| | 12 | </p> |
| | 13 | |
| | 14 | <p> |
| | 15 | 222. |
| | 16 | <b>Allow structure minimization to calculate only with selected residues</b><br> |
| | 17 | Tom Goddard<br> |
| | 18 | October 13, 2009<br> |
| | 19 | Currently the structure minimization tool can hold fixed unselected atoms |
| | 20 | but it still uses those atoms in computing forces. This can be extremely |
| | 21 | slow for large molecules (1 step per second for 5000 atoms). For simple |
| | 22 | loop minimizations only a local set of residues need be considered making |
| | 23 | the calculation extremely fast. I've tried this by deleting all the atoms |
| | 24 | that aren't needed for the minimization, minimizing (100 steps per second), |
| | 25 | then copying coordinates back to the full structure -- quite tedious. |
| | 26 | </p> |
| | 27 | |
| | 28 | <p> |
| | 29 | 221. |
| | 30 | <b>Make command to copy a molecule</b><br> |
| | 31 | Tom Goddard<br> |
| | 32 | October 13, 2009<br> |
| | 33 | Have the mcopy command without a second argument make a new copy of |
| | 34 | the specified molecule(s). |
| | 35 | It's a pain to have to save a molecule to a file and reload it to make |
| | 36 | a copy. |