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hi!
    I was in mesa/star/work/inlist_project set 
star_job
..........................
      new_rotation_flag = .true.
      change_rotation_flag = .false.
      change_initial_rotation_flag = .true.

      new_surface_rotation_v = 100
      set_surface_rotation_v = .false.
      set_initial_surface_rotation_v = .true
................................................
And
star_controls
!# rotation controls
.............
but it is show
 read history_columns.list
 read profile_columns.list
 net name basic.net
 rotation_flag = T
 kappa_file_prefix gn93
 kappa_lowT_prefix lowT_fa05_gs98
   eos_file_prefix mesa
                                        OMP_NUM_THREADS           4

hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     1     1       -5.602060        0.500000
                           1st model retry log10(dt/yr)   -5.3010299956639804D+00
hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     2     1       -5.903090        0.500000
                           1st model retry log10(dt/yr)   -5.6020599913279616D+00
 have reached retry limit so now backup
                           1st model retry log10(dt/yr)   -7.6020599913279616D+00
hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     1     1       -8.204120        0.500000
                           1st model retry log10(dt/yr)   -7.9030899869919429D+00
 first model is slow to converge: num tries          70
 first model is slow to converge: num tries          80
hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     2     1       -8.505150        0.500000
                           1st model retry log10(dt/yr)   -8.2041199826559232D+00
 first model is slow to converge: num tries          90
 first model is slow to converge: num tries         100
 first model is slow to converge: num tries         110
 have reached retry limit so now backup
                           1st model retry log10(dt/yr)   -1.0806179973983886D+01
 first model is slow to converge: num tries         120
 first model is slow to converge: num tries         130
 first model is slow to converge: num tries         140
 first model is slow to converge: num tries         150
 first model is slow to converge: num tries         160
hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     1     1      -11.408240        0.500000
                           1st model retry log10(dt/yr)   -1.1107209969647867D+01
 first model is slow to converge: num tries         170
 first model is slow to converge: num tries         180
 first model is slow to converge: num tries         190
hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     2     1      -11.709270        0.500000
                           1st model retry log10(dt/yr)   -1.1408239965311848D+01
 first model is slow to converge: num tries         200
 first model is slow to converge: num tries         210
 first model is slow to converge: num tries         220
 first model is slow to converge: num tries         230
 first model is slow to converge: num tries         240
 have reached retry limit so now backup
                           1st model retry log10(dt/yr)   -1.4612359947967773D+01
 first model is slow to converge: num tries         250
 first model is slow to converge: num tries         260
 first model is slow to converge: num tries         270
 first model is slow to converge: num tries         280
hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     1     1      -15.214420        0.500000
                           1st model retry log10(dt/yr)   -1.4913389943631755D+01
 first model is slow to converge: num tries         290
 first model is slow to converge: num tries         300
 first model is slow to converge: num tries         310
 first model is slow to converge: num tries         320
 first model is slow to converge: num tries         330
 first model is slow to converge: num tries         340
hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     2     1      -15.515450        0.500000
                           1st model retry log10(dt/yr)   -1.5214419939295736D+01
 first model is slow to converge: num tries         350
 first model is slow to converge: num tries         360
 first model is slow to converge: num tries         370
 first model is slow to converge: num tries         380
 first model is slow to converge: num tries         390
 have reached retry limit so now backup
                           1st model retry log10(dt/yr)   -1.9020599913279622D+01
 first model is slow to converge: num tries         400
 first model is slow to converge: num tries         410
 first model is slow to converge: num tries         420
 first model is slow to converge: num tries         430
 first model is slow to converge: num tries         440
hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     1     1      -19.622660        0.500000
                           1st model retry log10(dt/yr)   -1.9321629908943603D+01
 first model is slow to converge: num tries         450
 first model is slow to converge: num tries         460
 first model is slow to converge: num tries         470
 first model is slow to converge: num tries         480
 first model is slow to converge: num tries         490
hydro_newton_step returned ierr
       retry cnt, step, log10(dt/yr), retry_factor     2     1      -19.923690        0.500000
                           1st model retry log10(dt/yr)   -1.9622659904607584D+01
 first model is slow to converge: num tries         500
 first model is slow to converge: num tries         510
 first model is slow to converge: num tries         520
 first model is slow to converge: num tries         530
 first model is slow to converge: num tries         540
 first model is slow to converge: num tries         550
 have reached retry limit so now backup
                                                     dt    2.9390817493200311D-17
                                     min_timestep_limit    9.9999999999999998D-17

 stopping because of convergence problems dt < min_timestep_limit

terminated evolution: convergence problems

termination code: min_timestep_limit
DATE: 2015-03-03
TIME: 12:46:54
[hfsong@localhost wangjt_star_work]$ 
I hope you help me!  

    wang J.T