Thanks, everyone.
I hereby volunteer my services as a cheerleeder, playtester, and alchemy consultant.
Nice, I'm sure I can use all three.
I love the little mineral icons, by the way, those are incredible.
Edit:
These are from a board game I liked a lot as a child. They reminded me of your icons (though they're more fanciful, and less based on real alchemy).
Very nice. There's something I really like about tiny icons. Maybe it's the hoarder in me.
Gameplay part 4In
recipe stage 1, Alden will teach Winter recipes taught by the alchemists' guild. He'll send her to fetch books, herbs and minerals for his own experiments, but won't tell her much about them at this stage.
I don't want the transition between the two stages to be too sudden, so I think I'll need to make it clear that Alden is teaching her something he disapproves of, and that he's working on something more interesting. Some of the early recipes will come in handy later, while others will be erased from the recipe list. I'm not sure which recipes the first stage will include yet, so the ones below are mostly just examples.
Oil of vitriolRecipe: Green vitriol, Water
Tile: Laboratory
Aqua fortisRecipe: Oil of vitriol, Saltpeter, Water
Tile: Laboratory
Spirit of saltRecipe: Oil of vitriol, Common salt, Empty vial
MercuryRecipe: Cinnabar, Empty vial
Tile: Furnace
SulfurRecipe: Sulfur crystals, Mortar and pestle, Empty vial
Recipe stage 2 is the one I find most challenging. Once Alden trusts Winter, he'll start teaching her modern terms and recipes. It's been a while since my last chemistry class, so I'm merely looking at descriptions of reactions and processes to extract the basic ingredients. I've tried to choose simplicity over efficiency, but I've been struggling with consistency. Alden values purity, which adds complexity.
The list below contains most of the recipes I want to include. I still need to come up with resulting items (for instance, some recipes will leave empty vials), concentration requirements and reagent ratios. I want to decide which recipes to use before that. I've added some byproducts and the items needed to gather them (optional) in italics. I have a lot more recipes, but I'll have to find a worthwhile use for them before I add them to the list, while making sure I don't end up with too many.
Distilled waterRecipe: Empty vial
Tile: Laboratory
Activated charcoalRecipe: Wood, Sodium hydroxide
Tile: Furnace
Poppy resinRecipe: Poppy seed pod
AmmoniaRecipe: Ammonium chloride, Calcium hydroxide, Calcium oxide, Empty vial
Tile: Laboratory
Sulfuric acidRecipe: Sulfur, Potassium nitrate, Sulfuric acid, Distilled water
Tile: Laboratory
Calcium oxide, Carbon dioxideRecipe: Limestone, Empty vial,
Distilled waterTile: Furnace
Calcium hydroxideRecipe: Calcium oxide, Distilled water
Calcium carbonateRecipe: Calcium hydroxide, Carbon dioxide
Sodium bicarbonate, Ammonium chlorideRecipe: Sodium chloride, Distilled water, Ammonia, Calcium carbonate
Tile: Laboratory
Acetic acidRecipe: Vinegar, Sodium bicarbonate, Sulfuric acid
Tile: Laboratory
Hydrochloric acidRecipe: Sulfuric acid, Sodium Chloride, Empty vial
Sodium carbonateRecipe: Sodium bicarbonate
Tile: Laboratory
Acetic anhydrideRecipe: Acetic acid
Tile: Laboratory
Salicylic acidRecipe: Meadowsweet, Sodium hydroxide, Distilled water
Tile: Laboratory
Acetylsalicylic acidRecipe: Salicylic acid, Acetic anhydride, Sulfuric acid
Tile: Laboratory
Morphine hydrochlorideRecipe: Poppy resin, Distilled water, Calcium hydroxide, Ammonium chloride, Hydrochloric acid, Activated charcoal
Tile: Laboratory
Diacetylmorphine hydrochlorideRecipe: Morphine hydrochloride, Acetic anhydride, Distilled water, Sodium carbonate, Hydrochloric acid
Tile: Laboratory