THIS IS THE README.txt FILE 

These  files include  the most  of the  data shown  in the  Figures of
Weinmann  et al.  (2013)  on  the circular  velocity  of galaxies  and
haloes.

For questions please e-mail: weinmann@strw.leidenuniv.nl

For the moment, the tables include the wmap1 cosmology.
Later in March, we will include the wmap7 model predictions.

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Fig. 1c: 
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fig1c_w13.dat
Average density vs. radius from Fig. 1c  
1: radius in kpc
2: density in Msun/kpc^3 at z=0
3: at z=1
4: at z=2
5: at z=3
6: at z=4

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Fig. 3
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fig3_xx_w13.dat
Numbers 67, 52 etc. indiciate the snapshot in the MS-II simulation.
67: z=0
52: z=0.508 (not used in plot)
45: z=0.988  (denoted z=1)
36: z=2.07  (denoted z=2)
31: z=3.06 (denoted z=3)
28: z=3.86 (denoted z=4)

1: log(halo) mass in M_sun
2: v: log(velocity) in km/s
3: number density in dex^{-1}h^3Mpc^{-3}, halo mass
4: number density in dex^{-1}h^3Mpc^{-3}, v=v_vir
5: number density in dex^{-1}h^3Mpc^{-3}, v=v_20 (DM only)
6: number density in dex^{-1}h^3Mpc^{-3}, v=v_max

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Fig. 4
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average_history_xx.dat
1: redshift
2: m200 [msun]
3: v_20 [km/s]
4: vvir [km/s]
5: vmax [km/s]
6: sigma_20, b, AC [km/s] (needs to be multiplied by sqrt(2) to get v_20, b, AC)

xx in the file names indicate different halo mass bins at z=0, with 10 lowest and 3500 highest, 
expressed in units of the MS-II particle mass.

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Fig. 5 lower panels (cumulative)
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cumulative_v20_w13.dat: only DM
cumulative_v20_bar_ac_w13.dat: including the effects of baryons + AC

1: log(v20) [km/s] 
2: log(N) [h^3Mpc^-3] at z=0 
3: at z=0.508
4: at z=0.988
5: at z=2.07
6: at z=3.06
7: at z=3.86

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Fig. 5 upper panels (differential)
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diff_xx_w13.dat
xx indicating snapshots, see above

1: log(velocity) in km/s
2: number density in dex^{-1}h^3Mpc^{-3}, v20, DM only [needs to be divided by sqrt(2) to get sigma. Also, this is the same
qunatity as in fig3_xx_w13.dat, column 5]
3: number density in dex^{-1}h^3Mpc^{-3}, v20 including baryons [needs to be divided by sqrt(2) to get sigma]
4: number density in dex^{-1}h^3Mpc^{-3}, v20 including baryons+AC [needs to be divided by sqrt(2) to get sigma]





  README.txt  [0kb date=  12 11:13 README.txt]  
 
  average_history_100_105v.dat  [0kb date=  7 11:38 average_history_100_105v.dat]  
 
  average_history_10_10.08v.dat  [0kb date=  7 11:38 average_history_10_10.08v.dat]  
 
  average_history_3500_7000v.dat  [0kb date=  7 11:39 average_history_3500_7000v.dat]  
 
  average_history_500_600v.dat  [0kb date=  7 11:38 average_history_500_600v.dat]  
 
  cumulative_v20_bar_ac_w13.dat  [0kb date=  8 14:48 cumulative_v20_bar_ac_w13.dat]  
 
  cumulative_v20_w13.dat  [0kb date=  8 14:48 cumulative_v20_w13.dat]  
 
  data_w13.tar.gz  [0kb date=  12 11:11 data_w13.tar.gz]  
 
  diff_28_w13.dat  [0kb date=  8 16:38 diff_28_w13.dat]  
 
  diff_31_w13.dat  [0kb date=  8 16:38 diff_31_w13.dat]  
 
  diff_36_w13.dat  [0kb date=  8 16:38 diff_36_w13.dat]  
 
  diff_45_w13.dat  [0kb date=  8 16:38 diff_45_w13.dat]  
 
  diff_52_w13.dat  [0kb date=  8 16:38 diff_52_w13.dat]  
 
  diff_67_w13.dat  [0kb date=  8 16:38 diff_67_w13.dat]  
 
  fig1c_w13.dat  [0kb date=  8 14:42 fig1c_w13.dat]  
 
  fig3_28_w13.dat  [0kb date=  8 14:20 fig3_28_w13.dat]  
 
  fig3_31_w13.dat  [0kb date=  8 14:20 fig3_31_w13.dat]  
 
  fig3_36_w13.dat  [0kb date=  8 14:20 fig3_36_w13.dat]  
 
  fig3_45_w13.dat  [0kb date=  8 14:20 fig3_45_w13.dat]  
 
  fig3_52_w13.dat  [0kb date=  8 14:20 fig3_52_w13.dat]  
 
  fig3_67_w13.dat  [0kb date=  8 14:20 fig3_67_w13.dat]