LIST OF MOdELS 



1) Mar 6 models 

See mr.sadegh.mar6   
Assume `100% of gas consumed by SF during major merger
 
- model.sadegh.fort.6308.mar6-08
- data_old.dat.mar6-08  = use this one for Mar 6 as it has new wmap5 cosmology

2) /data1/proust/sj/azur1/res-grd/weinz/khochfar/may20-08

- model.sadegh.may20-08  = wrong implementation --- ignore 


3) /data1/proust/sj/azur1/res-grd/weinz/khochfar/may3-08

See mr2.sk.may23-08
Assume fraction  f of gas is consumed by SF during major merger
Use prescription of Cox et al., I used Eq. 5 with e1:1=0.55 and
gamma=0.69.


****************************************************************

	STATS OF MODELS 



1) model =  model.sadegh.fort.6308.mar6-08
 
REDO THIS WITH  data_old.dat.mar6-08 as it has new wmap5 cosmology
  	

See mr.sadegh.mar6   

# Results of a cosmological simulation in a box of 1E6 Mpc^3. 
#  Major merger is  1/4 < m1/m2 <= 1/1
# Assumes all gas in a major merger get converted to stars
#

To clarify, when we define spirals we do that using the bulge-to-total
fraction of stars in an individual galaxy, i.e. B/T < 0.6. Since you might
want to use a different definition for a spiral I send you all galaxies I
find with masses above 1.E8 M_sun (please note that we are probably only
complete above 1E6 M_sun). It should be straight forward to split this
galaxy sample into early type and late type galaxies and look at the
distribution of B/T. Please let me know if you have problems with the
data.


-- SOME BASIC STATS OF THE MODEL

Model = /data1/proust/sj/azur1/res-grd/weinz/burkert/model.sadegh.fort.6308.mar6-08


Applied cutoff in stellar mass =  1.00000e+10
Applied cutoff in B/T =      1.00000

Total no of galaxies with above cutoffs        8216
No and % of such galaxies with major+minor merger        2496      30.3797
No and % of such galaxies with only minor mergers        5720      69.6203
  
No and % of such galaxies with  B/T<=0.2        4675      56.9012
No and % of such galaxies w/ major+minor merger and B/T<=0.2         121      1.47274
No and % of such galaxies w/ only minor mergers and B/T<=0.2        4554      55.4284
  
No and % of such galaxies with  B/T>=0.4        2155      26.2293
No and % of such galaxies w/ major+minor merger and B/T>=0.4        2071      25.2069
No and % of such galaxies w/ only minor mergers and B/T>=0.4          84      1.02240


/data1/proust/sj/azur8/tib15/gems/idl-scripts/bulge-khochfar/plt1.model.may12-08.ps



************************************************************************

  model.sadegh.may20-08


THIS HAS WRONG IMPLEMENTATION. REDO STATS WITH
 /data1/proust/sj/azur1/res-grd/weinz/khochfar/may23-08

# Results of a cosmological simulation in a box of 1E6 Mpc^3.
#  Major merger is  1/4 < m1/m2 <= 1/1
# Assumes Cox et al prescription for % of gas in a major merger that
# gets converted to stars.
 

   SOME BASIC STATS OF THE MODEL
  
Model =/data1/proust/sj/azur1/res-grd/weinz/burkert/model.sadegh.may20-08
Applied cutoff in stellar mass =  1.00000e+10
Applied cutoff in B/T =      1.00000
Total no of galaxies with above cutoffs        8569
No and % of such galaxies with major+minor merger        2486      29.0116
No and % of such galaxies with only minor mergers        6083      70.9884
  
No and % of such galaxies with  B/T<=0.2        5083      59.3185
No and % of such galaxies w/ major+minor merger and B/T<=0.2         100      1.16700
No and % of such galaxies w/ only minor mergers and B/T<=0.2        4983      58.1515
  
No and % of such galaxies with  B/T>=0.4        2187      25.5222
No and % of such galaxies w/ major+minor merger and B/T>=0.4        2091      24.4019
No and % of such galaxies w/ only minor mergers and B/T>=0.4          96      1.12032
IDL>


/data1/proust/sj/azur8/tib15/gems/idl-scripts/bulge-khochfar/plt1.model.may20-08.ps










































PLOT = plt1.model.may20-08.ps