# 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
}


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.
max_front_ratios = { 			# Override the default against specific countries. Ignored against humans.
	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 = {					# Build land forts along these borders
		GER,
		ITA,
		...
	}
	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
}

garrison = {

	# OVERSEAS GARRISONING:
	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 = { # 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.)
		155 = 1.5
		....
	}

	# 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	 # 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
	
	# DH 1.03 - Introduced 2 new AI front settings used to determine the front leader for fronts in areas controlled by multiple AI countries.
	# Notes on front leader calculation: 
	# Only AI countries that have at least one province in the allied area and are not military controlled by another country can become front leaders.
	# Only one country can be front leader in the allied area.
	# A simple scoring system is used and the country with highest score is elected for front leader.
	# Score = Number of controlled provinces in the current area() + 5 (for alliance leaders) + 5 (if GER, JAP, ITA, SOV, USA, ENG, FRA) + 7 (if any of the province borders enemy province) + (front_leader_home or front_leader_overseas)
	# The above calculation is performed for the controller of each of the country areas (an allied area can contain one or more country areas or even more then one country areas for a country).
	front_leader_home 		=	X	# Default is 5. Used when calculated for areas direct land connection through allied or own controlled provinces to the capital. 
	front_leader_overseas 	=	X	# Default is 0. Used when calculated for areas with no direct land connection through allied or own controlled provinces to the capital. 
	
	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.
	province_priorities = [yes/no]	# Invade only provinces from target = { … } list with priority higher then 0. 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
}

# 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”.

}