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Difference between revisions of "Aqueduct Tower (First)/Amunet"
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To build a tower requires the materials for an [[Aqueduct Construction Site]] (1 canvas, 4 rope, 50 straw) plus: | To build a tower requires the materials for an [[Aqueduct Construction Site]] (1 canvas, 4 rope, 50 straw) plus: | ||
| − | * 1 [[ | + | * 1 [[Cistern]] |
| − | * 5 [[ | + | * 5 [[Copper Pipe]] |
| − | * 20 [[ | + | * 20 [[Tar]] |
| − | * 200 Black [[ | + | * 200 Black [[Raeli Tiles]] |
| − | * 100 White [[ | + | * 100 White [[Raeli Tiles]] |
| − | * 50 Yellowish [[ | + | * 50 Yellowish [[Raeli Tiles]] |
| − | * 50 Redish [[ | + | * 50 Redish [[Raeli Tiles]] |
| − | * 50 Greenish [[ | + | * 50 Greenish [[Raeli Tiles]] |
| − | * 50 Blueish [[ | + | * 50 Blueish [[Raeli Tiles]] |
| − | * 100 [[ | + | * 100 [[Concrete]] |
== Raising the tower == | == Raising the tower == | ||
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A newly built tower has a height of 0 feet, i.e. the top of the tower is the same height as the ground. To support additional towers, the top of the tower must be raised. This requires variable amounts of: | A newly built tower has a height of 0 feet, i.e. the top of the tower is the same height as the ground. To support additional towers, the top of the tower must be raised. This requires variable amounts of: | ||
| − | * [[ | + | * [[Bricks]] |
| − | * [[ | + | * [[Concrete]] |
| − | * [[ | + | * [[Cut Stone]] |
| − | * [[ | + | * [[Pipe Segment]]s |
To raise a tower, select "Raise the Aqueduct" and select how many feet to raise the tower by. You cannot raise the top of the tower to higher than 5 feet below the top of the next tower upstream. You must have all materials for the upgrade '''carried''' - the upgrade does not behave like a construction site. If you have sufficient materials, the tower is immediately raised to the new height. If you have insufficient materials, you'll get a popup telling you exactly what you need. | To raise a tower, select "Raise the Aqueduct" and select how many feet to raise the tower by. You cannot raise the top of the tower to higher than 5 feet below the top of the next tower upstream. You must have all materials for the upgrade '''carried''' - the upgrade does not behave like a construction site. If you have sufficient materials, the tower is immediately raised to the new height. If you have insufficient materials, you'll get a popup telling you exactly what you need. | ||
Latest revision as of 16:15, 17 December 2010
Building Requirements
To build a tower requires the materials for an Aqueduct Construction Site (1 canvas, 4 rope, 50 straw) plus:
- 1 Cistern
- 5 Copper Pipe
- 20 Tar
- 200 Black Raeli Tiles
- 100 White Raeli Tiles
- 50 Yellowish Raeli Tiles
- 50 Redish Raeli Tiles
- 50 Greenish Raeli Tiles
- 50 Blueish Raeli Tiles
- 100 Concrete
Raising the tower
we need lot of Bricks, Cut stone and Clay pipe
A newly built tower has a height of 0 feet, i.e. the top of the tower is the same height as the ground. To support additional towers, the top of the tower must be raised. This requires variable amounts of:
To raise a tower, select "Raise the Aqueduct" and select how many feet to raise the tower by. You cannot raise the top of the tower to higher than 5 feet below the top of the next tower upstream. You must have all materials for the upgrade carried - the upgrade does not behave like a construction site. If you have sufficient materials, the tower is immediately raised to the new height. If you have insufficient materials, you'll get a popup telling you exactly what you need.
To raise a tower by a large amount, you will need carry food, or baskets onsite, or a helper to bring you materials, or do the raise in several steps.
Raising a tower from height h1 to height h2 requires f(h2) - f(h1) materials, where:
- fbricks(x) =
- 0 (if x=0); or
- 2000+50*x (otherwise)
- fconcrete(x) = 2*x
- fcut stone(x) = int(1.5*x)
- fpipe segments(x) =
- 0 (if x=0); or
- int(5 + x/50) (otherwise)
For example, raising a tower from height 0 to height 155 requries:
- 2000+50*155 - 0 = 9,750 bricks
- 2*155 - 2*0 = 310 concrete
- int(1.5*155) - int(1.5*0) = 232 cut stone
- int(5+155/50) - 0 = 8 pipe segments
