GVMap Class Reference

data structure of grain velocity/rotation claculations More...

#include <gvmap.h>

Collaboration diagram for GVMap:

Public Member Functions
	GVMap (int)
void	read (const string &, bool)
void	calc ()

Private Types
typedef multimap< int, gdata > ::iterator	mm_iter

Private Attributes
multimap< int, gdata >	m_map
set< int >	m_tag_set
map< int, Vec3 >	m_vel
map< int, Vec3 >	m_angvel
int	m_min_tag

Detailed Description

data structure of grain velocity/rotation claculations

Member Typedef Documentation

typedef multimap<int,gdata>::iterator GVMap::mm_iter

private

Constructor & Destructor Documentation

GVMap::GVMap

(

int

tag

)

References m_min_tag.

Member Function Documentation

void GVMap::calc

(

)

References cout, cross(), esys::lsm::bpu::iter(), m_angvel, m_map, m_tag_set, m_vel, gdata::mass, gdata::pos, and gdata::vel.

Referenced by main().

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void GVMap::read	(	const string &	infilename,
		bool	is_rot
	)

References cout, esys::lsm::bpu::iter(), m_map, m_min_tag, m_tag_set, gdata::mass, gdata::pos, and gdata::vel.

Referenced by main().

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Member Data Documentation

map<int,Vec3> GVMap::m_angvel

private

Referenced by calc().

multimap<int,gdata> GVMap::m_map

private

Referenced by calc(), and read().

int GVMap::m_min_tag

private

Referenced by GVMap(), and read().

set<int> GVMap::m_tag_set

private

Referenced by calc(), and read().

map<int,Vec3> GVMap::m_vel

private

Referenced by calc().

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The documentation for this class was generated from the following files:

• Tools/rotextract/gvmap.h
• Tools/rotextract/gvmap.cpp