How is asking 3 genders an insult? Having 2 genders give more diversity to genes, so doesn't 3 genders?
If you know nothing about Ouija board, better shut up.

NuclearSilo wrote:lol dom
How is asking 3 genders an insult? Having 2 genders give more diversity to genes, so doesn't 3 genders?
If you know nothing about Ouija board, better shut up.

NuclearSilo wrote:lol dom
Having 2 genders give more diversity to genes, so doesn't 3 genders?

lavapockets wrote:Reproduction by single sexed organisms limits the amount of genetic variation and genetic mutations in the offspring. Less variations and mutations lead to less adaptations. Adaptation and evolution happen because of genetic mutations, the mutations that help are bred into the population while the mutations that don't, die out eventually. Think of it this way, single sexed reproduction is like a long line of inbreeding, with very little new genetic material.


evilpeta wrote:dude, imagine a 3 gender orgy!
how would that work? lol
NuclearSilo wrote:evilpeta wrote:dude, imagine a 3 gender orgy!
how would that work? lol
A produce with B
B produce with C
C produce with A
evilpeta wrote:NuclearSilo wrote:evilpeta wrote:dude, imagine a 3 gender orgy!
how would that work? lol
A produce with B
B produce with C
C produce with A
with humans, penises and vaginas and...? wtf?

NuclearSilo wrote:evilpeta wrote:dude, imagine a 3 gender orgy!
how would that work? lol
A produce with B
B produce with C
C produce with A

cpinney wrote:well, there was the zerg and protoss, but we found females much more attractive.

woutR wrote:Squirt, you're a genius when it comes to raping women.
evilpeta wrote:NuclearSilo wrote:evilpeta wrote:dude, imagine a 3 gender orgy!
how would that work? lol
A produce with B
B produce with C
C produce with A
with humans, penises and vaginas and...? wtf?
evilpeta wrote:and if R is better than both, A and B cease to exist?
lol nature is cruel

Barotix wrote:The ****? I'm starting to think you're an idiot, true story.
2 is favorable for Human Beings in their current state and environment. 3 is pointless as it is obviously less efficient and optimal. Let me put it in terms you will understand, k.
Let's say you have two possible builds in SRO. Let's call them A & B. We will assume the cap is 150 and you can max 2 masteries or go all over the board. Every now and then a third random build appears. Let's call it R for random. If R is better than A or B R replaces the one it is better than. If R is not better than A or B it is used less often until it falls out of favor completely. Get it?
A =/= B
- If
- R > A then R becomes the new A and the previous A falls out of favor.
- R > B then R becomes the new B and the previous B falls out of favor.
- If
- R < A then R is used less often until it falls out of favor.
- R < B then R is used less often until it falls out of favor.
Do you get it?
That is natural selection in a nutshell. As simplified as it gets. Ask yourself this, silo; why was force ignored (for the most part) until the vital spots received an update. Let players be nature. Let Masteries be genes. Let skills be mutations.
NuclearSilo wrote:Barotix wrote:The ****? I'm starting to think you're an idiot, true story.
2 is favorable for Human Beings in their current state and environment. 3 is pointless as it is obviously less efficient and optimal. Let me put it in terms you will understand, k.
Let's say you have two possible builds in SRO. Let's call them A & B. We will assume the cap is 150 and you can max 2 masteries or go all over the board. Every now and then a third random build appears. Let's call it R for random. If R is better than A or B R replaces the one it is better than. If R is not better than A or B it is used less often until it falls out of favor completely. Get it?
A =/= B
- If
- R > A then R becomes the new A and the previous A falls out of favor.
- R > B then R becomes the new B and the previous B falls out of favor.
- If
- R < A then R is used less often until it falls out of favor.
- R < B then R is used less often until it falls out of favor.
Do you get it?
That is natural selection in a nutshell. As simplified as it gets. Ask yourself this, silo; why was force ignored (for the most part) until the vital spots received an update. Let players be nature. Let Masteries be genes. Let skills be mutations.
loooooooooooool Baro
Did you just compare biology with sro? First of all, who said that 3 genders or more is less efficiency.
Ok, if you talk about game, let's talk about warcraft. There is 3 builds: str, agi, int
str win int
agi win str
int win agi

NuclearSilo wrote:Barotix wrote:The ****? I'm starting to think you're an idiot, true story.
2 is favorable for Human Beings in their current state and environment. 3 is pointless as it is obviously less efficient and optimal. Let me put it in terms you will understand, k.
Let's say you have two possible builds in SRO. Let's call them A & B. We will assume the cap is 150 and you can max 2 masteries or go all over the board. Every now and then a third random build appears. Let's call it R for random. If R is better than A or B R replaces the one it is better than. If R is not better than A or B it is used less often until it falls out of favor completely. Get it?
A =/= B
- If
- R > A then R becomes the new A and the previous A falls out of favor.
- R > B then R becomes the new B and the previous B falls out of favor.
- If
- R < A then R is used less often until it falls out of favor.
- R < B then R is used less often until it falls out of favor.
Do you get it?
That is natural selection in a nutshell. As simplified as it gets. Ask yourself this, silo; why was force ignored (for the most part) until the vital spots received an update. Let players be nature. Let Masteries be genes. Let skills be mutations.
loooooooooooool Baro
who said that 3 genders or more is less efficiency.

NuclearSilo wrote:It seems that you tried to avoid the question why by answering "natural selection", but it doesn't help. You said that 2 genders give more diversity to genes, so why wouldn't 3 or 4?
Math proves the diversity, for ex:
1 Gender : genes A B C
So if they meet each other, the total combination would be 6: AA AB AC BB BC CC
2 Genders : genes 1 2 3 and A B C
total comb.: 9
3 genders : 1 2 3 and a b c and A B C
total comb.: 27
So the more genders, more combination possible.
SM-Count wrote:NuclearSilo wrote:It seems that you tried to avoid the question why by answering "natural selection", but it doesn't help. You said that 2 genders give more diversity to genes, so why wouldn't 3 or 4?
Math proves the diversity, for ex:
1 Gender : genes A B C
So if they meet each other, the total combination would be 6: AA AB AC BB BC CC
2 Genders : genes 1 2 3 and A B C
total comb.: 9
3 genders : 1 2 3 and a b c and A B C
total comb.: 27
So the more genders, more combination possible.
More combination = more chance for cancer
Maniac wrote:SM-Count wrote:NuclearSilo wrote:It seems that you tried to avoid the question why by answering "natural selection", but it doesn't help. You said that 2 genders give more diversity to genes, so why wouldn't 3 or 4?
Math proves the diversity, for ex:
1 Gender : genes A B C
So if they meet each other, the total combination would be 6: AA AB AC BB BC CC
2 Genders : genes 1 2 3 and A B C
total comb.: 9
3 genders : 1 2 3 and a b c and A B C
total comb.: 27
So the more genders, more combination possible.
More combination = more chance for cancer
No. More combination is good for DNA. Do you even know what causes cancer, because I doubt u do.
Less combination = more chance for hemophilia, Tay Sachs disease, infant mortality, genetic disorder. It's a fact. Go look it up in your Biology textbook.
SM-Count wrote:Maniac wrote:SM-Count wrote:More combination = more chance for cancer
No. More combination is good for DNA. Do you even know what causes cancer, because I doubt u do.
Less combination = more chance for hemophilia, Tay Sachs disease, infant mortality, genetic disorder. It's a fact. Go look it up in your Biology textbook.
More combinations means more genes, more genes means more repairs needed for cells, more repair means more DNA replication, more DNA replication with more genes means more chance for error during replication, more chance for error means higher chance the cells that are supposed to catch errors in replication miss something, which means more chance for mutation, which means more chance for cancer Please take your pretentious bullshit and shove it up your ass, thank you.