- Global CT_AverageNormalMagField (const Data *d, int side, Grid *grid)
- replace the loops with more compact macro, such as X1_BEG_LOOP()...
- Global CT_AverageNormalMagField (const Data *d, int side, Grid *grid)
- replace the loops with more compact macro, such as X1_BEG_LOOP()...
- Global CT_AverageTransverseMagField (const Data *d, int side, Grid *grid)
- replace the loops using more compact notations, such as X1_BEG_LOOP()...
- Global CT_StoreResistiveEMF (double **res_flx, int beg, int end, Grid *grid)
- some memory could be saved here...
- Global CT_StoreResistiveEMF (double **res_flx, int beg, int end, Grid *grid)
- some memory could be saved here...
- Global CT_Update (const Data *, Grid *)
- dt may be set separately in a more concise manner.
- Global CT_Update (const Data *, Grid *)
- dt may be set separately in a more concise manner.
- File fargo.h
- Global FARGO_ShiftSolution (Data_Arr, Data_Arr, Grid *)
- Optimization: avoid using too many if statement like on nproc_s > 1 or == 1
- Global FARGO_ShiftSolution (Data_Arr, Data_Arr, Grid *)
- Optimization: avoid using too many if statement like on nproc_s > 1 or == 1
- Global FillMagneticField (const Data *d, int side, Grid *grid)
- replace the loops with more compact macro, such as X1_BEG_LOOP()...
- Global FillMagneticField (const Data *d, int side, Grid *grid)
- replace the loops with more compact macro, such as X1_BEG_LOOP()...
- File hdf5_io.c
- This format does not yet support writing of supplementary variables.
- Global MyFunctionTemplate (void)
- –
- Global RightHandSide (const State_1D *state, Time_Step *Dts, int beg, int end, double dt, Grid *grid)
–
–
- Global SB_Boundary (const Data *, int, Grid *)
- Check if sb_Ly and sb_vy need to be global.
- Global SB_Boundary (const Data *, int, Grid *)
- Check if sb_Ly and sb_vy need to be global.
- File shearingbox.h
- Check if sb_vy and sb_Ly are really needed as global variables.
- Global WriteVTK_Header (FILE *fvtk, Grid *grid)
- Write the grid using several processors.
1.8.2
