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// -------------------------------------------------------------------------
// AAI
//
// A skirmish AI for the TA Spring engine.
// Copyright Alexander Seizinger
//
// Released under GPL license: see LICENSE.html for more information.
// -------------------------------------------------------------------------
#pragma once
#include "aidef.h"
class AAI;
class AAIBuildTable;
class AAIBuildTask;
class AAIConstructor
{
public:
AAIConstructor(AAI *ai, int unit_id, int def_id, bool factory, bool builder, bool assistant);
~AAIConstructor(void);
void Update();
bool IsBusy();
void Idle();
// checks if assisting builders needed
void CheckAssistance();
// gets the total buildtime of all units in the buildque of the factory
double GetMyQueBuildtime();
// stops all assisters from assisting this unit
void ReleaseAllAssistants();
// stops this unit from assisting another builder/factory
void StopAssisting();
// removes an assisting con unit
void RemoveAssitant(int unit_id);
void ConstructionFinished();
void ConstructionFailed();
void GiveConstructionOrder(int id_building, float3 pos, bool water);
void AssistConstruction(int constructor, int target_unit = -1);
// continue with construction after original builder has been killed
void TakeOverConstruction(AAIBuildTask *build_task);
void GiveReclaimOrder(int unit_id);
void Killed();
// moves mobile constructors to safe sectors
void Retreat(UnitCategory attacked_by);
AAI *ai;
AAIBuildTable *bt;
IAICallback *cb;
// specify type of construction units (several values may be true, e.g. builders that may build certain combat units as well)
bool factory; // can build units
bool builder; // can build buildings
bool assistant; // can assists construction (nanotowers, fark, etc.)
bool resurrect; // can resurrect
// ids of the construction unit
int unit_id;
int def_id;
int buildspeed;
// ids of the currently constructed unit/building (-1 if none)
int construction_def_id;
int construction_unit_id;
UnitCategory construction_category;
// current task (idle, building, assisting)
UnitTask task;
// zero vector if none
float3 build_pos;
// id of the unit, the builder currently assists (-1 if none)
int assistance;
// assistant builders
set<int> assistants;
// engine tick the build order had been given
int order_tick;
// buildque
list<int> *buildque;
// pointer to possible buildtask
AAIBuildTask *build_task;
};
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