RTC
®
5 PC Interface Board
Rev. 1.9 e
10 Commands And Functions
366
innovators for industry
Normal
List Command
micro_vector_abs
Function
moves the output point (of the laser focus) via a hard jump (without microvectorization)
directly from the current position to the specified position (absolute coordinate values)
within a two-dimensional image field.
Call
micro_vector_abs( X, Y, LasOn, LasOff )
Parameters
X, Y
absolute coordinates of the micro vector end point in
bits
as signed 32-bit
values; allowed range: [–8388608 … 8388607] (out-of-range values will be
edge-clipped). The complete value range [–8388608 … 8388607] is only
usable as a virtual image field e.g. for (enabled) Processing-on-the-fly
applications. The current coordinates will be clipped to [–524288 … 524287]
(real image field size) during runtime directly prior to use of the correction
table.
LasOn,
LasOff
LaserOn delay and LaserOff delay as signed 32-bit values.
1 bit equals 0.5
µ
s.
): [ – 2
31
… +(2
15
–
1)]
0:
Delay will be newly set (values over (2
15
–1) will be clipped).
< 0:
The previously defined delay continues unaffected.
Comments
• For information on microvector command usage, also see
.
• During the conversion of specified coordinate values into scan system output values,
any previously defined coordinate transformations, assigned correction tables etc. are
taken into account after successful microvectorization (see
).
• The microvector always executes as a hard jump.
• Via
LasOn
0 and
LasOff
0, you can set a new LaserOn or LaserOff delay for each
individual microvector. Each delay will thereby get set at the end of the clock period in
which the new position actually gets outputted (this output clock cycle might be
delayed by a preceding scanner delay).
• Negative values (
LasOn
< 0 and
LasOff
< 0) don’t affect laser delays. Hereby, the laser
can remain on or off across multiple clock periods (mark and jump simulation).
• Delays set with
LasOn
and
LasOff
only apply to the execution of microvectors. For
execution of normal mark and arc commands (such as
), only the laser delays
defined via
apply.
LasOn
and
LasOff
do not overwrite the laser delay
• The optional XY2-100 converter (see
) introduces a 10
µ
s runtime latency to
scan-system control. This runtime latency can be compensated by increasing the
LaserOn delay and LaserOff delay by 10
µ
s each.
RTC
®
4
RTC
®
5 new command
In RTC
®
4 compatibility mode, the RTC
®
5 multiplies the specified coordinate values by 16
and the specified delay values by 2. The permissible ranges of values are correspondingly
reduced.
Version info
Last change with version DLL 536, OUT 536:
LasOn, LasOff <
2
15
References
