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Two-section automatic movement
Each axis of movement will have these options throughout the movement:
• Remains static during the two sections.
• The first section remains static and the second one moves.
• The first section is moved and the second remains static.
• It moves during the two stages in the same direction.
• It moves during the two sections, reversing the direction from one section to another.
NOTES: To have a movement of two sections, you must have at least some movement in each of the
two sections, although these movements correspond to two different axes.
The acceleration and deceleration intervals will depend in this case on which of the two sections is
the faster one. If the first section must be carried out at a higher speed, the deceleration will take
place before starting the second section, otherwise, the acceleration will occur at the beginning of the
second section.
WARNING: Due to the dependence that exists between the two speed parameters, it is possible to
reach a situation of mutual blocking when choosing the speeds, where the margin in which we can
move the speeds is very small. This situation is more likely with very short runs and low ramp percen-
tages, and can be addressed by increasing the ramp.
Time lapse mode: It allows you to play back a previously recorded movement step by step, genera-
ting trigger signals for the camera between each step.
NOTE: Time lapse motion recording is not shared with automatic mode, and recording a movement
for time lapse mode erases the recorded motion for automatic mode.
The parameters that we can configure are the following:
• CLIP T: It is the time we want the clip resulting from the time lapse to last.
• CLIP FPS: The speed, in frames per second, at which we will compile the video clip. It is used to
calculate the number of shots to take.
• INTERVAL: The time between shots. You will be limited by the minimum time necessary to make
the trip between shots, and the exposure time.
• EXP TIME: Exposure time. Selecting it leads to another menu where the exposure time is defined
and controlled.
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