GAS/GAS_VorticleForces.h

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/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * Produced by:
 *      Jeff Lait
 *      Side Effects Software Inc
 *      123 Front Street West, Suite 1401
 *      Toronto, Ontario
 *      Canada   M5J 2M2
 *      416-504-9876
 *
 * NAME:        GAS_VorticleForces.h ( GAS Library, C++)
 *
 * COMMENTS:
 */

#ifndef __GAS_VorticleForces__
#define __GAS_VorticleForces__

#include "GAS_API.h"

#include <SIM/SIM_VectorField.h>

#include "GAS_SubSolver.h"
#include "GAS_Utils.h"

#include <UT/UT_ThreadedAlgorithm.h>

class SIM_ScalarField;

class GAS_API GAS_VorticleForces : public GAS_SubSolver
{
public:
    GET_DATA_FUNC_S(GAS_NAME_VELOCITY, VelocityName);
    GET_DATA_FUNC_S("particlefield", ParticleField);
    GET_DATA_FUNC_S(GAS_NAME_GEOMETRY, GeometryName);
    GETSET_DATA_FUNCS_F("confinement", ConfinementStrength);
    GET_DATA_FUNC_B("computev", ComputeVelocity);

    GET_DATA_FUNC_B(GAS_NAME_USETIMESTEP, UseTimeStep);
    GET_DATA_FUNC_F(GAS_NAME_TIMESCALE, TimeScale);

    bool                 shouldMultiThread() { return true; }

protected:
    explicit             GAS_VorticleForces(const SIM_DataFactory *factory);
    virtual             ~GAS_VorticleForces();

    /// Applies a force to the velocity field proportional
    /// to the vorticle values.
    virtual bool         solveGasSubclass(SIM_Engine &engine,
                                SIM_Object *obj,
                                SIM_Time time,
                                SIM_Time timestep);

    THREADED_METHOD3(GAS_VorticleForces, velocity->getField(0)->shouldMultiThread(),
                    addVorticleForces,
                    SIM_VectorField *, velocity,
                    const GU_Detail *, vorticles,
                    fpreal, timestep)
    void                 addVorticleForcesPartial(SIM_VectorField *velocity,
                                    const GU_Detail *vorticles,
                                    fpreal timestep,
                                    const UT_JobInfo &info);

    THREADED_METHOD4(GAS_VorticleForces, shouldMultiThread(),
                                calculateVorticleForces,
                                const GU_Detail *, vorticles,
                                GU_Detail *, gdp, fpreal, timestep,
                                fpreal, confinement)
    void                 calculateVorticleForcesPartial(
                                const GU_Detail *vorticles, GU_Detail *gdp,
                                fpreal timestep, fpreal confinement,
                                const UT_JobInfo &info);

    THREADED_METHOD2(GAS_VorticleForces, shouldMultiThread(), applyForces,
                                GU_Detail *, gdp, SIM_Time, timestep)
    void                 applyForcesPartial(GU_Detail *gdp, SIM_Time timestep,
                                const UT_JobInfo &info);

    THREADED_METHOD1(GAS_VorticleForces, shouldMultiThread(), clearForces,
                                GU_Detail *, gdp)
    void                 clearForcesPartial(GU_Detail *gdp,
                                const UT_JobInfo &info);

private:
    static const SIM_DopDescription     *getDopDescription();

    DECLARE_STANDARD_GETCASTTOTYPE();
    DECLARE_DATAFACTORY(GAS_VorticleForces,
                        GAS_SubSolver,
                        "Gas Vorticle Forces",
                        getDopDescription());
};

#endif

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