Matrix Copy: Difference between revisions
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matrix_copy source_name, target_name | matrix_copy source_name, target_name | ||
</source> | </source> | ||
== Arguments == | |||
* source_name = string: name of object to take matrix from | |||
* target_name = string: name(s) of object(s) to copy matrix to | |||
* source_mode = integer: 0: raw coordinates, 1: object TTT matrix, 2: state matrix, 3: camera matrix transformation {default: -1: [[matrix_mode]] setting} | |||
* target_mode = integer: (see source_mode) | |||
* source_state = integer: object state {default: 1} | |||
* target_state = integer: object state {default: 1} | |||
* target_undo = 1/0: ??? {default: 1} | |||
= Example = | |||
Here's a practical example. We grab two proteins and their density maps. We then align one to the other and then use matrix_copy to move over the density map: | |||
<source lang="python"> | |||
# fetch two proteins and their maps | |||
fetch 1rx1 3dau, async=0 | |||
fetch 1rx1 3dau, type=2fofc, async=0 | |||
# align them proteins | |||
align 1rx1, 3dau | |||
# copy 1rx1's matrix to 1rx1_2fofc | |||
# it's density map | |||
matrix_copy 1rx1, 1rx1_2fofc | |||
# show the result | |||
enable * | |||
show extent, *2fofc | |||
</source> | |||
= Example = | = Example = |
Latest revision as of 03:17, 13 September 2011
Matrix_copy copies the object matrix from one object to another.
This command is often used after a protein structure alignment to bring other related objects into the same frame of reference.
Usage
matrix_copy source_name, target_name
Arguments
- source_name = string: name of object to take matrix from
- target_name = string: name(s) of object(s) to copy matrix to
- source_mode = integer: 0: raw coordinates, 1: object TTT matrix, 2: state matrix, 3: camera matrix transformation {default: -1: matrix_mode setting}
- target_mode = integer: (see source_mode)
- source_state = integer: object state {default: 1}
- target_state = integer: object state {default: 1}
- target_undo = 1/0: ??? {default: 1}
Example
Here's a practical example. We grab two proteins and their density maps. We then align one to the other and then use matrix_copy to move over the density map:
# fetch two proteins and their maps
fetch 1rx1 3dau, async=0
fetch 1rx1 3dau, type=2fofc, async=0
# align them proteins
align 1rx1, 3dau
# copy 1rx1's matrix to 1rx1_2fofc
# it's density map
matrix_copy 1rx1, 1rx1_2fofc
# show the result
enable *
show extent, *2fofc
Example
# load two molecules
load mol1.pdb
load mol2.pdb
# load their maps
load map1.ccp4
load map2.ccp4
# align the two molecules
align mol2////CA, mol1////CA
# copy mol2's map to mol2
matrix_copy mol2, map2
# show the isomesh
isomesh mesh1, map1
isomesh mesh2, map2
See Also
Object Matrix Matrix_reset, align, fit, and pair_fit.