DNA transfers to result of a chemical reaction

[Kandiyaki]

About the PR

• DNA from reagents such as blood and slime will now transfer to the resulting chemical if used in a reaction. this is achieved using the DNAdata from Better DNA forensics & ReagentData #26699.

Why / Balance

this is mostly just a precursor to things i'm working on in #31614 - however, it'll also allow detectives to find out whose blood some things are made out of.

Technical details

• added a new tag, preserveDNA, to chemical reaction recipes.
• if a recipe has preserveDNA, a slight modification to the ChemicalReactionSystem makes DNA transfer to reactions' products.
• added preserveDNA to all recipes that seemed appropriate (and also blessing blood into wine because it's funny).

Media

video showing changes:
https://www.youtube.com/watch?v=ckEHuYtsd-M

Requirements

• I have read and am following the Pull Request and Changelog Guidelines.
• I have added media to this PR or it does not require an ingame showcase.

Breaking changes

this does slightly change up how reactions occur in the ChemicalReactionSystem, but all my testing indicated that I didn't break anything. hopefully.

Changelog

🆑

• tweak: DNA from reagents such as blood and slime will now transfer to the resulting chemical if used in a recipe.

[deltanedas]

wouldnt the dna break down at this temperature

[Kandiyaki]

surprisingly, no!

even if it did, i think the funny of learning who's in your space glue trumps the realism of DNA breakdown

[deltanedas]

ok real

i think better way of having this would be always transfer reagent data, then have a separate system to destroy data above that temperature

[Kandiyaki]

i think better way of having this would be always transfer reagent data, then have a separate system to destroy data above that temperature

do you mean always transfer reagent data for every reaction? i'm a little hesitant about doing that, since the transfer requires scanning all the data in all the reagents, which sounds like it could get laggy. also i'm not sure if DNA destruction at a certain heat would really be within the scope of this PR.