I would like to create a separate thread to discuss how we will go about this, as there are a number of issues.
NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS
NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS
The basic task seems simple at first: rank X players, rank X starting locations (starloc), assign them to each other appropriately.
Three problems immediately arise however:
1) Assigning a player to a starloc affects the ranking of the neighbouring starlocs, depending on that player's skill and agressiveness.
2) Variance in player levels might not match the variance in starloc's quality. Maybe the best two starlocs in the game are of very close quality, whilst the third is much worse; whereas the second-ranked player, by general perception, is significantly weaker than the first-ranked player, and quite evenly matched with the third.
3) Rank aggregation. Say there are three lurkers, and they rank players as follows:
What are we to do with this? This is actually a simple case, as we would probably assign them to the same tier, but what about this one:
One option is to award points to each place, so the fourth place gets 0 points, third place 1 point, and so on. This method is called Borda count and would give us:
Tier 1: Taurus and Leo with 5 points
Tier 2: Leo and Gemini with 4 points
I think you can see what the problem is: Taurus is not ranked as Tier 1 by anybody, moreover the majority of the lurkers rank Leo above Taurus, but the result is that Taurus is seeded equally as Leo.
There is an even worse problem if we expand the population slightly, by adding Pisces, who suck:
Now we obtain:
Tier 1: Taurus with 8 points
Tier 2: Leo with 7
Tier 3: Capricorn and Gemini with 6
Tier 4: Pisces with 3
Adding Pisces to the mix moved Taurus up a tier, even though the relative placement of Leo and Taurus hasn't really changed and the majority still ranks Leo above Taurus. Even worse, had Pisces had a different skill level, had it come in at second place in everybody's ranking, instead of fourth, it would have had the opposite effect, making Leo the sole occupant of Tier 1.
So this is naive approach to ranking exhibits behaviors that we don't really want to see, like whether Pisces is playing the game affecting our relative ranking of Leo to Taurus. Things get worse though. There is a mathematical problem at heart here: taking a several orderings of an identical set of elements and coming up with a new ordering that best "reflects" the sum of the existing orderings. Turns out, we can prove that there is no way to do that without violating some apparently simple requirements (like that if the majority prefers option A to option B, our resultant ordering should do so as well). More on that here: http://plato.stanford.edu/entries/arrows-theorem/
So the choice of how we are going to aggregate rankings is also an important one, as we will necessarily be giving something up. In any case, this choice needs to be made in conjunction with the prior two. A bit later I will post my thoughts on how to best approach the process.
In the meantime, if others notice yet more difficulties lurkers face in our enterprise, now is the time to point them out!
NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS
NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS NO PLAYERS
The basic task seems simple at first: rank X players, rank X starting locations (starloc), assign them to each other appropriately.
Three problems immediately arise however:
1) Assigning a player to a starloc affects the ranking of the neighbouring starlocs, depending on that player's skill and agressiveness.
2) Variance in player levels might not match the variance in starloc's quality. Maybe the best two starlocs in the game are of very close quality, whilst the third is much worse; whereas the second-ranked player, by general perception, is significantly weaker than the first-ranked player, and quite evenly matched with the third.
3) Rank aggregation. Say there are three lurkers, and they rank players as follows:
Code:
1. Krill 1. Seven 1. Mackoti
2. Seven 2. Mackoti 2. Krill
3. Mackoti 3. Krill 3. SevenWhat are we to do with this? This is actually a simple case, as we would probably assign them to the same tier, but what about this one:
Code:
1. Capricorn 1. Gemini 1. Leo
2. Taurus 2. Leo 2. Taurus
3. Gemini 3. Taurus 3. Capricorn
4. Leo 4. Capricorn 4. GeminiOne option is to award points to each place, so the fourth place gets 0 points, third place 1 point, and so on. This method is called Borda count and would give us:
Tier 1: Taurus and Leo with 5 points
Tier 2: Leo and Gemini with 4 points
I think you can see what the problem is: Taurus is not ranked as Tier 1 by anybody, moreover the majority of the lurkers rank Leo above Taurus, but the result is that Taurus is seeded equally as Leo.
There is an even worse problem if we expand the population slightly, by adding Pisces, who suck:
Code:
1. Capricorn 1. Gemini 1. Leo
2. Taurus 2. Leo 2. Taurus
3. Gemini 3. Taurus 3. Capricorn
4. Pisces 4. Pisces 4. Pisces
5. Leo 5. Capricorn 5. GeminiNow we obtain:
Tier 1: Taurus with 8 points
Tier 2: Leo with 7
Tier 3: Capricorn and Gemini with 6
Tier 4: Pisces with 3
Adding Pisces to the mix moved Taurus up a tier, even though the relative placement of Leo and Taurus hasn't really changed and the majority still ranks Leo above Taurus. Even worse, had Pisces had a different skill level, had it come in at second place in everybody's ranking, instead of fourth, it would have had the opposite effect, making Leo the sole occupant of Tier 1.
So this is naive approach to ranking exhibits behaviors that we don't really want to see, like whether Pisces is playing the game affecting our relative ranking of Leo to Taurus. Things get worse though. There is a mathematical problem at heart here: taking a several orderings of an identical set of elements and coming up with a new ordering that best "reflects" the sum of the existing orderings. Turns out, we can prove that there is no way to do that without violating some apparently simple requirements (like that if the majority prefers option A to option B, our resultant ordering should do so as well). More on that here: http://plato.stanford.edu/entries/arrows-theorem/
So the choice of how we are going to aggregate rankings is also an important one, as we will necessarily be giving something up. In any case, this choice needs to be made in conjunction with the prior two. A bit later I will post my thoughts on how to best approach the process.
In the meantime, if others notice yet more difficulties lurkers face in our enterprise, now is the time to point them out!

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