LIFE OF PI(gs)
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breed[pigs pig] breed[fences fence] breed[red-zones red-zone] globals [ climate-daylight? climate-daylight-start climate-daylight-end climate-sunhours climate-sunhours-statistic climate-temperature climate-temperature-minimum-statistic climate-temperature-maximum-statistic schedule-feeding-time? schedule-feeding sound-rest sound-unrest time-day time-daytime-start time-daytime-duration time-hour time-minute time-month time-month-name time-month-range time-year time-cumulative-minutes time-section ] patches-own [ patch-allowed-for-activities? patch-eating-line-occupied? patch-eating-line? patch-feeder? patch-fence? patch-slatted? patch-slatted-occupied? patch-strawed? patch-strawed-occupied? ] pigs-own [ pig-dominant? pig-eating? pig-cumulative-resting-time-on-slatted-floor pig-happiness pig-has-lying-down-mate? pig-has-sleeping-mate? pig-lying-down? pig-nearest-playmate pig-playmates pig-playing? pig-reach-feeder? pig-schedule-urinate pig-schedule-urinate-time-hour-start pig-schedule-urinate-time-minute-start pig-sleeping? pig-speed pig-time-to-eat pig-time-to-lie-down pig-time-to-rest pig-time-to-sleep pig-time-to-walk-to-feeder pig-to-eat? pig-to-lie-down? pig-to-sleep? pig-urinating? ] to initialise-schedule let t-hour time-daytime-start let t-minute 0 let t list t-hour t-minute set schedule-feeding lput t [] while[t-hour >= time-daytime-start and t-hour < time-daytime-start + time-daytime-duration] [ set t-minute (t-minute + pig-feeding-interval) mod 60 set t-hour floor (t-hour + (pig-feeding-interval / 60)) set t list t-hour t-minute set schedule-feeding lput t schedule-feeding ] end to initialise-pig-schedule-urinate let pig-urinate-interval (24 * 60 / pig-urinating-frequency) ;;minutes ask pigs [ set pig-schedule-urinate-time-hour-start random 24 set pig-schedule-urinate-time-minute-start random 60 let t-hour pig-schedule-urinate-time-hour-start let t-minute pig-schedule-urinate-time-minute-start let t-list list t-hour t-minute let t (t-hour * 60) + t-minute set pig-schedule-urinate lput t-list [] repeat (pig-urinating-frequency - 1) [ set t t + pig-urinate-interval set t-minute t mod 60 set t-hour floor (t / 60) set t-list list t-hour t-minute set pig-schedule-urinate lput t-list pig-schedule-urinate ] ] end to calculate-pig-resting-on-slatted-floor ask pigs with[pig-lying-down? or pig-sleeping?] [ if([patch-slatted?]of patch-here = true) [ set pig-cumulative-resting-time-on-slatted-floor pig-cumulative-resting-time-on-slatted-floor + 1 ] ] end to define-time-section set time-section ifelse-value(time-hour >= time-daytime-start and time-hour < time-daytime-start + time-daytime-duration) [ "day time" ] [ "night time" ] end to setup ca initialise-plot-resting-pigs-time-on-slatted-floor initialise-plot-pig-cumulative-resting-time initialise-plot-pig-emotion initialise-time initialise-schedule define-time-section initialise-climate initialise-pig-housing initialise-pig initialise-pig-schedule-urinate calculate-dominance calculate-happiness color-pigs set time-cumulative-minutes 0 reset-ticks end to generate-climate let i position time-month time-month-name let s item i climate-sunhours-statistic set climate-sunhours round (max list 0 random-normal first s last s) ifelse(climate-sunhours > 0) [ set climate-daylight-start round (12 - round (climate-sunhours / 2)) set climate-daylight-end climate-daylight-start + climate-sunhours ] [ set climate-daylight-start 1e32 set climate-daylight-end 1e32 ] set climate-daylight? (time-hour >= climate-daylight-start and time-hour <= climate-daylight-end) let tmin item i climate-temperature-minimum-statistic let tmax item i climate-temperature-maximum-statistic set climate-temperature ifelse-value(climate-daylight?) [ random-normal first tmax last tmax ] [ random-normal first tmin last tmin ] if(heater?) [ if(climate-temperature < temperature-threshold) [ set climate-temperature climate-temperature + heating-temperature ] ] end to initialise-climate ;; based on Schipol weather station data of year 2014 set climate-sunhours-statistic ;;daily sunshine duration each month (mean and sd) in hours [ [1.787096774 1.705626363] [3.285714286 2.665932439] [6.44516129 3.174674651] [5.793333333 3.645113246] [6.832258065 4.786814327] [7.9 4.120679556] [7.241935484 4.649499915] [6.238709677 3.989960519] [5.651724138 3.485441219] [3.587096774 2.641305477] [3.09 3.137795185] [1.729032258 2.034894518] ] set climate-temperature-minimum-statistic ;;daily minimum temperature each month (mean and sd) in degree Celcius [ [3.687096774 2.822025506] [4.335714286 1.327825927] [3.377419355 3.176445569] [7.066666667 2.787080209] [8.583870968 3.819868826] [10.32666667 2.229880673] [14.95806452 2.720388966] [12.11935484 2.995153792] [10.93103448 2.197742908] [10.6483871 1.897168235] [5.75 3.158213157] [2.5 3.744150994] ] set climate-temperature-maximum-statistic ;;daily maximum temperature each month (mean and sd) in degree Celcius [ [8.206451613 2.309824738] [9.6 1.731195263] [13.50322581 3.658732373] [16.5 3.127960666] [17.80967742 3.794237283] [20.52666667 2.752545322] [24.27096774 3.922345688] [20.33870968 2.898468264] [20.93448276 2.406579651] [16.92903226 2.738879765] [10.99666667 3.194875566] [7.596774194 3.201196013] ] end to initialise-pig-housing ask patches [ set patch-allowed-for-activities? false set patch-fence? false set patch-feeder? false set patch-slatted? false set patch-strawed? false set patch-eating-line? false set pcolor 41 ] ask patches with[pxcor = min-pxcor or pxcor = max-pxcor or pycor = min-pycor or pycor = max-pycor] [ set patch-fence? true set pcolor 65 ] ask patches with [ (pycor >= min-pycor + 1 and pycor <= min-pycor + 1) and not ( (pxcor >= min-pxcor and pxcor <= min-pxcor) or (pxcor >= max-pxcor and pxcor <= max-pxcor) ) ] [ set patch-feeder? true set pcolor blue ] ask patches with [ (pycor = min-pycor + 2 and pycor <= min-pycor + 3) and not ( (pxcor >= min-pxcor and pxcor <= min-pxcor) or (pxcor >= max-pxcor and pxcor <= max-pxcor) ) ] [ set patch-eating-line? true set pcolor 40.75 ] ask patches with [ (pycor >= max-pycor - 2 and pycor <= max-pycor - 1) and not (patch-fence? or patch-feeder? or patch-eating-line?) ] [ set patch-slatted? true set pcolor grey ] set-default-shape fences "dot" ask patches with[patch-fence?] [ sprout-fences 1 [ set color 63 set size 1 ] ] ask patches with[not(patch-fence? or patch-feeder? or patch-slatted? or patch-eating-line?)] [ set patch-strawed? true ] ask patches with[patch-eating-line?] [ set patch-strawed? true ] ask patches [ set patch-allowed-for-activities? (patch-strawed? or patch-slatted?) ] ask patches with[not patch-allowed-for-activities?] [ sprout-red-zones 1 [ ht set heading ifelse-value(xcor = min-pxcor) [ 90 ] [ ifelse-value(xcor = max-pxcor) [ 270 ] [ ifelse-value(ycor = max-pycor) [ 180 ] [ 0 ] ] ] ] ] end to initialise-pig set-default-shape pigs "pig" create-pigs pig-population [ move-to one-of patches with[patch-strawed? and not patch-eating-line?] set size 2.7 ;; assumption: adult pig length = 2 m set pig-time-to-rest random pig-max-initial-resting-time set pig-schedule-urinate[] set pig-dominant? false set pig-urinating? false ;; to be reinitialised at night time set pig-reach-feeder? true set pig-eating? false set pig-to-eat? false set pig-playing? false set pig-lying-down? false set pig-to-lie-down? false set pig-has-lying-down-mate? false ;; to be reinitialised at day time set pig-to-sleep? true set pig-sleeping? false set pig-has-sleeping-mate? false set pig-cumulative-resting-time-on-slatted-floor 0 ] end to initialise-time set time-year 1 set time-month-range[[1 31] [32 59] [60 90] [91 120] [121 151] [152 181] [182 212] [213 243] [244 273] [274 304] [305 334] [335 365]] set time-month-name["jan" "feb" "mar" "apr" "may" "jun" "jul" "aug" "sep" "oct" "nov" "dec"] set time-month first time-month-name set time-day 1 ;;julian date set time-hour 0 set time-minute 0 set time-daytime-start 6 set time-daytime-duration 12 end to update-time set time-minute (time-minute + 1) mod 60 if(time-minute = 0) [ set time-hour (time-hour + 1) mod 24 if(time-hour = 0) [ set time-day (time-day + 1) mod 366 if(time-day = 0) [ set time-day 1 set time-year time-year + 1 ] foreach time-month-range [ let i position ? time-month-range if(time-day >= first ? and time-day <= last ?) [ set time-month item i time-month-name ] ] ] ] set time-cumulative-minutes time-cumulative-minutes + 1 end to color-pigs let m max [pig-happiness]of pigs ask pigs [ ;; not dominant pigs set color ifelse-value(not pig-dominant?) [ ifelse-value(m > 0) [ 18 - (pig-happiness / m) ] [ 18 - random-float 1 ] ] ;; dominant pigs [ ifelse-value(m > 0) [ 23 - (pig-happiness / m) ] [ 23 - random-float 1 ] ] ] end to calculate-speed let m max [pig-time-to-rest]of pigs let s (pig-base-speed / 60) ;;convert mph into cells per tick ask pigs [ set pig-speed ifelse-value(not (pig-eating? or pig-lying-down? or pig-urinating? or pig-sleeping?)) [ ifelse-value(m > 0) [ s + random-float (pig-time-to-rest / m);;cells per tick ] [ s + random-float 1 ] ] [ 0 ] ] end to calculate-dominance ask pigs [ set pig-dominant? false ] let n round ((pig-dominance-percentage / 100) * count pigs) let d max-n-of n pigs[pig-happiness] ask d [ set pig-dominant? true ] end to calculate-happiness ask pigs [ ifelse(time-cumulative-minutes > 0) [ set pig-happiness max list 0 ((pig-time-to-rest - resting-time-threshold) / time-cumulative-minutes) ifelse(temperature-threshold > 0) [ set pig-happiness pig-happiness * max list 0 (climate-temperature / temperature-threshold) ] [ set pig-happiness 0 ] ] [ set pig-happiness 0 ] ] end to feed ;; walking to feeder; i.e. eating line ask patches [ set patch-eating-line-occupied? false ] ask pigs [ set pig-to-eat? true set pig-eating? false set pig-reach-feeder? false set pig-time-to-walk-to-feeder 0 set pig-time-to-eat 0 set pig-playing? false set pig-to-lie-down? false set pig-lying-down? false ] end to walk-to-feeder ask pigs with[not pig-reach-feeder?] [ repeat animation-frame-rate [ if([patch-eating-line?]of patch-here = false and ([pycor]of patch-here > min([pycor]of patches with[patch-eating-line?]))) [ set heading ifelse-value(any? patches with[patch-eating-line? and not patch-eating-line-occupied?]) [ min list 215 max list 145 towards one-of patches with[patch-eating-line? and not patch-eating-line-occupied?] ] [ min list 215 max list 145 towards one-of patches with[patch-eating-line?] ] ] ifelse([patch-eating-line?]of patch-here = true) [ ask patch-here [ set patch-eating-line-occupied? true ] set pig-speed 0 set pig-reach-feeder? true set pig-eating? true set pig-time-to-rest max list 0 (pig-time-to-rest - pig-time-to-walk-to-feeder) set pig-time-to-walk-to-feeder 0 ] [ set pig-time-to-walk-to-feeder pig-time-to-walk-to-feeder + (1 / animation-frame-rate) ] fd pig-speed / animation-frame-rate ] display ] end to eat ask pigs with[pig-eating?] [ set pig-speed 0 ifelse (pig-time-to-eat < pig-eating-duration) [ set pig-time-to-eat pig-time-to-eat + 1 repeat animation-frame-rate [ set heading 175 + random-float 10 fd pig-speed / animation-frame-rate ] display ] [ set pig-time-to-rest max list 0 (pig-time-to-rest - pig-time-to-eat) set pig-eating? false set pig-to-eat? false set pig-time-to-eat 0 set heading 180 - heading ;;turn-away after eating avoid-forbidden-zone ] ] end to play-or-lie-down ask pigs with[not pig-to-eat? and not pig-lying-down?] [ set pig-playing? (random-float 1 < pig-happiness) set pig-to-lie-down? not(pig-playing?) ] play lie-down end to avoid-forbidden-zone let zone-forbidden-neighbors red-zones in-radius sqrt 2 let n count zone-forbidden-neighbors if(any? zone-forbidden-neighbors) [ ifelse(n < 2) [ let h [heading]of one-of zone-forbidden-neighbors if(h = 0 or h = 180) [ set heading 180 - heading;;turn-away ] if(h = 90 or h = 270) [ set heading (- heading);;turn-away ] ] [ set heading heading + 180 ;;turn away ] ] end to play ask pigs with[pig-playing?] [ ;; play repeat animation-frame-rate [ flock avoid-forbidden-zone fd (pig-speed / animation-frame-rate) set pig-time-to-rest max list 0 (pig-time-to-rest - (1 / animation-frame-rate)) ] display avoid-forbidden-zone ] end to lie-down-not-dominant-pigs ask pigs with[pig-to-lie-down? and not pig-lying-down? and not pig-dominant?] [ let g pig-dominant? let p one-of patches with[(patch-strawed? and not patch-strawed-occupied?) or (patch-slatted? and not patch-slatted-occupied?)] let x [pxcor]of p let y [pycor]of p let d1 distancexy x y let t1 d1 * pig-speed ;;time to find place to lie down set pig-time-to-rest max list 0 (pig-time-to-rest - t1) move-to p ask p [ if(patch-strawed?) [ set patch-strawed-occupied? true ] if(patch-slatted?) [ set patch-slatted-occupied? true ] ] if(climate-temperature <= temperature-threshold) [ ifelse(any? other pigs with[pig-to-lie-down? and not pig-has-lying-down-mate?]) [ let m min-one-of other pigs with[pig-to-lie-down? and not pig-has-lying-down-mate?] [distance myself] let d2 distance m let t2 d2 * pig-speed ;;time to find place to lie down set pig-time-to-rest max list 0 (pig-time-to-rest - t2) ask patch-here [ if(patch-strawed?) [ set patch-strawed-occupied? false ] if(patch-slatted?) [ set patch-slatted-occupied? false ] ] move-to m set pig-has-lying-down-mate? true ask m [ set pig-has-lying-down-mate? true ] set pig-to-lie-down? false set pig-lying-down? true set pig-time-to-lie-down 0 ] [ set heading random-float 360 set pig-to-lie-down? false set pig-lying-down? true set pig-time-to-lie-down 0 ] ] ] end to lie-down-dominant-pigs ask pigs with[pig-to-lie-down? and not pig-lying-down? and pig-dominant?] [ let g pig-dominant? let p one-of patches with[patch-strawed? and not patch-strawed-occupied?] let x [pxcor]of p let y [pycor]of p let d1 distancexy x y let t1 d1 * pig-speed ;;time to find place to lie down set pig-time-to-rest max list 0 (pig-time-to-rest - t1) move-to p ask p [ set patch-strawed-occupied? true ] if(climate-temperature <= temperature-threshold) [ ifelse(any? other pigs with[pig-to-lie-down? and not pig-has-lying-down-mate?]) [ let m min-one-of other pigs with[pig-to-lie-down? and not pig-has-lying-down-mate?] [distance myself] let d2 distance m let t2 d2 * pig-speed ;;time to find place to lie down set pig-time-to-rest max list 0 (pig-time-to-rest - t2) ask patch-here [ set patch-strawed-occupied? false ] move-to m set pig-has-lying-down-mate? true ask m [ set pig-has-lying-down-mate? true ] set pig-to-lie-down? false set pig-lying-down? true set pig-time-to-lie-down 0 ] [ set heading random-float 360 set pig-to-lie-down? false set pig-lying-down? true set pig-time-to-lie-down 0 ] ] ] end to lie-down ask patches [ set patch-strawed-occupied? false set patch-slatted-occupied? false ] lie-down-dominant-pigs lie-down-not-dominant-pigs ask pigs with[pig-lying-down?] [ let annoying-index 0 if any? (pigs with[pig-playing?]) [ set annoying-index (count other pigs with[pig-playing?] in-radius sqrt 2) / (count other pigs with[pig-playing?] ); meters ] repeat animation-frame-rate [ set pig-speed 0 fd pig-speed / animation-frame-rate set pig-time-to-rest max list 0 (pig-time-to-rest + (1 / animation-frame-rate) - (annoying-index / animation-frame-rate)) ] display ifelse(pig-time-to-lie-down < pig-resting-duration) [ set pig-time-to-lie-down pig-time-to-lie-down + 1 ] [ set pig-lying-down? false set pig-has-lying-down-mate? false ] ] end to sleep-not-dominant-pigs ask pigs with[pig-to-sleep? and not pig-sleeping? and not pig-dominant?] [ let g pig-dominant? let p one-of patches with[(patch-strawed? and not patch-strawed-occupied?) or (patch-slatted? and not patch-slatted-occupied?)] let x [pxcor]of p let y [pycor]of p let d1 distancexy x y let t1 d1 * pig-speed ;;time to find place to lie down set pig-time-to-rest max list 0 (pig-time-to-rest - t1) move-to p ask p [ if(patch-strawed?) [ set patch-strawed-occupied? true ] if(patch-slatted?) [ set patch-slatted-occupied? true ] ] if(climate-temperature <= temperature-threshold) [ ifelse(any? other pigs with[pig-to-sleep? and not pig-has-sleeping-mate?]) [ let m min-one-of other pigs with[pig-to-sleep? and not pig-has-sleeping-mate?] [distance myself] let d2 distance m let t2 d2 * pig-speed ;;time to find place to lie down set pig-time-to-rest max list 0 (pig-time-to-rest - t2) ask patch-here [ if(patch-strawed?) [ set patch-strawed-occupied? false ] if(patch-slatted?) [ set patch-slatted-occupied? false ] ] move-to m set pig-has-sleeping-mate? true ask m [ set pig-has-sleeping-mate? true ] set pig-to-sleep? false set pig-sleeping? true set pig-time-to-sleep 0 ] [ set heading random-float 360 set pig-to-sleep? false set pig-sleeping? true set pig-time-to-sleep 0 ] ] ] end to sleep-dominant-pigs ask pigs with[pig-to-sleep? and not pig-sleeping? and pig-dominant?] [ let g pig-dominant? let p one-of patches with[patch-strawed? and not patch-strawed-occupied?] let x [pxcor]of p let y [pycor]of p let d1 distancexy x y let t1 d1 * pig-speed ;;time to find place to lie down set pig-time-to-rest max list 0 (pig-time-to-rest - t1) move-to p ask p [ set patch-strawed-occupied? true ] if(climate-temperature <= temperature-threshold) [ ifelse(any? other pigs with[pig-to-sleep? and not pig-has-sleeping-mate?]) [ let m min-one-of other pigs with[pig-to-sleep? and not pig-has-sleeping-mate?] [distance myself] let d2 distance m let t2 d2 * pig-speed ;;time to find place to lie down set pig-time-to-rest max list 0 (pig-time-to-rest - t2) ask patch-here [ set patch-strawed-occupied? false ] move-to m set pig-has-sleeping-mate? true ask m [ set pig-has-sleeping-mate? true ] set pig-to-sleep? false set pig-sleeping? true set pig-time-to-sleep 0 ] [ set heading random-float 360 set pig-to-sleep? false set pig-sleeping? true set pig-time-to-sleep 0 ] ] ] end to sleep ask patches [ set patch-strawed-occupied? false set patch-slatted-occupied? false ] sleep-dominant-pigs sleep-not-dominant-pigs ask pigs with[pig-sleeping?] [ repeat animation-frame-rate [ set pig-speed 0 fd pig-speed / animation-frame-rate set pig-time-to-rest max list 0 (pig-time-to-rest + (1 / animation-frame-rate)) ] display ifelse(pig-time-to-sleep < pig-resting-duration) [ set pig-time-to-sleep pig-time-to-sleep + 1 ] [ ifelse(time-section = "night time") [ set pig-time-to-sleep pig-time-to-sleep + 1 ] [ set pig-sleeping? false set pig-has-sleeping-mate? false ] ] ] end to do-during-nighttime ;; reinitialise ask pigs [ set pig-speed 0 set pig-reach-feeder? true set pig-eating? false set pig-to-eat? false set pig-playing? false set pig-lying-down? false set pig-to-lie-down? false set pig-has-lying-down-mate? false set pig-to-sleep? true ] sleep end to urinate ask pigs [ set pig-urinating? member? (list time-hour time-minute) pig-schedule-urinate ] ask pigs with[pig-urinating?] [ ifelse any? other pigs-here [ let distuberd-pigs other pigs-here ask distuberd-pigs [ ifelse random-float 1 < .5 [ rt random-float 45 ] [ lt random-float 45 ] repeat animation-frame-rate [ fd pig-speed / animation-frame-rate avoid-forbidden-zone set pig-time-to-rest max list 0 (pig-time-to-rest - (1 / animation-frame-rate)) ] display ] ] [ repeat animation-frame-rate [ set pig-time-to-rest max list 0 (pig-time-to-rest - (1 / animation-frame-rate)) ] display ] ] end to do-during-daytime ask pigs [ set pig-sleeping? false set pig-to-sleep? false set pig-has-sleeping-mate? false ] let t list time-hour time-minute set schedule-feeding-time? member? t schedule-feeding if(schedule-feeding-time?) [ feed ] walk-to-feeder eat play-or-lie-down end to go calculate-pig-resting-on-slatted-floor define-time-section generate-climate calculate-speed urinate ifelse(time-section = "day time") [ do-during-daytime ] [ do-during-nighttime ] calculate-dominance calculate-happiness color-pigs plot-resting-pigs-time-on-slatted-floor plot-pig-cumulative-resting-time plot-pig-emotion update-time tick ;;per minute end ;; ;; pig playing rule following flocking rule to flock find-playmates if(any? pig-playmates) [ find-nearest-playmate ifelse(distance pig-nearest-playmate < 1) ;;meters [ separate ] [ align cohere ] ] end to find-playmates let group pig-dominant? set pig-playmates other pigs with[pig-playing? and pig-dominant? = group] in-radius sqrt 8 ;;meters end to find-nearest-playmate set pig-nearest-playmate min-one-of pig-playmates [distance myself] end to separate turn-away ([heading] of pig-nearest-playmate) 1.5 ;;degrees end to align turn-towards average-playmate-heading 5 ;;degrees end to-report average-playmate-heading let x-component sum [dx] of pig-playmates let y-component sum [dy] of pig-playmates ifelse(x-component = 0 and y-component = 0) [ report heading ] [ report atan x-component y-component ] end to cohere turn-towards average-heading-towards-playmates 3 ;;degrees end to-report average-heading-towards-playmates let x-component mean [sin (towards myself + 180)] of pig-playmates let y-component mean [cos (towards myself + 180)] of pig-playmates ifelse(x-component = 0 and y-component = 0) [ report heading ] [ report atan x-component y-component ] end to turn-towards [new-heading max-turn] turn-at-most (subtract-headings new-heading heading) max-turn end to turn-away [new-heading max-turn] turn-at-most (subtract-headings heading new-heading) max-turn end to turn-at-most [turn max-turn] ifelse(abs turn > max-turn) [ ifelse(turn > 0) [ rt max-turn ] [ lt max-turn ] ] [ rt turn ] end ;; to initialise-plot-pig-cumulative-resting-time let plot-pen-color n-values pig-population [5 + ? * 10] let plot-pen-list [ "pig 1" "pig 2" "pig 3" "pig 4" "pig 5" "pig 6" "pig 7" "pig 8" "pig 9" "pig 10" "pig 11" "pig 12" "pig 13" "pig 14" "pig 15" "pig 16" "pig 17" "pig 18" "pig 19" "pig 20" ] let plot-pen sublist plot-pen-list 0 pig-population set-current-plot "pig cumulative resting time" foreach plot-pen [ let i position ? plot-pen set-current-plot-pen ? set-plot-pen-color white ] foreach plot-pen [ let i position ? plot-pen set-current-plot-pen ? set-plot-pen-color item i plot-pen-color ] end to plot-pig-cumulative-resting-time let plot-pen-color n-values pig-population[5 + ? * 10] let plot-pen-list [ "pig 1" "pig 2" "pig 3" "pig 4" "pig 5" "pig 6" "pig 7" "pig 8" "pig 9" "pig 10" "pig 11" "pig 12" "pig 13" "pig 14" "pig 15" "pig 16" "pig 17" "pig 18" "pig 19" "pig 20" ] let plot-pen sublist plot-pen-list 0 pig-population let p sort-on [who] pigs set-current-plot "pig cumulative resting time" foreach plot-pen [ let i position ? plot-pen set-current-plot-pen ? plot [pig-time-to-rest]of item i p ] end to initialise-plot-resting-pigs-time-on-slatted-floor let plot-pen-color n-values pig-population [5 + ? * 10] let plot-pen-list [ "pig 1" "pig 2" "pig 3" "pig 4" "pig 5" "pig 6" "pig 7" "pig 8" "pig 9" "pig 10" "pig 11" "pig 12" "pig 13" "pig 14" "pig 15" "pig 16" "pig 17" "pig 18" "pig 19" "pig 20" ] let plot-pen sublist plot-pen-list 0 pig-population set-current-plot "resting pig cumulative time on slatted floor" foreach plot-pen [ let i position ? plot-pen set-current-plot-pen ? set-plot-pen-color white ] foreach plot-pen [ let i position ? plot-pen set-current-plot-pen ? set-plot-pen-color item i plot-pen-color ] end to plot-resting-pigs-time-on-slatted-floor let plot-pen-color n-values pig-population[5 + ? * 10] let plot-pen-list [ "pig 1" "pig 2" "pig 3" "pig 4" "pig 5" "pig 6" "pig 7" "pig 8" "pig 9" "pig 10" "pig 11" "pig 12" "pig 13" "pig 14" "pig 15" "pig 16" "pig 17" "pig 18" "pig 19" "pig 20" ] let plot-pen sublist plot-pen-list 0 pig-population let p sort-on [who] pigs set-current-plot "resting pig cumulative time on slatted floor" foreach plot-pen [ let i position ? plot-pen set-current-plot-pen ? plot [pig-cumulative-resting-time-on-slatted-floor]of item i p ] end ;; to initialise-plot-pig-emotion let plot-pen-color n-values pig-population [5 + ? * 10] let plot-pen-list [ "pig 1" "pig 2" "pig 3" "pig 4" "pig 5" "pig 6" "pig 7" "pig 8" "pig 9" "pig 10" "pig 11" "pig 12" "pig 13" "pig 14" "pig 15" "pig 16" "pig 17" "pig 18" "pig 19" "pig 20" ] let plot-pen sublist plot-pen-list 0 pig-population set-current-plot "pig emotion" foreach plot-pen [ let i position ? plot-pen set-current-plot-pen ? set-plot-pen-color white ] foreach plot-pen [ let i position ? plot-pen set-current-plot-pen ? set-plot-pen-color item i plot-pen-color ] end to plot-pig-emotion let plot-pen-color n-values pig-population[5 + ? * 10] let plot-pen-list [ "pig 1" "pig 2" "pig 3" "pig 4" "pig 5" "pig 6" "pig 7" "pig 8" "pig 9" "pig 10" "pig 11" "pig 12" "pig 13" "pig 14" "pig 15" "pig 16" "pig 17" "pig 18" "pig 19" "pig 20" ] let plot-pen sublist plot-pen-list 0 pig-population let p sort-on [who] pigs set-current-plot "pig emotion" foreach plot-pen [ let i position ? plot-pen set-current-plot-pen ? plot [pig-happiness]of item i p ] end
There is only one version of this model, created almost 7 years ago by Desi Suyamto.
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File | Type | Description | Last updated | |
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LIFE OF PI(gs).png | preview | Preview for 'LIFE OF PI(gs)' | almost 7 years ago, by Desi Suyamto | Download |
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