Properties.h

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/*=============================================================================
TexGen: Geometric textile modeller.
Copyright (C) 2006 Martin Sherburn
 
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 2
of the License, or (at your option) any later version.
 
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.
=============================================================================*/
 
#pragma once
 
#include "Property.h"
 
namespace TexGen
{ 
    using namespace std;
 
 
    class CLASS_DECLSPEC CProperties
    {
    public:
        CProperties();
        CProperties(TiXmlElement &Element);
        virtual ~CProperties(void);
 
        virtual void PopulateTiXmlElement(TiXmlElement &Element, OUTPUT_TYPE OutputType);
 
 
        void SetYarnLinearDensity(double dValue, string Units = "kg/m");
 
        void SetFibreDensity(double dValue, string Units = "kg/m^3");
 
        void SetFibreDiameter(double dValue, string Units = "m");
 
        void SetFibresPerYarn(int iValue);
 
        void SetYoungsModulus( double dValue, string Units = "MPa"); // Set x,y,z equal.  Left in for backward compatibility
        void SetYoungsModulusX( double dValue, string Units = "MPa");
        void SetYoungsModulusY( double dValue, string Units = "MPa");
        void SetYoungsModulusZ( double dValue, string Units = "MPa");
 
        void SetShearModulusXY( double dValue, string Units = "MPa");
        void SetShearModulusXZ( double dValue, string Units = "MPa");
        void SetShearModulusYZ( double dValue, string Units = "MPa");
 
        void SetPoissonsRatio( double dValue );  // Set x,y,z equal.  Left in for backward compatibility
        void SetPoissonsRatioX( double dValue );
        void SetPoissonsRatioY( double dValue );
        void SetPoissonsRatioZ( double dValue );
 
        void SetAlphaX( double dValue, string Units = "/K");
        void SetAlphaY( double dValue, string Units = "/K");
        void SetAlphaZ( double dValue, string Units = "/K");
 
 
        void SetFibreArea(double dValue, string Units = "m^2");
 
        void ResetYarnLinearDensity() { m_YarnLinearDensity.Reset(); }
        void ResetFibreDensity() { m_FibreDensity.Reset(); }
        void ResetFibreDiameter() { m_FibreDiameter.Reset(); }
        void ResetFibresPerYarn() { m_iFibresPerYarn = 0; }
        void ResetFibreArea() { m_FibreArea.Reset(); }
        void ResetYoungsModulusX() { m_YoungsModulusX.Reset(); }
        void ResetYoungsModulusY() { m_YoungsModulusY.Reset(); }
        void ResetYoungsModulusZ() { m_YoungsModulusZ.Reset(); }
        void ResetShearModulusXY() { m_ShearModulusXY.Reset(); }
        void ResetShearModulusXZ() { m_ShearModulusXZ.Reset(); }
        void ResetShearModulusYZ() { m_ShearModulusYZ.Reset(); }
        void ResetAlphaX() { m_AlphaX.Reset(); }
        void ResetAlphaY() { m_AlphaY.Reset(); }
        void ResetAlphaZ() { m_AlphaZ.Reset(); }
        void ResetPoissonsRatioX() { m_PoissonsRatioX = 0.0; }
        void ResetPoissonsRatioY() { m_PoissonsRatioY = 0.0; }
        void ResetPoissonsRatioZ() { m_PoissonsRatioZ = 0.0; }
        
 
        double GetYarnLinearDensity(string Units = "kg/m") const;
        double GetFibreDensity(string Units = "kg/m^3") const;
        double GetFibreDiameter(string Units = "m") const;
        int GetFibresPerYarn() const;
 
        double GetFibreArea(string Units = "m^2") const;
        double GetYoungsModulusX( string Units = "MPa") const;
        double GetYoungsModulusY( string Units = "MPa") const;
        double GetYoungsModulusZ( string Units = "MPa") const;
        double GetShearModulusXY( string Units = "MPa") const;
        double GetShearModulusXZ( string Units = "MPa") const;
        double GetShearModulusYZ( string Units = "MPa") const;
        double GetAlphaX( string Units = "/K") const;
        double GetAlphaY( string Units = "/K") const;
        double GetAlphaZ( string Units = "/K") const;
 
        double GetPoissonsRatioX() const;
        double GetPoissonsRatioY() const;
        double GetPoissonsRatioZ() const;
 
        CProperty m_YarnLinearDensity;
        CProperty m_FibreDensity;
        CProperty m_FibreArea;
        CProperty m_FibreDiameter;
        CProperty m_YoungsModulusX;
        CProperty m_YoungsModulusY;
        CProperty m_YoungsModulusZ;
        CProperty m_ShearModulusXY;
        CProperty m_ShearModulusXZ;
        CProperty m_ShearModulusYZ;
        CProperty m_AlphaX;
        CProperty m_AlphaY;
        CProperty m_AlphaZ;
        CProperty m_CalculatedArea;
 
    protected:
        int m_iFibresPerYarn;
        double m_PoissonsRatioX;
        double m_PoissonsRatioY;
        double m_PoissonsRatioZ;
 
        void SetDefaultProperties();
    };
};  // namespace TexGen