maxtypes.h File Reference

#include "maxheap.h"
#include "WindowsDefines.h"
#include "geom/maxcolors.h"
#include <cstdint>

Classes
class	Class_ID
class	Interface_ID

Macros
#define	TIME_TICKSPERSEC   4800
	Number of ticks in a second. More...
#define	TIME_PosInfinity   TimeValue(0x7fffffff)
	Returns a time value that represents positive infinity. More...
#define	TIME_NegInfinity   TimeValue(0x80000000)
	Returns a time value that represents negative infinity. More...

Typedefs
using	ulong = unsigned long
using	uchar = unsigned char
using	UBYTE = uchar
using	UWORD = unsigned short
using	MtlID = UWORD
using	TimeValue = int
using	SClass_ID = ulong

Enumerations
enum	IOResult : int { IO_OK = 0 , IO_END = 1 , IO_ERROR = 2 , IO_INTERRUPT = 3 }
enum	ChunkType { NEW_CHUNK = 0 , CONTAINER_CHUNK = 1 , DATA_CHUNK = 2 }
enum	FileIOType { IOTYPE_MAX = 0 , IOTYPE_MATLIB = 1 , IOTYPE_RENDER_PRESETS = 2 }

Functions
constexpr float	TicksToSec (TimeValue ticks)
	Converts from ticks to seconds. More...
constexpr TimeValue	SecToTicks (double secs)
	Converts from seconds to ticks. More...
constexpr TimeValue	TicksSecToTime (TimeValue ticks, double secs)
	Converts a number of seconds plus a number of ticks to a TimeValue. More...
constexpr void	TimeToTicksSec (TimeValue time, TimeValue &ticks, TimeValue &secs)
	Converts a TimeValue to a number of seconds plus a number of ticks. More...

Macro Definition Documentation

TIME_TICKSPERSEC

#define TIME_TICKSPERSEC   4800

Number of ticks in a second.

TIME_PosInfinity

#define TIME_PosInfinity   TimeValue(0x7fffffff)

Returns a time value that represents positive infinity.

TIME_NegInfinity

#define TIME_NegInfinity   TimeValue(0x80000000)

Returns a time value that represents negative infinity.

Typedef Documentation

ulong

using ulong = unsigned long

uchar

using uchar = unsigned char

UBYTE

using UBYTE = uchar

UWORD

using UWORD = unsigned short

MtlID

using MtlID = UWORD

TimeValue

using TimeValue = int

SClass_ID

using SClass_ID = ulong

Enumeration Type Documentation

ChunkType

enum ChunkType

Enumerator
NEW_CHUNK
CONTAINER_CHUNK
DATA_CHUNK

{
    NEW_CHUNK       = 0,
    CONTAINER_CHUNK = 1,
    DATA_CHUNK      = 2
};

FileIOType

enum FileIOType

Enumerator
IOTYPE_MAX	File IO concerns a scene file (.max, .viz). See NOTIFY_FILE_PRE_OPEN, NOTIFY_FILE_POST_OPEN
IOTYPE_MATLIB	File IO concerns a material library file (.mat). See NOTIFY_FILE_PRE_OPEN, NOTIFY_FILE_POST_OPEN
IOTYPE_RENDER_PRESETS	File IO concerns a render preset file (.rps). See NOTIFY_FILE_PRE_OPEN, NOTIFY_FILE_POST_OPEN

{
    IOTYPE_MAX    = 0, 
    IOTYPE_MATLIB = 1, 
    IOTYPE_RENDER_PRESETS = 2
};

Function Documentation

TicksToSec()

constexpr float TicksToSec ( TimeValue  ticks )

constexpr

Converts from ticks to seconds.

{ return ticks / static_cast<float>(TIME_TICKSPERSEC); }

SecToTicks()

constexpr TimeValue SecToTicks ( double  secs )

constexpr

Converts from seconds to ticks.

{ return static_cast<TimeValue>(secs * TIME_TICKSPERSEC); }

TicksSecToTime()

constexpr TimeValue TicksSecToTime ( TimeValue  ticks, double  secs  )

constexpr

Converts a number of seconds plus a number of ticks to a TimeValue.

{ return ticks + SecToTicks(secs); }

TimeToTicksSec()

constexpr void TimeToTicksSec ( TimeValue  time, TimeValue &  ticks, TimeValue &  secs  )

constexpr

Converts a TimeValue to a number of seconds plus a number of ticks.

{
    ticks = time % TIME_TICKSPERSEC;
    secs = time / TIME_TICKSPERSEC;
}