Difference between revisions of "Experimental Signal Interpreter"
(Fixed mass) |
(This one sure has long description.) |
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|rating=*5 | |rating=*5 | ||
|integrity=29 | |integrity=29 | ||
| − | |coverage= | + | |coverage=1 |
| − | |energyUpkeep= | + | |energyUpkeep=0 |
|matterUpkeep=0 | |matterUpkeep=0 | ||
|heatUpkeep=0 | |heatUpkeep=0 | ||
| − | |effect=Robot scan signals accurately reflect target size and specific class rating, and are unaffected by system corruption. (Requires data from a sensor array.) | + | |effect=Robot scan signals accurately reflect target size and specific class rating, and are unaffected by system corruption, and can discern dormant, unpowered, disabled and broken robots. (Requires data from a sensor array.) Also enables deciphering of signals emitted from adjacent exits, revealing where they lead, and at garrisons know the time until next response dispatch, if any. When multiple exits lead to the same destination, after having identified the first, subsequent ones will be identified on sight even without an interpreter. |
|fabTime=150 | |fabTime=150 | ||
|fabMatter=42 | |fabMatter=42 | ||
|fabComponent=None | |fabComponent=None | ||
}} | }} | ||
| + | [[Category:Alpha 12]] | ||
Revision as of 18:47, 14 January 2017
Robot scan signals accurately reflect target size and specific class rating, and are unaffected by system corruption, and can discern dormant, unpowered, disabled and broken robots. (Requires data from a sensor array.) Also enables deciphering of signals emitted from adjacent exits, revealing where they lead, and at garrisons know the time until next response dispatch, if any. When multiple exits lead to the same destination, after having identified the first, subsequent ones will be identified on sight even without an interpreter.
Experimental Signal Interpreter
[[effect::Robot scan signals accurately reflect target size and specific class rating, and are unaffected by system corruption, and can discern dormant, unpowered, disabled and broken robots. (Requires data from a sensor array.) Also enables deciphering of signals emitted from adjacent exits, revealing where they lead, and at garrisons know the time until next response dispatch, if any. When multiple exits lead to the same destination, after having identified the first, subsequent ones will be identified on sight even without an interpreter.| ]]