## Categories used in this file must have use_for_ai_budget = yes defined in economic_categories ##
## It is possible to have multiple entries with the same category and resource ##

#################
## Expenditure ##
#################
alloys_expenditure_buffer = { # Buffer, will not be spent
	resource = alloys
	type = expenditure
	category = buffer

	potential = {
		always = no
	}

	weight = {
		weight = 0.0
	}
}

alloys_expenditure_ships = {
	resource = alloys
	type = expenditure
	category = ships

	potential = {
		always = yes
	}

	weight = {
		weight = 0.6

		# spend more alloys building ships while at war
		modifier = {
			factor = 2
			OR = {
				recently_lost_war = yes
				is_at_war = yes
			}
		}

		# If we want to colonize and are at peace then prio that
		modifier = {
			factor = 0.25
			AND = {
				ai_colonize_plans > 0
				is_at_war = no
			}
		}

		# spend less alloys on ships if over capacity
		modifier = {
			factor = 0.5
			used_naval_capacity_percent >= 1.0
		}

		# Biological Ships use less alloys
		modifier = {
			factor = 0.33
			country_uses_bio_ships = yes
		}

		modifier = {
			factor = 5
			used_naval_capacity_percent < 1.0
			OR = {
				any_neighbor_country = {
					has_ascension_perk = ap_become_the_crisis
				}
				any_country = {
					is_crisis_faction = yes
				}
			}
		}
	}

	desired_min = {
		base = 0

		modifier = {
			add = 3
			country_uses_bio_ships = no
		}

		modifier = {
			factor = trigger:years_passed
		}
	}
}

alloys_expenditure_ship_upgrades = {
	resource = alloys
	type = expenditure
	category = ship_upgrades

	potential = {
		is_at_war = no
		any_owned_fleet = {
			controller = { is_same_value = root }
			can_be_upgraded = yes
		}
	}

	weight = {
		weight = 0.2

		# spend more on ship upgrades if at capacity
		modifier = {
			factor = 2.5
			used_naval_capacity_percent >= 1.0
		}

		# Biological Ships use less alloys
		modifier = {
			factor = 0.33
			country_uses_bio_ships = yes
		}
	}
}

alloys_expenditure_planets = {
	resource = alloys
	type = expenditure
	category = planets

	potential = {
		always = yes
	}

	weight = {
		weight = 0.1
	}

	desired_min = {
		modifier = {
			add = 250
			any_owned_planet = {
				is_planet_class = pc_habitat
				free_district_slots > 0
			}
		}
		modifier = {
			add = 500
			any_owned_planet = {
				is_planet_class = pc_city
				free_district_slots > 0
			}
		}
		modifier = {
			add = 250
			is_void_dweller_empire = yes
		}
	}

	desired_max = {
		base = 5000
	}
}

alloys_expenditure_starbases = {
	resource = alloys
	type = expenditure
	category = starbases

	potential = {
		NOT = {
			is_country_type = fallen_empire
		}
	}

	weight = {
		weight = 0.4

		# spend more on starbase upgrades if at fleet cap
		modifier = {
			factor = 2
			used_naval_capacity_percent >= 1.0
		}

		# Reduce spending on claiming new systems if we have unclaimed planets
		modifier = {
			is_machine_empire = yes
			has_country_resource = { type = alloys amount < 450 }
			factor = 0.25 # more aggresive saving for robots since their colony ships cost more
			ai_colonize_plans > 0
		}
		# Reduce spending on claiming new systems if we have unclaimed planets
		modifier = {
			is_machine_empire = no
			has_country_resource = { type = alloys amount < 250 }
			factor = 0.50
			ai_colonize_plans > 0
		}

		modifier = {
			factor = 1.5
			used_starbase_capacity_percent < 1
			any_owned_starbase = {
				can_be_upgraded = yes
			}
		}
		modifier = {
			factor = 1.5
			OR = {
				any_owned_starbase = {
					NOT = { has_starbase_size = starbase_outpost }
					can_be_upgraded = yes
				}
				any_owned_nonprimary_starbase = {
					can_be_upgraded = yes
				}
			}
		}

		# Biological Starbases use less alloys
		modifier = {
			factor = 0.5
			country_uses_bio_ships = yes
		}
	}
	desired_max = {
		base = 500
		modifier = {
			add = 5000
			has_ascension_perk = ap_cosmogenesis
		}
	}
}

alloys_expenditure_starbases_fallen_empires = {
	resource = alloys
	type = expenditure
	category = starbases

	potential = {
		is_country_type = fallen_empire
	}

	weight = {
		weight = 0.2
	}
}

alloys_expenditure_starbases_expand = {
	resource = alloys
	type = expenditure
	category = starbases

	potential = {
		has_ai_expansion_plan = yes
		highest_threat < 50
		NOT = {
			is_country_type = fallen_empire
			is_country_type = awakened_fallen_empire
			ai_colonize_plans > 0
		}
		has_resource = { type = influence amount > 75 }
	}

	weight = {
		weight = 0.2

		# Biological Starbases use less alloys
		modifier = {
			factor = 0.5
			country_uses_bio_ships = yes
		}
	}

	desired_min = {
		base = 150
	}
}
alloys_expenditure_colonies_infernal_expand = {
	resource = alloys
	type = expenditure
	category = colonies

	potential = {
		is_infernal_empire = yes
		NOT = {
			has_origin = origin_synthetic_fertility
		}
		has_resource = { type = alloys amount > 400 }
		has_monthly_income = {
			resource = alloys
			value > 0
		}
	}

	weight = {
		weight = 0.8
	}

	desired_min = {
		base = 0
		modifier = {
			add = @colony_cost_base
			is_hive_empire = no
		}
		modifier = {
			add = @colony_cost_high
			OR = {
				is_hive_empire = yes
			}
		}
	}

	desired_max = {
		base = 0
		modifier = {
			add = @colony_cost_base_max
			is_hive_empire = no
		}
		modifier = {
			add = @colony_cost_high_max
			OR = {
				is_hive_empire = yes
			}
		}
	}
}
alloys_expenditure_colonies_expand = {
	resource = alloys
	type = expenditure
	category = colonies

	potential = {
		OR = {
			is_at_war = no
			mid_game_years_passed > 0
		}
		ai_colonize_plans > 0
		OR = {
			AND = {
				is_lithoid_empire = no
				is_infernal_empire = no
				has_resource = { type = food amount > 400 }
				has_monthly_income = {
					resource = food
					value > 0
				}
			}
			AND = {
				is_lithoid_empire = yes
				has_resource = { type = minerals amount > 400 }
				has_monthly_income = {
					resource = minerals
					value > 0
				}
			}
			AND = {
				is_robot_empire = yes
				has_resource = { type = energy amount > 400 }
				has_monthly_income = {
					resource = energy
					value > 0
				}
			}
			AND = {
				is_infernal_empire = yes
				has_resource = { type = alloys amount > 400 }
				has_monthly_income = {
					resource = alloys
					value > 0
				}
			}
		}
	}

	weight = {
		weight = 0.5
	}
	desired_min = {
		base = 0
		modifier = {
			add = @colony_cost_base
			is_guided_sapience_empire = no
			is_virtual_empire = no
		}
		modifier = {
			add = @colony_cost_low
			is_guided_sapience_empire = no
			is_virtual_empire = yes
		}
		modifier = {
			add = @colony_cost_mid
			is_guided_sapience_empire = yes
			is_virtual_empire = no
		}
		modifier = {
			add = @colony_cost_base
			is_guided_sapience_empire = yes
			is_virtual_empire = yes
		}
		modifier = {
			mult = 0.5
			has_origin = origin_tree_of_life
		}
		modifier = {
			mult = 0.5
			country_uses_bio_ships = yes
		}
	}

	desired_max = {
		base = 0
		modifier = {
			add = @colony_cost_base_max
			is_guided_sapience_empire = no
			is_virtual_empire = no
		}
		modifier = {
			add = @colony_cost_low_max
			is_guided_sapience_empire = no
			is_virtual_empire = yes
		}
		modifier = {
			add = @colony_cost_mid_max
			is_guided_sapience_empire = yes
			is_virtual_empire = no
		}
		modifier = {
			add = @colony_cost_base_max
			is_guided_sapience_empire = yes
			is_virtual_empire = yes
		}
		modifier = {
			mult = 0.5
			has_origin = origin_tree_of_life
		}
		modifier = {
			mult = 0.5
			country_uses_bio_ships = yes
		}
	}
}

alloys_expenditure_megastructures = {
	resource = alloys
	type = expenditure
	category = megastructures

	potential = {
		is_country_type = default
		OR = {
			is_at_war = no
			used_naval_capacity_percent > 0.95
		}
		can_build_megastructures = yes
	}

	weight = {
		weight = 0.4

		# increase budget if megastructures are unfinished
		modifier = {
			factor = 3
			used_naval_capacity_percent > 0.8
			any_owned_megastructure = {
				can_be_upgraded = yes
			}
		}
	}

	desired_max = {
		base = 20000 # current max alloy cost for a stage
	}
}

alloys_expenditure_habitats = {
	resource = alloys
	type = expenditure
	category = megastructures_habitat

	potential = { ai_should_build_habitats = yes }

	weight = {
		weight = 0.2
		modifier = {
			factor = 2
			is_void_dweller_empire = yes
		}
		modifier = {
			factor = 2
			is_void_dweller_empire = yes
			count_owned_planet = {
				limit = { is_planet_class = pc_habitat }
				count < 4
			}
		}
		modifier = {
			factor = 2
			is_void_dweller_empire = yes
			count_owned_planet = {
				limit = { is_planet_class = pc_habitat }
				count < 6
			}
		}
		modifier = {
			factor = 5
			mid_game_years_passed > 0
			num_owned_planets < 12
		}
		modifier = {
			factor = 0.5
			has_trait = trait_aquatic
		}
		modifier = { #Build fortress habitats
			factor = 2
			used_naval_capacity_percent > 0.95
			used_starbase_capacity_percent >= 1
		}
		modifier = {
			factor = 0.5
			is_at_war = yes
		}
	}

	desired_min = {
		base = 1000
	}
	desired_max = {
		base = 1500
	}
}

alloys_expenditure_decisions = {
	resource = alloys
	type = expenditure
	category = decisions
	potential = {
		OR = {
			has_ascension_perk = ap_arcology_project
			has_technology = tech_mega_engineering
			has_technology = tech_housing_2
		}
		# only consider these kinds of decisions when "wealthy"
		has_resource = {
			type = alloys
			amount > 5000
		}
		any_owned_planet = {
			OR = {
				AND = {
					root = { has_ascension_perk = ap_arcology_project }
					is_starting_planet_type = yes
				}
				AND = {
					is_planet_class = pc_shattered_ring_habitable
					root = { has_technology = tech_mega_engineering }
					num_uncleared_blockers < 1
				}
				AND = {
					is_planet_class = pc_relic
					root = { has_technology = tech_housing_2 }
					num_uncleared_blockers < 1
				}
			}			
		}
	}
	weight = {
		weight = 0.20
	}
	# based on habitat / restore ring
	desired_max = {
		base = 2000
		modifier = {
			add = 8000
			has_technology = tech_mega_engineering
			any_owned_planet = {
				is_planet_class = pc_shattered_ring_habitable
				num_uncleared_blockers < 1
			}
		}
		modifier = {
			add = 8000
			OR = {
				has_ascension_perk = ap_arcology_project
				AND = {
					has_technology = tech_housing_2
					any_owned_planet = {
						is_planet_class = pc_relic
						num_uncleared_blockers < 1
					}
				}
			}
		}
	}
}

alloys_expenditure_deposit_blockers = {
	resource = alloys
	type = expenditure
	category = deposit_blockers

	potential = {
		OR = {
			any_owned_planet = {
				is_planet_class = pc_shattered_ring_habitable
				num_uncleared_blockers > 0
			}
			AND = {
				OR = {
					has_technology = tech_climate_restoration
					has_ascension_perk = ap_machine_worlds
				}
				any_owned_planet = {
					has_deposit = d_machine_prototype_pc_machine
				}
			}
		}
	}

	weight = {
		weight = 0.15
	}

	# base remove blocker cost
	desired_min = {
		base = 250
	}

	desired_max = {
		base = 1250
		modifier = {
			mult = 2
			OR = {
				has_technology = tech_climate_restoration
				has_ascension_perk = ap_machine_worlds
			}
			any_owned_planet = {
				has_deposit = d_machine_prototype_pc_machine
			}
		}
	}
}

############
## Upkeep ##
############
alloys_upkeep_buffer = {	# Buffer, will not be spent
	resource = alloys
	type = upkeep
	category = buffer

	potential = {
		always = yes
	}

	weight = {
		weight = 0.3
	}
}

alloys_upkeep_ships = {
	resource = alloys
	type = upkeep
	category = ships

	potential = {
		always = yes
	}

	weight = {
		weight = 0.5
		modifier = {
			factor = 1.5
			OR = {
				is_at_war = yes
				resource_income_compare = {
					resource = alloys
					value > 800
				}
			}
		}
	}
}

alloys_upkeep_planets = {
	resource = alloys
	type = upkeep
	category = planets

	potential = {
		always = yes
	}

	weight = {
		weight = 0.2
	}
}