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TRUE if the camera can abort exposures; FALSE if not.
TRUE if the camera supports asymmetric binning.
TRUE if the camera has a fast readout mode.
TRUE if driver can do a search for home position.
TRUE if this telescope is capable of programmed finding its home position (
TelescopeOrbProcess.findHome(long)
method).
TRUE if the camera's cooler power setting can be read.
TRUE if the telescope can move the requested axis.
TRUE if driver is capable of rotating dome in azimuth to park position.
TRUE if this telescope is capable of programmed parking (
TelescopeOrbProcess.park(long) method).
TRUE if the camera supports pulse guiding.
TRUE if this telescope is capable of software-pulsed guiding (via the
TelescopeOrbProcess.pulseGuide(long, TelescopeGuideDirection, int) method).
TRUE if the rotator supports the
RotatorOrbProcess.setReverse(long, boolean) method.
TRUE if driver is capable of setting dome altitude.
TRUE if driver is capable of setting dome azimuth.
TRUE the camera supports setting the CCD temperature.
TRUE if the
TelescopeOrbProcess.setDeclinationRate(long, double) method can be call to provide offset tracking in the
declination axis.
TRUE if the guide rate properties used for
TelescopeOrbProcess.pulseGuide(long, TelescopeGuideDirection, int) can be adjusted.
TRUE if driver can set the dome park position.
TRUE if this telescope is capable of programmed setting of its park position (
TelescopeOrbProcess.setPark(long)
method).
TRUE if the
TelescopeOrbProcess.setSideOfPier(long, TelescopePierSide) method can be call, meaning that the mount can be
forced to flip.
TRUE if the
TelescopeOrbProcess.setRightAscensionRate(long, double) method can be call to provide offset tracking in the
right ascension axis.
TRUE if driver is capable of automatically operating shutter.
TRUE if the
TelescopeOrbProcess.setTracking(long, boolean) method can be call, turning telescope sidereal tracking on and
off.
TRUE if the dome hardware supports slaving to a telescope.
TRUE if this telescope is capable of programmed slewing (synchronous or asynchronous) to
equatorial coordinates.
TRUE if this telescope is capable of programmed slewing (synchronous or asynchronous) to
local horizontal coordinates.
TRUE if this telescope is capable of programmed asynchronous slewing to local horizontal
coordinates.
TRUE if this telescope is capable of programmed asynchronous slewing to equatorial
coordinates.
TRUE if the camera can stop an exposure that is in progress.
TRUE if this telescope is capable of programmed synching to equatorial coordinates.
TRUE if this telescope is capable of programmed synching to local horizontal coordinates.
TRUE if driver is capable of synchronizing the dome azimuth position using the
DomeOrbProcess.syncToAzimuth(long, double) method.
TRUE if this telescope is capable of programmed unparking (
TelescopeOrbProcess.park(long) method).
telescopes,
cameras,
filter wheels,
focusers,
rotators,
domes,
safety monitors.TelescopeOrbProcess.moveAxis(long, TelescopeAxis, double) method.
CameraOrbProcess.getSensorType(long).
CoordinateFormat for altitude a (horizontal coordinate) as
decimal format.
CoordinateFormat for azimuth A (horizontal coordinate) as
decimal format.
CoordinateFormat for declination δ (equatorial
coordinate) as decimal format.
CoordinateFormat for latitude φ (geographic coordinate)
as decimal format.
CoordinateFormat for longitude λ (geographic
coordinate) as decimal format.
CoordinateFormat for right ascension α (equatorial
coordinate) as decimal format.
getCharacteristics(long).getEquatorialSystem() method.
CameraOrbProcess.startExposure(long, double, boolean).
CameraOrbProcess.startExposure(long, double, boolean).
CameraOrbProcess.startExposure(long, double, boolean).
getCapabilities(long).getGain().getGains() array for the selected camera gain.
CameraOrbProcess.getNumX(long) * CameraOrbProcess.getNumY(long)
containing the pixel values from the last exposure.
CameraOrbProcess.getNumX(long) * CameraOrbProcess.getNumY(long)
containing the pixel values from the last exposure.
getCapabilities(long).getReadoutModes() array of string readout mode names indicating the
camera's current readout mode.
TRUE if the rotation and angular direction must be reversed for the
optics.
getCharacteristics(long).getEquatorialSystem() method.
CoordinateFormat for altitude a (horizontal coordinate) as
sexagesimal format.
CoordinateFormat for azimuth A (horizontal coordinate) as
sexagesimal format.
CoordinateFormat for declination δ (equatorial
coordinate) as sexagesimal format.
CoordinateFormat for latitude φ (geographic coordinate)
as sexagesimal format.
CoordinateFormat for longitude λ (geographic
coordinate) as sexagesimal format.
CoordinateFormat for right ascension α (equatorial
coordinate) as sexagesimal format.
RotatorOrbProcess.move(long, float) and
RotatorOrbProcess.moveAbsolute(long, float).
TelescopeDriveRate values that describe the permissible values of the
TelescopeOrbProcess.getTrackingRate(long)/ TelescopeOrbProcess.setTrackingRate(long, TelescopeDriveRate) methods
for this telescope type.
FocuserOrbProcess.move(long, int) method call.
RotatorOrbProcess.move(long, float) or
RotatorOrbProcess.moveAbsolute(long, float) method call.
TRUE if the camera has a mechanical shutter.
TRUE if the focuser is capable of absolute position; that is, being commanded to a specific
step location.
TRUE if the dome is in the home position.
TRUE if the telescope is stopped in the home position.
TRUE if the device has been connected.
TRUE if the camera cooler is on.
TRUE if the telescope or driver applies atmospheric refraction to
coordinates.
TRUE for fast readout mode, FALSE for normal mode.
TRUE if the coordinate is an hour angle and therefore expressed in hours (not in degrees).
TRUE if the image is ready to be downloaded fom the camera.
TRUE if the focuser is currently moving to a new position.
TRUE if the rotator is currently moving.
TRUE if the dome is in the programmed park position.
TRUE if the telescope has been put into the parked state by the
TelescopeOrbProcess.park(long) method.
TRUE if the camera is currrently in a
pulseGuide operation.
TRUE if a TelescopeOrbProcess.pulseGuide(long, TelescopeGuideDirection, int)
command is in progress, FALSE otherwise.
TRUE if the state is safe, FALSE if it is unsafe.
TRUE if the dome is slaved to the telescope in its hardware, else
FALSE.
TRUE if any part of the dome is currently moving, FALSE if
all dome components are steady.
TRUE if telescope is currently moving in response to one of the Slew
methods or the TelescopeOrbProcess.moveAxis(long, TelescopeAxis, double) method, FALSE at
all other times.
TRUE if the temperature compensation mode is enabled.
TRUE if focuser has temperature compensation available.
getCapabilities(long).isAbsolute() method.
RotatorOrbProcess.getPosition(long) value.
RotatorOrbProcess.getPosition(long) degrees.
TelescopeOrbProcess.isParked(long) to TRUE.
TelescopeOrbProcess.getGuideRateRightAscension(long) and
TelescopeOrbProcess.getGuideRateDeclination(long) methods.
ClientCallbackOrbHandler to server.
NewDeviceClientOrbCallback.getPluginsNames().
TRUE to connect to the device.
TRUE if the camera cooler is on.
TRUE if the telescope or driver applies atmospheric refraction to
coordinates.
TRUE for fast readout mode, FALSE for normal mode.
getCapabilities(long).getGain().getGains() array for the selected camera gain.
TRUE if the rotation and angular direction must be reversed for the optics.
TRUE if the dome is slaved to the telescope in its hardware, else
FALSE.
TRUE for enable the temperature compensation mode.
getCapabilities(long).canSlewAltAzAsync() returns TRUE.
TelescopeOrbProcess.getTargetRightAscension(long) and
TelescopeOrbProcess.getTargetDeclination(long) coordinates, return when slew complete.
TelescopeOrbProcess.getTargetRightAscension(long) and
TelescopeOrbProcess.getTargetDeclination(long) coordinates, returns immediately after starting the slew.
ClientCallbackOrbHandler from server.
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