Feature Suggestions

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Aquafers, getting water where it doesn’t flow
Oil isn’t the only liquid found underground, aquafers have been tapped by wells for centuries. Especially in areas that lack usable surface water, Eco should try and reflect this too. Underground aquafers occur in various areas throughout the world, the denser the deposit the higher the water compacity with average surface rainfall and humidity determining refill rate, another factor is the aquafer fill condition which determines how much water in in that location. It is possible to overtax an aquafer rendering it impracticable at cost, as each pump will reduce surrounding water levels the deeper it goes. A shorthand way of getting a density heatmap is to combine the heatmaps of limestone and sandstone below a certain altitude, as they are the porous rocks found within Eco. That determines how much water can be down there. Then subtracting for each placed well from deep to shallow, determines how taxed that aquafer is. Masonry Water Well: fills water buckets and/or increases local ground moisture via basic labor, moisture gained per labor is based on aquafer fill and altitude. Can only be placed outside, stops working if contained in a room, if picked up it becomes “recycled material” (i.e. fraction of the material that made it). It is the shallowest and the first to stop production when overtaxed. Mechanics Mechanical Well: converts mechanical power into piped water but very inefficiently, water per watt is based on current aquafer fill and altitude. It’s a medium depth well, stopping production later than a basic water well but before the deepest well. Electronics Electric Well: converts electric power into piped water but inefficiently, water per watt is based on current aquafer fill and altitude. It’s the deepest well, the last and hardest to overtax.
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