Difference between revisions of "MC-Basic:movingFrame.DOWNSTREAM"

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|SEE ALSO=
 
|SEE ALSO=
 
* [[MC-Basic:movingFrame.NUMBERDEGREESOFFREADOM|movingFrame.NUMBERDEGREESOFFREADOM]]
 
* [[MC-Basic:movingFrame.NUMBERDEGREESOFFREADOM|movingFrame.NUMBERDEGREESOFFREADOM]]
* [[Axystems:MC-Basic:movingFrame.UPSTREAM|movingFrame.UPSTREAM]]
+
* [[MC-Basic:movingFrame.UPSTREAM|movingFrame.UPSTREAM]]
  
  
 
}}
 
}}
 
[[Category:Axystems:Motion:MovingFrame]]
 
[[Category:Axystems:Motion:MovingFrame]]

Revision as of 08:52, 22 May 2014

For every number degree of freedom the user has to delimit its region by UpStreamand DownStreamlocations.

DownStream sets points that define the upper boundary of the moving frame tracking  as array of points (in robot units) . Each the array’s element is a limit definition of given degree of freedom (array index). The size of the array is the moving frame’s number of degrees of freedom. DownStream is the upper boundary of the region. The upstream and downstream units are from the moving frame system units (both are from the same units).

The up/down stream limits are used for scaling position in the robot coordinate system. Those values are absolute in the robot word.

Syntax

< Moving Frame >.DownStream[ ] = <position value>

Availability

Versions 4.0.26 and higher

Type

Array of Locations

Range

Array size is according to NDOF

Units

According to the moving frame type

Scope

Task or Terminal

Limitations

The number of points must be as the number of independent axes in the moving frame. Must be set before linking.

Examples

Common shared A as location of XYZR

Common shared B as location of XYZR

Common shared C as location of XYZR

CNV.ndof = 3

CNV.DownStream[1] =A

CNV.DownStream[2] = B

CNV.DownStream[3] = C

See Also