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[[File:sleepcycle_irregular_sleep.png]] | [[File:sleepcycle_irregular_sleep.png]] | ||
To model this pattern, we assumed that the peaks and valleys of the graph are sinusoidal with random periods, amplitudes and equilibriums. | |||
globals [y | globals [y |
Revision as of 17:22, 28 February 2016
Back to main page: PRE2015_3_Groep4
To the code: Code
To the output: Output
Brightness
Temperature
Sleep model
The Sleep Cycle App provides graphs to the user that show his measured sleep behavior during that night. Here's an example:
To model this pattern, we assumed that the peaks and valleys of the graph are sinusoidal with random periods, amplitudes and equilibriums.
globals [y Tgem start T p rc x R time stage test] to Setup clear-all set y 100 set Tgem (90 * 60) reset-ticks end to Go foreach [1 2] [ set start y set T -1 while [T < 0] [set T (random-normal Tgem 1800)] set p (random-float 1.0) set rc (4 / (1 + exp((ticks - (2.5 * Tgem)) / 20000)) - 2) ifelse rc > 0 [set x (0.5 - (1 / rc) + sqrt((2.0 / rc) * p + (rc ^ -2) - (rc ^ -1) + 0.25))] [set x (0.5 - (1 / rc) - sqrt((2.0 / rc) * p + (rc ^ -2) - (rc ^ -1) + 0.25))] ifelse ? = 1 [set R (x * start / 2)] [set R ((x - 1) * (100 - start) / 2)] set time (n-values (T / 2) [?]) foreach time [ set y (R * (cos (360 * ? / T)) + start - R) set stage ((y - (y mod 25)) / 25 - 3) set test (1 / (1 + exp(ticks))) tick ] ] end