// segment 1
Node wg1  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(CIA1 AND (SLP1 AND NOT CIR1)) OR (wg1 AND (NOT CIR1 AND (CIA1 OR SLP1)));
}
//1
Node WG1  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(wg1 OR wg1);
}
//2
Node en1  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =NOT SLP1 AND (WG4 OR WG2);
}
//3
Node EN1  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(en1 OR en1);
}
//4
Node hh1  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(EN1 AND NOT CIR1);
}
//5
Node HH1  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(hh1 OR hh1);
}
//6
Node ptc1 {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =CIA1 AND (NOT EN1 AND NOT CIR1);
}
//7
Node PTC1 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =ptc1 OR (PTC1 AND NOT (HH4 OR HH2));
}
//8
Node ci1  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(NOT EN1 AND NOT EN1);
}
//9
Node CI1  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(ci1 AND ci1);
}
//10
Node CIA1 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =CI1 AND (NOT PTC1 OR (HH4 OR (HH2 OR (hh4 OR hh2))));
}
//11
Node CIR1 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =CI1 AND (PTC1 AND (NOT HH4 AND (NOT HH2 AND (NOT hh4 AND NOT hh2))));
}
//
// segment 2
Node wg2  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(CIA2 AND (SLP2 AND NOT CIR2)) OR (wg2 AND (NOT CIR2 AND (CIA2 OR SLP2)));
}
//13
Node WG2  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(wg2 OR wg2);
}
//14
Node en2  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =NOT SLP2 AND (WG3 OR WG1);
}
//15
Node EN2  {
 logic =(en2 OR en2);
}
//16
Node hh2  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(EN2 AND NOT CIR2);
}
//17
Node HH2  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(hh2 OR hh2);
}
//18
Node ptc2 {
 logic =CIA2 AND (NOT EN2 AND NOT CIR2);
}
//19
Node PTC2 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =ptc2 OR (PTC2 AND NOT (HH1 OR HH3));
}
//20
Node ci2  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(NOT EN2 OR NOT EN2);
}
//21
Node CI2  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(ci2 OR ci2);
}
//22
Node CIA2 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =CI2 AND (NOT PTC2 OR (HH1 OR (HH3 OR (hh1 OR hh3))));
}
//23
Node CIR2 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =CI2 AND (PTC2 AND (NOT HH1 AND (NOT HH3 AND (NOT hh1 AND NOT hh3))));
}
//
// segment 3
Node wg3  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(CIA3 AND (SLP3 AND NOT CIR3)) OR (wg3 AND (NOT CIR3 AND (CIA3 OR SLP3)));
}
//25
Node WG3  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(wg3 OR wg3);
}
//26
Node en3  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =NOT SLP3 AND (WG2 OR WG4);
}
//27
Node EN3  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(en3 OR en3);
}
//28
Node hh3  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(EN3 AND NOT CIR3);
}
//29
Node HH3  {
 logic =(hh3 OR hh3);
}
//30
Node ptc3 {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =CIA3 AND (NOT EN3 AND NOT CIR3);
}
//31
Node PTC3 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =ptc3 OR (PTC3 AND NOT (HH2 OR HH4));
}
//32
Node ci3  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(NOT EN3 AND NOT EN3);
}
//33
Node CI3  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(ci3 OR ci3);
}
//34
Node CIA3 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =CI3 AND (NOT PTC3 OR (HH2 OR (HH4 OR (hh2 OR hh4))));
}
//35
Node CIR3 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =CI3 AND (PTC3 AND (NOT HH2 AND (NOT HH4 AND (NOT hh2 AND NOT hh4))));
}
//
// segment 4
Node wg4  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(CIA4 AND (SLP4 AND NOT CIR4)) OR (wg4 AND (NOT CIR4 AND (CIA4 OR SLP4)));
}
//37
Node WG4  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(wg4 OR wg4);
}
//38
Node en4  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =NOT SLP4 AND (WG3 OR WG1);
}
//39
Node EN4  {
 logic =(en4 OR en4);
}
//40
Node hh4  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(EN4 AND NOT CIR4);
}
//41
Node HH4  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(hh4 OR hh4);
}
//42
Node ptc4 {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =CIA4 AND (NOT EN4 AND NOT CIR4);
}
//43
Node PTC4 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =ptc4 OR (PTC4 AND NOT (HH3 OR HH1));
}
//44
Node ci4  {
 rate_up = @logic ? $rate_RNA : $noise;
 rate_down = (NOT @logic) ? $rate_RNA : $noise;
 logic =(NOT EN4 AND NOT EN4);
}
//45
Node CI4  {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =(ci4 OR ci4);
}
//46
Node CIA4 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =CI4 AND (NOT PTC4 OR (HH1 OR (hh3 OR (hh1 OR HH3 ))));
}
//47
Node CIR4 {
 rate_up = @logic ? $rate_protein : $noise;
 rate_down = (NOT @logic) ? $rate_protein : $noise;
 logic =CI4 AND (PTC4 AND (NOT HH3 AND (NOT HH1 AND (NOT hh3 AND NOT hh1))));
}
//
Node SLP1 {
 rate_up = 0;
 rate_down = 0;
}//49
Node SLP2 {
 rate_up = 0;
 rate_down = 0;
}//50
Node SLP3 {
 rate_up = 0;
 rate_down = 0;
}//51
Node SLP4 {
 rate_up = 0;
 rate_down = 0;
}//52