rows.h

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#ifndef ROCK_ROWS_H
#define ROCK_ROWS_H
//       Row Labels of Matrices       //
enum ROW_OF_MOD { RID_K_PERP, RID_C_BESL_J, RID_C_BESL_Y, DIM_MOD };
    enum { DIM_K_PERP_ = DIM_MOD, DIM_C_BESL_J_ = DIM_MOD, DIM_C_BESL_Y_ = DIM_MOD, };
enum ROW_OF_BC { RID_X1L, RID_X2L, RID_X1R, RID_X2R, DIM_BC };
    enum { DIM_X1L_ = DIM_BC, DIM_X2L_ = DIM_BC, DIM_X1R_ = DIM_BC, DIM_X2R_ = DIM_BC, };

enum ROW_OF_BD { RID_UZL, RID_UZR, DIM_BD };
    enum { DIM_UZL_ = DIM_BD, DIM_UZR_ = DIM_BD, };

enum ROW_OF_BEAM_INIT { RID_BEAM_I, RID_BEAM_R, RID_BEAM_A, RID_BEAM_G, RID_BEAM_AS, RID_BEAM_GS, RID_BEAM_RS, DIM_BEAM_INIT };
    enum { DIM_BEAM_I_ = DIM_BEAM_INIT, DIM_BEAM_R_ = DIM_BEAM_INIT, DIM_BEAM_A_ = DIM_BEAM_INIT, DIM_BEAM_G_ = DIM_BEAM_INIT, DIM_BEAM_AS_ = DIM_BEAM_INIT, DIM_BEAM_GS_ = DIM_BEAM_INIT, DIM_BEAM_RS_ = DIM_BEAM_INIT, };

enum ROW_OF_BLT_AVG { RID_BLT_AVG_ALPHA, RID_BLT_AVG_GAMMA, RID_BLT_AVG_FREQ, DIM_BLT_AVG };
    enum { DIM_BLT_AVG_ALPHA_ = DIM_BLT_AVG, DIM_BLT_AVG_GAMMA_ = DIM_BLT_AVG, DIM_BLT_AVG_FREQ_ = DIM_BLT_AVG, };

enum ROW_OF_BLT_TRJ { RID_BLT_TRJ_GC_R, RID_BLT_TRJ_GC_ANG, RID_BLT_TRJ_CYC_R, RID_BLT_TRJ_CYC_ANG, RID_BLT_TRJ_ALPHA, RID_BLT_TRJ_GAMMA, DIM_BLT_TRJ };
    enum { DIM_BLT_TRJ_GC_R_ = DIM_BLT_TRJ, DIM_BLT_TRJ_GC_ANG_ = DIM_BLT_TRJ, DIM_BLT_TRJ_CYC_R_ = DIM_BLT_TRJ, DIM_BLT_TRJ_CYC_ANG_ = DIM_BLT_TRJ, DIM_BLT_TRJ_ALPHA_ = DIM_BLT_TRJ, DIM_BLT_TRJ_GAMMA_ = DIM_BLT_TRJ, };

//    Shortcuts for C-Programming     //
//    No need to translate            //
/*
// The order VB is deprecated on CPU
#define VB_(IDX_V, IDX_BEAM) ((IDX_V) * (dim_b) + (IDX_BEAM))
#define VB(ROW_LABEL, IDX_BEAM)                                                \
    VB_((RID_##ROW_LABEL), (IDX_BEAM))
#define VBMH_(IDX_V, IDX_BEAM, IDX_MODE, IDX_HARM)                             \
    ((dim_b) * (dim_m) * (DIM_HARM) * (IDX_V)                                  \
     + (dim_m) * (DIM_HARM) * (IDX_BEAM) + (DIM_HARM) * (IDX_MODE)             \
     + (IDX_HARM) - (MIN_HARM))
#define VBM_(IDX_V, IDX_BEAM, IDX_MODE)                                        \
    ((dim_b) * (dim_m) * (IDX_V) + (dim_m) * (IDX_BEAM) + (IDX_MODE))
// Also, VNB is migrated to BVN for distributing beams in teams
#define VNB_(IDX_V, IDX_NODE, IDX_BEAM)                                        \
    ((dim_z) * (dim_b) * (IDX_V) + (dim_b) * (IDX_NODE) + (IDX_BEAM))
#define VNB(ROW_LABEL, IDX_NODE, IDX_BEAM)                                     \
    ((dim_z) * (dim_b) * (RID_##ROW_LABEL) + (dim_b) * (IDX_NODE) + (IDX_BEAM))
*/
#endif