Support archon 0.12.0

pyproject.toml

@@ -32,7 +32,7 @@ ln2fill = "lvmscp.ln2:ln2fill"
 [tool.poetry.dependencies]
 python = "^3.9,<3.13"
 click-default-group = "^1.2.2"
-sdss-archon = "^0.11.6"
+sdss-archon = "^0.12.0"
 sdss-clu = "^2.1.3"
 
 [tool.poetry.dev-dependencies]

python/lvmscp/delegate.py

@@ -195,23 +195,25 @@ async def post_process(
         now.location = self.location
 
         for hdu in hdus:
-            ccd = str(hdu.header["CCD"])
+            ccd = str(hdu["header"]["CCD"])
 
-            hdu.header["V_LVMSCP"] = __version__
-            hdu.header["LMST"] = round(now.sidereal_time("mean").value, 6)
+            hdu["header"]["V_LVMSCP"][0] = __version__
+            hdu["header"]["LMST"][0] = round(now.sidereal_time("mean").value, 6)
 
             # Update header with values collected during integration.
             for key in self.header_data:
-                hdu.header[key] = self.header_data[key]
+                hdu["header"][key][0] = self.header_data[key]
 
             # Add SDSS MJD.
-            hdu.header["SMJD"] = get_sjd("LCO")
-            hdu.header["PRESSURE"] = self.pressure_data.get(f"{ccd}_pressure", -999.0)
+            hdu["header"]["SMJD"][0] = get_sjd("LCO")
+            hdu["header"]["PRESSURE"][0] = self.pressure_data.get(
+                f"{ccd}_pressure", -999.0
+            )
 
             depth_camera = self.depth_data.get("camera", "")
             for ch in ["A", "B", "C"]:
-                depth = (self.depth_data[ch] if ccd == depth_camera else -999.0,)
-                hdu.header[f"DEPTH{ch}"] = depth
+                depth = self.depth_data[ch] if ccd == depth_camera else -999.0
+                hdu["header"][f"DEPTH{ch}"][0] = depth
 
         return (controller, hdus)
 

python/lvmscp/etc/lvmscp.yml

@@ -333,6 +333,7 @@ files:
   data_dir: '/data/spectro/lvm'
   split: true
   template: 'sdR-{hemisphere}-{ccd}-{exposure_no:08d}.fits.gz'
+  write_engine: astropy
 
 checksum:
   write: true

tests/test_lvmscp.yml

@@ -110,10 +110,36 @@ header:
       r2: ['mod2/tempb', 'Temperature of the sensor (HEATERX 2)', 2]
       b2: ['mod2/tempc', 'Temperature of the sensor (HEATERX 12)', 2]
       z2: ['mod12/tempb', 'Temperature of the sensor (HEATERX 12)', 2]
-  DATASEC: ['[1:4120,1:4080]', 'Section of the detector containing data']
-  CCDSEC: ['[1:4120,1:4080]', 'Section of the detector read out']
-  BIASSEC: ['[2041:2080,1:4080]', 'Section of calibration/bias data']
-  TRIMSEC: ['[1:2040,1:4080],[2081:4120,1:4080]', 'Section with useful data']
+  V_LVMSCP: [null, 'Version of lvmscp that took this image']
+  LMST: [-999, 'Local mean sidereal time (approximate) [hr]']
+  TELESCOP: 'SDSS 0.16m'
+  SURVEY: 'LVM'
+  OBJECT: ['', 'Name of the target observed']
+  TRIMSEC1: ['[1:2043, 2041:4080]', 'Data section for quadrant 1']
+  TRIMSEC2: ['[2078:4120, 2041:4080]', 'Data section for quadrant 2']
+  TRIMSEC3: ['[1:2043, 1:2040]', 'Data section for quadrant 3']
+  TRIMSEC4: ['[2078:4120, 1:2040]', 'Data section for quadrant 4']
+  BIASSEC1: ['[2044:2060, 2041:4080]', 'Overscan section for quadrant 1']
+  BIASSEC2: ['[2061:2077, 2041:4080]', 'Overscan section for quadrant 2']
+  BIASSEC3: ['[2044:2060, 1:2040]', 'Overscan section for quadrant 3']
+  BIASSEC4: ['[2061:2077, 1:2040]', 'Overscan section for quadrant 4']
+  TILE_ID: [null, 'The tile_id of this observation']
+  DPOS: [0, 'Dither position']
+  BUFFER: [null, 'The buffer number read']
+  SMJD: [null, 'SDSS Modified Julian Date (MJD+0.4)']
+  HARTMANN: ['0 0', 'Left/right: 0=open 1=closed']
+  ARGON: ['?', 'Status of lamp Argon']
+  NEON: ['?', 'Status of lamp Neon']
+  LDLS: ['?', 'Status of lamp LDLS']
+  QUARTZ: ['?', 'Status of lamp Quartz']
+  HGNE: ['?', 'Status of lamp HgNe']
+  XENON: ['?', 'Status of lamp Xenon']
+  PRESSURE: [null, 'Cryostat pressure [torr]']
+  LABTEMP: [null, 'Lab temperature [C]']
+  LABHUMID: [null, 'Lab relative humidity [%]']
+  DEPTHA: [null, 'Depth probe A [mm]']
+  DEPTHB: [null, 'Depth probe B [mm]']
+  DEPTHC: [null, 'Depth probe C [mm]']
 
 # This is the ACF configuration file to be loaded to the Archon including the
 # timing script. {archon_etc} gets completed with the path of the etc directory once

typings/astropy/__init__.pyi

@@ -0,0 +1,3 @@
+from typing import Any
+
+def __getattr__(name: str) -> Any: ...

typings/astropy/coordinates/__init__.pyi

@@ -0,0 +1,3 @@
+from typing import Any
+
+def __getattr__(name: str) -> Any: ...

typings/astropy/io/__init__.pyi

@@ -0,0 +1,3 @@
+from typing import Any
+
+def __getattr__(name: str) -> Any: ...

typings/astropy/io/fits/__init__.pyi

@@ -0,0 +1,3 @@
+from typing import Any
+
+def __getattr__(name: str) -> Any: ...

typings/astropy/time/__init__.pyi

@@ -0,0 +1,3 @@
+from typing import Any
+
+def __getattr__(name: str) -> Any: ...