| Package | Description |
|---|---|
| globals | |
| globals.parameter | |
| globals.rmi | |
| globals.trigger | |
| globals.value | |
| io | |
| stella.acquire | |
| stella.adapter | |
| stella.auxiliary | |
| stella.globals | |
| stella.roof | |
| stella.sensor | |
| stella.telescope | |
| stella.util |
| Modifier and Type | Interface and Description |
|---|---|
interface |
TimeDependingTargetValue
Combines target depending plus value properties, no new properties, but
redifines
#getFor to deliver a number. |
| Modifier and Type | Field and Description |
|---|---|
private Value |
DateFromJd.jd
The value of the jd.
|
private Value |
WcsString.rade
The ra/de of the actual object as a Double.
|
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractFitsValue
A class of values that deal with read-in fits files, where a (small) window
is extracted to get some statistics.
|
class |
AbstractRemoteValue
Abstract implementation of a Remote Parameter that acts locally as a value.
|
class |
Efficiency
This class takes a fits file, extracts a region around
AbstractFitsValue.KEY_WINDOW,
determines the total flux there and relates it to the incident flux of the
star on top of the atmosphere. |
class |
SignalToNoise
From a fits file, we extract a window and estimate the Signal-to-Noise from
photon statistics.
|
class |
SimpleRemoteValue
A simple value with remote capabilities.
|
class |
ValueStub
The stub representation for a remote value.
|
| Modifier and Type | Field and Description |
|---|---|
private Value |
FitsMoments.orderprovider
The order provider used to get the moments order to which we calc.
|
private Value |
Efficiency.rmag
The rmag of the target, set remotely.
|
| Modifier and Type | Field and Description |
|---|---|
private Value |
MissmatchTrigger.v1
The living instance of value 1.
|
private Value |
MissmatchTrigger.v2
The living instance of value 2.
|
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractDatabaseValue
This
Value retrieves values from a database. |
class |
AbstractTime |
class |
AbstractValue
An intermediate class from an abstract parameter to a concrete value
class.
|
class |
AcceleratedJd
Represents the current time as julian date.
|
class |
AcceleratedTime
A general variable representing time.
|
class |
AirmassTarget
Represents the airmass to the actual target.
|
class |
AlarmWatch
An alarm watch acts like a stop watch, but additionally implements
notification after a certain amount of time has been accumulated in the
stop watch.
|
class |
Altitude
A
Parameter representing the latitude of the Teide
observatory. |
class |
AltTarget
Represents the height of the actual target in degrees.
|
class |
AltVelocity
A class to calculate the velocity in altitude as a function of target
coordinates and sidereal time according to
|
class |
AzTarget
Represents the azimuth of the actual target in degrees.
|
class |
AzVelocity
A class to calculate the velocity in altitude as a function of target
coordinates and sidereal time, according to
|
class |
BarycentricVelocity
Computes baricentric velocity correction, based on FORTRAN-code at
bvc
|
class |
BVTarget
A general variable representing the color index B-V of the actual object.
|
class |
CountDownWatch
A count down acts more or less like a stop watch, but in the way that it
is not counting up, but counting down.
|
class |
CurrentTime
A general variable representing time.
|
class |
DecApparent
A general variable representing the ra of the actual object, precessed
to the current equinox.
|
class |
DecTarget
A general variable representing the dec of the actual object.
|
class |
DelayedValue
A helper class providing a simple value with possibly delayed value setting.
|
class |
Distance
A classs that calculates the distance between two points on the sphere.
|
static class |
Distance.TargetDistance
Target-depending version for distance of target to moon.
|
class |
DiurnalVelocity
Parameter that calculates the part of the radial velocity correction
that is due to Earth's rotation.
|
class |
EclipticObliquity
A
Value calculating the current obliquity of the ecliptic. |
class |
ElapsedTime
An elapsed time is a value linked to a trigger.
|
class |
EnvironmentFocus
A parameter that calculates an optimal setting for the telescope focus from a
temperature parameter and the target height.
|
class |
ExtinctionCoefficient
A
Value that consits of a look-up table linking well-known filter
names like 'B' for Johnson-B to the effective wavelength width, which is
returned in nm. |
class |
FilterTarget
A
Value that consits of a look-up table linking well-known filter
names like 'B' for Johnson-B to the effective wavelength width, which is
returned in nm. |
class |
FilterWavelength
A
Value that consits of a look-up table linking well-known filter
names like 'B' for Johnson-B to the effective wavelength width, which is
returned in nm. |
class |
FilterWidth
A
Value that consits of a look-up table linking well-known filter
names like 'B' for Johnson-B to the effective wavelength width, which is
returned in nm. |
class |
HjdCorrection
Represents the current heliocentric correction.
|
class |
ImageRevolution
This class calculates the image revolution in degrees per second.
|
class |
ImageRotation
This parameter gives the amount of image rotation in the focal plane.
|
class |
IntegerId
An ID describable as an integer.
|
class |
Jd
Represents the current time as julian date.
|
class |
Latitude
A
Parameter representing the latitude of the Teide
observatory. |
class |
Longitude
A
Parameter representing the longitude of the
observatory. |
class |
MoonAngle
A class representing the current phase angle of the moon for the center of
the moon.
|
class |
MoonAzimuth
A
Value calculating the moon height. |
class |
MoonDec
A class representing the current declination of the moon for the center of
the earth.
|
class |
MoonHeight
A
Value calculating the moon height. |
class |
MoonLight
A model of the sky brightness caused by moon-light following the prescription
of K.
|
class |
MoonPhase
A class representing the current phase of the moon as seen from the earth.
|
class |
MoonRa
A class representing the current right ascension of the moon for the center
of the earth.
|
class |
NasmithImageRevolution
This parameter gives the amount of image rotation in the nashmith focal
plane.
|
class |
NasmithImageRotation
This parameter gives the amount of image rotation in the nashmith focal
plane.
|
class |
NightLength
A class giving the length of the actual night in milliseconds.
|
class |
NightRemain
A class giving the remaining length of the actual night in milliseconds.
|
class |
ParallacticAngle
The parallactic angle η also gives the amount of image rotation in the
focal plane.
|
class |
PropDecTarget
A general variable representing the proper motion in dec
of the actual object.
|
class |
PropRaTarget
A general variable representing the proper motion in ra, most likely
in miliarcsec/yr, of the actual object.
|
class |
PseudoRandom
A
Value representing a pseudo-random variable as generated by
"Random number generators: good ones are hard to find", Communications of the
ACM, Volume 31 , Issue 10 (October 1988) Pages: 1192 - 1201 |
class |
RaApparent
A general variable representing the ra of the actual object, precessed
to the current equinox.
|
class |
RaTarget
A general variable representing the ra of the actual object.
|
class |
RMagTarget
A general variable representing the R magnitude of the actual object.
|
class |
RollOverWatch
A stopwatch counting time with the possibility of re-nulling at certain
times.
|
class |
ServerPort
Diverts a property into a port number.
|
class |
SettableTime
A general variable representing time.
|
class |
ShelfStatistic
This class hooks on to a shelf to generate minima/maxima or averages.
|
static class |
ShelfStatistic.Average
Useable class returning the average.
|
static class |
ShelfStatistic.Maximum
Useable class returning the average.
|
static class |
ShelfStatistic.Minimum
Useable class returning the average.
|
static class |
ShelfStatistic.Test
Test class.
|
class |
SiderealGreenwich
And yet another implementation of a sidereal time computation}, for the
zero-meridian at Greenwich.
|
class |
SiderealGreenwichApparent
The apparent sidereal time in Greenwich.
|
class |
SiderealTime
And yet another implementation of a sidereal time computation.
|
class |
SimpleValue
A helper class providing a simple parameter.
|
static class |
SimpleValue.Exposure
Simple value that implements the
ExposureTimeMeasuring interface
to use it as an exposure time meter. |
class |
SolAzimuth
A
Value calculating the solar zenith height. |
class |
SolDec
A parameter giving the actual solar declination.
|
class |
SolDistance
A
Value calculating the apparent solar distance in AU. |
class |
SolHeight
A
Value calculating the solar zenith height. |
class |
SolLambda
A
Value calculating the apparent solar ecliptical longitude. |
class |
SolOpposition
A
Value calculating the time out of a given solar ra. |
class |
SolRa
A parameter giving the actual solar right ascension.
|
class |
SolSink
Gives the current speed of the sun-rise or sink, meaning the first
derivative of the solar height with time.
|
class |
SolZ
A
Value calculating the solar zenith distance. |
class |
StopWatch
A stop watch parameter counts elapsed time.
|
class |
SumWatch
A sum watch takes several
StopWatches and returns their summed
value on request. |
class |
TargetDistance
A parameter that calculates the distance of a target to some given
fixed point in the sky.
|
class |
TargetSetupValue
A general variable representing a constant in a setup of a target.
|
class |
TauTarget
Represents the hour angle of the actual target.
|
class |
TrackVelocity
A class to calculate the tracking velocity as the sum of
AzVelocity
and AltVelocity. |
class |
Twilight
A twilight parameter measures the time prior and after roof opening/closing.
|
class |
ValueDifference
Simple difference of two
Values. |
class |
ValueFraction
Simple fraction of two
Values. |
class |
ValueProduct
Simple product of two
Values. |
class |
ValueSum
Simple adding of to
Values. |
class |
VMagTarget
A general variable representing the visual magnitude of the actual object.
|
class |
WcsMatrix |
static class |
WcsMatrix.CD1_1 |
static class |
WcsMatrix.CD1_2 |
static class |
WcsMatrix.CD2_1 |
static class |
WcsMatrix.CD2_2 |
| Modifier and Type | Field and Description |
|---|---|
private Value |
MoonLight.alt
Target height.
|
private Value |
TargetDistance.de
The declination of the first point.
|
private Value |
AltTarget.dec
The dec of the target, degrees.
|
private Value |
ParallacticAngle.dec
The azimuth of the target, degrees.
|
private Value |
ImageRevolution.dec
The azimuth of the target, degrees.
|
private Value |
AzTarget.dec
The dec of the target, degrees.
|
protected Value |
Distance.dec1
The declination of the first point.
|
protected Value |
Distance.dec2
The declination of the second point.
|
private Value |
SolOpposition.epsilon
The obliqutiy of the ecliptic, degrees.
|
private Value |
SolRa.epsilon
The obliquity of the ecliptic.
|
private Value |
SolDec.epsilon
The obliquity of the ecliptic.
|
private Value |
EnvironmentFocus.focusoffset
Focus offset if applicable.
|
private Value |
DiurnalVelocity.h
The altitude.
|
private Value |
BarycentricVelocity.jd
The julian date.
|
private Value |
DecApparent.jd
The julian date.
|
private Value |
RaApparent.jd
The julian date.
|
private Value |
SolRa.lambda
The ecliptical longitude of the Sun.
|
private Value |
NightLength.lambda
The solar longitude.
|
private Value |
SolDec.lambda
The ecliptical longitude of the Sun.
|
private Value |
SolZ.latitude
The longitude of Teide, degrees.
|
private Value |
SolHeight.latitude
The longitude of Teide, degrees.
|
private Value |
AltTarget.latitude
The latitude of Teide, degrees.
|
private Value |
AzVelocity.latitude
The latitude of Teide, degrees.
|
private Value |
MoonAzimuth.latitude
The longitude of Teide, degrees.
|
private Value |
MoonHeight.latitude
The longitude of Teide, degrees.
|
private Value |
ParallacticAngle.latitude
The latitude of Teide, degrees.
|
private Value |
SolAzimuth.latitude
The longitude of Teide, degrees.
|
private Value |
AltVelocity.latitude
The latitude of Teide, degrees.
|
private Value |
ImageRevolution.latitude
The latitude of Teide, degrees.
|
private Value |
AzTarget.latitude
The latitude of Teide, degrees.
|
private Value |
Twilight.latitude
The latitude parameter to use.
|
private Value |
SiderealTime.longitude
The longitude of Teide, degrees.
|
private Value |
MoonLight.moonalt
Moon height.
|
private Value |
MoonAzimuth.moondec
The solar declination parameter to use.
|
private Value |
MoonHeight.moondec
The solar declination parameter to use.
|
private Value |
MoonLight.moonphi
Moon phase angle value.
|
private Value |
MoonAzimuth.moonra
The solar right ascension parameter to use.
|
private Value |
MoonHeight.moonra
The solar right ascension parameter to use.
|
private Value |
DiurnalVelocity.phi
The latitude.
|
private Value |
NightLength.phi
The latitude of the observatory.
|
private Value |
TauTarget.ra
The ra of the target, degrees.
|
private Value |
TargetDistance.ra
The right ascension of the first point.
|
protected Value |
Distance.ra1
The right ascension of the first point.
|
protected Value |
Distance.ra2
The right ascension of the second point.
|
private Value |
WcsMatrix.rot
Delivers the FoV rotation in degrees.
|
private Value |
PseudoRandom.seed |
private Value |
MoonLight.separation
Distance parameter.
|
private Value |
SolZ.sidereal
The actual sidereal time.
|
private Value |
TauTarget.sidereal
The local sidereal time in degrees.
|
private Value |
SolHeight.sidereal
The actual sidereal time.
|
private Value |
MoonAzimuth.sidereal
The actual sidereal time.
|
private Value |
MoonHeight.sidereal
The actual sidereal time.
|
private Value |
SolAzimuth.sidereal
The actual sidereal time.
|
private Value |
Twilight.sidereal
The sidereal time parameter to use.
|
private Value |
SolZ.soldec
The solar declination parameter to use.
|
private Value |
SolHeight.soldec
The solar declination parameter to use.
|
private Value |
SolAzimuth.soldec
The solar declination parameter to use.
|
private Value |
Twilight.soldec
The solar declination parameter to use.
|
private Value |
SolZ.solra
The solar right ascension parameter to use.
|
private Value |
SolHeight.solra
The solar right ascension parameter to use.
|
private Value |
SolAzimuth.solra
The solar right ascension parameter to use.
|
private Value |
Twilight.solra
The solar right ascension parameter to use.
|
private Value |
AltTarget.tau
The actual hour angle of the target, degrees.
|
private Value |
ParallacticAngle.tau
The azimuth of the target, degrees.
|
private Value |
ImageRevolution.tau
The azimuth of the target, degrees.
|
private Value |
AzTarget.tau
The actual hour angle of the target, degrees.
|
private Value |
EnvironmentFocus.temperature
The relevant focus temperature, degrees.
|
private Value |
Moon.time
The UT time in ms.
|
private Value |
SolLambda.time
The UT time in ms.
|
private Value |
SolDistance.time
The UT time in ms.
|
private Value |
SiderealTime.time
The UT time in ms.
|
private Value |
SiderealGreenwichApparent.time
The UT time in ms.
|
private Value |
EclipticObliquity.time
The UT time in ms.
|
private Value |
SiderealGreenwich.time
The UT time in ms.
|
private Value |
StopWatch.timer
The parameter denoting time.
|
private Value |
ValueSum.val1
The value of the first point.
|
private Value |
ValueFraction.val1
The value of the first point.
|
private Value |
ValueProduct.val1
The value of the first point.
|
private Value |
ValueDifference.val1
The value of the first point.
|
private Value |
ValueSum.val2
The value of the seconf point.
|
private Value |
ValueFraction.val2
The value of the seconf point.
|
private Value |
ValueProduct.val2
The value of the seconf point.
|
private Value |
ValueDifference.val2
The value of the seconf point.
|
| Modifier and Type | Method and Description |
|---|---|
protected Value |
WcsMatrix.getRot() |
| Modifier and Type | Class and Description |
|---|---|
class |
SerialValue
A class providing access to a RS485-enabled switch.
|
| Modifier and Type | Field and Description |
|---|---|
private Value |
ExposureTimeCalculator.airmass
The airmass of the entire field.
|
private Value |
AcquireMaster.az
We cache the azimuth parameter.
|
private Value |
PointingModelPivot.az
Value that delivers astronomical azimuth.
|
private Value |
AbstractHorizontalGeometry.az
We cache the azimuth parameter.
|
private Value |
DerotatorGeometry.derotoff |
private Value |
AcquireMaster.el
We cache the altitude parameter.
|
private Value |
PointingModelPivot.el
Value that delivers target height.
|
private Value |
AbstractHorizontalGeometry.el
We cache the altitude parameter.
|
private Value |
AcquireMaster.eta
We cache the parallactic angle parameter.
|
private Value |
AbstractHorizontalGeometry.eta
We cache the parallactic angle parameter.
|
private Value |
AbstractAutoGuider.highwind
Value that has the wind-speed maximum.
|
private Value |
AbstractAutoGuider.lostcount
Value that count star losses.
|
private Value |
AbstractAutoGuider.seeing
Value that has the average seeing.
|
private Value |
AbstractAutoGuider.spuriouscount
Value that count spurious losses.
|
| Modifier and Type | Field and Description |
|---|---|
private Value |
AbstractStarGuider.alt
We cache the altitude parameter.
|
private Value |
AdapterGuider.alt
We cache the altitude parameter.
|
private Value |
AbstractStarGuider.az
We cache the azimuth parameter.
|
private Value |
PrimeFocusCamera.azimuth
If we want to make our own pointing model.
|
private Value |
ScienceAcquire.azimuth
If we want to make our own pointing model.
|
private Value |
AbstractStarGuider.derotoff
We cache the derotator offset parameter.
|
private Value |
AdapterGuider.derotoff
We cache the derotator offset parameter.
|
private Value |
BeamSplitterGuider.exposuretimeleft
The Value holding the exposure time left.
|
private Value |
SpillageGuider.exposuretimeleft
The Value holding the exposure time left.
|
private Value |
OffAxisTracker.exposuretimeleft
The Value holding the exposure time left.
|
private Value |
AuxiliaryGuidingUnit.exposuretimeleft
The Value holding the exposure time left.
|
private Value |
PyramidUnit.focus
For focusing with the pyramid, we need the actual telescope focus.
|
private Value |
AbstractStarGuider.focus
We cache the focus parameter.
|
private Value |
LinearPrimeFocus.focus
The focus position updated by me.
|
private Value |
LinearPrimeFocus.focusmodel
We have a focus model.
|
private Value |
BeamSplitterGuider.fractionalexpose
The value holding the fractional exposure time.
|
private Value |
SpillageGuider.fractionalexpose
The value holding the fractional exposure time.
|
private Value |
OffAxisTracker.fractionalexpose
The value holding the fractional exposure time.
|
private Value |
AuxiliaryGuidingUnit.fractionalexpose
The value holding the fractional exposure time.
|
private Value |
LinearPrimeFocus.height
The height of the target/telescope.
|
private Value |
BeamSplitterGuider.highwind
The value with wind peaks.
|
private Value |
SpillageGuider.highwind
The value with wind peaks.
|
private Value |
OffAxisTracker.highwind
The value with wind peaks.
|
private Value |
AuxiliaryGuidingUnit.highwind
The value with wind peaks.
|
private Value |
AbstractStarGuider.imrot
We cache the image rotation parameter.
|
private Value |
AdapterGuider.imrot
We cache the image rotation parameter.
|
private Value |
BeamSplitterGuider.lightgain
The value with median of light gain.
|
private Value |
SpillageGuider.lightgain
The value with median of light gain.
|
private Value |
OffAxisTracker.lightgain
The value with median of light gain.
|
private Value |
BeamSplitterGuider.lightloss
The value averaging light-loss
|
private Value |
SpillageGuider.lightloss
The value averaging light-loss
|
private Value |
OffAxisTracker.lightloss
The value averaging light-loss
|
private Value |
BeamSplitterGuider.lostcount
The value counting the severe guiding losts.
|
private Value |
SpillageGuider.lostcount
The value counting the severe guiding losts.
|
private Value |
OffAxisTracker.lostcount
The value counting the severe guiding losts.
|
private Value |
AuxiliaryGuidingUnit.lostcount
The value counting the severe guiding losts.
|
private Value |
BeamSplitterGuider.pinholemiss
The value averaging pinhole-offsets.
|
private Value |
SpillageGuider.pinholemiss
The value averaging pinhole-offsets.
|
private Value |
OffAxisTracker.pinholemiss
The value averaging pinhole-offsets.
|
private Value |
AuxiliaryGuidingUnit.pinholemiss
The value averaging pinhole-offsets.
|
private Value |
LinearPrimeFocus.shift
The external focus offset, e.g.
|
private Value |
BeamSplitterGuider.spuriouscount
The value counting the spurious guiding losts.
|
private Value |
SpillageGuider.spuriouscount
The value counting the spurious guiding losts.
|
private Value |
OffAxisTracker.spuriouscount
The value counting the spurious guiding losts.
|
private Value |
AuxiliaryGuidingUnit.spuriouscount
The value counting the spurious guiding losts.
|
private Value |
BeamSplitterGuider.targetseeing
The value averaging per-target seeing.
|
private Value |
SpillageGuider.targetseeing
The value averaging per-target seeing.
|
private Value |
OffAxisTracker.targetseeing
The value averaging per-target seeing.
|
private Value |
AuxiliaryGuidingUnit.targetseeing
The value averaging per-target seeing.
|
private Value |
LinearPrimeFocus.temp
The temperature value.
|
private Value |
MirrorFocus.tempfocus
For coarse focusing, we need the environemt focus.
|
| Modifier and Type | Method and Description |
|---|---|
protected Value |
AdapterGuider.getAltitude()
Returns the target altitude.
|
protected Value |
AdapterGuider.getDerotator()
Returns an optional derotator offset.
|
protected Value |
AdapterGuider.getRotation()
Returns the current field rotation, i.e.
|
| Modifier and Type | Method and Description |
|---|---|
private boolean |
BeamSplitterGuider.GuiderLoop.check(Value v,
double above)
Check, if the value is non-null, its value is non-null and if this
value is higher than the supplied double.
|
private boolean |
SpillageGuider.GuiderLoop.check(Value v,
double above)
Check, if the value is non-null, its value is non-null and if this
value is higher than the supplied double.
|
private boolean |
OffAxisTracker.GuiderLoop.check(Value v,
double above)
Check, if the value is non-null, its value is non-null and if this
value is higher than the supplied double.
|
private boolean |
AuxiliaryGuidingUnit.check(Value v,
double above)
Check, if the value is non-null, its value is non-null and if this value
is higher than the supplied double.
|
protected void |
BeamSplitterGuider.setExposure(Value timeleft,
Value fractional)
Sets the values related to exposure time.
|
protected void |
SpillageGuider.setExposure(Value timeleft,
Value fractional)
Sets the values related to exposure time.
|
protected void |
OffAxisTracker.setExposure(Value timeleft,
Value fractional)
Sets the values related to exposure time.
|
protected void |
AuxiliaryGuidingUnit.setExposure(Value timeleft,
Value fractional)
Sets the values related to exposure time.
|
protected void |
AbstractStarGuider.setFocus(Value f)
Sets the focus value needed sometimes for proper calculation of the
central point.
|
protected void |
PyramidUnit.setFocusParameter(Value telescopefocus)
Sets the focus value needed for the pyramid focusing sequence.
|
protected void |
BeamSplitterGuider.setGuidingLost(Value losses)
Sets the value counting the spurious guiding losses.
|
protected void |
SpillageGuider.setGuidingLost(Value losses)
Sets the value counting the spurious guiding losses.
|
protected void |
OffAxisTracker.setGuidingLost(Value losses)
Sets the value counting the spurious guiding losses.
|
protected void |
AuxiliaryGuidingUnit.setGuidingLost(Value losses)
Sets the value counting the spurious guiding losses.
|
protected void |
BeamSplitterGuider.setLightGain(Value gain)
Sets the value with the light gain median.
|
protected void |
SpillageGuider.setLightGain(Value gain)
Sets the value with the light gain median.
|
protected void |
OffAxisTracker.setLightGain(Value gain)
Sets the value with the light gain median.
|
protected void |
BeamSplitterGuider.setLightLoss(Value loss)
Sets the value with the light loss averager.
|
protected void |
SpillageGuider.setLightLoss(Value loss)
Sets the value with the light loss averager.
|
protected void |
OffAxisTracker.setLightLoss(Value loss)
Sets the value with the light loss averager.
|
protected void |
AbstractStarGuider.setOrientationValues(Value altitude,
Value imageangle,
Value offset)
This method sets the parameters needed for each unit to correctly
interpret pixel coordinates.
|
protected void |
AdapterGuider.setOrientationValues(Value altitude,
Value imageangle,
Value offset)
This method sets the parameters needed for each unit to correctly
interpret pixel coordinates.
|
protected void |
AbstractStarGuider.setOrientationValues(Value azimuth,
Value altitude,
Value imageangle,
Value offset)
This method sets the parameters needed for each unit to correctly
interpret pixel coordinates.
|
protected void |
BeamSplitterGuider.setPinholeMiss(Value miss)
Sets the value with the target seeing.
|
protected void |
SpillageGuider.setPinholeMiss(Value miss)
Sets the value with the target seeing.
|
protected void |
OffAxisTracker.setPinholeMiss(Value miss)
Sets the value with the target seeing.
|
protected void |
AuxiliaryGuidingUnit.setPinholeMiss(Value miss)
Sets the value with the target seeing.
|
protected void |
BeamSplitterGuider.setSeeing(Value seeing)
Sets the value with the target seeing.
|
protected void |
SpillageGuider.setSeeing(Value seeing)
Sets the value with the target seeing.
|
protected void |
OffAxisTracker.setSeeing(Value seeing)
Sets the value with the target seeing.
|
protected void |
AuxiliaryGuidingUnit.setSeeing(Value seeing)
Sets the value with the target seeing.
|
protected void |
BeamSplitterGuider.setTargetLost(Value losses)
Sets the value counting the spurious guiding losses.
|
protected void |
SpillageGuider.setTargetLost(Value losses)
Sets the value counting the spurious guiding losses.
|
protected void |
OffAxisTracker.setTargetLost(Value losses)
Sets the value counting the spurious guiding losses.
|
protected void |
AuxiliaryGuidingUnit.setTargetLost(Value losses)
Sets the value counting the spurious guiding losses.
|
protected void |
BeamSplitterGuider.setWindPeak(Value windmax)
Sets the value with the high-peaked winds.
|
protected void |
SpillageGuider.setWindPeak(Value windmax)
Sets the value with the high-peaked winds.
|
protected void |
OffAxisTracker.setWindPeak(Value windmax)
Sets the value with the high-peaked winds.
|
protected void |
AuxiliaryGuidingUnit.setWindPeak(Value windmax)
Sets the value with the high-peaked winds.
|
| Modifier and Type | Field and Description |
|---|---|
private Value |
LinearPrimeFocus.focus
The focus position updated by me.
|
private Value |
LinearPrimeFocus.focusmodel
We have a focus model.
|
private Value |
LinearPrimeFocus.height
The height of the target/telescope.
|
private Value |
LinearPrimeFocus.shift
The external focus offset, e.g.
|
private Value |
LinearPrimeFocus.temp
The temperature value.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
ExposureTimeMeasuring
Simple marker interface to allow a value to be identifyable as an adaptable
exposure time.
|
interface |
TargetDependingValue
Combines target depending plus value properties, no new properties, but
redifines
#getFor to deliver a number. |
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractFitsMomentsValue
Provides basic facilities for target depending values that also need
access to fits moments.
|
class |
AbstractTargetValue
An abstract base class for some target depending parameters.
|
class |
AdcFocusShift
Records the position of a
Positioning driver, which is useful
if this driver is a filter wheel. |
class |
AltTelescope
The current position of the telescope, altitude in degrees.
|
class |
AzTelescope
The current position of the telescope, altitude in degrees.
|
class |
DarkCurrent
A general variable representing the dark counts expected for a given
exposure time, deduced from the current CCD temperature.
|
class |
DerotatorOffset
A derotator offset is calculated such that Wifsip always points
approximately to the ground, but at the same time keeping the CCD geometry
fixed.
|
class |
ExposureRepeat
A general variable representing the ra of the actual object.
|
class |
ExposureSpan
A general variable representing the ra of the actual object.
|
class |
ExposureTimeLeft
A general variable representing the the currently remaining exposure time.
|
class |
FilterFocusShift
Records the position of a
Positioning driver, which is useful
if this driver is a filter wheel. |
class |
FilterWheelPosition
Records the position of a
Positioning driver, which is useful
if this driver is a filter wheel. |
class |
FlatExposureTime
We estimate the exposure time for a flat field to yield a good exposure
level.
|
class |
FlatMaximumTime
The maximum exposure time allowed for flats is a filter function, because it
basically defines when too much star light is visible in the flat.
|
class |
FlatQuality
We estimate the quality of the currently accumulated flat fields.
|
class |
FluxAdapter
A parameter that utilizes incoming
AdapterFwhm status messages
to derive the reported star flux (in instrumental magnitudes) out of it. |
class |
FocusMeasure
We measure the focus by maximizing a central moment of the image fits.
|
class |
FocusPosition
A simple parameter that reflects the currently attained focus position of
the telescope.
|
class |
FractionalExposureTime
This parameter gives the fractional remaining exposure time.
|
class |
FwhmAdapter
A parameter that utilizes incoming
AdapterFwhm status messages
to derive the reported star fwhm (in arcseconds) out of it. |
class |
FwhmMeasure
A parameter that utilizes incoming
AdapterFwhm status messages to
derive the reported star fwhm (in arcseconds) out of it. |
class |
Horizon
The horizon is a global constraint that deals with the partial vignetting
of the field of view.
|
class |
LaserAzAltDistance
A parameter that calculates the distance of a target to some given
point in the sky given by azimuth (astronomical, i.e.
|
class |
LaserAzAltHtmlFtp |
class |
LaserAzAltHtmlList |
class |
LaserAzAltList
A parameter dealing with varying laser pointings, each defined by an
az, alt, start and duration.
|
class |
LaserDistance |
class |
LaserHtmlFtp |
class |
LaserHtmlList |
class |
LaserList
A parameter dealing with varying laser pointings, each defined by an
az, alt, start and duration.
|
class |
MirrorTemperature
A simple parameter that reflects the currently attained focus position of
the telescope.
|
class |
ObservableList
A parameter that is capable of cumulating a list of observable targets along
with their highest-ever merit.
|
class |
PilarValue
Telescope parameters whose string representation can be parsed into a number
|
class |
ProposalTime
Counts the time spent on certain proposals.
|
class |
RankProvider
A frame provider is a parameter that defines a certain rectangluar areas,
normally depending on target picked and/or error received.
|
class |
RefractionModel
A paramter that combines necessary environment data to allow the
determination of the refraction.
|
class |
RemoteSensorAverage
Returns the average of a sensor.
|
class |
RemoteSensorMaximum
Returns the average of a sensor.
|
class |
RemoteSensorShelf
This value registers to a sensor that is a
RmiDataCaster. |
class |
RemoteSensorStatistic
This value registers to a sensor that is a
RmiDataCaster. |
class |
RemoteSensorStub
This class is a parameter stub, intended to bind to a remotely running
sensor.
|
class |
RemoteShelfAverage
Returns the average of a sensor.
|
class |
RemoteShelfMaximum
Returns the average of a sensor.
|
class |
RunningCount
This parameter provides a running number which can be preserved and
restored.Running number counts occurrence of certain errors, defined in
concrete subclasses.
|
class |
RunningExposureNumber |
class |
SensorShelf
Links averaging to a data sensor.
|
class |
SensorStatistic
A sensor statistic acts as a data listener, where every data event received
is added to the statistic.
|
class |
SensorValue
A parameter that represents a sensor that is running locally on the same
host.
|
class |
ShutterTimes
Wraps on a shutter and provides timing information.
|
class |
SnapshotValue
An extension to a snapshot parameter, where the registered parameter
must be a value.
|
class |
StatisticValue
A value that is reset at receiving a certain error-event, cumulates
numbers with its set method and returns statistical values on get
queris.
|
static class |
StatisticValue.Average
Useable class returning the average.
|
static class |
StatisticValue.Maximum
Useable class returning the average.
|
static class |
StatisticValue.Median
Useable class returning the median.
|
static class |
StatisticValue.Minimum
Useable class returning the average.
|
class |
TargetMerit
A value symbolizing the current merit of the target.
|
class |
TrackTime
A general variable representing the tracking time remaining for the actual
object.
|
class |
UserShare
A parameter that represents the current time share of a user group.
|
| Modifier and Type | Field and Description |
|---|---|
private Value |
InferPark.alt
The registered alt parameter.
|
private Value |
PointingModelOffset.azimuth
The astronomical azimuth in degrees.
|
private Value |
DarkCurrent.ccdtemp
The current temperature of the CCD.
|
private Value |
DitherParameter.count
The parameter that counts the actual exposure number.
|
private Value |
FocusMeasure.focus
The parameter that delivers current sky brightness.
|
private Value |
FocusQuality.focus
The focus position.
|
private Value |
DerotatorCenter.fov
The FoV parameter.
|
private Value |
PointingModelOffset.height
The target height in degrees.
|
private Value |
FocusQuality.height
The height value.
|
private Value |
FlatExposureTime.lux
The parameter that delivers current sky brightness.
|
private Value |
LaserAzAltDistance.phi
The latitude.
|
private Value |
OptimalAdc.phi
The target depending parameter that is the height of the target.
|
private Value |
RefractionModel.press
The pressure value.
|
private Value |
RefractionModel.temp
The value of the temperature.
|
private Value |
UserShare.timetotal
The value counting total observation time of the telescope.
|
| Modifier and Type | Field and Description |
|---|---|
private SortedSet<Value> |
FocusQuality.temp
The temperature parameters.
|
private Map<String,Value> |
WeatherTrigger.weather
The mapping of value names to the Value objects.
|
| Modifier and Type | Method and Description |
|---|---|
private VectorG |
FocusMeasure.extractMoments(Value f,
int order)
We calculate an exposure time from the light sensor.
|
| Modifier and Type | Field and Description |
|---|---|
private Value |
DomeReceiver.altitude
The value that has the height of the sky position tracked.
|
private Value |
DomeReceiver.azimuth
The value that has the azimuth of the sky position tracked.
|
| Modifier and Type | Class and Description |
|---|---|
class |
DataValue
The
Parameter representation of a sensor reading. |
class |
WeatherRemainsBad
The weather trigger exports the weather from a local
WeatherSurveying
instance to remote listeners. |
| Modifier and Type | Field and Description |
|---|---|
private Value |
FakeSolZSensor.mytime
The time instance to use.
|
private Value |
SolHeightSensor.phi
The longitude of Teide, degrees.
|
private Value |
SolHeightSensor.soldec
The solar declination parameter to use.
|
private Value |
SolHeightSensor.solra
The solar right ascension parameter to use.
|
private Value |
SolHeightSensor.solz
The solar height parameter.
|
private Value |
SolHeightSensor.theta
The actual sidereal time.
|
private Value |
ParameterSensor.value
The Value we wrap.
|
| Modifier and Type | Field and Description |
|---|---|
private Value |
GregorDriver.alttarget
Value stating elevation of target.
|
private Value |
GregorDriver.aztarget
Value stating azimuth of target.
|
private Value |
VattDriver.parangle
Value stating parallactic angle of target.
|
private Value |
AbstractPilarDriver.pressure
The ambient pressure.
|
private Value |
AbstractPilarDriver.temperature
The ambient temperature.
|
| Modifier and Type | Class and Description |
|---|---|
class |
SimulatorTime
A general variable representing time.
|
class |
TimeSimulate |
| Modifier and Type | Field and Description |
|---|---|
private Value |
MomentsFocusser.alt
The value that delivers the altitude relevant for focus model.
|
private Value |
MomentsFocusser.shiftfocus
The value that delivers a focus shift due to a filter selected.
|
private Value |
MomentsFocusser.temp
The value that delivers the temperature relevant for focus model.
|
private Value |
DummySequencer.time
The time value.
|
private Value |
SimulatorWeather.time
The time parameter, only used for logging.
|