1. INPUT
Sensor Scan For Flux. Handles input of All sensor data (particles) from the target-U.
2. IS FLUX Detected?
NO Return to 1.
YES (Flux has been detected.)
3. Attempt To Define Flux
Theorize an i/o-quark particle cluster for this sensor flux.
4. IS a survivable Reactionary Order to this flux known?
Has this entity ever encountered this flux before, and used a known successful reactionary shaping response to this known flux?
5-YES FLUX is Known (i.e., This is a known flux, with a known successful (perpetuating) historical reactionary order.)
Access Reactionary/Order of Known Flux event. JUMP TO 8
5-NO (A survivable R/O to this flux is not known) Can a similar historical fluctuation be found within the records of successful (survived) FRS cycles?
6-YES Access the R/O of the similar known flux.
Resect the reactionary order according to the incongruent portion of the simile compare event, and known historical resection problems of a similar type. JUMP TO 7
6-NO Select a Random shaping Reaction to this Flux.
7. Is this shaping reaction a known historically failed reaction to this current cycle flux?
Yes - Go To 6-N0
NO
8. OUTPUT
Implement the reactionary order. (Shape The Target Universe)
9. Define And Record Shaping Cycle Event.
Return To Sensor Scan For Flux.
[The next environmental flux may be (or become) anticipated self induced flux.]