OnTheRun
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- May 17, 2014
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- 10,686
From Chris Boyle :
"Everybody understands that there is a difference between Steven Stamkos on a breakaway and a Hal Gill point shot. The primary discussion point centers around the impact it has on large samples and whether it is something that can be influenced by a coaching system."
PART 1 : http://www.sportsnet.ca/hockey/nhl/introducing-the-shot-quality-project/
PART 2 : http://www.sportsnet.ca/hockey/introducing-the-shot-quality-project-part-ii/
2 on 1 and breakaways could be interesting too.
Yeah...
Clean shot: Most of the goal are scored from the home plate area
Transition: "It isn’t a coincidence that the majority of transition shots occur in the home plate area of the ice."
Deflection: "The scoring chance project defines a scoring chance as any shot registered inside the home plate area."
Rebound Shot: "Rebound shots, like deflections, occur almost exclusively in the home plate area."
Well, seems like Boyle is on to something here.
So what's the best way to prevent on ice scoring chance? Minimizing the number of shot from the home plate area, yes even clean shots, because clean shots are source of Deflection and Rebound shot... It's hockey 101.
I find the per game interesting nonetheless as it hints toward a Hab offense that might not be as putrid as one would think looking at total shots taken.
Anyway, successful ozone pass per 60 minutes (5v5) is not hard to calculate (let's pretend the Stathlete averages are the same at this point of the season) :
1. CHI = 60.9*60/48.28= 75.8
2. BOS = 59.5*60/49.23= 72.5
3. MTL = 55.3*60/47.43= 70.0
4. STL = 53*60/48.04= 66.2
5. SJ = 46.5*60/48.85= 57.1
Well, still not very useful by itself (not to be confused with interesting). Obviously Stathlete is to blame for that. Private data + posting partial data = fail.