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Bimetric 3+1 toolkit for spherical symmetry
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Implements a spatially cell-centered uniform grid. More...
Go to the source code of this file.
Data Structures | |
class | UniformGrid |
Uniform grid of grid functions. More... | |
class | GridUser |
GridUser contains cached variables from the grid-driver. More... | |
class | GridPoint |
A wrapper for a grid point so that the all of the grid functions can be treated as a compound object when reading/writing. More... | |
Defines | |
#define | emitField(gf) inline Real& gf( Int m, Int n ) { return GF( fld::gf, m, n ); } |
emitField is a macro that emits the method which encapsulates a grid function. | |
#define | emitDerivative_r(gf) emitField(gf##_r) |
#define | emitDerivative_rr(gf) emitField(gf##_rr) |
Implements a spatially cell-centered uniform grid.
Definition in file gridDriver.h.
#define emitDerivative_r | ( | gf | ) | emitField(gf##_r) |
Definition at line 290 of file gridDriver.h.
#define emitDerivative_rr | ( | gf | ) | emitField(gf##_rr) |
Definition at line 291 of file gridDriver.h.
emitField
is a macro that emits the method which encapsulates a grid function.
Such method can be later used to access data in a grid at a point given by (m,n). For example, emitField(r)
defines r(m,n)
.
Definition at line 286 of file gridDriver.h.