Jacob8hockey*
Guest
Hey guys its my first time ever trying to do something like this and it may have already been done before but here is my data and I was wondering if I could get anyone's opinions on it.
Basically my data finds out who each teams best players at ES when it comes to offense and defense. Both are weighted equally so if a player is amazing offensively and poor defensively the difference it weighted out.
Here is how it is calculated:
Goals for that the player is on the ice for(ES)/Goals for whole team (ES) (Data 1)
Goals against that player on the ice (ES)/Goals against whole team (ES) (Data 2)
Data 1/Data 2 = Data 3
Data 3 x Player's ES TOI.
Heres an example for Kessel and Clarkson
69 GF 61 GA (Kessel) 181 GF 198 GA (Team)
19 GF 31 GA (Clarkson)
69/181 = 0.38 [How many teams total goals for ES they were on the ice for]
61/198 = 0.31 [How many teams total goals against ES they were on the ice for]
0.38/0.31 = 1.24 [Was it a positive outcome (1+) or a negative outcome (0.99-)]
1.24 x 17.30 (ES TOI) = 21.41 [Multiply by TOI to represent how much of the ice time was theirs to compare between players]
19/181 = .10
31/198 = .16
.10/.16 = 0.67
0.67 x 14.01 = 9.39
Here are the results for two teams so far.
:
Forwards:
Kessel
Bozak
JVR
Bodie
Kadri
Raymond
Holland
Lupul
Kulemin
Clarkson
Bolland
Ashton
Smith
McClement
D'Amigo
Orr
Smithson
Defense:
Gardiner
Phaneuf
Gunnarsson
Ranger
Rielly
Franson
:
Forward:
Kopitar
Gaborik
Toffoli
Williams
King
Carter
Stoll
Brown
Clifford
Pearson
Vey
Carcillo
Richards
Nolan
Lewis
Frattin
Fraser
Defense:
Doughty
Mitchell
Martinez
Muzzin
Voynov
Regehr
Greene
Anyone feel like the data came up with good results? I felt like the Leaf list was pretty accurate. Big flaw would be the that not every player played every game which will throw off the numbers.
Basically my data finds out who each teams best players at ES when it comes to offense and defense. Both are weighted equally so if a player is amazing offensively and poor defensively the difference it weighted out.
Here is how it is calculated:
Goals for that the player is on the ice for(ES)/Goals for whole team (ES) (Data 1)
Goals against that player on the ice (ES)/Goals against whole team (ES) (Data 2)
Data 1/Data 2 = Data 3
Data 3 x Player's ES TOI.
Heres an example for Kessel and Clarkson
69 GF 61 GA (Kessel) 181 GF 198 GA (Team)
19 GF 31 GA (Clarkson)
69/181 = 0.38 [How many teams total goals for ES they were on the ice for]
61/198 = 0.31 [How many teams total goals against ES they were on the ice for]
0.38/0.31 = 1.24 [Was it a positive outcome (1+) or a negative outcome (0.99-)]
1.24 x 17.30 (ES TOI) = 21.41 [Multiply by TOI to represent how much of the ice time was theirs to compare between players]
19/181 = .10
31/198 = .16
.10/.16 = 0.67
0.67 x 14.01 = 9.39
Here are the results for two teams so far.
:
Forwards:
Kessel
Bozak
JVR
Bodie
Kadri
Raymond
Holland
Lupul
Kulemin
Clarkson
Bolland
Ashton
Smith
McClement
D'Amigo
Orr
Smithson
Defense:
Gardiner
Phaneuf
Gunnarsson
Ranger
Rielly
Franson
:
Forward:
Kopitar
Gaborik
Toffoli
Williams
King
Carter
Stoll
Brown
Clifford
Pearson
Vey
Carcillo
Richards
Nolan
Lewis
Frattin
Fraser
Defense:
Doughty
Mitchell
Martinez
Muzzin
Voynov
Regehr
Greene
Anyone feel like the data came up with good results? I felt like the Leaf list was pretty accurate. Big flaw would be the that not every player played every game which will throw off the numbers.
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