The Beavers gather the water in buckets from a water source, such as a Water Pump, Deep Water Pump, Small Water Tank or Large Water Tank. The water for the Water Dump must be supplied to the building by the Beavers.
TIMBERBORN WATER FULL
Once the tile below the spout is full of water, the Water Dump will stop filling the tile. As such, the tile below the spout should be at least one tile lower than the Water Dump's spout. One tile to hold the shed to which the beavers will deliver buckets or water, and the other tile to contain the spout from which the water will flow unto the tile below. A version exists for both the Folktails faction as well as for the Iron Teeth faction. The first block after the watered block can be at any height below its height without affecting the irrigation distance.The Water Dump is a water building that can be used with a water source to relocate water. The first block after the watered block does not affect the irrigation distance, as long as it is at or lower than the watered block. If separate, the distance is reduced by 7. If on top of the watered block, the irrigated distance is reduced by 6. Each height difference from the watered block counts as 7 blocks of distance.Įach difference in height from the watered block subtracts from the distance of 15. From that watered block, soil at the same height will be irrigated up to 15 blocks away in any direction.Īt the same height as the watered block, 15 blocks are irrigated.
The distance of irrigated soil from the water depends on the relative height of the land next to it.Ī watered block is a block that is in direct contact with water, either below it or directly touching it on the side. Soil is irrigated up to 15 blocks from a watered block. Water irrigates soil, allowing Crops and Trees to grow, and Ruins to have vines grown on it. Added benefit of the water tanks is that they do not suffer from evaporation. Similarly a large water tank with a capacity of 300 can hold up to 60 full blocks of water. This means that a small water tank with a capacity of 30 can store water equal to 6 full blocks of water. Natural reservoirs on the other hand can store much larger quantities and can be built away from the districts.ġ full block of water will provide 5 units of drinkable water. Advantage of the tanks is that is stores straight drinkable water and can be close inside your district. Water can be stored inside water tanks or as is on the map by using dams, levees and other landscaping tools. This means that when storing water on reservoirs it might be a good idea to go for depth rather than more area so the water loss due to evaporation is not as severe. The evaporation is calculated only on the top level of a tile. A full, non-flowing block of water will take just over 22 days to completely evaporate, if there are no water pumps. Water has a constant evaporation rate of 0.045 meters per day regardless of the weather.
Water Pumps can be used to extract and purify Water resource from flowing water. A Stream Gauge can be placed in the water to measure the current depth, maximum depth, and flow rate. The currents' strength can usually be strengthened by narrowing the waters' path with dams and or other structures that block water. Water current and it's strength is essential for creating power with water wheels. Water flow calculations are applied only on the top level of the water. When water passes a waterfall (a difference of +0.5 height) the water flows' strength is limited to 2.2 cms. Water can freely flow between tiles where there's a difference in the height of the water. This means it takes 2 seconds for 1 "water second" to pass. It takes 2 seconds for a current of 1 cms to fill up a single block with water, because water simulation is ran in 0.5x speed. The buildings in this group are related to the pumping, stocking and usage of the Water resource.įlowing water is the physical water body that is present on the map and is produced by a Water Source.įlowing waters' strength is measured in cms (cubic meters per second).
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