patches-own [location]
             
turtles-own [temperature
             sum-neighbours
             num-neighbours
             avg-neighbours]

globals [shift
         halfedge
         quarteredge
         edge
         clock
         inside-temperature
         outside-temperature
         house-area
         radiator-count
         diffusion-radius ;; size of neighbourhood when averaging temperatures for diffusion
         rad-on-off ;; whether the radiator is on or off
         plot-window-range ;; size of window under focus
         rad-list ;; a list storing radiator on/off
         rad-percent ;; the percentage time on for the radiator during the window under observation
         temp-list ;; a list storing the previous 'delay' temperatures inside the house
         delay ;; how long a delay before reacting to the temperature
         plot-list-actual
         plot-list-ideal
         plot-list-rad]

;;;;;;;;;;;;;;;;;;;;;;;;
;;; Setup Procedures ;;;
;;;;;;;;;;;;;;;;;;;;;;;;

to setup
  ca
  set shift 10
  set clock 0
  set radiator-count 0
  set diffusion-radius 3
  set delay 10
  set plot-window-range 30
  set rad-list []
  repeat plot-window-range [set rad-list lput 0 rad-list]
  set temp-list []
  repeat delay [set temp-list lput initial-inside-temperature temp-list]
  setup-patches
  setup-turtles
  inside-temp
  outside-temp
  inside-area
  plot-actual
  set plot-list-actual n-values plot-window-range [inside-temperature]
  set plot-list-ideal n-values plot-window-range [ideal-temperature]
  set plot-list-rad n-values plot-window-range [50]
end

to setup-patches
  ask patches [set location 2] ;; sets outside house to location = 2
  set edge 50
  set halfedge int (edge / 2)
  set quarteredge int (halfedge / 2)
  
  ;; sets inside house to location = 1
  ask patches [
    if (pxcor >= (1 - halfedge) and pxcor <= (halfedge - 1) and (pycor + shift) >= (1 - halfedge) and (pycor + shift) <= (halfedge - 1))
      [set location 1]
    if ((pycor + shift) >= halfedge and (pycor + shift) <= (pxcor + (2 * halfedge) - 1) and pxcor >= (1 - halfedge) and pxcor <= 0)
      [set location 1]
    if ((pycor + shift) >= halfedge and (pycor + shift) <= (0 - pxcor + (2 * halfedge) - 1) and pxcor <= (halfedge - 1) and pxcor >= 0)
      [set location 1]
  ]
  
  ;; sets radiator to location = 3
  ask patches [
    ;if (pxcor >= (quarteredge - halfedge - 3) and pxcor <= (-3) and (pycor + shift) >= (quarteredge - halfedge - 3) and (pycor + shift) <= (- 3 - (quarteredge / 2)))
      ;[set location 3]
    if (pxcor >= (-5) and pxcor <= (5) and pycor >= -8 and pycor <= -2)
      [set location 3]
  ]
  
  if (insulation = 1) [
  
    ;; sets house to location = 0
    ask patches [
      if (pxcor = (- halfedge) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = halfedge and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- halfedge) and pxcor >= (- halfedge) and pxcor <= halfedge)
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- halfedge) and pxcor <= 0 and (pycor + shift) = (pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= halfedge and pxcor >= 0 and (pycor + shift) = (0 - pxcor + (2 * halfedge)))
        [set location 0]
    ]    
  
  ] ;; insulation = 1
  
  if (insulation = 2) [
  
    ;; sets house to location = 0
    ask patches [
      if (pxcor = (- halfedge) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = halfedge and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- halfedge) and pxcor >= (- halfedge) and pxcor <= halfedge)
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- halfedge) and pxcor <= 0 and (pycor + shift) = (pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= halfedge and pxcor >= 0 and (pycor + shift) = (0 - pxcor + (2 * halfedge)))
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 1 - halfedge) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 1) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 1 - halfedge) and pxcor >= (- 1 - halfedge) and pxcor <= (halfedge + 1))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- halfedge) and pxcor <= 0 and (pycor + shift) = (1 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= halfedge and pxcor >= 0 and (pycor + shift) = (1 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
  
  ] ;; insulation = 2
  
  if (insulation = 3) [
  
    ;; sets house to location = 0
    ask patches [
      if (pxcor = (- halfedge) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = halfedge and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- halfedge) and pxcor >= (- halfedge) and pxcor <= halfedge)
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- halfedge) and pxcor <= 0 and (pycor + shift) = (pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= halfedge and pxcor >= 0 and (pycor + shift) = (0 - pxcor + (2 * halfedge)))
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 1 - halfedge) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 1) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 1 - halfedge) and pxcor >= (- 1 - halfedge) and pxcor <= (halfedge + 1))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- halfedge) and pxcor <= 0 and (pycor + shift) = (1 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= halfedge and pxcor >= 0 and (pycor + shift) = (1 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 2 - halfedge) and (pycor + shift) >= (- 1 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 2) and (pycor + shift) >= (- 1 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 2 - halfedge) and pxcor >= (- 2 - halfedge) and pxcor <= (halfedge + 2))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- 1 - halfedge) and pxcor <= 0 and (pycor + shift) = (2 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= (1 + halfedge) and pxcor >= 0 and (pycor + shift) = (2 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor >= -1 and pxcor <= 1)
        [set location 0]
      if ((pycor + shift) = (2 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
  
  ] ;; insulation = 3
  
  if (insulation = 4) [
  
    ;; sets house to location = 0
    ask patches [
      if (pxcor = (- halfedge) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = halfedge and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- halfedge) and pxcor >= (- halfedge) and pxcor <= halfedge)
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- halfedge) and pxcor <= 0 and (pycor + shift) = (pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= halfedge and pxcor >= 0 and (pycor + shift) = (0 - pxcor + (2 * halfedge)))
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 1 - halfedge) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 1) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 1 - halfedge) and pxcor >= (- 1 - halfedge) and pxcor <= (halfedge + 1))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- halfedge) and pxcor <= 0 and (pycor + shift) = (1 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= halfedge and pxcor >= 0 and (pycor + shift) = (1 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 2 - halfedge) and (pycor + shift) >= (- 1 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 2) and (pycor + shift) >= (- 1 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 2 - halfedge) and pxcor >= (- 2 - halfedge) and pxcor <= (halfedge + 2))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- 1 - halfedge) and pxcor <= 0 and (pycor + shift) = (2 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= (1 + halfedge) and pxcor >= 0 and (pycor + shift) = (2 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor >= -1 and pxcor <= 1)
        [set location 0]
      if ((pycor + shift) = (2 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 3 - halfedge) and (pycor + shift) >= (- 2 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 3) and (pycor + shift) >= (- 2 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 3 - halfedge) and pxcor >= (- 3 - halfedge) and pxcor <= (halfedge + 3))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- 2 - halfedge) and pxcor <= 0 and (pycor + shift) = (3 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= (2 + halfedge) and pxcor >= 0 and (pycor + shift) = (3 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor >= -2 and pxcor <= 2)
        [set location 0]
      if ((pycor + shift) = (2 + (2 * halfedge)) and pxcor >= -1 and pxcor <= 1)
        [set location 0]
      if ((pycor + shift) = (3 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
  
  ] ;; insulation = 4
  
  if (insulation = 5) [
  
    ;; sets house to location = 0
    ask patches [
      if (pxcor = (- halfedge) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = halfedge and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- halfedge) and pxcor >= (- halfedge) and pxcor <= halfedge)
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- halfedge) and pxcor <= 0 and (pycor + shift) = (pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= halfedge and pxcor >= 0 and (pycor + shift) = (0 - pxcor + (2 * halfedge)))
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 1 - halfedge) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 1) and (pycor + shift) >= (- halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 1 - halfedge) and pxcor >= (- 1 - halfedge) and pxcor <= (halfedge + 1))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- halfedge) and pxcor <= 0 and (pycor + shift) = (1 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= halfedge and pxcor >= 0 and (pycor + shift) = (1 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 2 - halfedge) and (pycor + shift) >= (- 1 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 2) and (pycor + shift) >= (- 1 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 2 - halfedge) and pxcor >= (- 2 - halfedge) and pxcor <= (halfedge + 2))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- 1 - halfedge) and pxcor <= 0 and (pycor + shift) = (2 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= (1 + halfedge) and pxcor >= 0 and (pycor + shift) = (2 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor >= -1 and pxcor <= 1)
        [set location 0]
      if ((pycor + shift) = (2 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 3 - halfedge) and (pycor + shift) >= (- 2 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 3) and (pycor + shift) >= (- 2 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 3 - halfedge) and pxcor >= (- 3 - halfedge) and pxcor <= (halfedge + 3))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- 2 - halfedge) and pxcor <= 0 and (pycor + shift) = (3 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= (2 + halfedge) and pxcor >= 0 and (pycor + shift) = (3 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor >= -2 and pxcor <= 2)
        [set location 0]
      if ((pycor + shift) = (2 + (2 * halfedge)) and pxcor >= -1 and pxcor <= 1)
        [set location 0]
      if ((pycor + shift) = (3 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
    ask patches [
      if (pxcor = (- 4 - halfedge) and (pycor + shift) >= (- 3 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if (pxcor = (halfedge + 4) and (pycor + shift) >= (- 3 - halfedge) and (pycor + shift) <= halfedge)
        [set location 0]
      if ((pycor + shift) = (- 4 - halfedge) and pxcor >= (- 4 - halfedge) and pxcor <= (halfedge + 4))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor >= (- 3 - halfedge) and pxcor <= 0 and (pycor + shift) = (4 + pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) >= halfedge and (pycor + shift) <= (2 * halfedge) and pxcor <= (3 + halfedge) and pxcor >= 0 and (pycor + shift) = (4 - pxcor + (2 * halfedge)))
        [set location 0]
      if ((pycor + shift) = (1 + (2 * halfedge)) and pxcor >= -3 and pxcor <= 3)
        [set location 0]
      if ((pycor + shift) = (2 + (2 * halfedge)) and pxcor >= -2 and pxcor <= 2)
        [set location 0]
      if ((pycor + shift) = (3 + (2 * halfedge)) and pxcor >= -1 and pxcor <= 1)
        [set location 0]
      if ((pycor + shift) = (4 + (2 * halfedge)) and pxcor = 0)
        [set location 0]
    ]
  
  ] ;; insulation = 5
  
  ask patches [update-display]
end

to setup-turtles
  set-default-shape turtles "dot"
  
  let counter 0
  while [counter < no-of-particles-inside] [
    ask random-one-of patches [
      if (location = 1 ) [
        sprout 1 [
          set size 2
          set heading 0
          set temperature initial-inside-temperature
        ]
        set counter (counter + 1)
      ]
    ]
  ]
  
  set counter 0
  while [counter < no-of-particles-outside] [
    ask random-one-of patches [
      if (location = 2 ) [
        sprout 1 [
          set size 2
          set heading 0
          set temperature initial-outside-temperature
        ]
        set counter (counter + 1)
      ]
    ]
  ]
  
  ask patches [
    if (location = 3) [
      sprout 1 [
        set size 2
        set heading 0
        set temperature initial-inside-temperature
      ]
    ]
  ]
  
  ask turtles [update-colour]
end

to update-display ;; patch procedure
  if (location = 0) [set pcolor blue]
  if (location = 1) [set pcolor white]
  if (location = 2) [set pcolor white]
  if (location = 3) [set pcolor red]
  if (location = 4) [set pcolor white]
end

to update-colour ;; turtle procedure
  if (location != 3) [
    if (temperature >= 0 and temperature < 10) [set color 105]
    if (temperature >= 10 and temperature < 20) [set color 95]
    if (temperature >= 20 and temperature < 30) [set color 85]
    if (temperature >= 30 and temperature < 40) [set color 75]
    if (temperature >= 40 and temperature < 50) [set color 65]
    if (temperature >= 50 and temperature < 60) [set color 55]
    if (temperature >= 60 and temperature < 70) [set color 45]
    if (temperature >= 70 and temperature < 80) [set color 35]
    if (temperature >= 80 and temperature < 90) [set color 25]
    if (temperature >= 90 and temperature <= 100) [set color 15]
  ]
  if (location = 3) [
    ifelse temperature = radiator-temperature
      [set color yellow]
      [set color red]
  ]
end

;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; Drawing Procedures ;;;
;;;;;;;;;;;;;;;;;;;;;;;;;;

to delete-blocks
  if mouse-down? [
    ask patch-at mouse-xcor mouse-ycor [
      if (location = 0) [set location 4] ;; location = 4 for deleted blocks
    ]
  ]
  ask patches [update-display]
  plot-actual
end

;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; Runtime Procedures ;;;
;;;;;;;;;;;;;;;;;;;;;;;;;;

to go ;; forever button
  ask turtles [go-turtles]
  ask turtles [diffusion]
  inside-temp
  outside-temp
  inside-area
  update-temp-list
  radiate
  radiator-percentage
  cooling-outside
  plot-actual
  ;do-plots
  sliding-plot inside-temperature ideal-temperature rad-on-off
  set clock (clock + 1)
end

to go-turtles ;; turtle procedure
  move-turtle
  update-colour
end

to move-turtle
  if (location = 1 or location = 2 or location = 4) [
    set heading ((random 4) * 90)
    if (location = 1) [
      if (location-of (patch-ahead particle-speed) = 1 or location-of (patch-ahead particle-speed) = 4) [fd particle-speed]
    ]
    if (location = 2) [
      if (location-of (patch-ahead particle-speed) = 2 or location-of (patch-ahead particle-speed) = 4) [fd particle-speed]
    ]
    if (location = 4) [
      if (location-of (patch-ahead particle-speed) = 1 or location-of (patch-ahead particle-speed) = 2 or location-of (patch-ahead particle-speed) = 4) [fd particle-speed]
    ]
  ]
end

to diffusion
  set sum-neighbours sum values-from turtles in-radius diffusion-radius [temperature]
  set num-neighbours count turtles in-radius diffusion-radius
  set avg-neighbours (sum-neighbours / num-neighbours)
  set temperature avg-neighbours
end

to inside-temp
  let total 0
  ask turtles [
    if (location = 1) [set total (total + temperature)]
  ]
  set inside-temperature (total / no-of-particles-inside)
end

to outside-temp
  let total 0
  ask turtles [
    if (location = 2) [set total (total + temperature)]
  ]
  set outside-temperature (total / no-of-particles-outside)
end

to inside-area
  set house-area count turtles with [location = 1]
end

to update-temp-list
  set temp-list lput inside-temperature temp-list
  set temp-list but-first temp-list
end

to radiate
  ;ifelse inside-temperature < ideal-temperature
  ifelse first temp-list < ideal-temperature
  [ask turtles [if (location = 3) [set temperature radiator-temperature]]
   set radiator-count (radiator-count + 1)
   set rad-list lput 1 rad-list
   set rad-list but-first rad-list
   set rad-on-off 90]
  [ask turtles [if (location = 3) [set temperature inside-temperature]]
   set rad-list lput 0 rad-list
   set rad-list but-first rad-list
   set rad-on-off 50]
end

to radiator-percentage
  ;let total sum rad-list
  set rad-percent (((sum rad-list) / plot-window-range) * 100)
end

to cooling-outside
  ask turtles [
    if (location = 2 and temperature > initial-outside-temperature) [
      set temperature (temperature - outside-cooling-rate)
      if (temperature < initial-outside-temperature) [set temperature initial-outside-temperature]
    ]
  ]
end

to plot-actual
  ask patches [
    if (pxcor >= -13 and pxcor <= 13 and pycor = -23)
      [set pcolor white
       set location 1]
  ]
  let line-length ((inside-temperature - 60) * 27 / 30)
  if (line-length > 0) [
    ask patches [
      if (pxcor >= -13 and pxcor <= (-13 + line-length - 1) and pycor = -23)
        [set pcolor black
         set location 1]
    ]
  ]
end

to sliding-plot [new-plot-actual new-plot-ideal new-plot-rad]
  set plot-list-actual lput (new-plot-actual) (but-first plot-list-actual)
  set plot-list-ideal lput (new-plot-ideal) (but-first plot-list-ideal)
  set plot-list-rad lput (new-plot-rad) (but-first plot-list-rad)
  clear-plot
  set-current-plot-pen "actual"
  foreach plot-list-actual [plot ?]
  set-current-plot-pen "ideal"
  foreach plot-list-ideal [plot ?]
  set-current-plot-pen "radiator on/off"
  foreach plot-list-rad [plot ?]
end

to do-plots
  set-current-plot "Inside Temperature"
  set-plot-x-range (clock - plot-window-range) clock
  set-current-plot-pen "actual"
  plot inside-temperature
  set-current-plot-pen "ideal"
  plot ideal-temperature
  set-current-plot-pen "radiator on/off"
  plot rad-on-off
end
@#$#@#$#@
GRAPHICS-WINDOW
466
10
981
546
50
50
5.0
1
10
1
1
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1
1

CC-WINDOW
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Command Center
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BUTTON
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NIL
setup
NIL
1
T
OBSERVER
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NIL

SLIDER
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35
219
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no-of-particles-inside
no-of-particles-inside
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SLIDER
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no-of-particles-outside
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SLIDER
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initial-inside-temperature
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initial-outside-temperature
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NIL
go
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1
T
OBSERVER
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SLIDER
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408
801
441
ideal-temperature
ideal-temperature
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90
65
1
1
F

MONITOR
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220
670
269
Temp / F
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SLIDER
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204
211
237
radiator-temperature
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F

PLOT
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Inside Temperature
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degrees F
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true
PENS
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TEXTBOX
700
305
748
323
radiator

MONITOR
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56
547
105
Temp / F
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1

SLIDER
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297
164
330
particle-speed
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1
1
NIL

SLIDER
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258
212
291
outside-cooling-rate
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SLIDER
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insulation
insulation
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MONITOR
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% time on recently
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TEXTBOX
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actual:

BUTTON
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407
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440
NIL
delete-blocks
T
1
T
OBSERVER
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NIL

TEXTBOX
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449
402
Press button, move the mouse over the view, and click on blocks to delete them.

TEXTBOX
17
10
156
28
Change before 'setup':

TEXTBOX
19
173
247
195
Change before 'setup' and during the run:

TEXTBOX
167
504
197
522
now

TEXTBOX
30
504
75
522
now-30

@#$#@#$#@
WHAT IS IT?
-----------
This section could give a general understanding of what the model is trying to show or explain.


HOW IT WORKS
------------
This section could explain what rules the agents use to create the overall behavior of the model.


HOW TO USE IT
-------------
This section could explain how to use the model, including a description of each of the items in the interface tab.


THINGS TO NOTICE
----------------
This section could give some ideas of things for the user to notice while running the model.


THINGS TO TRY
-------------
This section could give some ideas of things for the user to try to do (move sliders, switches, etc.) with the model.


EXTENDING THE MODEL
-------------------
This section could give some ideas of things to add or change in the procedures tab to make the model more complicated, detailed, accurate, etc.


NETLOGO FEATURES
----------------
This section could point out any especially interesting or unusual features of NetLogo that the model makes use of, particularly in the Procedures tab.  It might also point out places where workarounds were needed because of missing features.


RELATED MODELS
--------------
This section could give the names of models in the NetLogo Models Library or elsewhere which are of related interest.


CREDITS AND REFERENCES
----------------------
This section could contain a reference to the model's URL on the web if it has one, as well as any other necessary credits or references.
@#$#@#$#@
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square
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triangle
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x
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@#$#@#$#@
NetLogo 3.0.2
@#$#@#$#@
@#$#@#$#@
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