| 68 | | for (index=0; index<(loop_max+1)*(loop_max+2)/2; index++) |
| 69 | | points[index].G = |
| 70 | | free_energy (points[index].C2, points[index].C3, T, 1., &eparams1); |
| 71 | | for (index=(loop_max+1)*(loop_max+2)/2; |
| 72 | | index<(loop_max+1)*(loop_max+2); index++) |
| 73 | | points[index].G = |
| 74 | | free_energy (points[index].C2, points[index].C3, T, 1., &eparams2); |
| | 68 | if (i=free_energies (points, (loop_max+1)*(loop_max+2)/2, T, 1., &eparams1)) |
| | 69 | { printf ("main: Error %d in free_energies\n", i); exit (i); } |
| | 70 | if (i=free_energies (points+(loop_max+1)*(loop_max+2)/2, |
| | 71 | (loop_max+1)*(loop_max+2)/2, T, 1., &eparams2)) |
| | 72 | { printf ("main: Error %d in free_energies\n", i); exit (i); } |
