IMP
2.2.0
The Integrative Modeling Platform
|
Class to do Monte Carlo sampling by using as the set of movements relative positions between rigid bodies. More...
Public Member Functions | |
def | run_monte_carlo |
Run MonteCarlo sampling to generate possible states for DOMINO. | |
def | run_monte_carlo_with_relative_movers |
Run MonteCarlo sampling to generate possible states for DOMINO. | |
def | set_relative_movers |
Generate the relative models form the transforms. More... | |
def | set_temperature_pattern |
Set the temperature pattern to use during the Monte Carlo optimizations. More... | |
Definition at line 38 of file MonteCarloRelativeMoves.py.
def IMP.em2d.MonteCarloRelativeMoves.MonteCarloRelativeMoves.set_relative_movers | ( | self, | |
max_translation, | |||
max_rotation | |||
) |
The transforms is a list with triplets [id1, id2, transform_file]
max_translation | Maximum translation distance allowed for the moves |
max_rotation | Maximum rotation angle allowed for the moves |
Definition at line 90 of file MonteCarloRelativeMoves.py.
def IMP.em2d.MonteCarloRelativeMoves.MonteCarloRelativeMoves.set_temperature_pattern | ( | self, | |
temperatures, | |||
iterations, | |||
cycles | |||
) |
temperatures | List of temperature values |
iterations | List with the iterations to do for each of the temperatures. |
cycles | Number of repetitions of the pattern of temperatures and iterations |
Definition at line 65 of file MonteCarloRelativeMoves.py.