module Test where
{
  import PopGen;
  import Probability;
  get_observed_alleles file = map list_from_vector $ list_from_vector $ read_phase_file file;

  filename = "/home/bredelings/Reports/Kmar/Schidea/menziesii.nomissing.phase1.infile";

  n = 20;

note mean ~ iid(n, gamma(0.5,0.5) );
note sigmaOverMu ~ iid(n, gamma(1.05,0.1) );

note alpha ~ gamma(0.5, 2.0);

note p ~ dirichlet' (n, alpha/(intToDouble n));

  data1 = get_observed_alleles filename;

  n_loci = length data1;

  n_individuals = (length (data1!!0))/2;

note category ~ iid(n_loci, categorical p);

note z ~ iid(n_loci, normal(0.0, 1.0));

  safe_exp x = if (x < (-20.0)) then
                 exp (-20.0);
               else if (x > 20.0) then
                 exp 20.0;
               else
                 exp x;

note p_m ~ uniform (0.0, 1.0);
  
p_h = 1.0 - p_m;
  
  theta_effective = [ mean!!k * safe_exp (z!!i * sigmaOverMu!!k) | i <- take n_loci [0..], let {k=category!!i}];

  herm_factor = (1.0 - s*0.5);
  
  andro_factor = (1.0 - s*0.5)/( (1.0+s)^2 /(4.0*p_h) + (1.0-s)^2/(4.0*p_m));

  theta_herm = map (/herm_factor) theta_effective;
  
  theta_andro = map (/andro_factor) theta_effective;

note theta_effective_example ~ mixture [ (p!!i, logNormal(log(mean!!i),sigmaOverMu!!i)) | i <- take n [0..] ];

  theta_herm_example = theta_effective_example/herm_factor;
  
  theta_andro_example = theta_effective_example/andro_factor;

note s ~ uniform(0.0, 1.0);

note t ~ iid(n_individuals, geometric s);

note i ~ plate(n_individuals, \k->iid(n_loci, bernoulli (1.0-0.5**t!!k)) );

note data data1 ~ plate (n_loci, \l -> afs2 (theta_effective!!l,map (!!l) i));

note data 19 ~ binomial(112, p_m);

note MakeLogger p;
note MakeLogger theta_herm;
note MakeLogger theta_andro;
note MakeLogger herm_factor;
note MakeLogger andro_factor;
note MakeLogger theta_herm_example;
note MakeLogger theta_andro_example;

note MakeMove (\pr -> mapM_ (\k-> sum_out_coals (t!!k) (i!!k) pr) [0..n_individuals-1]);
}