eight_schools_compiled

    functions {
        real to_real(int x) { 
            return x; 
        }
    }
    data {
      vector[8] a;
      vector[8] b;         
    }
    parameters {
      vector[2] c;           
    }    
    model {
        
vector[ 10 ] d ;
int e ;
real f ;
real g ;
int h ;
real i ;
real j ;
real k ;
real l ;
real m ;
int n ;
vector[ 8 ] o ;
real p ;
real q ;
real r ;
real s ;
real t ;
real u ;
real v ;
real w ;
real x ;
real y ;
real z ;
real ba ;
real bb ;
real bc ;
real bd ;
real be ;
real bf ;
real bg ;
real bh ;
real bi ;
real bj ;
real bk ;
real bl ;
real bm ;
real bn ;
real bo ;
real bp ;
real bq ;
real br ;
real bs ;

vector[ 8 ] bt ;
vector[ 8 ] bu ;
vector[ 8 ] bv ;
real bw ;
real bx ;
real by ;
vector[ 8 ] bz ;
vector[ 8 ] ca ;
vector[ 8 ] cb ;
vector[ 8 ] cc ;
vector[ 8 ] cd ;
vector[ 8 ] ce ;
vector[ 8 ] cf ;
real cg ;
real ch ;
real ci ;
d = append_row( c , a );
e =  1 ;
f =  d [ e ];
g =  f ;
h =  2 ;
i =  d [ h ];
j =  i ;
k = 0.0 + j ;
l = exp( i );
m =  l ;
n =  2 ;
o =  a;
p = sqrt( 6.283185307179586 );
q =  p ;
r = q * 5.0 ;
s = log( r );
t = g - 0.0 ;
u = t / 5.0 ;
v = pow( u ,to_real( 2 ));
w = -0.5 * v ;
x = w - s ;
y =  x ;
z = 0.0 + y ;
ba = log( 3.141592653589793 );
bb = - ba ;
bc = log( 5.0 );
bd =  bb ;
be = bd - bc ;
bf = m - 0.0 ;
bg = bf / 5.0 ;
bh = pow( bg ,to_real( 2 ));
bi = log(1+ bh );
bj = be - bi ;
bk = log( 2.0 );
bl =  bk ;
bm = bj + bl ;
bn =  bm ;
bo = z + bn ;
bp = 1.0 * g ;
bq = bp + 0.0 ;
br = 1.0 * m ;
bs = pow( br ,to_real( 2 ));
for (index in 1:8) {
  bt[index] =pow( b[index] ,2);
}
bu = bs + bt ;
bv = sqrt( bu );
bw =  bq ;
bx = sqrt( 6.283185307179586 );
by =  bx ;
bz = by * bv ;
ca = log( bz );
cb = o - bw ;
for (index in 1:8){
    cc[index] = cb[index] / bv[index];
cd[index] = pow( cc[index] ,to_real( 2 ));
ce[index] = -0.5 * cd[index] ;
cf[index] = ce [index]- ca[index] ;
}

cg = sum( cf );
ch = bo + cg ;
ci = ch + k ;
target += ci;
}