Java StarLogo
2.0
english
`turtle`
turtles-own [age visitingtime infecttime fertrate kids gender [male female] deathrate 
             health [healthy latent sick recovered] lastx lasty lasth]


to go
  if (breed = 0) [
    move 
    infect 
    recover 
    check-health 
    setage age + time-step 
    if (health = sick) or (health = latent)
      [setinfecttime infecttime + 1]
    hatch-babies 
    die?
    if (who = count-turtles) [settime (time + 1)]
  ]
end

to move
  let [:corner (random 2)]
  let [:prob (random 100)]
  ifelse :prob = 0
    [case :corner
      [0 [setxy (dtownlt + (random 11)) (dtownbot + (random 11))]
       1 [setxy (airlt - (random 5)) (airbot + (random 5))]
    ] ]
    [wiggle]
end

to wiggle
  let [:x xcor]
  let [:y ycor]
;  ifelse (:x < 0) [
;    set :x (xcor - cos (heading + random 360))
;  ][
    set :x (xcor + cos (heading + random 360))
;  ]
;  ifelse (:y < 0) [
;     set :y (ycor - sin (heading + random 360))
;  ][
     set :y (ycor + sin (heading + random 360))
;  ]
  if (((abs :x) < screen-half-width) and
          ((abs :y) < screen-half-height))
  [
    seth towards :x :y
    fd 1
  ]
end

to infect
  if health = healthy    
    [if  ((((health-of one-of-turtles-here) = sick) or    ;if turtle you meet is sick or latent  
       ((health-of one-of-turtles-here) = latent))   
      and ((random 100) < infect-rate))                   ;then with some chance
      or ((pc > 0) and (pc < 10) and (random 100) < virus-%)
     [sethealth latent setinfecttime 0]
    ]                 ;become latent and note time of infection
end

to infectcloud
  if (health = sick) or (health = latent) [
    let [:i 0]
    let [:j 0]
    let [:bottom ((ycor-of myself) - cloud-radius)]
    let [:left ((xcor-of myself) - cloud-radius)]
    repeat (2 * cloud-radius + 1)
      [repeat (2 * cloud-radius + 1)
         [
	   stamp-at (:left + :i) (:bottom + :j) 9
           setvtime-at (:left + :i) (:bottom + :j) 0
           set:j (:j + 1)
         ]
       set:j 0
       set:i (:i + 1)
      ]
    setvtime-at (:left + :i) (:bottom + :j) 0
  ]
end

to cough
end

to recover
  if health = sick   
    [if (random (100 / time-step)) < recover-rate          ;recover with some chance
      [sethealth recovered]]
end

to check-health   
  if health = healthy [setc green]   
  if health = latent [ifelse infecttime > latent-time                         
                      [sethealth sick]                          
                      [setc yellow]]   
  if health = sick [setc red]   
  if health = recovered [setc blue]
end

to pop-dist                   ;draw the population distribution histogram  
  setlastx xcor setlasty ycor  setlasth heading    
  sety (-1 * screen-half-height)  
  ifelse age = 0       
    [setx (-1 * screen-half-width)]      
    [setx (-1 * screen-half-width) + ( age / 2)]  
  seth 0  
  repeat screen-height [if count-turtles-here > 1 [fd 1]]
end

to go-back       ;go back to where you were before drawing histogram  
  pu  
  setx lastx  
  sety lasty  
  seth lasth
end

;--------------------Population

to die?             ;deathrate based on age  
  if health = sick 
    [if (infecttime) > (sick-time + latent-time)  
      [setdead dead + 1 die]]  
  if age <= 20 [setdeathrate 0] 
  if age > 20 and age <= 50 [setdeathrate 10]  
  if age > 50 and age <= 60 [setdeathrate 20]  
  if age > 60 and age <= 70 [setdeathrate 40]  
  if age > 70 and age <= 80 [setdeathrate 80]  
  if age > 80 and age <= 90 [setdeathrate 120]  
  if age > 90 and age <= 100 [setdeathrate 240]  
  if age > 100 [setdead dead + 1 die]  
  if (random 1000 / time-step) < deathrate 
    [setdead dead + 1 die]
end

to hatch-babies          ;fertrate based on age and size of total population
  if age > 13 and age <= 19 [setfertrate 30]
  if age > 19 and age <= 24 [setfertrate 120]
  if age > 24 and age <= 29 [setfertrate 200]
  if age > 29 and age <= 34 [setfertrate 180]
  if age > 34 and age <= 39 [setfertrate 56]
  if age > 39 and age <= 44 [setfertrate 12]
  if age > 44 and age <= 49 [setfertrate 1]
  if age > 49 or age <= 13 [setfertrate 0]
  if pop > (1.1 * number) [setfertrate .8 * fertrate]
  if pop > (1.2 * number) [setfertrate .6 * fertrate] 
  if pop > (1.3 * number) [setfertrate .4 * fertrate] 
  if pop > (1.5 * number) [setfertrate .2 * fertrate] 
  if pop < (.9 * number) [setfertrate 1.2 * fertrate] 
  if pop < (.8 * number) [setfertrate 1.4 * fertrate]
  if pop < (.7 * number) [setfertrate 1.6 * fertrate] 
  if pop < (.5 * number) [setfertrate 1.8 * fertrate] 
  if (random (1000 / time-step)) < fertrate and gender = female and kids < 4    
    [setkids kids + 1    
     hatch [setage 0          
            setinfecttime 0          
            setfertrate 0          
            setkids 0          
            ifelse (random 2) = 0            
              [setgender male]            
              [setgender female]         
            setdeathrate 0          
            setxy random screen-width random screen-height          
            sethealth healthy    ;all babies healthy, regardless of parent health 
            ]]
end


`observer`
globals [dead time-step pop airtop airbot airrt airlt dtowntop dtownbot dtownlt dtownrt time breeds[airportmarker downtownmarker]]
patches-own [virus-% vtime]

to startup
  setup graph
end

to setup
  setup-graph
  ca
  setdead 0
  settime-step 0.1
  crt number
  setairtop  15		;setup airport boundaries
  setairbot  11
  setairlt  -15
  setairrt  -11
  setdtowntop  10	;setup downtown boundaries
  setdtownbot -10
  setdtownlt  -10
  setdtownrt   10
  settime 0		;time not used yet - just here for future use
  ask-turtles [setinfecttime 0            
               setfertrate 0            
               setage (random 85)            
               ifelse (random 2) = 0               
                 [setgender male]               
                 [setgender female]            
               if (age > 15) and (random 3) = 0 and (gender = female)                 
                 [setkids (random 4)]           
               setdeathrate 0              
               setxy random screen-width random screen-height            
               ifelse who < infected                
                 [sethealth sick 
                  setinfecttime random (sick-time + latent-time) 
                  setxy (airlt + random (airrt - airlt)) (airbot + random (airtop - airbot))]             
                 [sethealth healthy]           
               check-health]
  ask-patches [setvirus-% 0 setvtime 0]
  draw-airport
  draw-downtown
  setup-graph
end

to draw-airport
  let [:i 0]
  let [:j 0]
  repeat 25 [	create-and-do 1 [ setbreed airportmarker
  		     		setshape airport
		     		setxy (airlt + :i) (airbot + :j)
                              ]
		ifelse (:j >= 4) [;reset j and increment i
		  set :j 0 
		  set :i (:i + 1)
                ]
     		[;increment i
		  set :j (:j + 1)
		]
            ]
end

to draw-downtown
  let [:i 0]
  let [:j 0]
  repeat 400 [	create-and-do 1 [ setbreed downtownmarker
  		     		setshape downtown
		     		setxy (dtownlt + :i) (dtownbot + :j)
                              ]
		ifelse (:j >= 19) [;reset j and increment i
		  set :j 0 
		  set :i (:i + 1)
                ]
     		[;increment i
		  set :j (:j + 1)
		]
            ]
end

to setup-graph
  setup-graph1
  setup-graph2
end

to setup-graph1
  plotid 3
  pp1 ppreset setppc green     ;healthy
  pp2 ppreset setppc red       ;sick
  pp3 ppreset setppc blue      ;recovered
  pp4 ppreset setppc yellow    ;latent
;  pp5 ppreset setppc magenta   ;visitor
  setplot-yrange 0 100 
  setplot-xrange 0 50
  setplot-title "Population vs. Time"
end

to setup-graph2
  plotid 4
  pp1 ppreset setppc green     ;healthy
  pp2 ppreset setppc red       ;sick + latent
  pp3 ppreset setppc blue      ;recovered
  setplot-yrange 0 100 
  setplot-xrange 0 50
  setplot-title "Population vs. Time"
end

to graph
  graph1
  graph2
end

to graph1
  plotid 3
  pp1 ppd plot healthy-%
  pp2 ppd plot sick-%
  pp3 ppd plot recovered-%
  pp4 ppd plot latent-%
end

to graph2
  plotid 4
  pp1 ppd plot healthy-%
  pp2 ppd plot (sick-% + latent-%)
  pp3 ppd plot recovered-%
end

to updatepatches
 ask-patches [
  if (pc = 0) [
   setvirus-% 0
   setvtime 0
  ]
  if (pc > 0) and (pc < 10) [
   setpc (9 - int (vtime / survive-time))  ; update the patch color
   setvirus-% (pc * 10 * infect-rate) / 100 ; calculate the chance to infect
   setvtime (vtime + 1)
  ]
  
 ]
end

to start
  startinfectcloudbutton
  startupdatepatchesbutton
  startgobutton
  startgraphbutton
end

to sick-%
  output ((count-turtles-with [(breed = 0) and (health = sick)]) * 100) / count-turtles
end

to recovered-%
  output ((count-turtles-with [(breed = 0) and (health = recovered)]) * 100) / count-turtles
end

to latent-%
  output ((count-turtles-with [(breed = 0) and (health = latent)]) * 100) / count-turtles
end

to healthy-%
  output ((count-turtles-with [(breed = 0) and (health = healthy)]) * 100) / count-turtles
end

to deaths
  output dead
end

to population
  setpop count-turtles
  output pop
end

to stopit
  stopgobutton
  stopgraphbutton
  stopupdatepatchesbutton
end

to createsick
  create-and-do numsickinj [
    setinfecttime 0            
    setfertrate 0            
    setage (random 85)            
    ifelse (random 2) = 0
      [setgender male]
      [setgender female]
    if (age > 15) and (random 3) = 0 and (gender = female)                 
      [setkids (random 4)]
    setdeathrate 0
    setxy (airlt + random (airrt - airlt)) (airbot + random (airtop - airbot))
    sethealth sick setinfecttime random (sick-time + latent-time)
    check-health]
end

to createlatent
  create-and-do numlatentinj [
    setinfecttime 0            
    setfertrate 0            
    setage (random 85)            
    ifelse (random 2) = 0               
      [setgender male]               
      [setgender female]            
    if (age > 15) and (random 3) = 0 and (gender = female)                 
      [setkids (random 4)]           
    setdeathrate 0              
    setxy (airlt + random (airrt - airlt)) (airbot + random (airtop - airbot))            
    sethealth latent setinfecttime random (sick-time + latent-time)
    check-health]
end

to createhealthy
  create-and-do numhealthyinj [
    setinfecttime 0            
    setfertrate 0            
    setage (random 85)            
    ifelse (random 2) = 0               
      [setgender male]               
      [setgender female]            
    if (age > 15) and (random 3) = 0 and (gender = female)                 
      [setkids (random 4)]           
    setdeathrate 0              
    setxy (airlt + random (airrt - airlt)) (airbot + random (airtop - airbot))          
    sethealth healthy
    check-health]
end

to refresh
end


`information`
For use with the Adventures in Modeling book,  by Vanessa Colella, Eric Klopfer, and Mitchel Resnick published by Teachers College Press, 2001.  

For more information, see  
<http://education.mit.edu/starlogo/adventures>  

Challenge 8: Disease  
In this sample project, a disease afflicts the turtle population.  Though most turtles start out healthy, many eventually succumb to  the disease. When a turtle is infected, by sharing a patch with an  infected turtle, it becomes a latent carrier of the disease. Soon  it becomes sick and displays symptoms of the disease. Eventually,  it recovers or dies. Recovered turtles are no longer susceptible  to the disease.

Turtles contract the disease from other infected turtles with the  probability specified by the "infect-rate" slider and recover with  the probability specified by the "recover-rate" slider. Turtles remain latent for "latent-time" and sick for "sick-time".

You can specify the initial conditions of the simulation with the "number" and "infected" sliders.   

Press "stop-it" and use the "pop-dist" button to create a  distribution of turtles by age, with the youngest turtles on the left. The height of each line shows how many turtles fall into a particular age bracket. Open a few Turtle Monitors to see if all of the turtles are in the correct position. You can restart the simulation by pressing "start" or by first asking the turtles to "go-back" to their previous positions and then pressing "start".


`interface`
SLCanvas
top-left 6 259

SLMonitor
top-left 750 0
width-height 75 36
name "MacLPop. Atl"
list-to-run "pop / 2025 * 5280 * 1963"
digits 0
delay 0.5
monitor-number 17
show-name? true
whichip 49
onewhichip 50

SLMonitor
top-left 750 80
width-height 78 36
name "MacLPop. Chi"
list-to-run "pop / 2025 * 5280 * 2123"
digits 0
delay 0.5
monitor-number 18
show-name? true
whichip 51
onewhichip 52

SLMonitor
top-left 750 240
width-height 78 36
name "MacLPop. Dal"
list-to-run "pop / 2025 * 5280 * 1407"
digits 0
delay 0.5
monitor-number 21
show-name? true
whichip 53
onewhichip 54

SLMonitor
top-left 750 320
width-height 81 36
name "MacLPop. Den"
list-to-run "pop / 2025 * 5280 * 499"
digits 0
delay 0.5
monitor-number 22
show-name? true
whichip 55
onewhichip 56

SLMonitor
top-left 750 400
width-height 75 36
name "MacLPop. LV"
list-to-run "pop / 2025 * 5280 * 799"
digits 0
delay 0.5
monitor-number 23
show-name? true
whichip 57
onewhichip 58

SLMonitor
top-left 750 560
width-height 81 36
name "MacLPop. Hou"
list-to-run "pop / 2025 * 5280 * 1295"
digits 0
delay 0.5
monitor-number 25
show-name? true
whichip 59
onewhichip 60

SLMonitor
top-left 750 640
width-height 80 36
name "MacLPop. Min"
list-to-run "pop / 2025 * 5280 * 894"
digits 0
delay 0.5
monitor-number 26
show-name? true
whichip 61
onewhichip 62

SLMonitor
top-left 750 720
width-height 78 36
name "MacLPop. Det"
list-to-run "pop / 2025 * 5280 * 1261"
digits 0
delay 0.5
monitor-number 27
show-name? true
whichip 63
onewhichip 64

SLMonitor
top-left 750 800
width-height 75 36
name "MacLPop. SF"
list-to-run "pop / 2025 * 5280 * 787"
digits 0
delay 0.5
monitor-number 28
show-name? true
whichip 65
onewhichip 66

SLMonitor
top-left 750 880
width-height 80 36
name "MacLPop. Mia"
list-to-run "pop / 2025 * 5280 *  1116"
digits 0
delay 0.5
monitor-number 29
show-name? true
whichip 67
onewhichip 68

SLMonitor
top-left 790 0
width-height 74 36
name "MacLInf. Atl"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 1936"
digits 0
delay 0.5
monitor-number 19
show-name? true
whichip 69
onewhichip 70

SLMonitor
top-left 790 80
width-height 71 36
name "MacLInf. Chi"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 2123"
digits 0
delay 0.5
monitor-number 31
show-name? true
whichip 71
onewhichip 72

SLMonitor
top-left 790 160
width-height 65 36
name "MacLInf LA"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 2107"
digits 0
delay 0.5
monitor-number 32
show-name? true
whichip 73
onewhichip 74

SLMonitor
top-left 790 240
width-height 71 36
name "MacLInf. Dal"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 1407"
digits 0
delay 0.5
monitor-number 33
show-name? true
whichip 75
onewhichip 76

SLMonitor
top-left 790 320
width-height 74 36
name "MacLInf. Den"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 499"
digits 0
delay 0.5
monitor-number 34
show-name? true
whichip 77
onewhichip 78

SLMonitor
top-left 790 400
width-height 68 36
name "MacLInf. LV"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 799"
digits 0
delay 0.5
monitor-number 35
show-name? true
whichip 79
onewhichip 80

SLMonitor
top-left 790 480
width-height 74 36
name "MacLInf. Pho"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 286"
digits 0
delay 0.5
monitor-number 36
show-name? true
whichip 81
onewhichip 82

SLMonitor
top-left 790 560
width-height 74 36
name "MacLInf. Hou"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 1295"
digits 0
delay 0.5
monitor-number 37
show-name? true
whichip 83
onewhichip 84

SLMonitor
top-left 790 640
width-height 73 36
name "MacLInf. Min"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 894"
digits 0
delay 0.5
monitor-number 38
show-name? true
whichip 85
onewhichip 86

SLMonitor
top-left 790 720
width-height 71 36
name "MacLInf. Det"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 1261"
digits 0
delay 0.5
monitor-number 39
show-name? true
whichip 87
onewhichip 88

SLMonitor
top-left 790 800
width-height 68 36
name "MacLInf. SF"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 787"
digits 0
delay 0.5
monitor-number 40
show-name? true
whichip 89
onewhichip 90

SLMonitor
top-left 790 880
width-height 73 36
name "MacLInf. Mia"
list-to-run "((count-turtles-with [health = sick]) + (count-turtles-with [health = latent])) * 5280 / 2025 * 1116"
digits 0
delay 0.5
monitor-number 41
show-name? true
whichip 91
onewhichip 92

SLButton
turtle-or-observer? observer
top-left 60 0
width-height 72 30
name "button8"
line-to-run "view-plot"
forever? false
button-number 9
show-name? false
whichip 35

SLMonitor
top-left 100 0
width-height 72 36
name "population"
list-to-run "population"
digits 0
delay 0.5
monitor-number 2
show-name? true
whichip 93
onewhichip 94

SLMonitor
top-left 100 70
width-height 73 36
name "deaths"
list-to-run "deaths"
digits 0
delay 0.5
monitor-number 4
show-name? true
whichip 95
onewhichip 96

SLMonitor
top-left 140 0
width-height 66 36
name "latent-%"
list-to-run "latent-%"
digits 1
delay 0.5
monitor-number 6
show-name? true
whichip 97
onewhichip 98

SLMonitor
top-left 140 70
width-height 66 36
name "sick-%"
list-to-run "sick-%"
digits 1
delay 0.5
monitor-number 3
show-name? true
whichip 99
onewhichip 100

SLMonitor
top-left 180 0
width-height 50 36
name "healthy"
list-to-run "count-turtles-with [health = healthy]"
digits 0
delay 0.5
monitor-number 12
show-name? true
whichip 101
onewhichip 102

SLMonitor
top-left 180 50
width-height 40 36
name "latent"
list-to-run "count-turtles-with [health = latent]"
digits 0
delay 0.5
monitor-number 13
show-name? true
whichip 103
onewhichip 104

SLMonitor
top-left 180 90
width-height 40 36
name "sick"
list-to-run "count-turtles-with [health = sick]"
digits 0
delay 0.5
monitor-number 14
show-name? true
whichip 105
onewhichip 106

SLMonitor
top-left 180 130
width-height 57 36
name "recovered"
list-to-run "count-turtles-with [health = recovered]"
digits 0
delay 0.5
monitor-number 15
show-name? true
whichip 107
onewhichip 108

SLMonitor
top-left 180 190
width-height 62 36
name "contagious"
list-to-run "(count-turtles-with [health = sick]) + (count-turtles-with [health = latent])"
digits 0
delay 0.5
monitor-number 16
show-name? true
whichip 109
onewhichip 110

SLSlider
top-left 430 0
width-height 250 25
name "slider5"
variable "sick-time"
min-value 0
max-value 30
current-value 20
slider-number 5
show-name? false

SLSlider
top-left 490 0
width-height 250 25
name "slider3"
variable "recover-rate"
min-value 0
max-value 100
current-value 85
slider-number 3
show-name? false

SLSlider
top-left 550 0
width-height 250 25
name "slider8"
variable "cloud-radius"
min-value 0
max-value 5
current-value 0
slider-number 7
show-name? false

SLSlider
top-left 520 0
width-height 250 25
name "slider7"
variable "survive-time"
min-value 1
max-value 20
current-value 2
slider-number 6
show-name? false

SLSlider
top-left 640 0
width-height 250 25
name "slider8"
variable "numsickinj"
min-value 0
max-value 100
current-value 1
slider-number 8
show-name? false

SLMonitor
top-left 750 160
width-height 80 36
name "MacLPop. LA"
list-to-run "pop / 2025 * 5280 * 2107"
digits 0
delay 0.5
monitor-number 20
show-name? true
whichip 111
onewhichip 112

SLButton
turtle-or-observer? observer
top-left 220 0
width-height 75 30
name "inject-healthy"
line-to-run "createhealthy"
forever? false
button-number 13
show-name? true
whichip 36

SLMonitor
top-left 750 480
width-height 75 36
name "MacPop. Pho"
list-to-run "pop / 2025 * 5280 * 286"
digits 0
delay 0.5
monitor-number 24
show-name? true
whichip 113
onewhichip 114

SLButton
turtle-or-observer? observer
top-left 0 200
width-height 45 30
name "Refresh"
line-to-run "refresh"
forever? false
button-number 16
show-name? true
whichip 37

SLButton
turtle-or-observer? observer
top-left 220 150
width-height 57 30
name "inject sick"
line-to-run "createsick"
forever? false
button-number 15
show-name? true
whichip 38

SLSlider
top-left 580 0
width-height 250 25
name "slider10"
variable "numhealthyinj"
min-value 0
max-value 100
current-value 1
slider-number 10
show-name? false

SLButton
turtle-or-observer? observer
top-left 220 80
width-height 67 30
name "inject latent"
line-to-run "createlatent"
forever? false
button-number 14
show-name? true
whichip 39

SLSlider
top-left 610 0
width-height 250 25
name "slider9"
variable "numlatentinj"
min-value 0
max-value 100
current-value 1
slider-number 9
show-name? false

SLMonitor
top-left 140 140
width-height 66 36
name "immune-%"
list-to-run "recovered-%"
digits 1
delay 0.5
monitor-number 7
show-name? false
whichip 115
onewhichip 116

SLButton
turtle-or-observer? turtle
top-left 60 80
width-height 68 31
name "button5"
line-to-run "pop-dist"
forever? false
button-number 6
show-name? false
whichip 40

SLButton
turtle-or-observer? turtle
top-left 60 150
width-height 58 31
name "button6"
line-to-run "go-back"
forever? false
button-number 7
show-name? false
whichip 41

SLButton
turtle-or-observer? turtle
top-left 30 0
width-height 82 30
name "gobutton"
line-to-run "go"
forever? true
button-number 2
show-name? true
whichip 43

SLButton
turtle-or-observer? observer
top-left 30 161
width-height 98 30
name "updatepatchesbutton"
line-to-run "updatepatches"
forever? true
button-number 10
show-name? false
whichip 47

SLLineWidget
top-left 260 0
width-height 116 68
id 3
order 3
type 1
title "Population vs. Time"
delay-string "1.0"
xlabel ""
ylabel ""
grid false
connected true
autoscaletrue
location 0 0
wizard-on false

SLSlider
top-left 340 0
width-height 250 25
name "slider1"
variable "number"
min-value 0
max-value 3500
current-value 1021
slider-number 0
show-name? false

SLSlider
top-left 370 0
width-height 250 25
name "slider4"
variable "infected"
min-value 0
max-value 300
current-value 61
slider-number 4
show-name? false

SLButton
turtle-or-observer? turtle
top-left 30 80
width-height 82 30
name "infectcloudbutton"
line-to-run "infectcloud"
forever? true
button-number 12
show-name? false
whichip 46

SLButton
turtle-or-observer? observer
top-left 0 0
width-height 55 30
name "button4"
line-to-run "setup"
forever? false
button-number 5
show-name? false
whichip 48

SLButton
turtle-or-observer? observer
top-left 0 60
width-height 67 30
name "button3"
line-to-run "start"
forever? false
button-number 4
show-name? false
whichip 44

SLSlider
top-left 400 0
width-height 250 25
name "slider2"
variable "latent-time"
min-value 0
max-value 30
current-value 3
slider-number 1
show-name? false

SLSlider
top-left 460 0
width-height 250 25
name "slider2"
variable "infect-rate"
min-value 0
max-value 100
current-value 75
slider-number 2
show-name? false

SLButton
turtle-or-observer? observer
top-left 0 130
width-height 67 30
name "button7"
line-to-run "stopit"
forever? false
button-number 8
show-name? false
whichip 45

SLButton
turtle-or-observer? observer
top-left 103 148
width-height 58 30
name "graphbutton"
line-to-run "graph"
forever? true
button-number 3
show-name? false
whichip 42

SLLineWidget
top-left 259 123
width-height 116 68
id 4
order 4
type 1
title "Population vs. Time"
delay-string "1.0"
xlabel ""
ylabel ""
grid false
connected true
autoscaletrue
location -1 304
wizard-on false


`turtle shapes`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`template`
null

`settings`
patch-size 16
num-shapes 256
screen-half-width 22
screen-half-height 22
interface-window-xcor 520
interface-window-ycor 12
interface-window-size 989 931
output-window-xcor 0
output-window-ycor 0
output-window-width 300
output-window-height 219
info-window-xcor 236
info-window-ycor 241
info-window-width 500
info-window-height 419
control-center-xcor 11
control-center-ycor 4
control-center-width 783
control-center-height 1121
turtle-command-center-height 150
observer-command-center-height 150

`string table`
H4sIAAAAAAAAAGNgYGBkEA7ILyjNSSzJzM9TKCvWUwjJzE0FAA9wm80ZAAAAAAAA
GQ==

`symbol table`
H4sIAAAAAAAAAGNgYGAAABzfRCEEAAAAAAAABA==

`double table`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`list table`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`bytecodes`
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`observer world`
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`patch world`
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