I thought when you draw nobody looses nor gain points. What the algorithym takes into account?
Here is the game:
Here is the game:
Because your opponent's rating is higher.
@Gravija said in #2:
> Because your opponent's rating is higher.
Thank you Gravija. I thought it were more complicated.
> Because your opponent's rating is higher.
Thank you Gravija. I thought it were more complicated.
thats beautiful
@Gravija said in #2:
> Because your opponent's rating is higher.
Also important to note that your opponent's rating deviation is higher. Had it been the same you would've lost / gained the same amount of points. As stated in the FAQ: "The deviation is the level of confidence the system has in the rating. The lower the deviation, the more stable a rating is." Put simply, your rating deviation is based on the number of rated games played recently and lowers the more you play.
You can find your current classical rating deviation, which at the moment is 64.04, here: lichess.org/@/Mario-0/perf/classical
I will also add . . . The logic behind altering ratings with draws is that ratings ideally reflect "true" skill level. If two people of different ratings draw, based on that single game the players were equal so the rating system (Glicko-2 is used here) equalizes their ratings to some degree based on the difference in ratings and rating deviation.
> Because your opponent's rating is higher.
Also important to note that your opponent's rating deviation is higher. Had it been the same you would've lost / gained the same amount of points. As stated in the FAQ: "The deviation is the level of confidence the system has in the rating. The lower the deviation, the more stable a rating is." Put simply, your rating deviation is based on the number of rated games played recently and lowers the more you play.
You can find your current classical rating deviation, which at the moment is 64.04, here: lichess.org/@/Mario-0/perf/classical
I will also add . . . The logic behind altering ratings with draws is that ratings ideally reflect "true" skill level. If two people of different ratings draw, based on that single game the players were equal so the rating system (Glicko-2 is used here) equalizes their ratings to some degree based on the difference in ratings and rating deviation.
@MentalFugues said in #5:
> Also important to note that your opponent's rating deviation is higher. Had it been the same you would've lost / gained the same amount of points. As stated in the FAQ: "The deviation is the level of confidence the system has in the rating. The lower the deviation, the more stable a rating is." Put simply, your rating deviation is based on the number of rated games played recently and lowers the more you play.
>
> You can find your current classical rating deviation, which at the moment is 64.04, here: lichess.org/@/Mario-0/perf/classical
>
> I will also add . . . The logic behind altering ratings with draws is that ratings ideally reflect "true" skill level. If two people of different ratings draw, based on that single game the players were equal so the rating system (Glicko-2 is used here) equalizes their ratings to some degree based on the difference in ratings and rating deviation.
Best explanation
> Also important to note that your opponent's rating deviation is higher. Had it been the same you would've lost / gained the same amount of points. As stated in the FAQ: "The deviation is the level of confidence the system has in the rating. The lower the deviation, the more stable a rating is." Put simply, your rating deviation is based on the number of rated games played recently and lowers the more you play.
>
> You can find your current classical rating deviation, which at the moment is 64.04, here: lichess.org/@/Mario-0/perf/classical
>
> I will also add . . . The logic behind altering ratings with draws is that ratings ideally reflect "true" skill level. If two people of different ratings draw, based on that single game the players were equal so the rating system (Glicko-2 is used here) equalizes their ratings to some degree based on the difference in ratings and rating deviation.
Best explanation
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