FEWCalc

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Default-person Pratik Nikam (Author)

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;Version 1.0.1
;Assembled by Jirapat (Mos) Phetheet and Professor Mary C. Hill, Department of Geology, University of Kansas

extensions [csv bitmap table]

globals [
  cropland-patches aquifer-patches river-patches wind-bar solar-bar wind-patches solar-patches corn-patches
  crop-area crop-color radius-of-%area total-area area-multiplier crop-background
  precip_raw current-elev patch-change yrs-seq zero-line precip_RCP8.5 precip_RCP4.5 gw-level
  corn-data corn-GCMs corn-sum_1 corn-sum_2 corn-price corn-yield_1 corn-irrig_1 corn-yield_2 corn-irrig_2 corn-yield_3 corn-irrig_3 corn-yield_4 corn-irrig_4 corn-yield_5 corn-irrig_5 corn-yield_6 corn-irrig_6
  wheat-data wheat-GCMs wheat-sum_1 wheat-sum_2 wheat-price wheat-yield_1 wheat-irrig_1 wheat-yield_2 wheat-irrig_2 wheat-yield_3 wheat-irrig_3 wheat-yield_4 wheat-irrig_4 wheat-yield_5 wheat-irrig_5 wheat-yield_6 wheat-irrig_6
  soybeans-data soybeans-GCMs soybeans-sum_1 soybeans-sum_2 soybeans-price soybeans-yield_1 soybeans-irrig_1 soybeans-yield_2 soybeans-irrig_2 soybeans-yield_3 soybeans-irrig_3 soybeans-yield_4 soybeans-irrig_4 soybeans-yield_5 soybeans-irrig_5 soybeans-yield_6 soybeans-irrig_6
  milo-data milo-GCMs milo-sum_1 milo-sum_2 milo-price milo-yield_1 milo-irrig_1 milo-yield_2 milo-irrig_2 milo-yield_3 milo-irrig_3 milo-yield_4 milo-irrig_4 milo-yield_5 milo-irrig_5 milo-yield_6 milo-irrig_6
  corn-expenses wheat-expenses soybeans-expenses milo-expenses all-expenses_raw
  corn-costs-irrig-low corn-costs-irrig-moderate corn-costs-irrig-high corn-costs-dry-low corn-costs-dry-moderate corn-costs-dry-high
  wheat-costs-irrig-low wheat-costs-irrig-moderate wheat-costs-irrig-high wheat-costs-dry-low wheat-costs-dry-moderate wheat-costs-dry-high
  soybeans-costs-irrig-low soybeans-costs-irrig-moderate soybeans-costs-irrig-high soybeans-costs-dry-low soybeans-costs-dry-moderate soybeans-costs-dry-high
  milo-costs-irrig-low milo-costs-irrig-moderate milo-costs-irrig-high milo-costs-dry-low milo-costs-dry-moderate milo-costs-dry-high
  corn-tot-income wheat-tot-income soybeans-tot-income milo-tot-income
  corn-net-income wheat-net-income soybeans-net-income milo-net-income
  corn-history wheat-history soybeans-history milo-history
  corn-coverage wheat-coverage soybeans-coverage milo-coverage
  corn-price-FM wheat-price-FM soybeans-price-FM milo-price-FM
  corn-income-guarantee wheat-income-guarantee soybeans-income-guarantee milo-income-guarantee corn-claimed wheat-claimed soybeans-claimed milo-claimed
  corn-yield-guarantee wheat-yield-guarantee soybeans-yield-guarantee milo-yield-guarantee
  corn-ins-claimed wheat-ins-claimed soybeans-ins-claimed milo-ins-claimed corn-yield-deficiency wheat-yield-deficiency soybeans-yield-deficiency milo-yield-deficiency
  corn-mean-yield wheat-mean-yield soybeans-mean-yield milo-mean-yield
  corn-tot-yield wheat-tot-yield soybeans-tot-yield milo-tot-yield
  corn-irrig-increment wheat-irrig-increment soybeans-irrig-increment milo-irrig-increment
  corn-use-in wheat-use-in soybeans-use-in milo-use-in water-use-feet gw-change calibrated-water-use dryland-check? GCM-random-year level-low level-low-patch level-60 level-60-patch gw-upper-limit
  corn-N-app wheat-N-app soybeans-N-app milo-N-app N-accu N-accu2 N-accu-temp
  #Solar_panels solar-production solar-production_temp count-solar-lifespan solar-cost solar-sell solar-sell_temp solar-net-income %Solar-production count-solar-lifespan-sell term-loan_S interest-rate_S annual_payment_s balance_s interest_s principal_s count_loan_term_s
  wind-production wind-production_temp wind-cost wind-sell wind-sell_temp wind-net-income energy-net-income %Wind-production count-wind-lifespan count-wind-lifespan-cost count-wind-lifespan-sell term-loan_W interest-rate_W  annual_payment_w balance_w interest_w principal_w count_loan_term_w
  cap-depreciation cap-tax-rate cap-%-wind cap-%-solar cap-wind-%-depre cap-solar-%-depre count-cap-wind count-cap-solar count-depreciation_W count-depreciation_S depreciation_S depreciation_W crop_production_data
  extractData temp-list Year Precip
]

to setup
  ca                                                                                                ;Clear all
  import-data                                                                                       ;Import data from csv files in the FEWCalc folder


  set crop_production_data []
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  ;;;;; ADDITIONAL PARAMETERS THAT CAN BE CHANGED ;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

  ;Future market price for crop insurance calculation
  set corn-price-FM 4.12                                                                            ;Default: 4.12
  set wheat-price-FM 6.94                                                                           ;Default: 6.94
  set soybeans-price-FM 9.39                                                                        ;Default: 9.39
  set milo-price-FM 3.14                                                                            ;Default: 3.14

  ;Level of coverage for crop insurance
  set corn-coverage 0.75                                                                            ;Default: 0.75 (75%)
  set wheat-coverage 0.7                                                                            ;Default: 0.7 (70%)
  set soybeans-coverage 0.7                                                                         ;Default: 0.7 (70%)
  set milo-coverage 0.65                                                                            ;Default: 0.65 (65%)



  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;; cropland patches ;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  set total-area (Corn_area + Wheat_area + Soybeans_area + SG_area)                                 ;Calculate total crop area
  set area-multiplier 3000                                                                          ;A factor for scaling size of crop circles (it does not affect the calculation)
  set N-accu 0                                                                                      ;No N accumulation in soil at the beginning
  set N-accu2 0                                                                                     ;No N accumulation in surface-water bodies at the beginning
  set dryland-check? 1                                                                              ;Check first dryland farming, Dryland-check? = 1 means that it's the first dryland farming

  set cropland-patches patches with [pxcor < 66]                                                    ;Divide the world where pxcor < 66 into cropland-patches

  set crop-background bitmap:import "center_pivot.jpg"                                              ;Import background
  bitmap:copy-to-pcolors crop-background false

  ask patches with [pxcor > 65] [                                                                   ;Set area outside "cropland-patches" to be black
    set pcolor black]

  ask patch -71 -97 [                                                                               ;Add patch label
    set plabel "Cropland"
    set plabel-color black
  ]

  set crop-area []                                                                                  ;Keep crop area in a list, namely "crop-area"
  set crop-area lput Corn_area crop-area
  set crop-area lput Wheat_area crop-area
  set crop-area lput Soybeans_area crop-area
  set crop-area lput SG_area crop-area

  set radius-of-%area []                                                                            ;crop areas are calculated as percentage of total area

  let n 0                                                                                           ;Set temporary variable
  let m 0
  foreach crop-area [ x ->
    set radius-of-%area lput sqrt ((x / (sum crop-area) * area-multiplier) / pi) radius-of-%area    ;Calculate radius of crop circle
  ]

  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;                                            ;Set "aquifer-patches" and patch's color
  ;;;;;;;;;;;;;;;;;;; Aquifer patches ;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  set current-elev 69                                                                               ;Set top of aquifer = max pycor of "aquifer patches" (pycor = 69)
  set gw-level Aquifer_thickness                                                                    ;Initialize gw-level variable
  set aquifer-patches patches with [pxcor > 66 and pxcor < 83 and pycor < 70]                       ;Introduce aquifer-patches
  ask aquifer-patches [set pcolor blue]                                                             ;Set aquifer-patches = blue
  ask patch 79 -97 [set plabel "GW"]                                                                ;Label GW

  set gw-upper-limit (Min_Aq_Thickness + 30)                                                        ;Set upper threshold of gw level during dryland farming
  set level-low-patch (Min_Aq_Thickness * 170 / Aquifer_thickness)                                  ;Calculate #patches below Min_AQ_Thickness in gw-patches (lower limit)
  set level-60-patch (gw-upper-limit * 170 / Aquifer_thickness)                                     ;Calculate #patches below 60 feet in gw-patches (upper limit)
  set level-low (-100 + level-low-patch)                                                            ;Locate a level where lower level is.
  set level-60 (-100 + level-60-patch)                                                              ;Locate a level where upper level is.

  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;                                            ;Set "river-patches" and patch's color
  ;;;;;;;;;;;;;;;;;;;; River patches ;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  set river-patches patches with [pxcor > 66 and pxcor < 83 and pycor > 70]
  ask river-patches [set pcolor 87]
  ask patch 78 96 [                                                                                 ;Label "SW"
    set plabel "SW"
    set plabel-color black]

    ask patch 64 96 [                                                                               ;Label "Nitrate in SW"
    set plabel "Nitrate in SW"
    set plabel-color white]

  ask patch 64 87 [                                                                                 ;Label "lbs"
    set plabel "lbs"
    set plabel-color white]

  ask patch 54 87 [                                                                                 ;Print a cumulative amount of nitrate in surface water
    set plabel round (N-accu2)
    set plabel-color white]

  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;                                            ;Set "solar-patches" and patch's color
  ;;;;;;;;;;;;;;;;;;; Solar patches ;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  set count-solar-lifespan 0                                                                        ;Initialize solar lifespan = 0
  set count-wind-lifespan 0                                                                         ;Initialize wind lifespan = 0
  set count-wind-lifespan-cost 0                                                                    ;Initialize wind lifespan = 0 for cost calculation
  set count-wind-lifespan-sell 0                                                                    ;Initialize wind lifespan = 0 for income calculation
  set count-solar-lifespan-sell 0                                                                   ;Initialize solar lifespan = 0 for income calculation
  set zero-line 0                                                                                   ;Use to draw a zero line in s

  initialize-energy                                                                                 ;Initialize the amount of energy (see "to initialize-energy")

  set %Solar-production (Solar-production * 100 / (Solar-production + Wind-production))             ;Calculate % of solar production
  set %Wind-production (Wind-production * 100 / (Solar-production + Wind-production))               ;Calculate % of wind production

  set solar-bar patches with [pxcor > 83]                                                           ;Set a place to locate solar scale-bar
  ask solar-bar with [pycor > (-100 + (2 * %Wind-production))] [
    set pcolor [255 165 0]]

  ask patch 93 96 [                                                                                 ;Print %solar capacity in the World
    set plabel round (%Solar-production)
    set plabel-color black]
  ask patch 98 96 [                                                                                 ;Label "%"
    set plabel "%"
    set plabel-color black]
  ask patch 99 90 [                                                                                 ;Label "Solar"
    set plabel "Solar"
    set plabel-color black]

  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;; Wind patches ;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  set wind-bar patches with [pxcor > 83]                                                            ;Set a place to locate wind scale-bar
  ask wind-bar with [pycor < (-100 + (2 * %Wind-production))] [
    set pcolor yellow]

  ask patch 93 -91 [                                                                                ;Print %wind capacity in the World
    set plabel round (%Wind-production)
    set plabel-color black]
  ask patch 98 -91 [                                                                                ;Label "%"
    set plabel "%"
    set plabel-color black]
  ask patch 99 -97 [                                                                                ;Label "Wind"
    set plabel "Wind"
    set plabel-color black]

  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;; Crop Circles ;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

  if Corn_area > 0 [                                                                                ;Check: Is corn simulated?
    ask patch -1 0 [ask patches in-radius (item 0 radius-of-%area) [set pcolor 37]]                 ;Create a crop circle
    import-drawing "Symbol-corn.png"                                                                ;There is "a problem" with this image. It disappears.
    import-drawing "Symbol-corn.png"                                                                ;To solve the problem, we import this image twice.
    ask patch 6 -27 [set plabel "Corn"]]                                                            ;Label "Corn"

  if Wheat_area > 0 [                                                                               ;Check: Is wheat simulated?
    ask patch -18 84 [ask patches in-radius (item 1 radius-of-%area) [set pcolor 22]]               ;Create a crop circle
    import-drawing "Symbol-wheat.png"                                                               ;Import a wheat symbol.
    ask patch -9 63 [
        set plabel "Wheat"                                                                          ;Label "Wheat"
        set plabel-color black]]

  if Soybeans_area > 0 [                                                                            ;Check: Are soybeans simulated?
    ask patch -51.5 -51 [ask patches in-radius (item 2 radius-of-%area) [set pcolor 36]]            ;Create a crop circle
    import-drawing "Symbol-soybeans.png"                                                            ;Import a soybean symbol.
    ask patch -38 -72 [
        set plabel "soybeans"                                                                       ;Label "Soybeans"
        set plabel-color black]]

  if SG_area > 0 [                                                                                  ;Check: Is grain sorghum simulated?
    ask patch -52 16 [ask patches in-radius (item 3 radius-of-%area) [set pcolor 34]]               ;Create a crop circle
    import-drawing "Symbol-milo.png"                                                                ;Import a grain sorghum symbol.
    ask patch -43 -6 [set plabel "Grain"]                                                           ;Label "Grain"
    ask patch -38 -13 [set plabel "sorghum"]]                                                       ;Label "sorghum"

  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;; Wind icons ;;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  set wind-patches patches with [pxcor > 0 and pxcor < 65 and pycor < -35 and pycor > -100]         ;Set a location to place wind symbols

  let w 0                                                                                           ;Set a temporary variable
    repeat #wind_turbines [                                                                         ;Using ifelse statement to place wind turbines as grid arrangement
      ifelse w < 2 [
        crt 1 [
        setxy (35 + (w * 22)) -97
        set shape "wind"
        set size (Capacity_W * 30)
        set w (w + 1)]
      ]
        [ifelse w < 4 [
          crt 1 [
          setxy (25 + ((w - 2) * 22)) -65
          set shape "wind"
          set size (Capacity_W * 30)
          set w (w + 1)]
         ]
         [crt 1 [
           setxy (35 + ((w - 4) * 22)) -31
           set shape "wind"
           set size (Capacity_W * 30)
           set w (w + 1)]
         ]
       ]
     ]

  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;; Solar icons ;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  set solar-patches patches with [pxcor > 0 and pxcor < 65 and pycor > 33 and pycor < 100]         ;Set a location to place solar symbols

  let t 0                                                                                          ;Set a temporary variable
    repeat ceiling #Panel_sets [                                                                           ;Using ifelse statement to place solar panels as grid arrangement
      ifelse t < 5 [
        crt 1 [
        setxy 56 (65 - (t * 12))
        set shape "solar"
        set size 20
        set t (t + 1)]
      ]
       [ifelse t < 10 [
         crt 1 [
         setxy 37 (65 - ((t - 5) * 12))
         set shape "solar"
         set size 20
         set t (t + 1)]
       ]
        [crt 1 [
          setxy 18 (65 - ((t - 10) * 12))
          set shape "solar"
          set size 20
          set t (t + 1)]
        ]
      ]
    ]

  reset-ticks                                                                                       ;Reset tick to zero

  ;Finance:
  set term-loan_S (Loan_term * Nyear_S)                                                             ;Set solar production term loan = solar panel lifespan
  set interest-rate_S (interest / 100)                                                              ;Set solar production
  set term-loan_W (Loan_term * Nyear_W)                                                             ;Set wind production loan = wind turbine lifespan
  set interest-rate_W (interest / 100)                                                              ;Set wind production
end 

to go                                                                                               ;Go procedure
  if ticks = Simulation_period [stop]                                                               ;FEWCalc stops simulation when ticks exceed simulation_period
  check-area                                                                                        ;If a crop is not applied, FEWCalc sets all input variables to zero.
  reset-symbols                                                                                     ;In case variables are changed on the fly, solar panel or wind turbine symbols are changed.
  set GCM-random-year (random 80)                                                                   ;Create a random sequence of GCM (Available for advanced simulation because simulation period ranges from 0 to 90 years)
  future_processes                                                                                  ;See "to future-process"
  contaminant                                                                                       ;See "to contaminant"
  ;treatment                                                                                        ;Not applicable
  export                                                                                            ;Exports data to .csv
  tick                                                                                              ;Advance tick
end 

to import-data                                                                                      ;Create a number of lists to store values from csv files
  set precip_raw []                                                                                 ;A list for precipitation data
  set precip_RCP8.5 []                                                                              ;A list for GCM RCP8.5 precipitation data
  set precip_RCP4.5 []                                                                              ;A list for GCM RCP4.5 precipitation data
  set corn-data []                                                                                  ;All crop data including headings of the table
  set corn-GCMs []                                                                                  ;All crop data including headings of the table
  set corn-sum_1 []                                                                                 ;All crop data excluding headings of the table
  set corn-sum_2 []                                                                                 ;All crop data excluding headings of the table
  set corn-price []                                                                                 ;Historical crop price
  set corn-yield_1 []                                                                               ;Yield_1 means simulated yield from historical data
  set corn-irrig_1 []                                                                               ;Irrig_1 means simulated irrigation from historical data
  set corn-yield_2 []                                                                               ;Yield_2 means simulated yield from dryland simulation
  set corn-irrig_2 []                                                                               ;Irrig_2 means simulated irrigation from dryland simualtion (= zero)
  set corn-yield_3 []                                                                               ;Yield_3 means simulated yield from Global Climate Models (GCMs) data (RCP8.5)
  set corn-irrig_3 []                                                                               ;Irrig_3 means simulated irrigation from GCMs data (RCP8.5)
  set corn-yield_4 []                                                                               ;Yield_4 means simulated yield from GCMs data + dryland simulation (dryland RCP8.5)
  set corn-irrig_4 []                                                                               ;Irrig_4 means simulated irrigation from GCMs data + dryland simulation (dryland RCP8.5)
  set corn-yield_5 []                                                                               ;Yield_5 means simulated yield from Global Climate Models (GCMs) data (RCP4.5)
  set corn-irrig_5 []                                                                               ;Irrig_5 means simulated irrigation from GCMs data (RCP4.5)
  set corn-yield_6 []                                                                               ;Yield_6 means simulated yield from GCMs data + dryland simulation (dryland RCP4.5)
  set corn-irrig_6 []                                                                               ;Irrig_6 means simulated irrigation from GCMs data + dryland simulation (dryland RCP4.5)
  set corn-N-app []                                                                                 ;N application

  set cap-depreciation []                                                                           ;A list for depreciation data
  set cap-wind-%-depre []                                                                           ;A list for %wind depreciation
  set cap-solar-%-depre []                                                                          ;A list for %solar depreciation
  set all-expenses_raw []                                                                           ;Create a list of all expanses raw
  set corn-costs-irrig-low []                                                                       ;Irrigated corn expenses for low yield
  set corn-costs-irrig-moderate []                                                                  ;Irrigated corn expenses for moderate yield
  set corn-costs-irrig-high []                                                                      ;Irrigated corn expenses for high yield
  set corn-costs-dry-low []                                                                         ;Dryland corn expenses for low yield
  set corn-costs-dry-moderate []                                                                    ;Dryland corn expenses for moderate yield
  set corn-costs-dry-high []                                                                        ;Dryland corn expenses for high yield

  set wheat-data []                                                                                 ;See above from corn
  set Wheat-GCMs []
  set wheat-sum_1 []
  set wheat-sum_2 []
  set wheat-price []
  set wheat-yield_1 []
  set wheat-irrig_1 []
  set wheat-yield_2 []
  set wheat-irrig_2 []
  set wheat-yield_3 []
  set wheat-irrig_3 []
  set wheat-yield_4 []
  set wheat-irrig_4 []
  set wheat-yield_5 []
  set wheat-irrig_5 []
  set wheat-yield_6 []
  set wheat-irrig_6 []
  set wheat-N-app []
  set wheat-costs-irrig-low []
  set wheat-costs-irrig-moderate []
  set wheat-costs-irrig-high []
  set wheat-costs-dry-low []
  set wheat-costs-dry-moderate []
  set wheat-costs-dry-high []

  set soybeans-data []                                                                              ;See above from corn
  set soybeans-GCMs []
  set soybeans-sum_1 []
  set soybeans-sum_2 []
  set soybeans-price []
  set soybeans-yield_1 []
  set soybeans-irrig_1 []
  set soybeans-yield_2 []
  set soybeans-irrig_2 []
  set soybeans-yield_3 []
  set soybeans-irrig_3 []
  set soybeans-yield_4 []
  set soybeans-irrig_4 []
  set soybeans-yield_5 []
  set soybeans-irrig_5 []
  set soybeans-yield_6 []
  set soybeans-irrig_6 []
  set soybeans-N-app []
  set soybeans-costs-irrig-low []
  set soybeans-costs-irrig-moderate []
  set soybeans-costs-irrig-high []
  set soybeans-costs-dry-low []
  set soybeans-costs-dry-moderate []
  set soybeans-costs-dry-high []

  set milo-data []                                                                                  ;See above from corn
  set milo-GCMs []
  set milo-sum_1 []
  set milo-sum_2 []
  set milo-price []
  set milo-yield_1 []
  set milo-irrig_1 []
  set milo-yield_2 []
  set milo-irrig_2 []
  set milo-yield_3 []
  set milo-irrig_3 []
  set milo-yield_4 []
  set milo-irrig_4 []
  set milo-yield_5 []
  set milo-irrig_5 []
  set milo-yield_6 []
  set milo-irrig_6 []
  set milo-N-app []
  set milo-costs-irrig-low []
  set milo-costs-irrig-moderate []
  set milo-costs-irrig-high []
  set milo-costs-dry-low []
  set milo-costs-dry-moderate []
  set milo-costs-dry-high []

  ;;set corn-data lput csv:from-file "1_Corn_inputs.csv" corn-data                                    ;Import all corn values to a corn-data list
  ;;set temp-list []
  ;;print corn-data
  set corn-data [[["Year" "Precip (in)" "Price ($/bu)" "Yield_1 (bu/ac)" "Irrig_1 (in)" "Yield_2 (bu/ac)" "Irrig_2 (in)" "N-app (kg/ha)"] [2008 18.12 4.12 213 14 41 0 180] [2009 22.09 3.49 251 9 125 0 180] [2010 12.43 4.95 206 18 45 0 180] [2011 9.23 6.28 144 23 14 0 180] [2012 13.35 7.04 168 24 23 0 180] [2013 14.85 4.49 205 18 32 0 180] [2014 21.44 3.78 207 13 123 0 180] [2015 25.15 3.69 233 7 132 0 180] [2016 20.39 3.2 233 4 140 0 180] [2017 20.57 3.28 223 14 127 0 180]]]
  ;;print temp-list
  ;;print corn-data
  ;;set wheat-data lput csv:from-file "2_Wheat_inputs.csv" wheat-data                                 ;Import all wheat values to a wheat-data list
  ;;print wheat-data

  set wheat-data [[["Year" "Precip (in)" "Price ($/bu)" "Yield_1 (bu/ac)" "Irrig_1 (in)" "Yield_2 (bu/ac)" "Irrig_2 (in)" "N-app (kg/ha)"] [2008 18.12 6.94 77 7 63 0 95] [2009 22.09 4.79 70 9 31 0 95] [2010 12.43 5.14 65 18 10 0 95] [2011 9.23 7.03 68 12 25 0 95] [2012 13.35 7.48 67 18 8 0 95] [2013 14.85 6.99 71 15 4 0 95] [2014 21.44 6.07 79 10 8 0 95] [2015 25.15 4.74 75 12 53 0 95] [2016 20.39 3.2 69 12 40 0 95] [2017 20.57 4.07 74 12 11 0 95]]]

  set soybeans-data lput csv:from-file "3_Soybeans_inputs.csv" soybeans-data                        ;Import all soybeans values to a soybeans-data list

  ;;print soybeans-data
  set soybeans-data [[["Year" "Precip (in)" "Price ($/bu)" "Yield_1 (bu/ac)" "Irrig_1 (in)" "Yield_2 (bu/ac)" "Irrig_2 (in)" "N-app (kg/ha)"] [2008 18.12 9.39 92 18 7 0 0] [2009 22.09 9.38 93 18 14 0 0] [2010 12.43 11.5 97 27 4 0 0] [2011 9.23 12.1 90 33 4 0 0] [2012 13.35 14.3 93 32 3 0 0] [2013 14.85 12.8 91 23 21 0 0] [2014 21.44 9.63 96 16 22 0 0] [2015 25.15 8.56 95 12 15 0 0] [2016 20.39 9.26 96 14 11 0 0] [2017 20.57 9 97 18 13 0 0]]]

  set milo-data lput csv:from-file "4_Milo_inputs.csv" milo-data                                    ;Import all milo values to a milo-data list

  set milo-data [[["Year" "Precip (in)" "Price ($/bu)" "Yield_1 (bu/ac)" "Irrig_1 (in)" "Yield_2 (bu/ac)" "Irrig_2 (in)" "N-app (kg/ha)"] [2008 18.12 9.39 92 18 7 0 0] [2009 22.09 9.38 93 18 14 0 0] [2010 12.43 11.5 97 27 4 0 0] [2011 9.23 12.1 90 33 4 0 0] [2012 13.35 14.3 93 32 3 0 0] [2013 14.85 12.8 91 23 21 0 0] [2014 21.44 9.63 96 16 22 0 0] [2015 25.15 8.56 95 12 15 0 0] [2016 20.39 9.26 96 14 11 0 0] [2017 20.57 9 97 18 13 0 0]]]


  ;;set corn-GCMs lput csv:from-file "5_Corn_GCMs.csv" corn-GCMs                                      ;Import all corn values to a corn-GCMs list
  set corn-GCMs [[["Year Precip8.5 (in)" "Yield_3 (bu/ac)" "Irrig_3 (in)" "Yield_4 (bu/ac)" "Irrig_4 (in)" "Precip4.5 (in)" "Yield_5 (bu/ac)" "Irrig_5 (in)" "Yield_6 (bu/ac)" "Irrig_6 (in)"] [2018 17.805 170.01 15.25 62.8 0 19.707 188.11 13.7 73.75 0] [2019 17.615 161.85 15.95 47.52 0 18.685 181.1 14.9 64.32 0] [2020 18.525 175.84 13.45 74.52 0 19.298 173.35 13.6 68.66 0] [2021 19.645 163.01 14.53 57.46 0 20.401 185.61 14.2 63.73 0] [2022 20.105 171.98 13.2 68.65 0 20.515 173.14 13.4 77.4 0] [2023 19.63 166.55 14.05 62.42 0 21.716 178.6 12.3 73.95 0] [2024 17.105 137.18 16.15 44.04 0 22.151 166.86 13.3 63.44 0] [2025 20.145 167.4 14.65 66.75 0 19.658 165.49 13.3 66.61 0] [2026 17.735 164.86 13.95 65.79 0 21.08 164.37 14.3 64.88 0] [2027 18.025 164.51 15.1 50.36 0 18.801 170 13.3 65.82 0] [2028 17.595 157.97 16.85 54.18 0 17.337 144.25 14 51.18 0] [2029 20.51 168.27 12.7 79.09 0 21.163 177.01 13.4 71.34 0] [2030 19.835 141.15 14.5 50.01 0 20.303 161.91 12.9 70.47 0] [2031 19.55 158.59 13.65 60.94 0 20.788 171.97 12.6 72.04 0] [2032 20.835 164.38 13.05 75.39 0 19.473 153.61 15.3 59.05 0] [2033 20.71 150.83 14.25 63.32 0 17.708 142.15 15.3 52.15 0] [2034 17.975 148.62 15.4 55.61 0 19.766 158.99 14.3 56.63 0] [2035 20.495 158.45 12.45 67 0 18.956 149.47 15 60.23 0] [2036 19.08 136.95 13.25 55.4 0 18.521 147.25 14.9 54.23 0] [2037 18.295 135.4 15.3 46.73 0 19.862 148.43 14.2 60.95 0] [2038 19.76 155.38 13.6 58.36 0 19.265 149.52 15.8 60.58 0] [2039 20.41 139.08 12.68 66.53 0 19.857 140.3 13.9 56.39 0] [2040 16.99 129.67 15.65 40.81 0 20.075 150.11 13.2 61.17 0] [2041 19.475 142.85 14.15 58.56 0 18.145 128.62 15.2 44.71 0] [2042 19.485 123.33 13.6 53.66 0 21.213 164.93 13 67.99 0] [2043 20.865 145.55 13.1 67 0 19.967 149.5 13.6 60 0] [2044 19.795 126.3 11.85 58.07 0 20.358 169.12 13.6 67.99 0] [2045 19.21 131.51 13.65 52.62 0 19.368 154.8 13.9 51.05 0] [2046 17.355 119.73 15.6 42.63 0 14.777 117.32 16.9 39.79 0] [2047 17.695 111.09 14.7 42.64 0 18.964 135.36 14.4 50.8 0] [2048 19.365 112.19 14.05 46.24 0 20.056 150.74 14.1 66.78 0] [2049 17.665 106.64 15.5 41.17 0 18.949 129.37 14.7 46.07 0] [2050 20.025 126.32 13.85 50.55 0 19.261 156.29 14.6 54.57 0] [2051 19.45 118.81 13.35 51.96 0 19.444 146.63 13.7 61.6 0] [2052 20.205 106.21 13.6 50.34 0 18.697 130.05 14.4 52.57 0] [2053 19.27 100.78 13.6 43.65 0 20.15 150.19 12.7 63.67 0] [2054 16.75 98.03 15.05 34.36 0 19.035 135.71 15 59.46 0] [2055 19.465 104.8 13.55 47.11 0 19.329 131.69 15.5 47.52 0] [2056 19.01 101.63 13.7 45.36 0 19.922 129.54 12.7 56.93 0] [2057 19.785 112.72 12.85 53.77 0 19.786 112.79 13.9 45.51 0] [2058 18.73 91.67 15.11 34.96 0 18.533 118.2 14.6 48.51 0] [2059 18.665 82.16 14.65 34.15 0 18.543 129.18 14.1 51.67 0] [2060 19.21 101.77 13.4 49.16 0 20.129 129.88 13.9 57.94 0] [2061 19.3 86.05 12.53 36.39 0 22.645 142.3 11.8 71.03 0] [2062 20.435 82.84 12.17 37.21 0 18.321 125.99 14.4 43.03 0] [2063 21.3 91.99 12.05 50.83 0 18.616 117.84 14.5 52.21 0] [2064 17.285 84.36 13.6 38.97 0 18.864 124.2 14.7 40.76 0] [2065 18.375 82.05 14.95 35.44 0 17.484 122.89 15.3 41.51 0] [2066 20.255 95.45 14.1 47.24 0 19.906 125.36 13.5 54.05 0] [2067 20.14 77.02 14.2 37.69 0 20.919 133.17 13.6 59.72 0] [2068 17.54 77.72 13.95 39.94 0 18.712 116.79 14.3 48.97 0] [2069 17.12 81.41 14.6 32.22 0 18.205 109.65 13.9 45.38 0] [2070 17.99 78.59 13.25 35.59 0 19.899 122.33 14.3 52.67 0] [2071 20.605 79.92 11.7 40.9 0 20.822 122.02 13.6 51.95 0] [2072 18.72 63.47 13.05 32.04 0 18.313 112.31 14.5 39.04 0] [2073 19.195 71.72 13.45 37.1 0 20.418 138.38 12.1 63.43 0] [2074 17.065 54.75 15.55 24.72 0 20.157 120.16 14.4 50.77 0] [2075 19.62 79.82 13.47 41.49 0 16.999 98.46 14.4 45.25 0] [2076 17.14 55.45 14.89 24.18 0 18.71 115.83 14.5 39.3 0] [2077 18.22 71.09 14.8 28.15 0 18.588 106.17 14.7 32.78 0] [2078 17.8 62.47 13.05 29.39 0 21.689 133.92 12.5 60.96 0] [2079 19.4 57.56 12.55 27.62 0 20.179 119.15 13.3 54.29 0] [2080 19.35 70.17 13.25 30.73 0 22.182 135.78 12 64.6 0] [2081 21.835 64.94 12.1 37 0 21.076 121.8 13 51.69 0] [2082 18.99 55.94 13.9 28.2 0 20.728 110.16 13.6 53.28 0] [2083 19.185 60.01 13.55 29.78 0 18.819 113.08 14.2 48.94 0] [2084 18.98 54.75 11.25 27.17 0 22.738 141.67 10.8 69.25 0] [2085 18.25 45.62 12.15 25.24 0 21.454 124.26 12.1 55.91 0] [2086 20.54 44 11.55 22.25 0 20.005 107.88 13.1 45.32 0] [2087 19.745 47.65 13.4 25.82 0 20.561 116.49 13.3 49.62 0] [2088 18.46 56.66 13 26.89 0 20.073 115.83 14 45.34 0] [2089 17.215 40.78 13.3 20.39 0 18.157 115.6 15.4 45.22 0] [2090 17.355 41.24 14.47 17.91 0 18.326 112.36 15.3 46.07 0] [2091 19.83 53.11 12.2 31.71 0 18.728 106.99 14.6 47.41 0] [2092 16.4 26.82 12.65 11.34 0 19.191 106.94 12.7 47.66 0] [2093 16.22 29.78 14 12.43 0 16.224 97.96 16.8 29.95 0] [2094 17.665 31.46 12.3 15.65 0 18.502 111.22 15.2 38.37 0] [2095 17.925 36.56 13.1 12.91 0 19.195 116.75 13.4 52.32 0] [2096 17.93 30.32 12.45 13.83 0 21.925 126.21 11.8 57.23 0] [2097 20.685 42.79 12.4 26.16 0 20.346 118.05 13.3 50.22 0] [2098 17.655 40.77 12.75 20.04 0 18.935 106.29 14.3 49.66 0]]]
  ;;print corn-GCMs


  ;;set wheat-GCMs lput csv:from-file "6_Wheat_GCMs.csv" wheat-GCMs                                   ;Import all wheat values to a wheat-GCMs list
  ;;print wheat-GCMs

  set wheat-GCMs [[["Year Yield_3 (bu/ac)" "Irrig_3 (in)" "Yield_4 (bu/ac)" "Irrig_4 (in)" "Yield_5 (bu/ac)" "Irrig_5 (in)" "Yield_6 (bu/ac)" "Irrig_6 (in)"] [2018 79.18 12.89 42.05 0 77.31 12.4 39.23 0] [2019 79.27 13.16 32.4 0 77.7 12.5 38.63 0] [2020 76.27 12.26 41.36 0 81.32 11 51.95 0] [2021 81.04 12.9 36.87 0 80.37 12.4 41.6 0] [2022 78.77 12.55 43.43 0 78.61 11.6 45.37 0] [2023 78.34 14.21 29.61 0 75.7 10.4 47.2 0] [2024 78.65 13.45 37.76 0 77.44 12 39.57 0] [2025 73.65 12.1 35.3 0 73.31 9.5 33.42 0] [2026 72.35 13.16 34.68 0 82.47 9 33.37 0] [2027 76.14 13.11 39.98 0 73.62 14.6 31.64 0] [2028 75.91 13.74 34.11 0 74.2 12 36.11 0] [2029 75.62 12.75 37.78 0 77.06 13.1 36.56 0] [2030 76.51 13.45 36.13 0 76.99 11.3 35.83 0] [2031 80.73 13.4 36.49 0 77.52 12.9 39.58 0] [2032 74.36 12.35 36.55 0 74.31 13.6 33.62 0] [2033 73.41 12.3 37.5 0 75.37 12.6 44.05 0] [2034 69.03 13.11 33.62 0 76.55 12.1 41.1 0] [2035 74.17 12.15 39.36 0 73.77 13.2 33.08 0] [2036 74.89 12.68 37.83 0 79.51 11.4 47.08 0] [2037 74.91 12.26 37.91 0 77.16 13.1 39.75 0] [2038 76.44 12.63 40.26 0 67.68 14.4 32.94 0] [2039 73.66 14.68 29.6 0 74.13 12.6 35.05 0] [2040 67.87 13.35 30.51 0 70.44 12.2 36.88 0] [2041 77.55 13.4 31.73 0 77.76 11.1 47.01 0] [2042 71.93 12 40.96 0 72.26 11.4 43.21 0] [2043 74.7 11.6 44.8 0 77.24 11.5 46.45 0] [2044 72.61 13.95 35.45 0 75.97 11.6 44.35 0] [2045 70.66 13 33.68 0 69.44 15.2 27.88 0] [2046 70.9 15.26 22.81 0 72.08 14.3 34.42 0] [2047 74.35 11.15 46.64 0 74.77 13.4 39.04 0] [2048 70.42 14.1 30.96 0 73.36 13.5 28.67 0] [2049 69.5 13.32 35.59 0 75.4 12.7 40.43 0] [2050 66.43 11.65 40.55 0 71.83 12.7 33.02 0] [2051 65.33 13.3 29.48 0 72.59 14.4 29.24 0] [2052 68.79 12.5 34.95 0 72.97 12.8 39.67 0] [2053 69.65 13.11 31.21 0 69.9 12.9 32.08 0] [2054 67.44 14.21 25.82 0 74.44 13.7 29.82 0] [2055 66.96 13 34.86 0 71.56 12.7 32.53 0] [2056 69.27 12.21 35.07 0 68.44 12.6 37.35 0] [2057 67.08 13.68 28.74 0 69.94 12.6 32.96 0] [2058 62.46 12.83 27.46 0 72.02 13.4 33.15 0] [2059 65.09 13.53 26.22 0 75.22 12.2 42.89 0] [2060 66.17 10.68 43.79 0 73.57 12.1 39.69 0] [2061 65.17 13.72 31.34 0 72.95 13.3 31.23 0] [2062 65.18 11.68 34.91 0 71.88 13.9 30.45 0] [2063 66.02 12.8 33.72 0 73.68 13.3 36.97 0] [2064 62.98 14.79 22.92 0 76.29 13.7 37.95 0] [2065 65.65 12.45 34.15 0 70.84 15.2 29.25 0] [2066 64.17 12.7 35.81 0 73.04 12.8 38.72 0] [2067 65.16 13.56 27.02 0 69.36 12.9 32.21 0] [2068 61.8 14.35 25.92 0 68.77 13.6 29.1 0] [2069 64.84 14.25 25.61 0 71.12 12.8 32.68 0] [2070 63.2 14.26 25.95 0 69.52 12.4 36.12 0] [2071 62.4 14.7 27.62 0 68.04 13.3 32.8 0] [2072 61.81 12.5 28.82 0 71.4 11.7 40.63 0] [2073 61.98 12.65 26.14 0 72.97 13.3 34.6 0] [2074 63.94 13.21 31.25 0 66.13 14.8 25.08 0] [2075 60.01 14.95 19.29 0 69.77 12.8 32.97 0] [2076 62.2 14.2 30.66 0 70.24 13.1 34.82 0] [2077 62.02 14.15 27.63 0 69.3 11.3 42.57 0] [2078 60.72 13.39 29.77 0 69.43 12.7 33.32 0] [2079 62.71 14.32 27.54 0 70.02 11.7 37.79 0] [2080 62.66 12 33.47 0 69.56 12.2 35.99 0] [2081 57.09 12.76 26.47 0 65.03 13 32.1 0] [2082 60.15 13.3 28.32 0 68.32 13.3 30.98 0] [2083 61.91 12.8 26.28 0 68.09 13 32.36 0] [2084 60.04 12.53 28.21 0 71.63 12.3 37.65 0] [2085 59.51 13.15 34.52 0 63.4 12.9 28.99 0] [2086 61.25 11.15 37.94 0 73.55 11.4 37.55 0] [2087 60.55 13.59 23.5 0 67.69 13.2 35.16 0] [2088 58.76 13.55 22.34 0 72.12 13.6 35.6 0] [2089 58.36 14.35 20.99 0 70 13.9 34.33 0] [2090 61.25 12.26 30.36 0 67.41 14.2 31.62 0] [2091 60.05 13.26 27.8 0 67.91 12.9 31.28 0] [2092 58.27 14.8 21.63 0 66.39 14.9 26.86 0] [2093 57.57 13.2 23.87 0 67.2 12.8 34.87 0] [2094 57.1 13.61 26.25 0 70.56 12.8 34.71 0] [2095 58.47 14.55 20.91 0 69.28 12.4 41.48 0] [2096 56.11 12.16 29.76 0 70.62 11.9 37.3 0] [2097 57.44 13.85 22.8 0 67.61 13.4 28.86 0] [2098 59.42 13.53 28.03 0 68.52 12.4 34.19 0]]]

  ;;set soybeans-GCMs lput csv:from-file "7_Soybeans_GCMs.csv" soybeans-GCMs                          ;Import all soybeans values to a soybeans-GCMs list

  ;;print soybeans-GCMs

  set soybeans-GCMs [[["Year Yield_3 (bu/ac)" "Irrig_3 (in)" "Yield_4 (bu/ac)" "Irrig_4 (in)" "Yield_5 (bu/ac)" "Irrig_5 (in)" "Yield_6 (bu/ac)" "Irrig_6 (in)"] [2018 89.8 21.85 11.72 0 93.27 21.5 15.28 0] [2019 86.83 22.8 7.65 0 91.27 21.5 8.22 0] [2020 89.87 21.85 9.83 0 91.31 20.7 7.87 0] [2021 87.46 23.26 7.75 0 92.05 22.1 6.39 0] [2022 89.87 20.84 18.19 0 92.05 20.3 14.33 0] [2023 90.23 21.3 16.86 0 91.5 19.9 24.36 0] [2024 84.99 23.85 6.8 0 89.83 19.9 17.49 0] [2025 88.39 20.1 12.8 0 88.5 20.8 11.74 0] [2026 88.27 22.15 8.8 0 89.6 20.3 18.88 0] [2027 87.51 23.74 9.39 0 89.17 21.6 9.47 0] [2028 87.28 23.79 8.17 0 85.41 24.2 4.99 0] [2029 89.63 19.4 15.39 0 88.31 19.9 20.49 0] [2030 86.49 21.55 11.6 0 88.39 21.2 13.92 0] [2031 87.01 21.6 12.85 0 89.96 19.8 15.87 0] [2032 88.8 19.85 16.21 0 87.87 22.9 8.54 0] [2033 87.06 21.15 10.98 0 86.63 23.5 13.78 0] [2034 86.68 22.45 10.82 0 87.19 21.7 13.14 0] [2035 85.26 20.8 11.71 0 85.61 23 11.61 0] [2036 83.55 21.75 10.04 0 84.1 23.3 16.2 0] [2037 80.37 24.7 4.5 0 86.56 22.8 11.94 0] [2038 85.47 21.8 10.34 0 86.96 22.8 12.2 0] [2039 86.39 21.11 11.09 0 84.6 21.9 9.79 0] [2040 82.6 24.6 5.05 0 86.45 21.2 17.91 0] [2041 81.42 21.7 12.36 0 84.35 24.7 8.42 0] [2042 81 22.5 12.66 0 85.39 21.3 17.81 0] [2043 84.05 20.7 14.11 0 86.77 21.8 11.5 0] [2044 79.62 22.85 5.89 0 89.76 20.8 16.43 0] [2045 82.57 23.1 11.01 0 85.13 23.2 8.43 0] [2046 79.08 24.4 8.41 0 81.17 26.9 4.07 0] [2047 80.35 23.5 9.8 0 82.43 23.1 18.22 0] [2048 79.44 24 6.13 0 86.02 22.1 10.2 0] [2049 78.18 24.1 6.9 0 83.93 23.4 7.78 0] [2050 83.21 23.45 10 0 84.23 21.8 13 0] [2051 79.29 24 8.83 0 82.5 22.2 16.19 0] [2052 78.91 22.2 8.1 0 83.55 22.6 11.84 0] [2053 71.92 23.75 8.09 0 83.57 21.9 12.86 0] [2054 66.86 24.63 4.89 0 83.31 22 12.7 0] [2055 76.75 22.63 6.11 0 84.18 23.1 17.49 0] [2056 74.83 24 6.2 0 79.66 22 17.06 0] [2057 76.57 22.65 10.19 0 77.28 24 11.82 0] [2058 72.78 25.28 5.86 0 79.74 24.1 7.53 0] [2059 75.73 23.45 11.16 0 81.34 23.2 8.26 0] [2060 74.2 24 10.86 0 84.95 21.7 18.49 0] [2061 68.86 23.58 7.78 0 86.64 19.6 17.43 0] [2062 68.31 24.06 8.59 0 82.39 23.5 8.46 0] [2063 72.94 21.4 12.13 0 78.32 22.8 10.65 0] [2064 72.84 26.1 4.62 0 80.72 23.4 13.67 0] [2065 68.14 25.65 3.82 0 73.64 25.4 7.97 0] [2066 75 22.85 10.34 0 80.38 22.7 15.4 0] [2067 70.89 25.16 7.88 0 81.36 22.4 14.25 0] [2068 68.39 26 4.18 0 78.35 23.3 7 0] [2069 67.8 25.65 6.2 0 74.27 25.2 6.18 0] [2070 66 24.75 6.85 0 79 23 10.97 0] [2071 69.57 22.5 4.98 0 82.89 23 12.74 0] [2072 66.82 24.6 7.6 0 80.27 24.9 5.29 0] [2073 66.98 25 4.95 0 81.74 20.1 19.68 0] [2074 56.49 27.6 5.12 0 80.48 23.2 7.2 0] [2075 72.02 24.68 6.48 0 73.39 24.9 3.83 0] [2076 61.19 27.11 3.65 0 74.31 23.7 9.09 0] [2077 62.2 26.45 5.48 0 75.98 23.3 11.24 0] [2078 61.28 26.1 7.21 0 81.75 22 11.91 0] [2079 57.54 24.7 6.75 0 80.73 22.1 9.87 0] [2080 62.22 24.25 7.21 0 82.48 20.4 21.14 0] [2081 63.42 23.6 8.1 0 80.14 21.8 20.19 0] [2082 59.91 25.68 4.97 0 77.58 22.1 11.37 0] [2083 57.9 25.2 5.59 0 78.88 23.1 7.2 0] [2084 58.04 25.2 5.37 0 84.48 20.2 11.78 0] [2085 55.94 26.05 5.57 0 80.38 22 13.74 0] [2086 59.32 25.4 9.06 0 77.48 22.6 12.68 0] [2087 54.97 25.55 6.36 0 80.02 22.5 13.2 0] [2088 55.78 25.6 6.73 0 78.99 23.9 7.72 0] [2089 52.63 27.35 3.34 0 81.81 23.7 14.29 0] [2090 48.35 27.79 3.78 0 77.62 24.8 14.22 0] [2091 54.53 25.65 5.44 0 79.32 23.6 13.34 0] [2092 46.02 28.45 2.02 0 78.27 22.7 8.12 0] [2093 49.44 29 3.34 0 69.72 27.2 6.62 0] [2094 48.28 28.2 4.02 0 78.48 25.6 6.3 0] [2095 55.2 26.75 5.76 0 79.92 22.8 12.68 0] [2096 44.41 27.45 3.53 0 82.58 21.1 9.61 0] [2097 51.76 25.5 11.51 0 76.64 22.6 12.25 0] [2098 48.38 26.6 4.99 0 76.96 23.9 6.06 0]]]

  ;;set milo-GCMs lput csv:from-file "8_Milo_GCMs.csv" milo-GCMs                                      ;Import all milo values to a milo-GCMs list
  ;;print milo-GCMs

  set milo-GCMs [[["Year Yield_3 (bu/ac)" "Irrig_3 (in)" "Yield_4 (bu/ac)" "Irrig_4 (in)" "Yield_5 (bu/ac)" "Irrig_5 (in)" "Yield_6 (bu/ac)" "Irrig_6 (in)"] [2018 118.48 16.15 40.72 0 121.96 16.5 47.98 0] [2019 116.26 16.9 33.11 0 120.17 16.2 41.32 0] [2020 118.81 15.55 49.26 0 120.69 15.1 44.58 0] [2021 116.88 16.74 39.69 0 119.81 15.8 37.25 0] [2022 117.58 14.58 55.39 0 122.67 14.9 50.06 0] [2023 118.71 15.1 52.63 0 120.89 14.8 46.81 0] [2024 112.21 17.65 32.04 0 118.93 15.4 44.65 0] [2025 117.45 15.4 43.29 0 119.15 15.6 44.86 0] [2026 117.41 15.7 42.17 0 117.4 15.2 49.92 0] [2027 116.36 17 40.13 0 117.29 15.4 45.18 0] [2028 114.83 17.68 34.22 0 112.66 17 32.77 0] [2029 117.28 13.45 59.13 0 118.05 14.9 49.39 0] [2030 112.65 15.65 40.66 0 118.62 14.9 46.21 0] [2031 112.41 15.95 41.73 0 117.43 13.9 49.74 0] [2032 118.51 13.6 54.7 0 114.22 16.9 41.78 0] [2033 116.55 14.65 46.38 0 114.83 17.2 37.26 0] [2034 113.47 15.85 39.51 0 115.74 15.8 40.02 0] [2035 113.99 15.25 44.19 0 113.55 15.5 39.17 0] [2036 112.49 15.65 37.63 0 113.1 16.7 41.72 0] [2037 109.44 17.35 28.54 0 110.32 16.3 37.86 0] [2038 112.38 14.95 40 0 111.18 15.6 42.5 0] [2039 112.07 14 52.18 0 111.65 15.7 35.87 0] [2040 108.7 17.15 38.96 0 113.05 14.7 48.08 0] [2041 109.02 15.2 41.1 0 108.84 17.1 27.37 0] [2042 107.28 15.75 35.32 0 113.91 15.1 48.26 0] [2043 111.97 14.5 43.98 0 112.26 15.4 42.69 0] [2044 107.32 16.15 38.64 0 118.57 15.3 45.8 0] [2045 108.06 15.7 45.51 0 109.93 16 38 0] [2046 103.55 17 35.24 0 107.22 18.5 25.64 0] [2047 102.64 16.15 35.19 0 100.93 15.9 37.78 0] [2048 100.49 16.05 31.37 0 112.58 15.4 46.42 0] [2049 101.04 16.2 32.81 0 106.45 16.5 34.26 0] [2050 105.69 15.25 41.33 0 110.24 16.1 41.71 0] [2051 101.48 16.9 34.21 0 111.41 15.2 41.71 0] [2052 102.19 14.7 44.61 0 107.62 16.1 41.43 0] [2053 96.26 16.3 33.85 0 109.97 16.3 41.69 0] [2054 92.97 16.21 27.38 0 108.58 15.7 45.99 0] [2055 96.8 15.15 29.71 0 106.04 16.2 40.22 0] [2056 96.45 16.35 31.89 0 104.55 15.2 41.88 0] [2057 99.04 15.1 40.15 0 99.57 16.2 33.15 0] [2058 95.13 17 29.22 0 105.7 16.8 30.13 0] [2059 92.89 15.45 30.56 0 106.07 15.7 41.45 0] [2060 95.62 15.4 33.69 0 109.44 15.2 43.9 0] [2061 89.67 16.47 28.63 0 113.31 13.4 51.83 0] [2062 87.4 15.33 28.38 0 105.99 16.6 38.28 0] [2063 93.85 13.95 40.93 0 103.05 15.2 34.51 0] [2064 90.27 17.4 29.7 0 101.8 16.4 33.06 0] [2065 88.24 16 30.8 0 98.17 17.5 31.03 0] [2066 98.02 14.7 40.97 0 102.16 14.8 49.05 0] [2067 88.36 16.8 29.44 0 103.91 15.1 42.03 0] [2068 87.93 16.15 29.13 0 103.19 16.3 31.05 0] [2069 85.97 16.95 30.5 0 97.94 16.5 30.34 0] [2070 85.85 15.95 32.69 0 103.93 15.6 38.79 0] [2071 88.53 13.7 36.34 0 103.93 15.7 37.1 0] [2072 87.91 15.3 30.37 0 100.72 17.5 28.33 0] [2073 85.47 15.95 29.49 0 109.04 14.3 49.3 0] [2074 76.7 18.1 18.45 0 104.82 15.9 39.77 0] [2075 89.18 15.63 32.72 0 98.06 16.4 29.08 0] [2076 74.95 16.63 24.58 0 99.41 16.2 37.73 0] [2077 78.22 16.65 27.13 0 99.89 16 32.32 0] [2078 75.51 16.45 26.01 0 103.35 14.6 36.14 0] [2079 74.06 15.95 24.93 0 101.82 15 39.79 0] [2080 78.86 16.1 27.75 0 106.42 13.6 52.23 0] [2081 79.02 15 32.24 0 101.45 14.4 43.55 0] [2082 73.49 15.75 26.69 0 100.84 14.2 44.06 0] [2083 77.08 16.45 26.12 0 101.78 15.3 34.73 0] [2084 74.92 15.55 26.44 0 109.55 13.2 51.04 0] [2085 72.15 16.75 22.78 0 104.57 14.5 42.08 0] [2086 67.92 15.5 27.29 0 104.24 16.1 36.7 0] [2087 69.48 15.4 24.93 0 102.53 15.7 36.24 0] [2088 72.43 15.75 28.99 0 99.16 15.7 38.41 0] [2089 66.62 16.65 23.83 0 103.26 16.3 42.87 0] [2090 62.29 16.26 24.5 0 102.93 17.1 32.88 0] [2091 69.05 14.2 31.42 0 104.63 16.1 40.24 0] [2092 60.25 17.15 18.28 0 98.34 15.7 40.37 0] [2093 65.44 18.05 15.32 0 92.75 19.3 20.58 0] [2094 60.95 16.45 19.25 0 101.79 17.5 28.76 0] [2095 65.53 16.15 22.21 0 103.05 15.3 38.65 0] [2096 56.5 16.1 19.93 0 105.16 15 43.88 0] [2097 68.15 15.25 24.66 0 97.36 15.1 40.32 0] [2098 59.34 15.25 22.7 0 98.27 16 32.46 0]]]
  ;;set all-expenses_raw lput csv:from-file "9a_Farm_Expenses_For_Users.csv" all-expenses_raw         ;Import all expense values to an all-expenses_raw list
  ;;print all-expenses_raw

  set all-expenses_raw [[["Crop type" "Corn" "Corn" "Corn" "Corn" "Corn" "Corn" "Wheat" "Wheat" "Wheat" "Wheat" "Wheat" "Wheat" "Soybeans" "Soybeans" "Soybeans" "Soybeans" "Soybeans" "Soybeans" "Sorghum" "Sorghum" "Sorghum" "Sorghum" "Sorghum" "Sorghum"] ["Irrigation_System" "Irrigated" "Irrigated" "Irrigated" "Dryland" "Dryland" "Dryland" "Irrigated" "Irrigated" "Irrigated" "Dryland" "Dryland" "Dryland" "Irrigated" "Irrigated" "Irrigated" "Dryland" "Dryland" "Dryland" "Irrigated" "Irrigated" "Irrigated" "Dryland" "Dryland" "Dryland"] ["Yield" "Low (<210)" "Moderate (210-237.5)" "High (>237.5)" "Low (<66)" "Moderate (66-91)" "High (>91)" "Low (<62.5)" "Moderate (62.5-67.5)" "High (>67.5)" "Low (<37.5)" "Moderate (37.5-46.5)" "High (>46.5)" "Low (<58)" "Moderate (58-64)" "High (>64)" "Low (<22.5)" "Moderate (22.5-27.5)" "High (>27.5)" "Low (<150)" "Moderate (150-170)" "High (>170)" "Low (<68)" "Moderate (68-93)" "High (>93)"] ["Seed" 103.51 119.43 132.7 25.6 41.98 51.19 20.56 22.28 23.99 12.64 16.09 19.53 45.52 50.49 55.46 32.31 40.39 48.47 11.36 12.98 14.6 4.96 7.31 9.47] ["Fertilizer" 91.14 105.16 116.84 22.5 36.9 45 45.3 49.07 52.85 18.78 23.9 29.03 17.84 19.78 21.73 6.64 8.3 9.97 66.18 75.63 85.09 25.47 37.51 48.63] ["Herbicides_Burndown" 8.46 8.46 8.46 20.52 20.52 20.52 0 0 0 12.87 12.87 12.87 3.21 3.21 3.21 10.26 10.26 10.26 8.46 8.46 8.46 20.52 20.52 20.52] ["Herbicides_Pre-emergence" 46.96 46.96 46.96 42.54 42.54 42.54 6.4 6.4 6.4 1.99 1.99 1.99 28.76 28.76 28.76 32.25 32.25 32.25 39.83 39.83 39.83 39.83 39.83 39.83] ["Herbicides_Post-emergence" 1.61 1.61 1.61 4.53 4.53 4.53 0 0 0 0 0 0 3.21 3.21 3.21 3.21 3.21 3.21 0 0 0 3.64 3.64 3.64] ["Fungicides" 6.28 6.28 6.28 0 0 0 7.85 7.85 7.85 3.85 3.85 3.85 0 0 0 0 0 0 0 0 0 0 0 0] ["Insecticides" 16.5 16.5 16.5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0] ["Crop consulting" 6.5 6.5 6.5 0 0 0 6 6 6 0 0 0 6.25 6.25 6.25 0 0 0 6.25 6.25 6.25 0 0 0] ["Planting" 18.21 18.21 18.21 18.59 18.59 18.59 17.33 17.33 17.33 14.73 14.73 14.73 18.69 18.69 18.69 18.69 18.69 18.69 18.57 18.57 18.57 18 18 18] ["Fertilizer application" 0 0 0 5.6 5.6 5.6 5.6 5.6 5.6 15.98 15.98 15.98 0 0 0 0 0 0 0 0 0 5.6 5.6 5.6] ["Tillage" 17.55 17.55 17.55 0 0 0 0 0 0 22.5 22.5 22.5 13.12 13.12 13.12 0 0 0 17.55 17.55 17.55 0 0 0] ["Spraying" 22.38 22.38 22.38 20.57 20.57 20.57 11.79 11.79 11.79 20.59 20.59 20.59 17.63 17.63 17.63 17.63 17.63 17.63 11.76 11.76 11.76 19.1 19.1 19.1] ["Base harvesting" 29.3 29.3 29.3 29.3 29.3 29.3 24.19 24.19 24.19 24.19 24.19 24.19 29.78 29.78 29.78 29.78 29.78 29.78 25.92 25.92 25.92 25.92 25.92 25.92] ["Extra harvest charge" 29.29 36.68 42.83 0 1.48 5.91 9.46 10.67 11.88 2.91 5.09 7.27 7.01 8.63 10.25 0 0 0 22.88 27.7 32.52 2.41 8.67 14.45] ["Hauling" 36.81 42.47 47.19 9.44 15.48 18.87 13.93 15.09 16.25 7.66 9.75 11.84 13.17 14.61 16.05 4.79 5.99 7.19 32.73 37.41 42.08 12.86 18.94 24.55] ["Drying and other" 8.78 10.13 11.25 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8.4 9.6 10.8 0 0 0] ["Crop insurance" 17.6 20.31 22.57 5.1 8.36 10.2 21.87 23.7 25.52 10.17 12.94 15.72 19.69 21.84 23.99 6.29 7.87 9.44 27.53 31.46 35.39 12.44 18.33 23.76] ["Labor" 27.6 27.6 27.6 22.5 22.5 22.5 22.8 22.8 22.8 7.5 7.5 7.5 24.6 24.6 24.6 7.5 7.5 7.5 25.2 25.2 25.2 22.5 22.5 22.5] ["Miscellaneous" 10 10 10 5.5 5.5 5.5 10 10 10 5.5 5.5 5.5 10 10 10 5.5 5.5 5.5 10 10 10 5.5 5.5 5.5] ["Other variable expenses" 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0] ["Interest on variable expenses" 16.17 17.93 19.28 6.97 8.22 9.02 7.3 7.76 8.23 5.46 5.92 6.39 8.65 9.19 10.26 5.25 5.62 6 10.97 11.92 12.87 6.56 7.54 8.44] ["Irrig_Natural gas" 35.09 46.79 52.64 0 0 0 17.55 23.39 29.24 0 0 0 26.32 32.17 55.56 0 0 0 29.24 35.09 40.94 0 0 0] ["Irrig_Repair and maintenance" 5.28 5.28 5.28 0 0 0 2.64 2.64 2.64 0 0 0 3.63 3.63 3.63 0 0 0 3.96 3.96 3.96 0 0 0] ["Irrig_Depreciation" 76.67 76.67 76.67 0 0 0 76.67 76.67 76.67 0 0 0 76.67 76.67 76.67 0 0 0 76.67 76.67 76.67 0 0 0] ["Irrig_Interest on irrig equip" 59.22 59.22 59.22 0 0 0 59.22 59.22 59.22 0 0 0 59.22 59.22 59.22 0 0 0 59.22 59.22 59.22 0 0 0] ["Cash rent" 95.33 110 122.22 33.84 55.5 67.68 111.69 121 130.31 58.14 74 89.86 109.1 121 132.9 44.4 55.5 66.6 105.88 121 136.13 37.69 55.5 71.94]]]

  ;;set cap-depreciation lput csv:from-file "10a_Capital_depreciation.csv" cap-depreciation           ;Import values for depreciation

  ;;print cap-depreciation

  set cap-depreciation [[["%Tax rate" "%Wind capital costs" "%Solar capital costs"] [20 68.8 44] ["Year" "Wind_%" "Solar_%" "Each column should add to 100."] [1 50 20 "The remaining cells in each column must include numbers of 0."] [2 10 20] [3 10 20] [4 10 20] [5 10 20] [6 10 0] [7 0 0] [8 0 0] [9 0 0] [10 0 0] [11 0 0] [12 0 0] [13 0 0] [14 0 0] [15 0 0] [16 0 0] [17 0 0] [18 0 0] [19 0 0] [20 0 0] [21 0 0] [22 0 0] [23 0 0] [24 0 0] [25 0 0] [26 0 0] [27 0 0] [28 0 0] [29 0 0] [30 0 0 "A value of 30 years is the maximum usable lifetime of the equipment."]]]

  set cap-tax-rate item 0 item 1 item 0 cap-depreciation                                            ;set cap-tax-rate = tax rate
  set cap-%-wind item 1 item 1 item 0 cap-depreciation                                              ;set cap-%-wind = percent wind capital cost
  set cap-%-solar item 2 item 1 item 0 cap-depreciation                                             ;set cap-%-solar = percent solar capital cost

  let m 1                                                                                           ;Set a temporary variable
  while [m < 11] [                                                                                  ;10 loops for 10-year data
    foreach corn-data [x -> set corn-sum_1 lput item m x corn-sum_1]                                ;Get rid of headings of the table (starting from item 1 instead of item 0)
      foreach corn-sum_1 [y -> set precip_raw lput item 1 y precip_raw]                             ;Item 1 of a csv file is precipitation
      foreach corn-sum_1 [y -> set corn-price lput item 2 y corn-price]                             ;Item 2 of a csv file is historical crop price
      foreach corn-sum_1 [y -> set corn-yield_1 lput item 3 y corn-yield_1]                         ;Item 3 of a csv file is yield_1 (yield_1 see "import-data" for more detail)
      foreach corn-sum_1 [y -> set corn-irrig_1 lput item 4 y corn-irrig_1]                         ;Item 4 of a csv file is irrig_1
      foreach corn-sum_1 [y -> set corn-yield_2 lput item 5 y corn-yield_2]                         ;Item 5 of a csv file is yield_2
      foreach corn-sum_1 [y -> set corn-irrig_2 lput item 6 y corn-irrig_2]                         ;Item 6 of a csv file is irrig_2
      foreach corn-sum_1 [y -> set corn-N-app lput item 7 y corn-N-app]                             ;Item 7 of a csv file is N-app

    foreach wheat-data [x -> set wheat-sum_1 lput item m x wheat-sum_1]                             ;See above
      foreach wheat-sum_1 [y -> set wheat-price lput item 2 y wheat-price]
      foreach wheat-sum_1 [y -> set wheat-yield_1 lput item 3 y wheat-yield_1]
      foreach wheat-sum_1 [y -> set wheat-irrig_1 lput item 4 y wheat-irrig_1]
      foreach wheat-sum_1 [y -> set wheat-yield_2 lput item 5 y wheat-yield_2]
      foreach wheat-sum_1 [y -> set wheat-irrig_2 lput item 6 y wheat-irrig_2]
      foreach wheat-sum_1 [y -> set wheat-N-app lput item 7 y wheat-N-app]

    foreach soybeans-data [x -> set soybeans-sum_1 lput item m x soybeans-sum_1]                    ;See above
      foreach soybeans-sum_1 [y -> set soybeans-price lput item 2 y soybeans-price]
      foreach soybeans-sum_1 [y -> set soybeans-yield_1 lput item 3 y soybeans-yield_1]
      foreach soybeans-sum_1 [y -> set soybeans-irrig_1 lput item 4 y soybeans-irrig_1]
      foreach soybeans-sum_1 [y -> set soybeans-yield_2 lput item 5 y soybeans-yield_2]
      foreach soybeans-sum_1 [y -> set soybeans-irrig_2 lput item 6 y soybeans-irrig_2]
      foreach soybeans-sum_1 [y -> set soybeans-N-app lput item 7 y soybeans-N-app]

    foreach milo-data [x -> set milo-sum_1 lput item m x milo-sum_1]                                ;See above
      foreach milo-sum_1 [y -> set milo-price lput item 2 y milo-price]
      foreach milo-sum_1 [y -> set milo-yield_1 lput item 3 y milo-yield_1]
      foreach milo-sum_1 [y -> set milo-irrig_1 lput item 4 y milo-irrig_1]
      foreach milo-sum_1 [y -> set milo-yield_2 lput item 5 y milo-yield_2]
      foreach milo-sum_1 [y -> set milo-irrig_2 lput item 6 y milo-irrig_2]
      foreach milo-sum_1 [y -> set milo-N-app lput item 7 y milo-N-app]

      if length precip_raw != 10 [set precip_raw []]

      if length corn-price != 10 [set corn-price []]
      if length corn-yield_1 != 10 [set corn-yield_1 []]
      if length corn-irrig_1 != 10 [set corn-irrig_1 []]
      if length corn-yield_2 != 10 [set corn-yield_2 []]
      if length corn-irrig_2 != 10 [set corn-irrig_2 []]
      if length corn-N-app != 10 [set corn-N-app []]

      if length wheat-price != 10 [set wheat-price []]
      if length wheat-yield_1 != 10 [set wheat-yield_1 []]
      if length wheat-irrig_1 != 10 [set wheat-irrig_1 []]
      if length wheat-yield_2 != 10 [set wheat-yield_2 []]
      if length wheat-irrig_2 != 10 [set wheat-irrig_2 []]
      if length wheat-N-app != 10 [set wheat-N-app []]

      if length soybeans-price != 10 [set soybeans-price []]
      if length soybeans-yield_1 != 10 [set soybeans-yield_1 []]
      if length soybeans-irrig_1 != 10 [set soybeans-irrig_1 []]
      if length soybeans-yield_2 != 10 [set soybeans-yield_2 []]
      if length soybeans-irrig_2 != 10 [set soybeans-irrig_2 []]
      if length soybeans-N-app != 10 [set soybeans-N-app []]

      if length milo-price != 10 [set milo-price []]
      if length milo-yield_1 != 10 [set milo-yield_1 []]
      if length milo-irrig_1 != 10 [set milo-irrig_1 []]
      if length milo-yield_2 != 10 [set milo-yield_2 []]
      if length milo-irrig_2 != 10 [set milo-irrig_2 []]
      if length milo-N-app != 10 [set milo-N-app []]

    set m (m + 1)
  ]

let n 1                                                                                             ;Set a temporary variable
  while [n < 82] [                                                                                  ;10 loops for 10-year data
    foreach corn-GCMs [x -> set corn-sum_2 lput item n x corn-sum_2]                                ;Get rid of headings of the table (starting from item 1 instead of item 0)
      foreach corn-sum_2 [y -> set precip_RCP8.5 lput item 1 y precip_RCP8.5]                       ;Item 1 of a csv file is precipitation (RCP8.5)
      foreach corn-sum_2 [y -> set corn-yield_3 lput item 2 y corn-yield_3]                         ;Item 2 of a csv file is yield_3
      foreach corn-sum_2 [y -> set corn-irrig_3 lput item 3 y corn-irrig_3]                         ;Item 3 of a csv file is irrig_3
      foreach corn-sum_2 [y -> set corn-yield_4 lput item 4 y corn-yield_4]                         ;Item 4 of a csv file is yield_4
      foreach corn-sum_2 [y -> set corn-irrig_4 lput item 5 y corn-irrig_4]                         ;Item 5 of a csv file is irrig_4
      foreach corn-sum_2 [y -> set precip_RCP4.5 lput item 6 y precip_RCP4.5]                       ;Item 1 of a csv file is precipitation (RCP4.5)
      foreach corn-sum_2 [y -> set corn-yield_5 lput item 7 y corn-yield_5]                         ;Item 2 of a csv file is yield_5
      foreach corn-sum_2 [y -> set corn-irrig_5 lput item 8 y corn-irrig_5]                         ;Item 3 of a csv file is irrig_5
      foreach corn-sum_2 [y -> set corn-yield_6 lput item 9 y corn-yield_6]                         ;Item 4 of a csv file is yield_6
      foreach corn-sum_2 [y -> set corn-irrig_6 lput item 10 y corn-irrig_6]                        ;Item 5 of a csv file is irrig_6

    foreach wheat-GCMs [x -> set wheat-sum_2 lput item n x wheat-sum_2]                             ;See above
      foreach wheat-sum_2 [y -> set wheat-yield_3 lput item 1 y wheat-yield_3]
      foreach wheat-sum_2 [y -> set wheat-irrig_3 lput item 2 y wheat-irrig_3]
      foreach wheat-sum_2 [y -> set wheat-yield_4 lput item 3 y wheat-yield_4]
      foreach wheat-sum_2 [y -> set wheat-irrig_4 lput item 4 y wheat-irrig_4]
      foreach wheat-sum_2 [y -> set wheat-yield_5 lput item 5 y wheat-yield_5]
      foreach wheat-sum_2 [y -> set wheat-irrig_5 lput item 6 y wheat-irrig_5]
      foreach wheat-sum_2 [y -> set wheat-yield_6 lput item 7 y wheat-yield_6]
      foreach wheat-sum_2 [y -> set wheat-irrig_6 lput item 8 y wheat-irrig_6]

    foreach soybeans-GCMs [x -> set soybeans-sum_2 lput item n x soybeans-sum_2]                    ;See above
      foreach soybeans-sum_2 [y -> set soybeans-yield_3 lput item 1 y soybeans-yield_3]
      foreach soybeans-sum_2 [y -> set soybeans-irrig_3 lput item 2 y soybeans-irrig_3]
      foreach soybeans-sum_2 [y -> set soybeans-yield_4 lput item 3 y soybeans-yield_4]
      foreach soybeans-sum_2 [y -> set soybeans-irrig_4 lput item 4 y soybeans-irrig_4]
      foreach soybeans-sum_2 [y -> set soybeans-yield_5 lput item 5 y soybeans-yield_5]
      foreach soybeans-sum_2 [y -> set soybeans-irrig_5 lput item 6 y soybeans-irrig_5]
      foreach soybeans-sum_2 [y -> set soybeans-yield_6 lput item 7 y soybeans-yield_6]
      foreach soybeans-sum_2 [y -> set soybeans-irrig_6 lput item 8 y soybeans-irrig_6]

    foreach milo-GCMs [x -> set milo-sum_2 lput item n x milo-sum_2]                                ;See above
      foreach milo-sum_2 [y -> set milo-yield_3 lput item 1 y milo-yield_3]
      foreach milo-sum_2 [y -> set milo-irrig_3 lput item 2 y milo-irrig_3]
      foreach milo-sum_2 [y -> set milo-yield_4 lput item 3 y milo-yield_4]
      foreach milo-sum_2 [y -> set milo-irrig_4 lput item 4 y milo-irrig_4]
      foreach milo-sum_2 [y -> set milo-yield_5 lput item 5 y milo-yield_5]
      foreach milo-sum_2 [y -> set milo-irrig_5 lput item 6 y milo-irrig_5]
      foreach milo-sum_2 [y -> set milo-yield_6 lput item 7 y milo-yield_6]
      foreach milo-sum_2 [y -> set milo-irrig_6 lput item 8 y milo-irrig_6]

      if length precip_RCP8.5 != 81 [set precip_RCP8.5 []]
      if length corn-yield_3 != 81 [set corn-yield_3 []]
      if length corn-irrig_3 != 81 [set corn-irrig_3 []]
      if length corn-yield_4 != 81 [set corn-yield_4 []]
      if length corn-irrig_4 != 81 [set corn-irrig_4 []]
      if length precip_RCP4.5 != 81 [set precip_RCP4.5 []]
      if length corn-yield_5 != 81 [set corn-yield_5 []]
      if length corn-irrig_5 != 81 [set corn-irrig_5 []]
      if length corn-yield_6 != 81 [set corn-yield_6 []]
      if length corn-irrig_6 != 81 [set corn-irrig_6 []]

      if length wheat-yield_3 != 81 [set wheat-yield_3 []]
      if length wheat-irrig_3 != 81 [set wheat-irrig_3 []]
      if length wheat-yield_4 != 81 [set wheat-yield_4 []]
      if length wheat-irrig_4 != 81 [set wheat-irrig_4 []]
      if length wheat-yield_5 != 81 [set wheat-yield_5 []]
      if length wheat-irrig_5 != 81 [set wheat-irrig_5 []]
      if length wheat-yield_6 != 81 [set wheat-yield_6 []]
      if length wheat-irrig_6 != 81 [set wheat-irrig_6 []]

      if length soybeans-yield_3 != 81 [set soybeans-yield_3 []]
      if length soybeans-irrig_3 != 81 [set soybeans-irrig_3 []]
      if length soybeans-yield_4 != 81 [set soybeans-yield_4 []]
      if length soybeans-irrig_4 != 81 [set soybeans-irrig_4 []]
      if length soybeans-yield_5 != 81 [set soybeans-yield_5 []]
      if length soybeans-irrig_5 != 81 [set soybeans-irrig_5 []]
      if length soybeans-yield_6 != 81 [set soybeans-yield_6 []]
      if length soybeans-irrig_6 != 81 [set soybeans-irrig_6 []]

      if length milo-yield_3 != 81 [set milo-yield_3 []]
      if length milo-irrig_3 != 81 [set milo-irrig_3 []]
      if length milo-yield_4 != 81 [set milo-yield_4 []]
      if length milo-irrig_4 != 81 [set milo-irrig_4 []]
      if length milo-yield_5 != 81 [set milo-yield_5 []]
      if length milo-irrig_5 != 81 [set milo-irrig_5 []]
      if length milo-yield_6 != 81 [set milo-yield_6 []]
      if length milo-irrig_6 != 81 [set milo-irrig_6 []]

    set n (n + 1)
  ]

  set corn-history corn-yield_1                                                                     ;Set historical production list for crop insurance calculation
  set wheat-history wheat-yield_1                                                                   ;Set historical production list for crop insurance calculation
  set soybeans-history soybeans-yield_1                                                             ;Set historical production list for crop insurance calculation
  set milo-history milo-yield_1                                                                     ;Set historical production list for crop insurance calculation

  let row 3
  while [row <= 28] [
    foreach all-expenses_raw [x -> let col (item 1 item row item 0 all-expenses_raw)
       set corn-costs-irrig-low lput col corn-costs-irrig-low]
    foreach all-expenses_raw [x -> let col (item 2 item row item 0 all-expenses_raw)
       set corn-costs-irrig-moderate lput col corn-costs-irrig-moderate]
    foreach all-expenses_raw [x -> let col (item 3 item row item 0 all-expenses_raw)
       set corn-costs-irrig-high lput col corn-costs-irrig-high]
    foreach all-expenses_raw [x -> let col (item 4 item row item 0 all-expenses_raw)
       set corn-costs-dry-low lput col corn-costs-dry-low]
    foreach all-expenses_raw [x -> let col (item 5 item row item 0 all-expenses_raw)
       set corn-costs-dry-moderate lput col corn-costs-dry-moderate]
    foreach all-expenses_raw [x -> let col (item 6 item row item 0 all-expenses_raw)
       set corn-costs-dry-high lput col corn-costs-dry-high]

    foreach all-expenses_raw [x -> let col (item 7 item row item 0 all-expenses_raw)
       set wheat-costs-irrig-low lput col wheat-costs-irrig-low]
    foreach all-expenses_raw [x -> let col (item 8 item row item 0 all-expenses_raw)
       set wheat-costs-irrig-moderate lput col wheat-costs-irrig-moderate]
    foreach all-expenses_raw [x -> let col (item 9 item row item 0 all-expenses_raw)
       set wheat-costs-irrig-high lput col wheat-costs-irrig-high]
    foreach all-expenses_raw [x -> let col (item 10 item row item 0 all-expenses_raw)
       set wheat-costs-dry-low lput col wheat-costs-dry-low]
    foreach all-expenses_raw [x -> let col (item 11 item row item 0 all-expenses_raw)
       set wheat-costs-dry-moderate lput col wheat-costs-dry-moderate]
    foreach all-expenses_raw [x -> let col (item 12 item row item 0 all-expenses_raw)
       set wheat-costs-dry-high lput col wheat-costs-dry-high]

    foreach all-expenses_raw [x -> let col (item 7 item row item 0 all-expenses_raw)
       set soybeans-costs-irrig-low lput col soybeans-costs-irrig-low]
    foreach all-expenses_raw [x -> let col (item 8 item row item 0 all-expenses_raw)
       set soybeans-costs-irrig-moderate lput col soybeans-costs-irrig-moderate]
    foreach all-expenses_raw [x -> let col (item 9 item row item 0 all-expenses_raw)
       set soybeans-costs-irrig-high lput col soybeans-costs-irrig-high]
    foreach all-expenses_raw [x -> let col (item 10 item row item 0 all-expenses_raw)
       set soybeans-costs-dry-low lput col soybeans-costs-dry-low]
    foreach all-expenses_raw [x -> let col (item 11 item row item 0 all-expenses_raw)
       set soybeans-costs-dry-moderate lput col soybeans-costs-dry-moderate]
    foreach all-expenses_raw [x -> let col (item 12 item row item 0 all-expenses_raw)
       set soybeans-costs-dry-high lput col soybeans-costs-dry-high]

    foreach all-expenses_raw [x -> let col (item 13 item row item 0 all-expenses_raw)
       set milo-costs-irrig-low lput col milo-costs-irrig-low]
    foreach all-expenses_raw [x -> let col (item 14 item row item 0 all-expenses_raw)
       set milo-costs-irrig-moderate lput col milo-costs-irrig-moderate]
    foreach all-expenses_raw [x -> let col (item 15 item row item 0 all-expenses_raw)
       set milo-costs-irrig-high lput col milo-costs-irrig-high]
    foreach all-expenses_raw [x -> let col (item 16 item row item 0 all-expenses_raw)
       set milo-costs-dry-low lput col milo-costs-dry-low]
    foreach all-expenses_raw [x -> let col (item 17 item row item 0 all-expenses_raw)
       set milo-costs-dry-moderate lput col milo-costs-dry-moderate]
    foreach all-expenses_raw [x -> let col (item 18 item row item 0 all-expenses_raw)
       set milo-costs-dry-high lput col milo-costs-dry-high]
  set row (row + 1)
  ]

  let cap-row 3
  while [cap-row <= 32] [
    foreach cap-depreciation [x -> let cap-col (item 1 item cap-row item 0 cap-depreciation)
      if cap-col != 0 [set cap-wind-%-depre lput cap-col cap-wind-%-depre]]
    foreach cap-depreciation [x -> let cap-col (item 2 item cap-row item 0 cap-depreciation)
      if cap-col != 0 [set cap-solar-%-depre lput cap-col cap-solar-%-depre]]

  set cap-row (cap-row + 1)
  ]

  set count-cap-wind length cap-wind-%-depre
  set count-cap-solar length cap-solar-%-depre
end 

to calculate-expenses_yield_1                                                                       ;Expenses for irrigated farming [ref: AgManager.info (K-State, 2020 report)]
  let k (ticks mod 10)
  if (item (item k yrs-seq) corn-yield_1) < 210 [set corn-expenses ((sum corn-costs-irrig-low) * Corn_area)]
  if (item (item k yrs-seq) corn-yield_1) >= 210 and (item (item k yrs-seq) corn-yield_1) <= 237.5 [set corn-expenses ((sum corn-costs-irrig-moderate) * Corn_area)]
  if (item (item k yrs-seq) corn-yield_1) > 237.5 [set corn-expenses ((sum corn-costs-irrig-high) * Corn_area)]

  if (item (item k yrs-seq) wheat-yield_1) < 62.5 [set wheat-expenses ((sum wheat-costs-irrig-low) * Wheat_area)]
  if (item (item k yrs-seq) wheat-yield_1) >= 62.5 and (item (item k yrs-seq) wheat-yield_1) <= 67.5 [set wheat-expenses ((sum wheat-costs-irrig-moderate) * Wheat_area)]
  if (item (item k yrs-seq) wheat-yield_1) > 67.5 [set wheat-expenses ((sum wheat-costs-irrig-high) * Wheat_area)]

  if (item (item k yrs-seq) soybeans-yield_1) < 58 [set soybeans-expenses ((sum soybeans-costs-irrig-low) * Soybeans_area)]
  if (item (item k yrs-seq) soybeans-yield_1) >= 58 and (item (item k yrs-seq) soybeans-yield_1) <= 64 [set soybeans-expenses ((sum soybeans-costs-irrig-moderate) * Soybeans_area)]
  if (item (item k yrs-seq) soybeans-yield_1) > 64 [set soybeans-expenses ((sum soybeans-costs-irrig-high) * Soybeans_area)]

  if (item (item k yrs-seq) milo-yield_1) < 150 [set milo-expenses ((sum milo-costs-irrig-low) * SG_area)]
  if (item (item k yrs-seq) milo-yield_1) >= 150 and (item (item k yrs-seq) milo-yield_1) <= 170 [set milo-expenses ((sum milo-costs-irrig-moderate) * SG_area)]
  if (item (item k yrs-seq) milo-yield_1) > 170 [set milo-expenses ((sum milo-costs-irrig-high) * SG_area)]
end 

to calculate-expenses_yield_2                                                                       ;Expenses for dryland farming [ref: AgManager.info (K-State, 2020 report)]
  let k (ticks mod 10)
  if (item (item k yrs-seq) corn-yield_2) < 66 [set corn-expenses ((sum corn-costs-dry-low) * Corn_area)]
  if (item (item k yrs-seq) corn-yield_2) >= 66 and (item (item k yrs-seq) corn-yield_2) <= 91 [set corn-expenses ((sum corn-costs-dry-moderate) * Corn_area)]
  if (item (item k yrs-seq) corn-yield_2) > 91 [set corn-expenses ((sum corn-costs-dry-high) * Corn_area)]

  if (item (item k yrs-seq) wheat-yield_2) < 37.5 [set wheat-expenses ((sum wheat-costs-dry-low) * Wheat_area)]
  if (item (item k yrs-seq) wheat-yield_2) >= 37.5 and (item (item k yrs-seq) wheat-yield_2) <= 46.5 [set wheat-expenses ((sum wheat-costs-dry-moderate) * Wheat_area)]
  if (item (item k yrs-seq) wheat-yield_2) > 46.5 [set wheat-expenses ((sum wheat-costs-dry-high) * Wheat_area)]

  if (item (item k yrs-seq) soybeans-yield_2) < 22.5 [set soybeans-expenses ((sum soybeans-costs-dry-low) * Soybeans_area)]
  if (item (item k yrs-seq) soybeans-yield_2) >= 22.5 and (item (item k yrs-seq) soybeans-yield_2) <= 27.5 [set soybeans-expenses ((sum soybeans-costs-dry-moderate) * Soybeans_area)]
  if (item (item k yrs-seq) soybeans-yield_2) > 27.5 [set soybeans-expenses ((sum soybeans-costs-dry-high) * Soybeans_area)]

  if (item (item k yrs-seq) milo-yield_2) < 68 [set milo-expenses ((sum milo-costs-dry-low) * SG_area)]
  if (item (item k yrs-seq) milo-yield_2) >= 68 and (item (item k yrs-seq) milo-yield_2) <= 93 [set milo-expenses ((sum milo-costs-dry-moderate) * SG_area)]
  if (item (item k yrs-seq) milo-yield_2) > 93 [set milo-expenses ((sum milo-costs-dry-high) * SG_area)]
end 

to calculate-expenses_yield_3                                                                       ;Expenses for irrigated farming (using GCMs data) [ref: AgManager.info]
  let k (ticks - 10)
  if (item k corn-yield_3) < 210 [set corn-expenses ((sum corn-costs-irrig-low) * Corn_area)]
  if (item k corn-yield_3) >= 210 and (item k corn-yield_3) <= 237.5 [set corn-expenses ((sum corn-costs-irrig-moderate) * Corn_area)]
  if (item k corn-yield_3) > 237.5 [set corn-expenses ((sum corn-costs-irrig-high) * Corn_area)]

  if (item k wheat-yield_3) < 62.5 [set wheat-expenses ((sum wheat-costs-irrig-low) * Wheat_area)]
  if (item k wheat-yield_3) >= 62.5 and (item k wheat-yield_3) <= 67.5 [set wheat-expenses ((sum wheat-costs-irrig-moderate) * Wheat_area)]
  if (item k wheat-yield_3) > 67.5 [set wheat-expenses ((sum wheat-costs-irrig-high) * Wheat_area)]

  if (item k soybeans-yield_3) < 58 [set soybeans-expenses ((sum soybeans-costs-irrig-low) * Soybeans_area)]
  if (item k soybeans-yield_3) >= 58 and (item k soybeans-yield_3) <= 64 [set soybeans-expenses ((sum soybeans-costs-irrig-moderate) * Soybeans_area)]
  if (item k soybeans-yield_3) > 64 [set soybeans-expenses ((sum soybeans-costs-irrig-high) * Soybeans_area)]

  if (item k milo-yield_3) < 150 [set milo-expenses ((sum milo-costs-irrig-low) * SG_area)]
  if (item k milo-yield_3) >= 150 and (item k milo-yield_3) <= 170 [set milo-expenses ((sum milo-costs-irrig-moderate) * SG_area)]
  if (item k milo-yield_3) > 170 [set milo-expenses ((sum milo-costs-irrig-high) * SG_area)]
end 

to calculate-expenses_yield_4                                                                       ;Expenses for dryland farming (using GCMs data) [ref: AgManager.info]
  let k (ticks - 10)
  if (item k corn-yield_4) < 66 [set corn-expenses ((sum corn-costs-dry-low) * Corn_area)]
  if (item k corn-yield_4) >= 66 and (item k corn-yield_4) <= 91 [set corn-expenses ((sum corn-costs-dry-moderate) * Corn_area)]
  if (item k corn-yield_4) > 91 [set corn-expenses ((sum corn-costs-dry-high) * Corn_area)]

  if (item k wheat-yield_4) < 37.5 [set wheat-expenses ((sum wheat-costs-dry-low) * Wheat_area)]
  if (item k wheat-yield_4) >= 37.5 and (item k wheat-yield_4) <= 46.5 [set wheat-expenses ((sum wheat-costs-dry-moderate) * Wheat_area)]
  if (item k wheat-yield_4) > 46.5 [set wheat-expenses ((sum wheat-costs-dry-high) * Wheat_area)]

  if (item k soybeans-yield_4) < 22.5 [set soybeans-expenses ((sum soybeans-costs-dry-low) * Soybeans_area)]
  if (item k soybeans-yield_4) >= 22.5 and (item k soybeans-yield_4) <= 27.5 [set soybeans-expenses ((sum soybeans-costs-dry-moderate) * Soybeans_area)]
  if (item k soybeans-yield_4) > 27.5 [set soybeans-expenses ((sum soybeans-costs-dry-high) * Soybeans_area)]

  if (item k milo-yield_4) < 68 [set milo-expenses ((sum milo-costs-dry-low) * SG_area)]
  if (item k milo-yield_4) >= 68 and (item k milo-yield_4) <= 93 [set milo-expenses ((sum milo-costs-dry-moderate) * SG_area)]
  if (item k milo-yield_4) > 93 [set milo-expenses ((sum milo-costs-dry-high) * SG_area)]
end 

to calculate-expenses_yield_5                                                                       ;Expenses for irrigated farming (using GCMs data) [ref: AgManager.info]
  let k (ticks - 10)
  if (item k corn-yield_5) < 210 [set corn-expenses ((sum corn-costs-irrig-low) * Corn_area)]
  if (item k corn-yield_5) >= 210 and (item k corn-yield_5) <= 237.5 [set corn-expenses ((sum corn-costs-irrig-moderate) * Corn_area)]
  if (item k corn-yield_5) > 237.5 [set corn-expenses ((sum corn-costs-irrig-high) * Corn_area)]

  if (item k wheat-yield_5) < 62.5 [set wheat-expenses ((sum wheat-costs-irrig-low) * Wheat_area)]
  if (item k wheat-yield_5) >= 62.5 and (item k wheat-yield_5) <= 67.5 [set wheat-expenses ((sum wheat-costs-irrig-moderate) * Wheat_area)]
  if (item k wheat-yield_5) > 67.5 [set wheat-expenses ((sum wheat-costs-irrig-high) * Wheat_area)]

  if (item k soybeans-yield_5) < 58 [set soybeans-expenses ((sum soybeans-costs-irrig-low) * Soybeans_area)]
  if (item k soybeans-yield_5) >= 58 and (item k soybeans-yield_5) <= 64 [set soybeans-expenses ((sum soybeans-costs-irrig-moderate) * Soybeans_area)]
  if (item k soybeans-yield_5) > 64 [set soybeans-expenses ((sum soybeans-costs-irrig-high) * Soybeans_area)]

  if (item k milo-yield_5) < 150 [set milo-expenses ((sum milo-costs-irrig-low) * SG_area)]
  if (item k milo-yield_5) >= 150 and (item k milo-yield_5) <= 170 [set milo-expenses ((sum milo-costs-irrig-moderate) * SG_area)]
  if (item k milo-yield_5) > 170 [set milo-expenses ((sum milo-costs-irrig-high) * SG_area)]
end 

to calculate-expenses_yield_6                                                                       ;Expenses for dryland farming (using GCMs data) [ref: AgManager.info]
  let k (ticks - 10)
  if (item k corn-yield_6) < 66 [set corn-expenses ((sum corn-costs-dry-low) * Corn_area)]
  if (item k corn-yield_6) >= 66 and (item k corn-yield_6) <= 91 [set corn-expenses ((sum corn-costs-dry-moderate) * Corn_area)]
  if (item k corn-yield_6) > 91 [set corn-expenses ((sum corn-costs-dry-high) * Corn_area)]

  if (item k wheat-yield_6) < 37.5 [set wheat-expenses ((sum wheat-costs-dry-low) * Wheat_area)]
  if (item k wheat-yield_6) >= 37.5 and (item k wheat-yield_6) <= 46.5 [set wheat-expenses ((sum wheat-costs-dry-moderate) * Wheat_area)]
  if (item k wheat-yield_6) > 46.5 [set wheat-expenses ((sum wheat-costs-dry-high) * Wheat_area)]

  if (item k soybeans-yield_6) < 22.5 [set soybeans-expenses ((sum soybeans-costs-dry-low) * Soybeans_area)]
  if (item k soybeans-yield_6) >= 22.5 and (item k soybeans-yield_6) <= 27.5 [set soybeans-expenses ((sum soybeans-costs-dry-moderate) * Soybeans_area)]
  if (item k soybeans-yield_6) > 27.5 [set soybeans-expenses ((sum soybeans-costs-dry-high) * Soybeans_area)]

  if (item k milo-yield_6) < 68 [set milo-expenses ((sum milo-costs-dry-low) * SG_area)]
  if (item k milo-yield_6) >= 68 and (item k milo-yield_6) <= 93 [set milo-expenses ((sum milo-costs-dry-moderate) * SG_area)]
  if (item k milo-yield_6) > 93 [set milo-expenses ((sum milo-costs-dry-high) * SG_area)]
end 

to calculate-insurance
  if Corn_area > 0 [
  set corn-claimed "NO"                                                                             ;Default = "NO"
  ifelse corn-tot-yield > corn-yield-guarantee                                                      ;Apply crop insurance?
    [set corn-tot-income corn-tot-income
     ask patch 13 -35 [
      set plabel " "]]
    [set corn-yield-deficiency (corn-yield-guarantee - corn-tot-yield)                              ;Calculate yield deficiency
     ifelse corn-tot-income > corn-income-guarantee                                                 ;If current yield > guarantee yield
      [set corn-tot-income corn-tot-income]                                                         ;FEWCalc does not apply crop insurance.
      [set corn-claimed "YES"                                                                       ;Else: Apply crop insurance
       set corn-ins-claimed (corn-income-guarantee - corn-tot-income)                               ;Calculate indemnity paid
       set corn-tot-income corn-tot-income + (corn-yield-deficiency * corn-price-FM * Corn_area)    ;Calculate annual income

       ask patch 13 -35 [
       set plabel "Ins. Claim"                                                                      ;Print "Ins. Claim"
       set plabel-color red
       ]
      ]
    ]
  ]

  if Wheat_area > 0 [
  set wheat-claimed "NO"                                                                            ;Default = "NO"
  ifelse wheat-tot-yield > wheat-yield-guarantee                                                    ;Apply crop insurance?
    [set wheat-tot-income wheat-tot-income
     ask patch -5 56 [
      set plabel " "]]
    [set wheat-yield-deficiency (wheat-yield-guarantee - wheat-tot-yield)                           ;Calculate yield deficiency
     ifelse wheat-tot-income > wheat-income-guarantee                                               ;If current yield > guarantee yield
      [set wheat-tot-income wheat-tot-income]                                                       ;FEWCalc does not apply crop insurance.
      [set wheat-claimed "YES"                                                                      ;Else: Apply crop insurance
       set wheat-ins-claimed (wheat-income-guarantee - wheat-tot-income)                            ;Calculate indemnity paid
       set wheat-tot-income wheat-tot-income + (wheat-yield-deficiency * wheat-price-FM * Wheat_area) ;Calculate annual income

       ask patch -5 56 [
       set plabel "Ins. Claim"                                                                      ;Print "Ins. Claim"
       set plabel-color red
       ]
      ]
    ]
  ]

  if Soybeans_area > 0 [
  set soybeans-claimed "NO"                                                                         ;Default = "NO"
  ifelse soybeans-tot-yield > soybeans-yield-guarantee                                              ;Apply crop insurance?
    [set soybeans-tot-income soybeans-tot-income
     ask patch -37 -79 [
      set plabel " "]]
    [set soybeans-yield-deficiency (soybeans-yield-guarantee - soybeans-tot-yield)                  ;Calculate yield deficiency
     ifelse soybeans-tot-income > soybeans-income-guarantee                                         ;If current yield > guarantee yield
      [set soybeans-tot-income soybeans-tot-income]                                                 ;FEWCalc does not apply crop insurance.
      [set soybeans-claimed "YES"                                                                   ;Else: Apply crop insurance
       set soybeans-ins-claimed (soybeans-income-guarantee - soybeans-tot-income)                   ;Calculate indemnity paid
       set soybeans-tot-income soybeans-tot-income + (soybeans-yield-deficiency * soybeans-price-FM * Soybeans_area) ;Calculate annual income

       ask patch -37 -79 [
       set plabel "Ins. Claim"                                                                      ;Print "Ins. Claim"
       set plabel-color red
       ]
      ]
    ]
  ]

  if SG_area > 0 [
  set milo-claimed "NO"                                                                             ;Default = "NO"
  ifelse milo-tot-yield > milo-yield-guarantee                                                      ;Apply crop insurance?
    [set milo-tot-income milo-tot-income
     ask patch -37 -21 [
      set plabel " "]]
    [set milo-yield-deficiency (milo-yield-guarantee - milo-tot-yield)                              ;Calculate yield deficiency
     ifelse milo-tot-income > milo-income-guarantee                                                 ;If current yield > guarantee yield
      [set milo-tot-income milo-tot-income]                                                         ;FEWCalc does not apply crop insurance.
      [set milo-claimed "YES"                                                                       ;Else: Apply crop insurance
       set milo-ins-claimed (milo-income-guarantee - milo-tot-income)                               ;Calculate indemnity paid
       set milo-tot-income milo-tot-income + (milo-yield-deficiency * milo-price-FM * SG_area)      ;Calculate annual income

       ask patch -37 -21 [
       set plabel "Ins. Claim"                                                                      ;Print "Ins. Claim"
       set plabel-color red
       ]
      ]
    ]
  ]
end 

to calculate-net-income                                                                             ;Calculate farm net income
  set corn-net-income (corn-tot-income - corn-expenses)
  set wheat-net-income (wheat-tot-income - wheat-expenses)
  set soybeans-net-income (soybeans-tot-income - soybeans-expenses)
  set milo-net-income (milo-tot-income - milo-expenses)
end 

to future_processes
if Future_Process = "Repeat Historical"                                                             ;Repeat historical scenario
   [ifelse ticks <= 9                                                                               ;First 10 year data based on history
     [food-calculation_1-1
      energy-calculation
      gw-depletion_1]

     [ifelse current-elev > level-60                                                                ;Irrigated farming
       [food-calculation_1-2
        energy-calculation
        gw-depletion_1]

       [ifelse current-elev > level-low and dryland-check? = 1                                      ;Irrigated farming
         [food-calculation_1-2
          energy-calculation
          gw-depletion_1]

            [dryland-farming_1                                                                      ;Dryland farming
             gw-depletion_dryland
             energy-calculation
             set dryland-check? 0
             if current-elev > level-60 [set dryland-check? 1]]
       ]
     ]
  ]

  if Future_Process = "Wetter Future"                                                               ;Wetter years scenario
   [ifelse ticks <= 9                                                                               ;First 10 year data based on history
     [food-calculation_1-1
      energy-calculation
      gw-depletion_1]

     [ifelse current-elev > level-60                                                                ;Irrigated farming
       [food-calculation_2
        energy-calculation
        gw-depletion_2]

       [ifelse current-elev > level-low and dryland-check? = 1                                      ;Irrigated farming
         [food-calculation_2
          energy-calculation
          gw-depletion_2]

            [dryland-farming_2                                                                      ;Dryland farming
             gw-depletion_dryland
             energy-calculation
             set dryland-check? 0
             if current-elev > level-60 [set dryland-check? 1]]
       ]
     ]
  ]

  if Future_Process = "Dryer Future"                                                                ;Dryer years scenario
   [ifelse ticks <= 9                                                                               ;First 10 year data based on history
     [food-calculation_1-1
      energy-calculation
      gw-depletion_1]

     [ifelse current-elev > level-60                                                                ;Irrigated farming
       [food-calculation_3
        energy-calculation
        gw-depletion_3]

       [ifelse current-elev > level-low and dryland-check? = 1                                      ;Irrigated farming
         [food-calculation_3
          energy-calculation
          gw-depletion_3]

            [dryland-farming_3                                                                      ;Dryland farming
             gw-depletion_dryland
             energy-calculation
             set dryland-check? 0
             if current-elev > level-60 [set dryland-check? 1]]
       ]
     ]
  ]

  if Future_Process = "GCM" and Climate_Model = "RCP8.5"                       ;Climate projection scenario
   [ifelse ticks <= 9                                                                               ;First 10 year data based on history
     [food-calculation_1-1
      energy-calculation
      gw-depletion_1]

     [ifelse current-elev > level-60                                                                ;Irrigated farming
       [food-calculation_4
        energy-calculation
        gw-depletion_4]

       [ifelse current-elev > level-low and dryland-check? = 1                                      ;Irrigated farming
         [food-calculation_4
          energy-calculation
          gw-depletion_4]

            [dryland-farming_4                                                                      ;Dryland farming
             gw-depletion_dryland
             energy-calculation
             set dryland-check? 0
             if current-elev > level-60 [set dryland-check? 1]]
       ]
     ]
  ]

  if Future_Process = "GCM" and Climate_Model = "RCP4.5"                       ;Climate projection scenario
   [ifelse ticks <= 9                                                                               ;First 10 year data based on history
     [food-calculation_1-1
      energy-calculation
      gw-depletion_1]

     [ifelse current-elev > level-60                                                                ;Irrigated farming
       [food-calculation_5
        energy-calculation
        gw-depletion_5]

       [ifelse current-elev > level-low and dryland-check? = 1                                      ;Irrigated farming
         [food-calculation_5
          energy-calculation
          gw-depletion_5]

            [dryland-farming_5                                                                      ;Dryalnd farming
             gw-depletion_dryland
             energy-calculation
             set dryland-check? 0
             if current-elev > level-60 [set dryland-check? 1]]
       ]
     ]
  ]
end 

to check-area                                                                                       ;Set all variables to zero if a crop area is zero

  if Corn_area = 0 [
    set corn-yield_1 (n-values 10 [0])
    set corn-irrig_1 (n-values 10 [0])
    set corn-yield_2 (n-values 10 [0])
    set corn-irrig_2 (n-values 10 [0])
    set corn-yield_3 (n-values 81 [0])
    set corn-irrig_3 (n-values 81 [0])
    set corn-yield_4 (n-values 81 [0])
    set corn-irrig_4 (n-values 81 [0])
    set corn-yield_5 (n-values 81 [0])
    set corn-irrig_5 (n-values 81 [0])
    set corn-yield_6 (n-values 81 [0])
    set corn-irrig_6 (n-values 81 [0])
    set corn-N-app (n-values 10 [0])
  ]

  if Wheat_area = 0 [
    set wheat-yield_1 (n-values 10 [0])
    set wheat-irrig_1 (n-values 10 [0])
    set wheat-yield_2 (n-values 10 [0])
    set wheat-irrig_2 (n-values 10 [0])
    set wheat-yield_3 (n-values 81 [0])
    set wheat-irrig_3 (n-values 81 [0])
    set wheat-yield_4 (n-values 81 [0])
    set wheat-irrig_4 (n-values 81 [0])
    set wheat-yield_5 (n-values 81 [0])
    set wheat-irrig_5 (n-values 81 [0])
    set wheat-yield_6 (n-values 81 [0])
    set wheat-irrig_6 (n-values 81 [0])
    set wheat-N-app (n-values 10 [0])
  ]

  if Soybeans_area = 0 [
    set soybeans-yield_1 (n-values 10 [0])
    set soybeans-irrig_1 (n-values 10 [0])
    set soybeans-yield_2 (n-values 10 [0])
    set soybeans-irrig_2 (n-values 10 [0])
    set soybeans-yield_3 (n-values 81 [0])
    set soybeans-irrig_3 (n-values 81 [0])
    set soybeans-yield_4 (n-values 81 [0])
    set soybeans-irrig_4 (n-values 81 [0])
    set soybeans-yield_5 (n-values 81 [0])
    set soybeans-irrig_5 (n-values 81 [0])
    set soybeans-yield_6 (n-values 81 [0])
    set soybeans-irrig_6 (n-values 81 [0])
    set soybeans-N-app (n-values 10 [0])
  ]

  if SG_area = 0 [
    set milo-yield_1 (n-values 10 [0])
    set milo-irrig_1 (n-values 10 [0])
    set milo-yield_2 (n-values 10 [0])
    set milo-irrig_2 (n-values 10 [0])
    set milo-yield_3 (n-values 81 [0])
    set milo-irrig_3 (n-values 81 [0])
    set milo-yield_4 (n-values 81 [0])
    set milo-irrig_4 (n-values 81 [0])
    set milo-yield_5 (n-values 81 [0])
    set milo-irrig_5 (n-values 81 [0])
    set milo-yield_6 (n-values 81 [0])
    set milo-irrig_6 (n-values 81 [0])
    set milo-N-app (n-values 10 [0])
  ]
end 

;Agricultural part

to food-calculation_1-1                                                                             ;Crop calculation during a base period
  set yrs-seq [0 1 2 3 4 5 6 7 8 9]                                                                 ;Set yrs-seq: 0 = 2008, 1 = 2009, ... , 9 = 2017
  let n (ticks)                                                                                     ;Set a temp variable

  set corn-tot-income (item n corn-yield_1 * item n corn-price * Corn_area)                         ;Calculate ag net income
  set wheat-tot-income (item n wheat-yield_1 * item n wheat-price * Wheat_area)
  set soybeans-tot-income (item n soybeans-yield_1 * item n soybeans-price * Soybeans_area)
  set milo-tot-income (item n milo-yield_1 * item n milo-price * SG_area)

  set corn-tot-yield (item n corn-yield_1)                                                          ;Set (import) yield from csv file (variable)
  set wheat-tot-yield (item n wheat-yield_1)
  set soybeans-tot-yield (item n soybeans-yield_1)
  set milo-tot-yield (item n milo-yield_1)

  calculate-expenses_yield_1                                                                        ;See "to calculate-expenses_yield_1"
  calculate-net-income                                                                              ;See "to calculate-net-income"
end 

to food-calculation_1-2                                                                             ;Repeat historical data successively after 10 year simulation
  set yrs-seq [0 1 2 3 4 5 6 7 8 9]
  let n (ticks)

  set corn-tot-yield (item (n mod 10) corn-yield_1)                                                 ;Each tick, corn yield will be accessed from a "corn-yield_1" list
  set wheat-tot-yield (item (n mod 10) wheat-yield_1)                                               ;Each tick, wheat yield will be accessed from a "wheat-yield_1" list
  set soybeans-tot-yield (item (n mod 10) soybeans-yield_1)                                         ;Each tick, soybeans yield will be accessed from a "soybeans-yield_1" list
  set milo-tot-yield (item (n mod 10) milo-yield_1)                                                 ;Each tick, milo yield will be accessed from a "milo-yield_1" list

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate income guarantee
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  set corn-tot-income (item (n mod 10) corn-yield_1 * item (n mod 10) corn-price * Corn_area)       ;Calculate farm gross income
  set wheat-tot-income (item (n mod 10) wheat-yield_1 * item (n mod 10) wheat-price * Wheat_area)
  set soybeans-tot-income (item (n mod 10) soybeans-yield_1 * item (n mod 10) soybeans-price * Soybeans_area)
  set milo-tot-income (item (n mod 10) milo-yield_1 * item (n mod 10) milo-price * SG_area)

  calculate-expenses_yield_1                                                                        ;See "to calculate-expenses_yield_1"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"
end 

to food-calculation_2                                                                               ;Randomly choose wet year
  if (ticks mod 10) = 0                                                                             ;Shuffle yrs-seq every 10 years
  [set yrs-seq [0 7 7 7 7 0 6 7 8 9]                                                                ;List of wetter years. Year 7, 8, 9 are wet years; year 0, 6 are normal years.
   set yrs-seq shuffle yrs-seq]                                                                     ;Shuffle command

  let n (ticks mod 10)

  set corn-tot-yield (item (item n yrs-seq) corn-yield_1)                                           ;Each tick, corn yield will be accessed from a "corn-yield_1" list
  set wheat-tot-yield (item (item n yrs-seq) wheat-yield_1)                                         ;Each tick, wheat yield will be accessed from a "wheat-yield_1" list
  set soybeans-tot-yield (item (item n yrs-seq) soybeans-yield_1)                                   ;Each tick, soybeans yield will be accessed from a "soybeans-yield_1" list
  set milo-tot-yield (item (item n yrs-seq) milo-yield_1)                                           ;Each tick, milo yield will be accessed from a "milo-yield_1" list

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate guarantee growth crop income
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  set corn-tot-income (item (item n yrs-seq) corn-yield_1 * (item (item n yrs-seq) corn-price) * Corn_area)          ;Calculate farm gross income
  set wheat-tot-income (item (item n yrs-seq) wheat-yield_1 * (one-of wheat-price) * Wheat_area)
  set soybeans-tot-income (item (item n yrs-seq) soybeans-yield_1 * (item (item n yrs-seq) soybeans-price) * Soybeans_area)
  set milo-tot-income (item (item n yrs-seq) milo-yield_1 * (one-of milo-price) * SG_area)

  calculate-expenses_yield_1                                                                        ;See "to calculate-expenses_yield_1"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"
end 

to food-calculation_3                                                                               ;Randomly choose dry year
  if (ticks mod 10) = 0                                                                             ;Shuffle yrs-seq every 10 years
  [set yrs-seq [0 0 4 3 4 5 7 4 4 4]                                                                ;List of dryer years
   set yrs-seq shuffle yrs-seq]                                                                     ;Shuffle command

  let n (ticks mod 10)

  set corn-tot-yield (item (item n yrs-seq) corn-yield_1)                                           ;Each tick, corn yield will be accessed from a "corn-yield_1" list
  set wheat-tot-yield (item (item n yrs-seq) wheat-yield_1)                                         ;Each tick, wheat yield will be accessed from a "wheat-yield_1" list
  set soybeans-tot-yield (item (item n yrs-seq) soybeans-yield_1)                                   ;Each tick, soybeans yield will be accessed from a "soybeans-yield_1" list
  set milo-tot-yield (item (item n yrs-seq) milo-yield_1)                                           ;Each tick, milo yield will be accessed from a "milo-yield_1" list

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate guarantee growth crop income
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  set corn-tot-income (item (item n yrs-seq) corn-yield_1 * (item (item n yrs-seq) corn-price) * Corn_area)          ;Calculate farm gross income
  set wheat-tot-income (item (item n yrs-seq) wheat-yield_1 * (one-of wheat-price) * Wheat_area)
  set soybeans-tot-income (item (item n yrs-seq) soybeans-yield_1 * (item (item n yrs-seq) soybeans-price) * Soybeans_area)
  set milo-tot-income (item (item n yrs-seq) milo-yield_1 * (one-of milo-price) * SG_area)

  calculate-expenses_yield_1                                                                        ;See "to calculate-expenses_yield_1"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"
end 

to tot-income-for-GCM4.5                                                                            ;Crop price varies based on weather
  let m (ticks - 10)
  ifelse (item m precip_RCP4.5) < 17 [                                                              ;Calculate farm gross income for dry years
    set corn-tot-income (corn-tot-yield * (item (one-of [3 4 5]) corn-price) * Corn_area)           ;items 3, 4, and 5 represent dry years
    set wheat-tot-income (wheat-tot-yield * (one-of wheat-price) * Wheat_area)                      ;wheat applies a random number of crop price
    set soybeans-tot-income (soybeans-tot-yield * (item (one-of [3 4 5]) soybeans-price) * Soybeans_area)
    set milo-tot-income (milo-tot-yield * (one-of milo-price) * SG_area)]

    [ifelse (item m precip_RCP4.5) >= 17 and (item m precip_RCP4.5) < 20 [                          ;Calculate farm gross income for moderate years
     set corn-tot-income (corn-tot-yield * (item (one-of [0 1 2 6]) corn-price) * Corn_area)        ;items 0, 1, 2, and 6 represent moderate years
     set wheat-tot-income (wheat-tot-yield * (one-of wheat-price) * Wheat_area)
     set soybeans-tot-income (soybeans-tot-yield * (item (one-of [0 1 2 6]) soybeans-price) * Soybeans_area)
     set milo-tot-income (milo-tot-yield * (one-of milo-price) * SG_area)]

     [set corn-tot-income (corn-tot-yield * (item (one-of [7 8 9]) corn-price) * Corn_area)         ;Calculate farm gross income for wet years
      set wheat-tot-income (wheat-tot-yield * (one-of wheat-price) * Wheat_area)                    ;items 7, 8, and 9 represent wet years
      set soybeans-tot-income (soybeans-tot-yield * (item (one-of [7 8 9]) soybeans-price) * Soybeans_area)
      set milo-tot-income (milo-tot-yield * (one-of milo-price) * SG_area)]
    ]
end 

to tot-income-for-GCM8.5                                                                            ;Crop price varies based on weather
  let m (ticks - 10)
  ifelse (item m precip_RCP8.5) < 17 [                                                              ;Calculate farm gross income for dry years
    set corn-tot-income (corn-tot-yield * (item (one-of [3 4 5]) corn-price) * Corn_area)           ;items 3, 4, and 5 represent dry years
    set wheat-tot-income (wheat-tot-yield * (one-of wheat-price) * Wheat_area)                      ;wheat applies a random number of crop price
    set soybeans-tot-income (soybeans-tot-yield * (item (one-of [3 4 5]) soybeans-price) * Soybeans_area)
    set milo-tot-income (milo-tot-yield * (one-of milo-price) * SG_area)]

    [ifelse (item m precip_RCP8.5) >= 17 and (item m precip_RCP8.5) < 20 [                          ;Calculate farm gross income for moderate years
     set corn-tot-income (corn-tot-yield * (item (one-of [0 1 2 6]) corn-price) * Corn_area)        ;items 0, 1, 2, and 6 represent moderate years
     set wheat-tot-income (wheat-tot-yield * (one-of wheat-price) * Wheat_area)
     set soybeans-tot-income (soybeans-tot-yield * (item (one-of [0 1 2 6]) soybeans-price) * Soybeans_area)
     set milo-tot-income (milo-tot-yield * (one-of milo-price) * SG_area)]

     [set corn-tot-income (corn-tot-yield * (item (one-of [7 8 9]) corn-price) * Corn_area)         ;Calculate farm gross income for wet years
      set wheat-tot-income (wheat-tot-yield * (one-of wheat-price) * Wheat_area)                    ;items 7, 8, and 9 represent wet years
      set soybeans-tot-income (soybeans-tot-yield * (item (one-of [7 8 9]) soybeans-price) * Soybeans_area)
      set milo-tot-income (milo-tot-yield * (one-of milo-price) * SG_area)]
    ]
end 

to food-calculation_4                                                                               ;Randomly choose data from GCMs RCP8.5
  ifelse ticks < 91
  [let m (ticks - 10)
   set corn-tot-yield (item m corn-yield_3)                                                         ;Access data from GCM8.5 list
   set wheat-tot-yield (item m wheat-yield_3)
   set soybeans-tot-yield (item m soybeans-yield_3)
   set milo-tot-yield (item m milo-yield_3)]
  [set corn-tot-yield (item GCM-random-year corn-yield_3)                                           ;For year after 2098 (using a random sequence)
   set wheat-tot-yield (item GCM-random-year wheat-yield_3)
   set soybeans-tot-yield (item GCM-random-year soybeans-yield_3)
   set milo-tot-yield (item GCM-random-year milo-yield_3)]

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate guarantee growth crop income
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  tot-income-for-GCM8.5

  calculate-expenses_yield_3                                                                        ;See "to calculate-expenses_yield_3"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"
end 

to food-calculation_5                                                                               ;Randomly choose data from GCMs RCP4.5
  ifelse ticks < 91
  [let m (ticks - 10)
   set corn-tot-yield (item m corn-yield_5)                                                         ;Access data from GCM4.5 list
   set wheat-tot-yield (item m wheat-yield_5)
   set soybeans-tot-yield (item m soybeans-yield_5)
   set milo-tot-yield (item m milo-yield_5)]
  [set corn-tot-yield (item GCM-random-year corn-yield_5)                                           ;For year after 2098 (using a random sequence)
   set wheat-tot-yield (item GCM-random-year wheat-yield_5)
   set soybeans-tot-yield (item GCM-random-year soybeans-yield_5)
   set milo-tot-yield (item GCM-random-year milo-yield_5)]

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate guarantee growth crop income
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  tot-income-for-GCM4.5

  calculate-expenses_yield_5                                                                        ;See "to calculate-expenses_yield_5"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"
end 

to dryland-farming_1
  let n (ticks)

  set corn-tot-yield (item (n mod 10) corn-yield_2)                                                 ;Each tick, corn yield will be accessed from a "corn-yield_2" list
  set wheat-tot-yield (item (n mod 10) wheat-yield_2)                                               ;Each tick, wheat yield will be accessed from a "wheat-yield_2" list
  set soybeans-tot-yield (item (n mod 10) soybeans-yield_2)                                         ;Each tick, soybeans yield will be accessed from a "soybeans-yield_2" list
  set milo-tot-yield (item (n mod 10) milo-yield_2)                                                 ;Each tick, milo yield will be accessed from a "milo-yield_2" list

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate guarantee growth crop income
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  set corn-tot-income (item (n mod 10) corn-yield_2 * item (n mod 10) corn-price * Corn_area)       ;Calculate farm gross income
  set wheat-tot-income (item (n mod 10) wheat-yield_2 * item (n mod 10) wheat-price * Wheat_area)
  set soybeans-tot-income (item (n mod 10) soybeans-yield_2 * item (n mod 10) soybeans-price * Soybeans_area)
  set milo-tot-income (item (n mod 10) milo-yield_2 * item (n mod 10) milo-price * SG_area)

  calculate-expenses_yield_2                                                                        ;See "to calculate-expenses_yield_2"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"

  let k ticks
  set corn-use-in item (k mod 10) corn-irrig_2                                                      ;Each tick, irrigation will be accessed from a "corn-irrig_2" list
  set wheat-use-in item (k mod 10) wheat-irrig_2                                                    ;Each tick, irrigation will be accessed from a "wheat-irrig_2" list
  set soybeans-use-in item (k mod 10) soybeans-irrig_2                                              ;Each tick, irrigation will be accessed from a "soybeans-irrig_2" list
  set milo-use-in item (k mod 10) milo-irrig_2                                                      ;Each tick, irrigation will be accessed from a "milo-irrig_2" list
end 

to dryland-farming_2
  if (ticks mod 10) = 0                                                                             ;Shuffle yrs-seq every 10 years
  [set yrs-seq [0 7 7 7 7 0 6 7 8 9]                                                                ;List of wetter years (must be the same seq as "food-calculation_2")
   set yrs-seq shuffle yrs-seq]                                                                     ;Shuffle command

  let n (ticks mod 10)

  set corn-tot-yield (item (item n yrs-seq) corn-yield_2)                                           ;Each tick, corn yield will be accessed from a "corn-yield_2" list
  set wheat-tot-yield (item (item n yrs-seq) wheat-yield_2)                                         ;Each tick, wheat yield will be accessed from a "wheat-yield_2" list
  set soybeans-tot-yield (item (item n yrs-seq) soybeans-yield_2)                                   ;Each tick, soybeans yield will be accessed from a "soybeans-yield_2" list
  set milo-tot-yield (item (item n yrs-seq) milo-yield_2)                                           ;Each tick, milo yield will be accessed from a "milo-yield_2" list

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate guarantee growth crop income
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  set corn-tot-income (item (item n yrs-seq) corn-yield_2 * (item (item n yrs-seq) corn-price) * Corn_area)          ;Calculate farm gross income
  set wheat-tot-income (item (item n yrs-seq) wheat-yield_2 * (one-of wheat-price) * Wheat_area)
  set soybeans-tot-income (item (item n yrs-seq) soybeans-yield_2 * (item (item n yrs-seq) soybeans-price) * Soybeans_area)
  set milo-tot-income (item (item n yrs-seq) milo-yield_2 * (one-of milo-price) * SG_area)

  calculate-expenses_yield_2                                                                        ;See "to calculate-expenses_yield_2"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"

  let k ticks
  set corn-use-in item (k mod 10) corn-irrig_2                                                      ;Each tick, irrigation will be accessed from a "corn-irrig_2" list
  set wheat-use-in item (k mod 10) wheat-irrig_2                                                    ;Each tick, irrigation will be accessed from a "wheat-irrig_2" list
  set soybeans-use-in item (k mod 10) soybeans-irrig_2                                              ;Each tick, irrigation will be accessed from a "soybeans-irrig_2" list
  set milo-use-in item (k mod 10) milo-irrig_2                                                      ;Each tick, irrigation will be accessed from a "milo-irrig_2" list
end 

to dryland-farming_3
  if (ticks mod 10) = 0                                                                             ;Shuffle yrs-seq every 10 years
  [set yrs-seq [0 0 4 3 4 5 7 4 4 4]                                                                ;List of dryer years (must be the same seq as "food-calculation_3")
   set yrs-seq shuffle yrs-seq]                                                                     ;Shuffle command

  let n (ticks mod 10)

  set corn-tot-yield (item (item n yrs-seq) corn-yield_2)                                           ;Each tick, corn yield will be accessed from a "corn-yield_2" list
  set wheat-tot-yield (item (item n yrs-seq) wheat-yield_2)                                         ;Each tick, wheat yield will be accessed from a "wheat-yield_2" list
  set soybeans-tot-yield (item (item n yrs-seq) soybeans-yield_2)                                   ;Each tick, soybeans yield will be accessed from a "soybeans-yield_2" list
  set milo-tot-yield (item (item n yrs-seq) milo-yield_2)                                           ;Each tick, milo yield will be accessed from a "milo-yield_2" list

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate guarantee growth crop income
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  set corn-tot-income (item (item n yrs-seq) corn-yield_2 * (item (item n yrs-seq) corn-price) * Corn_area)          ;Calculate farm gross income
  set wheat-tot-income (item (item n yrs-seq) wheat-yield_2 * (one-of wheat-price) * Wheat_area)
  set soybeans-tot-income (item (item n yrs-seq) soybeans-yield_2 * (item (item n yrs-seq) soybeans-price) * Soybeans_area)
  set milo-tot-income (item (item n yrs-seq) milo-yield_2 * (one-of milo-price) * SG_area)

  calculate-expenses_yield_2                                                                        ;See "to calculate-expenses_yield_2"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"

  let k ticks
  set corn-use-in item (k mod 10) corn-irrig_2                                                      ;Each tick, irrigation will be accessed from a "corn-irrig_2" list
  set wheat-use-in item (k mod 10) wheat-irrig_2                                                    ;Each tick, irrigation will be accessed from a "wheat-irrig_2" list
  set soybeans-use-in item (k mod 10) soybeans-irrig_2                                              ;Each tick, irrigation will be accessed from a "soybeans-irrig_2" list
  set milo-use-in item (k mod 10) milo-irrig_2                                                      ;Each tick, irrigation will be accessed from a "milo-irrig_2" list
end 

to dryland-farming_4
  ifelse ticks < 91
  [let m (ticks - 10)
   set corn-tot-yield (item m corn-yield_4)                                                         ;Access data from GCM8.5 list
   set wheat-tot-yield (item m wheat-yield_4)
   set soybeans-tot-yield (item m soybeans-yield_4)
   set milo-tot-yield (item m milo-yield_4)]
  [set corn-tot-yield (item GCM-random-year corn-yield_4)                                           ;For year after 2098 (using a random sequence)
   set wheat-tot-yield (item GCM-random-year wheat-yield_4)
   set soybeans-tot-yield (item GCM-random-year soybeans-yield_4)
   set milo-tot-yield (item GCM-random-year milo-yield_4)]

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate guarantee growth crop income
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  tot-income-for-GCM8.5

  calculate-expenses_yield_4                                                                        ;See "to calculate-expenses_yield_4"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"

  let k ticks
  set corn-use-in item (k mod 10) corn-irrig_4                                                      ;Each tick, irrigation will be accessed from a "corn-irrig_4" list
  set wheat-use-in item (k mod 10) wheat-irrig_4                                                    ;Each tick, irrigation will be accessed from a "wheat-irrig_4" list
  set soybeans-use-in item (k mod 10) soybeans-irrig_4                                              ;Each tick, irrigation will be accessed from a "soybeans-irrig_4" list
  set milo-use-in item (k mod 10) milo-irrig_4                                                      ;Each tick, irrigation will be accessed from a "milo-irrig_4" list
end 

to dryland-farming_5
  ifelse ticks < 91
  [let m (ticks - 10)
   set corn-tot-yield (item m corn-yield_6)                                                         ;Access data from GCM4.5 list
   set wheat-tot-yield (item m wheat-yield_6)
   set soybeans-tot-yield (item m soybeans-yield_6)
   set milo-tot-yield (item m milo-yield_6)]
  [set corn-tot-yield (item GCM-random-year corn-yield_6)                                           ;For year after 2098 (using a random sequence)
   set wheat-tot-yield (item GCM-random-year wheat-yield_6)
   set soybeans-tot-yield (item GCM-random-year soybeans-yield_6)
   set milo-tot-yield (item GCM-random-year milo-yield_6)]

  set corn-history lput corn-tot-yield but-first corn-history                                       ;Add the most recent yield in a "corn-history" list and remove the oldest one
  set wheat-history lput wheat-tot-yield but-first wheat-history                                    ;Add the most recent yield in a "wheat-history" list and remove the oldest one
  set soybeans-history lput soybeans-tot-yield but-first soybeans-history                           ;Add the most recent yield in a "soybeans-history" list and remove the oldest one
  set milo-history lput milo-tot-yield but-first milo-history                                       ;Add the most recent yield in a "milo-history" list and remove the oldest one

  set corn-mean-yield mean corn-history                                                             ;Average corn production for the last 10 years
  set wheat-mean-yield mean wheat-history                                                           ;Average wheat production for the last 10 years
  set soybeans-mean-yield mean soybeans-history                                                     ;Average soybeans production for the last 10 years
  set milo-mean-yield mean milo-history                                                             ;Average milo production for the last 10 years

  set corn-yield-guarantee (corn-mean-yield * corn-coverage)                                        ;Calculate yield guarantee
  set wheat-yield-guarantee (wheat-mean-yield * wheat-coverage)
  set soybeans-yield-guarantee (soybeans-mean-yield * soybeans-coverage)
  set milo-yield-guarantee (milo-mean-yield * milo-coverage)

  set corn-income-guarantee ((corn-yield-guarantee * corn-price-FM) * Corn_area)                    ;Calculate guarantee growth crop income
  set wheat-income-guarantee ((wheat-yield-guarantee * wheat-price-FM) * Wheat_area)
  set soybeans-income-guarantee ((soybeans-yield-guarantee * soybeans-price-FM) * Soybeans_area)
  set milo-income-guarantee ((milo-yield-guarantee * milo-price-FM) * SG_area)

  tot-income-for-GCM4.5

  calculate-expenses_yield_6                                                                        ;See "to calculate-expenses_yield_6"
  calculate-insurance                                                                               ;See "to calculate-insurance"
  calculate-net-income                                                                              ;See "to calculate-net-income"

  let k ticks
  set corn-use-in item (k mod 10) corn-irrig_6                                                      ;Each tick, irrigation will be accessed from a "corn-irrig_6" list
  set wheat-use-in item (k mod 10) wheat-irrig_6                                                    ;Each tick, irrigation will be accessed from a "wheat-irrig_6" list
  set soybeans-use-in item (k mod 10) soybeans-irrig_6                                              ;Each tick, irrigation will be accessed from a "soybeans-irrig_6" list
  set milo-use-in item (k mod 10) milo-irrig_6                                                      ;Each tick, irrigation will be accessed from a "milo-irrig_6" list
end 

to energy-calculation
  ;Bob Johnson (bobjohnson@centurylink.net), Earnie Lehman (earnielehman@gmail.com), and Hongyu Wu (hongyuwu@ksu.edu)

  ;;;;;;;;;;;;;;;;;;
  ;;Solar capacity;;
  ;;;;;;;;;;;;;;;;;;

  if count-solar-lifespan <= Nyear_S [
  ifelse count-solar-lifespan = 0 [                                                                 ;Year 1 without degradation rate -- Count 10 years (0 to 9). Because we set "count-solar-lifespan" = 0 at the beginning
    set solar-production_temp (#Solar_Panels * Capacity_S * Sun_hrs * 365 / 1000000)                ;MWh = power(Watt) * average peak sun hours * 365days/year / 1000000
    set solar-production solar-production_temp                                                      ;Set temp capacity
    set count-solar-lifespan (count-solar-lifespan + 1)]                                            ;Advance one year

   [set solar-production ((1 - (Degrade_S / 100)) * solar-production_temp)                          ;Else: year 2 to the end. Calculate capacity by applying a degradation rate
    set solar-production_temp (solar-production)                                                    ;Set temp variable
    set count-solar-lifespan (count-solar-lifespan + 1)                                             ;Advance one year
    if count-solar-lifespan = Nyear_S [set count-solar-lifespan 0]                                  ;Equipment is replaced
    ]
  ]

  ;;;;;;;;;;;;;;;;;
  ;;Wind capacity;;
  ;;;;;;;;;;;;;;;;;

  if count-wind-lifespan <= Nyear_W [
  ifelse count-wind-lifespan <= 9 [                                                                 ;First 10 years without degradation rate. Count 10 years (0 to 9). Because we set "count-wind-lifespan" = 0 at the beginning
    set wind-production_temp (#wind_turbines * Capacity_W * (wind_factor * 0.01) * 24 * 365)        ;MWh = power(MW) * Kansas_wind_Capacity_S * 24hrs/day * 365days/year, Capacity_S 42.1% (Berkeley Lab)
    set wind-production wind-production_temp                                                        ;Set temp capacity
    set count-wind-lifespan (count-wind-lifespan + 1)]                                              ;Advance one year

   [set wind-production ((1 - (Degrade_W / 100)) * wind-production_temp)                            ;Else: year 11 to the end. Calculate capacity by applying a degradation rate
    set wind-production_temp (wind-production)                                                      ;Set temp variable
    set count-wind-lifespan (count-wind-lifespan + 1)                                               ;Advance one year
    if count-wind-lifespan = Nyear_W [set count-wind-lifespan 0]                                    ;Equipment is replaced
    ]
  ]

  ;;;;;;;;;;;;;;
  ;;Solar cost;;
  ;;;;;;;;;;;;;;

  ;;; Depreciation ;;;

  ifelse (ticks mod Nyear_S) = 0
   [set count-depreciation_S 0
    if count-depreciation_S < count-cap-solar [
      set depreciation_S ((#Solar_Panels * (Capacity_S / 1000) * Cost_S) * cap-%-solar / 100 * cap-tax-rate / 100 * (item count-depreciation_S cap-solar-%-depre) / 100)
      set count-depreciation_S (count-depreciation_S + 1)
      print (word "Year 1: Depreciation_S = " depreciation_S)]
   ]

    [ifelse count-depreciation_S < count-cap-solar
      [set depreciation_S ((#Solar_Panels * (Capacity_S / 1000) * Cost_S) * cap-%-solar / 100 * cap-tax-rate / 100 * (item count-depreciation_S cap-solar-%-depre) / 100)
       set count-depreciation_S (count-depreciation_S + 1)
       print (word "Year " count-depreciation_S ": Depreciation_S = " depreciation_S)]

      [set depreciation_S 0
       set count-depreciation_S (count-depreciation_S + 1)
       print (word "Year " count-depreciation_S ": Depreciation_S = " depreciation_S)]
    ]

  ;;; Loan ;;;

  ifelse count_loan_term_s < term-loan_S
  [ifelse ticks mod Nyear_S = 0
  [set count_loan_term_s 1
   set balance_s (#Solar_Panels * (Capacity_S / 1000) * Cost_S) * (1 - ITC_S / 100)]
  [set count_loan_term_s (count_loan_term_s + 1)
   set balance_s balance_s - principal_s]

    set annual_payment_s (((#Solar_Panels * (Capacity_S / 1000) * Cost_S) * (1 - ITC_S / 100)) * interest-rate_S / (1 - (1 + interest-rate_S) ^ (-1 * term-loan_S)))
    set interest_s (balance_s * interest-rate_S)
    set principal_s (annual_payment_s - interest_s)
  ]

  [set annual_payment_s 0
   set interest_s 0
   set principal_s 0
   set balance_s 0
   set count_loan_term_s (count_loan_term_s + 1)
  ]

  if count_loan_term_s = Nyear_S [set count_loan_term_s 0]

  ifelse #Solar_Panels * (Capacity_S / 1000) < 0.01                                                 ;Calculate solar panel's capital costs for different scales (10kW = 0.01MW)
  [set solar-cost (annual_payment_s + (22 * #solar_panels * (Capacity_S / 1000)))]                  ;Residential
  [set solar-cost (annual_payment_s + (18 * #solar_panels * (Capacity_S / 1000)))]                  ;Commercial

  ;;;;;;;;;;;;;;;;
  ;;Solar income;;
  ;;;;;;;;;;;;;;;;

  if count-solar-lifespan-sell <= Nyear_S [
  ifelse count-solar-lifespan-sell <= 9 [                                                           ;First 10 years (PTC). Because we set "count-solar-lifespan-sell" = 0 at the beginning
     set solar-sell_temp (solar-production * Energy_value) + depreciation_S                         ;Calculate temp income
     set solar-sell solar-sell_temp                                                                 ;Set income
     set count-solar-lifespan-sell (count-solar-lifespan-sell + 1)]                                 ;Advance one year

    [set solar-sell_temp (solar-production * Energy_value) + depreciation_S                         ;Else: year 10 to the end. Calculate income without PTC.
     set solar-sell solar-sell_temp                                                                 ;Set income
     set count-solar-lifespan-sell (count-solar-lifespan-sell + 1)                                  ;Advance one year
     if count-solar-lifespan-sell = Nyear_S [set count-solar-lifespan-sell 0]                       ;Equipment is replaced
     ]
   ]

  ;;;;;;;;;;;;;
  ;;Wind cost;;
  ;;;;;;;;;;;;;

  ;;; Depreciation ;;;

  ifelse (ticks mod Nyear_W) = 0
   [set count-depreciation_W 0
    if count-depreciation_W < count-cap-wind [
      set depreciation_W (((Cost_W * 1000) * Capacity_W * #Wind_turbines) * cap-%-wind / 100 * cap-tax-rate / 100 * (item count-depreciation_W cap-wind-%-depre) / 100)
      set count-depreciation_W (count-depreciation_W + 1)
      print (word "Year 1: Depreciation_W = " depreciation_W)]
   ]

    [ifelse count-depreciation_W < count-cap-wind
      [set depreciation_W (((Cost_W * 1000) * Capacity_W * #Wind_turbines) * cap-%-wind / 100 * cap-tax-rate / 100 * (item count-depreciation_W cap-wind-%-depre) / 100)
       set count-depreciation_W (count-depreciation_W + 1)
       print (word "Year " count-depreciation_W ": Depreciation_W = " depreciation_W)]

      [set depreciation_W 0
       set count-depreciation_W (count-depreciation_W + 1)
       print (word "Year " count-depreciation_W ": Depreciation_W = " depreciation_W)]
    ]

  ;;; Loan ;;;

  ;Wind cost = $1470/kW + (O&M costs) * #wind_turbines, (ref. Berkeley Lab, Hongyu Wu)
  ;Operations and maintenance costs: $45,000/MW for turbine aged between 0 and 10 years, and $50,000/MW beyond 10 years

  ifelse count_loan_term_w < term-loan_W
  [ifelse ticks mod Nyear_W = 0
  [set count_loan_term_w 1
   set balance_w ((Cost_W * 1000) * Capacity_W * #Wind_turbines)]
  [set count_loan_term_w (count_loan_term_w + 1)
   set balance_w balance_w - principal_w]

    set annual_payment_w ((Cost_W * 1000) * Capacity_W * #Wind_turbines * interest-rate_W / (1 - (1 + interest-rate_W) ^ (-1 * term-loan_W)))
    set interest_w (balance_w * interest-rate_W)
    set principal_w (annual_payment_w - interest_w)
  ]

  [set annual_payment_w 0
   set interest_w 0
   set principal_w 0
   set balance_w 0
   set count_loan_term_w (count_loan_term_w + 1)]

  if count_loan_term_w = Nyear_W [set count_loan_term_w 0]

  if count-wind-lifespan-cost <= Nyear_W [
  ifelse count-wind-lifespan-cost <= 9 [                                                            ;First 10 years, O&M costs = $45/kW
    set wind-cost (annual_payment_w + (45000 * Capacity_W * #wind_turbines))
    set count-wind-lifespan-cost (count-wind-lifespan-cost + 1)                                     ;Advance one year
    ]

    [set wind-cost (annual_payment_w + (50000 * Capacity_W * #wind_turbines))                       ;Else: year 11 to the end. O&M costs = $50/kW
     set count-wind-lifespan-cost (count-wind-lifespan-cost + 1)                                    ;Advance one year
     if count-wind-lifespan-cost = Nyear_W [set count-wind-lifespan-cost 0]                         ;Equipment is replaced
    ]
  ]

  ;;;;;;;;;;;;;;;
  ;;Wind income;;
  ;;;;;;;;;;;;;;;

  if count-wind-lifespan-sell <= Nyear_W [
  ifelse count-wind-lifespan-sell <= 9 [                                                            ;First 10 years with PTC
     set wind-sell_temp (wind-production * (Energy_value + (100 * PTC_W))) + depreciation_W         ;Calculate temp wind income
     set wind-sell wind-sell_temp                                                                   ;Set wind income
     set count-wind-lifespan-sell (count-wind-lifespan-sell + 1)]                                   ;Advance one year

    [set wind-sell_temp (wind-production * Energy_value) + depreciation_W                           ;Else: year 11 to the end without PTC
     set wind-sell wind-sell_temp                                                                   ;Set wind income
     set count-wind-lifespan-sell (count-wind-lifespan-sell + 1)                                    ;Advance one year
     if count-wind-lifespan-sell = Nyear_W [set count-wind-lifespan-sell 0]                         ;Equipment is replaced
     ]
   ]

  set solar-net-income (solar-sell - solar-cost)                                                    ;Calculate solar net income
  set wind-net-income  (wind-sell - wind-cost)                                                      ;Calculate wind net income
  set energy-net-income (solar-net-income + wind-net-income)                                        ;Calculate energy net income
end 

to gw-depletion_1
  let k ticks                                                                                       ;Set a temporary variable
  print (word "Printing ticks count: " ticks)
  set corn-use-in item (k mod 10) corn-irrig_1                                                      ;Irrigation will be accessed from a "corn-irrig_1" list
  set wheat-use-in item (k mod 10) wheat-irrig_1                                                    ;Irrigation will be accessed from a "wheat-irrig_1" list
  set soybeans-use-in item (k mod 10) soybeans-irrig_1                                              ;Irrigation will be accessed from a "soybeans-irrig_1" list
  set milo-use-in item (k mod 10) milo-irrig_1                                                      ;Irrigation will be accessed from a "milo-irrig_1" list

  ;Normalize water use
  set water-use-feet (((corn-use-in * Corn_area) + (wheat-use-in * Wheat_area) + (soybeans-use-in * Soybeans_area) + (milo-use-in * SG_area)) / (12 * total-area))

  ;Two-step process
  set calibrated-water-use ((0.114 * water-use-feet) + 0.211)                                       ;STEP1: Calibrate DSSAT simulated results with historical data
  set gw-change ((-32.386 * calibrated-water-use) + 8.001)                                          ;STEP2: Calculate water-level change using a regression equation

  set patch-change (gw-change * 170 / Aquifer_thickness)                                            ;Convert water-level change to patch change

  groundwater_level_change                                                                          ;See "to groundwater_level_change"

  ifelse patch-change < 0                                                                           ;Is water level decreasing?
    [ask aquifer-patches with [pycor > (current-elev + patch-change)] [                             ;Yes
     set pcolor 7]]                                                                                 ;Set patches above "new" level of aquifer (new current elevation) to be gray
    [ask aquifer-patches with [pycor < (current-elev + patch-change)] [                             ;No
     set pcolor 105]]                                                                               ;Set patches below "new" level of aquifer (new current elevation) to be blue

  set current-elev (current-elev + patch-change)                                                    ;Set new current elevation (new top of aquifer)
  if current-elev > 69 [set current-elev 69]                                                        ;Exceed Capacity_S

  if current-elev < level-low [                                                                     ;Is the top of aquifer below 30 feet?
    ask aquifer-patches with [pycor < current-elev] [                                               ;Yes
      set pcolor 14]                                                                                ;Set "aquifer-patches" to be red
  ]
end 

to gw-depletion_2

  let k (ticks mod 10)                                                                              ;Set a temporary variable
  print (word "value of k:" k)
  set corn-use-in item (item k yrs-seq) corn-irrig_1                                                ;Irrigation will be accessed from a "corn-irrig_1" list (seq is linked to "food_calculation_1")
  set wheat-use-in item (item k yrs-seq) wheat-irrig_1                                              ;Irrigation will be accessed from a "wheat-irrig_1" list (seq is linked to "food_calculation_1")
  set soybeans-use-in item (item k yrs-seq) soybeans-irrig_1                                        ;Irrigation will be accessed from a "soybeans-irrig_1" list (seq is linked to "food_calculation_1")
  set milo-use-in item (item k yrs-seq) milo-irrig_1                                                ;Irrigation will be accessed from a "milo-irrig_1" list (seq is linked to "food_calculation_1")

  ;Normalize water use
  set water-use-feet (((corn-use-in * Corn_area) + (wheat-use-in * Wheat_area) + (soybeans-use-in * Soybeans_area) + (milo-use-in * SG_area)) / (12 * total-area))

  ;Two-step process
  set calibrated-water-use ((0.114 * water-use-feet) + 0.211)                                       ;STEP1: Calibrate DSSAT simulated results with historical data
  set gw-change ((-32.386 * calibrated-water-use) + 8.001)                                          ;STEP2: Calculate water-level change using a regression equation

  set patch-change (gw-change * 170 / Aquifer_thickness)                                            ;Convert water-level change to patch change

  groundwater_level_change                                                                          ;See "to groundwater_level_change"

  ifelse patch-change < 0                                                                           ;Is water level decreasing?
    [ask aquifer-patches with [pycor > (current-elev + patch-change)] [                             ;Yes
     set pcolor 7]]                                                                                 ;Set patches above "new" level of aquifer (new current elevation) to be gray
    [ask aquifer-patches with [pycor < (current-elev + patch-change)] [                             ;No
     set pcolor 105]]                                                                               ;Set patches below "new" level of aquifer (new current elevation) to be blue

  set current-elev (current-elev + patch-change)                                                    ;Set new current elevation (new top of aquifer)
  if current-elev > 69 [set current-elev 69]                                                        ;Exceed Capacity_S

  if current-elev < level-low [                                                                     ;Is the top of aquifer below 30 feet?
    ask aquifer-patches with [pycor < current-elev] [                                               ;Yes
      set pcolor 14]                                                                                ;Set "aquifer-patches" to be red
  ]
end 

to gw-depletion_3
  let k (ticks mod 10)                                                                              ;Set a temporary variable
  set corn-use-in item (item k yrs-seq) corn-irrig_1                                                ;Irrigation will be accessed from a "corn-irrig_1" list (seq is linked to "food_calculation_1")
  set wheat-use-in item (item k yrs-seq) wheat-irrig_1                                              ;Irrigation will be accessed from a "wheat-irrig_1" list (seq is linked to "food_calculation_1")
  set soybeans-use-in item (item k yrs-seq) soybeans-irrig_1                                         ;Irrigation will be accessed from a "soybeans-irrig_1" list (seq is linked to "food_calculation_1")
  set milo-use-in item (item k yrs-seq) milo-irrig_1                                                ;Irrigation will be accessed from a "milo-irrig_1" list (seq is linked to "food_calculation_1")

  ;Normalize water use
  set water-use-feet (((corn-use-in * Corn_area) + (wheat-use-in * Wheat_area) + (soybeans-use-in * Soybeans_area) + (milo-use-in * SG_area)) / (12 * total-area))

  ;Two-step process
  set calibrated-water-use ((0.114 * water-use-feet) + 0.211)                                       ;STEP1: Calibrate DSSAT simulated results with historical data
  set gw-change ((-32.386 * calibrated-water-use) + 8.001)                                          ;STEP2: Calculate water-level change using a regression equation

  set patch-change (gw-change * 170 / Aquifer_thickness)                                            ;Convert water-level change to patch change

  groundwater_level_change                                                                          ;See "to groundwater_level_change"

  ifelse patch-change < 0                                                                           ;Is water level decreasing?
    [ask aquifer-patches with [pycor > (current-elev + patch-change)] [                             ;Yes
     set pcolor 7]]                                                                                 ;Set patches above "new" level of aquifer (new current elevation) to be gray
    [ask aquifer-patches with [pycor < (current-elev + patch-change)] [                             ;No
     set pcolor 105]]                                                                               ;Set patches below "new" level of aquifer (new current elevation) to be blue

  set current-elev (current-elev + patch-change)                                                    ;Set new current elevation (new top of aquifer)
  if current-elev > 69 [set current-elev 69]                                                        ;Exceed Capacity_S

  if current-elev < level-low [                                                                     ;Is the top of aquifer below 30 feet?
    ask aquifer-patches with [pycor < current-elev] [                                               ;Yes
      set pcolor 14]                                                                                ;Set "aquifer-patches" to be red
  ]
end 

to gw-depletion_4

  ifelse ticks < 91
  [let m (ticks - 10)
   set corn-use-in (item m corn-irrig_3)                                                            ;Before 2098
   set wheat-use-in (item m wheat-irrig_3)
   set soybeans-use-in (item m soybeans-irrig_3)
   set milo-use-in (item m milo-irrig_3)]
  [set corn-use-in (item GCM-random-year corn-irrig_3)                                              ;Create a random sequence after 2098
   set wheat-use-in (item GCM-random-year wheat-irrig_3)
   set soybeans-use-in (item GCM-random-year soybeans-irrig_3)
   set milo-use-in (item GCM-random-year milo-irrig_3)]

  ;Normalize water use
  set water-use-feet (((corn-use-in * Corn_area) + (wheat-use-in * Wheat_area) + (soybeans-use-in * Soybeans_area) + (milo-use-in * SG_area)) / (12 * total-area))

  ;Two-step process
  set calibrated-water-use ((0.114 * water-use-feet) + 0.211)                                       ;STEP1: Calibrate DSSAT simulated results with historical data
  set gw-change ((-32.386 * calibrated-water-use) + 8.001)                                          ;STEP2: Calculate water-level change using a regression equation

  set patch-change (gw-change * 170 / Aquifer_thickness)                                            ;Convert water-level change to patch change

  groundwater_level_change                                                                          ;See "to groundwater_level_change"

  ifelse patch-change < 0                                                                           ;Is water level decreasing?
    [ask aquifer-patches with [pycor > (current-elev + patch-change)] [                             ;Yes
     set pcolor 7]]                                                                                 ;Set patches above "new" level of aquifer (new current elevation) to be gray
    [ask aquifer-patches with [pycor < (current-elev + patch-change)] [                             ;No
     set pcolor 105]]                                                                               ;Set patches below "new" level of aquifer (new current elevation) to be blue

  set current-elev (current-elev + patch-change)                                                    ;Set new current elevation (new top of aquifer)
  if current-elev > 69 [set current-elev 69]                                                        ;Exceed Capacity_S

  if current-elev < level-low [                                                                     ;Is the top of aquifer below 30 feet?
    ask aquifer-patches with [pycor < current-elev] [                                               ;Yes
      set pcolor 14]                                                                                ;Set "aquifer-patches" to be red
  ]
end 

to gw-depletion_5
  ifelse ticks < 91
  [let m (ticks - 10)
   set corn-use-in (item m corn-irrig_5)                                                            ;Before 2098
   set wheat-use-in (item m wheat-irrig_5)
   set soybeans-use-in (item m soybeans-irrig_5)
   set milo-use-in (item m milo-irrig_5)]
  [set corn-use-in (item GCM-random-year corn-irrig_5)                                              ;Create a random sequence after 2098
   set wheat-use-in (item GCM-random-year wheat-irrig_5)
   set soybeans-use-in (item GCM-random-year soybeans-irrig_5)
   set milo-use-in (item GCM-random-year milo-irrig_5)]

  ;Normalize water use
  set water-use-feet (((corn-use-in * Corn_area) + (wheat-use-in * Wheat_area) + (soybeans-use-in * Soybeans_area) + (milo-use-in * SG_area)) / (12 * total-area))

  ;Two-step process
  set calibrated-water-use ((0.114 * water-use-feet) + 0.211)                                       ;STEP1: Calibrate DSSAT simulated results with historical data
  set gw-change ((-32.386 * calibrated-water-use) + 8.001)                                          ;STEP2: Calculate water-level change using a regression equation

  set patch-change (gw-change * 170 / Aquifer_thickness)                                            ;Convert water-level change to patch change

  groundwater_level_change                                                                          ;See "to groundwater_level_change"

  ifelse patch-change < 0                                                                           ;Is water level decreasing?
    [ask aquifer-patches with [pycor > (current-elev + patch-change)] [                             ;Yes
     set pcolor 7]]                                                                                 ;Set patches above "new" level of aquifer (new current elevation) to be gray
    [ask aquifer-patches with [pycor < (current-elev + patch-change)] [                             ;No
     set pcolor 105]]                                                                               ;Set patches below "new" level of aquifer (new current elevation) to be blue

  set current-elev (current-elev + patch-change)                                                    ;Set new current elevation (new top of aquifer)
  if current-elev > 69 [set current-elev 69]                                                        ;Exceed Capacity_S

  if current-elev < level-low [                                                                     ;Is the top of aquifer below 30 feet?
    ask aquifer-patches with [pycor < current-elev] [                                               ;Yes
      set pcolor 14]                                                                                ;Set "aquifer-patches" to be red
  ]
end 

to gw-depletion_dryland
  let k (ticks mod 10)
  set corn-use-in 0                                                                                 ;Set water use to zero
  set wheat-use-in 0                                                                                ;Set water use to zero
  set soybeans-use-in 0                                                                             ;Set water use to zero
  set milo-use-in 0                                                                                 ;Set water use to zero

  ;Normalize water use
  set water-use-feet (((corn-use-in * Corn_area) + (wheat-use-in * Wheat_area) + (soybeans-use-in * Soybeans_area) + (milo-use-in * SG_area)) / (12 * total-area))

  ;Two-step process
  set calibrated-water-use ((0.114 * water-use-feet) + 0.211)                                       ;STEP1: Calibrate DSSAT simulated results with historical data
  set gw-change ((-32.386 * calibrated-water-use) + 8.001)                                          ;STEP2: Calculate water-level change using a regression equation

  set patch-change (gw-change * 170 / Aquifer_thickness)                                            ;Convert water-level change to patch change

  groundwater_level_change                                                                          ;See "to groundwater_level_change"

  ifelse patch-change < 0                                                                           ;Is water level decreasing?
    [ask aquifer-patches with [pycor > (current-elev + patch-change)] [                             ;Yes
     set pcolor 7]]                                                                                 ;Set patches above "new" level of aquifer (new current elevation) to be gray
    [ask aquifer-patches with [pycor < (current-elev + patch-change)] [                             ;No
     set pcolor 105]]                                                                               ;Set patches below "new" level of aquifer (new current elevation) to be blue

  set current-elev (current-elev + patch-change)                                                    ;Set new current elevation (new top of aquifer)
  if current-elev > 69 [set current-elev 69]                                                        ;Exceed Capacity_S

  if current-elev < level-low [                                                                     ;Is the top of aquifer below 30 feet?
    ask aquifer-patches with [pycor < current-elev] [                                               ;Yes
      set pcolor 14]                                                                                ;Set "aquifer-patches" to be red
  ]
end 

to groundwater_level_change
  set gw-level (gw-level + gw-change)                                                               ;Update groundwater level
end 

to contaminant                                                                                      ;Surface water contamination
  let k (ticks mod 10)
  set N-accu-temp (0.1 * 2.205 * (((item (item k yrs-seq) corn-N-app) * Corn_area) + ((item (item k yrs-seq) wheat-N-app) * Wheat_area) + ((item (item k yrs-seq) soybeans-N-app) * Soybeans_area) + ((item (item k yrs-seq) milo-N-app) * SG_area))) ;convert from kg to pound, multiply the mass value by 2.205

  set N-accu (N-accu + N-accu-temp)                                                                 ;N accumulation before transporting to the stream

  ask patch -1 0 [ask n-of (0.0001 * (item (item k yrs-seq) corn-N-app) / 1.12 * Corn_area) patches in-radius (item 0 radius-of-%area) [set pcolor brown]]                ;dots shown in a circle are in a unit area (lbs/ac); kg/ha to lb/ac, dividing by 1.12
  ask patch -18 84 [ask n-of (0.0001 * (item (item k yrs-seq) wheat-N-app) / 1.12 * Wheat_area) patches in-radius (item 1 radius-of-%area) [set pcolor brown]]            ;dots shown in a circle are in a unit area (lbs/ac); kg/ha to lb/ac, dividing by 1.12
  ask patch -51.5 -51 [ask n-of (0.0001 * (item (item k yrs-seq) soybeans-N-app) / 1.12 * Soybeans_area) patches in-radius (item 2 radius-of-%area) [set pcolor brown]]   ;dots shown in a circle are in a unit area (lbs/ac); kg/ha to lb/ac, dividing by 1.12
  ask patch -52 16 [ask n-of (0.0001 * (item (item k yrs-seq) milo-N-app) / 1.12 * SG_area) patches in-radius (item 3 radius-of-%area) [set pcolor brown]]                ;dots shown in a circle are in a unit area (lbs/ac); kg/ha to lb/ac, dividing by 1.12

  ;;;;;;;;;;;;;;;
  ;;Base period;;
  ;;;;;;;;;;;;;;;

  ifelse ticks < 11 [
    if (item k yrs-seq) = 7 or (item k yrs-seq) = 8 or (item k yrs-seq) = 9 [                       ;yrs-seq = 7, 8, and 9 are wet years
    ask up-to-n-of (0.0001 * N-accu) river-patches with [pcolor = 87] [set pcolor brown]            ;0.0001 is a scaling factor, graphically used to reduce number of dots in stream

    set N-accu2 (N-accu2 + N-accu)                                                                  ;N-accu2 is amount of nitrate in the stream

    ask patch 54 87 [                                                                               ;Show a number in the World
    set plabel round (N-accu2)
    set plabel-color white]

    set N-accu 0                                                                                    ;N-accu (in crop circles) is reset because nitrate is transported into the river
    ask patch -1 0 [ask patches in-radius (item 0 radius-of-%area) [set pcolor 37]]
    ask patch -18 84 [ask patches in-radius (item 1 radius-of-%area) [set pcolor 22]]
    ask patch -51.5 -51 [ask patches in-radius (item 2 radius-of-%area) [set pcolor 36]]
    ask patch -52 16 [ask patches in-radius (item 3 radius-of-%area) [set pcolor 34]]
  ]]

  ;;;;;;;;;;;;;;;;;;
  ;;Future Process;;
  ;;;;;;;;;;;;;;;;;;

  [                                                                                                 ;Else (Open square bracket): Future process
  ;;;;;;;;;;;;;;;;;;
  ;;Scenario 1,2,3;;
  ;;;;;;;;;;;;;;;;;;

  ifelse Future_Process = "Repeat Historical" or Future_Process = "Wetter Future" or Future_Process = "Dryer Future"
    [if (item k yrs-seq) = 7 or (item k yrs-seq) = 8 or (item k yrs-seq) = 9 [                      ;yrs-seq = 7, 8, and 9 are wet years
     ask up-to-n-of (0.0001 * N-accu) river-patches with [pcolor = 87] [set pcolor brown]           ;0.0001 is a scaling factor, graphically used to reduce number of dots in stream

     set N-accu2 (N-accu2 + N-accu)                                                                 ;N-accu2 is amount of nitrate in the stream

     ask patch 54 87 [                                                                              ;Show a number in the World
     set plabel round (N-accu2)
     set plabel-color white]

     set N-accu 0                                                                                   ;N-accu (in crop circles) is reset because nitrate is transported into the river
     ask patch -1 0 [ask patches in-radius (item 0 radius-of-%area) [set pcolor 37]]
     ask patch -18 84 [ask patches in-radius (item 1 radius-of-%area) [set pcolor 22]]
     ask patch -51.5 -51 [ask patches in-radius (item 2 radius-of-%area) [set pcolor 36]]
     ask patch -52 16 [ask patches in-radius (item 3 radius-of-%area) [set pcolor 34]]]
    ]

    ;;;;;;;;;;;;;;;;;;;;;;;;;;;
    ;;RCP8.5 sim to year 2098;;
    ;;;;;;;;;;;;;;;;;;;;;;;;;;;

    [ifelse (Future_Process = "GCM" and Climate_Model = "RCP8.5" and ticks < 91 and (item (ticks - 11) precip_RCP8.5) >= 20)            ;Years that precip >= 20 inches are wet years
      [ask up-to-n-of (0.0001 * N-accu) river-patches with [pcolor = 87] [set pcolor brown]         ;0.0001 is a scaling factor, graphically used to reduce number of dots in stream
       set N-accu2 (N-accu2 + N-accu)                                                               ;N-accu2 is amount of nitrate in the stream

       ask patch 54 87 [                                                                            ;Show a number in the World
       set plabel round (N-accu2)
       set plabel-color white]

       set N-accu 0                                                                                 ;N-accu (in crop circles) is reset because nitrate is transported into the river
       ask patch -1 0 [ask patches in-radius (item 0 radius-of-%area) [set pcolor 37]]
       ask patch -18 84 [ask patches in-radius (item 1 radius-of-%area) [set pcolor 22]]
       ask patch -51.5 -51 [ask patches in-radius (item 2 radius-of-%area) [set pcolor 36]]
       ask patch -52 16 [ask patches in-radius (item 3 radius-of-%area) [set pcolor 34]]
      ]

      ;;;;;;;;;;;;;;;;;;;;;;;;;
      ;;RCP8.5 sim after 2098;;
      ;;;;;;;;;;;;;;;;;;;;;;;;;

      [ifelse (Future_Process = "GCM" and Climate_Model = "RCP8.5" and ticks >= 91 and (item (GCM-random-year) precip_RCP8.5) >= 20)           ;Years that precip >= 20 inches are wet years
        [ask up-to-n-of (0.0001 * N-accu) river-patches with [pcolor = 87] [set pcolor brown]       ;0.0001 is a scaling factor, graphically used to reduce number of dots in stream
         set N-accu2 (N-accu2 + N-accu)                                                             ;N-accu2 is amount of nitrate in the stream

         ask patch 54 87 [                                                                          ;Show a number in the World
         set plabel round (N-accu2)
         set plabel-color white]

         set N-accu 0                                                                               ;N-accu (in crop circles) is reset because nitrate is transported into the river
         ask patch -1 0 [ask patches in-radius (item 0 radius-of-%area) [set pcolor 37]]
         ask patch -18 84 [ask patches in-radius (item 1 radius-of-%area) [set pcolor 22]]
         ask patch -51.5 -51 [ask patches in-radius (item 2 radius-of-%area) [set pcolor 36]]
         ask patch -52 16 [ask patches in-radius (item 3 radius-of-%area) [set pcolor 34]]
        ]

        ;;;;;;;;;;;;;;;;;;;;;;;;;;;
        ;;RCP4.5 sim to year 2098;;
        ;;;;;;;;;;;;;;;;;;;;;;;;;;;

        [ifelse (Future_Process = "GCM" and Climate_Model = "RCP4.5" and ticks < 91 and (item (ticks - 11) precip_RCP4.5) >= 20)            ;Years that precip >= 20 inches are wet years
          [ask up-to-n-of (0.0001 * N-accu) river-patches with [pcolor = 87] [set pcolor brown]     ;0.0001 is a scaling factor, graphically used to reduce number of dots in stream
           set N-accu2 (N-accu2 + N-accu)                                                           ;N-accu2 is amount of nitrate in the stream

           ask patch 54 87 [
           set plabel round (N-accu2)
           set plabel-color white]

           set N-accu 0                                                                             ;N-accu (in crop circles) is reset because nitrate is transported into the river
           ask patch -1 0 [ask patches in-radius (item 0 radius-of-%area) [set pcolor 37]]
           ask patch -18 84 [ask patches in-radius (item 1 radius-of-%area) [set pcolor 22]]
           ask patch -51.5 -51 [ask patches in-radius (item 2 radius-of-%area) [set pcolor 36]]
           ask patch -52 16 [ask patches in-radius (item 3 radius-of-%area) [set pcolor 34]]
          ]

          ;;;;;;;;;;;;;;;;;;;;;
          ;;RCP4.5 after 2098;;
          ;;;;;;;;;;;;;;;;;;;;;

          [if (Future_Process = "GCM" and Climate_Model = "RCP4.5" and ticks >= 91 and (item (GCM-random-year) precip_RCP4.5) >= 20)            ;Years that precip >= 20 inches are wet years
            [ask up-to-n-of (0.0001 * N-accu) river-patches with [pcolor = 87] [set pcolor brown]   ;0.0001 is a scaling factor, graphically used to reduce number of dots in stream
             set N-accu2 (N-accu2 + N-accu)                                                         ;N-accu2 is amount of nitrate in the stream

             ask patch 54 87 [
             set plabel round (N-accu2)
             set plabel-color white]

             set N-accu 0                                                                           ;N-accu (in crop circles) is reset because nitrate is transported into the river
             ask patch -1 0 [ask patches in-radius (item 0 radius-of-%area) [set pcolor 37]]
             ask patch -18 84 [ask patches in-radius (item 1 radius-of-%area) [set pcolor 22]]
             ask patch -51.5 -51 [ask patches in-radius (item 2 radius-of-%area) [set pcolor 36]]
             ask patch -52 16 [ask patches in-radius (item 3 radius-of-%area) [set pcolor 34]]
            ]
          ]
        ]
      ]
    ]
  ]                                                                                                 ;Else (Close square bracket): Future process
end 

to treatment                                                                                        ;Treatment (Not applicable)
  if random 10 = 1 [                                                                                ;10% chance
    ask river-patches [
      if any? river-patches with [pcolor = brown] [
        ask one-of river-patches with [pcolor = brown] [
          set pcolor 87]
      ]
    ]
  ]
end 

to initialize-energy                                                                                ;Initialize energy parameter in order to change the numbers over time
  set #Solar_panels (#Panel_sets * 1000)                                                            ;Calculate total solar panels
  set solar-production (#Solar_Panels * Capacity_S * Sun_hrs * 365 / 1000000)                       ;Calculate solar production
  set wind-production (#wind_turbines * Capacity_W * (wind_factor * 0.01) * 24 * 365)               ;Calculate wind production
  set %Solar-production (Solar-production * 100 / (Solar-production + Wind-production))             ;Calculate percentage
  set %Wind-production (Wind-production * 100 / (Solar-production + Wind-production))               ;Calculate percentage

  ask patch 93 -91 [                                                                                ;Print %
    set plabel round (%Wind-production)
    set plabel-color black]

  set solar-bar patches with [pxcor > 83]                                                           ;Change scale bar
    ask solar-bar with [pycor > (-100 + (2 * %Wind-production))] [
    set pcolor [255 165 0]]

  ask patch 93 96 [                                                                                 ;Print %
    set plabel round (%Solar-production)
    set plabel-color black]

  set wind-bar patches with [pxcor > 83]                                                            ;Change scale bar
    ask wind-bar with [pycor < (-100 + (2 * %Wind-production))] [
    set pcolor yellow]
end 

to reset-symbols                                                                                    ;Reset number of wind turbines and solar panels every tick
  ask turtles [die]                                                                                 ;Code below is similar to "setup" procedure showing above

  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;; Wind icons ;;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  set wind-patches patches with [pxcor > 0 and pxcor < 65 and pycor < -35 and pycor > -100]
  let w 0

    repeat #wind_turbines [
      ifelse w < 2 [
        crt 1 [
        setxy (35 + (w * 22)) -97
        set shape "wind"
        set size (Capacity_W * 30)
        set w (w + 1)]
      ]
        [ifelse w < 4 [
          crt 1 [
          setxy (25 + ((w - 2) * 22)) -65
          set shape "wind"
          set size (Capacity_W * 30)
          set w (w + 1)]
         ]
          [crt 1 [
          setxy (35 + ((w - 4) * 22)) -31
          set shape "wind"
          set size (Capacity_W * 30)
          set w (w + 1)]
          ]
       ]
       ]

  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;; Solar icons ;;;;;;;;;;;;;;;;;;;;
  ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
  set solar-patches patches with [pxcor > 0 and pxcor < 65 and pycor > 33 and pycor < 100]
  let t 0
    repeat #Panel_sets [

      ifelse t < 5 [
        crt 1 [
        setxy 56 (65 - (t * 12))
        set shape "solar"
        set size 20
        set t (t + 1)]
      ]
      [ifelse t < 10 [
        crt 1 [
        setxy 37 (65 - ((t - 5) * 12))
        set shape "solar"
        set size 20
        set t (t + 1)]
      ]
      [crt 1 [
        setxy 18 (65 - ((t - 10) * 12))
        set shape "solar"
        set size 20
        set t (t + 1)]
      ]
    ]
  ]

  if ticks = 0 [
    set solar-production (#Solar_Panels * Capacity_S * Sun_hrs * 365 / 1000000)
    set wind-production (#wind_turbines * Capacity_W * (wind_factor * 0.01) * 24 * 365)]

  set solar-production solar-production
  set wind-production wind-production
  set %Solar-production (Solar-production * 100 / (Solar-production + Wind-production))
  set %Wind-production (Wind-production * 100 / (Solar-production + Wind-production))

  ask patch 93 -91 [
    set plabel round (%Wind-production)
    set plabel-color black]

  set solar-bar patches with [pxcor > 83]
    ask solar-bar with [pycor > (-100 + (2 * %Wind-production))] [
    set pcolor [255 165 0]]

  ask patch 93 96 [
    set plabel round (%Solar-production)
    set plabel-color black]

  set wind-bar patches with [pxcor > 83]
    ask wind-bar with [pycor < (-100 + (2 * %Wind-production))] [
    set pcolor yellow]

  ask patch 64 96 [
    set plabel "Nitrate in SW"
    set plabel-color white]

  ask patch 64 87 [
    set plabel "lbs"
    set plabel-color white]

  ask patch 54 87 [
    set plabel round (N-accu2)
    set plabel-color white]
end 

;Default button

to Default
  set simulation_period 60
  set corn_area 200
  set wheat_area 125
  set soybeans_area 0
  set SG_area 125
  set Energy_value 38
  set #Panel_sets 3
  set Nyear_S 25
  set ITC_S 0
  set Capacity_S 250
  set Degrade_S 0.5
  set PTC_S 0
  set #Wind_turbines 2
  set Nyear_W 30
  set Capacity_W 2
  set Degrade_W 1
  set PTC_W 0
  set Aquifer_thickness 200
  set Min_Aq_Thickness 30
  set Future_Process "Repeat Historical"
  set Climate_Model "RCP4.5"
  set cost_S 1750
  set cost_W 1470
  set sun_hrs 5.6
  set Wind_factor 42.1
  set loan_term 1
  set interest 2
end 

to export
  export-all-plots "Results.csv"
  export-plot "Ag Net Income" "ag-net-income.csv"
  export-plot "Crop Production" "crop-production.csv"
  export-plot "Crop Groundwater Irrigation" "crop-groundwater-irrigation.csv"
  export-plot "Farm Energy Production" "farm-energy-production.csv"
  export-plot "Total Net Income" "total-net-income.csv"
  export-plot "Energy Net Income" "energy-net-income.csv"
  export-plot "Groundwater Level" "groundwater-level.csv"
  export-plot "Income From Crop Insurance" "income-from-crop-insurance.csv"
end 

There are 3 versions of this model.

Uploaded by When Description Download
Pratik Nikam about 1 month ago test Download this version
Pratik Nikam about 1 month ago Bitmap Extension Download this version
Pratik Nikam about 1 month ago Initial upload Download this version

Attached files

File Type Description Last updated
FEWCalc.png preview Preview for 'FEWCalc' about 1 month ago, by Pratik Nikam Download
Wind_Map.png png wind map about 1 month ago, by Pratik Nikam Download

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