gsmpi::HexZone< 3 > Struct Reference

HexZone 3-dimension. More...

#include <gsmpicartzone.hpp>

Inheritance diagram for gsmpi::HexZone< 3 >:

Collaboration diagram for gsmpi::HexZone< 3 >:

Public Member Functions
	HexZone ()
	default Construct a new Hex Zone object More...
	HexZone (const int rk, std::vector< Point< 3 >> points)
	Construct a new Hex Zone by points vector list. More...
	HexZone (const int rk, std::vector< std::vector< double >> points)
	Construct a new Hex Zone object by points vector list. More...
	HexZone (const int rk)
	Construct a new Hex Zone object. More...
void	SetNode (int i, Point< 3 > &point)
	Set the Node. More...
void	SetNodes (std::vector< Point< 3 >> points)
	Set the Nodes by a point vector list. More...
void	SetNodes (std::vector< std::vector< double >> points)
	Set the Nodes by a point vector list. More...
int	GetNodeSize ()
	Get the size of nodes. More...
bool	IsInPlane (int ind0, int ind1, int ind2, const double p[])
	judge whether the point is inside or outside of plane? More...
virtual bool	IsInZone (const double p[])
	judge whether the point is inside or outside of the zone More...

Public Attributes
Point< 3 >	node [8]
Public Attributes inherited from gsmpi::ZoneBase
int	rank

Detailed Description

HexZone 3-dimension.

• the order of the vertices(nodes) of 3D box

  ^ y
  |
  3_________________2
  

  /| /| / | / | 7/__|_____________6/ | | 0|_____________|___|1---—> x | / | / | / | / |/_______________|/ 4 5 |/_ z

  Template Parameters

Constructor & Destructor Documentation

HexZone() [1/4]

gsmpi::HexZone< 3 >::HexZone ( )

inline

default Construct a new Hex Zone object

HexZone() [2/4]

gsmpi::HexZone< 3 >::HexZone ( const int  rk, std::vector< Point< 3 >>  points  )

inline

Construct a new Hex Zone by points vector list.

Parameters

rk	which rank, when use mpi
points

References gsmpi::ZoneBase::rank.

HexZone() [3/4]

gsmpi::HexZone< 3 >::HexZone ( const int  rk, std::vector< std::vector< double >>  points  )

inline

Construct a new Hex Zone object by points vector list.

Parameters

rk	which rank, when use mpi
points

References gsmpi::ZoneBase::rank.

HexZone() [4/4]

gsmpi::HexZone< 3 >::HexZone ( const int  rk )

inline

Construct a new Hex Zone object.

Parameters

rk	which rank, when use mpi

References gsmpi::ZoneBase::rank.

Member Function Documentation

GetNodeSize()

int gsmpi::HexZone< 3 >::GetNodeSize ( )

inline

Get the size of nodes.

Returns

int

IsInPlane()

bool gsmpi::HexZone< 3 >::IsInPlane ( int  ind0, int  ind1, int  ind2, const double  p[]  )

inline

judge whether the point is inside or outside of plane?

• schematic ind2 3_________________2 | |

  + P
  _________________

  0 1 ind0 ind1

  V0 = nodes(ind1)- nodes(ind0); V1 = nodes(ind2)- nodes(ind0); P = nodes(p) - nodes(ind0) n = V0 x V1 (cross product) if p \cdot n >0, inside if p \cdot n <0, outside

Parameters

ind0	node number
ind1	node number
ind2	node number
p	position of points

Returns

true inside

false outside

References gsmpi::Point< N_dim >::pos.

IsInZone()

virtual bool gsmpi::HexZone< 3 >::IsInZone ( const double  p[] )

inlinevirtual

judge whether the point is inside or outside of the zone

Parameters

p

Returns

true inside of the zone

false outside of the zone

Implements gsmpi::ZoneBase.

SetNode()

void gsmpi::HexZone< 3 >::SetNode ( int  i, Point< 3 > &  point  )

inline

Set the Node.

Parameters

i	which node
point

SetNodes() [1/2]

void gsmpi::HexZone< 3 >::SetNodes ( std::vector< Point< 3 >>  points )

inline

Set the Nodes by a point vector list.

Parameters

points

SetNodes() [2/2]

void gsmpi::HexZone< 3 >::SetNodes ( std::vector< std::vector< double >>  points )

inline

Set the Nodes by a point vector list.

Parameters

points

References gsmpi::Point< N_dim >::SetPos().

Here is the call graph for this function:

Member Data Documentation

node

Point<3> gsmpi::HexZone< 3 >::node[8]

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The documentation for this struct was generated from the following file:

• /mnt/e/linuxOS/PhyStar/Parallel/gsmpi/gsmpicartzone.hpp