User:Flixx/Recruitment Algorithm Collection - Revision history

Flixx: /* Formula AI dev */

2013-05-31T11:51:21Z

‎Formula AI dev

Flixx: /* Formula AI dev */

2013-05-31T11:50:37Z

‎Formula AI dev

Flixx: /* Formula AI dev */

2013-05-31T11:17:30Z

‎Formula AI dev

Flixx at 10:08, 31 May 2013

2013-05-31T10:08:47Z

Flixx at 10:07, 31 May 2013

2013-05-31T10:07:32Z

Flixx at 10:06, 31 May 2013

2013-05-31T10:06:40Z

Flixx: /* Formula AI dev */

2013-05-31T10:03:12Z

‎Formula AI dev

Flixx: Created page with '==Formula AI dev== Written in: FormulaAI, C++ By: Dragonking 2008 Files: data/ai/formula/new_recruitment.fai, src/ai/formula/function_table.cpp * In a first step the AI us…'

2013-05-31T10:01:35Z

Created page with '==Formula AI dev== Written in: FormulaAI, C++ By: Dragonking 2008 Files: data/ai/formula/new_recruitment.fai, src/ai/formula/function_table.cpp * In a first step the AI us…'

New page

==Formula AI dev==
Written in: FormulaAI, C++
By: Dragonking 2008
Files: data/ai/formula/new_recruitment.fai,
src/ai/formula/function_table.cpp

* In a first step the AI uses a ready-to-use function <code>calculate_map_ownership()</code> which is located inside function_table.cpp to calculate important hexes on the map. The important hexes are basically the border area between me and the enemies. (It will consider allies to).
* Villages with a radius of 1 which are near to me are added as important locations.
* Inside

@@ Line 16: / Line 16: @@
 ** '''+''' <code>defense_hp_eval()</code>: Score is the summed defense on the important hexes multiplied by hp. Normalized so the minimum is 0 and the maximum is 100.
 ** '''+''' <code>movement_eval()</code>: Score indicates how fast a unit can move through the important hexes. Normalized so the minimum is 0 and the maximum is 100.
-** '''+ 5*''' <code>fighting_eval()</code>: Score indicates how good a unit is against those units on the map whose leader is relatively near. It takes own attacks, defender attacks but not ''chances to hit'' under consideration. It uses the enemies recruitment lists if the number of units on the map is below 5. Note that there is no normalization here and the scored tend to be rather high so  <code>fighting_eval()</code> will have a huge weight.
+** '''+ 5*''' <code>fighting_eval()</code>: Score indicates how good a unit is against those units on the map whose leader is relatively near. It takes own attacks, defender attacks but not ''chances to hit'' under consideration. It uses the enemies recruitment lists if the number of units on the map is below 5. Note that there is no normalization here and the scores tend to be rather high so  <code>fighting_eval()</code> will have a huge weight.
 ** '''-''' <code>consider_unit_costs()</code>: Score is 80 * the difference between unit-cost and cheapest unit-cost. High value means high cost
 ** '''-''' <code>level_zero_malus()</code>: Score is 40 if unit is level 0. 0 otherwise.

@@ Line 16: / Line 16: @@
 ** '''+''' <code>defense_hp_eval()</code>: Score is the summed defense on the important hexes multiplied by hp. Normalized so the minimum is 0 and the maximum is 100.
 ** '''+''' <code>movement_eval()</code>: Score indicates how fast a unit can move through the important hexes. Normalized so the minimum is 0 and the maximum is 100.
-** '''+ 5*''' <code>fighting_eval()</code>: Score indicates how good a unit is against those units on the map whose leader is near. It takes own attacks, defender attacks but not ''chances to hit'' under consideration. It uses the enemies recruitment lists if the number of units on the map is below 5. Note that there is no normalization here and the scored tend to be rather high so  <code>fighting_eval()</code> will have a huge weight.
+** '''+ 5*''' <code>fighting_eval()</code>: Score indicates how good a unit is against those units on the map whose leader is relatively near. It takes own attacks, defender attacks but not ''chances to hit'' under consideration. It uses the enemies recruitment lists if the number of units on the map is below 5. Note that there is no normalization here and the scored tend to be rather high so  <code>fighting_eval()</code> will have a huge weight.
 ** '''-''' <code>consider_unit_costs()</code>: Score is 80 * the difference between unit-cost and cheapest unit-cost. High value means high cost
 ** '''-''' <code>level_zero_malus()</code>: Score is 40 if unit is level 0. 0 otherwise.

@@ Line 1: / Line 1: @@
 ==Formula AI dev==
 {|
-|Written in: | FormulaAI, C++
+|Written in: || FormulaAI, C++
 |-
-|By: | Dragonking 2008
+|By: || Dragonking 2008
 |-
-|Files: | data/ai/formula/new_recruitment.fai,
+|Files: || data/ai/formula/new_recruitment.fai,
 |-
-| | src/ai/formula/function_table.cpp
+| || src/ai/formula/function_table.cpp
 |}

@@ Line 1: / Line 1: @@
 ==Formula AI dev==
 {|
-|Written in:
+|Written in: | FormulaAI, C++
 |-
-|By:
+|By: | Dragonking 2008
 |-
-|Files:
+|Files: | data/ai/formula/new_recruitment.fai,
 |-
 | | src/ai/formula/function_table.cpp
 |}

@@ Line 1: / Line 1: @@
 ==Formula AI dev==
-Written in:	FormulaAI, C++ <br />
+{|
-By:		Dragonking 2008 <br />
+|Written in:
-Files:		data/ai/formula/new_recruitment.fai, <br />
+|FormulaAI, C++
-		src/ai/formula/function_table.cpp
+|-

@@ Line 1: / Line 1: @@
-==Formula AI dev==
+=Formula AI dev=
 {|
 |Written in: || FormulaAI, C++
@@ Line 13: / Line 13: @@
 * In a first step the AI uses a ready-to-use function <code>calculate_map_ownership()</code> which is located inside function_table.cpp to calculate important hexes on the map. The important hexes are basically the border area between me and the enemies. (It will consider allies to).
 * Villages with a radius of 1 which are near to me are added as important locations.
-* Inside
+* Inside <code>calculate_recruits()</code> a score map is created. 5 evaluation functions are called to fill this map: