In R plantbreeding package you can perform this.

Thank you Alysson Silva for your suggestion .I  got the syntax for SAS and have done it !

Yazachew Genet Can you share your SAS routine?

Genet, please try to know R method too its fantastics

Okay thank you  Omikunle Oluwaseun. I will try it

Dear  Alysson Silva,  Kindly google An Interactive Macro Program for Line x Tester

Dear Yazachew, can your share with me give  a simple example how to use that SAS routine?. I got the syntax for SAS but its doesn't work for me.

 Dear Elixon_Sunian,

Here is an example that you can run 

I hope it will help you

Data LxT1;

Input Site REP Entry GENOTYPE $ PvsC $ Lines Testers Data1;

Cards;

1 1 1 1x6 Cross 1 6 74

1 1 2 1x7 Cross 1 7 92

1 1 3 1x8 Cross 1 8 48

1 1 4 2x6 Cross 2 6 59

1 1 5 2x7 Cross 2 7 84

1 1 6 2x8 Cross 2 8 97

1 1 7 3x6 Cross 3 6 110

1 1 8 3x7 Cross 3 7 117

1 1 9 3x8 Cross 3 8 110

1 1 10 4x6 Cross 4 6 103

1 1 11 4x7 Cross 4 7 53

1 1 12 4x8 Cross 4 8 54

1 1 13 5x6 Cross 5 6 98

1 1 14 5x7 Cross 5 7 81

1 1 15 5x8 Cross 5 8 87

1 1 16 1 parent 1 1 105

1 1 17 2 parent 2 2 88

1 1 18 3 parent 3 3 78

1 1 19 4 parent 4 4 81

1 1 20 5 parent 5 5 60

1 1 21 6 parent 6 6 96

1 1 22 7 parent 7 7 91

1 1 23 8 parent 8 8 92

1 2 1 1x6 Cross 1 6 71

1 2 2 1x7 Cross 1 7 99

1 2 3 1x8 Cross 1 8 62

1 2 4 2x6 Cross 2 6 66

1 2 5 2x7 Cross 2 7 110

1 2 6 2x8 Cross 2 8 90

1 2 7 3x6 Cross 3 6 98

1 2 8 3x7 Cross 3 7 100

1 2 9 3x8 Cross 3 8 116

1 2 10 4x6 Cross 4 6 110

1 2 11 4x7 Cross 4 7 61

1 2 12 4x8 Cross 4 8 48

1 2 13 5x6 Cross 5 6 73

1 2 14 5x7 Cross 5 7 72

1 2 15 5x8 Cross 5 8 91

1 2 16 1 parent 1 1 84

1 2 17 2 parent 2 2 106

1 2 18 3 parent 3 3 71

1 2 19 4 parent 4 4 105

1 2 20 5 parent 5 5 52

1 2 21 6 parent 6 6 99

1 2 22 7 parent 7 7 100

1 2 23 8 parent 8 8 85

2 1 1 1x6 Cross 1 6 69

2 1 2 1x7 Cross 1 7 120

2 1 3 1x8 Cross 1 8 58

2 1 4 2x6 Cross 2 6 82

2 1 5 2x7 Cross 2 7 102

2 1 6 2x8 Cross 2 8 79

2 1 7 3x6 Cross 3 6 93

2 1 8 3x7 Cross 3 7 116

2 1 9 3x8 Cross 3 8 123

2 1 10 4x6 Cross 4 6 91

2 1 11 4x7 Cross 4 7 74

2 1 12 4x8 Cross 4 8 41

2 1 13 5x6 Cross 5 6 89

2 1 14 5x7 Cross 5 7 90

2 1 15 5x8 Cross 5 8 90

2 1 16 1 parent 1 1 77

2 1 17 2 parent 2 2 90

2 1 18 3 parent 3 3 78

2 1 19 4 parent 4 4 83

2 1 20 5 parent 5 5 53

2 1 21 6 parent 6 6 99

2 1 22 7 parent 7 7 83

2 1 23 8 parent 8 8 70

2 2 1 1x6 Cross 1 6 68

2 2 2 1x7 Cross 1 7 121

2 2 3 1x8 Cross 1 8 42

2 2 4 2x6 Cross 2 6 87

2 2 5 2x7 Cross 2 7 95

2 2 6 2x8 Cross 2 8 74

2 2 7 3x6 Cross 3 6 103

2 2 8 3x7 Cross 3 7 113

2 2 9 3x8 Cross 3 8 121

2 2 10 4x6 Cross 4 6 120

2 2 11 4x7 Cross 4 7 69

2 2 12 4x8 Cross 4 8 45

2 2 13 5x6 Cross 5 6 76

2 2 14 5x7 Cross 5 7 84

2 2 15 5x8 Cross 5 8 109

2 2 16 1 parent 1 1 76

2 2 17 2 parent 2 2 109

2 2 18 3 parent 3 3 69

2 2 19 4 parent 4 4 96

2 2 20 5 parent 5 5 51

2 2 21 6 parent 6 6 107

2 2 22 7 parent 7 7 89

2 2 23 8 parent 8 8 81

;

Run;

*STEP 1: 'Analysis of all genotypes comprising parents and crosses pooled over sites';

Data LxT1;set LxT1; run;

Proc glm;

Class Site REP Entry GENOTYPE PvsC Lines Testers;

Model data1 = Site Rep(site) Genotype Genotype*Site;

lsmeans Genotype/stderr;

Run;

*STEP 2: 'Analysis of parents across sites';

Data Parents; set LxT1;

If entry 15 then delete;

Cross = entry;

Proc glm;

Class Site REP cross GENOTYPE PvsC Lines Testers;

Model data1 = Site Rep(site) cross cross*site;

lsmeans Cross/stderr;

Run;

*STEP 5: 'Line x Tester Analysis - i.e., partitioning of the crosses';

Data LxT2; set Lxt1;

*Remove parents by activating any of the 2 statements below;

*if entry >15 then delete;

If Lines = Testers then delete;

Proc glm;

Class Site REP Entry Genotype PvsC Lines Testers;

Model data1 = Site Rep(site) Lines Testers Lines*Testers Lines*Site Testers*Site Lines*Testers*Site;

lsmeans Lines Testers Lines*Testers/stderr;

Run;

Quit;

/*Then combine OUTPUTs from the 5 analyses into one table as follows:

Sources of variation:

Sites

Rep(sites)

Genotypes

Parents

Parents vs. Crosses

Crosses

Lines

Testers

Lines*Testers

Error*/

Thanks Yazachew. May i have your email? Easier for me to contact you if i need some clarification. 

Dear  Elixon Sunia

Here it is 

[email protected]

Thanks again Yaza. Have a nice day

I need to add Years and Checks?

Dear Yazachew Genet

I have tried emailing you for questions about the error mean square.  If you have time could you please respond or I can try sending it again.

Jody

You can try windostat software tailor made for analysis of mating designs like diallel (Griffing as well as Hayman0 Line x tester, partial diallel etc. see the link www.indostat.org.

A sample print out is available at

http://indostat.org/moduleslinks/lt.pdf