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backRKArgs.h
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1 #ifndef BACKRKARGS_H
2 #define BACKRKARGS_H
3 
4 #include "simData.h"
5 
7 
16 {
17  public:
18 
19  Data * data;
20 
21  double
25  *sourcestar,
27  dt;
28  int
30 
31  i, j, k;
32 
33 
35 
39 
41 
49  BackRKArguments(Data * data);
50 
52 
62 
64 
67  virtual ~BackRKArguments();
68 
70 
76 
77 };
78 
79 #endif
BackwardsRK Arguments class
Definition: backRKArgs.h:15
double * sourcestar
< Interstage work array for specified variable
Definition: backRKArgs.h:24
double * auxstar
< Interstage work array for specified variable
Definition: backRKArgs.h:24
double * constar
< Interstage work array for specified variable
Definition: backRKArgs.h:24
int i
Which cell is currently being solved.
Definition: backRKArgs.h:29
int j
Which cell is currently being solved.
Definition: backRKArgs.h:29
virtual ~BackRKArguments()
Destructor.
int k
Which cell is currently being solved.
Definition: backRKArgs.h:29
BackRKArguments()
Default constructor.
Definition: backRKArgs.h:38
double dt
Size of current timestep.
Definition: backRKArgs.h:24
Data * data
Pointer to Data class containing global simulation data.
Definition: backRKArgs.h:19
int allocd
Signifies if the prim aux and source arrays have been allocated memory. 1 if allocated, 0 otherwise.
Definition: backRKArgs.h:29
BackRKArguments & operator=(const BackRKArguments &args)
Overload assignment operator.
Data object
Definition: simData.h:49
double * primstar
< Interstage work array for specified variable
Definition: backRKArgs.h:24