net
{
    node_size = (90 40);
    HR_Zoom_ZoomFactor = "100";
    HR_Grid_X = "10";
    HR_Grid_Y = "10";
    HR_Grid_GridSnap = "1";
    HR_Grid_GridShow = "0";
    HR_Font_Name = "Arial";
    HR_Font_Size = "-12";
    HR_Font_Weight = "400";
    HR_Font_Italic = "0";
    HR_Propagate_Auto = "0";
    HR_Propagate_AutoSum = "1";
    HR_Propagate_AutoNormal = "1";
    HR_Compile_TriangMethod = "0";
    HR_Compile_Compress = "0";
    HR_Compile_Approximate = "0";
    HR_Compile_ApproxEpsilon = "0.00001";
    HR_Monitor_AutoUpdGraph = "0";
    HR_Monitor_GraphPrecision = "100";
    HR_Monitor_OpenGraph = "0";
    HR_Monitor_InitStates = "5";
    HR_Monitor_InitSD = "2";
    HR_Color_DiscreteChance = "16";
    HR_Color_ContinuosChance = "48";
    HR_Color_Utility = "36";
    HR_Color_Decision = "17";
    HR_Groups_UserGroupsNo = "0";
    HR_Groups_GroupNames = "";
    HR_Groups_GroupColors = "";
    label = "bloodtyping";
    name = "/user/anders/Hugin/Domains/BOBLO/BOBLO.hkb";
}

node f3
{
    label = "factor 3 (F3)";
    position = (295 93);
    states = ("present" "absent");
}

node f2
{
    label = "factor 2 (F2)";
    position = (134 94);
    states = ("present" "absent");
}

node asts2
{
    label = "pheno  st 2 sire";
    position = (422 395);
    states = ("f1" "f2" "f3");
}

node asts1
{
    label = "pheno st 1 sire";
    position = (287 395);
    states = ("f1" "f2" "f3");
}

node astd2
{
    label = "pheno st 2 dam";
    position = (151 395);
    states = ("f1" "f2" "f3");
}

node astd1
{
    label = "pheno st 1 dam";
    position = (17 395);
    states = ("f1" "f2" "f3");
}

node sc
{
    label = "sire correct?";
    position = (358 473);
    states = ("yes" "no");
}

node dc
{
    label = "dam correct?";
    position = (101 485);
    states = ("yes" "no");
}

node pe
{
    label = "parental error";
    position = (227 565);
    states = ("both incorrect" "sire incorrect" "dam incorrect" "no error");
}

node f1
{
    label = "factor 1 (F1)";
    position = (0 94);
    states = ("present" "absent");
}

node atd2
{
    label = "pheno true 2 dam";
    position = (151 334);
    states = ("f1" "f2" "f3");
}

node atd1
{
    label = "pheno true dam";
    position = (17 334);
    states = ("f1" "f2" "f3");
}

node ats2
{
    label = "pheno true 2 sire";
    position = (422 334);
    states = ("f1" "f2" "f3");
}

node ats1
{
    label = "pheno true sire";
    position = (287 334);
    states = ("f1" "f2" "f3");
}

node aph2
{
    label = "pheno grp offspring";
    position = (354 275);
    states = ("f1" "f2" "f3");
}

node aph1
{
    label = "pheno grp offspring";
    position = (84 275);
    states = ("f1" "f2" "f3");
}

node ageno
{
    label = "genotype offspring";
    position = (220 215);
    states = ("f1/f1" "f1/f2" "f1/f3" "f2/f2" "f2/f3" "f3/f3");
}

node f4
{
    label = "factor 4 (F4)";
    position = (438 93);
    states = ("present" "absent");
}

node node20
{
    label = "mistake?";
    position = (0 19);
    states = ("yes" "no");
}

node node21
{
    label = "mistake?";
    position = (134 17);
    states = ("yes" "no");
}

node node22
{
    label = "mistake?";
    position = (295 17);
    states = ("yes" "no");
}

node node23
{
    label = "mistake?";
    position = (438 15);
    states = ("yes" "no");
}

potential (f3 | ageno node22)
{
    data
     = ((( 0.5 0.5 )	%  ageno=f1/f1  node22=yes
	 ( 0 1 ))	%  ageno=f1/f1  node22=no
	(( 0.5 0.5 )	%  ageno=f1/f2  node22=yes
	 ( 1 0 ))	%  ageno=f1/f2  node22=no
	(( 0.5 0.5 )	%  ageno=f1/f3  node22=yes
	 ( 0 1 ))	%  ageno=f1/f3  node22=no
	(( 0.5 0.5 )	%  ageno=f2/f2  node22=yes
	 ( 1 0 ))	%  ageno=f2/f2  node22=no
	(( 0.5 0.5 )	%  ageno=f2/f3  node22=yes
	 ( 1 0 ))	%  ageno=f2/f3  node22=no
	(( 0.5 0.5 )	%  ageno=f3/f3  node22=yes
	 ( 0 1 )));	%  ageno=f3/f3  node22=no
}

potential (f2 | ageno node21)
{
    data
     = ((( 0.5 0.5 )	%  ageno=f1/f1  node21=yes
	 ( 1 0 ))	%  ageno=f1/f1  node21=no
	(( 0.5 0.5 )	%  ageno=f1/f2  node21=yes
	 ( 1 0 ))	%  ageno=f1/f2  node21=no
	(( 0.5 0.5 )	%  ageno=f1/f3  node21=yes
	 ( 1 0 ))	%  ageno=f1/f3  node21=no
	(( 0.5 0.5 )	%  ageno=f2/f2  node21=yes
	 ( 0 1 ))	%  ageno=f2/f2  node21=no
	(( 0.5 0.5 )	%  ageno=f2/f3  node21=yes
	 ( 1 0 ))	%  ageno=f2/f3  node21=no
	(( 0.5 0.5 )	%  ageno=f3/f3  node21=yes
	 ( 1 0 )));	%  ageno=f3/f3  node21=no
}

potential (asts2 | sc ats2)
{
    data
     = ((( 0.999 0.0005 0.0005 )	%  sc=yes  ats2=f1
	 ( 0.0005 0.999 0.0005 )	%  sc=yes  ats2=f2
	 ( 0.0005 0.0005 0.999 ))	%  sc=yes  ats2=f3
	(( 0.58 0.1 0.32 )	%  sc=no  ats2=f1
	 ( 0.58 0.1 0.32 )	%  sc=no  ats2=f2
	 ( 0.58 0.1 0.32 )));	%  sc=no  ats2=f3
}

potential (asts1 | sc ats1)
{
    data
     = ((( 0.999 0.0005 0.0005 )	%  sc=yes  ats1=f1
	 ( 0.0005 0.999 0.0005 )	%  sc=yes  ats1=f2
	 ( 0.0005 0.0005 0.999 ))	%  sc=yes  ats1=f3
	(( 0.58 0.1 0.32 )	%  sc=no  ats1=f1
	 ( 0.58 0.1 0.32 )	%  sc=no  ats1=f2
	 ( 0.58 0.1 0.32 )));	%  sc=no  ats1=f3
}

potential (astd2 | dc atd2)
{
    data
     = ((( 0.999 0.0005 0.0005 )	%  dc=yes  atd2=f1
	 ( 0.0005 0.999 0.0005 )	%  dc=yes  atd2=f2
	 ( 0.0005 0.0005 0.999 ))	%  dc=yes  atd2=f3
	(( 0.58 0.1 0.32 )	%  dc=no  atd2=f1
	 ( 0.58 0.1 0.32 )	%  dc=no  atd2=f2
	 ( 0.58 0.1 0.32 )));	%  dc=no  atd2=f3
}

potential (astd1 | dc atd1)
{
    data
     = ((( 0.999 0.0005 0.0005 )	%  dc=yes  atd1=f1
	 ( 0.0005 0.999 0.0005 )	%  dc=yes  atd1=f2
	 ( 0.0005 0.0005 0.999 ))	%  dc=yes  atd1=f3
	(( 0.58 0.1 0.32 )	%  dc=no  atd1=f1
	 ( 0.58 0.1 0.32 )	%  dc=no  atd1=f2
	 ( 0.58 0.1 0.32 )));	%  dc=no  atd1=f3
}

potential (sc | pe)
{
    data
     = (( 0 1 )	%  pe=both incorrect
	( 0 1 )	%  pe=sire incorrect
	( 1 0 )	%  pe=dam incorrect
	( 1 0 ));	%  pe=no error
}

potential (dc | pe)
{
    data
     = (( 0 1 )	%  pe=both incorrect
	( 1 0 )	%  pe=sire incorrect
	( 0 1 )	%  pe=dam incorrect
	( 1 0 ));	%  pe=no error
}

potential (pe)
{
    data = ( 0.0045 0.0125 0.0018 0.9812 );
}

potential (f1 | ageno node20)
{
    data
     = ((( 0.5 0.5 )	%  ageno=f1/f1  node20=yes
	 ( 1 0 ))	%  ageno=f1/f1  node20=no
	(( 0.5 0.5 )	%  ageno=f1/f2  node20=yes
	 ( 1 0 ))	%  ageno=f1/f2  node20=no
	(( 0.5 0.5 )	%  ageno=f1/f3  node20=yes
	 ( 1 0 ))	%  ageno=f1/f3  node20=no
	(( 0.5 0.5 )	%  ageno=f2/f2  node20=yes
	 ( 0 1 ))	%  ageno=f2/f2  node20=no
	(( 0.5 0.5 )	%  ageno=f2/f3  node20=yes
	 ( 0 1 ))	%  ageno=f2/f3  node20=no
	(( 0.5 0.5 )	%  ageno=f3/f3  node20=yes
	 ( 0 1 )));	%  ageno=f3/f3  node20=no
}

potential (atd2)
{
    data = ( 0.58 0.1 0.32 );
}

potential (atd1)
{
    data = ( 0.58 0.1 0.32 );
}

potential (ats2)
{
    data = ( 0.58 0.1 0.32 );
}

potential (ats1)
{
    data = ( 0.58 0.1 0.32 );
}

potential (aph2 | ats1 ats2)
{
    data
     = ((( 1 0 0 )	%  ats1=f1  ats2=f1
	 ( 0.5 0.5 0 )	%  ats1=f1  ats2=f2
	 ( 0.5 0 0.5 ))	%  ats1=f1  ats2=f3
	(( 0.5 0.5 0 )	%  ats1=f2  ats2=f1
	 ( 0 1 0 )	%  ats1=f2  ats2=f2
	 ( 0 0.5 0.5 ))	%  ats1=f2  ats2=f3
	(( 0.5 0 0.5 )	%  ats1=f3  ats2=f1
	 ( 0 0.5 0.5 )	%  ats1=f3  ats2=f2
	 ( 0 0 1 )));	%  ats1=f3  ats2=f3
}

potential (aph1 | atd1 atd2)
{
    data
     = ((( 1 0 0 )	%  atd1=f1  atd2=f1
	 ( 0.5 0.5 0 )	%  atd1=f1  atd2=f2
	 ( 0.5 0 0.5 ))	%  atd1=f1  atd2=f3
	(( 0.5 0.5 0 )	%  atd1=f2  atd2=f1
	 ( 0 1 0 )	%  atd1=f2  atd2=f2
	 ( 0 0.5 0.5 ))	%  atd1=f2  atd2=f3
	(( 0.5 0 0.5 )	%  atd1=f3  atd2=f1
	 ( 0 0.5 0.5 )	%  atd1=f3  atd2=f2
	 ( 0 0 1 )));	%  atd1=f3  atd2=f3
}

potential (ageno | aph1 aph2)
{
    data
     = ((( 1 0 0 0 0 0 )	%  aph1=f1  aph2=f1
	 ( 0 1 0 0 0 0 )	%  aph1=f1  aph2=f2
	 ( 0 0 1 0 0 0 ))	%  aph1=f1  aph2=f3
	(( 0 1 0 0 0 0 )	%  aph1=f2  aph2=f1
	 ( 0 0 0 1 0 0 )	%  aph1=f2  aph2=f2
	 ( 0 0 0 0 1 0 ))	%  aph1=f2  aph2=f3
	(( 0 0 1 0 0 0 )	%  aph1=f3  aph2=f1
	 ( 0 0 0 0 1 0 )	%  aph1=f3  aph2=f2
	 ( 0 0 0 0 0 1 )));	%  aph1=f3  aph2=f3
}

potential (f4 | ageno node23)
{
    data
     = ((( 0.5 0.5 )	%  ageno=f1/f1  node23=yes
	 ( 1 0 ))	%  ageno=f1/f1  node23=no
	(( 0.5 0.5 )	%  ageno=f1/f2  node23=yes
	 ( 1 0 ))	%  ageno=f1/f2  node23=no
	(( 0.5 0.5 )	%  ageno=f1/f3  node23=yes
	 ( 1 0 ))	%  ageno=f1/f3  node23=no
	(( 0.5 0.5 )	%  ageno=f2/f2  node23=yes
	 ( 1 0 ))	%  ageno=f2/f2  node23=no
	(( 0.5 0.5 )	%  ageno=f2/f3  node23=yes
	 ( 1 0 ))	%  ageno=f2/f3  node23=no
	(( 0.5 0.5 )	%  ageno=f3/f3  node23=yes
	 ( 0 1 )));	%  ageno=f3/f3  node23=no
}

potential (node20)
{
    data = ( 0.001 0.999 );
}

potential (node21)
{
    data = ( 0.001 0.999 );
}

potential (node22)
{
    data = ( 0.001 0.999 );
}

potential (node23)
{
    data = ( 0.001 0.999 );
}