VsForceStimulus.h

#pragma once

namespace VortexAnimatSim
{

        namespace ExternalStimuli
        {

                class VORTEX_PORT VsForceStimulus  : public AnimatSim::ExternalStimuli::ExternalStimulus
                {
                protected:
                        Structure *m_lpStructure;
                        std::string m_strStructureID;

                        std::string m_strBodyID;
                        RigidBody *m_lpBody;
                        VsRigidBody *m_lpVsBody;

                        CStdFPoint m_oRelativePosition;

                        std::string m_strForceXEquation;
                        std::string m_strForceYEquation;
                        std::string m_strForceZEquation;

                        CStdPostFixEval *m_lpForceXEval;
                        CStdPostFixEval *m_lpForceYEval;
                        CStdPostFixEval *m_lpForceZEval;

                        float m_fltForceX;
                        float m_fltForceY;
                        float m_fltForceZ;

                        float m_fltForceReportX;
                        float m_fltForceReportY;
                        float m_fltForceReportZ;

                        std::string m_strTorqueXEquation;
                        std::string m_strTorqueYEquation;
                        std::string m_strTorqueZEquation;

                        CStdPostFixEval *m_lpTorqueXEval;
                        CStdPostFixEval *m_lpTorqueYEval;
                        CStdPostFixEval *m_lpTorqueZEval;

                        float m_fltTorqueX;
                        float m_fltTorqueY;
                        float m_fltTorqueZ;

                        float m_fltTorqueReportX;
                        float m_fltTorqueReportY;
                        float m_fltTorqueReportZ;

                        CStdPostFixEval *SetupEquation(std::string strEquation);

                public:
                        VsForceStimulus();
                        virtual ~VsForceStimulus();

                        float RelativePositionX() {return m_oRelativePosition.x;};
                        float RelativePositionY() {return m_oRelativePosition.y;};
                        float RelativePositionZ() {return m_oRelativePosition.z;};

                        void RelativePositionX(float fltVal);
                        void RelativePositionY(float fltVal);
                        void RelativePositionZ(float fltVal);

                        std::string ForceXEquation() {return m_strForceXEquation;};
                        std::string ForceYEquation() {return m_strForceYEquation;};
                        std::string ForceZEquation() {return m_strForceZEquation;};

                        void ForceXEquation(std::string strVal);
                        void ForceYEquation(std::string strVal);
                        void ForceZEquation(std::string strVal);

                        std::string TorqueXEquation() {return m_strTorqueXEquation;};
                        std::string TorqueYEquation() {return m_strTorqueYEquation;};
                        std::string TorqueZEquation() {return m_strTorqueZEquation;};

                        void TorqueXEquation(std::string strVal);
                        void TorqueYEquation(std::string strVal);
                        void TorqueZEquation(std::string strVal);
                        
                        virtual void Load(CStdXml &oXml);

                        //ActiveItem overrides
                        virtual std::string Type() {return "ForceInput";};
                        virtual void Initialize();
                        virtual void ResetSimulation();  
                        virtual void StepSimulation();
                        virtual void Deactivate();

                        virtual float *GetDataPointer(const std::string &strDataType);
                        virtual bool SetData(const std::string &strDataType, const std::string &strValue, bool bThrowError = true);
                        virtual void QueryProperties(CStdPtrArray<TypeProperty> &aryProperties);
                };

        }                       //ExternalStimuli
}                               //VortexAnimatSim