GT_DANumeric.h File Reference

#include "GT_API.h"
#include "GT_DataArray.h"
#include "GT_Memory.h"
#include <UT/UT_Assert.h>
#include <UT/UT_ArrayHelp.h>
#include <string.h>

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Classes
class	GT_DANumeric< T >
	An array of numeric values (int32, int64, fpreal16, fpreal32, fpreal64) More...
class	GT_DANumeric< T >::num_MinMaxTask
class	GT_DAPointMaterialID

Typedefs
using	GT_Unsigned8Array = GT_DANumeric< uint8 >
using	GT_UInt8Array = GT_Unsigned8Array
using	GT_Int8Array = GT_DANumeric< int8 >
using	GT_Int16Array = GT_DANumeric< int16 >
using	GT_Int32Array = GT_DANumeric< int32 >
using	GT_Int64Array = GT_DANumeric< int64 >
using	GT_Real16Array = GT_DANumeric< fpreal16 >
using	GT_Real32Array = GT_DANumeric< fpreal32 >
using	GT_Real64Array = GT_DANumeric< fpreal64 >
using	GT_RealArray = GT_DANumeric< fpreal >

Functions
	GT_EXTERN_TEMPLATE (GT_DANumeric< int8 >)
	GT_EXTERN_TEMPLATE (GT_DANumeric< uint8 >)
	GT_EXTERN_TEMPLATE (GT_DANumeric< int16 >)
	GT_EXTERN_TEMPLATE (GT_DANumeric< int32 >)
	GT_EXTERN_TEMPLATE (GT_DANumeric< int64 >)
	GT_EXTERN_TEMPLATE (GT_DANumeric< fpreal16 >)
	GT_EXTERN_TEMPLATE (GT_DANumeric< fpreal32 >)
	GT_EXTERN_TEMPLATE (GT_DANumeric< fpreal64 >)
GT_API GT_DataArray *	GTallocateIntArray (const int64 *array, GT_Size size, int tuple_size=1)
GT_API GT_DataArray *	GTallocateIntArray (const int32 *array, GT_Size size, int tuple_size=1)

Typedef Documentation

using GT_Int16Array = GT_DANumeric<int16>

Definition at line 518 of file GT_DANumeric.h.

using GT_Int32Array = GT_DANumeric<int32>

Definition at line 519 of file GT_DANumeric.h.

using GT_Int64Array = GT_DANumeric<int64>

Definition at line 520 of file GT_DANumeric.h.

using GT_Int8Array = GT_DANumeric<int8>

Definition at line 517 of file GT_DANumeric.h.

using GT_Real16Array = GT_DANumeric<fpreal16>

Examples:

GUI/GUI_PolygonNormalShade.C, and RAY/RAY_DemoGT.C.

Definition at line 521 of file GT_DANumeric.h.

using GT_Real32Array = GT_DANumeric<fpreal32>

Examples:

RAY/RAY_DemoGT.C.

Definition at line 522 of file GT_DANumeric.h.

using GT_Real64Array = GT_DANumeric<fpreal64>

Definition at line 523 of file GT_DANumeric.h.

using GT_RealArray = GT_DANumeric<fpreal>

Definition at line 524 of file GT_DANumeric.h.

using GT_UInt8Array = GT_Unsigned8Array

Definition at line 516 of file GT_DANumeric.h.

using GT_Unsigned8Array = GT_DANumeric<uint8>

Definition at line 515 of file GT_DANumeric.h.

Function Documentation

GT_EXTERN_TEMPLATE

(

GT_DANumeric< int8 >

)

GT_EXTERN_TEMPLATE

(

GT_DANumeric< uint8 >

)

GT_EXTERN_TEMPLATE

(

GT_DANumeric< int16 >

)

GT_EXTERN_TEMPLATE

(

GT_DANumeric< int32 >

)

GT_EXTERN_TEMPLATE

(

GT_DANumeric< int64 >

)

GT_EXTERN_TEMPLATE

(

GT_DANumeric< fpreal16 >

)

GT_EXTERN_TEMPLATE

(

GT_DANumeric< fpreal32 >

)

GT_EXTERN_TEMPLATE

(

GT_DANumeric< fpreal64 >

)

GT_API GT_DataArray* GTallocateIntArray	(	const int64 *	array,
		GT_Size	size,
		int	tuple_size = 1
	)

Return either an int64 or int32 array based on the contents of the array. That is, only allocate a 64 bit integer array if it's needed. For tuple sizes > 1, this function assumes that the array is an array of structs, rather than a struct of arrays.

GT_API GT_DataArray* GTallocateIntArray	(	const int32 *	array,
		GT_Size	size,
		int	tuple_size = 1
	)