# NOTE: Parameters marked "CHANGE" or "NEW" are not yet implemented.

switch = [yes/no]			
# Default is "yes". If turned off, the AI will not automatically try to switch to a more appropriate AI file every year.


# Inter-Agent distribution variables
flags = {
  	testflag = yes
  	invade_albania = no
  	assist_finland = no
    }

# Modifier to chance that country will accept a demand for territory.
claim_acceptance = X 

# The countries we will demand territory from if we have claims on them.
demand_claims = {
	EST
	LAT
	ROM
	LIT
	FIN
}

# The countries we will set free if we control their territory.
liberate = {
	LIT
	FIN
}

# Special resistance against "influence" by the listed nations. Value range = [0 - 10]
resistance = { 
	ROM = 8
}

# Country tags listed with a value specifying how much we want to destroy them.
combat = {
	ENG = 60
	FRA = 70
}

# Countries listed here are considered withing our 'sphere of influence'. We will strive to guarantee their independence.
protect = {
	TUR = 100
	DAN = 100
}

# Countries listed here are considered our natural allies. We will try to influence them and ally with them.
befriend = {
	TUR = 100
	DAN = 100
}

# Provinces with an assigned priority. These are strategic goals for the AI (it will try to take them in wars and demand them in peace treaties.)
target = {
	324 = 50 # 1 - 100
}

infrastructure = 0.1		
#max % of ic used on this slider.

upgrading = 0.1		
#max % of ic used on this slider.

reinforcement = 0.1	
#max % of ic used on this slider.

desperation = 0.3	
#If more than this % of ic is occupied by enemy, panic and build militia hordes.


# The ETA at which the AI uses strat. redeploy.
strat_redeploy_threshold = [days]

# Proportion of divisions that may be strategically redeploying at the same time. Default: 0.25
max_redeploying = X

# if the ai should use offensive supply
use_offensive_supply = yes/no

# only use offensive supply if the fuel needed for it is less than this divided by unit strength. Default: 100
max_fuel_offensive = x

#if ai should evacuate troops from island with low value
evac_islands = yes/no

# The "war monger" value affects the propensity of a country for declaring wars:
war = 50

# The tendency of a nation to create and accept alliances, and accept military access. The higher the value, the more "neutral" the nation. NOTE: this does not affect the tendency of a nation to start wars.
neutrality = 0 
# Total neutrality at about 100 to 150

max_front_ratio			= X		
# The max wanted friendly-to-enemy division ratio along the front. Default is 4.0.
# Override the default against specific countries. Ignored against humans.
max_front_ratios = { 			
	FIN = 2.0 
	... 
}

# Proportion of our land divisions that we are prepared to relinquish control over.
# NOTE: Do not set too low - the AI must be allowed to give over control of its forces in "allied war zones". Default: 0.75.
exp_force_ratio			= 0.75

# Will never send exp. forces _overseas_ to these countries:
# NOTE: May still give some to neighboring allies though.
no_exp_forces_to = {
	TAG
	...
}

max_garrison_prop		= [0.0-1.0] 	
# The war-time desired proportion of troops allocated to garrison duty

min_garrison_prop		= [0.0-1.0] 	
# The war-time minimum proportion of troops allocated to garrison duty
# NOTE: In areas without fronts, _all_ land units are controlled by the Garrison AI (except forces preparing for an invasion.)


construction = {
	max_factor		= [0.0-1.0]		
# Proportion of Production IC that should be used for province buildings.

	AA_batteries	 	= [yes/no/atwar/not_atwar]	
# yes = all the time, no = none, atwar = build during wars, not_atwar = build during peace

	max_AA_level		= X				
# Don't improve beyond this level.

	AA_provs		= { ... }		
# List of prioritized provinces


	coastal_fort 		= [yes/no/atwar/not_atwar]

	max_coastal_level	= X				
# Don't improve beyond this level.

	coastal_fort_provs	= { ... }		
# List of prioritized provinces


	radar_station 		= [yes/no/atwar/not_atwar]

	max_radar		= X				
# Don't improve beyond this level.

	radar_provs		= { ... }		
# List of prioritized provinces


	air_base 		= [yes/no/atwar/not_atwar]

	max_air_base		= X				
# Don't improve beyond this level.

	air_base_provs		= { ... }		
# List of prioritized provinces


	naval_base 		= [yes/no/atwar/not_atwar]

	max_naval_base		= X				
# Don't improve beyond this level.

	naval_base_provs	= { ... }	
# List of prioritized provinces


	land_fort		= [yes/no/atwar/not_atwar]

	max_land_level		= X				
# Don't improve land forts beyond this level.

	fort_borders = {					
		GER,
		ITA,
		...
	}
# Build land forts along these borders

	fort_provs		= { ... }	
# List of prioritized provinces


	ic_at_war			= [yes/no] 		
# Normally, we always build IC if there is a large resource surplus. The exception could be during wars.

	force_ic_until		= X				
# Ignore presence of a resource surplus and build IC anyway, until year X. (Useful for countries anticipating expansion.)

	ic_end_year			= X				
# Stop building IC at the end of year X.

	IC_provs			= { ... }		
# List of prioritized provinces


	nuclear_reactor = [yes/no/atwar/not_atwar]	

	nuclear_reactor_prov = province				
#province ai will try to build nuclear reactors in

	max_nuclear = 10					
#max nuclear reactor size ai will try to get


	rocket_test = [yes/no/atwar/not_atwar]						

	rocket_test_prov = province				
#province to build rocket test site in

	max_rocket = 10 					
#max rocket test site size
}


# OVERSEAS GARRISONING:

garrison = {

	defend_overseas_beaches = [yes/no] 
# "no" is default

# Basic need is X divisions per area where X is: number of provinces - attrition provinces
	
	home_multiplier = X 
# In home area, multiply basic need by X. Default: 0.5

	overseas_multiplier = X 
# In other area, multiply basic need by X. Default: 0.3333

	home_peace_cap = X 
# If at peace, we need at most X divisions in our capital area.

	war_zone_odds = X  
# Default: 2.0 (strive to transport in 2x enemy nr of divisions)

	area_multiplier = { 
		155 = 1.5
		....
	}
# If an area contains a specific province, multiply the basic need by value (overrides overseas_multiplier, but if it is the home area it is ignored.)


# PRIORITIES:

	beach = 50					
# Beach prio

	capital = 100				
# Our capital

	human_border = 210			
# Ignored for allied human players

	war_target = 100			
# The next country targeted for attack by this AI

	reserves = 20	
# bonus for provinces just behind a frontline.

	opposing_alliance = 100		
# For neutrals, all alliances are "opposing"

	claim_threat = 100			
# If we are neutral, countries with claims on us get this

	unstable_border	= 50		
# Bordering countries at war with someone else get this

# Borders with specific countries
	country_priorities = {
		ENG = 30
		FRA = -1	 
		...
		...
	}
# -1: Override "opposing_alliance", "claim_threat" and "unstable_border" values and set to 0.

# Specific provinces
	province_priorities = {
		527 = 50 	# Province 527 has prio 50
		1123 = -1	# Negative value will override _all_ other priorities and set to 0.
		...
		}
	
	ignore = {
		1123	#Will set prio to 0...
		}

	key_point_prio_mult		= [Value]	
# Value * key point value in a province = prio for that province

}

front = {
	river 		= x   	
# (What to multiply attacking power with if crossing a river. < 1.0 is an advantage..)

# the following modifies the odds-strength for defender.   (1.0 = no difference.)
	largefort 	= x #for forts above level 6.
	smallfort	= x #for forts 6 and below
	occupied	= x #for surrounded pocket at enemy territory
	owned		= x #for surrounded pocket at own territory

#Odds modifiying variables
# the following is to reduce odds-strength for attacker.
	frozen_attack 	= 0.50
	snow_attack 	= 0.50
	blizzard_attack = 0.25
	storm_attack 	= 0.60
	muddy_attack 	= 0.75

#reduces the size of odds in total.. (1.0 = no difference, 0.5 = halved.)
	jungle_attack 	= 0.85
	mountain_attack	= 0.60
	swamp_attack 	= 0.60
	forest_attack 	= 0.85
	hill_attack 	= 0.75
	urban_attack 	= 0.40
	
# Proportion of divisions in a front province that may be used to support the defense of neighboring provinces. Default 0.33
	support_defense_prop = X

	recklessness 		= 	[0-3]
	
# Even - Distribute forces evenly along the whole front.
# Reactive - Try to match enemy troop concentrations.
# Defensive - More troops in strategically important provinces (IC, Victory Points, Oil, etc)
# Offensive - Concentrate more troops where the enemy us weak
# Operational Defensive - The fewer avenues of escape, the less troops (to avoid encirclement.)

	distrib_vs_ai 		= 	[even/reactive/defensive/offensive/op_defensive]
	distrib_vs_human 	= 	[even/reactive/defensive/offensive/op_defensive]

# Countries we do not counter-attack for a certain number of days
	enemy_handicap = {
# NOTE: These values are ignored for human-controlled enemies.
# CAUTION: Values apply for _every_new_ war with a set nation.
		ENG = 100
		FRA = 120
		...
		...
	}

	passivity = { 
# Against specified enemies.
# Valid values: 0-100 (%)
		ENG = 0
		FRA = 50
		...
		...
	}
	
	province_priorities = {
		527 = 0.2	#Only assign 20% of desired forces to cover the province 527
		...
	}
	

	reserve_prop			= 	[0.0-1.0]	
# Maximum proportion of total divisions in a front allowed to remain behind the front line ( HQs and divisions needing to recover.)

	panic_ratio_vs_ai		=	X	
# Front requests more troops if outnumbered by this factor. NOTE: this results in troops being drawn from garrison duties, etc, so set HIGH.

	panic_ratio_vs_human		=	X	
# Front requests more troops if outnumbered by this factor. NOTE: this results in troops being drawn from garrison duties, etc, so set HIGH.

	enemy_reinf_days 		= 	X	
# Count enemy units less than X days from a target province in odds calculations

	base_attack_odds		=	X	
# Will attack at X odds or better

	min_attack_odds			=	X	
# If stalemated for a long period, may go as low as these attack odds

	max_attack_odds			=	X	
# Don't use more force than necessary to reach these odds

	reinforce_odds			=	X 	
# Send in more troops if the attacking force is at these odds

	withdraw_odds			= 	X	
# Break off attacks and withdraw at these odds

# NOTE: the calculations for retreating from _defensive_ positions are too complex to condense to a few variables
# NOTE: will _also_ retreat if the average organization is too low
}

military = {

	relative_build_scheme 	= [yes/no]	
# Should the AI strive to maintain a relative balance between unit types [yes] or simply allocate percentages (see below) of the total production [no]. Default: yes


	max_batch_peace = 800					
# Max production run length in DAYS while at peace

	max_batch_war = 500			 			
# Max production run length in DAYS while at war with no home front

	max_batch_home_front = 190				
# Max production run length in DAYS while at war with home fronts

# NOTE: AI production run size is also limited by other factors, such as Total IC capacity, days until end of scenario, and desperation.

# Example Build scheme:
	infantry = 		3
	cavalry = 		0
	motorized = 		5
	mechanized = 		6
	light_armor = 		0
	armor = 		10
	paratrooper = 		0
	marine = 		6
	bergsjaeger = 		3
	garrison = 		0
	hq = 			2
	militia = 		0
					# 35 %

	multi_role = 		7
	interceptor = 		3
	strategic_bomber = 	4
	tactical_bomber = 	6
	naval_bomber = 		5
	cas = 			5
	transport_plane = 	0
	flying_bomb = 		0
	flying_rocket = 	0
					# 35 %

	battleship = 		2
	light_cruiser = 	4
	heavy_cruiser = 	3
	battlecruiser = 	0
	destroyer = 		6
	carrier = 		6
	escort_carrier = 	0
	submarine = 		4
	nuclear_submarine = 	0
	transport = 		5
					# 30 %
# NOTE: The sum _must_ be exactly 100%!


# Brigade preferences:
# (% of eligible division types that should be built with a certain brigade type)
# Land types:
	artillery			=	15
	sp_artillery			=	5
	rocket_artillery		=	0
	sp_rocket_artillery		=	2
	anti_tank			=	3
	tank_destroyer			=	5
	light_armor_brigade		=	0
	heavy_armor			=	0
	super_heavy_armor		=	0
	armored_car			=	0
	anti_air			=	5
	police				=	0
	engineer			= 	5
# Sum of these should be <= 100

# Naval types:
	cag				=	100

# Sum of these should be <= 100

#The AI will always build escort fighters when it builds tactical bombers and strategic bombers.
}



# bomber is now obsolete and NOT USED AT ALL replace and use Air Marshal instead

air_marshal = {
	icxdayscostfactor = 10.0		
# How to value true industrial cost when calculating expect causalties

	manpowercostfactor = 100.0		
# How to value manpower cost when calculating expect causalties

	destructionriskthreashold = 0.2		
# when to fear a divisiopn might be destroyed

	airsuperioritydesirability = 10.0	
# desirability is a multiplier used when calcualting the mission desirability

	airsuperioritylosstolerance = 1.0	
# tolerance is the required kill:loss ration expected to do mission, 2.0 accept twice the losses of your enemy, 0.5 accept half

	groundattacklosstolerance = 1.0

	groundattackdesirability = 1.0

	interdictionlosstolerance = 1.5

	inderdictiondesirability = 1.0

	logisticalstrikelosstolerance = 4.5

	logisticalstrikeefficency = 0.01	
# efficency is a tweakable param to adjust according to how much actual damage comes from doing this mission (not to be confused with desirability)

	logisticalstrikedesirability = 100000.0

	runwaycrateringlosstolerance = 1.5

	runwaycrateringefficency = 0.01

	runwaycrateringdesirability = 20000.0

	strategicstriketolerance = 4.5

	strategicstrikeefficency = 0.01

	strategicstrikedesirability = 1000000.0

	installationstriketolerance = 1.5

	installationstrikeefficency = 0.01

	installationstrikedesirability = 10.0

	navalstriketolerance = 1.0

	navalstrikedesirability = 10.0

	portstriketolerance = 1.0

	portstrikedesirability = 9.0

	portstriketolerance = 1.0

	portstrikedesirability = 0.0


# You can have any number of task forces, but if you add one you must add ALL the kinds you want
# as then the defaults aren't set.
	
# The defaults currently are:
	taskforcetype = { 

		name = "Air Superiority" 
# Name can be anything and is only used to ease debugging
		
		desiredratio = 0.400 
# What ratio taskforces of this type should a nation try to form?		
		
		rangeweight = 10.000 
# How important the range for an air divisions in this taskforce-type?

		airkillpowerweight = 2000.000 
# How important is an air divisions ability to kill air in this taskforce-type?

		hardkillpowerweight = 0.000 

		softkillpowerweight = 0.000  

		navalkillpowerweight = 0.000 

		strategickillpowerweight = 0.000 
		
		transportcapacityweight = -1000000.000 
# A huge negative number here keeps transports out of this taskforce-type
		
		airvulnurabilityweight = -1.000  
# How bad is being vulnurable to enemy air (vulnurable is a mix of cost and defence value)

		surfacevulnurabilityweight = 0.000 
		
# What AI missions should this task force consider?
# Idle is the "mission" the AI is on when doing nothing,
# Reorganize is the "mission" the AI is on when trying to reform its
# air OOB to be more optimal. The other missions listed here correspond
# to the standard tactical missions AND a rebase to the best airbase.
		
# Possible missions are:			 
		idle = yes 
		reorganize = yes 
		air_superiority = yes 

#Others not supported by the "Air Superiority" default taskforce type
		#interdiction
		#ground_attack
		#logistical_strike
		#runway_cratering
		#strategic_bombardment
		#installation_strike
		#naval_strike
		#port_strike
		#convoy_air_raiding
		#airborne_assault
		#air_supply	
	} 
	
# the other defaults
	taskforcetype = { name = "Soft Bombing" desiredratio = 0.200 rangeweight = 10.000 airkillpowerweight = 0.000 hardkillpowerweight = 0.000 softkillpowerweight = 2000.000 navalkillpowerweight = 0.000 strategickillpowerweight = 0.000 transportcapacityweight = -1000000.000 airvulnurabilityweight = 0.000 surfacevulnurabilityweight = -1.000 idle = yes reorganize = yes interdiction = yes ground_attack = yes } 

	taskforcetype = { name = "Hard Bombing" desiredratio = 0.100 rangeweight = 10.000 airkillpowerweight = 0.000 hardkillpowerweight = 2000.000 softkillpowerweight = 0.000 navalkillpowerweight = 0.000 strategickillpowerweight = 0.000 transportcapacityweight = -1000000.000 airvulnurabilityweight = 0.000 surfacevulnurabilityweight = -1.000 idle = yes reorganize = yes interdiction = yes ground_attack = yes } 

	taskforcetype = { name = "Strategic Bombing" desiredratio = 0.100 rangeweight = 10.000 airkillpowerweight = 0.000 hardkillpowerweight = 0.000 softkillpowerweight = 0.000 navalkillpowerweight = 0.000 strategickillpowerweight = 2000.000 transportcapacityweight = -1000000.000 airvulnurabilityweight = -0.500 surfacevulnurabilityweight = -0.500 idle = yes reorganize = yes logistical_strike = yes runway_cratering = yes strategic_bombardment = yes installation_strike = yes } 

	taskforcetype = { name = "Naval Bombing" desiredratio = 0.100 rangeweight = 10.000 airkillpowerweight = 0.000 hardkillpowerweight = 0.000 softkillpowerweight = 0.000 navalkillpowerweight = 2000.000 strategickillpowerweight = 0.000 transportcapacityweight = -1000000.000 airvulnurabilityweight = 0.000 surfacevulnurabilityweight = -1.000 idle = yes reorganize = yes naval_strike = yes port_strike = yes convoy_air_raiding = yes } 

	taskforcetype = { name = "Airlift" desiredratio = 0.100 rangeweight = 10.000 airkillpowerweight = 0.000 hardkillpowerweight = -2000.000 softkillpowerweight = -2000.000 navalkillpowerweight = 0.000 strategickillpowerweight = -2000.000 transportcapacityweight = 1000000.000 airvulnurabilityweight = -1.000 surfacevulnurabilityweight = 0.000 idle = yes reorganize = yes airborne_assault = yes air_supply = yes } 

}



#The number of leaders of a given type is equal to the number of units multiplied with the leader_rartio.
#For example if you have 101 land units and land_field_marsal = 0.02 you will have two field marshals.
#For example if you have 101 sea units and sea_admiral = 0.06 you will have six admirals.

leader_ratio = {
	land_field_marshal =0.02
	land_general =0.031
	land_lt_general =0.41

	sea_grand_admiral =0.02
	sea_admiral =0.061
	sea_vice_admiral =0.401

	air_marshal =0.02
	air_general =0.091
	air_lt_General =0.11
	}


#Factors regarding amphibious invasions by ai.

invasion = {
#for evaluating specific province target.

	base = 1.0						
# Relative modifier. (lower = specific targets much more important.)

	random = 1.0					
# How big a random range.  (1.0 = 1%)

	coastal = 1.0                   
# increase to avoid coastal forts more.

	beach = 1.0                     
# higher, avoid worst beaches.

	distance = 1.0                  
# higher = avoid long distance.

	max_distance = 20.0		
# ignore distances at higher distance than this.. 1 = 100km ingame.

	pocket = 1.0                    
# prioritise pockets, ie provinces with no adjacent controlled by same.

	island = 1.0                    
# prioritise taking pure islands.

	enemy = 1.0                     
# higher = much more wary of troops in province.

	adjacentenemy = 1.0             
# higher = much more wary of troops nearby

	air_base	= 0.1   			
# add this priority for air bases within adjacentenemy

	naval_base	= 0.1				
# add this priority for naval bases within adjacentenemy

	air_support	= 0.1   			
# add this priority for beaches within reach of air_bases

	ignore = [yes/no]				
# Launch invasions even if we have a home front. Default: no.

	redirect	  = priority/nearest/home   
# priority refers to targets in the AI file,
# nearest is the closest enemy beach where the AI has
# good attack odds and home is to return back to port


#specific provinces can be targetted to get special bonuses..
	target = {
		898 = 1000
	}
}
# Invasion of South Sicily (898) has super high priority. Negative values preclude invasions there.


#Factors controlling the naval AI

admiral = {
#specific provinces can be targetted to get special bonuses..
	target = {
		592 = 200 # patrolling the south north sea have a big priority.
		...
	}

#This is used to determine that it's a core seazone and its control is important.
	core = {
		592
		...
	}
	
#Which provinces to use as bases..
	base = {
		592
		...
	}
	
#Which areas to ignore.
	ignore = {
		#PLEASE NOTE THAT ITS AREAS..  Not province-names
		"northern baltic"
		"southern baltic"
	}

	min_org		= 95%	
# NEW: Percent of org gained back before the unit can leave port

	min_dmg		= 95%   
# NEW: Percent of dmg gained back before the unit can leave port

	return_org 	= 60% 	
# NEW: PERCENT OF ORG LOST BEFORE RETURNING TO PORT applies to all fleets/ships

	return_dmg 	= 50% 	
# NEW: PERCENT OF DMG LOST BEFORE RETURNING TO PORT for repairs applies to all fleets/ships

}


# Factors to modify for technological development.
technology = {

	endgoal = { ... }			
#list of endgoals to achieve.

	preference = { ... }		
# list of techs to give bonus too.

	ignore = { ... } 			
# Techs we will never research

#preference to weight importance of research in these field.s
	armor = 2.0
	infantry = 3.0
	industry = 2.5
	aircraft = 0.6
	naval = 0.1
	land_doctrines = 4.0
	air_doctrines = 0.9
	naval_doctrines = 0.1
	secret_weapons = 0.4
}

# Factors to modify Trade Agreements.
trade = {
	favored = {
		TAG = X  	# Preferred Countries to trade resources with.
	}
	embargo = {
		TAG  		# Will not trade resources with these countries.
	}
	
# A threshold for when the AI should cancel trade agreements. Default is 4.0. A lower value means the AI will be more eager to cancel bad deals.
	cancel_deal_threshold = X		

# These override the resource values in "db\resource_values.csv" for this AI unless set to -1 (default.)
	energy 		= -1
	rare_materials 	= -1
	metal 		= -1
	oil 		= -1
	supplies 	= -1
	money 		= -1

# These block the selling of these resources, for example germany might stop selling Oil to others in 38
	block_metal_trade 		= 0
	block_rare_materials_trade 	= 0
	block_energy_trade 		= 0
	block_oil_trade 		= 1
	block_money_trade 		= 0
	block_supplies_trade 		= 0

}

# Factors to modify Tech Sharing
tech_sharing = {
	favored = {
		TAG = X  	# Preferred Countries to trade techs with. Higher value also means better techs.
		...
	}
	embargo = {
		TAG  		# Will not trade techs with these countries.
		...
	}
	not = {
		ID  		# List of techs never to trade.
		...
	}
	prioritized
		ID = X  	# Priority to accepting trades with these techs.
		...
	}
}

#prevents ai from accepting peace deals
ferocity = yes

#controls how much forces ai can send to different countries (not implemented internally)
exp_force_ratios = {
	USA = 0.75
	ENG = 0.25
} 



###########################################################
# SPY
###########################################################

spyprefs = {

	percentage_on_spies = 0.2
#percentage_on_spies: the amount of the income a country will spend on intelligence.

	percentage_foreign_mission = 0.7
#The amount of the income a country will spend on intelligence.
	}

spyprefsdata = {

	country_priorities= 10
#Is an integer value between 0 and 10. The higher the value is the more spy actions will be preformed in the target nation.

	number_of_spies10
#This is the number of spies a nation desire too has in the target nation.

	min_number_of_spies = 2
#When this number is reacted a nation will start to do spy action in the target nation.
	
#All the values below must be integers.

	steal_blueprint = 10
	minister_assassination = 15
	smear_campaign = 1
	coup = 1
	sabotage_industry = 10
	nuclear_sabotage = 0
	found_partisans = 0
	massmedia = 0
	counter_espionage = 2
	disrupt_techteam = 1

#The target country.
	country = USA
	}

# when country is the same as the AI file that data will be used for intelligence protecting the country i.e. counter espionage.
spyprefsdata = {
	NumberOfSpies = 3
	counter_espionage =  10
	country =	 GER
	}

#An Example :
#
#steal_blueprint = 10
#minister_assassination = 1
#sabotage_industry = 20
#
#In the long run the nation will perform 10 more “steal_blueprint” then minister_assassination and 10 more “sabotage_industry” then “steal_blueprint”.