measure history command
Syntax
- measure history <id id > keyword id id2 or v
Primary keywords:
coordination porosity position-x position-y position-z radius strainrate-xx strainrate-xy strainrate-xz strainrate-yx strainrate-yy strainrate-yz strainrate-zx strainrate-zy strainrate-zz stress-xx stress-xy stress-xz stress-yx stress-yy stress-yz stress-zx stress-zy stress-zz
Add a measure history. A history is a floating point variable that can be sampled and stored during a model run. The optional id directly following history creates a history with the specified ID. If not specified, then the next available history ID is used. Following one of the keywords given below, either 1) a position vector or 2) an additional id keyword must be given to define the specific measurement object. Review the common c history commands for details regarding the manipulation of histories.
- coordination
Coordination, or average number of contacts per body, inside the measurement object.
- porosity
Porosity inside the measurement object.
- position-x
x-position of the measurement object.
- position-y
y-position of the measurement object.
- position-z (3D only)
z-position of the measurement object.
- radius
Radius of the measurement object.
- strainrate-xx
xx-component of the strain rate inside the measurement object.
- strainrate-xy
xy-component of the strain rate inside the measurement object.
- strainrate-xz (3D only)
xz-component of the strain rate inside the measurement object.
- strainrate-yx
yx-component of the strain rate inside the measurement object.
- strainrate-yy
yy-component of the strain rate inside the measurement object.
- strainrate-yz (3D only)
yz-component of the strain rate inside the measurement object.
- strainrate-zx (3D only)
zx-component of the strain rate inside the measurement object.
- strainrate-zy (3D only)
zy-component of the strain rate inside the measurement object.
- strainrate-zz (3D only)
zz-component of the strain rate inside the measurement object.
- stress-xx
xx-component of the stress inside the measurement object.
- stress-xy
xy-component of the stress inside the measurement object.
- stress-xz (3D only)
xz-component of the stress inside the measurement object.
- stress-yx
yx-component of the stress inside the measurement object.
- stress-yy
yy-component of the stress inside the measurement object.
- stress-yz (3D only)
yz-component of the stress inside the measurement object.
- stress-zx (3D only)
zx-component of the stress inside the measurement object.
- stress-zy (3D only)
zy-component of the stress inside the measurement object.
- stress-zz (3D only)
zz-component of the stress inside the measurement object.
Was this helpful? ... | PFC 6.0 © 2019, Itasca | Updated: Nov 19, 2021 |