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{{Infobox script-repo | |||
|type = script | |||
|filename = jump.py | |||
|author = [[User:Slaw|Sean M. Law]] | |||
|license = - | |||
}} | |||
===Description=== | ===Description=== | ||
In the case of movies or simulation trajectories, it is often useful to quickly jump between different frames but not necessarily in any order. This script allows the user to specify a list of frames and flipping through the set of frames is controlled by a user-defined keystroke (limited to those available through the [[Set Key]] command). | In the case of movies or simulation trajectories, it is often useful to quickly jump between different frames but not necessarily in any order. This script allows the user to specify a list of frames and flipping through the set of frames is controlled by a user-defined keystroke (limited to those available through the [[Set Key]] command). This script is a nice tool for identifying different protein states from a simulation and can be used in conjunction with the [[Modevectors]] script in a very useful way by first characterizing the directionality of the movements (using [[Modevectors]]) and then visualizing the change directly using this script. | ||
Note: This script also requires the [[Check Key]] script! | Note: This script also requires the [[Check Key]] script! | ||
Line 44: | Line 51: | ||
""" | """ | ||
Author Sean Law | Author Sean M. Law | ||
Michigan | University of Michigan | ||
seanlaw_(at)_umich_dot_edu | |||
""" | """ | ||
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args=list(args) | args=list(args) | ||
for j in range (len(args)): | for i in range (x): | ||
for j in range (len(args)): | |||
cmd.frame(int(args[j])) | |||
cmd.refresh() | |||
time.sleep(sleep) | |||
return | return |
Latest revision as of 08:55, 19 March 2013
Type | Python Script |
---|---|
Download | jump.py |
Author(s) | Sean M. Law |
License | - |
This code has been put under version control in the project Pymol-script-repo |
Description
In the case of movies or simulation trajectories, it is often useful to quickly jump between different frames but not necessarily in any order. This script allows the user to specify a list of frames and flipping through the set of frames is controlled by a user-defined keystroke (limited to those available through the Set Key command). This script is a nice tool for identifying different protein states from a simulation and can be used in conjunction with the Modevectors script in a very useful way by first characterizing the directionality of the movements (using Modevectors) and then visualizing the change directly using this script.
Note: This script also requires the Check Key script!
Usage
load the script using the run command
jump [frame1 [,...frameN [,sleep=0.1 [,x=1 [,key='pgdn']]]]]
Example
jump 1, 10, 100
#This causes the movie to jump from frame 1 to frame 10 and finally to frame 100 each time the 'pgdn' key is pressed
#Note that there is no limit to the number of frames that can be specified
jump 1, 10, 100, 1000, key='F1'
#This sets the hotkey to F1. When pressed, it will jump through the frames 1, 10, 100, 1000 respectively
jump 1, 10, 100, sleep=0.01
#This does the same thing as the first example except that the pause between frames is 10x faster
#One could consider the "sleep" option to be similar to the frame rate
jump 1, 10, 100, x=10
#This does the same thing as the first example except that each press of the hotkey will
#cause the script to run through the specified frames 10 times before stopping.
#Note that you will not be able to control or exit the script during the 10 iterations!
PyMOL API
from pymol import cmd
import time
def jump (*args, **kwargs):
"""
Author Sean M. Law
University of Michigan
seanlaw_(at)_umich_dot_edu
"""
keystroke='pgdn'
for key in kwargs:
if (key == "key"):
keystroke=kwargs["key"]
keystroke=check_key(keystroke)
if (keystroke == None):
return
else:
continue
cmd.set_key(keystroke, jumpit, args, kwargs)
return
cmd.extend("jump", jump)
def jumpit (*args, **kwargs):
x=1
sleep=0.1
for key in kwargs:
if (key == "sleep"):
sleep=kwargs["sleep"]
sleep=float(sleep)
elif (key == "x"):
x=kwargs["x"]
x=int(x)
else:
continue
args=list(args)
for i in range (x):
for j in range (len(args)):
cmd.frame(int(args[j]))
cmd.refresh()
time.sleep(sleep)
return
cmd.extend("jumpit", jumpit)