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// -------------------------------------------------------------------------
// AAI
//
// A skirmish AI for the Spring engine.
// Copyright Alexander Seizinger
//
// Released under GPL license: see LICENSE.html for more information.
// -------------------------------------------------------------------------
#pragma once
#include "LegacyCpp/IAICallback.h"
#include <stdio.h>
#include <list>
#include <vector>
using std::string;
using std::list;
using std::vector;
class AAI;
struct CostMultiplier
{
int id;
float multiplier;
};
class AAIConfig
{
public:
AAIConfig(void);
~AAIConfig(void);
void LoadConfig(AAI *ai);
bool initialized;
// constants (will be loaded in aaiconfig)
// mod specific
float SECTOR_SIZE;
int MIN_ENERGY; // min energy make value to be considered beeing a power plant
int MAX_UNITS;
int MAX_SCOUTS;
int MAX_XROW;
int MAX_YROW;
int X_SPACE;
int Y_SPACE;
int MAX_GROUP_SIZE;
int MAX_AIR_GROUP_SIZE;
int MAX_SUBMARINE_GROUP_SIZE;
int MAX_NAVAL_GROUP_SIZE;
int MAX_ANTI_AIR_GROUP_SIZE;
int MAX_ARTY_GROUP_SIZE;
float MIN_EFFICIENCY;
int MAX_BUILDERS;
int MAX_BUILDERS_PER_TYPE; // max builders of same unit type
int MAX_FACTORIES_PER_TYPE;
int MAX_BUILDQUE_SIZE;
int MAX_ASSISTANTS;
int MIN_ASSISTANCE_BUILDTIME;
int MIN_ASSISTANCE_BUILDSPEED;
int MAX_BASE_SIZE;
float SCOUT_SPEED;
float GROUND_ARTY_RANGE;
float SEA_ARTY_RANGE;
float HOVER_ARTY_RANGE;
float STATIONARY_ARTY_RANGE;
int AIR_DEFENCE;
int AIRCRAFT_RATE;
int HIGH_RANGE_UNITS_RATE;
int FAST_UNITS_RATE;
int SIDES;
int MIN_ENERGY_STORAGE;
int MIN_METAL_STORAGE;
int MAX_METAL_COST;
int MIN_AIR_ATTACK_COST;
int MAX_AIR_TARGETS;
char **START_UNITS;
char **SIDE_NAMES;
list<int> SCOUTS;
list<int> ATTACKERS;
list<int> TRANSPORTERS;
list<int> DONT_BUILD;
//float KBOT_MAX_SLOPE;
//float VEHICLE_MAX_SLOPE;
//float HOVER_MAX_SLOPE;
float NON_AMPHIB_MAX_WATERDEPTH;
float SHIP_MIN_WATERDEPTH;
float METAL_ENERGY_RATIO;
int MAX_DEFENCES;
float MIN_SECTOR_THREAT;
int MAX_STAT_ARTY;
int MAX_AIR_BASE;
bool AIR_ONLY_MOD;
int MAX_STORAGE;
int MAX_METAL_MAKERS;
int MAX_MEX_DISTANCE;
int MAX_MEX_DEFENCE_DISTANCE;
int MAX_MEX_DEFENCE_COST;
float MIN_METAL_MAKER_ENERGY;
int MIN_FACTORIES_FOR_DEFENCES;
int MIN_FACTORIES_FOR_STORAGE;
int MIN_FACTORIES_FOR_RADAR_JAMMER;
float MIN_AIR_SUPPORT_EFFICIENCY;
int UNIT_SPEED_SUBGROUPS;
float MAX_COST_LIGHT_ASSAULT;
float MAX_COST_MEDIUM_ASSAULT;
float MAX_COST_HEAVY_ASSAULT;
float LIGHT_ASSAULT_RATIO;
float MEDIUM_ASSAULT_RATIO;
float HEAVY_ASSAULT_RATIO;
float SUPER_HEAVY_ASSAULT_RATIO;
int MIN_SUBMARINE_WATERLINE;
int MAX_ATTACKS;
vector<CostMultiplier> cost_multipliers;
// combat behaviour
float FALLBACK_DIST_RATIO; // units will try to fall back if enemy is closer than ratio of weapons range of the unit
float MIN_FALLBACK_RANGE; // units with lower weapons' range will not fall back
float MAX_FALLBACK_RANGE; // maximum distance units will try to keep to their enemies
float MIN_FALLBACK_TURNRATE; // units with lower turnrate will not try to fall back
// internal
float CLIFF_SLOPE; // cells with greater slope will be considered to be cliffs
int CONSTRUCTION_TIMEOUT;
int MAX_SECTOR_IMPORTANCE;
// game specific
int SCOUT_UPDATE_FREQUENCY;
float SCOUTING_MEMORY_FACTOR;
float LEARN_SPEED;
int LEARN_RATE;
float WATER_MAP_RATIO;
float LAND_WATER_MAP_RATIO;
int GAME_PERIODS;
};
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