A/b/o worldbuilding

Gene Options:

At this time, the simulator assumes that Alpha genes are always dominant over Omega genes in men, and Omega genes are always dominant over Alpha genes in women. This creates more omega women and alpha men, which follows what I've seen in most works of fiction (and I admittedly didn't want to calculate even more Punnett Squares).

When it comes to the "B" gene however, you get to select its relative dominance, in both men and women, compared to both "A" and "O" genes.

There is even the option to have its expression be randomized in some capacity, with the results being 50/50 or based on a custom setting chosen by you (let me know if the custom options have any issues, they haven't been tested as much).

There is also the option to add a special "Z" gene that acts as a weaker "A" gene in men and a weaker "O" gene in women. Its fertility is always between that of true "A" or true "O" genes and "B" genes, though the exact ratio can be adjusted by you.

I added "Z" to make it possible for Female Alphas and Male Omegas to be rarer if desired. Its fertility must be between A/O and B or else either it or the other genes will soon cease to be (This still might happen anyway, but can at least potentially be avoided depending on your settings).

Population Options:

For ease of use, there are four different buttons that will generate a starting population for you. "Default Values," "Random Values," "Equal Genotype" and "Equal Phenotype". They were mostly just there for my testing purposes, but I left them in, just in case they were useful to others.

"Quick Start Simulation" will trigger "Random Values" for the Starting Population, "Default Values" for Fertility, and "Random Rule Preset" for the Simulation rounds, provided you haven't entered in values yourself for any of these. Otherwise it's the same as "Start Simulation".

Fertility Options:

Here you can set each dynamic's contribution to the average number of children they have with their partners. Note that Male Omegas and Female Alphas have two fertility values, as they can potentially be either mothers or fathers.

If you don't want Male Omegas to be able to father children, just set the "As Father" value to zero. Same for Female Alphas and "As Mother". If you try to set any other values to zero, the simulator will treat them as 1.

You have the option for the fertility values to be additive or multiplicative. In other words, it can calculate the fertility of a Male Alpha/Female Omega pair by adding their respective solo values, or by multiplying them together.

You also have the option to boost the fertility of 'compatible' duos, as this can help avoid populations crashing out. The boosts will increase Alpha/Omega fertilities and Beta/Beta fertilities, while decreasing Alpha/Beta, Beta/Omega, Alpha/Alpha and Omega/Omega fertilities.

(Note: Right now it's prevented from decreasing Alpha/Beta and Beta/Omega fertilites below the original Beta/Beta value, and increasing Beta/Beta fertilities above both the Alpha/Beta and Beta/Omega values).

I also put the Punnett Square tweaking options here. You can 'weigh the scales' so to speak by making children slightly favor their mother's dynamic, or slightly favor double genes. Since nature rarely follows Punnett squares exactly (genes can mess with implantation and so forth) this seemed reasonable.

The "Default Values" button is just for ease of use. It plugs in what I was using for my most recent round of testing.

Corrector Options:

These options are for if you are having trouble with certain dynamics going extinct in your simulation!

The "Maximum Fertility Correction" is how much the fertility of certain dynamics is allowed to fluctuate in response to a sudden drop from the previous run (starting on the 10th run). You can see any temporary changes that occurred reflected in the fertility table, as the values will change there too. The default correction value is 10%.

The "Gene Duplication Errors" option lets you introduce a chance children will end up doubling one gene and removing the other, instead of keeping their natural inheritance from their parents.

The "Add Each Run" option lets you decide to ignore all realism and just have certain dynamics show up each time the simulation is repeated. That way you can play with things however you like, and never worry betas will go extinct again!

Note that as long as you don't mess with the corrector options, the "Gene Duplication Errors" will automatically tweak themselves every time a population crashes out. These automatic adjustments aren't perfect, but they do seem to help when I'm testing things out at least. If a population crashes, feel free to hit "Try Again" to see if the automatic corrections fixed the issue for you!

Simulation Rounds:

Here is where you get to pick the rules for which pairs are kept and which are not in each round.

"Inclusive Rounds" means that all the following rounds will keep any selections you made for their predecessors. "Independent Rounds" means that each round considers its own rules exclusively.

"Random Preset" will pick one set of rules from a set of six I used for testing purposes.

The Groups are just options I programed in to make things easier. Don't feel you must use them (and let me know if I glitched any of them).

Note that you will be slightly restricted in what you can select for early rounds by the pairing type's fertility values. The first round requires 1.25 or above, the second round 1.125 or above, the third 1 or above, etc. All rounds require above zero. (Alpha/Omega and Beta/Beta pair fertilities aren't checked, so I suppose they could be made to flout the rules here).

Edit: I added a new corrector option that applies to the simulation rounds specifically. It’s called “Match Alphas/Omegas and Betas Separately if Gene Counts Low.”

This option makes it so that if the simulator detects twice as many A & O-genes as B-genes (or twice as many B-genes as A & O-genes), then as long as the selection rules permit (aka only A/A, A/O, O/O, and B/B rules were selected), it will create two separate ‘bins’ of unpaired individuals to draw pairs from for Rounds 1-4. One bin for only Alphas and Omegas, and one for only Betas.

This will guarantee more valid matches will be made and saved from those rounds, making a total population collapse of any particular gene far less likely.

Immaculate taste in partners (VERY bisexual. at least)

Also great taste in kink

would try most things once, more of an Experimentalist than super focused on one thing

If his partner wasn't so happy with an idea he had/something he wanted to try/didn't like something they did try together, he'd be SO chill about it

like beyond only respecting their needs over his wants, he wouldn't even have a hint of second thought about it

"do we both like it? no? out the window with it"

this would abseloutly go for ALL sexual acts i think he'd be incredibly chill if he had a s/o who was ace

or uncomfortable with certain 'vanilla' acts such as penetration/oral.

Or simply had a lower libido, anything like that

OH YES. HE'S PEAK SWITCH (everyone is unless proven otherwise)

As i said, he has good taste.

So femdom is on the list (/j ahahaha unless...)

I feel like he'd enjoy that, espechially like 'basic' kink stuff like rope or impact play where he doesn't have to think for a little while

Open to everything as I mentioned but more of a masochist than sadistic

Generally as i said anything goes as long as its safe sane consensual

As a dom he'd be very responsible (not that i think the others wouldn't, i just feel he's the most emotionally intelligent)

generally just very healing to be with if you've had bad experiences. Not because he actively does anything, but because he's one of those people who prove things can be better

Aftercare:

Aftercare is total (non gendered) princess treatment for him. If you try to do ANYTHING, he'll actually vibrate out of his skin, especially if he was domming during a scene

You'd probably have to fight to get to take care of him at all

All the standard stuff, cleanup, cuddling etc. PlusI feel like he'd be big on hand-feeding and bathing/showering together as aftercare activities, that kinda stuff

Bye bye:

───･ ｡ﾟ☆: *.☾.* :☆ﾟ.─────･ ｡ﾟ☆: *.☽ .* :☆ﾟ.───