DX
Returns an x component of translational displacement from one coordinate system object to another.
Format
DX (Object 1, Object 2, Reference Frame)
Arguments
Object 1 | Coordinate system object to which the translational displacement component is measured. |
Object 2 | Coordinate system object from which the translational displacement component is measured. |
Reference Frame | Coordinate system object defining the x-axis; used to measure the translational displacement component. |
symbol
Mathematically, DX is calculated as follows:
where:
■
is the displacement of the Object 1, O1, in the global coordinate system.
is the displacement of the Object 1, O1, in the global coordinate system. ■
is the displacement of the Object 2, O2, in the global coordinate system.
is the displacement of the Object 2, O2, in the global coordinate system. ■
is the unit vector along the x-axis of the Reference Frame, R.
is the unit vector along the x-axis of the Reference Frame, R. Example
In the following illustration, the DX function returns the x component of the translational displacement from marker_O2 to marker_O1, along the x-axis of marker_R:
Function | DX(marker_O1, marker_O2, marker_R) |
Result | 12 |
