RageQuit77
Registered User
If there are player who scores let's say 40+40=80 and there other player who score 20+50=70, and all points have same value 1, then it's obvious total points > goals alone.
If there are player who scores 10+90=100 and there are other who scores 30+40=70, but assist is valued only to ~1/1.65= 0.61 Goals (approx. ratio of G/A), then first player would have scored point value of 54.9 while the second would have scored point value of 54.4. Third guy with 50+20=70 would have 62.2 point values accumulated.
It's obvious that if assists (both 1st and 2nd assists) value is 1 G (like it's set currently), what ever scores where the points total is biggest would be best score regardless of proportions of goals and assists it's composed from. That's very simple math.
Values of different kind points determine directly is xG+yA = P, or is the result bigger or smaller then 1+1=2. In reality value of A is not same as value of G, but it is conventionally considered to be 1 for both cases.
If there are player who scores 10+90=100 and there are other who scores 30+40=70, but assist is valued only to ~1/1.65= 0.61 Goals (approx. ratio of G/A), then first player would have scored point value of 54.9 while the second would have scored point value of 54.4. Third guy with 50+20=70 would have 62.2 point values accumulated.
It's obvious that if assists (both 1st and 2nd assists) value is 1 G (like it's set currently), what ever scores where the points total is biggest would be best score regardless of proportions of goals and assists it's composed from. That's very simple math.
Values of different kind points determine directly is xG+yA = P, or is the result bigger or smaller then 1+1=2. In reality value of A is not same as value of G, but it is conventionally considered to be 1 for both cases.