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Merged
tredpath merged 2 commits into from
Jan 1, 2023
Merged

Development #28

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c8d30e6
Missed a header file
tredpath Jan 1, 2023
cdceeef
Merge pull request #27 from HeartlandSoftware/working/header
tredpath Jan 1, 2023
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123 changes: 123 additions & 0 deletions include/Dlgcnvt.h
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// dlgcnvt.h
//
// By Robert W. Bryce
// Started: April 3, 2000
// Last Modified: January 13, 2009

#ifndef __DLGCNVT_H
#define __DLGCNVT_H

#if _DLL
#include <afxwin.h>
#endif
#include "types.h"
#include "convert.h"
#include "hssconfig/config.h"

#ifdef _MSC_VER

#if !defined(__INTEL_COMPILER) && !defined(__INTEL_LLVM_COMPILER)
#pragma managed(push, off)
#endif
#endif //_MSC_VER

#ifdef HSS_SHOULD_PRAGMA_PACK
#pragma pack(push, 2) // force to go to 1-byte packing rules,
#endif // to make this class as small as possible

class UnitConversion {
protected:
UnitConvert::STORAGE_UNIT m_small_measure_display,
m_small_distance_display,
m_distance_display,
m_alt_distance_display,
m_area_display,
m_volume_display,
m_temp_display,
m_mass_display,
m_energy_display,
m_angle_display,
m_velocity_display, // the high order byte stores something in the STORAGE_TIME_START-END range, the low order byte is distance
m_alt_velocity_display, // the high order byte stores something in the STORAGE_TIME_START-END range, the low order byte is distance
m_coordinate_display,
m_intensity_display, // use the high order word to store the energy, and the low order word to store the distance & time
m_mass_area_display, // use the high order word to store the mass, and the low order word to store the area
m_power_display;

public:
UnitConversion(const TCHAR *group_name);
void SaveToIniFile(const TCHAR *group_name) const;

void ResetToDefaults();

UnitConvert::STORAGE_UNIT SmallMeasureDisplay(UnitConvert::STORAGE_UNIT mode); // Precipitation
UnitConvert::STORAGE_UNIT SmallDistanceDisplay(UnitConvert::STORAGE_UNIT mode); // ***** see notes
UnitConvert::STORAGE_UNIT DistanceDisplay(UnitConvert::STORAGE_UNIT mode); // Distances
UnitConvert::STORAGE_UNIT AltDistanceDisplay(UnitConvert::STORAGE_UNIT mode); // Perimeter
UnitConvert::STORAGE_UNIT AreaDisplay(UnitConvert::STORAGE_UNIT mode); // Area
UnitConvert::STORAGE_UNIT VolumeDisplay(UnitConvert::STORAGE_UNIT mode);
UnitConvert::STORAGE_UNIT TempDisplay(UnitConvert::STORAGE_UNIT mode); // Temperature
UnitConvert::STORAGE_UNIT MassDisplay(UnitConvert::STORAGE_UNIT mode);
UnitConvert::STORAGE_UNIT MassAreaDisplay(UnitConvert::STORAGE_UNIT mode); // fuel loads and consumptions
UnitConvert::STORAGE_UNIT EnergyDisplay(UnitConvert::STORAGE_UNIT mode);
UnitConvert::STORAGE_UNIT AngleDisplay(UnitConvert::STORAGE_UNIT mode);
UnitConvert::STORAGE_UNIT VelocityDisplay(UnitConvert::STORAGE_UNIT mode); // Wind Speed
UnitConvert::STORAGE_UNIT AltVelocityDisplay(UnitConvert::STORAGE_UNIT mode); // ROS, PGR
UnitConvert::STORAGE_UNIT CoordinateDisplay(UnitConvert::STORAGE_UNIT mode); // Geometric units
UnitConvert::STORAGE_UNIT IntensityDisplay(UnitConvert::STORAGE_UNIT mode); // fire intensities
UnitConvert::STORAGE_UNIT PowerDisplay(UnitConvert::STORAGE_UNIT mode); // Power (a subset of the energy units)

__INLINE UnitConvert::STORAGE_UNIT SmallMeasureDisplay() const { return m_small_measure_display; };
__INLINE UnitConvert::STORAGE_UNIT SmallDistanceDisplay() const { return m_small_distance_display; };
__INLINE UnitConvert::STORAGE_UNIT DistanceDisplay() const { return m_distance_display; };
__INLINE UnitConvert::STORAGE_UNIT AltDistanceDisplay() const { return m_alt_distance_display; };
__INLINE UnitConvert::STORAGE_UNIT AreaDisplay() const { return m_area_display; };
__INLINE UnitConvert::STORAGE_UNIT VolumeDisplay() const { return m_volume_display; };
__INLINE UnitConvert::STORAGE_UNIT TempDisplay() const { return m_temp_display; };
__INLINE UnitConvert::STORAGE_UNIT MassDisplay() const { return m_mass_display; };
__INLINE UnitConvert::STORAGE_UNIT MassAreaDisplay() const { return m_mass_area_display; };
__INLINE UnitConvert::STORAGE_UNIT EnergyDisplay() const { return m_energy_display; };
__INLINE UnitConvert::STORAGE_UNIT AngleDisplay() const { return m_angle_display; };
__INLINE UnitConvert::STORAGE_UNIT VelocityDisplay() const { return m_velocity_display; };
__INLINE UnitConvert::STORAGE_UNIT AltVelocityDisplay() const { return m_alt_velocity_display; };
__INLINE UnitConvert::STORAGE_UNIT CoordinateDisplay() const { return m_coordinate_display; };
__INLINE UnitConvert::STORAGE_UNIT IntensityDisplay() const { return m_intensity_display; };
__INLINE UnitConvert::STORAGE_UNIT PowerDisplay() const { return m_power_display; }

static __INLINE float ConvertUnit(float value, UnitConvert::STORAGE_UNIT from_format, UnitConvert::STORAGE_UNIT to_format) { return UnitConvert::convertUnit(value, to_format, from_format); }; // **** note reversal of parmeter order
static __INLINE double ConvertUnit(double value, UnitConvert::STORAGE_UNIT from_format, UnitConvert::STORAGE_UNIT to_format) { return UnitConvert::convertUnit(value, to_format, from_format); };
static __INLINE std::string UnitName(UnitConvert::STORAGE_UNIT format, bool short_format) { return UnitConvert::UnitName(format, short_format); }

#if _DLL
static __INLINE CString CUnitName(UnitConvert::STORAGE_UNIT format, bool short_format) { return CString(UnitConvert::UnitName(format, short_format).c_str()); }
#endif

};


#if _DLL
void AFXAPI DDX_TextConvert(CDataExchange* pDX, int nIDC, float& value, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format);
void AFXAPI DDX_TextConvert(CDataExchange* pDX, int nIDC, double& value, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format);
void AFXAPI DDX_TextConvert(CDataExchange* pDX, int nIDC, float& value, int precision, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format, bool pad = false);
void AFXAPI DDX_TextConvert(CDataExchange* pDX, int nIDC, double& value, int precision, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format, bool pad = false);
void AFXAPI DDX_TextConvert(CDataExchange* pDX, int nIDC, float& value, float& def_value, int precision, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format, bool pad = false);
void AFXAPI DDX_TextConvert(CDataExchange* pDX, int nIDC, double& value, double& def_value, int precision, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format, bool pad = false);
void AFXAPI DDX_TextConvert(CDataExchange *pDX, int nIDC, float& value, const char *format, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format);
void AFXAPI DDX_TextConvert(CDataExchange *pDX, int nIDC, double& value, const char *format, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format);
void AFXAPI DDX_TextConvert(CDataExchange *pDX, int nIDC, float& value, float& def_value, const char *format, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format);
void AFXAPI DDX_TextConvert(CDataExchange *pDX, int nIDC, double& value, double& def_value, const char *format, UnitConvert::STORAGE_UNIT storage_format, UnitConvert::STORAGE_UNIT display_format);
#endif

#ifdef HSS_SHOULD_PRAGMA_PACK
#pragma pack(pop) // go back to whatever the project
#endif

#ifdef _MSC_VER
#if !defined(__INTEL_COMPILER) && !defined(__INTEL_LLVM_COMPILER)
#pragma managed(pop)
#endif

#endif // settings are...

#endif