Ekos

Ekos Namespace Reference

Classes

class  Align
 
class  Analyze
 
class  ASTAPAstrometryParser
 
class  AstrometryParser
 
class  CameraProcess
 
class  Capture
 
class  DarkLibrary
 
class  DarkProcessor
 
class  Focus
 
class  FocusAlgorithmInterface
 
class  Guide
 
class  GuideInterface
 
class  LinGuider
 
class  ManualPulse
 
class  MosaicTilesModel
 
class  Mount
 
class  OpsCalibration
 
class  OpsDither
 
class  OpsGPG
 
class  OpsGuide
 
class  OpsLogs
 
class  OpticalTrainSettings
 
class  PHD2
 
class  PolarAlignmentAssistant
 
class  ProfileSettings
 
class  RemoteAstrometryParser
 
class  Scheduler
 
class  SchedulerProcess
 

Typedefs

typedef QMap< QString, uint16_t > CapturedFramesMap
 
using PAA = PolarAlignmentAssistant
 

Enumerations

enum  AlignState {
  ALIGN_IDLE , ALIGN_COMPLETE , ALIGN_FAILED , ALIGN_ABORTED ,
  ALIGN_PROGRESS , ALIGN_SUCCESSFUL , ALIGN_SYNCING , ALIGN_SLEWING ,
  ALIGN_ROTATING , ALIGN_SUSPENDED
}
 
enum  AutofocusFailReason {
  FOCUS_FAIL_NONE , FOCUS_FAIL_NO_STARS , FOCUS_FAIL_MAX_ITERS , FOCUS_FAIL_FOCUSER_NO_MOVE ,
  FOCUS_FAIL_R2 , FOCUS_FAIL_SMALL_HFR , FOCUS_FAIL_FOCUSER_OOB , FOCUS_FAIL_FLUCTUATIONS ,
  FOCUS_FAIL_DEADLOCK , FOCUS_FAIL_TOLERANCE , FOCUS_FAIL_FOCUSER_ERROR , FOCUS_FAIL_FORCE_ABORT ,
  FOCUS_FAIL_FILTER_MANAGER , FOCUS_FAIL_CAPTURE_TIMEOUT , FOCUS_FAIL_CAPTURE_FAILED , FOCUS_FAIL_NO_CAMERA ,
  FOCUS_FAIL_NO_FOCUSER , FOCUS_FAIL_LOW_PULSE , FOCUS_FAIL_INTERNAL , FOCUS_FAIL_ABORT ,
  FOCUS_FAIL_CURVEFIT , FOCUS_FAIL_ADVISOR_COMPLETE , FOCUS_FAIL_ADVISOR_RERUN , FOCUS_FAIL_MAX_REASONS
}
 
enum  AutofocusReason {
  FOCUS_NONE , FOCUS_MANUAL , FOCUS_FILTER , FOCUS_TIME ,
  FOCUS_TEMPERATURE , FOCUS_HFR_CHECK , FOCUS_MERIDIAN_FLIP , FOCUS_FILTER_OFFSETS ,
  FOCUS_ABERRATION_INSPECTOR , FOCUS_SCHEDULER , FOCUS_USER_REQUEST , FOCUS_FOCUS_ADVISOR ,
  FOCUS_MAX_REASONS
}
 
enum  CaptureAfterPulses { StartCaptureAfterPulses , DontCaptureAfterPulses }
 
enum  CaptureState {
  CAPTURE_IDLE , CAPTURE_PROGRESS , CAPTURE_CAPTURING , CAPTURE_PAUSE_PLANNED ,
  CAPTURE_PAUSED , CAPTURE_SUSPENDED , CAPTURE_ABORTED , CAPTURE_WAITING ,
  CAPTURE_IMAGE_RECEIVED , CAPTURE_DITHERING , CAPTURE_FOCUSING , CAPTURE_FILTER_FOCUS ,
  CAPTURE_CHANGING_FILTER , CAPTURE_GUIDER_DRIFT , CAPTURE_SETTING_TEMPERATURE , CAPTURE_SETTING_ROTATOR ,
  CAPTURE_ALIGNING , CAPTURE_CALIBRATING , CAPTURE_MERIDIAN_FLIP , CAPTURE_COMPLETE
}
 
enum  CommunicationStatus { Idle , Pending , Success , Error }
 
enum  CompletionCondition { FINISH_SEQUENCE , FINISH_REPEAT , FINISH_LOOP , FINISH_AT }
 
enum  EkosState { EKOS_IDLE , EKOS_STARTING , EKOS_STOPPING , EKOS_READY }
 
enum  ErrorHandlingStrategy { ERROR_DONT_RESTART , ERROR_RESTART_AFTER_TERMINATION , ERROR_RESTART_IMMEDIATELY }
 
enum  FilterState { FILTER_IDLE , FILTER_CHANGE , FILTER_OFFSET , FILTER_AUTOFOCUS }
 
enum  FocusState {
  FOCUS_IDLE , FOCUS_COMPLETE , FOCUS_FAILED , FOCUS_ABORTED ,
  FOCUS_WAITING , FOCUS_PROGRESS , FOCUS_FRAMING , FOCUS_CHANGING_FILTER
}
 
enum  GuideState {
  GUIDE_IDLE , GUIDE_ABORTED , GUIDE_CONNECTED , GUIDE_DISCONNECTED ,
  GUIDE_CAPTURE , GUIDE_LOOPING , GUIDE_DARK , GUIDE_SUBFRAME ,
  GUIDE_STAR_SELECT , GUIDE_CALIBRATING , GUIDE_CALIBRATION_ERROR , GUIDE_CALIBRATION_SUCCESS ,
  GUIDE_GUIDING , GUIDE_SUSPENDED , GUIDE_REACQUIRE , GUIDE_DITHERING ,
  GUIDE_MANUAL_DITHERING , GUIDE_DITHERING_ERROR , GUIDE_DITHERING_SUCCESS , GUIDE_DITHERING_SETTLE
}
 
enum  HFR_CHECK_ALGORITHM { HFR_CHECK_LAST_AUTOFOCUS , HFR_CHECK_FIXED , HFR_CHECK_MEDIAN_MEASURE , HFR_CHECK_MAX_ALGO }
 
enum  INDIState {
  INDI_IDLE , INDI_CONNECTING , INDI_DISCONNECTING , INDI_PROPERTY_CHECK ,
  INDI_READY
}
 
enum  JOBStatus {
  JOB_IDLE , JOB_BUSY , JOB_ERROR , JOB_ABORTED ,
  JOB_DONE
}
 
enum  ParkWaitState {
  PARKWAIT_IDLE , PARKWAIT_PARK , PARKWAIT_PARKING , PARKWAIT_PARKED ,
  PARKWAIT_UNPARK , PARKWAIT_UNPARKING , PARKWAIT_UNPARKED , PARKWAIT_ERROR
}
 
enum  ProfileGroup { AlignProfiles , FocusProfiles , GuideProfiles , HFRProfiles }
 
enum  SchedulerAlgorithm { ALGORITHM_GREEDY = 1 }
 
enum  SchedulerJobStage {
  SCHEDSTAGE_IDLE , SCHEDSTAGE_SLEWING , SCHEDSTAGE_SLEW_COMPLETE , SCHEDSTAGE_FOCUSING ,
  SCHEDSTAGE_FOCUS_COMPLETE , SCHEDSTAGE_ALIGNING , SCHEDSTAGE_ALIGN_COMPLETE , SCHEDSTAGE_RESLEWING ,
  SCHEDSTAGE_RESLEWING_COMPLETE , SCHEDSTAGE_POSTALIGN_FOCUSING , SCHEDSTAGE_POSTALIGN_FOCUSING_COMPLETE , SCHEDSTAGE_GUIDING ,
  SCHEDSTAGE_GUIDING_COMPLETE , SCHEDSTAGE_CAPTURING , SCHEDSTAGE_COMPLETE
}
 
enum  SchedulerJobStatus {
  SCHEDJOB_IDLE , SCHEDJOB_EVALUATION , SCHEDJOB_SCHEDULED , SCHEDJOB_BUSY ,
  SCHEDJOB_ERROR , SCHEDJOB_ABORTED , SCHEDJOB_INVALID , SCHEDJOB_COMPLETE
}
 
enum  SchedulerState {
  SCHEDULER_IDLE , SCHEDULER_STARTUP , SCHEDULER_RUNNING , SCHEDULER_PAUSED ,
  SCHEDULER_SHUTDOWN , SCHEDULER_ABORTED , SCHEDULER_LOADING
}
 
enum  SchedulerTimerState {
  RUN_WAKEUP = 0 , RUN_SCHEDULER , RUN_JOBCHECK , RUN_SHUTDOWN ,
  RUN_NOTHING
}
 
enum  ScriptTypes {
  SCRIPT_PRE_JOB , SCRIPT_PRE_CAPTURE , SCRIPT_POST_CAPTURE , SCRIPT_POST_JOB ,
  SCRIPT_N
}
 
enum  ShutdownState {
  SHUTDOWN_IDLE , SHUTDOWN_PARK_CAP , SHUTDOWN_PARKING_CAP , SHUTDOWN_PARK_MOUNT ,
  SHUTDOWN_PARKING_MOUNT , SHUTDOWN_PARK_DOME , SHUTDOWN_PARKING_DOME , SHUTDOWN_SCRIPT ,
  SHUTDOWN_SCRIPT_RUNNING , SHUTDOWN_ERROR , SHUTDOWN_COMPLETE
}
 
enum  StartupCondition { START_ASAP = 0 , START_AT = 2 }
 
enum  StartupState {
  STARTUP_IDLE , STARTUP_SCRIPT , STARTUP_UNPARK_DOME , STARTUP_UNPARKING_DOME ,
  STARTUP_UNPARK_MOUNT , STARTUP_UNPARKING_MOUNT , STARTUP_UNPARK_CAP , STARTUP_UNPARKING_CAP ,
  STARTUP_ERROR , STARTUP_COMPLETE
}
 
enum  tileID {
  TILE_TL = 0 , TILE_TM , TILE_TR , TILE_CL ,
  TILE_CM , TILE_CR , TILE_BL , TILE_BM ,
  TILE_BR , NUM_TILES
}
 

Functions

QString completionConditionString (CompletionCondition condition)
 
QString ekosStateString (EkosState state)
 
const QString getAlignStatusString (AlignState state, bool translated)
 
const QString getCaptureStatusString (CaptureState state, bool translated)
 
QList< SSolver::Parameters > getDefaultAlignOptionsProfiles ()
 
QList< Parameters > getDefaultFocusOptionsProfiles ()
 
QList< SSolver::Parameters > getDefaultGuideOptionsProfiles ()
 
QList< Parameters > getDefaultHFROptionsProfiles ()
 
const QString getFilterStatusString (FilterState state, bool translated)
 
SSolver::Parameters getFocusOptionsProfileDefault ()
 
SSolver::Parameters getFocusOptionsProfileDefaultDonut ()
 
const QString getFocusStatusString (FocusState state, bool translated)
 
const QString getGuideStatusString (GuideState state, bool translated)
 
const QString getSchedulerStatusString (SchedulerState state, bool translated)
 
std::vector< double > gsl_polynomial_fit (const double *const data_x, const double *const data_y, const int n, const int order, double &chisq)
 
QString indiStateString (INDIState state)
 
bool isEqual (double a, double b)
 
FocusAlgorithmInterfaceMakeLinearFocuser (const FocusAlgorithmInterface::FocusParams &params)
 
QString parkWaitStateString (ParkWaitState state)
 
QString shutdownStateString (ShutdownState state)
 
QString stageString (Ekos::CalibrationProcess::CalibrationStage stage)
 
QString startupConditionString (StartupCondition condition)
 
QString startupStateString (StartupState state)
 
QString timerStr (SchedulerTimerState state)
 

Variables

constexpr bool ABINS_DEBUG { false }
 
static const QList< KLocalizedStringalignStates
 
static const QString AutofocusFailReasonStr [FOCUS_FAIL_MAX_REASONS]
 
static const QString AutofocusReasonStr [FOCUS_MAX_REASONS]
 
static const QList< KLocalizedStringcaptureStates
 
static const QList< KLocalizedStringfilterStates
 
const int FIND_STARS_MIN_STARS = 2
 
const QString FOCUS_DEFAULT_DONUT_NAME = "1-Focus-Default-Donut"
 
const QString FOCUS_DEFAULT_NAME = "1-Focus-Default"
 
const char * FOCUSER_SIMULATOR = "Focuser Simulator"
 
static const QList< KLocalizedStringfocusStates
 
static const QList< KLocalizedStringguideStates
 
constexpr double HFR_CHECK_DEFAULT_THRESHOLD = 10.0
 
const double INITIAL_MAXMIN_HFR_RATIO = 2.0
 
static double constexpr INVALID_STAR_MEASURE = -1.0
 
const int INVALID_VALUE = -1e6
 
const int MAXIMUM_FOCUS_ADVISOR_ITERATIONS = 1001
 
const int NUM_JUMPS_PER_SECTOR = 10
 
const int NUM_STEPS_PRE_AF = 11
 
static const QList< const char * > ProfileGroupNames
 
static const QList< KLocalizedStringschedulerStates
 
const double TARGET_MAXMIN_HFR_RATIO = 3.0
 
static const QString TILE_COLOUR [NUM_TILES] = {"red", "cyan", "green", "magenta", "blue", "grey", "darkGreen", "darkCyan", "darkRed"}
 
static const QString TILE_LONGNAME [NUM_TILES] = {"Top Left", "Top", "Top Right", "Left", "Centre", "Right", "Bottom Left", "Bottom", "Bottom Right"}
 
static const QString TILE_NAME [NUM_TILES] = {"TL", "T", "TR", "L", "C", "R", "BL", "B", "BR"}
 

Detailed Description

Ekos is an advanced Astrophotography tool for Linux.

A meridian flip is executed by issueing a scope motion to the target.

It is based on a modular extensible framework to perform common astrophotography tasks. This includes highly accurate GOTOs using astrometry solver, ability to measure and correct polar alignment errors , auto-focus & auto-guide capabilities, and capture of single or stack of images with filter wheel support.
Features:

  • Control your telescope, CCD (& DSLRs), filter wheel, focuser, guider, adaptive optics unit, and any INDI-compatible auxiliary device from Ekos.
  • Extremely accurate GOTOs using astrometry.net solver (both Online and Offline solvers supported).
  • Load & Slew: Load a FITS image, slew to solved coordinates, and center the mount on the exact image coordinates in order to get the same desired frame.
  • Measure & Correct Polar Alignment errors using astrometry.net solver.
  • Auto and manual focus modes using Half-Flux-Radius (HFR) method.
  • Automated unattended meridian flip. Ekos performs post meridian flip alignment, calibration, and guiding to resume the capture session.
  • Automatic focus between exposures when a user-configurable HFR limit is exceeded.
  • Automatic focus between exposures when the temperature has changed a lot since last focus.
  • Auto guiding with support for automatic dithering between exposures and support for Adaptive Optics devices in addition to traditional guiders.
  • Powerful sequence queue for batch capture of images with optional prefixes, timestamps, filter wheel selection, and much more!
  • Export and import sequence queue sets as Ekos Sequence Queue (.esq) files.
  • Center the telescope anywhere in a captured FITS image or any FITS with World Coordinate System (WCS) header.
  • Automatic flat field capture, just set the desired ADU and let Ekos does the rest!
  • Automatic abort and resumption of exposure tasks if guiding errors exceed a user-configurable value.
  • Support for dome slaving.
  • Complete integration with KStars Observation Planner and SkyMap
  • Integrate with all INDI native devices.
  • Powerful scripting capabilities via DBus.

The primary class is Ekos::Manager. It handles startup and shutdown of local and remote INDI devices, manages and orchesterates the various Ekos modules, and provides advanced DBus interface to enable unattended scripting.

Author
Jasem Mutlaq
Version
1.9

Essentially, the meridian flip relies upon that the mount hardware selects the pier side of the scope on the appropriate side depending whether the scope points east or west of the meridian.

While tracking a certain object a pier side change is necessary as soon as the position crosses the meridian. As soon as this is detected, the meridian flip works as follows:

  • A meridian flip request is sent to Capture so that a currently running capture can be completed before the flip starts.
  • Capture completes the currently running capture, stops capturing and sends a confirmation so that the flip may start.
  • Now a slew command is issued to the current target (i.e. the last position where a slew has been executed). This will force the mount hardware to reconsider the pier side and slews to the same position but changing the pier side.
  • As soon as the slew has been completed alignment is executed, guiding restarted and Capture informed that capturing may continue.

Typedef Documentation

◆ CapturedFramesMap

typedef QMap<QString, uint16_t> Ekos::CapturedFramesMap

mapping signature --> frames count

Definition at line 131 of file schedulertypes.h.

◆ PAA

Definition at line 81 of file align.cpp.

Enumeration Type Documentation

◆ AlignState

Enumerator
ALIGN_IDLE 

No ongoing operations.

ALIGN_COMPLETE 

Alignment successfully completed.

No operations pending.

ALIGN_FAILED 

Alignment failed.

No operations pending.

ALIGN_ABORTED 

Alignment aborted by user or agent.

ALIGN_PROGRESS 

Alignment operation in progress.

This include capture and sovling.

ALIGN_SUCCESSFUL 

Alignment Astrometry solver successfully solved the image.

ALIGN_SYNCING 

Syncing mount to solution coordinates.

ALIGN_SLEWING 

Slewing mount to target coordinates.


ALIGN_ROTATING 

Rotating (Automatic or Manual) to target position angle.

ALIGN_SUSPENDED 

Alignment operations suspended.

Definition at line 144 of file ekos.h.

◆ AutofocusFailReason

enum Ekos::AutofocusFailReason

Definition at line 51 of file focusutils.h.

◆ AutofocusReason

enum Ekos::AutofocusReason

Definition at line 18 of file focusutils.h.

◆ CaptureAfterPulses

enum Ekos::CaptureAfterPulses

Definition at line 110 of file guideinterface.h.

◆ CaptureState

Capture states.

They can be divided into several stages:

Enumerator
CAPTURE_IDLE 

no capture job active

CAPTURE_PROGRESS 

capture job sequence in preparation (temperature, filter, rotator)

CAPTURE_CAPTURING 

CCD capture running

CAPTURE_PAUSE_PLANNED 

user has requested to pause the capture sequence

CAPTURE_PAUSED 

paused capture sequence due to a user request

CAPTURE_SUSPENDED 

capture stopped since some limits are not met, but may be continued if all limits are met again

CAPTURE_ABORTED 

capture stopped by the user or aborted due to guiding problems etc.

CAPTURE_WAITING 

waiting for settling of the mount before start of capturing

CAPTURE_IMAGE_RECEIVED 

image received from the CDD device

CAPTURE_DITHERING 

dithering before starting to capture

CAPTURE_FOCUSING 

focusing before starting to capture

CAPTURE_FILTER_FOCUS 

not used

CAPTURE_CHANGING_FILTER 

preparation event changing the filter

CAPTURE_GUIDER_DRIFT 

preparation event waiting for the guider to settle

CAPTURE_SETTING_TEMPERATURE 

preparation event setting the camera temperature

CAPTURE_SETTING_ROTATOR 

preparation event setting the camera rotator

CAPTURE_ALIGNING 

aligning before starting to capture

CAPTURE_CALIBRATING 

startup of guiding running before starting to capture

CAPTURE_MERIDIAN_FLIP 

only used as signal that a meridian flip is ongoing

CAPTURE_COMPLETE 

capture job sequence completed successfully

Definition at line 91 of file ekos.h.

◆ CommunicationStatus

enum Ekos::CommunicationStatus

Definition at line 202 of file ekos.h.

◆ CompletionCondition

Conditions under which a SchedulerJob may complete.

Definition at line 79 of file schedulertypes.h.

◆ EkosState

enum Ekos::EkosState

Definition at line 52 of file schedulertypes.h.

◆ ErrorHandlingStrategy

options what should happen if an error or abort occurs

Definition at line 57 of file schedulertypes.h.

◆ FilterState

enum Ekos::FilterState

Definition at line 164 of file ekos.h.

◆ FocusState

enum Ekos::FocusState

Definition at line 123 of file ekos.h.

◆ GuideState

enum Ekos::GuideState

Definition at line 42 of file ekos.h.

◆ HFR_CHECK_ALGORITHM

enum Ekos::HFR_CHECK_ALGORITHM

Definition at line 38 of file camerastate.h.

◆ INDIState

enum Ekos::INDIState

Definition at line 54 of file schedulertypes.h.

◆ JOBStatus

enum Ekos::JOBStatus

Definition at line 22 of file sequencejobstate.h.

◆ ParkWaitState

enum Ekos::ParkWaitState

Definition at line 40 of file schedulertypes.h.

◆ ProfileGroup

enum Ekos::ProfileGroup

Definition at line 17 of file stellarsolverprofile.h.

◆ SchedulerAlgorithm

Algorithms, in the same order as UI.

Definition at line 65 of file schedulertypes.h.

◆ SchedulerJobStage

Running stages of a SchedulerJob.

Definition at line 111 of file schedulertypes.h.

◆ SchedulerJobStatus

States of a SchedulerJob.

Enumerator
SCHEDJOB_IDLE 

Job was just created, and is not evaluated yet.

SCHEDJOB_EVALUATION 

Job is being evaluated.

SCHEDJOB_SCHEDULED 

Job was evaluated, and has a schedule.

SCHEDJOB_BUSY 

Job is being processed.

SCHEDJOB_ERROR 

Job encountered a fatal issue while processing, and must be reset manually.

SCHEDJOB_ABORTED 

Job encountered a transitory issue while processing, and will be rescheduled.

SCHEDJOB_INVALID 

Job has an incorrect configuration, and cannot proceed.

SCHEDJOB_COMPLETE 

Job finished all required captures.

Definition at line 98 of file schedulertypes.h.

◆ SchedulerState

enum Ekos::SchedulerState

Definition at line 185 of file ekos.h.

◆ SchedulerTimerState

IterationTypes, the different types of scheduler iterations that are run.

Definition at line 88 of file schedulertypes.h.

◆ ScriptTypes

Enumerator
SCRIPT_PRE_JOB 

Script to run before a sequence job is started.

SCRIPT_PRE_CAPTURE 

Script to run before a sequence capture is started.

SCRIPT_POST_CAPTURE 

Script to run after a sequence capture is completed.

SCRIPT_POST_JOB 

Script to run after a sequence job is completed.

Definition at line 172 of file ekos.h.

◆ ShutdownState

enum Ekos::ShutdownState

Definition at line 26 of file schedulertypes.h.

◆ StartupCondition

Conditions under which a SchedulerJob may start.

Definition at line 72 of file schedulertypes.h.

◆ StartupState

enum Ekos::StartupState

Definition at line 13 of file schedulertypes.h.

◆ tileID

enum Ekos::tileID

Definition at line 17 of file aberrationinspectorutils.h.

Function Documentation

◆ completionConditionString()

QString Ekos::completionConditionString ( CompletionCondition condition)

Definition at line 159 of file schedulertypes.cpp.

◆ ekosStateString()

QString Ekos::ekosStateString ( EkosState state)

Definition at line 13 of file schedulertypes.cpp.

◆ getAlignStatusString()

const QString Ekos::getAlignStatusString ( AlignState state,
bool translated )

Definition at line 30 of file ekos.cpp.

◆ getCaptureStatusString()

const QString Ekos::getCaptureStatusString ( CaptureState state,
bool translated )

Definition at line 22 of file ekos.cpp.

◆ getDefaultAlignOptionsProfiles()

QList< SSolver::Parameters > Ekos::getDefaultAlignOptionsProfiles ( )

Definition at line 185 of file stellarsolverprofile.cpp.

◆ getDefaultFocusOptionsProfiles()

QList< SSolver::Parameters > Ekos::getDefaultFocusOptionsProfiles ( )

Definition at line 16 of file stellarsolverprofile.cpp.

◆ getDefaultGuideOptionsProfiles()

QList< SSolver::Parameters > Ekos::getDefaultGuideOptionsProfiles ( )

Definition at line 117 of file stellarsolverprofile.cpp.

◆ getDefaultHFROptionsProfiles()

QList< SSolver::Parameters > Ekos::getDefaultHFROptionsProfiles ( )

Definition at line 236 of file stellarsolverprofile.cpp.

◆ getFilterStatusString()

const QString Ekos::getFilterStatusString ( FilterState state,
bool translated )

Definition at line 34 of file ekos.cpp.

◆ getFocusOptionsProfileDefault()

SSolver::Parameters Ekos::getFocusOptionsProfileDefault ( )

Definition at line 78 of file stellarsolverprofile.cpp.

◆ getFocusOptionsProfileDefaultDonut()

SSolver::Parameters Ekos::getFocusOptionsProfileDefaultDonut ( )

Definition at line 98 of file stellarsolverprofile.cpp.

◆ getFocusStatusString()

const QString Ekos::getFocusStatusString ( FocusState state,
bool translated )

Definition at line 26 of file ekos.cpp.

◆ getGuideStatusString()

const QString Ekos::getGuideStatusString ( GuideState state,
bool translated )

Definition at line 18 of file ekos.cpp.

◆ getSchedulerStatusString()

const QString Ekos::getSchedulerStatusString ( SchedulerState state,
bool translated )

Definition at line 38 of file ekos.cpp.

◆ gsl_polynomial_fit()

std::vector< double > Ekos::gsl_polynomial_fit ( const double *const data_x,
const double *const data_y,
const int n,
const int order,
double & chisq )

Definition at line 44 of file ekos.cpp.

◆ indiStateString()

QString Ekos::indiStateString ( INDIState state)

Definition at line 29 of file schedulertypes.cpp.

◆ isEqual()

bool Ekos::isEqual ( double a,
double b )

Definition at line 83 of file align.cpp.

◆ MakeLinearFocuser()

FocusAlgorithmInterface * Ekos::MakeLinearFocuser ( const FocusAlgorithmInterface::FocusParams & params)

Definition at line 226 of file focusalgorithms.cpp.

◆ parkWaitStateString()

QString Ekos::parkWaitStateString ( ParkWaitState state)

Definition at line 105 of file schedulertypes.cpp.

◆ shutdownStateString()

QString Ekos::shutdownStateString ( ShutdownState state)

Definition at line 75 of file schedulertypes.cpp.

◆ stageString()

QString Ekos::stageString ( Ekos::CalibrationProcess::CalibrationStage stage)

Definition at line 13 of file calibrationprocess.cpp.

◆ startupConditionString()

QString Ekos::startupConditionString ( StartupCondition condition)

Definition at line 147 of file schedulertypes.cpp.

◆ startupStateString()

QString Ekos::startupStateString ( StartupState state)

Definition at line 47 of file schedulertypes.cpp.

◆ timerStr()

QString Ekos::timerStr ( SchedulerTimerState state)

Definition at line 129 of file schedulertypes.cpp.

Variable Documentation

◆ ABINS_DEBUG

bool Ekos::ABINS_DEBUG { false }
constexpr

Definition at line 40 of file aberrationinspectorutils.h.

◆ alignStates

const QList<KLocalizedString> Ekos::alignStates
static
Initial value:
= { ki18n("Idle"), ki18n("Complete"), ki18n("Failed"),
ki18n("Aborted"), ki18n("In Progress"), ki18n("Successful"),
ki18n("Syncing"), ki18n("Slewing"), ki18n("Rotating"),
ki18n("Suspended")
}
KLocalizedString KI18N_EXPORT ki18n(const char *text)

Definition at line 138 of file ekos.h.

◆ AutofocusFailReasonStr

const QString Ekos::AutofocusFailReasonStr[FOCUS_FAIL_MAX_REASONS]
static
Initial value:
=
{
"N/A",
"No Stars",
"Hit Max Iterations",
"Unable to Move Focuser",
"R2 Check",
"Delta HFR too small",
"Focuser Move Out-Of-Bounds",
"Hit Max Fluctuations",
"Deadlock",
"Invalid Tolerance",
"Focuser Error",
"Focus Forced Abort",
"Filter Mnaager Failed",
"Capture Timeed Out",
"Capture Failed",
"No Camera",
"No Focuser Device",
"Pulse Value Too Low",
"Internal Error",
"Abort Requested",
"Unable to Fit Curve",
"Focus Advisor Complete",
"Focus Advisor Rerun"
}

Definition at line 78 of file focusutils.h.

◆ AutofocusReasonStr

const QString Ekos::AutofocusReasonStr[FOCUS_MAX_REASONS]
static
Initial value:
=
{
"N/A",
"User Initiated",
"Filter Change",
"Time",
"Temperature",
"HFR Check",
"Meridian Flip",
"Build Filter Offsets",
"Aberration Inspector",
"Scheduler Initiated",
"User Request (In-Seq)",
"Focus Advisor"
}

Definition at line 34 of file focusutils.h.

◆ captureStates

const QList<KLocalizedString> Ekos::captureStates
static
Initial value:
=
{
ki18n("Idle"), ki18n("In Progress"), ki18n("Capturing"), ki18n("Pause Planned"), ki18n("Paused"),
ki18n("Suspended"), ki18n("Aborted"), ki18n("Waiting"), ki18n("Image Received"),
ki18n("Dithering"), ki18n("Focusing"), ki18n("Filter Focus"), ki18n("Changing Filter"), ki18n("Guider Settling"),
ki18n("Setting Temperature"), ki18n("Setting Rotator"), ki18n("Aligning"), ki18n("Calibrating"),
ki18n("Meridian Flip"), ki18n("Complete")
}

Definition at line 69 of file ekos.h.

◆ filterStates

const QList<KLocalizedString> Ekos::filterStates
static
Initial value:
= { ki18n("Idle"), ki18n("Changing Filter"), ki18n("Focus Offset"),
ki18n("Auto Focus")
}

Definition at line 161 of file ekos.h.

◆ FIND_STARS_MIN_STARS

const int Ekos::FIND_STARS_MIN_STARS = 2

Definition at line 21 of file focusadvisor.cpp.

◆ FOCUS_DEFAULT_DONUT_NAME

const QString Ekos::FOCUS_DEFAULT_DONUT_NAME = "1-Focus-Default-Donut"

Definition at line 16 of file stellarsolverprofile.h.

◆ FOCUS_DEFAULT_NAME

const QString Ekos::FOCUS_DEFAULT_NAME = "1-Focus-Default"

Definition at line 15 of file stellarsolverprofile.h.

◆ FOCUSER_SIMULATOR

const char* Ekos::FOCUSER_SIMULATOR = "Focuser Simulator"

Definition at line 18 of file focusadvisor.cpp.

◆ focusStates

const QList<KLocalizedString> Ekos::focusStates
static
Initial value:
= { ki18n("Idle"), ki18n("Complete"), ki18n("Failed"),
ki18n("Aborted"), ki18n("User Input"), ki18n("In Progress"),
ki18n("Framing"), ki18n("Changing Filter")
}

Definition at line 118 of file ekos.h.

◆ guideStates

const QList<KLocalizedString> Ekos::guideStates
static
Initial value:
= { ki18n("Idle"),
ki18n("Aborted"),
ki18n("Connected"),
ki18n("Disconnected"),
ki18n("Capturing"),
ki18n("Looping"),
ki18n("Subtracting"),
ki18n("Subframing"),
ki18n("Selecting star"),
ki18n("Calibrating"),
ki18n("Calibration error"),
ki18n("Calibrated"),
ki18n("Guiding"),
ki18n("Suspended"),
ki18n("Reacquiring"),
ki18n("Dithering"),
ki18n("Manual Dithering"),
ki18n("Dithering error"),
ki18n("Dithering successful"),
ki18n("Settling")
}

Definition at line 20 of file ekos.h.

◆ HFR_CHECK_DEFAULT_THRESHOLD

double Ekos::HFR_CHECK_DEFAULT_THRESHOLD = 10.0
constexpr

Definition at line 45 of file camerastate.h.

◆ INITIAL_MAXMIN_HFR_RATIO

const double Ekos::INITIAL_MAXMIN_HFR_RATIO = 2.0

Definition at line 23 of file focusadvisor.cpp.

◆ INVALID_STAR_MEASURE

double constexpr Ekos::INVALID_STAR_MEASURE = -1.0
staticconstexpr

Definition at line 216 of file ekos.h.

◆ INVALID_VALUE

const int Ekos::INVALID_VALUE = -1e6

Definition at line 214 of file ekos.h.

◆ MAXIMUM_FOCUS_ADVISOR_ITERATIONS

const int Ekos::MAXIMUM_FOCUS_ADVISOR_ITERATIONS = 1001

Definition at line 19 of file focusadvisor.cpp.

◆ NUM_JUMPS_PER_SECTOR

const int Ekos::NUM_JUMPS_PER_SECTOR = 10

Definition at line 20 of file focusadvisor.cpp.

◆ NUM_STEPS_PRE_AF

const int Ekos::NUM_STEPS_PRE_AF = 11

Definition at line 24 of file focusadvisor.cpp.

◆ ProfileGroupNames

const QList<const char *> Ekos::ProfileGroupNames
static
Initial value:
=
{
I18N_NOOP("Align"), I18N_NOOP("Focus"), I18N_NOOP("Guide"), I18N_NOOP("HFR")
}

Definition at line 25 of file stellarsolverprofile.h.

◆ schedulerStates

const QList<KLocalizedString> Ekos::schedulerStates
static
Initial value:
= { ki18n("Idle"), ki18n("Startup"), ki18n("Running"),
ki18n("Paused"), ki18n("Shutdown"), ki18n("Aborted"),
ki18n("Loading")
}

Definition at line 198 of file ekos.h.

◆ TARGET_MAXMIN_HFR_RATIO

const double Ekos::TARGET_MAXMIN_HFR_RATIO = 3.0

Definition at line 22 of file focusadvisor.cpp.

◆ TILE_COLOUR

const QString Ekos::TILE_COLOUR[NUM_TILES] = {"red", "cyan", "green", "magenta", "blue", "grey", "darkGreen", "darkCyan", "darkRed"}
static

Definition at line 35 of file aberrationinspectorutils.h.

◆ TILE_LONGNAME

const QString Ekos::TILE_LONGNAME[NUM_TILES] = {"Top Left", "Top", "Top Right", "Left", "Centre", "Right", "Bottom Left", "Bottom", "Bottom Right"}
static

Definition at line 34 of file aberrationinspectorutils.h.

◆ TILE_NAME

const QString Ekos::TILE_NAME[NUM_TILES] = {"TL", "T", "TR", "L", "C", "R", "BL", "B", "BR"}
static

Definition at line 33 of file aberrationinspectorutils.h.

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