- Feb 10, 2010
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The purpose of this thread is to look at the top 30 offensive players (all forwards) since 2005 using an objective scoring system, compare how those results differ from the traditional point system, and discuss which metric grades better against the smell test.
The traditional system used in hockey (1 goal = 1 assist = 1 secondary assist) has no statistical basis. It was created over a period of decades in which the NHL waffled on how many assists to count and when to count them. There is wild inconsistency in the NHL for how to count them – even varying significantly from arena to arena. Today the vast majority of hockey fans are utterly unaware of how we arrived with the traditional system and how inconsistent it is, yet they take these arbitrary numbers as gospel without the slightest statistical justification.
The valuations resulting from the analysis in the linked article (1/.54/.10 for a goal/primary assist/secondary assist respectively) are utilized for the purposes of this thread. The methodology can all be accessed in this link:
What is the objective value of an assist?
This methodology appears to be sound and also consistent with other statistical analyses. Critiques of this methodology are welcome. I’ve yet to encounter any convincing rationales opposed to it.
In this thread Offensive statistic charts are provided in 5 formats:
1. Regular Season 2005-Present Offensive Value
2. Regular Season 2005-Present Per Game Offensive Value
3. Regular Season 2005-Present Per Season Offensive Value
4. Playoffs 2005-Present Offensive Value
5. Playoffs 2005-Present Per Game Offensive Value
NHL.com does not provide secondary assist data prior to the 2009-2010 season so I painstakingly got that data from hockey reference scoring logs. Please note this means there is a slight chance that there is human error on these counts. If anyone notices a data problem or a miscalculation let me know and I will correct it.
Player set: I used the top players for points since 2005 mixed with the top players for goals since 2005, then threw in McDavid for the hell of it. I did not adjust for goals scored per game per season (GPGPS) because most of these players played in all the same seasons and the resulting variance would be small. Even comparing McDavid’s and Ovechkin’s average GPGPS – it’s extremely close and actually a tad higher for McDavid. This may slightly disadvantage the players who weren’t around for the highest scoring seasons – ‘05 through ‘07 or ’17 through ‘19. I could factor in that layer without much difficulty. There are some players who would have entered some of these per game lists but were not among the leaders in raw goals or points (Marc Savard, Pavel Datsyuk, Artemi Panarin).
Charts:
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[/TBODY]A pair of Swedes take a hit under this system – Nick Backstrom and Henrik Sedin no longer receive equal credit for the times when Alex Ovechkin and Daniel Sedin score goals.
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[/TBODY]Per game stats show more variances vs points in terms of difference from the traditional points system. The variances highlighted here ring true to me. Toews jumps tremendously from 36th to 12th. The hockey media knows he is a more impactful player than the traditional points system indicates but instead of reaching to the obvious (the flaws with the traditional point system) they’ve attempted to justify his success with defensive play. Same goes for Jerome Iginla, who has been cursed with being on bad teams – something hockey fans and media are incredibly bad at analyzing. The traditional system arbitrarily punishes players like Iginla/Kovalchuk who get stuck on bad teams - because the players around them score less and they get fewer secondary assists.
Other players jump tremendously – Marleau, Carter, Perry – players you know are impactful and yet their regular season PPG numbers have them at 76, 95, and 73 respectively. This is a red flag for the traditional system. 72 players had more offensive impact per game than Hart winner Corey Perry through all his best years? I doubt it.
The names at the top of the list are not surprising. Alex Ovechkin is the most valuable offensive player on a per game basis. Crosby comes in second. Surprisingly McDavid is less valuable on a per game basis than Ovechkin and Crosby’s career average despite them both being in their 30s. It highlights how extraordinary these two players are to a clearer degree than the traditional point system. McDavid has tons of work to do if he wants to be mentioned with them.
Malkin, Stamkos, Kane, Tavares rounding out these leaders feels correct to me. Stamkos’s regular season value is tempered by his playoff failures.
[TBODY]
[/TBODY]This is the highly underrated per season basis – the actual annual offensive value a player provides to his team. This is the chart that separates the Gretzky’s from the Lemieux’s. Interestingly McDavid is superior to Crosby despite a lesser value on a per game basis.
This chart is also necessary because it illustrates durability and per game offensive values for players who have been in the NHL for fewer than 14 seasons. Durability is inexplicably discarded as meaningless by much of hockey fandom whereas in other sports it is logically respected and treasured (Cal Ripken, Brett Favre, etc).
[TBODY]
[/TBODY]Raw offensive value for playoffs 2005-present. Games played is necessary context here as the quantities vary substantially. Crosby-Malkin-Ovechkin-Kane-Zetterberg feels right to me.
[TBODY]
[/TBODY]Ovechkin is the most valuable player - offensively speaking - in the playoffs on a per game basis since 2005, with Crosby second. It's not surprising seeing as how Ovechkin is within 1 goal of Crosby in 36 fewer playoff games. The distance between them and Malkin/Kane is substantial. It shows who is generational and who is in the pack.
Again, Iginla and Kovalchuk fair well. Rick Nash and Steven Stamkos do not. A look farther back at the younger years for the Sedins, Thornton, Hossa, Iginla, etc. would be more equitable, but I had to draw the line somewhere.
Anyway, let me know what you think.
The traditional system used in hockey (1 goal = 1 assist = 1 secondary assist) has no statistical basis. It was created over a period of decades in which the NHL waffled on how many assists to count and when to count them. There is wild inconsistency in the NHL for how to count them – even varying significantly from arena to arena. Today the vast majority of hockey fans are utterly unaware of how we arrived with the traditional system and how inconsistent it is, yet they take these arbitrary numbers as gospel without the slightest statistical justification.
The valuations resulting from the analysis in the linked article (1/.54/.10 for a goal/primary assist/secondary assist respectively) are utilized for the purposes of this thread. The methodology can all be accessed in this link:
What is the objective value of an assist?
This methodology appears to be sound and also consistent with other statistical analyses. Critiques of this methodology are welcome. I’ve yet to encounter any convincing rationales opposed to it.
In this thread Offensive statistic charts are provided in 5 formats:
1. Regular Season 2005-Present Offensive Value
2. Regular Season 2005-Present Per Game Offensive Value
3. Regular Season 2005-Present Per Season Offensive Value
4. Playoffs 2005-Present Offensive Value
5. Playoffs 2005-Present Per Game Offensive Value
NHL.com does not provide secondary assist data prior to the 2009-2010 season so I painstakingly got that data from hockey reference scoring logs. Please note this means there is a slight chance that there is human error on these counts. If anyone notices a data problem or a miscalculation let me know and I will correct it.
Player set: I used the top players for points since 2005 mixed with the top players for goals since 2005, then threw in McDavid for the hell of it. I did not adjust for goals scored per game per season (GPGPS) because most of these players played in all the same seasons and the resulting variance would be small. Even comparing McDavid’s and Ovechkin’s average GPGPS – it’s extremely close and actually a tad higher for McDavid. This may slightly disadvantage the players who weren’t around for the highest scoring seasons – ‘05 through ‘07 or ’17 through ‘19. I could factor in that layer without much difficulty. There are some players who would have entered some of these per game lists but were not among the leaders in raw goals or points (Marc Savard, Pavel Datsyuk, Artemi Panarin).
Charts:
Rank | Player | Regular Season 2005-Present Offensive Value | Traditional Point System (Raw Points) Ranking | Difference |
1 | Ovechkin | 864.22 | 2 | 1 |
2 | Crosby | 734.64 | 1 | -1 |
3 | E. Staal | 631.06 | 5 | 2 |
4 | Thornton | 626.32 | 3 | -1 |
5 | Malkin | 622.38 | 4 | -1 |
6 | Kane | 575.68 | 6 | 0 |
7 | Iginla | 565.98 | 16 | 9 |
8 | Marleau | 547.7 | 13 | 5 |
9 | D. Sedin | 540.92 | 9 | 0 |
10 | Vanek | 533.84 | 17 | 7 |
11 | Stamkos | 532.82 | 21 | 10 |
12 | Perry | 531.2 | 18 | 6 |
13 | Kessel | 529.88 | 15 | 2 |
14 | Kopitar | 513.48 | 10 | -4 |
15 | Zetterberg | 512.62 | 11 | -4 |
16 | Nash | 511 | 29 | 13 |
17 | Pavelski | 509.56 | 24 | 7 |
18 | Parise | 501.14 | 26 | 8 |
19 | Getzlaf | 499.24 | 8 | -11 |
20 | Spezza | 496.08 | 14 | -6 |
21 | J. Carter | 486.56 | 31 | 10 |
22 | Hossa | 484.62 | 27 | 5 |
23 | Toews | 481.56 | 25 | 2 |
24 | Bergeron | 478.18 | 19 | -5 |
25 | Tavares | 466.24 | 30 | 5 |
26 | St. Louis | 456.16 | 20 | -6 |
27 | Kovalchuk | 449.84 | 39 | 12 |
28 | Backstrom | 447.88 | 12 | -16 |
29 | H. Sedin | 444.36 | 7 | -22 |
30 | Giroux | 415.76 | 23 | -7 |
31 | McDavid | 221.04 | Meh | Meh |
Rank | Player | Regular Season 2005-Present Per Game Offensive Value | Traditional Point System PPG (Min 270 GP) | Difference |
1 | Ovechkin | 0.797250923 | 4 | 3 |
2 | Crosby | 0.779045599 | 2 | 0 |
3 | McDavid | 0.770174216 | 1 | -2 |
4 | Malkin | 0.730492958 | 3 | -1 |
5 | Stamkos | 0.714235925 | 9 | 4 |
6 | Kane | 0.63751938 | 6 | 0 |
7 | Tavares | 0.620825566 | 17 | 10 |
8 | Iginla | 0.609892241 | 38 | 30 |
9 | Thornton | 0.592544939 | 11 | 2 |
10 | St. Louis | 0.592415584 | 10 | 0 |
11 | E. Staal | 0.57736505 | 37 | 26 |
12 | Toews | 0.55161512 | 36 | 24 |
13 | D. Sedin | 0.545832492 | 25 | 12 |
14 | Perry | 0.537651822 | 63 | 49 |
15 | Kessel | 0.532008032 | 52 | 37 |
16 | Parise | 0.5297463 | 60 | 44 |
17 | Pavelski | 0.52913811 | 59 | 42 |
18 | Spezza | 0.52 | 23 | 5 |
19 | Vanek | 0.518794947 | 73 | 54 |
20 | Kopitar | 0.511944167 | 20 | 0 |
21 | Kovalchuk | 0.511181818 | 13 | -8 |
22 | Getzlaf | 0.507357724 | 18 | -4 |
23 | Giroux | 0.50702439 | 19 | -4 |
24 | Backstrom | 0.500424581 | 15 | -9 |
25 | Marleau | 0.498362147 | 76 | 51 |
26 | J. Carter | 0.496489796 | 95 | 69 |
27 | Nash | 0.482075472 | 65 | 38 |
28 | Zetterberg | 0.473770795 | 20 | -8 |
29 | Bergeron | 0.465155642 | 58 | 29 |
30 | H. Sedin | 0.439090909 | 21 | -9 |
31 | Hossa | 0.370221543 | 30 | -1 |
Other players jump tremendously – Marleau, Carter, Perry – players you know are impactful and yet their regular season PPG numbers have them at 76, 95, and 73 respectively. This is a red flag for the traditional system. 72 players had more offensive impact per game than Hart winner Corey Perry through all his best years? I doubt it.
The names at the top of the list are not surprising. Alex Ovechkin is the most valuable offensive player on a per game basis. Crosby comes in second. Surprisingly McDavid is less valuable on a per game basis than Ovechkin and Crosby’s career average despite them both being in their 30s. It highlights how extraordinary these two players are to a clearer degree than the traditional point system. McDavid has tons of work to do if he wants to be mentioned with them.
Malkin, Stamkos, Kane, Tavares rounding out these leaders feels correct to me. Stamkos’s regular season value is tempered by his playoff failures.
Rank | Player | Regular Season 2005-Present Per Reg. Season Offensive Value |
1 | Ovechkin | 61.73 |
2 | McDavid | 55.26 |
3 | Crosby | 52.47428571 |
4 | Kovalchuk | 49.98222222 |
5 | Stamkos | 48.43818182 |
6 | Kane | 47.97333333 |
7 | Malkin | 47.87538462 |
8 | Iginla | 47.165 |
9 | Tavares | 46.624 |
10 | St. Louis | 45.616 |
11 | E. Staal | 45.07571429 |
12 | Thornton | 44.73714286 |
13 | Kessel | 40.76 |
14 | Hossa | 40.385 |
15 | Toews | 40.13 |
16 | Zetterberg | 39.43230769 |
17 | Nash | 39.30769231 |
18 | Pavelski | 39.19692308 |
19 | Marleau | 39.12142857 |
20 | D. Sedin | 38.63714286 |
21 | Vanek | 38.13142857 |
22 | Perry | 37.94285714 |
23 | Backstrom | 37.32333333 |
24 | Kopitar | 36.67714286 |
25 | Parise | 35.79571429 |
26 | Getzlaf | 35.66 |
27 | Spezza | 35.43428571 |
28 | J. Carter | 34.75428571 |
29 | Giroux | 34.64666667 |
30 | Bergeron | 34.15571429 |
31 | H. Sedin | 31.74 |
This chart is also necessary because it illustrates durability and per game offensive values for players who have been in the NHL for fewer than 14 seasons. Durability is inexplicably discarded as meaningless by much of hockey fandom whereas in other sports it is logically respected and treasured (Cal Ripken, Brett Favre, etc).
Rank | Player | Playoffs 2005-Present Offensive Value |
1 | Crosby | 110.12 |
2 | Malkin | 99.46 |
3 | Ovechkin | 86.94 |
4 | Kane | 77.54 |
5 | Zetterberg | 75.94 |
6 | Hossa | 69.04 |
7 | Marleau | 68.74 |
8 | Getzlaf | 68.62 |
9 | Pavelski | 68.16 |
10 | Toews | 66.36 |
11 | Backstrom | 62.36 |
12 | Thornton | 58.64 |
13 | Bergeron | 58.2 |
14 | Perry | 55.82 |
15 | J. Carter | 52.18 |
16 | Kessel | 48.84 |
17 | Parise | 47.7 |
18 | Giroux | 39.54 |
19 | Spezza | 38.08 |
20 | Kopitar | 36.94 |
21 | St. Louis | 35.84 |
22 | D. Sedin | 34.4 |
23 | H. Sedin | 32.02 |
24 | Stamkos | 31.72 |
25 | Iginla | 31.7 |
26 | E. Staal | 30.08 |
27 | Vanek | 27.34 |
28 | Nash | 26.96 |
29 | Tavares | 17.92 |
30 | Kovalchuk | 16.56 |
31 | McDavid | 5.84 |
Rank | Player | Playoffs 2005-Present Per Game Offensive Value |
1 | Ovechkin | 0.67921875 |
2 | Crosby | 0.671463415 |
3 | Malkin | 0.613950617 |
4 | Kane | 0.610551181 |
5 | Iginla | 0.598113208 |
6 | Tavares | 0.578064516 |
7 | Giroux | 0.573043478 |
8 | Kessel | 0.56137931 |
9 | Zetterberg | 0.554306569 |
10 | Getzlaf | 0.54896 |
11 | E. Staal | 0.51862069 |
12 | Toews | 0.5184375 |
13 | Kovalchuk | 0.5175 |
14 | Spezza | 0.514594595 |
15 | Pavelski | 0.508656716 |
16 | Backstrom | 0.50699187 |
17 | Parise | 0.491752577 |
18 | Marleau | 0.491 |
19 | St. Louis | 0.490958904 |
20 | D. Sedin | 0.484507042 |
21 | Perry | 0.473050847 |
22 | Kopitar | 0.467594937 |
23 | Stamkos | 0.453142857 |
24 | Bergeron | 0.451162791 |
25 | McDavid | 0.449230769 |
26 | J. Carter | 0.434833333 |
27 | H. Sedin | 0.432702703 |
28 | Thornton | 0.407222222 |
29 | Vanek | 0.396231884 |
30 | Hossa | 0.336780488 |
31 | Nash | 0.302921348 |
Again, Iginla and Kovalchuk fair well. Rick Nash and Steven Stamkos do not. A look farther back at the younger years for the Sedins, Thornton, Hossa, Iginla, etc. would be more equitable, but I had to draw the line somewhere.
Anyway, let me know what you think.
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