#include "maxheap.h"
#include "strclass.h"
#include "maxtypes.h"

Classes
struct	DispInfo
	This is the display information structure. More...

Macros
#define	UNITS_INCHES 0

#define	UNITS_FEET 1

#define	UNITS_MILES 2

#define	UNITS_MILLIMETERS 3

#define	UNITS_CENTIMETERS 4

#define	UNITS_METERS 5

#define	UNITS_KILOMETERS 6

#define	MAX_UNIT_TYPES 7

#define	UNITDISP_GENERIC 0

#define	UNITDISP_METRIC 1

#define	UNITDISP_US 2

#define	UNITDISP_CUSTOM 3

#define	MAX_UNITDISP_TYPES 4

#define	UNIT_METRIC_DISP_MM 0

#define	UNIT_METRIC_DISP_CM 1

#define	UNIT_METRIC_DISP_M 2

#define	UNIT_METRIC_DISP_KM 3

#define	MAX_METRIC_DISP_TYPES 4

#define	UNIT_US_DISP_FRAC_IN 0

#define	UNIT_US_DISP_DEC_IN 1

#define	UNIT_US_DISP_FRAC_FT 2

#define	UNIT_US_DISP_DEC_FT 3

#define	UNIT_US_DISP_FT_FRAC_IN 4

#define	UNIT_US_DISP_FT_DEC_IN 5

#define	MAX_US_DISP_TYPES 6

#define	UNIT_FRAC_1_1 0

#define	UNIT_FRAC_1_2 1

#define	UNIT_FRAC_1_4 2

#define	UNIT_FRAC_1_8 3

#define	UNIT_FRAC_1_10 4

#define	UNIT_FRAC_1_16 5

#define	UNIT_FRAC_1_32 6

#define	UNIT_FRAC_1_64 7

#define	UNIT_FRAC_1_100 8

#define	MAX_FRAC_TYPES 9

#define	UNIT_DESIG_MM 0

#define	UNIT_DESIG_CM 1

#define	UNIT_DESIG_M 2

#define	UNIT_DESIG_KM 3

#define	UNIT_DESIG_IN 4

#define	UNIT_DESIG_FT 5

#define	UNIT_DESIG_CUSTOM 6

#define	UNIT_DESIG_TYPES 7

#define	US_UNIT_DEFAULT_FEET 0

#define	US_UNIT_DEFAULT_INCHES 1

Enumerations
enum	TimeDisp { DISPTIME_FRAMES , DISPTIME_SMPTE , DISPTIME_FRAMETICKS , DISPTIME_TIMETICKS }

Functions
CoreExport double	GetSystemUnitScale (int type)
	Retrieves the System Unit scale in terms of the specified unit type.

CoreExport double	GetRelativeScale (int fromType, float fromScale, int toType, float toScale)
	Computes a scaling factor for going from given units to others.

CoreExport void	GetSystemUnitInfo (int type, float scale)
	Retrieves the System Unit settings in effect.

CoreExport int	SetSystemUnitInfo (int type, float scale)
	Sets the System Unit settings.

CoreExport void	GetUnitDisplayInfo (DispInfo *info)
	Retrieves the current unit display information.

CoreExport int	SetUnitDisplayInfo (DispInfo *info)
	Sets the unit display information used by 3ds Max.

CoreExport int	GetUnitDisplayType ()
	Returns the current unit display type to one of the following values:

CoreExport int	SetUnitDisplayType (int type)
	Sets the current unit display type to one of the following values:

CoreExport BOOL	IsValidUnitCharacter (int ch)

CoreExport void	SetUSDefaultUnit (int type)

CoreExport int	GetUSDefaultUnit ()

CoreExport const MCHAR *	GetFirstUnitName ()

CoreExport const MCHAR *	GetNextUnitName ()

CoreExport const MCHAR *	GetFirstMetricDisp ()

CoreExport const MCHAR *	GetNextMetricDisp ()

CoreExport const MCHAR *	GetFirstUSDisp ()

CoreExport const MCHAR *	GetNextUSDisp ()

CoreExport const MCHAR *	GetFirstFraction ()

CoreExport const MCHAR *	GetNextFraction ()

CoreExport const MCHAR *	FormatUniverseValue (float value)
	Converts the specified value to an ASCII representation according to the current unit scale.

CoreExport float	DecodeUniverseValue (const MCHAR string, BOOL valid=NULL)
	Parses the specified string using the current unit settings and converts it to a floating point value.

CoreExport void	TimeToString (TimeValue t, MSTR &string)

CoreExport BOOL	StringToTime (MSTR string, TimeValue &t)

CoreExport int	GetFrameRate ()

CoreExport void	SetFrameRate (int rate)

CoreExport int	GetTicksPerFrame ()

CoreExport void	SetTicksPerFrame (int ticks)

CoreExport TimeDisp	GetTimeDisplayMode ()

CoreExport void	SetTimeDisplayMode (TimeDisp m)

CoreExport int	LegalFrameRate (int r)

CoreExport void	RegisterDistanceDefault (const MCHAR section, const MCHAR key, float inchesDefault, float metersDefault)
	Registers a default value for a distance value.

CoreExport void	RestoreDistanceDefault (const MCHAR section, const MCHAR key, float inchesDefault, float metersDefault)
	Restores the original default value for a distance value.

CoreExport float	GetDistanceDefault (const MCHAR section, const MCHAR key)
	Gets the default for the given section and key in the defaults file.

CoreExport void	SetDistanceDefault (const MCHAR section, const MCHAR key, float value)
	Sets the defaults for the given section and key in the defaults file.

Macro Definition Documentation

◆ UNITS_INCHES

#define UNITS_INCHES 0

◆ UNITS_FEET

#define UNITS_FEET 1

◆ UNITS_MILES

#define UNITS_MILES 2

◆ UNITS_MILLIMETERS

#define UNITS_MILLIMETERS 3

◆ UNITS_CENTIMETERS

#define UNITS_CENTIMETERS 4

◆ UNITS_METERS

#define UNITS_METERS 5

◆ UNITS_KILOMETERS

#define UNITS_KILOMETERS 6

◆ MAX_UNIT_TYPES

#define MAX_UNIT_TYPES 7

◆ UNITDISP_GENERIC

#define UNITDISP_GENERIC 0

◆ UNITDISP_METRIC

#define UNITDISP_METRIC 1

◆ UNITDISP_US

#define UNITDISP_US 2

◆ UNITDISP_CUSTOM

#define UNITDISP_CUSTOM 3

◆ MAX_UNITDISP_TYPES

#define MAX_UNITDISP_TYPES 4

◆ UNIT_METRIC_DISP_MM

#define UNIT_METRIC_DISP_MM 0

◆ UNIT_METRIC_DISP_CM

#define UNIT_METRIC_DISP_CM 1

◆ UNIT_METRIC_DISP_M

#define UNIT_METRIC_DISP_M 2

◆ UNIT_METRIC_DISP_KM

#define UNIT_METRIC_DISP_KM 3

◆ MAX_METRIC_DISP_TYPES

#define MAX_METRIC_DISP_TYPES 4

◆ UNIT_US_DISP_FRAC_IN

#define UNIT_US_DISP_FRAC_IN 0

◆ UNIT_US_DISP_DEC_IN

#define UNIT_US_DISP_DEC_IN 1

◆ UNIT_US_DISP_FRAC_FT

#define UNIT_US_DISP_FRAC_FT 2

◆ UNIT_US_DISP_DEC_FT

#define UNIT_US_DISP_DEC_FT 3

◆ UNIT_US_DISP_FT_FRAC_IN

#define UNIT_US_DISP_FT_FRAC_IN 4

◆ UNIT_US_DISP_FT_DEC_IN

#define UNIT_US_DISP_FT_DEC_IN 5

◆ MAX_US_DISP_TYPES

#define MAX_US_DISP_TYPES 6

◆ UNIT_FRAC_1_1

#define UNIT_FRAC_1_1 0

◆ UNIT_FRAC_1_2

#define UNIT_FRAC_1_2 1

◆ UNIT_FRAC_1_4

#define UNIT_FRAC_1_4 2

◆ UNIT_FRAC_1_8

#define UNIT_FRAC_1_8 3

◆ UNIT_FRAC_1_10

#define UNIT_FRAC_1_10 4

◆ UNIT_FRAC_1_16

#define UNIT_FRAC_1_16 5

◆ UNIT_FRAC_1_32

#define UNIT_FRAC_1_32 6

◆ UNIT_FRAC_1_64

#define UNIT_FRAC_1_64 7

◆ UNIT_FRAC_1_100

#define UNIT_FRAC_1_100 8

◆ MAX_FRAC_TYPES

#define MAX_FRAC_TYPES 9

◆ UNIT_DESIG_MM

#define UNIT_DESIG_MM 0

◆ UNIT_DESIG_CM

#define UNIT_DESIG_CM 1

◆ UNIT_DESIG_M

#define UNIT_DESIG_M 2

◆ UNIT_DESIG_KM

#define UNIT_DESIG_KM 3

◆ UNIT_DESIG_IN

#define UNIT_DESIG_IN 4

◆ UNIT_DESIG_FT

#define UNIT_DESIG_FT 5

◆ UNIT_DESIG_CUSTOM

#define UNIT_DESIG_CUSTOM 6

◆ UNIT_DESIG_TYPES

#define UNIT_DESIG_TYPES 7

◆ US_UNIT_DEFAULT_FEET

#define US_UNIT_DEFAULT_FEET 0

◆ US_UNIT_DEFAULT_INCHES

#define US_UNIT_DEFAULT_INCHES 1

Enumeration Type Documentation

◆ TimeDisp

enum TimeDisp

Enumerator
DISPTIME_FRAMES
DISPTIME_SMPTE
DISPTIME_FRAMETICKS
DISPTIME_TIMETICKS

              {
    DISPTIME_FRAMES,
    DISPTIME_SMPTE,
    DISPTIME_FRAMETICKS,
    DISPTIME_TIMETICKS
    };

Function Documentation

◆ GetSystemUnitScale()

CoreExport double GetSystemUnitScale ( int type )

Retrieves the System Unit scale in terms of the specified unit type.

For example, GetSystemUnitScale(UNITS_INCHES) returns the number of inches per unit. Returns -1.0 if an invalid unit type is supplied.

◆ GetRelativeScale()

CoreExport double GetRelativeScale	(	int	fromType,
		float	fromScale,
		int	toType,
		float	toScale
	)

Computes a scaling factor for going from given units to others.

Parameters

[in]	fromType	- type of units from which we start (a value going from UNITS_INCHES to UNITS_KILOMETERS).
[in]	fromScale	- scale of units from which we start.
[in]	toType	- type of units into which we want to rescale (a value going from UNITS_INCHES to UNITS_KILOMETERS).
[in]	toScale	- scale of units into which we want to rescale.

Returns: - The scale factor that is needed to scale from given units to others.

◆ GetSystemUnitInfo()

CoreExport void GetSystemUnitInfo	(	int *	type,
		float *	scale
	)

Retrieves the System Unit settings in effect.

These are the System Unit type (Inches, Feet, Meters, and so on) and the System Unit scale settings. These are the values that users enter in the "1 Unit = XXX field" of the System Unit Setup dialog box.

◆ SetSystemUnitInfo()

CoreExport int SetSystemUnitInfo	(	int	type,
		float	scale
	)

Sets the System Unit settings.

These are the System Unit type (Inches, Feet, Meters, and so on) and the System Unit scale settings.

◆ GetUnitDisplayInfo()

CoreExport void GetUnitDisplayInfo ( DispInfo * info )

Retrieves the current unit display information.

◆ SetUnitDisplayInfo()

CoreExport int SetUnitDisplayInfo ( DispInfo * info )

Sets the unit display information used by 3ds Max.

◆ GetUnitDisplayType()

CoreExport int GetUnitDisplayType ( )

Returns the current unit display type to one of the following values:

UNITDISP_GENERIC
UNITDISP_METRIC
UNITDISP_US
UNITDISP_CUSTOM

◆ SetUnitDisplayType()

CoreExport int SetUnitDisplayType ( int type )

Sets the current unit display type to one of the following values:

UNITDISP_GENERIC
UNITDISP_METRIC
UNITDISP_US
UNITDISP_CUSTOM

◆ IsValidUnitCharacter()

CoreExport BOOL IsValidUnitCharacter ( int ch )

◆ SetUSDefaultUnit()

CoreExport void SetUSDefaultUnit ( int type )

◆ GetUSDefaultUnit()

CoreExport int GetUSDefaultUnit ( )

◆ GetFirstUnitName()

CoreExport const MCHAR * GetFirstUnitName ( )

◆ GetNextUnitName()

CoreExport const MCHAR * GetNextUnitName ( )

◆ GetFirstMetricDisp()

CoreExport const MCHAR * GetFirstMetricDisp ( )

◆ GetNextMetricDisp()

CoreExport const MCHAR * GetNextMetricDisp ( )

◆ GetFirstUSDisp()

CoreExport const MCHAR * GetFirstUSDisp ( )

◆ GetNextUSDisp()

CoreExport const MCHAR * GetNextUSDisp ( )

◆ GetFirstFraction()

CoreExport const MCHAR * GetFirstFraction ( )

◆ GetNextFraction()

CoreExport const MCHAR * GetNextFraction ( )

◆ FormatUniverseValue()

CoreExport const MCHAR * FormatUniverseValue ( float value )

Converts the specified value to an ASCII representation according to the current unit scale.

Note that this can cause a string overflow, especially when the units are set to miles or kilometers. If an overflow occurs the function returns a null string (_T("")). So, developers can check for this condition using something like if (buf[0] == '\0') to see if an overflow occurred.

◆ DecodeUniverseValue()

CoreExport float DecodeUniverseValue	(	const MCHAR *	string,
		BOOL *	valid = `NULL`
	)

Parses the specified string using the current unit settings and converts it to a floating point value.

If an error occurs in the parsing then valid is set to FALSE.

◆ TimeToString()

CoreExport void TimeToString	(	TimeValue	t,
		MSTR &	string
	)

◆ StringToTime()

CoreExport BOOL StringToTime	(	MSTR	string,
		TimeValue &	t
	)

◆ GetFrameRate()

CoreExport int GetFrameRate ( )

◆ SetFrameRate()

CoreExport void SetFrameRate ( int rate )

◆ GetTicksPerFrame()

CoreExport int GetTicksPerFrame ( )

◆ SetTicksPerFrame()

CoreExport void SetTicksPerFrame ( int ticks )

◆ GetTimeDisplayMode()

CoreExport TimeDisp GetTimeDisplayMode ( )

◆ SetTimeDisplayMode()

CoreExport void SetTimeDisplayMode ( TimeDisp m )

◆ LegalFrameRate()

CoreExport int LegalFrameRate ( int r )

◆ RegisterDistanceDefault()

CoreExport void RegisterDistanceDefault	(	const MCHAR *	section,
		const MCHAR *	key,
		float	inchesDefault,
		float	metersDefault
	)

Registers a default value for a distance value.

The default has separate values for both Imperial and Metric systems. The Imperial default is given in inches and the Metric default is given in Meters.

◆ RestoreDistanceDefault()

CoreExport void RestoreDistanceDefault	(	const MCHAR *	section,
		const MCHAR *	key,
		float	inchesDefault,
		float	metersDefault
	)

Restores the original default value for a distance value.

◆ GetDistanceDefault()

CoreExport float GetDistanceDefault	(	const MCHAR *	section,
		const MCHAR *	key
	)

Gets the default for the given section and key in the defaults file.

The system returns the default relative to the current system units. If the units are Imperial (inches, feet, and so on) it returns the Imperial version of the default, otherwise it returns the Metric version. In either case the default value is returned in the current system units.

◆ SetDistanceDefault()

CoreExport void SetDistanceDefault	(	const MCHAR *	section,
		const MCHAR *	key,
		float	value
	)

Sets the defaults for the given section and key in the defaults file.

The system sets the default relative to the current system units. If the units are Imperial (inches, feet, and so on) it sets the Imperial version of the default, otherwise it sets the Metric version.

Classes

Macros

Enumerations

Functions