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- #pragma once
- /*----------------------------------------------------------\
- Includes
- \----------------------------------------------------------*/
- #include <string>
- #include <cmath>
- #include <assert.h>
- #include "vector.h"
- #define DICOM_SCALE_NAME "DICOM"
- /*----------------------------------------------------------\
- Classes
- \----------------------------------------------------------*/
- class CScale
- {
- public:
- double m_dblVer, // distance verticale pour 1 pixel
- m_dblHor; // distance horizontale pour 1 pixel
- std::string m_strName; // nom de l'échelle
- CScale(std::string pszName, double dblHor = 0.0, double dblVer = 0.0, bool fOrthonorme = true);
- inline bool operator != (const CScale &sce) { return (!(*this == sce)); };
- inline bool operator == (const CScale &sce)
- {
- return ( (m_fVerOK == sce.m_fVerOK)
- && (m_fHorOK == sce.m_fHorOK)
- && (m_fOrthonorme == sce.m_fOrthonorme)
- && (m_dblVer == sce.m_dblVer)
- && (m_dblHor == sce.m_dblHor)
- && (m_isDicom == sce.m_isDicom )
- );
- }
- void Update (double dblHor, double dblVer);
- void SetScaleLire (double, double);
- void SetScale (double, double);
- void SetScale (double, const CVector &);
- void SetVerticalScale (double, const CVector &);
- void SetHorizontalScale (double, const CVector &);
- double Surface (Rect &rc) const { return (Surface (rc.Width (), rc.Height ())); }
- double Surface (double dblX, double dblY) const;
- double Surface (double dblSurface) const;
- double Distance (const Point&, const Point&) const;
- bool Valid (void) const { return (m_fVerOK || m_fHorOK); };
- bool IsDicom (void) const { return m_isDicom; }
- // les membres m_dblXXX sont initialisés à 0, donc si le calibrage n'est pas défini
- // ces fonctions retournent 0
- double DistanceX (long lDistance) const { assert (m_fHorOK);
- return (abs (lDistance) * m_dblHor); };
- double DistanceY (long lDistance) const { assert (m_fVerOK);
- return (abs (lDistance) * m_dblVer); };
- double DistanceX (int dwDistance) const { assert (m_fHorOK);
- return (dwDistance * m_dblHor); };
- double DistanceY (int dwDistance) const { assert (m_fVerOK);
- return (dwDistance * m_dblVer); };
- double Distance (double dblDistance) const { assert (Valid () && (m_dblHor == m_dblVer) && (dblDistance >= 0.));
- return (fabs (dblDistance) * m_dblHor); };
- double DistanceX (double dblDistance) const { assert (m_fHorOK);
- return (fabs (dblDistance) * m_dblHor); };
- double DistanceY (double dblDistance) const { assert (m_fVerOK);
- return (fabs (dblDistance) * m_dblVer); };
- protected:
- bool m_fVerOK, // calibration verticale effectuée
- m_fHorOK, // calibration horizontale effectuée
- m_fOrthonorme,// calbiration horizontale = calibration verticale
- m_isDicom;
- };
- /*----------------------------------------------------------\
- Variables globales
- \----------------------------------------------------------*/
- extern const CScale *g_pCurrentScale;
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