Magneto555 (talk | contribs) (Adding spanish reference.) |
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== Example == |
== Example == |
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[[File:StructuralIntegrity.png|thumb|right|red = supported; green = five unsupported]] |
[[File:StructuralIntegrity.png|thumb|right|red = supported; green = five unsupported]] |
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| − | [[Brick]] has a {{PAGENAME}} of 65 and a [[Mass]] of 13. Each side of the block may hold up to 65 mass. This means the player may connect five [[Brick]]s to every side of a '''supported''' [[Brick]] block before the construction breaks. If you add a sixth block to one of the beams the whole beam collapses. Even if you make turns in your construction, if the {{PAGENAME}} for a side is reached the block breaks. |
+ | [[Brick]] has a {{PAGENAME}} of 65 and a [[Mass]] of 13. Each side of the block may hold up to 65 mass. This means the player may connect five [[Brick]]s (65 ÷ 13 = 5) to every side of a '''supported''' [[Brick]] block before the construction breaks. If you add a sixth block to one of the beams the whole beam collapses. Even if you make turns in your construction, if the {{PAGENAME}} for a side is reached the block breaks. |
== Use == |
== Use == |
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Revision as of 22:58, 24 June 2014
Overview[ | ]
Max Load of a material determines how much load (Mass) every side of it can hold. You can obtain this information using the Item Stats functionality added to the game in the alpha 7.6. To do this, place the mouse over an item to see the Object Stats, including its Max Load.
The function of Max Load is easily explained using an example.
Example[ | ]
red = supported; green = five unsupported
Brick has a Max Load of 65 and a Mass of 13. Each side of the block may hold up to 65 mass. This means the player may connect five Bricks (65 ÷ 13 = 5) to every side of a supported Brick block before the construction breaks. If you add a sixth block to one of the beams the whole beam collapses. Even if you make turns in your construction, if the Max Load for a side is reached the block breaks.
Use[ | ]
Max Load is used together with Mass to calculate Structural Integrity and therefor planning structures of any sort.
To do so, divide Max Load by Mass of the block and round down the quotient.
Structural Integrity = RoundDown( Max Load ÷ Mass )