Public Member Functions
	MeshRulerKit (const llint avec_x_in, const llint avec_y_in, const llint avec_z_in, const llint bvec_x_in, const llint bvec_y_in, const llint bvec_z_in, const llint cvec_x_in, const llint cvec_y_in, const llint cvec_z_in, const llint avec_abs_x_in, const llint avec_abs_y_in, const llint avec_abs_z_in, const int avec_x_ovrf_in, const int avec_y_ovrf_in, const int avec_z_ovrf_in, const int bvec_x_ovrf_in, const int bvec_y_ovrf_in, const int bvec_z_ovrf_in, const int cvec_x_ovrf_in, const int cvec_y_ovrf_in, const int cvec_z_ovrf_in, const int avec_abs_x_ovrf_in, const int avec_abs_y_ovrf_in, const int avec_abs_z_ovrf_in)
	As with all abstracts, the constructor takes a straight list of inputs corresponding to member variables in the source class, covering all member variables. For optimization purposes, this abstract does not contain lengths of each array needed for safe traversal. That information can be found in the associated MeshParameters object which guided the creation of the axes.


	MeshRulerKit (const MeshRulerKit &original)=default

	MeshRulerKit (MeshRulerKit &&original)=default

Public Attributes
const llint *	avec_x
	Relative Cartesian X coordinates of a axis tick marks.

const llint *	avec_y
	Relative Cartesian Y coordinates of a axis tick marks.

const llint *	avec_z
	Relative Cartesian Z coordinates of a axis tick marks.

const llint *	bvec_x
	Relative Cartesian X coordinates of b axis tick marks.

const llint *	bvec_y
	Relative Cartesian Y coordinates of b axis tick marks.

const llint *	bvec_z
	Relative Cartesian Z coordinates of b axis tick marks.

const llint *	cvec_x
	Relative Cartesian X coordinates of c axis tick marks.

const llint *	cvec_y
	Relative Cartesian Y coordinates of c axis tick marks.

const llint *	cvec_z
	Relative Cartesian Z coordinates of c axis tick marks.

const llint *	avec_abs_x
	Absolute Cartesian X coordinates of a axis tick marks.

const llint *	avec_abs_y
	Absolute Cartesian Y coordinates of a axis tick marks.

const llint *	avec_abs_z
	Absolute Cartesian Z coordinates of a axis tick marks.

const int *	avec_x_ovrf
	Overflow bits for a axis relative Cartesian X coordinates.

const int *	avec_y_ovrf
	Overflow bits for a axis relative Cartesian Y coordinates.

const int *	avec_z_ovrf
	Overflow bits for a axis relative Cartesian Z coordinates.

const int *	bvec_x_ovrf
	Overflow bits for b axis relative Cartesian X coordinates.

const int *	bvec_y_ovrf
	Overflow bits for b axis relative Cartesian Y coordinates.

const int *	bvec_z_ovrf
	Overflow bits for b axis relative Cartesian Z coordinates.

const int *	cvec_x_ovrf
	Overflow bits for c axis relative Cartesian X coordinates.

const int *	cvec_y_ovrf
	Overflow bits for c axis relative Cartesian Y coordinates.

const int *	cvec_z_ovrf
	Overflow bits for c axis relative Cartesian Z coordinates.

const int *	avec_abs_x_ovrf
	Overflow bits for Cartesian X absolute a axis coordinates.

const int *	avec_abs_y_ovrf
	Overflow bits for Cartesian Y absolute a axis coordinates.

const int *	avec_abs_z_ovrf
	Overflow bits for Cartesian Z absolute a axis coordinates.

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

src/Structure/mesh_rulers.h
src/Structure/mesh_rulers.cpp

Public Member Functions

Public Attributes