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Spr文�g详解

飞翔天�� — Tue, 26 Jan 2010 13:36:00 GMT

��L��电脑中的囄��.bmp�?gif�{�等�Q�注意：所有图片的长宽都要�?的倍数�Q�比�?X8 16X8 64X24�{�等�?br /> 使用photoshop来编辑，所有的囄��都得用烦�?56�Ԍ��具体�Ҏ��如下�Q?br /> 打开你要转换的图片的源文�Ӟ��“囑փ�”里找�?#8220;囑փ�大小”�Q�调整一下大��?br /> 然后再在“囑փ�”里面扑ֈ�“模式”�Q�选择里面�?#8220;索引颜色”�?br /> 然后出来一个对话框�Q�调板栏选择“局部（可选择�Q?#8221;�Q�然后就�?56色的�?br /> 选择“�?#8221;�?br /> OK�Q�点“文�g”然后�?#8220;储存�?#8221;�Q�这时候选择.bmp文�g�Q�就大功告成了�?br /> Sprite = {
     Bitmap = "T-CAVALRY A-FIRE C-MIN L-1 D-E.bmp"
     Origin = { x = 56 y = 62 }
     Frames = 15
     Speed = 8
     Palette = "T-CAVALRY C-MIN L-1.bmp"
}
其中Bitmap=内部的��|��是\gfx\map\units\bmp 里面的图片名�U�ͼ�坐标与兵�U�的寚w��有关�Q�frames是��?speed应该是播攄��速度�Q�至于T-CAVALRY C-MIN L-1.bmp应该是存在于\gfx\palette下的一个颜色文�Ӟ��4*4像素�Q�是调背景色用的�Q�如果选择错误也会造成光|��出现杂色的点甚至无法正常昄��{�问题�?

飞翔天�� 2010-01-26 21:36 发表评论

飞翔天�� — Tue, 15 Dec 2009 12:36:00 GMT

�?位数字组成，�?位从100——xxx�Q�表�C�国家代码，�?位从01——xx�Q�表�C��国家的科技�l�代码�?

import java.io.*;
import java.util.*;

public class Terms {
    public static void main(String args[]) throws IOException {
        String line = null;
        File fl = new File("E:\\terms");
        String[] files = fl.list();
        File f = null;
        int m = 100;

        for (String file : files) {
            f = new File(fl, file);
            String filename = f.getName();
            BufferedReader in = new BufferedReader(new FileReader(f));
            String content ="";
            while ((line = in.readLine()) != null) {
                content += line+"\n";
                break;
            }
            String s = String.valueOf(m);
            int n = 1;
            while ((line = in.readLine()) != null) {
                int k = line.indexOf(";");
                String t = String.valueOf(n);
                String tmp = "";
                for (int i = 0; i < 2 - t.length(); i++)
                    tmp += "0";
                t = tmp + t;
                content += s+t+line.substring(k)+"\n";
                n++;
            }
            // System.out.println(t);
            FileWriter out = new FileWriter(f);
            out.write(content);
            out.close();

            m++;
        }
    }
}

飞翔天�� 2009-12-15 20:36 发表评论

DA1.3 ai文�g深入研究

飞翔天�� — Sat, 21 Nov 2009 12:43:00 GMT

�?#8230;\ai的目錄裡�Q�有各國的AI�a�定�Q?#8230;\ai\GlobalWar是劇情AI�Q?#8230;\ai\switch則是另外��d��
以下大部份內容參�?2區�Q�大致如下：版本�Q?.3B1�Q�以德國1936��Z��

若該國沒有專屬AI�Q�則採用default.ai�Q�此外，若該國有��屬AI�Q�隨著時間運行，電腦會配合swich與event扑ְ�相對應的AI文�g套用�Q�否則，載入遊戲時的初始AI文�g��一路��用到底，另外�Q�因swich或event而套用的新AI文�g(有些只有�q�行)�Q�是採用替換的方式，��新AI文�g中相同的內容覆蓋舊AI�Q�其他的仍保留，並非全面更新

��Z��i�省版面�Q�有些重覆的內容我刪了，有些沒有的我加上�Q�不是原版的�Q�以下的每一個參數設定，有些也不是必須的

switch = (yes/no)
AI是否隨著�q�代��找最適的AI文�g�Q?2區指默認為YES�Q�但是我看大部䆾的設定都是NO�Q�也��是說，36�q�開局的電腦AI是一直採�?6�q�的�a�定……然後再利用事件來聯結其他的AI文�g做改變，��x��是聯�i�到那個AI檔，我對事�g不熟悉，高手指點一下吧

flags = {
}
這個我不懂…扑ր�會�E�式語言的來說明吧，反正��是個變量的控制代碼…一般的AI文�g中不多，大致上就是符合FLAGS內的條�g時，改為埯��某些數據�Q�或是觸��g��些其他的事�g

max_front_ratio = 1.2
前線最大佈�늎��Q�愈高動用部隊愈�?一般默認為4.0)�Q��d�?6�q�設定為1.2�Q?4�q�拉高到6.0
��單來說�Q�就是敵人在邊界放一個師�Q�AI��放1.2個師(當然是能力許可狀�?

max_front_ratios = {
SOV = 1.5
}
同上�Q�前�R�佈�늎��Q�但針對特定國家(玩家除外)

max_garrison_prop = 0.30
min_garrison_prop = 0.20
「戰爭時」國土兵力最大與最��的駐防�?反游�? 區間為0-1

neutrality = 90.000
接受同盟與軍事通行的可能性，愈高愈難�Q��d�?6�q�是90�Q?9�q�降�?0(開戰了才坦然接受��弟)
(這個數值會影響加入聯盟的意��，一般中立國家約100-150�Q�再配合國家政策�Q�設定成150的話�Q�基本上��׃��會加入�Q何聯盟了)

war = 0
��d��宣戰��率�Q��d�?6�q�設定為0�Q?9�q�拉高到50

reinforcement = 0.3000
分配�i�增援ic的最大比�?0.0-1.0)

upgrading = 0.3500
分配�i�升級ic的最大比�?0.0-1.0)

desperation = 0.3
被敵��Z��領的ic��過這個比例，會觸發絕望模�?#8230;後果是瘋狂造民兵，區間似乎是0-1

strat_redeploy_threshold = 50
戰略轉移最大時�?(�?
max_redeploying = 0.05
同一時間�Q�ai戰轉的最大部隊比�?默認�?.25)

exp_force_ratio = 0.0
�z�N��遠征軍比�?預設值為0.75)區間為0-1
exp_force_ratios = { }
同上�Q�但針對特定國家
no_exp_forces_to = { JAP VIC }
不派遣遠征軍的國�?br />

evac_islands =  yes/no
AI是否會主動徹��Z��價值的島嶼

use_offensive_supply =  yes/no
AI是否會��用攻勢補�i?br /> max_fuel_offensive =  value
每單位攻勢補�i��用的最大燃�?默認�?00)

###################################
# Diplomacy    外交
###################################

combat = {
ENG = 50
FRA = 70
}
優先��L��國家�Q�先法再�?br />
demand_claims = {
POL
AUS
}
如果該國擁有本國的核心領土，AI會向該國索要領土

claim_acceptance =  value
AI接受索要領土的機�?可為負��|��表不接受)

befriend = {
SPA = 20
ITA = 60
SWE = 10
}
AI��求改善關係或同�?數值愈高愈�I�極)

protect = {
ROM = 80
AUS = 300
}
ai保障獨立國家�Q�數值愈高ai愈干�?#8230;(��國的話名單會落落長…AUS居然高達300)

target = {
#Austria
373 = 80 # Lech
#Poland
303 = 50 # Danzig
#Baltic States
206 = 50 # Memel
}
AI作戰目標省䆾�Q�同樣，後方的數值愈高愈�I�極

liberate = {
FIN
}
AI會放出的傀儡國

resistance = {
ROM = x
}
外交�z�d��的困難度(0-10)�Q�愈低愈�?br />
以下皆為交易內容
trade = {
cancel_deal_threshold = 2
取消貿易協定的可能�?默認4.0)�Q�愈低愈�Ҏ��取消不利的交�?br />
energy = -1
rare_materials  = -1
metal = -1
oil = -1
supplies  = -1
money = -1
-1表示依照…db\resource_values.csv內的價��|��若不是設�?1�Q�則以這裡的數值為�?br />
favored = {
  SWE = 150
  ROM = 150
  ITA = 100
  SPA = 80
  BUL = 100
  JAP = 50
  CHI = 50
}
貿易優惠國，瑞典真是德國的最�?#8230;

embargo = { }
拒絕交易國家
}請注意，交易到這邊才算完全

以下為科技交換
tech_sharing = {
favored = {
  BUL = 100
  SPA = 120
  ITA = 150
  SWE = 50
  JAP = 150
}
�U�技交換國家�Q�數值大��媄響意��，同時也會影響�U�技的質�?br />
embargo = {
  ENG FRA AST CAN NZL
}
拒絕�U�技交換國家

not = { }
不會交換的科技項目

prioritized = {
  # Arcriculture
  5020 = 100
  # Inf support
  1310 = 100
  # Production
  5050 = 100
# Motorized
  1230 = 100
}
優先交換的科技�E�類
}同樣�Q�科技到此才告一�D�落

###################################
# Spying       間諜
###################################

以下為間諜設�?/font>
spyprefs = {             請注意，1.3版本因為有大變動�Q�所以以下說明皆針對1.3版本
percentage_on_spies = 0.2
1.3版這個參數無�?#8230;…
(若為1.2版本則是指投入自國間諜活動的金錢比例)

percentage_foreign_mission  = 0.8
這個是決定AI��間諜�Q務的�I�極�E�度(前提是有目標國家和��夠的�?�Q?表示完全不理會，1表示卯�v來派遣間諜�Q務，毫不考慮��d��的成功率
(若為1.2版本是指投入敵國間諜�z�d��的金錢比�?

# Used for Intell efficiency and for setting minimum chance to succeed for the AI to do that particular type of mission
spyprefsdata =
{
  NumberOfSpies = 20
間諜最大等�?/font>
(1.2應該是指間諜最大數�?

min_number_of_spies = 3
指AI埯��間諜��d��的最��間諜等級，若小於這個數��|��則不做�Q何的��d��

  steal_blueprint = 10
  minister_assassination = 5
  smear_campaign  = 10
  coup = 3
  sabotage_industry = 10
  nuclear_sabotage = 5
  found_partisans = 10
  massmedia = 10
  disrupt_techteam = 10
以上為各個間諜�Q務的最��成功率�Q�高��g��上機率AI才會埯��

country = GER
這個是指本國的�a�定(請注意，目標國家跟本國的AI內容有所不同)�Q�反正這個參數必須是AI本國
}

以下則為針對不同目標國家的個別�a�定�Q�以下僅列舉兩�?有些AI的目標國家會��多…)�Q�內容差不多�Q�都是各個�Q務的最低成功率
spyprefsdata = {
  country_priorities = 10
  steal_blueprint  = 2 # 6
  minister_assassination = 1
  smear_campaign = 7 # 5
  coup    = 1
  sabotage_industry  = 8 # 6
  nuclear_sabotage  = 0
  found_partisans  = 3
  massmedia = 1
  disrupt_techteam  = 6
  country = SOV
}

spyprefsdata = {
            country_priorities       = 4
            steal_blueprint       = 10
            minister_assassination                = 0
            smear_campaign                = 4
            coup                               = 0
            sabotage_industry       = 3
            nuclear_sabotage       = 0
            found_partisans       = 0
            massmedia                      = 1
            disrupt_techteam       = 3
            country       = YUG
   }
}間諜�a�定�i�束
這兩個是指分別對蘇俄與南斯拉夫的間諜�z�d��a�定�Q�唯一不同的紅字部份，是指針對兩國間諜�z�d��的比�?/font>�Q�以上面��Z��Q�俄 : �?= 10 :4�Q�至於其他都是指��該國執行間諜活動的最低成功率�Q�對該兩個或國家埯��間諜�z�d��時，以該國的�a�定為基�?br />

###################################
# Construction and Tech Research       生產與科技研發
###################################

以下皆為生產內容
construction = {
max_factor = 0.020
省䆾�a�施生產的最大ic分配比例(0.0-1.0)�Q�不過有另一個說法是密��佛陀…(��略)�Q�IC分配應該是正��的

transports = -1
escorts = -1
-1為預�a��|��表示AI��會100%建造需要的運��及護航船�Q�AI作者徏議這邊不要修改

AA_batteries  = [yes/no/atwar/not_atwar]
防空�a�施的徏�?�^�是/��Z��/戰時/和��^)

max_AA_level = 4
省䆾防空炮最大堆疊數�Q�以這一行為例，指定的省份最多達�?

AA_provs = {
  75  # Cologne
  74  # Saarbruken
}
防空炮徏造省�?br />
coastal_fort = [yes/no/atwar/not_atwar]
max_coastal_level = 3
coastal_fort_provs = {
  90 # Kiel
}
同上�Q�不過這裡是�v岸堡壘的建�?br />
radar_station = [yes/no/atwar/not_atwar]
max_radar = 2
radar_provs = {}
雷達建�?/font>

air_base = [yes/no/atwar/not_atwar]
max_air_base = 3
air_base_provs = { }
��場

naval_base = [yes/no/atwar/not_atwar]
max_naval_base = 5
naval_base_provs = { }
��基地(港口)

nuclear_reactor = [yes/no/atwar/not_atwar]
max_nuclear = 3
nuclear_reactor_prov = { }
核能反應�?/font>

rocket_test = [yes/no/atwar/not_atwar]
max_rocket = 2
rocket_test_prov = { }
火箭測試�?br />
land_fort = [yes/no/atwar/not_atwar]
max_land_level = 2
fort_borders = { SOV }
在與該國交界處徏�?br /> fort_provs = { }
地堡

ic_at_war = yes/no
戰爭時是否持�U�蓋工廠

force_ic_until = 1937
即��「資源不��뀍，還是卯�v來蓋工廠�Q�直�?937�q�止

ic_end_year = 1941
工廠蓋到1941�q�後停止

IC_provs = {
  74  # Saarburken
  376 # Munchen
}
工廠建造優先省�?/font>
}生產到此告一�D�落

以下��隊生�?br /> military = {
relative_build_scheme  = yes/no
我的解讀……嘿嘿�Q�兩者應該都照下面的生產�a�畫來生�?默認為yes)�Q�差別是
yes�Q�AI會依照現有的軍隊與計畫的比例之間的落差來生產(意思就是，照下面的�a�畫表比例，現有的軍隊那樣兵�E�少��D��比例��q��產哪�?
no�Q�AI完全按照下面的計畫來隨機生產(但是仍按照比�?�Q�不過完全不考慮現有的軍�?br />
PS�Q�這個設定的說法很多……以上是我的解讀(未經測試)�Q�另外，電腦生產軍隊是利用生產線的，所以一�ơ生產不是單一個，而是一�i�，每個兵�E�一�i�的敔R��都不一�?br />
max_batch_peace = 360
和��^時期�Q�流水線生產的最��h��?br />
max_batch_war = 180
戰爭時期�Q�流水線生產的最��h��?戰爭遠在天邊)

max_batch_home_front = 180
戰爭時期�Q�流水線生產的最��h��?戰爭打到安��?

   extra_convoys_war = 0.0500
      extra_convoys_peace = 0.0500
這兩個參數是�a�定在戰時及和��^時期�Q�運輸及譯��?以上參數兩者共�?的額外備用量及生產與否，假設現有領土共需�?00艘運輸船�Q?00*(1+0.0500)=210�Q�AI會設定國家共需�?10艘運輸船�Q�不夠就會生產，��x��譯��船的量則取決於運輸船的量�Q�這個比例我��׃��太清楚了�Q?br />
#### Divisions etc... 生產分配��例
infantry = 35
cavalry = 0
motorized = 3
mechanized = 0
light_armor  = 5
armor = 0
paratrooper  = 0
marine = 0
bergsjaeger  = 1
garrison  = 8
hq    = 3
militia = 0
# 55 %   陸軍
interceptor  = 6
multi_role = 2
cas = 4
strategic_bomber = 0
tactical_bomber = 5
naval_bomber  = 3
transport_plane = 0
flying_bomb  = 0
flying_rocket  = 0
# 20 % �I��
battleship = 1
carrier = 0
escort_carrier = 0
destroyer = 5
light_cruiser  = 3
heavy_cruiser  = 1
battlecruiser  = 0
submarine = 10
nuclear_submarine = 0
transports = 5
# 25 % ��
這個不用多說了�Q�各個兵�E�的生產比例�Q�注意，陸�v�I�加�^�要100%

#### Brigades 陸軍�?/font>加旅��例
artillery = 20
sp_artillery = 8
rocket_artillery = 0
sp_rct_artillery  = 0
anti_tank = 11
tank_destroyer = 5
light_armor_brigade = 2
heavy_armor = 5
super_heavy_armor  = 0
armored_car = 0
anti_air = 6
police    = 3
engineer = 5
加總�?lt;�?100

         cag = 100.000
   escort = 100.0000
這兩個不知道��Z��D��單獨拉出�?#8230;

��附加�?
         naval_asw = 20.0000
         naval_anti_air_s = 20.0000
         naval_radar_s = 20.0000
         naval_fire_controll_s = 20.0000
         naval_improved_hull_s = 10.0000
         naval_torpedoes_s = 10.0000
         naval_anti_air_l = 0.0000
         naval_radar_l = 0.0000
         naval_fire_controll_l = 0.0000
         naval_improved_hull_l = 0.0000
         naval_torpedoes_l = 0.0000
}軍隊生產到此�i�束
以下為科技研發
technology = {
endgoal  = { }
要研發的�U�技

preference  = {
  # Tools
  5050 5060 5070
  # Engineering
  5080 5090 5100
   }
優先研發的科技

ignore = {
  # Strategic bombers
  4220 4230 4240
  # Battle Cruiser
  3190 3200 3210 3220 3230 3240
   }
忽略研發的科技

armor = 5
infantry  = 6
industry  = 5
aircraft  = 5
naval = 1
land_doctrines  = 2
secret_weapons  = 1
air_doctrines  = 1
naval_doctrines = 1
優先研發的科技�E�類(=比重)
}  �U�技研發到此�i�束

###################################
# Ground Combat, Leaders and Garrisons  地面作戰、領��、駐�?br /> ###################################

以下為將領比�?/font>
leader_ratio = {
以軍隊數目決定將領數�?/font>
假設國家一共有101個師�Q�用101乘下面的數�?br /> land_field_marshal  =0.02
��有2個元�?�?01舉列�Q�應該結果要大於才行)
land_general =0.031
3個上��，�_�準一點，��是�?1/0.031)個師��Z��個上��?/font>
land_lt_general  =0.41
41個中��?/font>

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
�I��
}�i�束

以下為駐軍設�?/font>
garrison = {
defend_overseas_beaches = yes/no
是否��外駐軍(默認為no)

首先�Q�先��立一個地區駐軍的基本數量，該數量的值就是「該地區」的省䆾敔R��減去attrition provinces敔R��(這個名詞好像只有P�C��遊戲才有…找不到翻譯，我個�h大膽的猜測，��是會造成人力耗損的省份，有些省䆾駐軍每天都會造成人力耗損�Q�像是熱帶叢林這種地�Ş)�Q�再乘以下面的基�?br />
home_multiplier  = 1.0
本國領土的駐軍數(預設�?.5)……��單一點說�Q�假�a�該地區沒有會造成損耗的省䆾�Q?代表省䆾�?軍隊數，0.5則表�C?個省一個師

overseas_multiplier  = 1.0
��外的駐軍數(預設�?.3333)

home_peace_cap = 20
和��^時期�Q�首都地區的最高駐光|��(這裡的解釋用的是capital area�Q�而不是單獨的capital�Q�所以應該是指首都附�q�的區�?

war_zone_odds = 2.0
AI在戰爭區域的駐軍數將「努力」達到敵軍的2.0�?/font>

key_point_prio_mult = 0.5

revolt_risk_mult = 0.3
應該是控制游擊隊風險的參數？�Q�！�Q?br />
area_multiplier = {
  304 = 3.5 # Elbing
}
區域駐�?��包含此省䆾的區域的駐軍數取代上面的參數�Q�前提是這些區域為��外�Q�若與首都相連，則無�?

# PRIORITIES:駐軍優先��?br /> beach = 0 # Beach level 2
��岸

capital = 40 # Our capital
首都

human_border  = 0 # Ignored for allied human players
人類玩家(若雙方同盟，則忽�?

war_target  = 50 # The next country targeted for attack by this AI
下一個攻擊目標國家的交界省䆾

reserves = 20
�R�臨前線後方的省�?/font>

opposing_alliance = 50 # For neutrals, all alliances are "opposing"
��立的聯盟國�?/font>

claim_threat  = 0 # If we are neutral, countries with claims on us get this
佔有他國核心領土的交界省份，或指有威脅性的國家

unstable_border  = 0 # Bordering countries at war with someone else get this
�R�臨的它國被佔據省䆾

# Borders with specific countries  針對特別國家的邊�?/font>
country_priorities = {
  AUS = -1
  CZE = 75
  POL = 100
  HOL = 5
  SOV = 25
}
針對個別國家邊界駐軍�a�定(若數值為-1�Q�則表示��?opposing_alliance", "claim_threat" and "unstable_border"皆設�?)

ignore = {
  #Rhine
  75 #Cologne
  74 #Saarburken
  66 #Aachen
}
該省份駐軍設�?

province_priorities = {
  #Rhine border
  313 = 30 #Frankfurt
  82 = 30  #Kassel
}
單獨省䆾駐軍優先�Ɗ設�?可為-1)
}�i�束

以下為前�R�佈�?/font>
front = {
recklessness = 2 # 0-3
��莽�E�度�Q�數值愈高，AI會做出愈冒險(可以看做是有時積極，有時愚蠢)的舉�?/font>

distrib_vs_ai = [even/reactive/defensive/offensive/op_defensive]
distrib_vs_human  = [even/reactive/defensive/offensive/op_defensive]
分別�a�定AI��AI�Q�與AI��玩家的行為�Q�參數為�Q?/font>
even�Q�沿著前�R�均�ȝ��分佈軍力
reactive�Q�配合敵方軍力配�|�，做出相對應的集結
defensive�Q�針��省份的重要性配�|?參考IC�Q�勝利點�Q�石油等因素)
offensive�Q�針��敵方兵力分佈的弱點集中配置
op_defensive�Q�撤退的方向愈��，相對兵力的配�|�也愈少(避免被包��子…)

support_defense_prop = X
受到��L��的省份，AI��派�?X 的部隊前往支援(還沒看到哪個國家有這項…)

enemy_reinf_days = 6
當計��下列比例時�Q�將敵軍(6)天內能夠抵達該省的部隊計��在�?br /> 我猜測應該是��電腦運��勝負及軍隊數的能力延��擴展(x)天，也就是說�Q�將戰鬥勝負的計��都鎖定在x天以內，(太小的話�Q�不準確�Q�因為敵��Z��會派援軍�Q�太大的話，沒必要，敵�h援軍�Ҏ��不過來�Q�徒然增加電腦的運算量與時機判斷準確�?

reserve_prop  = 0.1
允許「全部前�R�部隊」中的最大比例可以不待在�W�一�R?區�?-1)�Q�意思就是，允許多少比例的部隊可以退守第二線�Q�像是指揮部、受損嚴重的部隊這種不需攑֜�最前方作戰省䆾的部隊就先退居第二線

panic_ratio_vs_ai = 2.5
panic_ratio_vs_human = 2.5
倘若AI或玩家前�R�的駐軍敔R��過我方達到這個「倍數」，��增加前�R�的駐防軍（不過國家軍隊的總數有限，所以不是從別的前線抽調�Q�就是從負��K本土的駐防鎮壓軍抽調�Q?/font>

base_attack_odds = 1.3
若進攻獲勝的機率達��C��上比例，則進攻
min_attack_odds  = 1.1
若�Ş成長期對峙，進攻獲勝的機率只要未低於以上比例�Q�仍焉��攻�Q?2區指撤退�Q�WIKI用的是GO這個字…含意真深……我個�h覺得應該是指進攻…耳邊來一陣呼�?#8230;go go go )
max_attack_odds  = 3.0
當獲勝的��率達到以上比例�Q�AI��不再派遣軍隊前來助�?br /> reinforce_odds  = 1.2
當獲勝的��率達到以上比例�Q�AI會派遣軍隊前來增�?/font>
withdraw_odds  = 0.6
當獲勝的��率低於以上比例�Q�AI停止戰鬥同時撤退
PS�Q�若�q�_��i�織度過低AI也會��d��撤退�Q�另外以上五項的��率�a�算�Q�電腦另有一套公式，公式不明

戰鬥效率及其他修正�?/font>
strength  = 1.0
organisation  = 1.0
soft_attack  = 1.0
hard_attack  = 1.0
ground_defense  = 1.0
dig_in = 1.0 # Against defender

frozen_attack  = 1.0
snow_attack  = 1.0
blizzard_attack = 1.0
storm_attack  = 1.0
muddy_attack  = 1.0

jungle_attack  = 1.0
mountain_attack = 1.0
swamp_attack  = 1.0
forest_attack  = 1.0
hill_attack  = 1.0
urban_attack  = 1.0

occupied  = 0.7 被敵方包圍領�?br /> owned = 0.7    被己方包圍領�?/font>
river = 1.0
還有兩個設定，largefort 6級以上地堡及smallfort 6級以下地堡，不過這都不重要了�Q�因�?/font>這裡的數據我查了一下，每個國家好像都�a�成一模一樣，�Ҏ��WIKI所說，�?.2後，這些戰鬥效率的修正設定就沒用了，但是��Z��g��能刪除呢……

enemy_handicap = {
FRA = 300
  BEL = 300
  }
在設定的天數內，��該國家保持觀望，意即針對該國家每發動一�ơ新的戰爭，這個值就要RUN一��?#8230;…(不針��玩�?

   passivity = {
  FRA = 100
  BEL = 100
}
針對AI進攻被動性的癑ֈ�比，意思就是，該值愈高，AI��該國推進的愈�m慢，像是當日本打下中國北方大部分的省分時�Q�這個值會拉高�?0以上…

province_priorities = {
            527 = 0.2
}
針對特別省䆾防禦�Q�這個設定有點重覆，區�?-1�Q?.2��是20%
}�i�束
###################################
# Air bombardment and defense
###################################
# Air AI File For Ground Bombings as priority
# bomber is now obsolete and NOT USED AT ALL replace and use Air Marshal instead
air_marshal = {
min_mission_strength_org = 0.8
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
# desirability is a multiplier used when calcualting the mission desirability
airsuperioritydesirability = 30.0
groundattackdesirability = 40.0
inderdictiondesirability = 20.0
logisticalstrikedesirability  = 2.0
runwaycrateringdesirability  = 10.0
strategicstrikedesirability  = 10.0
installationstrikedesirability  = 5.0
navalstrikedesirability = 15.0
portstrikedesirability = 9.0
convoyraiddesirability = 9.0
# tolerance is the required kill:loss ration expected to do
# mission, 2.0 accept twice the losses of your enemy, 0.5 accept half
airsuperioritylosstolerance  = 1.0
groundattacklosstolerance = 1.0
interdictionlosstolerance = 2.0
logisticalstrikelosstolerance  = 0.5
runwaycrateringlosstolerance  = 1.5
strategicstriketolerance = 4.5
installationstriketolerance  = 1.5
navalstriketolerance = 1.0
portstriketolerance = 1.0
convoyraidtolerance = 1.0
# efficency is a tweakable param to adjust according to how
# much actual damage comes from doing this mission (not to be confused with desirability)
logisticalstrikeefficency  = 0.01
runwaycrateringefficency  = 0.01
strategicstrikeefficency  = 0.01
installationstrikeefficency = 0.01
taskforcetype = { name = "Air Superiority" desiredratio = 0.400 rangeweight = 10.000 airkillpowerweight = 2000.000 hardkillpowerweight = 0.000 softkillpowerweight = 0.000 navalkillpowerweight = 0.000 strategickillpowerweight = 0.000 transportcapacityweight = -1000000.000 airvulnurabilityweight = -1.000 surfacevulnurabilityweight = 0.000 idle = yes reorganize = yes air_superiority = yes }
taskforcetype = { name = "Soft Bombing" desiredratio = 0.250 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 = 0.050 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 }
}

###################################
# Invasions and Naval          �늕�與�v�?br /> ###################################

以下��Z�R略內�?/font>
invasion = { (感覺整個內�Ҏ��在描�q�AI如何選擇登陸作戰的地�?
  base  = 0.1 #Relative modifier. (lower = specific targets much more important.)
這裡應該是決定戰略目標與隨機目標之間的加�Ɗ比�?愈低�Q�明��的目標更重�?

random  = 8.0 #How big a random range.
隨機��圍的大��?1.0 = 1%)

coastal  = 0.1 #increase to avoid coastal forts more.
有�v岸堡壘的省䆾(數值愈高，愈敢登陸有�v岸堡壘的省䆾)

beach  = 0.1 #higher, avoid worst beaches.
難以登陸的�v�?數值愈高，接受爛�v�?#8230;誰知道這個遊戲的爛�v灘是哪？�Q�！�Q?

distance = 0.1 #higher = avoid long distance.
遠距離作�?數值愈高，允許距離愈遠)

max_distance = 20.0  #About the distance from Rostock to Narvik
作戰最遠距離，若距離超過以上數值則忽略(1=遊戲中的100km)
��外話，Rostock �?Narvik是在哪啊……玩中文版的壞�?#8230;

pocket  = 20.0 #prioritise pockets, ie provinces with no adjacent controlled by same.
獨立在外的或是單獨省�?四周沒有同國領土)的�v岸省份優先權

island  = 0.1 #prioritise taking pure islands.
孤立的島嶼優先權

enemy  = 2.0 #higher = much more vary of troops in province.
提防有敵國駐軍的省䆾

adjacentenemy  = 2.0 #higher = much more vary of troops nearby
提防附近的敵�?/font>

air_base = 1.5
擁有�I��基地省䆾的優先權

   naval_base  = 0.1
擁有��基地省䆾的優先權

   air_support  = 3.0
敉|��I��半徑��圍的�v岸優先權

   redirect  = [priority/nearest/home]
��L��重新��向�Q�參數：
priority�Q�照AI表列的目�?/font>
nearest�Q�最�q�的��岸
home�Q�容易的��L��目標 and home is to return back to port�Q�！�Q�？

ignore  = no
與國安��都同一塊大�怸��Q�與他國已經有陸地戰�R?意思是開戰之後�Q�與敵國有相鄰的省䆾�Q�意��x��前線)�Q�是否仍發動登陸戰另闢戰�?預設是no)

help_allies  = no
是否�q�助盟國

staging_province = {
958 # Casablanca
}
��外�늕��Q�軍隊集中安�|�的省䆾

target = {
  #Norway
  107 = 4000 # Oslo
  108 = 4000 # Kristiansan
    #Sweden
  114 = 3750 # Gavle
  120 = 4000 # Sundsuall
    #Finland
  142 = 2000 # Helsinki
  137 = 1750 # Oulu
  131 = 1750 # Tornio
}
�늕��L��省䆾的優先權�Q?可為負��|��意思就是當那個省份不存在)
}�i�束

以下為�v軍控�?br /> admiral = {
min_org  = 100 # NEW: Percent of org gained back before the unit can leave port
船艦再次出港前必須達到的最高組�J�度比例

min_dmg  = 98 # NEW: Percent of dmg gained back before the unit can leave port
船艦再次出港前必須達到的最高�h力比�?/font>

return_org  = 60  # NEW: PERCENT OF ORG LOST BEFORE RETURNING TO PORT applies to all fleets/ships
船艦埯��d��中低于這個比例的�i�織度將回港

return_dmg  = 80  # NEW: PERCENT OF DMG LOST BEFORE RETURNING TO PORT
船艦埯��d��中低于這個比例的人力��回�?/font>

ignore = {
  #Murmansk/Archangel
  "Barents Sea"
  "Arctic Ocean"

  #Western Mediterranean
  "Costa del Sol"
  "Gulf of Lyon"
  "Algerian Coast"
}
忽略�?��域"
(這個設�a�很��奇�Q�後期船的艦航程加上領地擴大�Q�全世界都到的了�Q�這個忽略�v域名單多到會爆掉)

base = {
  90  # Kiel
  296 # Rostock
}
用作港口的省�?br />
target = { }
目標��域(有攻擊優先權)

core = {
  2494
  }
核心��域�a�定(優先控制)
}�i�束

飞翔天�� 2009-11-21 20:43 发表评论

飞翔天�� — Sat, 14 Nov 2009 13:07:00 GMT

事�g的基本格式：
event = {
id = 5011                         #事�g的编码，不要重复�?br /> random = yes ( yes/no/X% )  #事�g是否��h��随机性：yes是，no否，写数字是指有*%的几率发生。注意在写得时候是不需要％的。例如几率�ؓ癑ֈ�之八十，直接�?#8220;random = 80”而非“random = 80�Q?#8221;
            persistent = yes                   #事�g是否可以多次发生。否的话�q�一行不需要�?br />             country = CHI                      #事�g的所属国�?br /> name = "EVT_5001_NAME" #事�g名称
desc = "EVT_5011_DESC"    #事�g的描�q?br />             picture = "defence"             #事�g囄��
style = 0                            #未证实，没见�q�其他格式，照搬
trigger = {}                      #事�g的条�Ӟ��下面具体阐述
            date = { day = 1 month = january year = 1936 } #事�g发生的最早事�?br /> offset = 21                         #��查时间是否发生的周期�?br /> deathdate = { day = 30 month = december year = 1985 } #事�g不再发生的时�?nbsp;
action_a = {
name = "A"          #选择的名�U?br />          command = { }             #事�g的媄响。见�?br /> }
action_b = { }                      #其他的选择��V�?br /> action_c = { }
action_d = { }
}

触发条�g�Q?/font>
and                                     #两个或多个条仉��要同时满��?br /> or                                        #两个或多个条件满��一个即�?br /> not                                     #�q�些情况不能存在

常用条�g
event = x �Q�事件编码）                   #事�g已经发生�?br /> ai = [yes/no/country tag]                #该国是否电脑玩家�Q�或某国家是电脑玩家
exists = [country tag]                      #某国家存�?br /> atwar = [yes/no/country tag]          #该国是否处于战争�Q�或某国处于战争
dissent = x ( >= x )                      #不满度等于或大于�{�于*
leader = x                                     #某将领存�?br /> minister = [minister id]                   # 政府官员存在
ispuppet = [Country Tag]                某国是傀儡国
puppet = { country = [tag 1] country = [tag 2] } # 国家1是国�?的傀儡国
technology = x                         # 已经拥有某项�U�技
technology = { country = TAG value = x } #  某国拥有某科技
manpower = x (>=x)                      #人力资源�{�于或大�?#215;×
owned = { province = a data = tag }  # 某国合法拥有某省 �Q�data = -1 指�Q意一�?)
control = { province = a data = tag }  # 某国控制拥有某省 �Q�data = -1 指�Q意一�?)
alliance = { country =a  country = b } # A国和B国是联盟
access = { country = [tag1] country = [tag2] } #A国允许B国军事通行
non_aggression = { country = [tag1] country = [tag2] A国和B国有互不�늊�条约
trade = { country = [tag1] country = [tag2] } # A国和B国有贸易
war = { country =a  country = b }    # A和B在打�?br /> year = x (>=x)                            已经��C��某年或超�q�某�q?br /> energy = x                               能源�?
oil = x                                     ��x�a�?#215;
rare_materials =                         x�E�有金属�ؓ×
metal =                                     x金属�?#215;
supplies =  x                            补给�?#215;
belligerence = { country = [tag] value = X }某国好战性�ؓ××�Q�如果是本国�Q�country = [tag]不写

非常用条�?/font>
intel_diff = x                               偶们的情报和敌淫的情报差距�ؓ×
government = [communist/fascist/democratic] 政府�c�d��
ideology = [nazi国家�C�会��M��/fascist法西�?paternal_autocrat独裁/social_conservative�C�会保守/market_liberal贸易自由/social_liberal�C�会自由/social_democrat�C�会民主/left_wing_radical左翼�Ȁ�q?leninist列宁/stalinist斯大林] 意识形�?br /> major = [yes/no]                            # 该国是否主要国家�Q�包括ENG, FRA, GER, JAP, USA, ITA or SOV。偶没用�q�。。。。。�?br /> headofgovernment = [minister id]          政府首脑是某�?br /> headofstate = [minister id]                   政府元首是某�?br /> is_tech_active = [tech id]          # 某科技是有效滴
flag = [name]             #不懂鸟，没用�q?br /> local_flag = [name]          #不懂鸟，没用�q?br /> guarantee = { country = [tag1] country = [tag2] }  # A保证B的独�?br /> lost_VP = { country = [tag] value = X }          # 某国失去×�Q�的固有领土VP
lost_national = { country = [tag] value = X }          # 某国失去×�Q�的固有领土
lost_IC = { country = [tag] value = X }          # 某国失去×�Q�的固有领土IC
domestic = { type = field value = x }                   内战�Q�？�Q�没用过。。。�?br /> division_exists = { type = [id type] id = [id id] }    某部队还�zȝ��
division_in_province = { id = { type = [id type] id = [id id] } province = X } 某部队在某地
axis = X                                           # 轴心国拥�?#215;的VP
allies = X                                           # 同盟国拥�?#215;的VP
comintern = X                                  # �׃�国际拥有×的VP
vp = X                                           拥有的VP�?#215;
range = { min = x max = x }          VP�?#215;×之内
[div type] = X          # 某军事单位数�?#215;
[div type] = { country = TAG value = X �? 某国某军事单位数�?#215;
under_attack = [tag]          # 某国被攻�?br /> attack = [tag]          # 某国�q�攻该国
difficulty = X                                     # 隑ֺ��?-4�Q?最�?br /> garrison = { country = [tag] province = [province] type = [air/land/naval] size = [number of divisions] area = [yes/no] } # 某一地区的部队数量？�Q?br /> land_percentage = { country = [tag] value = [value] } #陆军癑ֈ�比？
naval_percentage = { country = [tag] value = [value] } #��军癑ֈ��?br /> air_percentage = { country = [tag] value = [value] }  #�I�军癑ֈ�比？
country = [tag]                                                    #是某一国家
can_change_policy = { type = [policy] value = [delta] } #可以修改国策�Q?br /> relation = { which = [tag] value = [value] }                #和某一国家关系辑ֈ�×
province_revoltrisk = { province = [id] value = [value] } #某省分的游击队几率�ؓ×
incabinet = [id]                                     #某内阁官员在�?br /> army = [divisions]                                  #。。。。�?br /> day = [number]                                     #到达某月的某�?br /> nuke = [number]                                  #核弹数量

事�g的效果：
常用效果�Q?br /> type = endgame 游戏�l�束
type = extra_tc value = X                      获得额外×的TC
type = alliance which = [tag]                同某国结盟，-1为随�?br /> type = inherit which = [tag]                吞�ƈ某国�Q?1为随�?br /> type = trigger which = [event id] 引�v另一个事�Ӟ��被引��L��事�g不必�~�写其他条�g
type = capital which = [prov id] �q�都
type = secedeprovince which = [tag]  value = [prov id]  割让领土�l�另一�?br /> type = control which = [tag]  value = [prov id]          从别的国家获得省�?br /> type = sleepevent which = [event id]                         某个事�g不再发生
type = steal_tech which = [country tag/-1]                      �H�取蓝图�Q?1为随�?nbsp; # Steals a random tech. Results in a blueprint.
type = gain_tech which = [tech id/-1 /-2 ]                   # 获得蓝图�Q?1为随机科技�Q?2为正在研�I�的�U�技
type = belligerence which = [country] value = X # 好战度变化，没有country默认为当前国�?br /> type = relation which = [country] value = X # 改善同某国关�p?br /> type = set_relation which = [country] value = X # 讑֮�同某国的关系�?#215;
type = civil_war # 内战�Q�向所有控制了该国固有领土的国家开�?br /> type = civil_war which = [rebel country tag] # 某国内战
type = set_leader_skill which = [leader id/-1] value = [new value] 讄��某个��领的技能，最高�ؓ10
type = dissent value = [value to add]                            不满�?br /> type = resource which =[resource type] value = X       # 增加资源的理论日产量�Q�％
type = supplies value = [value to add] where = [prov] # 某地的补�l�变化，无where默认为首�?
type = oilpool value = [value to add] where = [prov]    # 某地的石油变化，无where默认为首�?
type = metalpool value = [value to add]                      金属
type = energypool value = [value to add]                      能源
type = rarematerialspool value = [value to add]             �E�有金�?br /> type = money value = [value to add]                            钞票
type = province_keypoints which = [province id/-1] value = [keypoints to add] 增加某地的VP
type = peace which = [country tag] value = [0/1] # 和��^�Q?为全面和�q�I��1为单斚w��和��^
type = war which = [country tag]                         开�?br /> type = manpowerpool value = [value to add]       # manpower 人力
type = relative_manpower value = [%]       # 人力增长�?br /> type = make_puppet which = [country tag]          使某国成为傀�?br /> type = transport_pool which = [country] value = X �q�输�?br /> type = escort_pool which = [country] value = X    护航�?br /> type = peacetime_ic_mod value = X(%)                和��^时期TC修正
type = end_puppet                                        # �l�束自己的傀儡省�?br /> type = domestic which = [democratic/political_left/free_market/freedom/professional_army/defense_lobby/interventionism] value = X
                                                                  # 改变内政斚w��
type = set_domestic which = [democratic/political_left/free_market/freedom/professional_army/defense_lobby/interventionism] value = X # 讑֮�内政斚w��
type = tc_mod value = X(%)       # TC修正�Q�最有用�?+数是增加�Q?减少
type = tc_occupied_mod value = X(%)       # 占领区TC修正
type = attrition_mod value = X(%)       # 消耗惩�|?br /> type = supply_dist_mod value = X(%)       # 补给距离修正
type = repair_mod value = X(%)       # �l�修修正
type = research_mod value = X(%)       # �U�研修正
type = scrap_model which = [div type] value = [model]                      # 部队�c�d��q�期
type = allow_building which = [building type]       # 允许��基础设施
type = building_prod_mod which = [building type] value = X%       # 基础设施��修正
type = convoy_prod_mod which = [escorts/transports] value = X%       # �q�输护航船徏设修�?br /> type = radar_eff value = X(%)       # 雯��效率
type = info_may_cause which = [tech id]       # 允许研究�U�密武器
type = activate which = [tech id]       # �Ȁ�zȝ��技�Q�必��d��随机事�g�?nbsp;
type = task_efficiency which = [task type] value = X                      #��d��效率变更
type = add_prov_resource which = [prov id/-1/-4] value = X where = [energy/metal/oil/rare_materials]  # 增加某地资源产量�Q?1是随�?-4是有核反应堆的地区�?br /> type = max_reactor_size value = X       # 最大反应堆
type = abomb_production       # 可以生��核弹
type = double_nuke_prod       # 核弹生��速度��d�?br />

非常用：
type = country which = [tag]                            成�ؓ另一个国�?br /> type = addcore which = [prov id]                   增加某省的VP
type = removecore which = [prov id]                减少某省的VP
type = setflag which = [keyname]                            。。。。。�?br /> type = clrflag which = [keyname]                            。。。。。�?br /> type = local_setflag which = [keyname]             。。。。。�?br /> type = local_clrflag which = [keyname]             。。。。。�?br /> type = vp value = X                                           # 额外的VP
type = research_sabotaged                                  破坏研究
type = regime_falls                                              政府垮台
type = allow_dig_in                                           部队可以挖坑
type = coup_nation which = [country tag]          某国政变
type = access which = [country tag]                # 军事通行
type = sleepteam which = [tech team id]       # 沉睡�U�技�l?br /> type = waketeam which = [tech team id]       # 唤醒�U�技�l?br /> type = sleepminister which = [minister id/-1]       沉睡政府官员
type = sleepleader which = [leader id/-1]             沉睡领导�?br /> type = switch_allegiance which = [unit id type/-1/-2/-3] value = [unit id id] where = [country tag] # 部队叛变�Q?1为随机陆军，-2为随机�v军，-3为随机空�?br /> type = delete_unit which = [unit id type/-1/-2/-3] value = [unit id id]                                              # 部队被火星�h劫走
type = independence which = [country tag] value = [0/1] when = [0/1] # 国家独立�Q�value 0 本地部队叛变�Q?�l�箋效忠。when 0 政体普�?1 政体民主
type = ai which = [file name]                                                       # 开��x��国的ai文�g
type = build_division which = [division type] value = [brigade type]       增加建造的师和加强�?br /> type = construct which = [building type] where = [prov id/-1/-4] value = [additional size] # 增加某地的设施，-1为随机，-4为已有该设施的省�?br /> type = add_corps which = [name] value = [land/air/naval] when = [leader ID] where = [province_ID] 增加一个军团，之下的师�q�入�q�个军团�Q�没有设�|�该句，�q�入冰箱
type = add_division which = [name] value = [div type] when = model where = [brigade type] # 增加�?br /> type = activate_division which = [div id type] value = [div id id]  [where = province] when = [0/1] # �Ȁ�z�d��Q?�q�入冰箱
type = remove_division which = [div id type/-1] value = [div id id]                   # 从scenario�U�走某师�Q?br /> type = remove_division which = "Exact Name" value = [country tag]                   # 从指定国家scenario�U�走指定�?br /> type = damage_division which = [div id type/-1] value = [div id id] where = X # 最大兵力变�?br /> type = disorg_division which = [div id type/-1] value = [div id id] where = X    # 最大士气变�?br /> type = end_access which = [country tag]                                                 # �l�束军事通行
type = leave_alliance                                                                                     ��d��联盟
type = end_non_aggression which = [country] where = [country]                # 打破互不�늊�条约
type = non_aggression which = [country] where = [country]                # �{��v互不�늊�条约
type = end_trades which = [country] where = [country]                # �l�束所有��N易协�?br /> type = end_guarantee which = [country] where = [country]                # �l�束保证独立
type = guarantee which = [country] where = [country]                # 保证独立
type = allow_convoy_escorts                                                                      允许��上�q�输
type = end_mastery which = [country tag]                                                 # �l�束对另一个国家的傀�?br /> type = convoy which = [startprov] value = [endprov] when = [resource_bits] 1=oil, 2=metal, 4=energy, 8=rare_materials, 16=supplies 建立�q�输�?br /> type = deactivate which = [tech id]                               # 某科技无效
type = gas_attack                                                                        # 允许毒气��d��
type = gas_protection                                                         # 允许毒气防�M
type = max_positioning which = [div type] value = X                               #最大配�|?堆叠惩罚
type = min_positioning which = [div type] value = X                               #最��配�|?br /> type = free_ic/free_oil/free_supplies/free_money/free_metal/free_energy/free_rare_material/free_transport/free_convoy/free_manpower #不晓得是虄��
type = songs                                                                    #换音�?br /> type = lock_division which = [id type] value = [id id]          # 锁定部队
type = unlock_division which = [id type] value = [id id]       # 解锁部队
type = change_policy which = [democratic/political_left/free_market/freedom/professional_army/defense_lobby/interventionism] value = X #改变内政斚w��Q�同手动更改�Q�即短时间内不可变更

天气效果
type = start_pattern which = [id type] value = [id id] where = [prov id] when = [raining/snowing/storm/blizzard] # 三国志里的天�?br /> type = add_to_pattern which = [id type] value = [id id] where = [prov id] when = [raining/snowing/storm/blizzard]# 增加某地不会出现的天气，比如在赤道下�?br /> type = end_pattern which = [id type] value = [id id]                                                                                     # �l�束某地的天�?br /> type = set_ground which = [prov id] value = [clear/muddy/winter]                                                                      改变某地的土地状�?br />

战术效果
type = counterattack value = x  反击�?br /> type = assault value = x          �H�击�?br /> type = encirclement value = x 包围�?br /> type = ambush value = x       伏击�?br /> type = delay value = x          �q�滞�?br /> type = tactical_withdrawal value = x 战术撤退
type = breakthrough value = x  �H�破�?br /> command = { type = surprise which = [naval/land/air] value = [X]    # 奇袭几率修正
}
command = { type = intelligence which = [us/them] value = [X]    # 情报效率
}
command = { type = army_detection which = [us/them] value = [X] # 侦查效率
}
command = { type = AA_batteries value = [X]                # �I�防效率
}
��o部效�?/font>
type = hq_supply_eff value = X(%) # ��o部补�l�效�?br /> type = sce_frequency value = X # ��o部的战术发生几率

�׃��八糟�?/font>
type = enable_task which = [task type] 可以执行某�Q�?br /> command = { type = [new_model] which = [division or brigade type] value = [The model number] } 新单位型�?br /> command = { type = activate_unit_type which = [division or brigade type] }                               某单位可以附加某加强�?br /> command = { type = deactivate_unit_type which = [division or brigade type] }                            某单位不可以附加某加强旅
command = { type = nuclear_carrier which = [flying_bomb/flying_rocket] }                                  战略和火��可以运核弹
command = { type = missile_carrier which = [submarine] }                                                          潜艇可以发射核弹
command = { type = minisub_bonus value = [X]                                                                   # 袖珍潜艇单位修正�Q�没见过
}

军队作战能力效果
command = { type = [unit value] which = [land/division type/brigade type]value = [additive value modifier] 增加陆军军事单位的属性}
# unit value如下�Q?br /> soft_attack/hard_attack/ground_defense/air_attack/air_defense�Q�攻防能�?br /> build_cost/build_time/manpower�Q�成本和旉��
speed速度/max_organization�l�织�?transport_weight�q�输重量/
supply_consumption/fuel_consumption�Q�物资和燃��a消�?br /> speed_cap_art/speed_cap_eng/speed_cap_at/speed_cap_aa�Q�搭载加强旅后的速度

command = { type = [air_attack/strategic_attack/tactical_attack/naval_attack/air_defense/build_cost/build_time/manpower/speed/surface_detection/air detection/transport_capacity/supply_consumption/fuel_consumption/range]
which = [air/division type/brigade type]
value = [additive value modifier]}             �I�军单位属�?br /> command = { type = [naval_attack/air_attack/shore_attack/naval_defense/air_defense/build_cost/build_time/manpower/speed/surface_detection/air detection/visibility/transport_capacity/supply_consumption/fuel_consumption/range]
which = [naval/division type/brigade type]
value = [additive value modifier]                ��军单位属�?br /> }
command = { type = [desert_attack/desert_defense/mountain_attack/mountain_defense/hill_attack/hill_defense/forest_attack/forest_defense/swamp_attack/swamp_defense/urban_attack/urban_defense/river_attack/shore_attack/paradrop_attack]
which = [division type/brigade type]
value = [X]                                           陆军地�Ş攻防效率修正
}
command = { type = [desert_move/mountain_move/hill_move/forest_move/swamp_move/urban_move/river_crossing]
which = [division type/brigade type]
value = [X]                                           # 陆军地�Ş�U�d��修正
}
command = { type = [frozen_attack/frozen_defense/snow_attack/snow_defense/blizzard_attack/blizzard_defense/rain_attack/rain_defense/storm_attack/storm_defense/muddy_attack/muddy_defense]
which = [division type/brigade type]
value = [X]                                           陆军天气攻防效率修正
}
command = { type = [frozen_move/snow_move/blizzard_move/rain_move/storm_move/muddy_move]
which = [division type/brigade type]
value = [X]                                           陆军天气�U�d��修正
}
command = { type = [snow_attack/rain_attack]
which = [interceptor/escort/multi_role/strategic_bomber/tactical_bomber/torpedo_plane]
value = [X]                                           �I�军天气攻防效率修正
}
command = { type = [snow_move/blizzard_move/rain_move/storm_move]
which = [interceptor/escort/multi_role/strategic_bomber/tactical_bomber/torpedo_plane/transport_plane]
value = [X]                                           �I�军天气�U�d��修正
}
command = { type = [snow_attack/rain_attack]
which = [battleship/cruiser/destroyer/carrier/submarine/transports]
value = [X]                                           ��军天气攻防效率修正
}
# Weather naval-movement modifiers
command = { type = [snow_move/blizzard_move/rain_move/storm_move]
which = [battleship/cruiser/destroyer/carrier/submarine/transports]
value = [X]                                           ��军天气�U�d��修正
}
command = { type = night_move/night_attack/night_defense
which = [division type/brigade type]
value = [X]                                           夜间效率修正
}

工业效率效果�Q?br /> command = { type = industrial_multiplier which = [energy_to_oil/oil_to_rare_materials] value = [X] 工业能源转化效率
}
command = { type = industrial_modifer which = [total/supplies]value = [X]                   # 工业和补�l�生产效�?br /> }
基础设施�U�类
[ic, coastal_fort, land_fort, flak, infrastructure, air_base, naval_base, radar_station, nuclear_reactor, rocket_test]
��d��U�类�Q�懒得翻译。。。�?br /> [attack, rebase, strat_redeploy, support_attack, support_defense, reserves, anti_partisan_duty, air_superiority, ground_attack, runway_cratering, installation_strike, interdiction, naval_strike, port_strike, logistical_strike, strategic_bombardment, air_supply, airborne_assault, convoy_raiding, asw, naval_interdiction, shore_bombardment, amphibous_assault, sea_transport, naval_combat_patrol]
资源�U�类
[oil, metal, energy, rare_materials, supplies, money]

随便找了一个事件�?/font>
event = {
      id = 70174
random = no
country = ger

trigger = { random = 33 exists = SWE not = { war = { country = SWE country = GER } } }

name = "来自瑞典的物资和志愿�?"
desc = "一些支持�d国的其它国家的民众自发捐赠了物资�Q?其中一些�h要求作�ؓ志愿者加入我们的军队�?"
style = 0

date = { day = 1 month = october year = 1939 }
offset = 45
deathdate = { day = 30 month = december year = 1947 }

action_a = {
name = "德国的战车不可阻挡！"
command = { type = oilpool value = 5000 }
command = { type = rarematerialspool value = 5000 }
command = { type = supplies value = 10000 }
command = { type = manpowerpool value = 25 }
command = { type = dissent value = -5 }
}
}##注意括号一定不要漏了。。。�?/font>

飞翔天�� 2009-11-14 21:07 发表评论

关于mds3.04中二战飞机图片问题的解决

飞翔天�� — Mon, 09 Nov 2009 12:35:00 GMT

各国在游戏中光|��囄��的配�|�文�Ӟ��*.spr�Q�在gfx/map/units目录下，主要有USA、JAP、GER、ITA、FRA、ENG、MIN�Q�未定义政权�Q�和SOV�q�几个国�Ӟ��而其中只有SOV的飞机图片是��C��的，要把所有国家的飞机囄��全改回来�Q�要��p��很大的精力。如果��用编�E�方法，��可以大大提高效率。经�q�对spr文�g观察发现�Q�有2�U�方案可以列入考虑范围�Q?.��除SOV外的其它国家的T-BOMBER和T-FIGHTER的spr文�g拯��到其它分区的新徏文�g夹中�Q�然后通过�E�序��这些文件中内容全部替换为对应SOV文�g中的内容�Q�最后在复制�_�脓回原来的文�g夏V�?.��SOV对应的的T-BOMBER和T-FIGHTER的spr文�g拯��到其它分区的新徏文�g夹中�Q�然后通过�E�序��这些文件名替换为其它国家的名字�Q�最后在分步复制�_�脓回原来的文�g夏V��以下程序采用的是第2�U�方案�?/p>

import java.io.*;
import java.util.*;

public class RenameFile {
    public static void main(String args[]) throws IOException {
        BufferedReader stdin = new BufferedReader(new InputStreamReader(
                System.in));
        String line = stdin.readLine();
        StringTokenizer st = new StringTokenizer(line);
        String str = st.nextToken();    //    原来文�g�?/span>
        String newstr = st.nextToken();    //    新的文�g�?/span>
        File fl = new File("E:\\units"); // �q�里写上发替换的文�g夹�\�?注意使用双斜�?/span>
        String[] files = fl.list();
        File f = null;
        for (String file : files) {
            f = new File(fl, file);// 注意,�q�里一定要写成File(fl,file)如果写成File(file)是行不通的,一定要全�\�?/span>
            String filename = f.getName();

            /*
             * 修改文�g内容
             */
            /*FileReader in = new FileReader(f);
            // 获得该文件的长度
            int size = (int) f.length();
            // 讄��一个变量，对该文�g中已被读取的字符计数�Q�初始化该变量的��gؓ0
            int chars_read = 0;
            // 从该文�g中读取数�?br />             char[] data = new char[size];
            while (in.ready())
                chars_read += in.read(data, chars_read, size - chars_read);
            String s = new String(data, 0, chars_read);
            // System.out.println(s);
            in.close();

            int k = s.indexOf(newstr);
            while (k > -1) {
                s = s.substring(0, k) + str + s.substring(k + 3);
                k = s.indexOf(newstr);
            }
            // System.out.println(s);

            FileWriter out = new FileWriter(f);
            out.write(s);
            out.close();*/

            // 扚w��重命名文�?/span>
            int k = filename.indexOf(str);
            if (k > -1) {
                String newfilename = filename.substring(0, k) + newstr
                        + filename.substring(k + 3);
                System.out.println(filename + " " + newfilename);
                f.renameTo(new File(fl.getAbsolutePath() + "\\"
                        + filename.replace(filename, newfilename)));// �q�里可以反复使用replace替换,当然也可以��用正则表辑ּ�来替换了
            }
        }
    }
}

�q�行方式�Q?br /> �W�一�ơ：输入SOV USA回�R�Q�然后把修改后的文�g复制�_�脓回原来的文�g夏V�?br /> �W�二�ơ：输入USA JAP回�R�Q�然后把修改后的文�g复制�_�脓回原来的文�g夏V�?br /> ……
注意�Q�第n�ơ运行时�Q�空格前输入应是当前新徏文�g夹中的文件名�Q�后是你要修改的文�g名�?

飞翔天�� 2009-11-09 20:35 发表评论

HOI2 ai文�g初步研究

飞翔天�� — Thu, 05 Nov 2009 12:50:00 GMT

.ai文�g用来体现电脑操作的国家的思维方式和对玩家行�ؓ的判断能力�?br /> 当开始一局新游戏时�Q�电脑会启动各个国家的ai文�g�Q�该文�g以XXX_aaaa.ai�Q�其中XXX为国家id�Q�aaaa为剧本开始年代，比如开�?936�q�剧本时�Q�电脑会自动为�d国开启ger_1936.ai�Q�而对于短剧本�Q�XXX则相对于\Hearts of Iron 2\scenarios里各个短剧本的名字�?br /> 调用.ai文�g的方法是在事件文件中调用�Q?br /> type = ai which = [file name]    # 通过�q�条命��o来调用一个ai文�g,�q�个ai文�g会替�? 原有的ai文�g
比如�q�个事�g:
################
# Battle of Britain
#############################################
event = {
   id = 24000
   random = no
   country = ENG

   trigger = {
       ai = yes
       war = { country = GER country = ENG }
       NOT = { war = { country = GER country = SOV } }
       OR = {
           control = { province = 56 data = GER } # Paris
           AND = {
               # Belgium
               control = { province = 45 data = GER }
               control = { province = 50 data = GER }
               control = { province = 51 data = GER }
               control = { province = 52 data = GER }
               control = { province = 65 data = GER }
               control = { province = 68 data = GER }
               control = { province = 69 data = GER }
               control = { province = 70 data = GER }
           }
       }
   }

   name = "AI_EVENT"
   style = 0

   date = { day = 1 month = january year = 1936 }
   offset = 4
   deathdate = { day = 29 month = december year = 1948 }

   action_a = {
       command = { type = ai which = "switch/ENG_Britain.ai" }
   }
}
当英德交战，徯��不交战，德国占领巴黎或者占领了比利时的�Ƨ洲部分�Q�英国就会调整自��q��ai�?br /> Ai文�g的命名方式可以随意，但必��d��事�g中调用的文�g名相同�?/p>

ai文�g多w��的一�?ai文�g是原版游戏定义的�Q�switch文�g多w��的ai文�g则由后箋的补丁不断补充�?/p>

---------------------------一个完整ai文�g模型的介�l?----------------------------

#一个完整的ai文�g��p��多部分组成，但�ƈ不意味着一个ai文�g需要包含所有的�q�些部分�Q?br /> #有时一个ai文�g只有几个语句�Q�但它依然是正确的，它将只替换原有文件中的那几个语句�?/p>

switch = [yes/no]
#默认是yes�Q�如果用no�Q�则ai不会在每�q�开始的时候寻找更合适的ai�Q�如果用的是��国�Q?br /> #则美国不会把他的政策从孤立主义逐渐改变到干涉主义�?br /> #但由事�g调用的ai会无视这个语句，�q�是能改变该国的ai�?/p>

#各种政策�U�研�{�的调整��|��?br /> # exp_force_ratio = 0.750
#当前讑֮�的flag�Q�事件会讑֮�多个flag�Q�从而之后的事�g可以按照flag的情冉|��判断事�g#发生与否�?br /> flags = {
     testflag = yes
     invade_albania = no
     assist_finland = no
}

#调整ai同意索取领土要求的可能�?br /> claim_acceptance = X

#向哪些国家要求领土他们会同意
demand_claims = {
EST
LAT
ROM
LIT
FIN
}

#哪些国家如果我们占领了他们会�l�与他们独立
liberate = {
LIT
FIN
}

#对列表中的国安��以媄响他们以改善关系,x的取值[0-10],0意味着毫无影响�?br /> resistance = {
ROM = x
}

#对列表中的国家有极强的��R略性，如果某个国家对应的数值是100�Q�那么这个国家将不顾一
#切的试图毁灭该国。在本例�Q��d国将首先对付法国�Q�然后对付英国�?br /> combat = {
ENG = 60
FRA = 70
}

#�q�个国家��保证列表中的国家的独立�Q�这个数��D��高，如果相对应的国家受��R略，保护国就
#��容易进行干涉�?br /> protect = {
TUR = 100
DAN = 100
}

#�q�个国家��尽量和列表中的国家保持良好关系�q�与之同盟，数��D��高可能性越高�?br /> befriend = {
TUR = 100
DAN = 100
}

#xxx表示省䆾ID�Q�这个语句表�C��个国家将��力在战争中占领�q�个省䆾�Q��ƈ��可能通过�?br /> #�q��判获得这个省份，n��高可能性越高�?br /> target = {
xxx = n# 1 - 100
}

#电脑分配�l�升�U�的ic的最大�?br /> upgrading = 0.1

#电脑分配�l�增援ic的最大�?br /> reinforcement = 0.1

#如果电脑被占据的ic比例��过�q�个数字�Q�他��׃��恐慌而开始爆民兵
desperation = 0.3

#开始战略�{�U�L��耗的旉��
strat_redeploy_threshold = [days]

#�q�行战略转移部队的最高比例，默认0.25
max_redeploying = X

#影响该国对别国宣战的几率
war = 50

# 完全中立的国家的该��g��?00�?50
#影响该国接受同盟和军事通行要求的可能性，如果��过100则完全不可能�Q�但�q��ƈ不媄响该
#国宣战的可能性。该值取决于国策的选择和与其他国家的关�p�R�?br /> neutrality = 0

#影响在前�U�对敌方表示友好的部队的比例�Q�默认是4.0
max_front_ratio    = X
#列表中的值将取代面对特定国家旉��认的�?br /> ax_front_ratios = {
   FIN = 2.0
   ...
}

#送远征军的比�?br /> #不要讄��的太低，必须�l�AI在同盟军控制的战区放弃己斚w��队指挥权的机�?br /> exp_force_ratio = 0.75

#AI不会�l�列表中的国安��远征军�Q�如果它们之间要跨过大洋
#但如果两国邻�q�，�q�是会送远征军�?br /> no_exp_forces_to = {
TAG
...
}

#战时分配卫戍责�Q的陆军最大比�?br /> max_garrison_prop = [0.0-1.0]
#战时分配卫戍责�Q的陆军最��比�?br /> #所有非前线省䆾的陆军都有卫戍AI控制(除非�q�个国家准备�q�行一��Z�R�?
min_garrison_prop

#分配�l�徏造基��设施的IC比例
construction = {
max_factor = [0.0-1.0]

# 建造防�I�炮的设�|�，yes = ��L��建�? no = 不�? atwar = 战时建�? not_atwar =和��^时徏�?br /> AA_batteries = [yes/no/atwar/not_atwar]

# ��过�q�个数值则不再建�?br /> max_AA_level = X

# 建造防�I�炮的省份列表，填入省䆾的ID�Q�按优先��序排列
AA_provs = { ... }

# 建造�v岸要塞的讄��Q�同�?br /> coastal_fort = [yes/no/atwar/not_atwar]

# ��过�q�个数值则不再建�?br /> max_coastal_level = X

# 建造�v岸要塞的省䆾列表�Q�按优先��序排列
coastal_fort_provs = { ... }

# 同上�Q�雷�?br />       radar_station     = [yes/no/atwar/not_atwar]
      max_radar         = X
radar_provs         = { ... }

# 同上�Q�机�?br />       air_base         = [yes/no/atwar/not_atwar]
max_air_base     = X
      air_base_provs     = { ... }

# 同上�Q�港�?br />       naval_base         = [yes/no/atwar/not_atwar]
      max_naval_base     = X
      naval_base_provs     = { ... }

# 同上�Q�地�?br />       land_fort         = [yes/no/atwar/not_atwar]
max_land_level     = X
# 在这些国家的边界造地�?nbsp;
fort_borders = {
       GER,
       ITA,
       ...
   }

# 通常在资源充��的时候不断徏造IC�Q�除非是在战�?br /> ic_at_war = [yes/no]

# 无论资源是否充��Q�不断徏造IC�Q�直到X�q��?通常用于某国可以预见之后��进行扩�?
force_ic_until = X

# 在这一�q�结束时停止建造IC
ic_end_year = X

# 建造IC的省份优先权列表
IC_provs = { ... }
}

garrison = {
defend_overseas_beaches = [yes/no] # 是否��外��d��Q�默认no

# 在下列语句中X是一个基敎ͼ��q�个基数表示每个地区��L��多少个师�Q�这个基数取决于�?�?br /> # 数量�?ps,�q�一�D�|��q�不大懂�Q�望指点)
home_multiplier = X # 在本土，用这个数乘以基数�Q�默�? 0.5
overseas_multiplier = X # 在其他领土，用这个数乘以基数�Q�默�? 0.3333
home_peace_cap = X #在和�q�x��期，守卫首都地区的最大部队数�?
war_zone_odds = X # 默认: 2.0 (��量辑ֈ�地方部队的两�?
area_multiplier = { # 如果某个地区有一个特�D�的省䆾�Q�则列在表中�Q��ƈ用特�D�的��g��以基�?br />           #(可以覆盖��外省䆾的数�? 但不能覆盖本土省份�?
       155 = 1.5
       ....
}

      #��d��优先权设�|?
      beach = 50             # ��岸省䆾的优先权
      capital = 100           # 首都
      human_border = 210         # 忽视人类同盟玩家
      war_target = 100         # �q�个AI下一个要�q�攻的国�?br />       reserves = 20           # 前线后的省䆾
      opposing_alliance = 100     # 通常说来�Q�所有的同盟都是对立�?br />       claim_threat = 100       # 如果�q�个国家中立�Q�这条语句针对可能向他宣战的国家
unstable_border   = 50     # 与他国相接的别国被占据领�?br />       # 特别的省�?br />       province_priorities = {
          527 = 50   # 省䆾527 的驻军优先权�?0
          1123 = -1   #优先权�ؓ负数则会覆盖所有其他优先权�q�设�|��ؓ0
          ...
      }

      ignore = {
      1123   #设�ؓ0...
      }
key_point_prio_mult     = [Value]   # 把这个省份的优先权设为value(��有疑问)
}

front = {
river = x #(��用多少部队�q�行跨河��d��Q?lt; 1.0 表示有优�?

   #以下数��g��正防御方的兵力数量及胜利几率(1.0 = 没有区别)
   largefort    = x #对于6�U�及以上地堡
   smallfort    = x #对于6�U�以下地�?br />    occupied    = x #被敌斚w��土包�?br />    owned        = x #被本斚w��土包�?/p>

   #战斗修正数�?br />    # 以下数值减��进��L��的战斗效�?br />    frozen_attack    = 0.50
   snow_attack    = 0.50
   blizzard_attack = 0.25
   storm_attack    = 0.60
   muddy_attack    = 0.75

   #减少�q�攻方的完全�q�攻效率(1.0 = 没有修正, 0.5 = 减半.)
   jungle_attack    = 0.85
   mountain_attack    = 0.60
   swamp_attack    = 0.60
   forest_attack    = 0.85
   hill_attack    = 0.75
   urban_attack    = 0.40

   # 前线部队的比例，通常用于防备��d��省䆾的进攻，默认�Q?.33�?br />    support_defense_prop = X

   recklessness        =    [0-3]#鲁莽�E�度�Q�越是高�Q�AI��容易做出冒险的丑֊�

   # Even - ��部队均匀分布在前�U?br />    # Reactive - 针对�Ҏ��部队的重炚w��l�部�?br />    # Defensive - 更多的部队防御战略要�?IC, Victory Points, Oil, etc)
   # Offensive - 更多的部队集�l�在�Ҏ��防�M薄弱之处
   # Operational Defensive - 撤退的道路越��，部队��少(避免被包饺子.)
   distrib_vs_ai        =    [even/reactive/defensive/offensive/op_defensive]
   distrib_vs_human    =    [even/reactive/defensive/offensive/op_defensive]

   #在制定日起内�Q�不会向制定国家宣战�?比如英法队�d国��R略�L兰时的观�?
   enemy_handicap = {
       ENG = 100
       FRA = 120
       ...
       ...
   }

   passivity = { # 对特定国家的反击
       # 取��D��? 0-100 (%)
       ENG = 0
       FRA = 50
       ...
       ...
   }

   province_priorities = {
       527 = 0.2    #分配原本应该分配�?0%的部队来防守省䆾527
       ...
   }

   reserve_prop            =    [0.0-1.0]
# ��d��力中分配�l�后斚w��队的最高比�?包括指挥部和其他的师)
   panic_ratio_vs_ai        =    X
# 如果敌方部队的数量超�q�己斚w��队这个倍数�Q�则要求更多部队

#注意�Q�这会��得部分部队放弃卫戍责任，所以，讑־�高一�?br />    panic_ratio_vs_human    =    X             # 同上�Q�针对�h�cȝ��?br />    enemy_reinf_days        =    X
# 在X天内�Q�计��获胜几率的同时�l�计�q�入目标省䆾的敌军数�?br />    base_attack_odds        =    X    # 如果莯��几率高于X�Q�则��d��
   min_attack_odds            =    X
# 如果战斗发生了僵局�Q�若胜利几率低于�q�个数��|��AI会选择停止战斗或撤退
   max_attack_odds            =    X
# 如果胜利几率高于�q�个数��|��AI不会再派遣援�?br />    reinforce_odds            =    X
# 如果胜利几率在这个数��|��则会�z�N��援军
   withdraw_odds            =    X
#如果胜利几率低于�q�个数��|��则会攑ּ��q�攻或者撤退
   # 注意: 计算防�M�Ҏ��退几率的公式非常复杂，用几个变量来体现很难
   # 注意: 如果�q�_��l�织度过低，则部队也有可能撤退
}

military = {
   relative_build_scheme    = [yes/no]
# yes:AI会尽量保持自��q��部队�U�类的比例；no:AI会按照下面的比例来分配自��q��生��。默�?yes
   max_batch_peace = 800
# 和��^时期AI用流水线生��同一单位的最长日�?br />    max_batch_war = 500
# 战争�q�未蔓�g到本国边境时期AI用流水线生��同一单位的最长日�?br />    max_batch_home_front = 190
# 战争已经蔓�g到本国边境时期AI用流水线生��同一单位的最长日�?br />    #注意: AI生��单位的数量同时受到其他因素的制约, 比如�ȝ��IC限制, 剧本�l�束时�v��要
#到来�Q�以及��生绝望情�l�时.

        # 生��分配表范�?
   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 %

   escort =        5
   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
   submarine =    4
   transport =    5
                   # 30 %
# 注意:��d��必须�?00%

# 加强旅生�?
# (每个可以加加强旅的师都有一个合适的加强�?
#陆军加强�?
   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
# �l�合必须<= 100

# ��军加强�?
cag = 100
# �l�合必须<= 100
}

#我参考的一��研�I�AI的文章里�Q�作者是针对1.2版本的，而现在是1.3版本�Q�不知道是否有变�?br /> #那篇文章的作者指出，relative_build_scheme = [yes/no]�q�个语句在所有的单独ai文�g中，都是
#选no�Q�因为如果选yes�Q�ai会尽力��自己的所有单位在�U�类上保持一个相同比例，比如苏联会�ؓ
#每一个步兵师建造一艘战列舰。而由于开局时�v军和陆军比例完全��p��Q�英国和��国会一开�?br /> #暴陆军空军，直到他们的数量和��军相同。而如果意大利�?2�q�被英国消灭了所有�v军，他就�?br /> #在接下来�?~4�q�里只造�v军，完全不造陆军�?br /> #我不清楚�q�句话在1.3里是否有改变�Q�但我徏议还是选no�Q�然后按照自��q��意思分配ai建�?/p>

air_marshal = {
icxdayscostfactor = 10.0 # 如何估算预期��要消耗的真实ic数�?br /> manpowercostfactor = 100.0 # 如何估算预期��要消耗的真实人力资源数�?br /> destructionriskthreashold = 0.2 # 如何评估一个师��要被解�?/p>

   airsuperioritydesirability = 10.0    # 作�ؓ一个乘数参加�Q务期望的计算
   airsuperioritylosstolerance = 1.0    # 什么样的损失比例在��d��中是可以接受的，2.0
#表示2倍的损失倍接�? 0.5 表示一�?br />    groundattacklosstolerance = 1.0
   groundattackdesirability = 1.0
   interdictionlosstolerance = 1.5
   inderdictiondesirability = 1.0
   logisticalstrikelosstolerance = 4.5
   logisticalstrikeefficency = 0.01# �q�个数值用来调整在完成��d��旉��到的实际损失
   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

   # 你可以设�|�很多军事计�? 但是如果你想增加一个那��p��在所有的�U�类中都增加�Q?br />    # 默认状态下�q�没有设�|?br />
   # 默认如下:
   taskforcetype = {
       name = "Air Superiority" # 名字可以随意�Q�便于调�?br />
       desiredratio = 0.400 # �q�个比率表示�q�个国家是否希望�q�行�q�项计划?

       rangeweight = 10.000 # �I�军在这��计划中的重要�?
       airkillpowerweight = 2000.000 # 在这个计划中�I�军消灭地方�I�Z��实力的重要�?
       hardkillpowerweight = 0.000
       softkillpowerweight = 0.000
       navalkillpowerweight = 0.000
       strategickillpowerweight = 0.000

       transportcapacityweight = -1000000.000
# 很大的负数表�C��输船完全摈弃在这个计划之�?br />
       airvulnurabilityweight = -1.000
# 暴露�l�敌方空军的��q��评估(�q�个数值是建造成本及其他多种数据的综合考虑)
       surfacevulnurabilityweight = 0.000

       # ai在完成�Q务时要考虑哪些问题�Q?br />        # 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
       #其他�?夺取制空�?相违背的默认计划
       #interdiction ��锁
       #ground_attack ��d��地面部队
       #logistical_strike 轰炸补给�U?br />        #runway_cratering 轰炸机场
       #strategic_bombardment 战略轰炸
       #installation_strike 战术轰炸
       #naval_strike 舰船轰炸
       #port_strike 港口轰炸
       #convoy_air_raiding �I�Z��护卫
       #airborne_assault �I�降�H�袭
       #air_supply     �I��补给
   }

   # 其他默认�I�军��d��
   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 }

}

#部队的数量乘以leader_rartio便得到实际分配的��领数量.
#如果你有101陆军单位同时land_field_marsal = 0.02 那么你有两个元帅.
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
}

#AI两栖作战的媄响因�?br /> invasion = {
     #对于某个特定的省份目�?br />    base = 1.0            # 相对关系修正. (数��g�� = 特定的重要省�?)
   random = 1.0                    # 随机范围大小(1.0 = 1%)
   coastal = 1.0             # 数值高则避免登陆有��岸要塞的省�?br />    beach = 1.0               # 数值高则避免难以登陆的��岸.
   distance = 1.0             # 数值高 = 避免�q�距��M��?
   max_distance = 20.0        # 如果目标距离��过�q�个�Q�则忽视之�? = 100km ingame.
   pocket = 1.0             #优先, 比如完全被敌国省份包围的省䆾.
   island = 1.0             #是否优先占领孤岛
   enemy = 1.0               #数值高表示警惕敌方有驻军的省䆾
   adjacentenemy = 1.0         # 数值高表示警惕邻近的敌�?br />    air_base    = 0.1              # 有机场的省䆾的优先权
   naval_base    = 0.1                # 有港口省份的优先�?br />    air_support    = 0.1              #敌方�I�军半径范围内的��岸优先�?br />    ignore = [yes/no]            # 发动�늕��Q�看是否和我国有边界. Default: no.

redirect = priority/nearest/home # AI文�g中的目标�w�䆾的优先权
# 最�q�的AI有良好的��d��效率�q�且有机会退�?br />

   #部分特定省䆾有较高优先权
   target = {
       898 = 1000 # 入��RSouth Sicily (898) 有着极高的优先权. 负数表示完全不管那里.
   }
}

#影响AI�Ҏ�v军控制的因素
admiral = {
   #对下列�v域的��d��有特别的优先�?br />    target = {
       592 = 200        ...
   }

   #下列��域为核心�v域，对它的控制很重要
   core = {
       592
       ...
   }

   #下列省䆾可被用作港口
   base = {
       592
       ...
   }

   #被忽略的省䆾
   ignore = {
       #以下必须是�v域，而不是省份ID
       "northern baltic"
       "southern baltic"
   }

   min_org        = 95%    # 在下�ơ出港前必须辑ֈ�最高组�l�度的比�?br />    min_dmg    = 95%   # 在下�ơ出港前必须辑ֈ�最高�h力的比例
   return_org    = 60%    # 低于最高组�l�度的这个比例将回港
   return_dmg    = 50%    # 低于人力的这个比例将回港
}

# �U�研发展的媄响因�?br /> technology = {
   endgoal = { ... }            #��要完成的科技列表�Q�填入科技ID
   preference = { ... }        # 优先研究的科技列表
   ignore = { ... }            # 不会研究的科技列表

   #优先研究的科研领�?br />    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
}

# 对于贸易协定的媄响因�?br /> trade = {
   favored = {
       TAG = X      # 对这些国家有贸易优惠
   }
   embargo = {
       TAG          # 不会和这些国家进行交�?br />    }

   # �q�个数指表示AI取消贸易协定的可能性，默认�?4.0.
#低一些的数��D��C��个国家很�Ҏ��取消不利于他们的贸易协定.
   cancel_deal_threshold = X

   # 下面的数值将覆盖"db\resource_values.csv" 中AI对各��资源重要性的看法�Q?br /> #除非讄��?-1 (默认.)
   energy =            -1
   rare_materials =    -1
   metal =                -1
   oil =                -1
   supplies =            -1
   money =            -1
}

# 对科技�׃�n的媄响因�?br /> tech_sharing = {
   favored = {
       TAG = X      # 乐于和这些国家分享科技�Q�如果X��D��高，则会分��n质量较高的科技
       ...
   }
   embargo = {
       TAG          # 不会和这些国家分享科技
       ...
   }
   not = {
       ID          # 不会分��n�q�些�U�技
       ...
   }
   prioritized
       ID = X      # 优先分��n�q�些�U�技
       ...
   }
}

飞翔天�� 2009-11-05 20:50 发表评论