I wanted a place other than the UI to reference tokens for configuring complex sequences. Please comment with any discrepancies or updates.
Pulled from the source at nina on branch release/2.0
and commit f19a006
.
Token | Description |
---|---|
$$DATE$$ |
Date with format YYYY-MM-DD |
$$TIME$$ |
Time with format HH-mm-ss |
$$DATEMINUS12$$ |
Date shifted back by 12 hours with format YYYY-MM-DD |
$$DATETIME$$ |
Date with format YYYY-MM-DD_HH-mm-ss |
$$APPLICATIONSTARTDATE$$ |
Application start date with format YYYY-MM-DD |
$$SEQUENCETITLE$$ |
Current sequence title |
$$TARGETNAME$$ |
Target name (if available) |
$$IMAGETYPE$$ |
Light, Flat, Dark, Bias, Snapshot |
$$ROTATORANGLE$$ |
Angle of the rotator |
$$FILTER$$ |
Filter name |
$$FOCUSERPOSITION$$ |
Current focuser position |
$$FOCUSERTEMP$$ |
Focuser temperature |
$$FRAMENR$$ |
# of the frame with the format #### |
$$TELESCOPE$$ |
Telescope name |
$$BINNING$$ |
Camera binning |
$$CAMERA$$ |
Camera name |
$$EXPOSURETIME$$ |
Camera exposure time, in seconds |
$$TEMPERATURESETPOINT$$ |
Camera temperature set point |
$$SENSORTEMP$$ |
Camera temperature |
$$READOUTMODE$$ |
Camera readout mode |
$$OFFSET$$ |
Camera offset |
$$GAIN$$ |
Camera gain |
$$USBLIMIT$$ |
Camera USB speed or traffic limit setting |
$$SQM$$ |
Sky Quality Meter Reading |
$$STARCOUNT$$ |
Star count |
$$HFR$$ |
Calculated HFR of the image (HFR detection has to be enabled) |
$$RMS$$ |
Root mean square error of guiding during exposure in arc seconds |
$$RMSARCSEC$$ |
Root mean square error of guiding during exposure in pixels |
Pulled from the source at nina-ground-station for v1.10.6.0 / 30369db.
Token | Description |
---|---|
$$DATE$$ |
18/02/2022 |
$$TIME$$ |
16:01:16 |
$$DATETIME$$ |
18/02/2022 16:01:16 |
$$DATE_UTC$$ |
18/02/2022 |
$$TIME_UTC$$ |
21:01:16 |
$$DATETIME_UTC$$ |
18/02/2022 21:01:16 |
$$UNIX_EPOCH$$ |
1645218076 |
$$FORMAT_DATETIME format$$ |
Inserts a custom local date and time format. Replace format with any arrangement of date and time format specifiers |
$$FORMAT_DATETIME_UTC format$$ |
Same as $$FORMAT_DATETIME format$$ but uses UTC date and time instead. |
$$TARGET_NAME$$ |
The name of the target being imaged |
$$TARGET_RA$$ |
The right ascension of the target being imaged, in 24 hour format |
$$TARGET_DEC$$ |
The declination of the target being imaged, in sexagesimal format |
$$TARGET_RA_DECIMAL$$ |
The right ascension of the target being imaged, decimal format |
$$TARGET_DEC_DECIMAL$$ |
The declination of the target being imaged, decimal format |
$$TARGET_EPOCH$$ |
The epoch of the target's coordinates |
$$INSTRUCTION_SET$$ |
The name of the enclosing instruction set |
$$SYSTEM_NAME$$ |
The name of the computer |
$$USER_NAME$$ |
The name of the user running N.I.N.A. |
$$NINA_VERSION$$ |
The version of N.I.N.A. |
$$GS_VERSION$$ |
The version of Ground Station |
Token | Description |
---|---|
$$FAILED_ITEM$$ |
The name of the failed instruction |
$$FAILED_ITEM_DESC$$ |
A description of the failed instruction |
$$FAILED_ITEM_CATEGORY$$ |
The category name that the failed instruction belongs to |
$$FAILED_ATTEMPTS$$ |
The number of failed attempts |
$$FAILED_INSTR_SET$$ |
The name of the container that contained the failed instruction |
$$ERROR_LIST$$ |
A comma-separated list of failure reasons. Blank if the reasons are unknown |