microchip_startup = {
	set_variable = { country_microchip_production_var = 0 }
	set_variable = { country_composite_production_var = 0 }
	set_variable = { country_base_civilian_microchip_consumption_var = 0 }
	set_variable = { country_base_microchip_civ_consumption_stab_var = 0 }
	set_variable = { country_extra_microchip_per_plant = 0 }
	set_variable = { country_extra_composite_per_plant = 0 }
	if = {
		limit = {
			OR = {
				check_variable = { resource_produced@microchips > 0 }
				check_variable = { resource_produced@composites > 0 }
			}
		}
		add_dynamic_modifier = { modifier = advanced_production_modifier }
	}
	if = {
		limit = {
			NOT = {
				has_dynamic_modifier = { modifier = civilian_microchip_consumption_modifier }
			}
		}
		add_dynamic_modifier = { modifier = civilian_microchip_consumption_modifier }
	}

	# Apply modifiers for pre-researched starting technologies
	if = {
		limit = { has_tech = microchip_production_2 }
		md_tech_microchip_production_2_effect = yes
	}
	if = {
		limit = { has_tech = microchip_production_3 }
		md_tech_microchip_production_3_effect = yes
	}
	if = {
		limit = { has_tech = microchip_production_4 }
		md_tech_microchip_production_4_effect = yes
	}
	if = {
		limit = { has_tech = microchip_production_5 }
		md_tech_microchip_production_5_effect = yes
	}
	if = {
		limit = { has_tech = microchip_production_6 }
		md_tech_microchip_production_6_effect = yes
	}
	if = {
		limit = { has_tech = microchip_production_7 }
		md_tech_microchip_production_7_effect = yes
	}
	if = {
		limit = { has_tech = microchip_production_8 }
		md_tech_microchip_production_8_effect = yes
	}
	if = {
		limit = { has_tech = microchip_production_9 }
		md_tech_microchip_production_9_effect = yes
	}
	if = {
		limit = { has_tech = microchip_production_10 }
		md_tech_microchip_production_10_effect = yes
	}

	if = {
		limit = { has_tech = composite_production_2 }
		md_tech_composite_production_2_effect = yes
	}
	if = {
		limit = { has_tech = composite_production_3 }
		md_tech_composite_production_3_effect = yes
	}
	if = {
		limit = { has_tech = composite_production_4 }
		md_tech_composite_production_4_effect = yes
	}
	if = {
		limit = { has_tech = composite_production_5 }
		md_tech_composite_production_5_effect = yes
	}
	if = {
		limit = { has_tech = composite_production_6 }
		md_tech_composite_production_6_effect = yes
	}
	if = {
		limit = { has_tech = composite_production_7 }
		md_tech_composite_production_7_effect = yes
	}
	if = {
		limit = { has_tech = composite_production_8 }
		md_tech_composite_production_8_effect = yes
	}
}

microchip_update = {
	if = { limit = { check_variable = { resource_produced@microchips > 0 } }
		if = { limit = { NOT = { has_dynamic_modifier = { modifier = advanced_production_modifier } } }
			add_dynamic_modifier = { modifier = advanced_production_modifier }
		}

		#Gather total resources remaining
		set_temp_variable = { country_tech_remaining = resource@tungsten }
		set_temp_variable = { country_rare_remaining = resource@chromium }

		#Starting produced needs to be set manually, else math has a seizure. Math will never be perfect, because it ignores all the stacked modifiers
		#But I just don't care anymore, because I just want this to work, damnit
		set_temp_variable = {
			country_microchip_produced = {
				value = microchip_plant_total
				multiply = {
					value = 20
					add = country_extra_microchip_per_plant
				}
			}
		}

		set_temp_variable = { country_microchip_reducer = 0 }

		#Gather overall production demand
		#First, check if we even need to do all this. If there is a surplus of both tech and precious metals, there is no need to adjust production
		if = {
			limit = {
				OR = {
					check_variable = { country_tech_remaining < 0 }
					check_variable = { country_rare_remaining < 0 }
				}
			}
			#Invert the numbers here for a fast check. Surplus now can't be higher than demand, since it's negative
			#Deficit now is positive, and can be used easily in the cost math since it's positive
			multiply_temp_variable = { country_tech_remaining = -1 }
			multiply_temp_variable = { country_rare_remaining = -1 }

			set_temp_variable = {
				country_microchip_reducer = {
					value = 0
					add = {
						value = 0
						max = {
							value = 0
							max = country_rare_remaining
						}
					}
					add = {
						value = 0
						max = {
							value = 0
							max = {
								value = country_tech_remaining
								multiply = 1.25
								round = yes
							}
						}
					}
				}
			}

			set_variable = { country_microchip_production_var = country_microchip_reducer }

			set_temp_variable = {
				country_microchip_reducer_max = {
					value = country_microchip_produced
					multiply = 0.95
					round = yes
				}
			}
		}
		else = {
			#There should be no reduction here, because we have a surplus of all inputs
			set_variable = { country_microchip_production_var = 0 }
		}

		#If running a power deficit, reduce the amount of chips made for power loss
		if = {
			limit = {
				check_variable = { energy_difference_variable < 0 }
			}

			set_variable = {
				country_microchip_production_var = {
					value = country_microchip_production_var
					add = {
						value = country_microchip_produced
						subtract = country_microchip_production_var
						multiply = unfulfilled_energy_demand_dynmod_var
					}
					round = yes
				}
			}
		}

		if = {
			limit = { check_variable = { country_microchip_reducer_max = 0 } }
			set_temp_variable = { country_microchip_reducer_max = country_microchip_produced }
		}

		if = { limit = { original_tag = TAI }
			if = {
				limit = { check_variable = { country_microchip_production_var > 0 } }

				subtract_from_variable = { country_microchip_production_var = tai_chip_resource_use_improvements }
			}
			if = {
				limit = { has_dynamic_modifier = the_great_chip_race_modifier }
				set_variable = {
					tai_microchip_prod_boost_var = {
						value = CHI.resource_produced@microchips
						divide = resource_produced@microchips
						clamp = { min = 0.05 max = 0.6 }
					}
				}

				set_variable = {
					tai_microchip_const_boost_var = {
						value = CHI.resource_produced@microchips
						divide = resource_produced@microchips
						multiply = 0.5
						clamp = { min = 0.05 max = 0.6 }
					}
				}
			}
		}

		# if we have no production or import of a required material (none avaiabile at all), then halt production
		if = {
			limit = {
				OR = {
					AND = {
						check_variable = { resource_produced@chromium = 0 }
						check_variable = { resource_imported@chromium = 0 }
					}
					AND = {
						check_variable = { resource_produced@tungsten = 0 }
						check_variable = { resource_improted@tungsten = 0 }
					}
				}
			}
			set_variable = { country_microchip_production_var = resource_produced@microchips }
		}

		clamp_variable = { var = country_microchip_production_var min = 0 max = country_microchip_reducer_max }
	}
	else = {
		set_variable = { country_microchip_production_var = 0 }
	}
}

composite_update = {
	if = { limit = { check_variable = { resource_produced@composites > 0 } }
		if = { limit = { NOT = { has_dynamic_modifier = { modifier = advanced_production_modifier } } }
			add_dynamic_modifier = { modifier = advanced_production_modifier }
		}

		#Gather total resources remaining
		set_temp_variable = { country_rare_remaining = resource@chromium }
		set_temp_variable = { country_rubber_remaining = resource@rubber }

		set_temp_variable = {
			country_composite_produced = {
				value = composite_plant_total
				multiply = {
					value = 20
					add = country_extra_composite_per_plant
				}
			}
		}

		set_temp_variable = { country_composite_reducer = 0 }

		#Gather overall production demand
		#Math is here. Unless you know the math, PLEASE do not mess with these variables
		#First, check if we even need to do all this. If there is a surplus of both tech and precious metals, there is no need to adjust production
		if = {
			limit = {
				OR = {
					check_variable = { country_rare_remaining < 0 }
					check_variable = { country_rubber_remaining < 0 }
				}
			}
			#Invert the numbers here for a fast check. Surplus now can't be higher than demand, since it's negative
			#Deficit now is positive, and can be used easily in the cost math since it's positive
			multiply_temp_variable = { country_rare_remaining = -1 }
			multiply_temp_variable = { country_rubber_remaining = -1 }

			set_temp_variable = {
				country_composite_reducer = {
					value = 0
					add = {
						value = 0
						max = {
							value = 0
							max = country_rare_remaining
						}
					}
					add = {
						value = 0
						max = {
							value = 0
							max = {
								value = country_rubber_remaining
								multiply = 1.5
								round = yes
							}
						}
					}
				}
			}

			set_variable = { country_composite_production_var = country_composite_reducer }

			set_temp_variable = {
				country_composite_reducer_max = {
					value = country_composite_produced
					multiply = 0.95
					round = yes
				}
			}
			#Clamp the max at -90% of production, this number can be adjusted
			clamp_variable = {
				var = country_composite_production_var
				min = 0
				max = country_composite_reducer_max
			}
		} else = {
			#There should be no reduction here, because we have a surplus of all inputs
			set_variable = { country_composite_production_var = 0 }
		}
	}
	else = {
		set_variable = { country_composite_production_var = 0 }
	}
}

civilian_microchip_consumption = {
	if = {
		limit = {
			NOT = {
				has_dynamic_modifier = { modifier = civilian_microchip_consumption_modifier }
			}
		}
		add_dynamic_modifier = { modifier = civilian_microchip_consumption_modifier }
	}

	#Set the basic population consumption numbers. This is based off the population total and GPD/C
	#Higher GDP/C will increase the multiplier applied to the population
	#IE, high pop but low GDP/C should result in a lower consumption amount than a low pop, high GDP/C nation
	#Since higher GDP/C = higher developed = higher population technology demand
	set_temp_variable = {
		base_chip_consumption = {
			value = population_total
			multiply = gdp_per_capita
			multiply = 0.00025
			add = {
				value = population_total
				multiply = gdp_per_capita
				multiply = 0.00025
				multiply = modifier@civilian_chip_consumption_modifier
			}
			add = {
				value = office_park_total
				multiply = offices_manpower_fulfillment
				multiply = 0.25
				add = {
					value = office_park_total
					multiply = offices_manpower_fulfillment
					multiply = 0.25
					multiply = modifier@industry_chip_consumption_modifier
				}
			}
			round = yes
		}
	}

	set_temp_variable = {
		total_microchips = {
			value = resource_produced@microchips
			subtract = resource_exported@microchips
			add = resource_imported@microchips
		}
	}

	#Check if at war. If at war, the military gets priority for the microchip demand
	#If not at war, civs get priority
	set_temp_variable = { base_stab_adjust = 0 }
	if = {
		limit = { has_war = yes }
		set_temp_variable = {
			total_microchips = {
				value = total_microchips
				subtract = resource_consumed@microchips
			}
		}

		if = {
			limit = { check_variable = { total_microchips < 1 } }
			#Nothing left for civilians, since there is military deficit and we at war, yo
			set_temp_variable = {
				base_chip_consumption = {
					value = base_chip_consumption
					multiply = -1
				}
			}
			set_temp_variable = { base_stab_adjust = base_chip_consumption }
			set_temp_variable = { base_chip_consumption = 0 }
		} else = {
			set_temp_variable = {
				total_chip_buffer = {
					value = total_microchips
					subtract = base_chip_consumption
				}
			}

			if = {
				#total chip buffer here is how many in the hole we are
				#this number now becomes the instability modifier, and add tos base_chip_consumption to remove the deficits
				limit = { check_variable = { total_chip_buffer < 0 } }
				#we have a deficit of chips after civ consumption, run the math
				set_temp_variable = { base_stab_adjust = total_chip_buffer }
				set_temp_variable = {
					base_chip_consumption = {
						value = base_chip_consumption
						add = total_chip_buffer
					}
				}

			} else = {
				#we have enough chips!
				set_temp_variable = { base_stab_adjust = total_chip_buffer }
			}
		}
	} else = {
		#Civis get their chips first here, so we will allow a deficit during peacetime for mil production
		#This can still lead to instability, if civ demand is not met, but if it is met, hey, we're happy!
		set_temp_variable = {
			total_microchips = {
				value = total_microchips
				subtract = base_chip_consumption
			}
		}
		set_temp_variable = { base_stab_adjust = total_microchips }
	}

	set_temp_variable = {
		base_stab_adjust = {
			value = base_stab_adjust
			multiply = 0.001
			clamp = { min = -0.15 max = 0.15 }
		}
	}

	#Set how much is consumed here. During military conflict, civs will just consume what is left
	#this will prevent the civilian population from deficiting the military during wartime, at the cost of stability
	#Insert other potential economic consequences here, but basically, you better have the chips
	set_variable = { country_base_civilian_microchip_consumption_var = base_chip_consumption }
	set_variable = { country_base_microchip_civ_consumption_stab_var = base_stab_adjust }
}


md_tech_microchip_production_2_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_microchip_production_2 }
		}
		set_country_flag = md_applied_microchip_production_2
		set_variable = { country_extra_microchip_per_plant = 1 }
		modify_building_resources = {
			building = microchip_plant
			resource = microchips
			amount = 1
		}
	}
}

md_tech_microchip_production_3_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_microchip_production_3 }
		}
		set_country_flag = md_applied_microchip_production_3
		set_variable = { country_extra_microchip_per_plant = 2 }
		modify_building_resources = {
			building = microchip_plant
			resource = microchips
			amount = 1
		}
	}
}

md_tech_microchip_production_4_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_microchip_production_4 }
		}
		set_country_flag = md_applied_microchip_production_4
		set_variable = { country_extra_microchip_per_plant = 3 }
		modify_building_resources = {
			building = microchip_plant
			resource = microchips
			amount = 1
		}
	}
}

md_tech_microchip_production_5_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_microchip_production_5 }
		}
		set_country_flag = md_applied_microchip_production_5
		set_variable = { country_extra_microchip_per_plant = 4 }
		modify_building_resources = {
			building = microchip_plant
			resource = microchips
			amount = 1
		}
	}
}

md_tech_microchip_production_6_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_microchip_production_6 }
		}
		set_country_flag = md_applied_microchip_production_6
		set_variable = { country_extra_microchip_per_plant = 5 }
		modify_building_resources = {
			building = microchip_plant
			resource = microchips
			amount = 1
		}
	}
}

md_tech_microchip_production_7_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_microchip_production_7 }
		}
		set_country_flag = md_applied_microchip_production_7
		set_variable = { country_extra_microchip_per_plant = 6 }
		modify_building_resources = {
			building = microchip_plant
			resource = microchips
			amount = 1
		}
	}
}

md_tech_microchip_production_8_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_microchip_production_8 }
		}
		set_country_flag = md_applied_microchip_production_8
		set_variable = { country_extra_microchip_per_plant = 7 }
		modify_building_resources = {
			building = microchip_plant
			resource = microchips
			amount = 1
		}
	}
}

md_tech_microchip_production_9_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_microchip_production_9 }
		}
		set_country_flag = md_applied_microchip_production_9
		set_variable = { country_extra_microchip_per_plant = 8 }
		modify_building_resources = {
			building = microchip_plant
			resource = microchips
			amount = 1
		}
	}
}

md_tech_microchip_production_10_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_microchip_production_10 }
		}
		set_country_flag = md_applied_microchip_production_10
		set_variable = { country_extra_microchip_per_plant = 9 }
		modify_building_resources = {
			building = microchip_plant
			resource = microchips
			amount = 1
		}
	}
}

md_tech_composite_production_2_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_composite_production_2 }
		}
		set_country_flag = md_applied_composite_production_2
		set_variable = { country_extra_composite_per_plant = 1 }
		modify_building_resources = {
			building = composite_plant
			resource = composites
			amount = 1
		}
	}
}

md_tech_composite_production_3_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_composite_production_3 }
		}
		set_country_flag = md_applied_composite_production_3
		set_variable = { country_extra_composite_per_plant = 2 }
		modify_building_resources = {
			building = composite_plant
			resource = composites
			amount = 1
		}
	}
}

md_tech_composite_production_4_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_composite_production_4 }
		}
		set_country_flag = md_applied_composite_production_4
		set_variable = { country_extra_composite_per_plant = 4 }
		modify_building_resources = {
			building = composite_plant
			resource = composites
			amount = 2
		}
	}
}

md_tech_composite_production_5_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_composite_production_5 }
		}
		set_country_flag = md_applied_composite_production_5
		set_variable = { country_extra_composite_per_plant = 6 }
		modify_building_resources = {
			building = composite_plant
			resource = composites
			amount = 2
		}
	}
}

md_tech_composite_production_6_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_composite_production_6 }
		}
		set_country_flag = md_applied_composite_production_6
		set_variable = { country_extra_composite_per_plant = 8 }
		modify_building_resources = {
			building = composite_plant
			resource = composites
			amount = 2
		}
	}
}

md_tech_composite_production_7_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_composite_production_7 }
		}
		set_country_flag = md_applied_composite_production_7
		set_variable = { country_extra_composite_per_plant = 10 }
		modify_building_resources = {
			building = composite_plant
			resource = composites
			amount = 2
		}
	}
}

md_tech_composite_production_8_effect = {
	if = {
		limit = {
			NOT = { has_country_flag = md_applied_composite_production_8 }
		}
		set_country_flag = md_applied_composite_production_8
		set_variable = { country_extra_composite_per_plant = 12 }
		modify_building_resources = {
			building = composite_plant
			resource = composites
			amount = 2
		}
	}
}