3)................72.5 (5)11. W2 R12 Q4 W11 W22 R30 W35 R36......79 (3)................72.5 (5)12. R10 R11 Q5 W10 W23 W24 W36 R35....79 (3)................72.6 (4)1/2/2/1 LeagueTeam................Roster.............................Raw Pts.......Factored Pts1. R1 R20 Q2 R27 W15 W25 W26 Q18......82 (1)............77.4 (1)2. R2 Q1 W4 W14 W16 R34 W27 R38.......78 (2)............73.0 (3)3. R3 R19 W5 Q5 W17 Q10 D1 W33..........77 (3)............71.7 (6)4. R4 R18 W6 R26 Q6 W24 W28 T6...........76 (5)............73.9 (2)5. R5 R17 W7 W13 Q7 W23 W29 R37........75 (8)............70.6 (9)6. R6 R16 Q3 W12 W18 R33 W30 Q17.......76 (5)............71.8 (5)7. R7 R15 R21 R25 Q8 W22 Q11 W32........69 (11)..........67.0 (11)8. R8 W3 W8 T2 R28 Q9 Q12 R36..............76 (5)............71.6 (8)9. R9 R14 R22 R24 T3 W21 Q13 Q16..........68 (12)..........65.2 (12)10. W1 R13 W9 R23 R29 W20 T4 Q15........75 (8)............71.7 (6)11. W2 R12 Q4 T1 W19 R32 R35 W31........77 (3)............72.2 (4)12. R10 R11 W10 W11 R30 R31 Q14 T5.....74 (10)..........69.1 (10)Alright, I've now crunched the numbers for for a S2L and a S3L. Here's whst I've noticed.1. Despite what people claim, WR are not drafted significantly earlier in a S2L v. a S3L. Basically the drafts mirror each other until such time that a the rest of the roster has been filled and some RB/QB back-ups are in place. Then the 3rd WR is drafted. Those that draft a 4th WR gain little advantage because the drop off to the next tier of WR is neglible and lost to the drop off at the other positions. It doesn't matter what the baselines say if people are ignoring them.2. The stud WR still is a larger percentage of the totally weekly points in a S2L v. a S3L, thereby more important to that team's success each week.3. The stud WR teams finished lower in rank in the S3L v. the S2L, although is a statistical wash. I also might be able to further optimize the teams, but I'll do that later.4. These mock drafts lineup precisely with the 3 year average by position at RB and WR. Meaning that the WR start getting drafted when the RB average points fall to that exact level. This trend continues all the way though the 40th spots at each position. It's uncanny how exact the numbers came out.I've now prove my assertion three different ways...1. Looking at the numbers solely inside the WR position between a S2L and a S3L.2. Looking at WR numbers from a S1L out to S(infinity)L perspective.3. Looking at the WR numbers as they relate to real mock drafts in both a S2L and a S3L to weigh in relative demand to other positions.The general comment I was challanging was "I'm taking Harrison (stud WR1) rather then a RB at this spot because it's a (WR) S3L not a S2L." In my opinion after looking at this several different ways, he's no more valuable at position X in a S3L then a S2L (and may even be less valuable).

 
1. R1 Q1 W4 R27 W16 R34 W29 W40.........92 (1).................84.7 (1)
What does that mean?Edit: I understand the roster stuff, but what are raw points and factored points?
 
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What does that mean?Edit: I understand the roster stuff, but what are raw points and factored points?
Raw points are just working through and getting a weekly total based upon the best starter (1st QB, 1st 2 RB, etc.). I realized that this penalized teams picking up depth early so I re-worked that number to factor in injuries and byes weeks. I calculated the average time lost by position to injury and bye weeks over the last three years based upon ppg ranking (as a side note: I did throw out the flier high ppg players who only had a game or two and were scrubs when doing those rankings). I then factored in a back-up to cover this lost production from the available selections. This helped the teams that drafted depth before filling out a roster first. QB's missed 3 weeks on average, RB's 3 weeks, and WR's 2 weeks.
 
1/2/3 League1. R1 Q1 W4 R27 W16 R34 W29 W40.........92 (1).................84.7 (1)2. R2 R20 Q2 W15 R28 R33 W30 W39.........78 (7)................72.0 (8)3. R3 R19 W5 R26 Q7 W28 W31 Q18..........79 (3).................73.3 (3)4. R4 R18 W6 W14 W17 R32 Q11 Q17........80 (2).................73.6 (2)5. R5 R17 Q3 R25 W18 W27 W32 Q16........77 (9).................71.8 (9)6. R6 R16 R21 W13 Q8 W26 W33 Q15........74 (11)...............69.8 (11)7. R7 R15 W7 R24 W19 Q10 Q12 W39........75 (10)...............70.4 (10)8. R8 R14 R22 Q6 W20 W25 Q13 W38........74 (11)...............69.0 (12)9. W1 W3 W8 R23 R29 R31 Q14 W37..........78 (7)................72.4 (7)10. R9 R13 W9 W12 W21 Q9 W34 R37........79 (3)................72.5 (5)11. W2 R12 Q4 W11 W22 R30 W35 R36......79 (3)................72.5 (5)12. R10 R11 Q5 W10 W23 W24 W36 R35....79 (3)................72.6 (4)1/2/2/1 LeagueTeam................Roster.............................Raw Pts.......Factored Pts1. R1 R20 Q2 R27 W15 W25 W26 Q18......82 (1)............77.4 (1)2. R2 Q1 W4 W14 W16 R34 W27 R38.......78 (2)............73.0 (3)3. R3 R19 W5 Q5 W17 Q10 D1 W33..........77 (3)............71.7 (6)4. R4 R18 W6 R26 Q6 W24 W28 T6...........76 (5)............73.9 (2)5. R5 R17 W7 W13 Q7 W23 W29 R37........75 (8)............70.6 (9)6. R6 R16 Q3 W12 W18 R33 W30 Q17.......76 (5)............71.8 (5)7. R7 R15 R21 R25 Q8 W22 Q11 W32........69 (11)..........67.0 (11)8. R8 W3 W8 T2 R28 Q9 Q12 R36..............76 (5)............71.6 (8)9. R9 R14 R22 R24 T3 W21 Q13 Q16..........68 (12)..........65.2 (12)10. W1 R13 W9 R23 R29 W20 T4 Q15........75 (8)............71.7 (6)11. W2 R12 Q4 T1 W19 R32 R35 W31........77 (3)............72.2 (4)12. R10 R11 W10 W11 R30 R31 Q14 T5.....74 (10)..........69.1 (10)Alright, I've now crunched the numbers for for a S2L and a S3L.  Here's whst I've noticed.1. Despite what people claim, WR are not drafted significantly earlier in a S2L v. a S3L.  Basically the drafts mirror each other until such time that a the rest of the roster has been filled and some RB/QB back-ups are in place.  Then the 3rd WR is drafted.  Those that draft a 4th WR gain little advantage because the drop off to the next tier of WR is neglible and lost to the drop off at the other positions.  It doesn't matter what the baselines say if people are ignoring them.2. The stud WR still is a larger percentage of the totally weekly points in a S2L v. a S3L, thereby more important to that team's success each week.3. The stud WR teams finished lower in rank in the S3L v. the S2L, although is a statistical wash.  I also might be able to further optimize the teams, but I'll do that later.4. These mock drafts lineup precisely with the 3 year average by position at RB and WR.  Meaning that the WR start getting drafted when the RB average points fall to that exact level.  This trend continues all the way though the 40th spots at each position.  It's uncanny how exact the numbers came out.I've now prove my assertion three different ways...1. Looking at the numbers solely inside the WR position between a S2L and a S3L.2. Looking at WR numbers from a S1L out to S(infinity)L perspective.3. Looking at the WR numbers as they relate to real mock drafts in both a S2L and a S3L to weigh in relative demand to other positions.The general comment I was challanging was "I'm taking Harrison (stud WR1) rather then a RB at this spot because it's a (WR) S3L not a S2L."  In my opinion after looking at this several different ways, he's no more valuable at position X in a S3L then a S2L (and may even be less valuable).
your entire post means nothing. again do the research, draw the conclusions. dont have the conclusion and then justify it with cherry picked examples that dont answer the question. using the same avt/vbd #s from my first example.in my 10 team, start qb,2rb,3wr,te,k,def with all tds 6 points, (-2 ints), all carries divided by 10, all catches = 1 point, passing yds divided by 20, rush/rec yards divided by 10,. the avt/vbd i have did not take into consideration tes,def,or ks., but in the 3wr format, wr1 = the 4th best value on the board. (168 is the vaule)in the 2wr format, wr1 = 12th best value on the board. (118 is the value)in fact using the 3wrl, 10 of the top 20 best values are wrs. 2wrl, 2 wrs made the top 20. if you play in a quality league, and people understand the concept of value, how can you come up with "Despite what people claim, WR are not drafted significantly earlier in a S2L v. a S3L" read the statements above. the avt/vbd #s dont lie." :rotflmao: also, in a wr2l , wr1 scores more of a percentage of a teams points because the starting roster is smaller and wr1 still scores the same amount of points no matter how many wrs you start. in wr1 leagues, wr1 will still score the same amount of points but becasue the rosters are smaller and the scores are lower, the % increases. value isnt determined by what % a player scores of a teams point total when comparing different league sizes. value is determined by the scoring differences between players of the same position and then comparing that difference with the scoring difference of other positions for THE LEAGUE YOU ARE PLAYING IN. the largest # = the best value. simple vbd. also, looking at the #s solely fromt he wr position, is not only meaningless, but it has nothing to do with value. its the comparision of positions that matters.also, mock drafts and creating teams with ficticious rosters does nothing and proves nothing when it comes to value. also, what is a "real mock draft"? iam starting to think, that this entire thread is a joke, just to see how many fish you can hook or see how many posts you can get out of it. there can be no other explanation.
 
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What does that mean?Edit: I understand the roster stuff, but what are raw points and factored points?
Raw points are just working through and getting a weekly total based upon the best starter (1st QB, 1st 2 RB, etc.). I realized that this penalized teams picking up depth early so I re-worked that number to factor in injuries and byes weeks. I calculated the average time lost by position to injury and bye weeks over the last three years based upon ppg ranking (as a side note: I did throw out the flier high ppg players who only had a game or two and were scrubs when doing those rankings). I then factored in a back-up to cover this lost production from the available selections. This helped the teams that drafted depth before filling out a roster first. QB's missed 3 weeks on average, RB's 3 weeks, and WR's 2 weeks.
:excited:
 
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"your entire post means nothing. again do the research, draw the conclusions."THAT'S WHAT I JUST DID. I RAN NUMBERS BASED UPON THE AVG OF 100+ MOCKS. I EVEN TRIED TO OPTIMIZE THE TEAMS LIKE AVT/VBD WOULD DO. THAT'S NOT CHERRY PICKING"using the same avt/vbd #s from my first example.in my 10 team, start qb,2rb,3wr,te,k,def with all tds 6 points, (-2 ints), all carries divided by 10, all catches = 1 point, passing yds divided by 20, rush/rec yards divided by 10,. the avt/vbd i have did not take into consideration tes,def,or ks., but in the 3wr format, wr1 = the 4th best value on the board. (168 is the vaule)in the 2wr format, wr1 = 12th best value on the board. (118 is the value)in fact using the 3wrl, 10 of the top 20 best values are wrs. 2wrl, 2 wrs made the top 20. if you play in a quality league, and people understand the concept of value, how can you come up with "Despite what people claim, WR are not drafted significantly earlier in a S2L v. a S3L" read the statements above. the avt/vbd #s dont lie.""SEVERALS THEORIES. A) PEOPLE HAVE DIFFERENT CONCEPTS OF VALUE. B) PEOPLE USE DIFFERENT BASELINES. C) YOU HAVE "GUT" DRAFTERS WHO KNOW A LOT ABOUT THIS GAME AND DO WELL. D) PEOPLE FEEL MORE COMFORTABLE IN GETTING THERE NUMBERS FROM A RB OR QB. E) PEOPLE HAVE A TENDENCY TO THINK OF SLEEPERS AS WR. "also, in a wr2l , wr1 scores more of a percentage of a teams points because the starting roster is smaller and wr1 still scores the same amount of points no matter how many wrs you start. in wr1 leagues, wr1 will still score the same amount of points but becasue the rosters are smaller and the scores are lower, the % increases. value isnt determined by what % a player scores of a teams point total when comparing different league sizes. value is determined by the scoring differences between players of the same position and then comparing that difference with the scoring difference of other positions for THE LEAGUE YOU ARE PLAYING IN. the largest # = the best value. simple vbd."LOSS THAT WR1 TO AN INJURY AND THEN REPLACE HIM OFF THE WIRE. YOU'LL LOSS A LARGER PERCENTAGE OF YOUR TEAM'S POINTS IN A S2L THEN A START 3 LEAGUE AND BE IN DEEPER TROUBLE. NOW THAT'S THE DEFINTION OF VALUE."iam starting to think, that this entire thread is a joke, just to see how many fish you can hook or see how many posts you can get out of it. there can be no other explanation."MOST PEOPLE THOUGHT THE EARTH WAS FLAT AT ONE POINT IN TIME TOO! :hot: WE'LL JUST HAVE TO AGREE TO DISAGREE ON THIS.Let me ask you one question. Based upon the mocks above (and they are very similiar to the mocks and expert rankings I've seen around here) and the avg. points tied to each spot, where would you draft WR1 in a S2L and a S3L (standard scoring)? Also, based upon your scoring system, where does WR1 go in both leagues?

 
THAT'S WHAT I JUST DID.  I RAN NUMBERS BASED UPON THE AVG OF 100+ MOCKS.  I EVEN TRIED TO OPTIMIZE THE TEAMS LIKE AVT/VBD WOULD DO.  THAT'S NOT CHERRY PICKINGSEVERALS THEORIES.  A) PEOPLE HAVE DIFFERENT CONCEPTS OF VALUE.  B) PEOPLE USE DIFFERENT BASELINES.  C) YOU HAVE "GUT" DRAFTERS WHO KNOW A LOT ABOUT THIS GAME AND DO WELL.  D) PEOPLE FEEL MORE COMFORTABLE IN GETTING THERE NUMBERS FROM A RB OR QB.  E) PEOPLE HAVE A TENDENCY TO THINK OF SLEEPERS AS WR.  LOSS THAT WR1 TO AN INJURY AND THEN REPLACE HIM OFF THE WIRE.  YOU'LL LOSS A LARGER PERCENTAGE OF YOUR TEAM'S POINTS IN A S2L THEN A START 3 LEAGUE AND BE IN DEEPER TROUBLE.  NOW THAT'S THE DEFINTION OF VALUE.
all of this has nothing to do with value. value is determined by the scoring differences between players of the same position and then comparing that difference with the scoring difference of other positions. mock drafts are meaningless for the simple fact that we dont know how the players will perform. use information that is already known or the concept of AVT. once you know historically how wr1, wr2....performs, run a vbd. when its your turn to draft, you will know what the best values(position wise) are for the slot you are picking at. if people use differenet baselines, good for them, crunch the #s based on your baselines. using different baselines, doesnt change the definition of value. also, different baselines has nothing to do with your 3 points( solely looking at wr only scoring, the % of a teams points that wr1 scores or mock drafts. )once again the % of a teams scoring isnt value. of course in a 2wrl the % of points scored by wr1 is greater, the rosters are smaller, which means less points scored by each team than in a 3wrl, but the scoring of wr1 remains the same. once again, value is determined by the scoring differences between players of the same position and then comparing that difference with the scoring difference of other positions. like i said, this is nothing but a bait and hook scheme to see how many posts you can get. using THE previous example, wr1 is worth 50 more points in a wr3 league than a wr2 league, and that translates into 8 draft spots. (#4 overall best value in a wr3l, #12 overall best value in a wr2l).
 
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like i said, this is nothing but a bait and hook scheme
then why do you keep taking the bait? :hot: I also don't find your argument to be all that clear or convincing. It appears you are basically arguing that the VBD way is the only possible way to determine a player's value. Yet, you also state that "mock drafts are meaningless for the simple fact that we dont know how the players will perform". If you don't know how players will perform, then what is the point of making projections, which are later used to determine the player values that you keep referring to? :wacko:

I'm sure there are many factors (both subjective and objective) that could influence player 'value'. Performance relative to others at their position in terms of year-end statistics are simply one individual factor among the many. Mock drafts, when done well, are clearly a useful way of understanding the 'value' of players to many other fantasy owners. I believe you lose some credibility by calling them "meaningless".

 
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