Mset - Revision history

Bell: 1 revision

2015-10-30T15:53:40Z

1 revision

Speleo3: arguments etc.

2015-10-28T15:27:06Z

arguments etc.

Bell: 11 revisions

2015-07-09T21:08:20Z

11 revisions

Jaredsampson: /* EXAMPLES */ fixed python comments to use # instead of //

2015-05-06T14:31:19Z

EXAMPLES: fixed python comments to use # instead of //

Pyadmin: 1 revision

2014-03-28T02:16:33Z

1 revision

New page

'''mset''' sets up a relationship between molecular states and movie frames. This makes it possible to control which states are shown in which frame.

===USAGE===
mset specification [ ,frame ]

===PYMOL API===
<source lang="python">
cmd.mset( string specification [, int frame] )
</source>

===EXAMPLES===
<source lang="python">
mset 1 // simplest case, one state -> one frame
mset 1 x10 // ten frames, all corresponding to state 1
mset 1 x30 1 -15 15 x30 15 -1
// more realistic example:
// the first thirty frames are state 1
// the next 15 frames pass through states 1-15
// the next 30 frames are of state 15
// the next 15 frames iterate back to state 1
</source>

<source lang="python">
mset 1 x200 -78 -2 -78 -2 -78 x200 79 -156 157 x200 -234 235 x400
# mset 1 x200 makes the first state last for 200 frames
# -78 -2 takes us FROM state 1 to 78, then back to frame 2. I've repeated this for dramatic effect.
# Then we pause at 78 for 200 frames, then go from 79-156 and pause at 157 for 200 frames, etc.
</source>

<source lang="python">
cmd.mset("1 -%d" % cmd.count_states())
// this will create a one-to-one mapping of states to movie frames. useful for making movies from trajectory files.
</source>

===SEE ALSO===
[[mdo]], [[mplay]], [[mclear]]

[[Category:Commands|Mset]]
[[Category:States|Mset]]

Witold: /* EXAMPLES */

2010-03-17T18:52:20Z

EXAMPLES

Witold at 18:51, 17 March 2010

2010-03-17T18:51:20Z

Witold: /* EXAMPLES */

2010-03-17T18:29:29Z

EXAMPLES

New page

'''mset''' sets up a relationship between molecular states and movie frames. This makes it possible to control which states are shown in which frame.

===USAGE===
mset specification [ ,frame ]

===PYMOL API===
<source lang="python">
cmd.mset( string specification [, int frame] )
</source>

===EXAMPLES===
<source lang="python">
mset 1 // simplest case, one state -> one frame
mset 1 x10 // ten frames, all corresponding to state 1
mset 1 x30 1 -15 15 x30 15 -1
// more realistic example:
// the first thirty frames are state 1
// the next 15 frames pass through states 1-15
// the next 30 frames are of state 15
// the next 15 frames iterate back to state 1
</source>

<source lang="python">
mset 1 x200 -78 -2 -78 -2 -78 x200 79 -156 157 x200 -234 235 x400
#mset 1 x200 makes the first state last for 200 frames
# -78 -2 takes us FROM state 1 to 78, then back to frame 2. I've repeated this for dramatic effect
# then we pause at 78 for 200 frames, then go from 79-156 and pause at 157 for 200 frames, etc.
</source>

<source lang="python">
cmd.mset("1 -%d" % cmd.count_states())
// this will create a one-to-one mapping of states to movie frames. useful for making movies from trajectory files.
</source>

===SEE ALSO===
[[Cmd mdo]], [[Cmd mplay]], [[Cmd mclear]]

[[Category:Commands|Mset]]
[[Category:States|Mset]]

Zachcp: /* EXAMPLES */

2009-07-05T21:13:47Z

EXAMPLES

Vinnyrose at 14:16, 20 June 2009

2009-06-20T14:16:53Z

New page

===DESCRIPTION===
'''mset''' sets up a relationship between molecular states and movie frames. This makes it possible to control which states are shown in which frame.

===USAGE===
mset specification [ ,frame ]

===PYMOL API===
<source lang="python">
cmd.mset( string specification [, int frame] )
</source>

===EXAMPLES===
<source lang="python">
mset 1 // simplest case, one state -> one frame
mset 1 x10 // ten frames, all corresponding to state 1
mset 1 x30 1 -15 15 x30 15 -1
// more realistic example:
// the first thirty frames are state 1
// the next 15 frames pass through states 1-15
// the next 30 frames are of state 15
// the next 15 frames iterate back to state 1
</source>

===SEE ALSO===
[[Cmd mdo]], [[Cmd mplay]], [[Cmd mclear]]

[[Category:Commands|Mset]]
[[Category:States|Mset]]

← Older revision	Revision as of 15:53, 30 October 2015
(No difference)

@@ Line 1: / Line 1: @@
 '''mset''' sets up a relationship between molecular states and movie frames.  This makes it possible to control which states are shown in which frame.
-===USAGE===
+The related command '''madd''' appends to the end of a movie. It is identical to the '''mset''' command, except for the default value of the '''frame''' argument (0 instead of 1).
-===PYMOL API===
+== Usage ==
-<source lang="python">
-cmd.mset( string specification [, int frame] )
+ mset specification [, frame ]
-</source>
+ madd specification [, frame ]
 <source lang="python">
 mset 1         # simplest case, one state -> one frame
 mset 1 x10     # ten frames, all corresponding to state 1
 mset 1 x30 1 -15 15 x30 15 -1
 # more realistic example:
@@ Line 33: / Line 57: @@
 </source>
-===SEE ALSO===
+== PyMOL API ==
 [[mdo]], [[mplay]], [[mclear]]
 [[Category:Commands|Mset]]
 [[Category:States|Mset]]

← Older revision	Revision as of 21:08, 9 July 2015
(No difference)

@@ Line 11: / Line 11: @@
 ===EXAMPLES===
 <source lang="python">
-mset 1         // simplest case, one state -> one frame
+mset 1         # simplest case, one state -> one frame
-mset 1 x10     // ten frames, all corresponding to state 1
+mset 1 x10     # ten frames, all corresponding to state 1
 mset 1 x30 1 -15 15 x30 15 -1
-// more realistic example:
+# more realistic example:
-// the first thirty frames are state 1
+# the first thirty frames are state 1
-// the next 15 frames pass through states 1-15
+# the next 15 frames pass through states 1-15
-// the next 30 frames are of state 15
+# the next 30 frames are of state 15
-// the next 15 frames iterate back to state 1
+# the next 15 frames iterate back to state 1
 </source>
@@ Line 30: / Line 30: @@
 <source lang="python">
 cmd.mset("1 -%d" % cmd.count_states())
-// this will create a one-to-one mapping of states to movie frames. useful for making movies from trajectory files.
+# this will create a one-to-one mapping of states to movie frames. useful for making movies from trajectory files.
 </source>

@@ Line 23: / Line 23: @@
 <source lang="python">
 mset 1 x200 -78 -2 -78 -2 -78 x200 79 -156 157 x200 -234 235 x400
-// mset 1 x200 makes the first state last for 200 frames
+# mset 1 x200 makes the first state last for 200 frames
-// -78 -2 takes us FROM state 1 to 78, then back to frame 2.  I've repeated this for dramatic effect
+# -78 -2 takes us FROM state 1 to 78, then back to frame 2.  I've repeated this for dramatic effect.
-// then we pause at 78 for 200 frames, then go from 79-156 and pause at 157 for 200 frames, etc.
+# Then we pause at 78 for 200 frames, then go from 79-156 and pause at 157 for 200 frames, etc.
 </source>