![]() ![]() This means if you have "Lv 3 OmniUpgrade Power" researched, each level on "Omnistone Upgrade" gives you 160%. But researching "OmniUpgrade Power" with the OmniTemple adds another 40% per level. In addition, Farms, Mines and Foresters can have 10 total workers for a max boost of 900%.Ģ: OmniStone Upgrades start at 40% per level invested in a building. Farms, Mines, Foresters and Fisheries give 100% per Extra Worker instead of 25%. So 5 total workers give a max 100% boost (25% x 4 Extra Workers). Per-Building: 100% Base Boost + 75% (3 Extra Workers) + 50% Steam Power = 225%ġ: The first worker does not count as an extra worker. Global: 100% Base Productivity + 200% Happiness + 50% Global Production Bonus = 250% To calculate a buildings productivity, add up all the values in the Global table, add up all the values in the Per-Building table and multiply those together. Requires a supply of charged element crystals to maintain the bonus. Requires Steam Pipes connected to a Steam Generator.Įach level increases this bonus by 40%. Farms, Mines, Foresters and Fisheries get more. With 5 total workers a the bonus reaches 100%. Varies based on supply.Ĭan be increased by researching Production Speed with the OmniTemple. Increase Happiness by selling goods to Houses. There are two categories of speed boosts, Global and Per-Building, and those two categories are multiplied together to give the final result. Note that the percentage shown is not simply adding up the listed bonuses, this page details how the various bonuses are calculated. You can find all the various speed boosts for a building by left-clicking on it and looking at the Speed stat shown above. 200% means a building works twice as fast, 1000% is ten times as fast. Also note the smokestacks.The Speed percentage on a building determines how quickly it produces items. As the end of the century approached,buildings became lower and more expansive. The sprawling brick factories in the images belowcharacterize the second half of the 19 th century. Steam Powered Factory: Image courtesy of the University of Vermont LandscapeChange Program and the Hartford Historical Society Thefactory is not yet as low and sprawling as later 19 th centuryfactories. The smokestack indicatesthe use of steam power. The factory in the image below displays long rows oflarge windows that are common to the second half of the 19 thcentury. The exterior workings of the factory can be seen in theimage below, including a belt running between the two buildings and a largesmokestack.īelts and Smokestack: Image courtesy of the University of Vermont LandscapeChange Program and the University of Vermont Archives, Collamer AbbottCollection Image courtesy of the University of Vermont Landscape Change Program Steam Powered Factories: Image courtesy of the University of VermontLandscape Change Program and the University of Vermont SpecialCollections. The images below depict what are likely an older millsthat have been upgraded to steam power. Steam Powered Factory Along Railroad: Image courtesy of the University of Vermont LandscapeChange Program and the University of Vermont Special Collections Factory Town (App 860890) Achievements SteamDB Factory Town Follow Ignore Install Watch Store Hub PCGW Patches 87.81 3,403 325 137 In-Game Build, automate, and optimize a giant factory on 3D terrain using conveyor belts, trains, chutes, pipes, and airships. The following image illustrates a number of industriesthat have grown around the railroad tracks. Many olderfactories located along the water were updated to steam power. ![]() The iron and steelframes also allowed for larger windows.After the Civil War, in the late 1860s, factories moved into designatedfactory zones. By 1850, theimportance of railroad transportation prompted factories to be constructed nearrail lines rather than rivers.Advances in iron and steel allowed the factory to expandsignificantly. Separate buildings housed the steamengine, chimney stacks and water tanks were constructed, and belts and shafts weremoved to the exterior of the building.The development of steam power also prompted the evolution of thefactory model. Factories during the second half of the 19 thcentury are characterized by the introduction of steam power. ![]()
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