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Goal Keeper s

Detailed analyzes. Red shot game - accumulated. Ranked players. Summary. Forwards. Shots , opponents. Shots , offensive. Goal Keeper s. Power play. Defensive. Offensive. Box play. 5 versus 5. Red shot game. Key figures. Defense men. Team analyzes. Individual analyzes.

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Goal Keeper s

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  1. Detailedanalyzes Red shot game - accumulated Rankedplayers Summary Forwards Shots, opponents Shots, offensive Goal Keepers Power play Defensive Offensive Box play 5 versus 5 Red shot game Keyfigures Defense men Team analyzes Individualanalyzes Performance data

  2. Summary- Factorsthatdetermine the resultsof the games Start

  3. Keyfigures • A typical distribution is 72% green shots / 28% red shots • Average shot efficiency for a green shot is 2.6% and 21.6% for a red shot • This corresponds to a save percentage SVS% of 97.4% and 78.4% • A good offense player shoots many red shots  • A good defense manprevents red shots from the opponents  • A good goalkeeper saves many red shots (and many green shots). Green save percentage varies very little between different goalkeepers  • A typical distribution of power play and box play is 60% green shots / 40% red shots Start

  4. Red shot game Conclusion - Comment - What is the red shot game? Legends Redshot Redgoal Start Canadas’sredshots Norway’sredshots

  5. Red shot game – accumulated Conclusion - Comment - What is the red shot game? Legends Redshot Redgoal Start Canadas’sredshots Opponent’sred shots

  6. Red shot game- Since green shots mostly are inefficient, it is worthwhile only looking at the shots with high scoring chance – the redshots • The team that produces most red shots wins the red shot game • The red shot game gives an indication on how successful the offense have been Red shot game Start

  7. Red shot game- Since green shots mostly are inefficient, it is worthwhile only looking at the shots with high scoring chance – the redshots • The team that produces most red shots wins the red shot game • The red shot game gives an indication on how successful the offense have been Red shot game - accumulated Start

  8. Goal keepers- Save percentage, SVS%, green and redshots Typicalaverage save percentage 97.4 % green shots 78.4 % red shots • Averagesave percentage: 97.4 / 78.4 • Roberto Luongo: - / - • Carey Price: - / - • Mike Smith: - / - Conclusion - Comment - Start

  9. Defensive- Shots from the opponents Typicalaverage distribution 72 % green shots 28 % red shots Conclusion - Comment - Start

  10. Offensive- Distribution and shotefficiency Typicalaveragedistribution 72 % green shots 28 % red shots Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Conclusion - Comment - Start

  11. Rankedplayers- Best playersaccording to the Performance analyze Start

  12. Defense men- Shot from opponents Typicalaveragedistribution 72 % green shots 28 % red shots Conclusion - Comment - Start

  13. Forwards Distribution, better forwards Distribution, poorer forwards Shotefficiency, better forwards Shotefficiency, poorer forwards Start

  14. Distribution, better forwards Typicalaveragedistribution 72 % green shots 28 % red shots Conclusion - Comment - Forwards Start

  15. Distribution, poorerforwards Typicalaveragedistribution 72 % green shots 28 % red shots Conclusion - Forwards Start

  16. Shotefficiency, betterforwards Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Conclusion - Comment - Forwards Start

  17. Shotefficiency, poorer forwards Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Conclusion - Comment - Forwards Start

  18. Shots, offensive List of the different shottypes Conclusion - Comment - Start

  19. Shots from the opponents List of the different shottypes Conclusion - Comment - Start

  20. 5 verus 5 Typicalaveragedistribution 72 % green shots 28 % red shots Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Offensive distribution - % green shots/ - % red shots Offensive shotefficiency- % green shots/ - % red shots Shots from the opponents Defensive distribution- % green shots/ - % red shots Defensive shotefficiency- % green shots/ - % red shots Conclusion - Start

  21. Powerplay Typicalaverage distribution 72 % green shots 28 % red shots Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Distribution - % green shots/ - % red shots Shotefficiency- % green shots/ - % red shots Conclusion - Start

  22. Boxplay Typicalaveragedistribution 72 % green shots 28 % red shots Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Distribution, opponents - % green shots/ - % red shots Shotefficiency, opponents - % green shots/ - % red shots Conclusion - Start

  23. List ofgreen andred shots • A - green shot (2.6% shot efficiency) • B - short puck contact (15.5% shot efficiency) • C - rebounds (21.2% shot efficiency) • D - deflections  (21.2% shot efficiency) • E - screened shots (16.4% shot efficiency) • F - puck transport crossing the central line (27.9% shot efficiency) • G - pass crossing the central line which is followed by a shot (shot 29.3% efficiency) • Averageshotefficiency B-G: 21.6% Shots, offensive Start

  24. List ofgreen andred shots • A - green shot (2.6% shot efficiency) • B - short puck contact (15.5% shot efficiency) • C - rebounds (21.2% shot efficiency) • D - deflections  (21.2% shot efficiency) • E - screened shots (16.4% shot efficiency) • F - puck transport crossing the central line (27.9% shot efficiency) • G - pass crossing the central line which is followed by a shot (shot 29.3% efficiency) • Averageshotefficiency B-G: 21.6% Shot, opponents Start

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