Difference between revisions of "Element:LSNS"
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+ | LSNS creates a {{Material|SPRK}} when there is an element near to it with a life greater than its temperature, at a range of its tmp2. It creates the {{Material|SPRK}} at a range of 2 pixels where there is no {{Material|INSL}} blocking. LSNS can also serialize, deserialize, or affect particles that instead have less life than its temperature with its tmp. LSNS does not conduct heat and cannot be destroyed with heat, pressure, or fire. | ||
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+ | ===Tmp Modes=== | ||
+ | When LSNS has a tmp of 2, it will instead check for a life less than its temperature, but all other functions will be the same. When the tmp of LSNS is 1, it will serialize life values from elements within its range into {{Material|FILT}} directly next to it. When the tmp is 3, it will deserialize from {{Material|FILT}} within the range of its tmp2 onto elements directly next to itself. | ||
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+ | ===Other Information=== | ||
+ | When a particle is layered above LSNS, no modes will affect or involve that particle. | ||
+ | |||
+ | This tutorial save shows how to use the serialisation feature for sensor elements. | ||
+ | {{ save | id=2446165}} | ||
{{Languages}} | {{Languages}} |
Latest revision as of 13:01, 3 November 2022
Properties | |
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Section | Sensors |
Spawn temperature | 4°C |
Heat Conductivity | 0% |
Relative weight | 100 |
Gravity | 0 |
Acid dissolve rate | 0.1% |
Flammability | 0 |
State | Solid |
Source code |
LSNS creates a SPRK when there is an element near to it with a life greater than its temperature, at a range of its tmp2. It creates the SPRK at a range of 2 pixels where there is no INSL blocking. LSNS can also serialize, deserialize, or affect particles that instead have less life than its temperature with its tmp. LSNS does not conduct heat and cannot be destroyed with heat, pressure, or fire.
Tmp Modes
When LSNS has a tmp of 2, it will instead check for a life less than its temperature, but all other functions will be the same. When the tmp of LSNS is 1, it will serialize life values from elements within its range into FILT directly next to it. When the tmp is 3, it will deserialize from FILT within the range of its tmp2 onto elements directly next to itself.
Other Information
When a particle is layered above LSNS, no modes will affect or involve that particle.
This tutorial save shows how to use the serialisation feature for sensor elements.
Language: | [[::Element:LSNS|English]] |
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