Scanlab RTC6 PCIe Board - Para_Jump_Rel_3 D

RTC6 boards
Doc. Rev. 1.0.21 en-US
10 RTC6 Commands
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Normal List
Command
para_jump_rel_3d
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 Field. Simultaneously varies the signal parameter selected by
set_vector_control linearly to the specified value.
Restriction If the Option “3D” is not enabled or no 3D correction table has been assigned (see
select_cor_table), then para_jump_rel_3d has the same effect as para_jump_rel.
However, split-up into Microsteps is calculated like a 3D command and hence influences
the effective jump speed in the xy plane.
Call para_jump_rel_3d( dX, dY, dZ, P )
Parameters dX 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 Image Field for example,
for (enabled) Processing-on-the-fly applications.
dY Like dX (analogously).
dZ Like dX (analogously), except
Allowed value range: [–524,288…+524,287].
P End value of the signal parameter. As an unsigned 32-bit value. Allowed
values: dependent on the selection made by set_vector_control ( Ctrl
parameter), identical with set_vector_control ( Value parameter).
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 para_jump_abs_3d (see comments there).
• P is not treated on a relative basis.
RTC4RTC6 New command.
In RTC4 Compatibility Mode, the RTC6 multiplies the specified values for dX and dY by 16.
The allowed value range decreases accordingly. For the parameter P , see para_jump_abs.
RTC5RTC6 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, pa
ra_jump_rel