Class: Ekylibre::FirstRun::Faker::Interventions

Inherits:
Base
  • Object
show all
Defined in:
lib/ekylibre/first_run/faker/interventions.rb

Instance Method Summary collapse

Methods inherited from Base

#count, #files, #initialize, #path, run

Constructor Details

This class inherits a constructor from Ekylibre::FirstRun::Faker::Base

Instance Method Details

#run ⇒ Object 


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# File 'lib/ekylibre/first_run/faker/interventions.rb', line 3

def run
  # interventions for all poaceae
  autumn_sowables = [:poa, :hordeum_hibernum, :secale, :triticosecale, :triticum, :brassica_napus, :pisum_hibernum].collect do |n|
    Nomen::Variety[n]
  end

  spring_sowables = [:hordeum_vernum, :pisum_vernum, :helianthus].collect do |n|
    Nomen::Variety[n]
  end

  later_spring_sowables = [:zea].collect do |n|
    Nomen::Variety[n]
  end

  GC.start

  count :cultural_interventions do |w|
    workers = Worker.all
    products = {
      manure: Product.where(variety: :manure).can('fertilize').all,
      tractor: { spreader: Product.can('tow(spreader)').all,
                 plower: Product.can('tow(plower)').all,
                 sower: Product.can('tow(sower)').all,
                 catcher: Product.can('catch(equipment)').all },
      spreader: Product.can('spread(preparation)').all,
      plow: Product.can('plow').all,
      sow: Product.can('sow').all,
      sprayer: Product.can('spray').all,
      fertilizer: Product.where(variety: :preparation).can('fertilize').all,
      plant_medicine: Product.where(variety: :preparation).can('care(plant)').all
    }
    ActivityProduction.joins(:activity).find_each do |production|
      next unless production.active?
      variety = Nomen::Variety[production.cultivation_variety]
      if autumn_sowables.detect { |v| variety <= v }
        year = production.campaign.name.to_i
        Ekylibre::FirstRun::Booker.production = production
        production.supports.joins(:storage, :activity).find_each do |support|
          next unless support.active?
          land_parcel = support.storage
          next unless area = land_parcel.shape_area
          coeff = (area.to_s.to_f / 10_000.0) / 6.0
          # 7.99 -> 20.11 -> 40.21

          # Organic Fertilizing  01-09-N-1 -> 30-09-N-1
          Ekylibre::FirstRun::Booker.intervene(:organic_fertilizing, year - 1, 9, 1, 0.96 * coeff, support: support) do |i|
            i.add_cast(reference_name: 'manure',      actor: products[:manure].sample)
            i.add_cast(reference_name: 'manure_to_spread', population: 0.2 + 4 * coeff)
            i.add_cast(reference_name: 'spreader',    actor: products[:spreader].sample)
            i.add_cast(reference_name: 'driver',      actor: workers.sample)
            i.add_cast(reference_name: 'tractor',     actor: products[:tractor][:spreader].sample)
            i.add_cast(reference_name: 'land_parcel', actor: land_parcel)
          end

          # Plowing 15-09-N -> 15-10-N
          Ekylibre::FirstRun::Booker.intervene(:plowing, year - 1, 9, 15, 9.78 * coeff, support: support, parameters: { readings: { 'base-plowing-0-1-readstate' => 'plowed' } }) do |i|
            i.add_cast(reference_name: 'driver',  actor: workers.sample)
            i.add_cast(reference_name: 'tractor', actor: products[:tractor][:plower].sample)
            i.add_cast(reference_name: 'plow',    actor: products[:plow].sample)
            i.add_cast(reference_name: 'land_parcel', actor: land_parcel)
          end

          # Sowing 15-10-N -> 30-10-N
          int = Ekylibre::FirstRun::Booker.intervene(:sowing, year - 1, 10, 15, 6.92 * coeff, range: 15, support: support, parameters: { readings: { 'base-sowing-0-1-readcount' => 2_000_000 + rand(250_000) } }) do |i|
            i.add_cast(reference_name: 'seeds',        actor: i.find(Product, variety: :seed, derivative_of: variety.name, can: 'grow'))
            i.add_cast(reference_name: 'seeds_to_sow', population: rand(5) + 1)
            i.add_cast(reference_name: 'sower',        actor: products[:sow].sample)
            i.add_cast(reference_name: 'driver',       actor: workers.sample)
            i.add_cast(reference_name: 'tractor',      actor: products[:tractor][:sower].sample)
            i.add_cast(reference_name: 'land_parcel',  actor: land_parcel)
            i.add_cast(reference_name: 'cultivation',  variant: ProductNatureVariant.find_or_import!(variety.name).first, population: (area.to_s.to_f / 10_000.0), shape: land_parcel.shape)
          end

          # Fertilizing  01-03-M -> 31-03-M
          Ekylibre::FirstRun::Booker.intervene(:mineral_fertilizing, year, 3, 1, 0.96 * coeff, support: support) do |i|
            i.add_cast(reference_name: 'fertilizer', actor: products[:fertilizer].sample)
            i.add_cast(reference_name: 'fertilizer_to_spread', population: 0.4 + coeff * rand(0.6))
            i.add_cast(reference_name: 'spreader',    actor: products[:spreader].sample)
            i.add_cast(reference_name: 'driver',      actor: workers.sample)
            i.add_cast(reference_name: 'tractor',     actor: products[:tractor][:spreader].sample)
            i.add_cast(reference_name: 'land_parcel', actor: land_parcel)
          end

          if w.count.modulo(3).zero? # AND NOT prairie
            cultivation = int.product_parameters.find_by(reference_name: 'cultivation').actor
            # Treatment herbicide 01-04 30-04
            Ekylibre::FirstRun::Booker.intervene(:spraying_on_cultivation, year, 4, 1, 1.07 * coeff, support: support) do |i|
              i.add_cast(reference_name: 'plant_medicine', actor: products[:plant_medicine].sample)
              i.add_cast(reference_name: 'plant_medicine_to_spray', population: 0.18 + 0.9 * coeff)
              i.add_cast(reference_name: 'sprayer',  actor: products[:sprayer].sample)
              i.add_cast(reference_name: 'driver',   actor: workers.sample)
              i.add_cast(reference_name: 'tractor',  actor: products[:tractor][:catcher].sample)
              i.add_cast(reference_name: 'cultivation', actor: cultivation)
            end
          end
          w.check_point
        end
      end
    end
  end
  GC.start

  count :zea_cultural_interventions do |w|
    workers = Worker.all
    products = {
      tractor: { spreader: Product.can('tow(spreader)').all,
                 plower: Product.can('tow(plower)').all,
                 sower: Product.can('tow(sower)').all,
                 equipment: Product.can('tow(equipment)').all,
                 catcher: Product.can('catch(equipment)').all },
      spreader: Product.can('spread(preparation)').all,
      plow: Product.can('plow').all,
      sprayer: Product.can('spray').all,
      fertilizer: Product.where(variety: :preparation).can('fertilize').all,
      plant_medicine: Product.where(variety: :preparation).can('care(plant)', 'kill(plant)').all,
      insecticide: Product.where(variety: :preparation).can('kill(insecta)').all,
      molluscicide: Product.where(variety: :preparation).can('kill(gastropoda)').all
    }
    equipments = {
      sower: Equipment.can('spread(preparation)', 'sow', 'spray').all,
      hoe: Equipment.can('hoe').all
    }
    Production.joins(:variant, :activity, :campaign).find_each do |production|
      next unless production.active?
      variety = Nomen::Variety[production.variant.variety]
      if later_spring_sowables.detect { |v| variety <= v }
        year = production.campaign.name.to_i
        Ekylibre::FirstRun::Booker.production = production
        production.supports.joins(:activity, :storage).find_each do |support|
          next unless support.active?
          land_parcel = support.storage
          next unless area = land_parcel.shape_area
          coeff = (area.to_s.to_f / 10_000.0) / 6.0

          # Plowing 15-03-N -> 15-04-N
          Ekylibre::FirstRun::Booker.intervene(:plowing, year, 4, 15, 9.78 * coeff, support: support, parameters: { readings: { 'base-plowing-0-1-readstate' => 'plowed' } }) do |i|
            i.add_cast(reference_name: 'driver',  actor: workers.sample)
            i.add_cast(reference_name: 'tractor', actor: products[:tractor][:plower].sample)
            i.add_cast(reference_name: 'plow',    actor: products[:plow].sample)
            i.add_cast(reference_name: 'land_parcel', actor: land_parcel)
          end

          # Sowing 15-04-N -> 30-05-N
          int = Ekylibre::FirstRun::Booker.intervene(:all_in_one_sowing, year, 5, 2, 6.92 * coeff, range: 15, support: support, parameters: { readings: { 'base-all_in_one_sowing-0-1-readcount' => 80_000 + rand(10_000) } }) do |i|
            i.add_cast(reference_name: 'seeds',        actor: i.find(Product, variety: :seed, derivative_of: variety.name, can: 'grow'))
            i.add_cast(reference_name: 'seeds_to_sow', population: (rand(4) + 6) * coeff)

            i.add_cast(reference_name: 'fertilizer',   actor: products[:fertilizer].sample)
            i.add_cast(reference_name: 'fertilizer_to_spread', population: (rand(0.2) + 1) * coeff)
            i.add_cast(reference_name: 'insecticide', actor: products[:insecticide].sample)
            i.add_cast(reference_name: 'insecticide_to_input', population: (rand(0.2) + 1) * coeff)
            i.add_cast(reference_name: 'molluscicide', actor: products[:molluscicide].sample)
            i.add_cast(reference_name: 'molluscicide_to_input', population: (rand(0.2) + 1) * coeff)
            i.add_cast(reference_name: 'sower',        actor: equipments[:sower].sample)
            i.add_cast(reference_name: 'driver',       actor: workers.sample)
            i.add_cast(reference_name: 'tractor',      actor: products[:tractor][:sower].sample)
            i.add_cast(reference_name: 'land_parcel',  actor: land_parcel)
            i.add_cast(reference_name: 'cultivation',  variant: ProductNatureVariant.find_or_import!(variety.name).first, population: (area.to_s.to_f / 10_000.0), shape: land_parcel.shape)
          end

          # Fertilizing  01-05-M -> 15-06-M
          Ekylibre::FirstRun::Booker.intervene(:mineral_fertilizing, year, 5, 25, 0.96 * coeff, support: support) do |i|
            i.add_cast(reference_name: 'fertilizer', actor: products[:fertilizer].sample)
            i.add_cast(reference_name: 'fertilizer_to_spread', population: 0.4 + coeff * rand(0.6))
            i.add_cast(reference_name: 'spreader',    actor: products[:spreader].sample)
            i.add_cast(reference_name: 'driver',      actor: workers.sample)
            i.add_cast(reference_name: 'tractor',     actor: products[:tractor][:spreader].sample)
            i.add_cast(reference_name: 'land_parcel', actor: land_parcel)
          end

          if w.count.modulo(3).zero?
            if int
              cultivation = int.product_parameters.find_by(reference_name: 'cultivation').actor
              # Treatment herbicide 01-04 30-04
              Ekylibre::FirstRun::Booker.intervene(:spraying_on_cultivation, year, 5, 27, 1.07 * coeff, support: support) do |i|
                i.add_cast(reference_name: 'plant_medicine', actor: products[:plant_medicine].sample)
                i.add_cast(reference_name: 'plant_medicine_to_spray', population: 0.18 + 0.9 * coeff)
                i.add_cast(reference_name: 'sprayer',  actor: products[:sprayer].sample)
                i.add_cast(reference_name: 'driver',   actor: workers.sample)
                i.add_cast(reference_name: 'tractor',  actor: products[:tractor][:catcher].sample)
                i.add_cast(reference_name: 'cultivation', actor: cultivation)
              end
            end
          end

          # Hoeing  01-06-M -> 30-07-M
          Ekylibre::FirstRun::Booker.intervene(:hoeing, year, 6, 20, 3 * coeff, support: support, parameters: { readings: { 'base-hoeing-0-1-readstate' => 'covered' } }) do |i|
            i.add_cast(reference_name: 'cultivator',  actor: equipments[:hoe].sample)
            i.add_cast(reference_name: 'driver',      actor: workers.sample)
            i.add_cast(reference_name: 'tractor',     actor: products[:tractor][:equipment].sample)
            i.add_cast(reference_name: 'land_parcel', actor: land_parcel)
          end
          w.check_point
        end
      end
    end
  end

  count :irrigation_interventions do |w|
    a = Activity.of_families(:maize_crops)
    Production.of_activities(a).where(irrigated: true).joins(:activity, :campaign).find_each do |production|
      next unless production.active?
      year = production.campaign.name.to_i
      Ekylibre::FirstRun::Booker.production = production
      production.supports.joins(:storage, :activity).find_each do |support|
        next unless support.active?
        land_parcel = support.storage
        next unless area = land_parcel.shape_area
        coeff = (area.to_s.to_f / 10_000.0) / 6.0

        if sowing_intervention = support.interventions.of_nature(:sowing).reorder(:started_at).last
          cultivation = sowing_intervention.product_parameters.find_by(reference_name: 'cultivation').actor
          # Watering  15-05-M -> 31-08-M
          Ekylibre::FirstRun::Booker.intervene(:watering, year, 7, 15, 0.96 * coeff, support: support) do |i|
            i.add_cast(reference_name: 'water',      actor: i.find(Product, variety: :water))
            i.add_cast(reference_name: 'water_to_spread', population: 200 * coeff)
            i.add_cast(reference_name: 'spreader',    actor: i.find(Product, can: 'spread(water)'))
            i.add_cast(reference_name: 'land_parcel', actor: land_parcel)
            i.add_cast(reference_name: 'cultivation', actor: cultivation)
          end
        end
        w.check_point
      end
    end
  end

  # interventions for grass
  count :grass_interventions do |w|
    Production.joins(:variant, :activity, :campaign).find_each do |production|
      next unless production.active?
      variety = Nomen::Variety[production.variant.variety]
      next unless variety <= :poa
      year = production.campaign.name.to_i
      Ekylibre::FirstRun::Booker.production = production
      production.supports.joins(:storage, :activity).find_each do |support|
        next unless support.active?
        land_parcel = support.storage
        next unless area = land_parcel.shape_area
        coeff = (area.to_s.to_f / 10_000.0) / 6.0
        bob = nil
        sowing = support.interventions.where(reference_name: 'sowing').where('started_at < ?', Date.civil(year, 6, 6)).order('stopped_at DESC').first
        if cultivation = begin
                           sowing.product_parameters.find_by(reference_name: 'cultivation').actor
                         rescue
                           nil
                         end
          int = Ekylibre::FirstRun::Booker.intervene(:plant_mowing, year, 6, 6, 2.8 * coeff, support: support) do |i|
            bob = i.find(Worker)
            i.add_cast(reference_name: 'mower_driver', actor: bob)
            i.add_cast(reference_name: 'tractor',      actor: i.find(Product, can: 'tow(mower)'))
            i.add_cast(reference_name: 'mower',        actor: i.find(Product, can: 'mow'))
            i.add_cast(reference_name: 'cultivation',  actor: cultivation)
            i.add_cast(reference_name: 'straw', population: 1.5 * coeff, variant: ProductNatureVariant.find_or_import!(:straw, derivative_of: cultivation.variety).first)
          end

          straw = int.product_parameters.find_by(reference_name: 'straw').actor
          Ekylibre::FirstRun::Booker.intervene(:straw_bunching, year, 6, 20, 3.13 * coeff, support: support) do |i|
            i.add_cast(reference_name: 'tractor',        actor: i.find(Product, can: 'tow(baler)'))
            i.add_cast(reference_name: 'baler_driver',   actor: i.find(bob.others))
            i.add_cast(reference_name: 'baler',          actor: i.find(Product, can: 'bunch'))
            i.add_cast(reference_name: 'straw_to_bunch', actor: straw)
            i.add_cast(reference_name: 'straw_bales', population: 1.5 * coeff, variant: ProductNatureVariant.import_from_nomenclature(cultivation.variety.to_s == 'triticum_durum' ? :hard_wheat_straw_bales : :wheat_straw_bales))
          end
        end
        w.check_point
      end
    end
  end

  # interventions for cereals
  count :cereals_interventions do |w|
    Production.joins(:variant, :activity, :campaign).find_each do |production|
      next unless production.active?
      variety = Nomen::Variety[production.variant.variety]
      next unless variety <= :triticum_aestivum || variety <= :triticum_durum || variety <= :zea || variety <= :hordeum
      year = production.campaign.name.to_i
      Ekylibre::FirstRun::Booker.production = production
      production.supports.joins(:storage, :activity).find_each do |support|
        next unless support.active?
        land_parcel = support.storage
        next unless area = land_parcel.shape_area
        coeff = (area.to_s.to_f / 10_000.0) / 6.0
        # Harvest 01-07-M 30-07-M
        sowing = support.interventions.where(reference_name: 'sowing').where('started_at < ?', Date.civil(year, 7, 1)).order('stopped_at DESC').first
        if cultivation = begin
                           sowing.product_parameters.find_by(reference_name: 'cultivation').actor
                         rescue
                           nil
                         end
          Ekylibre::FirstRun::Booker.intervene(:grains_harvest, year, 7, 1, 3.13 * coeff, support: support) do |i|
            i.add_cast(reference_name: 'cropper',        actor: i.find(Product, can: 'harvest(poaceae)'))
            i.add_cast(reference_name: 'cropper_driver', actor: i.find(Worker))
            i.add_cast(reference_name: 'cultivation',    actor: cultivation)
            i.add_cast(reference_name: 'grains',         population: 4.2 * coeff, variant: ProductNatureVariant.find_or_import!(:grain, derivative_of: cultivation.variety).first)
            i.add_cast(reference_name: 'straws',         population: 1.5 * coeff, variant: ProductNatureVariant.find_or_import!(:straw, derivative_of: cultivation.variety).first)
          end
        end
        w.check_point
      end
    end
  end
  GC.start

  # intervention for animal treatment
  count :animal_treatment_interventions do |w|
    workers = Worker.all
    products = Product.where(variety: 'preparation').can('care(bos)').all
    Production.joins(:variant, :campaign).find_each do |production|
      variety = Nomen::Variety[production.variant.variety]
      next unless variety <= :bos
      year = production.campaign.name.to_i
      Ekylibre::FirstRun::Booker.production = production
      production.supports.joins(:storage).find_each do |support|
        next unless support.storage.is_a?(AnimalGroup)
        support.storage.members_at.find_each do |animal|
          Ekylibre::FirstRun::Booker.intervene(:animal_treatment, year - 1, 9, 15, 0.5, support: support, parameters: { readings: { 'base-animal_treatment-0-1-readhealth' => 'false' } }) do |i|
            i.add_cast(reference_name: 'animal',           actor: animal)
            i.add_cast(reference_name: 'caregiver',        actor: workers.sample)
            i.add_cast(reference_name: 'animal_medicine',  actor: products.sample)
            i.add_cast(reference_name: 'animal_medicine_to_give', population: 1 + rand(3))
          end
        end
        w.check_point
        GC.start
      end
    end
  end

  # intervention for animal insemination
  count :animal_insemination_interventions do |w|
    workers = Worker.can('administer_inseminate(animal)').all
    products = Product.where(variety: :vial).derivative_of(:bos).can('inseminate(animal)').all
    unless workers.any?
      puts 'No workers'.red
      break
    end
    unless products.any?
      puts 'No vials'.red
      break
    end
    Production.joins(:variant, :campaign).find_each do |production|
      variety = Nomen::Variety[production.variant.variety]
      next unless variety <= :bos && production.variant.sex == 'female'
      year = production.campaign.name.to_i
      Ekylibre::FirstRun::Booker.production = production
      production.supports.joins(:storage).find_each do |support|
        next unless support.storage.is_a?(AnimalGroup)
        support.storage.members_at.find_each do |animal|
          Ekylibre::FirstRun::Booker.intervene(:animal_artificial_insemination, year - 1, 9, 15, 0.5, support: support, parameters: { readings: { 'base-animal_artificial_insemination-0-1-readstate' => 'heat', 'base-animal_artificial_insemination-0-1-readhealth' => 'true', 'base-animal_artificial_insemination-0-1-readembryo' => 'false' } }) do |i|
            i.add_cast(reference_name: 'animal',       actor: animal)
            i.add_cast(reference_name: 'inseminator',  actor: workers.sample)
            i.add_cast(reference_name: 'vial',         actor: products.sample)
            i.add_cast(reference_name: 'vial_to_give', population: 1)
          end
        end
        w.check_point
        GC.start
      end
    end
  end

  count :wine_interventions do |w|
    Production.joins(:variant, :campaign).find_each do |production|
      variety = Nomen::Variety[production.variant.variety]
      next unless variety <= :wine
      year = production.campaign.name.to_i
      Ekylibre::FirstRun::Booker.production = production
      production.supports.joins(:storage).find_each do |support|
        next unless support.storage.contents.count > 0
        Ekylibre::FirstRun::Booker.intervene(:complete_wine_transfer, year - 1, 9, 15, 0.5, support: support) do |i|
          i.add_cast(reference_name: 'tank',             actor: support.storage)
          i.add_cast(reference_name: 'wine',             actor: support.storage.contents.first)
          i.add_cast(reference_name: 'wine_man',         actor: i.find(Worker))
          i.add_cast(reference_name: 'destination_tank', actor: i.find(Equipment, can: "store(wine)', 'store_liquid"))
        end
      end
      w.check_point
    end
  end
end