Análisis Vacunación Ecuador

Análisis Vacunación Ecuador preview image

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Captura Adrian Lara (Author)

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Model was written in NetLogo 6.2.1 • Viewed 65 times • Downloaded 6 times • Run 0 times
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extensions [csv]
turtles-own[
  sexo
  edad
  nom_vacuna
]

to setup
  ca
  ask patches [set pcolor white set plabel-color 102]
  create-turtles-from-data
;  crt 14800[
;    set size 6
;    set shape "person"
;    setxy random-xcor random-ycor
;    set sexo one-of (list "Mujer" "Hombre")
;  ]
  let die-t (count turtles * 0.9)
  ;show die-t
  ask n-of die-t turtles[die]
  reset-ticks
end 

to go
  ask turtles[move]
  ;if simulacion [start-simulation]
  tick
end 

to simular
  contagiar
  ask turtles [move]
  tick
end 

to create-turtles-from-data
  ;;let file user-file
  file-close-all
  file-open "data_netlogo_encoded.csv"
  while [ not file-at-end? ] [
    ; here the CSV extension grabs a single line and puts the read data in a list
    let f csv:from-row file-read-line
    let n-turtles 0
    if dosis = "Primera" [set n-turtles item 4 f]
    if dosis = "Segunda" [set n-turtles item 5 f]
    ; now we can use that list to create a turtle with the data and target info
    create-turtles n-turtles[
      setxy random-xcor random-ycor
      set heading random-float 360
      set size 7
      set shape "person"
      set sexo item 1 f
      set nom_vacuna item 3 f
      if item 2 f = 0 [set edad 12 + random 5]
      if item 2 f = 1 [set edad 18 + random 6]
      if item 2 f = 2 [set edad 25 + random 24]
      if item 2 f = 3 [set edad 50 + random 9]
      if item 2 f = 4 [set edad 60 + random 9]
      if item 2 f = 5 [set edad 70 + random 9]
      if item 2 f = 6 [set edad 80 + random 20]
    ]
  ]
  file-close ; make sure to close the file
end 

to group-by-gender
  ask patches [set pcolor white set plabel " "]
  let r-male count turtles with [sexo = "Hombre"]
  let r-female count turtles with [sexo = "Mujer"]
  ask patch 175 9 [
    ask other patches in-radius (r-male / 5) [set pcolor blue]
  ]
  ask patch -175 9 [
    ask other patches in-radius (r-female / 5) [set pcolor 15]
  ]
  ask turtles[
    ifelse sexo = "Hombre"
    [set color yellow move-to one-of patches with[pcolor = blue ]]
    [set color 65 move-to one-of patches with[pcolor = 15 ]]
  ]
  ask patch -290 -140[set plabel "Mujeres" set pcolor 65 ask other patches in-radius 5 [set pcolor 65]]
  ask patch -290 -155[set plabel "Hombres" set pcolor yellow ask other patches in-radius 5 [set pcolor yellow]]
end 

to group-by-edad
  ask patches [set pcolor white set plabel " "]

  ;Radio por edad
  let r-12-17 count turtles with [edad <= 17]
  let r-18-24 count turtles with [edad >= 18 and edad <= 24]
  let r-25-49 count turtles with [edad >= 25 and edad <= 49]
  let r-50-59 count turtles with [edad >= 50 and edad <= 59]
  let r-60-69 count turtles with [edad >= 60 and edad <= 69]
  let r-70-79 count turtles with [edad >= 70 and edad <= 79]
  let r-80 count turtles with [edad >= 80]

  ask patch -300 148 [
    if r-12-17 > 50 [set r-12-17 r-12-17 / 5]
    ask other patches in-radius r-12-17[set pcolor 19]
  ]

   ask patch -300 0 [
    if r-18-24 > 50 [set r-18-24 r-18-24 / 5]
    ask other patches in-radius r-18-24[set pcolor 39]
  ]
  ask patch -100 0 [
    if r-25-49 > 50 [set r-25-49 r-25-49 / 5]
    ask other patches in-radius r-25-49[set pcolor 102]
  ]
  ask patch 100 100 [
    if r-50-59 > 50 [set r-50-59 r-50-59 / 5]
    ask other patches in-radius r-50-59[set pcolor 69]
  ]
  ask patch 250 30 [
    if r-60-69 > 50 [set r-60-69 r-60-69 / 5]
    ask other patches in-radius r-60-69[set pcolor 89]
  ]
  ask patch 98 -77 [
    if r-70-79 > 50 [set r-70-79 r-70-79 / 5]
    ask other patches in-radius r-70-79[set pcolor 119]
  ]
  ask patch 300 -100 [
    if r-80 > 50 [set r-80 r-80 / 5]
    ask other patches in-radius r-80[set pcolor 9]
  ]

  ask turtles with[ edad <= 17][set color 1 move-to one-of patches with[pcolor = 19 ]]
  ask turtles with[ edad >= 18 and edad <= 24][set color 24 move-to one-of patches with[pcolor = 39 ]]
  ask turtles with[ edad >= 25 and edad <= 49][set color 45 move-to one-of patches with[pcolor = 102 ]]
  ask turtles with[ edad >= 50 and edad <= 59][set color 64 move-to one-of patches with[pcolor = 69 ]]
  ask turtles with[ edad >= 60 and edad <= 69][set color 84 move-to one-of patches with[pcolor = 89 ]]
  ask turtles with[ edad >= 70 and edad <= 79][set color 114 move-to one-of patches with[pcolor = 119 ]]
  ask turtles with[ edad >= 80][set color 4 move-to one-of patches with[pcolor = 9 ]]

  ask patch -290 -65[set plabel "12 - 17 años" set pcolor 1 ask other patches in-radius 5 [set pcolor 1]]
  ask patch -290 -80[set plabel "18 - 24 años" set pcolor 24 ask other patches in-radius 5 [set pcolor 24]]
  ask patch -290 -95[set plabel "25 - 49 años" set pcolor 45 ask other patches in-radius 5 [set pcolor 45]]
  ask patch -290 -110[set plabel "50 - 59 años" set pcolor 64 ask other patches in-radius 5 [set pcolor 64]]
  ask patch -290 -125[set plabel "60 - 69 años" set pcolor 84 ask other patches in-radius 5 [set pcolor 84]]
  ask patch -290 -140[set plabel "70 - 79 años" set pcolor 114 ask other patches in-radius 5 [set pcolor 114]]
  ask patch -290 -155[set plabel "80 años y más" set pcolor 4 ask other patches in-radius 5 [set pcolor 4]]
end 

to group-by-vaccine
  ask patches [set pcolor white set plabel " "]
  let r-pfizer count turtles with [ nom_vacuna = 0]
  let r-astraz count turtles with [nom_vacuna = 1]
  let r-sinovac count turtles with [nom_vacuna = 2]

  ask patch 0 0 [
    ask other patches in-radius (r-pfizer / 5) [set pcolor 63]
  ]
  ask patch 260 60 [
    ask other patches in-radius (r-astraz / 5) [set pcolor 83]
  ]
  ask patch -220 80 [
    ask other patches in-radius (r-sinovac / 5) [set pcolor 123]
  ]

  ask turtles[
    if nom_vacuna = 0 [set color 67 move-to one-of patches with[pcolor = 63 ]]
    if nom_vacuna = 1 [set color 88 move-to one-of patches with[pcolor = 83 ]]
    if nom_vacuna = 2 [set color 127 move-to one-of patches with[pcolor = 123]]
  ]
  ask patch -270 -50[set plabel "Pfizer" set pcolor 63 ask other patches in-radius 5 [set pcolor 63]]
  ask patch -270 -65[set plabel "Astrazeneca" set pcolor 83 ask other patches in-radius 5 [set pcolor 83]]
  ask patch -270 -80[set plabel "Sinovac" set pcolor 123 ask other patches in-radius 5 [set pcolor 123]]
end 

to start-simulation
  ask patches [set pcolor white set plabel " "]
  ask turtles [
    set color 105
    setxy random-xcor random-ycor
  ]
  let contagiados count turtles * 0.01
  ask n-of contagiados turtles [set color red]
end 

to contagiar
  let umbral 0
  ifelse vacuna?
  [
    set umbral 2
    ask turtles with [color = red][ask other turtles in-radius umbral [set color red]]
  ]
  [
    set umbral 10
    ask turtles with [color = red][ask other turtles in-radius umbral [set color red]]
  ]
end 

to move
  fd 2
  rt 30
  fd 2
  lt 45
end 

There is only one version of this model, created about 2 years ago by Adrian Lara.

Attached files

File Type Description Last updated
Análisis Vacunación Ecuador.png preview Preview for 'Análisis Vacunación Ecuador' about 2 years ago, by Adrian Lara Download
data_netlogo_encoded.csv data Ejemplo de archivo para ejecutar el modelo about 2 years ago, by Adrian Lara Download

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