Normal List
para_jump_rel_3d
Command
Function
Moves the output point (of the laser focus) along a 3D vector at jump speed from the
current position to the specified position (relative coordinate values) within the
3D Image
set_vector_control
Restriction
If the
Option "3D"
select_cor_table), then para_jump_rel_3d has the same effect as para_jump_rel.
However, split-up into
the effective jump speed in the xy plane.
para_jump_rel_3d( dX, dY, dZ, P )
Call
dX
Parameters
dY
dZ
P
Comments
• The coordinates for the jump vector end point are to be supplied as relative
coordinates with respect to the current position. Otherwise, para_jump_rel_3d is
identical to
• P is not treated on a relative basis.
RTC4RTC6
New command.
In
RTC4 Compatibility
The allowed value range decreases accordingly. For the parameter P, see para_jump_abs.
RTC5RTC6
Unchanged functionality.
For the parameter P, see para_jump_abs.
Version info
Available as of DLL 600, OUT 600, RBF 600.
References
jump_rel_3d, set_vector_control, para_jump_abs_3d,
RTC6 boards
Doc. Rev. 1.0.21 en-US
10 RTC6 Commands
Field. Simultaneously varies the signal parameter selected by
linearly to the specified value.
is not enabled or no 3D correction table has been assigned (see
Microsteps
is calculated like a 3D command and hence influences
Relative x coordinate of the jump vector end point. In bits.
As a signed 32-bit value.
Allowed value range: [–268,435,456...+268,435,455].
Out-of-range values are clipped to the boundary values.
The complete value range is only usable as a virtual
for (enabled) Processing-on-the-fly applications.
Like dX (analogously).
Like dX (analogously), except
Allowed value range: [–524,288...+524,287].
End value of the signal parameter. As an unsigned 32-bit value. Allowed
values: dependent on the selection made by
parameter), identical with
para_jump_abs_3d
Mode, the RTC6 multiplies the specified values for dX and dY by 16.
set_vector_control (Ctrl
set_vector_control (Value
(see comments there).
para_jump_rel
Image Field
for example,
parameter).
555
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