34 #define SMEM_WINDOW_SIZE    (350 - ctx.num_waves * 35)
35 #define VMEM_WINDOW_SIZE    (1024 - ctx.num_waves * 64)
37 #define SMEM_MAX_MOVES      (64 - ctx.num_waves * 4)
38 #define VMEM_MAX_MOVES      (256 - ctx.num_waves * 16)
40 #define VMEM_CLAUSE_MAX_GRAB_DIST (ctx.num_waves * 2)
125    int16_t num_waves;  member
678       if (candidate->isVMEM() && (cursor.insert_idx - cursor.source_idx > (ctx.num_waves * 4) ||  in schedule_SMEM()
780    ctx.last_SMEM_stall = 10 - ctx.num_waves - k;  in schedule_SMEM()
1062    if (program->num_waves <= 5 * wave_fac)  in schedule_program()
1063       ctx.num_waves = program->num_waves;  in schedule_program()
1065       ctx.num_waves = 5 * wave_fac;  in schedule_program()
1067       ctx.num_waves = 6 * wave_fac;  in schedule_program()
1069       ctx.num_waves = 7 * wave_fac;  in schedule_program()
1070    ctx.num_waves = std::max<uint16_t>(ctx.num_waves, program->min_waves);  in schedule_program()
1071    ctx.num_waves = std::min<uint16_t>(ctx.num_waves, program->num_waves);  in schedule_program()
1074    ctx.num_waves = std::max<uint16_t>(ctx.num_waves / wave_fac, 1);  in schedule_program()
1076    assert(ctx.num_waves > 0);  in schedule_program()
1077    ctx.mv.max_registers = {int16_t(get_addr_vgpr_from_waves(program, ctx.num_waves * wave_fac) - 2),  in schedule_program()
1078                            int16_t(get_addr_sgpr_from_waves(program, ctx.num_waves * wave_fac))};  in schedule_program()
1103    int prev_num_waves = program->num_waves;  in schedule_program()
1121    assert(program->num_waves == prev_num_waves);  in schedule_program()