Difference between revisions of "Item"
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| + | == Parts == | ||
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Different robot cores are designed to interface with a unique set of '''parts'''. Parts fall into one of four categories: Power, Propulsion, Utilities, and Weapons. The Cogmind is special in that it can dynamically bind and interface with any type of part by expending an amount of matter and energy. | Different robot cores are designed to interface with a unique set of '''parts'''. Parts fall into one of four categories: Power, Propulsion, Utilities, and Weapons. The Cogmind is special in that it can dynamically bind and interface with any type of part by expending an amount of matter and energy. | ||
| − | Attaching a part requires 20 energy and 10 matter. Detaching a part expends 10 energy. | + | Attaching a part requires 20 energy and 10 [[matter]]. Detaching a part expends 10 energy. |
| − | == Power Sources == | + | === Power Sources === |
Engines, power cores, and reactors supply the power necessary to run other systems. Be aware that most power sources will shut down temporarily when the core begins overheating. | Engines, power cores, and reactors supply the power necessary to run other systems. Be aware that most power sources will shut down temporarily when the core begins overheating. | ||
| − | {{main| | + | {{main|Power Source}} |
| − | == Propulsion == | + | === Propulsion === |
Treads, legs, wheels, and hover/flight units represent a spectrum from greater mass support and slow speed to lower mass support and fast speed. Exceeding the mass limit provided by active propulsion components will slow movement. | Treads, legs, wheels, and hover/flight units represent a spectrum from greater mass support and slow speed to lower mass support and fast speed. Exceeding the mass limit provided by active propulsion components will slow movement. | ||
{{main|Propulsion}} | {{main|Propulsion}} | ||
| − | == Utilities == | + | === Utilities === |
The largest and most versatile category of parts is made up of those classified as some form of utility. Each utility is built around a single capability, the effect of which is described on the part's info page. Where applicable, the description also indicates whether the effect stacks, an important factor for mechanics purposes. | The largest and most versatile category of parts is made up of those classified as some form of utility. Each utility is built around a single capability, the effect of which is described on the part's info page. Where applicable, the description also indicates whether the effect stacks, an important factor for mechanics purposes. | ||
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* [[Armor]] | * [[Armor]] | ||
| − | == Weapons == | + | === Weapons === |
* [[Special Weapon]]s | * [[Special Weapon]]s | ||
* [[Melee Weapon]]s | * [[Melee Weapon]]s | ||
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* [[Energy Gun]]s | * [[Energy Gun]]s | ||
* [[Launcher]]s | * [[Launcher]]s | ||
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| + | == Non-Part Items == | ||
| + | |||
| + | * [[Matter]] | ||
| + | * [[Data Core]]s | ||
| + | * [[Signal Generator]] | ||
Revision as of 07:57, 4 June 2015
Parts
Different robot cores are designed to interface with a unique set of parts. Parts fall into one of four categories: Power, Propulsion, Utilities, and Weapons. The Cogmind is special in that it can dynamically bind and interface with any type of part by expending an amount of matter and energy.
Attaching a part requires 20 energy and 10 matter. Detaching a part expends 10 energy.
Power Sources
Engines, power cores, and reactors supply the power necessary to run other systems. Be aware that most power sources will shut down temporarily when the core begins overheating.
Main article: Power Source
Propulsion
Treads, legs, wheels, and hover/flight units represent a spectrum from greater mass support and slow speed to lower mass support and fast speed. Exceeding the mass limit provided by active propulsion components will slow movement.
Main article: Propulsion
Utilities
The largest and most versatile category of parts is made up of those classified as some form of utility. Each utility is built around a single capability, the effect of which is described on the part's info page. Where applicable, the description also indicates whether the effect stacks, an important factor for mechanics purposes.