Difference between revisions of "MC-Basic:CIRCLE"
m (1 revision) |
|||
| Line 4: | Line 4: | ||
|SYNTAX= | |SYNTAX= | ||
| − | Circle ''<group>'' Angle = ''<angle> ''CircleCenter = {''<vector>''} | + | '''Circle''' ''<group>'' '''Angle''' = ''<angle> '''''CircleCenter''' = {''<vector>''} |
| − | + | {'''CirclePlane''' = ''<circle plane>''} ''{Optional Nodal Property}''* | |
| − | {CirclePlane = ''<circle plane>''} ''{Optional Property}''* | ||
Or | Or | ||
| − | Circle ''<group>'' CirclePoint = ''<vector> ''TargetPoint = {''<vector>''} | + | '''Circle''' ''<group>'' '''CirclePoint''' = ''<vector> '''''TargetPoint''' = {''<vector>''} |
| − | + | {'''CirclePlane''' = ''<circle plane>''} ''{Optional Nodal Property}''* | |
| − | {CirclePlane = ''<circle plane>''} ''{Optional Property}''* | ||
|AVAILABILITY= | |AVAILABILITY= | ||
| Line 18: | Line 16: | ||
|DESCRIPTION= | |DESCRIPTION= | ||
| − | The CIRCLE command issues a circular path trajectory for the specified group, and uses the properties of that group. | + | The CIRCLE command issues a circular(arc) path trajectory for the specified group/robot, and uses the properties of that group. |
| + | |||
| + | There are two forms of the CIRCLE command. One specifies the group name, the angle and the circle center, the other is defined by circle point and the final point of the arc. The first enables multi-turn circular motion while the other does not demand from the user the knowledge of the circle center point. | ||
| − | + | These optional properties override the permanent values of the properties for the duration of the command. When using an optional property, the keyword must be specified. | |
| − | + | In case of robot models the CIRCLE command issues circular path in Cartesian space (XYZ). Orientation angles are interpolated proportionality to the circle angle. | |
| − | + | ||
| − | + | In PUMA robot the orientation vector is kept orthogonal to the circular path. | |
| − | |||
| − | |||
| − | |||
| − | |||
| − | |||
| − | |||
| − | |||
|TYPE= | |TYPE= | ||
| Line 41: | Line 34: | ||
''<angle>'': +/- MaxDouble | ''<angle>'': +/- MaxDouble | ||
| − | ''<circle plane>'': | + | ''<circle plane>'': |
| − | |||
| − | |||
| − | 2 (YZ) | + | * 0 (XY)<br> |
| + | * 1 (XZ)<br> | ||
| + | * 2 (YZ) | ||
| − | |||
|UNITS= | |UNITS= | ||
Revision as of 12:45, 27 January 2011
The CIRCLE command issues a circular(arc) path trajectory for the specified group/robot, and uses the properties of that group.
There are two forms of the CIRCLE command. One specifies the group name, the angle and the circle center, the other is defined by circle point and the final point of the arc. The first enables multi-turn circular motion while the other does not demand from the user the knowledge of the circle center point.
These optional properties override the permanent values of the properties for the duration of the command. When using an optional property, the keyword must be specified.
In case of robot models the CIRCLE command issues circular path in Cartesian space (XYZ). Orientation angles are interpolated proportionality to the circle angle.
In PUMA robot the orientation vector is kept orthogonal to the circular path.
Syntax
Circle <group> Angle = <angle> CircleCenter = {<vector>} {CirclePlane = <circle plane>} {Optional Nodal Property}*
Or
Circle <group> CirclePoint = <vector> TargetPoint = {<vector>} {CirclePlane = <circle plane>} {Optional Nodal Property}*
Availability
All versions
Type
Double
Range
<group>: An existing group
<angle>: +/- MaxDouble
<circle plane>:
- 0 (XY)
- 1 (XZ)
- 2 (YZ)
Default
Permanent property values are used unless specified otherwise. Final velocity is 0.
Scope
Task or Terminal
Limitations
Applicable only to groups. A group cannot be moved if an axis from the group is being moved individually. A group must be attached in order to be moved from within a task.
Examples
Circle XYTable Angle = 90 CircleCenter = {20,10} Vcruise = 500
Circle XYtable CirclePoint = {10,20} TargetPoint = {100,200} Vcruise = 500