CWE-ou-minkata/Sources/Plasma/PubUtilLib/plAvatar/plAvBrainHuman.h

/*==LICENSE==*

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*==LICENSE==*/
#ifndef PLAVBRAINHUMAN_INC
#define PLAVBRAINHUMAN_INC

#define HI_RES_MOVEMENT

#include "plAvBrainGeneric.h"
#include "plAvBehaviors.h"
#include "plAGAnim.h"

#pragma warning(disable: 4284)
#include <deque>
#include "hsTemplates.h"

class plMatrixChannel;
class plMatrixMultiplyApplicator;
class plAGAnimInstance;
class plAvTask;
class plAvTaskMsg;
class plAvBrainHuman;
class plWalkingStrategy;
class plArmatureUpdateMsg;
class plClimbMsg;
class plControlEventMsg;

class plAvBrainHuman : public plArmatureBrain
{
public:
    plAvBrainHuman(bool isActor = false);
    virtual ~plAvBrainHuman();

    CLASSNAME_REGISTER( plAvBrainHuman );
    GETINTERFACE_ANY( plAvBrainHuman, plArmatureBrain );

    virtual bool Apply(double timeNow, float elapsed);
    virtual void Activate(plArmatureModBase *avMod);
    virtual void Deactivate();
    virtual void Suspend();
    virtual void Resume();
    virtual void Spawn(double timeNow);
    virtual bool LeaveAge();

    bool IsActor() const {return fIsActor;}
    void IsActor(bool isActor) {fIsActor = isActor;}

    bool IsMovementZeroBlend();
    void TurnToPoint(hsPoint3 point);   
    bool RunStandardBehaviors(double timeNow, float elapsed);
    void SetStartedTurning(double when);

    virtual bool IsMovingForward();     // we're either walking or running. doesn't account for sliding.
    void ResetIdle();
    void IdleOnly(bool instantOff = false);

    bool IsBehaviorPlaying(int behavior); // returns whether the specified behavior is playing at all (see list of behaviors below)

    virtual void Write(hsStream *stream, hsResMgr *mgr);
    virtual void Read(hsStream *stream, hsResMgr *mgr);
    virtual bool MsgReceive(plMessage *msg);
    virtual void DumpToDebugDisplay(int &x, int &y, int lineHeight, char *strBuf, plDebugText &debugTxt);

    // Hardwired Identifiers for all the canonical bones.
    enum HumanBoneID {
        Pelvis,
        // left leg
        LThigh, LCalf, LFoot, LFootPrint, LToe0,

        // right leg
        RThigh, RCalf, RFoot, RFootPrint, RToe0,

        // spine and head, starting at base of spine
        Spine, TrunkPrint, Spine1, Spine2, Neck, Head, Jaw, LMouthLower, RMouthLower, 
        LBrowInner, LBrowOuter, LCheek, LEye, LEyeLid01, LEyeLid02, LMouthCorner, LMouthUpper, 
        RBrowInner, RBrowOuter, RCheek, REye, REyeLid01, REyeLid02, RMouthCorner, RMouthUpper,
        
        // Left Arm
        LClavicle, LUpperArm, LForearm, LHand, LHandPrint, LMiddleFinger1, LMiddleFinger2, LMiddleFinger3,
        LPinkyFinger1, LPinkyFinger2, LPinkyFinger3, LPointerFinger1, LPointerFinger2, LPointerFinger3,
        LRingFinger1, LRingFinger2, LRingFinger3, LThumb1, LThumb2, LThumb3,
        
        // Right Arm
        RClavicle, RUpperArm, RForearm, RHand, RHandPrint, RMiddleFinger1, RMiddleFinger2, RMiddleFinger3,
        RPinkyFinger1, RPinkyFinger2, RPinkyFinger3, RPointerFinger1, RPointerFinger2, RPointerFinger3,
        RRingFinger1, RRingFinger2, RRingFinger3, RThumb1, RThumb2, RThumb3
    };

    enum TurnCurve
    {
        kTurnLinear,
        kTurnExponential,
        kTurnLogarithmic
    };

    enum // Indicies for the brains array of behaviors
    {
        kIdle,
        kWalk,
        kRun,
        kWalkBack,
        kStandingTurnLeft,
        kStandingTurnRight,
        kStepLeft,
        kStepRight,
        kFall,
        kStandingJump,
        kWalkingJump,
        kRunningJump,
        kGroundImpact,
        kRunningImpact,
        kMovingTurnLeft,
        kMovingTurnRight,
        kPushWalk,
        //kPushIdle,
        kHuBehaviorMax,
    };
    
    static void SetTimeToMaxTurn(float time, bool walk);
    static float GetTimeToMaxTurn(bool walk);
    static void SetMaxTurnSpeed(float radsPerSec, bool walk);
    static float GetMaxTurnSpeed(bool walk);
    static void SetTurnCurve(TurnCurve curve, bool walk);
    static TurnCurve GetTurnCurve(bool walk);
    
    static const float kControlledFlightThreshold;
    static const float kAirTimeThreshold;
    static const float kAirTimePanicThreshold;
    plWalkingStrategy* fWalkingStrategy;
    
protected:
    plAGAnim *FindCustomAnim(const char *baseName);
    virtual bool IHandleControlMsg(plControlEventMsg *ctrlMsg);
    virtual bool IHandleClimbMsg(plClimbMsg *msg);
    virtual bool IHandleTaskMsg(plAvTaskMsg *msg);
    virtual bool IInitAnimations();
    virtual void IInitBoneMap();
    float IGetTurnStrength(double timeNow);
    void IChatOn();
    void IChatOff();
    bool IValidateAnimations();
    
    plAGModifier    *fHandleAGMod;      // the ag modifier that's attached to our top object
    double fStartedTurning;         // when did we start turning?   
    uint32_t fPreconditions;
    bool fIsActor; // are we an actor with special privileges?
    static float fWalkTimeToMaxTurn;
    static float fRunTimeToMaxTurn;
    static float fWalkMaxTurnSpeed;
    static float fRunMaxTurnSpeed;
    static TurnCurve fWalkTurnCurve;
    static TurnCurve fRunTurnCurve;
};

///////////////////////////////////////////////////////////////////////////////////////////////////

class plHBehavior : public plArmatureBehavior
{
    friend class plAvBrainHuman;
    friend class plAvBrainCritter;

public:
    // ID flags for human behaviors. These are used by plBehaviorNotifyMsg
    // to identify what type of behavior just triggered.
    // This is an old way of doing things. I'd like to remove it, but a lot of
    // python scripts use it as is.
    enum BehaviorType
    {
        kBehaviorTypeStandingJump       = 0x00000001,
        kBehaviorTypeWalkingJump        = 0x00000002,
        kBehaviorTypeRunningJump        = 0x00000004,
        kBehaviorTypeAnyJump            = kBehaviorTypeStandingJump | kBehaviorTypeWalkingJump | kBehaviorTypeRunningJump,
        kBehaviorTypeRunningImpact      = 0x00000008,
        kBehaviorTypeGroundImpact       = 0x00000010,
        kBehaviorTypeAnyImpact          = kBehaviorTypeRunningImpact | kBehaviorTypeGroundImpact,
        kBehaviorTypeIdle               = 0x00000020,
        kBehaviorTypeWalk               = 0x00000040,
        kBehaviorTypeRun                = 0x00000080,
        kBehaviorTypeWalkBack           = 0x00000100,
        kBehaviorTypeTurnLeft           = 0x00000200,
        kBehaviorTypeTurnRight          = 0x00000400,
        kBehaviorTypeSidestepLeft       = 0x00000800,
        kBehaviorTypeSidestepRight      = 0x00001000,
        kBehaviorTypeFall               = 0x00002000,
        kBehaviorTypeMovingTurnLeft     = 0x00004000,
        kBehaviorTypeMovingTurnRight    = 0x00008000,
        kBehaviorTypeLinkIn             = 0x00010000,
        kBehaviorTypeLinkOut            = 0x00020000,
        kBehaviorTypeEmote              = 0x00040000,
        kBehaviorTypePushWalk           = 0x00080000,
        //kBehaviorTypePushIdle         = 0x00100000,
        kBehaviorTypeNeedsRecalcMask    = kBehaviorTypeAnyJump | kBehaviorTypeRunningImpact | kBehaviorTypeWalk |
                                          kBehaviorTypeRun | kBehaviorTypeWalkBack | kBehaviorTypeTurnLeft |
                                          kBehaviorTypeTurnRight | kBehaviorTypeSidestepLeft |
                                          kBehaviorTypeSidestepRight | kBehaviorTypePushWalk,
    };
    
    plHBehavior();
    ~plHBehavior();

    void Init(plAGAnim *anim, bool loop, plAvBrainHuman *brain, plArmatureMod *body,
              float fadeIn, float fadeOut, uint8_t index, uint32_t type = 0);
    virtual bool PreCondition(double time, float elapsed) { return true; }
    uint32_t GetType() const { return fType; }

protected:
    virtual void IStart();
    virtual void IStop();

    plArmatureMod *fAvMod;
    plAvBrainHuman *fHuBrain;
    float fFadeIn;                      // speed at which the animation fades in, in blend units per second
    float fFadeOut;                     // speed at which the animation fades out, in blend units per second
    float fMaxBlend;                    // the maximum blend the animation should reach
    uint32_t fType;                       // (see the behaviorType enum)

    bool fStartMsgSent;                 // flags to prevent multiple start and stop messages from being sent
    bool fStopMsgSent;
};

class Idle : public plHBehavior
{
    virtual void IStart();
};

class Run : public plHBehavior
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class Walk : public plHBehavior
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class WalkBack : public plHBehavior
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class StepLeft : public plHBehavior
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class StepRight : public plHBehavior
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class StandingTurnLeft : public plHBehavior
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class StandingTurnRight : public plHBehavior
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class MovingTurn : public plHBehavior
{
public:

protected:
    void IStart();
};

class MovingTurnLeft : public MovingTurn
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class MovingTurnRight : public MovingTurn
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class Jump : public plHBehavior
{
protected:
    bool fReleased;
    virtual void IStart();
    virtual void IStop();
    
public:
    Jump() : plHBehavior(), fReleased(true) {}
};

class StandingJump : public Jump
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class WalkingJump : public Jump
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class RunningJump : public Jump
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

class GroundImpact : public plHBehavior
{
public:
    GroundImpact();
    virtual bool PreCondition(double time, float elapsed);

private:
    virtual void IStop();
    float fDuration;
};

class RunningImpact : public plHBehavior
{
public:
    RunningImpact();
    virtual bool PreCondition(double time, float elapsed);

private:
    virtual void IStop();
    float fDuration;
};

class Fall : public plHBehavior
{
public:
    virtual bool PreCondition(double time, float elapsed);
    virtual void Process(double time, float elapsed);
};

class Push : public plHBehavior
{
public:
    virtual void Process(double time, float elapsed);
};

//class PushIdle : public Push
//{
//public:
//  virtual bool PreCondition(double time, float elapsed);
//};

class PushWalk : public Push
{
public:
    virtual bool PreCondition(double time, float elapsed);
};

bool PushSimpleMultiStage(plArmatureMod *avatar, const char *enterAnim, const char *idleAnim,
                          const char *exitAnim, bool netPropagate, bool autoExit, plAGAnim::BodyUsage bodyUsage,
                          plAvBrainGeneric::BrainType type = plAvBrainGeneric::kGeneric);

bool AvatarEmote(plArmatureMod *avatar, const char *emoteName);


#endif // PLAVBRAINHUMAN_INC