// AI_monster_demon_trite.h
    // Native state-machine replacement for ai_monster_demon_trite.script.

    #pragma once


    #ifndef TRITE_RUNDISTANCE
#define TRITE_RUNDISTANCE 192
#endif
#ifndef TRITE_WALKTURN
#define TRITE_WALKTURN 65
#endif
#ifndef TRITE_LEAP_RATE
#define TRITE_LEAP_RATE 2
#endif
#ifndef TRITE_DODGE_RATE
#define TRITE_DODGE_RATE 2
#endif
#ifndef TRITE_LEAP_RANGE_MIN
#define TRITE_LEAP_RANGE_MIN 64
#endif
#ifndef TRITE_LEAP_RANGE_MAX
#define TRITE_LEAP_RANGE_MAX 1024
#endif
#ifndef TRITE_LEAP_SPEED
#define TRITE_LEAP_SPEED 650
#endif
#ifndef TRITE_LEAP_MAXHEIGHT
#define TRITE_LEAP_MAXHEIGHT 48
#endif
#ifndef TRITE_EXPLOSION_RADIUS
#define TRITE_EXPLOSION_RADIUS 200
#endif

    class rvmMonsterDemonTrite : public rvmMonsterBase {
    public:
        CLASS_PROTOTYPE( rvmMonsterDemonTrite );

        rvmMonsterDemonTrite();
        virtual void            Init( idAI* aiOwner ) override;
        virtual stateResult_t   RunStateByName( const char* stateName, stateParms_t* parms ) override;

    protected:
        bool                    explode;
    float                   nextDodge;
    float                   nextLeap;
    float                   painNextTime;
    idVec3                  jumpVelocity;
    idEntityPtr<idEntity>   combat_node;

        virtual stateResult_t   Torso_Idle( stateParms_t* parms );
    virtual stateResult_t   Torso_Pain( stateParms_t* parms );
    virtual stateResult_t   Torso_MeleeAttack( stateParms_t* parms );
    virtual stateResult_t   Torso_LeapAttack( stateParms_t* parms );
    virtual stateResult_t   Torso_Walk( stateParms_t* parms );
    virtual stateResult_t   Torso_Run( stateParms_t* parms );
    virtual stateResult_t   Torso_DodgeLeft( stateParms_t* parms );
    virtual stateResult_t   Torso_DodgeRight( stateParms_t* parms );
    virtual stateResult_t   state_Begin( stateParms_t* parms );
    virtual stateResult_t   state_Idle( stateParms_t* parms );
    virtual stateResult_t   combat_leap( stateParms_t* parms );
    virtual stateResult_t   combat_melee( stateParms_t* parms );
    virtual stateResult_t   combat_dodge_left( stateParms_t* parms );
    virtual stateResult_t   combat_dodge_right( stateParms_t* parms );
    virtual stateResult_t   path_jump( stateParms_t* parms );
    virtual stateResult_t   state_LostCombat( stateParms_t* parms );
    virtual stateResult_t   state_Explode( stateParms_t* parms );
    virtual stateResult_t   combat_explode( stateParms_t* parms );
    virtual stateResult_t   state_Killed( stateParms_t* parms );
    virtual int             check_attacks() override;
    virtual bool            do_attack( int attack_flags ) override;

    };