A maternal model
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A maternal model



Dear ASREMLers: I am trying to obtain direct and maternal genetic effects,
forcing ASREML to use all variances to just solve the MME'S. The model is
the same as in Mrode page 102. The G matrix is [150 -40]
                                               [-40  90]
											   
Ve=350, Vpe=40, Vt=550 =150 + 90 -40 + 40 + 350 
 
The model contain herd, sex, animal & maternal additive and permanent
environmental
I did use the ratios with respect to total variance Vt=550 in the
definition of G,
and pe. The input and output is below. I suspect the problem is that I did
not fixed
Ve, but maybe there are other things. Any comment is welcome!.

Thank you for any help,

Maternal model Mrode
 anim   !P
 mat    !P
 pe      4
 herd    3
 sex     2 
 y         
relm2 !MAXIT 1
datm2
y ~ herd sex !r anim mat pe .0678 
0 0 1 
anim 2
2 0 US .2542 -.0678 .1525  
anim

File relm2 is:
1 0 0 
2 0 0
3 0 0
4 0 0
5 1 2
6 3 2
7 4 6
8 3 5
9 1 6
10 3 2
11 3 7
12 8 7
13 9 2
14 3 6

File datm2 is:
 5 2 1 1 1 35
 6 2 1 1 2 20
 7 6 3 1 2 25
 8 5 2 1 1 40
 9 6 3 2 1 42
10 2 1 2 2 22
11 7 4 2 2 35    
12 7 4 3 2 34
13 2 1 3 1 20
14 6 3 3 2 40

asr file is:
 ASREML [16 Apr 1998]  Maternal model Mrode
                   
 05/04/96 12:40:09.74       8.00 Mbyte    mrodm.asr
      
 Reading relm2                                   : skipping            0 lines
 PEDIGREE [relm2 ] has       14 animals,      42 Non zero elements
 Reading datm2  FREE FORMAT skipping            0 lines
 Univariate analysis of y                   
 Using       10 records [of      10 read from      10 lines of datm2
       ]
  Model term      Size Type    COL   Minimum    Mean      Maximum   #zero
#miss
   1 anim           14 Direct    1   5.000     9.500      14.00         0
  0
   2 mat            14 Direct    2   2.000     4.500      7.000         0
  0
   3 pe              4 Factor    3      1     2.3000          4         0
  0
   4 herd            3 Factor    4      1     1.9000          3         0
  0
   5 sex             2 Factor    5      1     1.6000          2         0
  0
   6 y               1 Variate   6  20.00      31.30      42.00         0
  0
     2  US=UnStr    0.25   -0.07    0.15
    14  Ainverse
 Structure of anim         has      28 levels defined
 Forming           38 equations:            6 dense
 Initial updates will be shrunk by factor    0.548
 NOTICE:     1 (more) singularities,
 LogL=-18.7984     S2=  71.80         6 df   0.06780   1.00000   0.25420
    -0.06780   0.15250
 Likelihood evaluation failed with fault   2130
 Trying again with reduced updates
 LogL=-18.1454     S2=  57.93         6 df   0.04949   1.00000   0.18557
     0.85135   0.11132
 LogL=-14.0613     S2=  7.258         6 df   0.00495   1.00000   0.01856
     5.24462   1.22457
 Likelihood evaluation failed with fault   2130
 Trying again with reduced updates
 LogL=-10.0104     S2=  1.909         6 df   0.00361   1.00000   0.01856
     5.24462   1.82335
 Likelihood evaluation failed with fault   2130
 Trying again with reduced updates
 LogL=-5.71036     S2= 0.4572         6 df   0.00264   1.00000   0.01856
     5.24462   1.97152
Fault         2130PROGRAM failed in AIDGGI                
  Last line read was:  anim 0 0 0 0 0           
     6  2130     10    10   1000
 y                                        datm2
      
 Model specification:  TERM LEVELS GAMMAS
 herd            3    0.00 sex             2    0.00 anim           14    0.00
 mat            14    0.00 pe              4    0.00
SECTIONS      10       6       1
    TYPE       0       0     202      -1       5
  STRUCT      10       0       0       0       0       0       0       0
               2       3       9       7       3       1       0       0
              14       0      -2       0       0       1       0       0

 Final parameter values                      0.00026   1.00000   0.01856
     5.24462   2.08572
 Finished: 12:40:10.01                PROGRAM failed in AIDGGI                






























================================
Hugo Montaldo
Research Fellow
Division of Animal Science
University of New England
Armidale, NSW 2351
Australia

Phone  61 2 67 733978
Fax    61 2 67 733275

E-mail hmontald@metz.une.edu.au
http://metz.une.edu.au/~hmontald/
==================================
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