SIM/SIM_FieldUtils.h File Reference

#include <GU/GU_Types.h>

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Functions
template<typename FIELDTYPE >
bool	SIMfieldUtilsComputeSliceWithBorder (const FIELDTYPE *field, const UT_Vector3 &totaldiv, UT_Vector3 overlapneg, UT_Vector3 overlappos, int slicenum, UT_Vector3 &minvxl, UT_Vector3 &maxvxl)
template<typename FIELDTYPE >
bool	SIMfieldUtilsComputeSlice (const FIELDTYPE *field, const UT_Vector3 &totaldiv, int slicenum, UT_Vector3 &minvxl, UT_Vector3 &maxvxl)
template<typename FIELDTYPE >
bool	SIMfieldUtilsGetSliceBorder (const FIELDTYPE *field, int a_slice, int b_slice, UT_Vector3 &minvxl, UT_Vector3 &maxvxl)
template<typename FIELDTYPE >
UT_Vector3	SIMfieldUtilsGetDivisionsNoSlice (const FIELDTYPE *field)
template<typename FIELDTYPE >
UT_Vector3	SIMfieldUtilsGetDivisions (const FIELDTYPE *field)
template<typename FIELDTYPE >
UT_Vector3	SIMfieldUtilsGetSizeNoSlice (const FIELDTYPE *field)
template<typename FIELDTYPE >
UT_Vector3	SIMfieldUtilsGetSize (const FIELDTYPE *field)
template<typename FIELDTYPE >
UT_Vector3	SIMfieldUtilsGetCenter (const FIELDTYPE *field)
template<typename FIELDTYPE , typename F2 >
void	SIMfieldUtilsMatch (FIELDTYPE *field, const F2 *srcfield)

---

Function Documentation

template<typename FIELDTYPE >

bool SIMfieldUtilsComputeSlice	(	const FIELDTYPE *	field,
		const UT_Vector3 &	totaldiv,
		int	slicenum,
		UT_Vector3 &	minvxl,
		UT_Vector3 &	maxvxl
	)			[inline]

Definition at line 109 of file SIM_FieldUtils.h.

template<typename FIELDTYPE >

bool SIMfieldUtilsComputeSliceWithBorder	(	const FIELDTYPE *	field,
		const UT_Vector3 &	totaldiv,
		UT_Vector3	overlapneg,
		UT_Vector3	overlappos,
		int	slicenum,
		UT_Vector3 &	minvxl,
		UT_Vector3 &	maxvxl
	)			[inline]

Returns true if there is a slice to be performed. The slice is the half inclusive interval [minvxl, maxvxl)

Definition at line 32 of file SIM_FieldUtils.h.

template<typename FIELDTYPE >

UT_Vector3 SIMfieldUtilsGetCenter

(

const FIELDTYPE *

field

)

[inline]

Definition at line 358 of file SIM_FieldUtils.h.

template<typename FIELDTYPE >

UT_Vector3 SIMfieldUtilsGetDivisions

(

const FIELDTYPE *

field

)

[inline]

Definition at line 253 of file SIM_FieldUtils.h.

template<typename FIELDTYPE >

UT_Vector3 SIMfieldUtilsGetDivisionsNoSlice

(

const FIELDTYPE *

field

)

[inline]

Definition at line 147 of file SIM_FieldUtils.h.

template<typename FIELDTYPE >

UT_Vector3 SIMfieldUtilsGetSize

(

const FIELDTYPE *

field

)

[inline]

Definition at line 331 of file SIM_FieldUtils.h.

template<typename FIELDTYPE >

UT_Vector3 SIMfieldUtilsGetSizeNoSlice

(

const FIELDTYPE *

field

)

[inline]

Definition at line 270 of file SIM_FieldUtils.h.

template<typename FIELDTYPE >

bool SIMfieldUtilsGetSliceBorder	(	const FIELDTYPE *	field,
		int	a_slice,
		int	b_slice,
		UT_Vector3 &	minvxl,
		UT_Vector3 &	maxvxl
	)			[inline]

Returns true if there is any overlap between the two slices. [minvxl, maxvxl) is the region of overlap. This is the intersection of the two slice fields.

Definition at line 122 of file SIM_FieldUtils.h.

template<typename FIELDTYPE , typename F2 >

void SIMfieldUtilsMatch	(	FIELDTYPE *	field,
		const F2 *	srcfield
	)			[inline]

Definition at line 395 of file SIM_FieldUtils.h.