Ammo.h

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//-----------------------------------------------------------------------------------
//
// Pro-Vocation Light Engine (PVLE)
// Copyright (C) 2007-2009  Sukender, KinoX & Buzib
// For more information, contact us : sukender@free.fr
//
// This program is free software; you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation; either version 3 of the License, or
// (at your option) any later version.
//
// For any use that is not compatible with the terms of the GNU 
// General Public License, please contact the authors for alternative
// licensing options.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License along
// with this program; if not, write to the Free Software Foundation, Inc.,
// 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
//
//-----------------------------------------------------------------------------------

#ifndef ENT_AMMO_H
#define ENT_AMMO_H

#include <PVLE/Config.h>
#include <PVLE/Export.h>
#include <PVLE/Entity/3DPhy.h>
#include <PVLE/Entity/WeaponEnergy.h>

class PVLE_EXPORT Ammo : public C3DPhy {
public:
    //TNL_DECLARE_CLASS(Ammo);

    Ammo(osg::MatrixTransform * pModel, Physics::Geom * pGeom, C3DPhy::EInitOptions options, const C3DPhy * pInheritTeamAndPlayer = NULL);
    Ammo(const C3DPhy & v, UINT copyOpts = COPY_3D | COPY_PHYSICS | COPY_OWNER);
    Ammo(const Ammo & v, UINT copyOpts = COPY_3D | COPY_PHYSICS | COPY_OWNER);

    virtual EContainerType getType() const { return AMMO; }
    virtual Ammo * asAmmo() { return this; }


    void setMinSpeed2(float minSpeed2) { this->minSpeed2 = minSpeed2; }
    float getMinSpeed2() const { return minSpeed2; }

    void setMinCollisionCineticToDestroy(float energy) { ASSERT(energy>=0); minCollisionCineticToDestroy = energy; }
    float getMinCollisionCineticToDestroy() const { return minCollisionCineticToDestroy; }

    virtual void step(dReal stepSize);
    virtual bool hitBefore(Physics::Contact * pContacts, unsigned int nbContacts, Physics::Contact * pMaxEnergyContact, Physics::Geom & thisGeom, Physics::Geom & otherGeom, Physics::Body *& inout_pThisBody, Physics::Body *& inout_pOtherBody);
    virtual void hitAfter(Physics::Contact * pContacts, unsigned int nbContacts, Physics::Contact * pMaxEnergyContact, Physics::Geom & thisGeom, Physics::Geom & otherGeom, bool contactJointCreated);


    void setParam(WeaponEnergy::EEneryType energyType, float value) { vParams[energyType] = value; }
    float getParam(WeaponEnergy::EEneryType energyType) const { return vParams[energyType]; }
/*

    Physics::Body * getBody() { ASSERT(pGeom); ASSERT(pGeom->getBody()); return pGeom->getBody(); }
    const Physics::Body * getBody() const { ASSERT(pGeom); ASSERT(pGeom->getBody()); return pGeom->getBody(); }
*/

#ifdef PVLE_NETWORKING
    //virtual TNL::U32 packUpdate(TNL::GhostConnection * pConnection, TNL::U32 mask, TNL::BitStream * pStream);
    //virtual void unpackUpdate(TNL::GhostConnection * pConnection, TNL::BitStream * pStream);
#endif

protected:
    //friend class TNL::NetClassRepInstance<Ammo>;
    //Ammo();           ///< Empty constructor for networking

    float vParams[WeaponEnergy::MAX_WEAPON_ENERGY];
    bool canBeDeletedOnNextFrame;
    float minSpeed2, minCollisionCineticToDestroy;
    float lastPerforationEnergy;        // For perforant ammo
};



// ----------------------------------------------------------------------------------------------------------------------------------------

//#include <osg/Matrix>
//#include <osg/Vec3>
//
//namespace Physics {
//  class World;
//}

//C3DPhy * createBullet(Physics::World * pPhyWorld, const osg::Matrix & matrixWTL, const osg::Vec3 & velocity, double ttl = -1, const C3DPhy * pInheritTeamAndPlayer = NULL);



#endif  // ENT_AMMO_H

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