diff --git a/app/data/model/__init__.py b/app/data/model/__init__.py
index be6aba96..480d2d45 100644
--- a/app/data/model/__init__.py
+++ b/app/data/model/__init__.py
@@ -5,6 +5,7 @@
 from app.data.model.interface import CatalogObject, MeasuredValue, RawCatalog, get_object
 from app.data.model.layer2 import Layer2CatalogObject, Layer2Object
 from app.data.model.nature import NatureCatalogObject
+from app.data.model.photometry import PhotometryCatalogObject
 from app.data.model.records import (
     CrossmatchRecordRow,
     DesignationRecord,
@@ -49,6 +50,7 @@
     "ICRSCatalogObject",
     "RedshiftCatalogObject",
     "NatureCatalogObject",
+    "PhotometryCatalogObject",
     "get_catalog_object_type",
     "MeasuredValue",
     "Bibliography",
diff --git a/app/data/model/helpers.py b/app/data/model/helpers.py
index 0918d6e9..842105e7 100644
--- a/app/data/model/helpers.py
+++ b/app/data/model/helpers.py
@@ -1,4 +1,4 @@
-from app.data.model import designation, icrs, interface, nature, redshift
+from app.data.model import designation, icrs, interface, nature, photometry, redshift
 
 
 def get_catalog_object_type(catalog: interface.RawCatalog) -> type[interface.CatalogObject]:
@@ -10,5 +10,7 @@ def get_catalog_object_type(catalog: interface.RawCatalog) -> type[interface.Cat
         return redshift.RedshiftCatalogObject
     if catalog == interface.RawCatalog.NATURE:
         return nature.NatureCatalogObject
+    if catalog == interface.RawCatalog.PHOTOMETRY:
+        return photometry.PhotometryCatalogObject
 
     raise ValueError(f"Unknown catalog: {catalog}")
diff --git a/app/data/model/interface.py b/app/data/model/interface.py
index 010a4222..38e2658c 100644
--- a/app/data/model/interface.py
+++ b/app/data/model/interface.py
@@ -35,6 +35,7 @@ class RawCatalog(enum.Enum):
     ADDITIONAL_DESIGNATIONS = "additional_designations"
     REDSHIFT = "redshift"
     NATURE = "nature"
+    PHOTOMETRY = "photometry"
 
 
 class CatalogObject(abc.ABC):
@@ -56,6 +57,10 @@ def layer1_table(cls) -> str:
     def layer1_keys(cls) -> list[str]:
         pass
 
+    @classmethod
+    def layer1_primary_keys(cls) -> list[str]:
+        return ["record_id"]
+
     @classmethod
     @abc.abstractmethod
     def from_layer1(cls, data: dict[str, Any]) -> Self:
diff --git a/app/data/model/photometry.py b/app/data/model/photometry.py
new file mode 100644
index 00000000..c40918e1
--- /dev/null
+++ b/app/data/model/photometry.py
@@ -0,0 +1,68 @@
+from typing import Any, Self, final
+
+from app.data.model import interface
+
+
+@final
+class PhotometryCatalogObject(interface.CatalogObject):
+    def __init__(
+        self,
+        band: str,
+        mag: float,
+        e_mag: float | None,
+        method: str,
+        **kwargs: Any,
+    ) -> None:
+        self.band = band
+        self.mag = mag
+        self.e_mag = e_mag
+        self.method = method
+
+    def __eq__(self, value: object) -> bool:
+        if not isinstance(value, PhotometryCatalogObject):
+            return False
+        return (
+            self.band == value.band
+            and self.mag == value.mag
+            and self.e_mag == value.e_mag
+            and self.method == value.method
+        )
+
+    def catalog(self) -> interface.RawCatalog:
+        return interface.RawCatalog.PHOTOMETRY
+
+    @classmethod
+    def layer1_table(cls) -> str:
+        return "photometry.data"
+
+    @classmethod
+    def layer1_keys(cls) -> list[str]:
+        return ["band", "mag", "e_mag", "method"]
+
+    @classmethod
+    def layer1_primary_keys(cls) -> list[str]:
+        return ["record_id", "method", "band"]
+
+    @classmethod
+    def from_layer1(cls, data: dict[str, Any]) -> Self:
+        return cls(
+            band=data["band"],
+            mag=data["mag"],
+            e_mag=data.get("e_mag"),
+            method=data["method"],
+        )
+
+    @classmethod
+    def layer2_table(cls) -> str:
+        raise NotImplementedError
+
+    @classmethod
+    def layer2_keys(cls) -> list[str]:
+        raise NotImplementedError
+
+    def layer2_data(self) -> dict[str, Any]:
+        raise NotImplementedError
+
+    @classmethod
+    def from_layer2(cls, data: dict[str, Any]) -> Self:
+        raise NotImplementedError
diff --git a/app/data/repositories/layer1.py b/app/data/repositories/layer1.py
index 09e3eb58..99b3ffe5 100644
--- a/app/data/repositories/layer1.py
+++ b/app/data/repositories/layer1.py
@@ -22,13 +22,23 @@ def get_column_units(self, catalog: model.RawCatalog) -> dict[str, str]:
         )
         return {row["column_name"]: row["unit"] for row in rows}
 
-    def save_structured_data(self, table: str, columns: list[str], ids: list[str], data: list[list[Any]]) -> None:
+    def save_structured_data(
+        self,
+        table: str,
+        columns: list[str],
+        ids: list[str],
+        data: list[list[Any]],
+        conflict_keys: list[str] | None = None,
+    ) -> None:
+        if conflict_keys is None:
+            conflict_keys = ["record_id"]
         all_columns = ["record_id"] + columns
         placeholders = ",".join(["%s"] * len(all_columns))
-        on_conflict = ", ".join(f"{c} = EXCLUDED.{c}" for c in all_columns)
+        update_columns = [c for c in all_columns if c not in conflict_keys]
+        on_conflict_set = ", ".join(f"{c} = EXCLUDED.{c}" for c in update_columns)
         query = (
             f"INSERT INTO {table} ({', '.join(all_columns)}) VALUES ({placeholders}) "
-            f"ON CONFLICT (record_id) DO UPDATE SET {on_conflict}"
+            f"ON CONFLICT ({', '.join(conflict_keys)}) DO UPDATE SET {on_conflict_set}"
         )
         rows = [[rid] + vals for rid, vals in zip(ids, data, strict=True)]
         with self.with_tx():
diff --git a/app/domain/adminapi/layer1_write.py b/app/domain/adminapi/layer1_write.py
index 24dcf8d3..166004b7 100644
--- a/app/domain/adminapi/layer1_write.py
+++ b/app/domain/adminapi/layer1_write.py
@@ -39,7 +39,10 @@ def save_data(self, request: adminapi.SaveStructuredDataRequest) -> adminapi.Sav
             converted.append(new_row)
 
         try:
-            self._layer1_repo.save_structured_data(table, request.columns, request.ids, converted)
+            conflict_keys = object_cls.layer1_primary_keys()
+            self._layer1_repo.save_structured_data(
+                table, request.columns, request.ids, converted, conflict_keys=conflict_keys
+            )
         except psycopg.errors.ForeignKeyViolation as e:
             diag = getattr(e, "diag", None)
             detail = getattr(diag, "message_detail", None) if diag else None
diff --git a/postgres/drafts/04_nature.sql b/postgres/drafts/04_nature.sql
index 8b94658e..36f9f46a 100644
--- a/postgres/drafts/04_nature.sql
+++ b/postgres/drafts/04_nature.sql
@@ -15,13 +15,6 @@ CREATE TABLE nature.datasets (
 ) ;
 
 
-CREATE TABLE nature.data (
-  record_id	Text PRIMARY KEY REFERENCES layer0.records(id) ON UPDATE cascade ON DELETE restrict
-, objtype	Text NOT NULL REFERENCES nature.objectType(objtype) ON UPDATE cascade ON DELETE restrict
-, dataset_id	Integer NOT NULL REFERENCES nature.datasets(id) ON DELETE restrict ON UPDATE cascade
-) ;
-
-
 CREATE VIEW nature.dataview AS
 SELECT
   r.pgc
diff --git a/postgres/drafts/05_photosys.sql b/postgres/drafts/05_photosys.sql
deleted file mode 100644
index 5ee5dfa0..00000000
--- a/postgres/drafts/05_photosys.sql
+++ /dev/null
@@ -1,409 +0,0 @@
-BEGIN;
-
-CREATE SCHEMA IF NOT EXISTS photometry ;
-COMMENT ON SCHEMA photometry IS 'Catalog of the photometry';
-
------------------------------------------------
---------- Spectral regions --------------------
-
--- CREATE TYPE common.SpectralRegion AS ENUM ( 'Gamma', 'X','UV','Opt','IR','Radio') ;
-
--- COMMENT ON TYPE common.SpectralRegion	IS '{
--- "Gamma" : "Gamma rays source",
--- "X" : "X-ray source",
--- "UV" : "Ultraviolet source",
--- "Opt" : "Optical source",
--- "IR" : "Infrared source",
--- "Radio" : "Radio source"
--- }' ;
-
-
------------------------------------------------
----------  Magnitude System Type --------------
-
-CREATE TYPE photometry.MagSysType	AS ENUM ( 'Vega', 'AB', 'ST' ) ;
-
-COMMENT ON TYPE photometry.MagSysType	IS '{
-"Vega" : "The Vega magnitude system uses the Vega as the standard star with an apparent magnitude of zero, regardless of the wavelength filter. The spectrum of Vega used to define this system is a composite spectrum of empirical and synthetic spectra (Bohlin & Gilliland, 2004AJ....127.3508B). m(Vega) = -2.5*log10(F/FVega), where F is flux of an object, and FVega is the calibrated spectrum of Vega.",
-"AB" : "The AB magnitude system uses flat reference spectrum in frequency space. The conversion is chosen such that the V-magnitude corresponds roughly to that in the Johnson system. The monochromatic AB magnitude is defined as m(AB) = 8.9 -2.5*log10(Fv[Jy]) = -48.6 -2.5*log10(Fv[erg s^−1 cm^−2 Hz^−1]), where Fv is the spectral flux density.",
-"ST" : "The ST magnitude system uses flat reference spectrum in wavelength space. The conversion is chosen such that the V-magnitude corresponds roughly to that in the Johnson system. The monochromatic ST magnitude is defined as m(ST) = -21.1 -2.5*log10(Flambda[erg s^−1 cm^−2 Angstrom^−1]), where Flambda is the spectral flux density."
-}' ;
-
-
------------------------------------------------
---------- Photometric systems -----------------
-
-CREATE TABLE photometry.systems (
-  id	Text	PRIMARY KEY
-, description	Text	NOT NULL
-, bibcode	Char(19)	UNIQUE
-, svo_id	Text	UNIQUE
-) ;
-
-COMMENT ON TABLE photometry.systems	IS 'Photometric system' ;
-COMMENT ON COLUMN photometry.systems.id	IS 'Photometric system ID' ;
-COMMENT ON COLUMN photometry.systems.description	IS 'Description of the photometric system' ;
-COMMENT ON COLUMN photometry.systems.bibcode	IS '{"description" : "ADS bibcode", "url" : "https://ui.adsabs.harvard.edu/abs/", "ucd" : "meta.ref.url"}' ;
-COMMENT ON COLUMN photometry.systems.svo_id	IS '{"description" : "Query to the Spanish Virtual Observatory", "url" : "http://svo2.cab.inta-csic.es/theory/fps/index.php?", "ucd" : "meta.ref.url"}' ;
-
-INSERT INTO photometry.systems VALUES
-  ( 'UBVRIJHKL' , 'Johnson UBVRIJHKL photometric system' , '1965CoLPL...3...73J', 'gname=Generic&gname2=Johnson_UBVRIJHKL' )
-, ( 'Cousins' , 'Cousins (Rc,Ic) photometric system' , '1976MmRAS..81...25C', 'gname=Generic&gname2=Cousins' )
-, ( 'Bessell' , 'Bessell photometric system' , '1990PASP..102.1181B', 'gname=Generic&gname2=Bessell' )
-
-, ( 'Gaia3' , 'Gaia mission, eDR3 release photometric system' , NULL, 'gname=GAIA&gname2=GAIA3' )
-
-, ( 'ACS_WFC' , 'Hubble Space Telescope (HST), Advanced Camera for Surveys (ACS), Wide Field Channel photometric system' , NULL, 'gname=HST&gname2=ACS_WFC' )
-, ( 'WFPC2_WF' , 'Hubble Space Telescope (HST), Wide-Field Planetary Camera 2 (WFPC2), Wide Field photometric system' , NULL, 'gname=HST&gname2=WFPC2_WF' )
-, ( 'WFPC3_IR' , 'Hubble Space Telescope (HST), Wide-Field Planetary Camera 3 (WFPC3), IR channel photometric system' , NULL, 'gname=HST&gname2=WFC3_IR' )
-
-, ( 'NIRCam' , 'James Webb Space Telescope (JWST), Near Infrared Camera (NIRCam) photometric system' , NULL, 'gname=JWST&gname2=NIRCam' )
-, ( 'MegaCam', 'Canada-France-Hawaii Telescope (CFHT), MegaCam photometric system', NULL, 'gname=CFHT&gname2=MegaCam' )
-, ( 'WIRCam', 'Canada-France-Hawaii Telescope (CFHT), Wide-field InfraRed Camera (WIRCam) photometric system', NULL, 'gname=CFHT&gname2=Wircam' )
-
-, ( 'SDSS' , 'Sloan Digital Sky Survey photometric system' , '1998AJ....116.3040G', 'gname=SLOAN&gname2=SDSS' )
-, ( 'PS1' , 'Panoramic Survey Telescope and Rapid Response System (Pan-STARRS), PS1 photometric system' , '2012ApJ...750...99T', 'gname=PAN-STARRS' )
-, ( 'DECam' , 'Dark Energy Camera (DECam) photometric system (at the prime focus of the Blanco 4-m telescope)' , '2015AJ....150..150F', 'gname=CTIO&gname2=DECam' )
-, ( 'HSC' , 'Hyper Suprime-Cam (HSC) photometric system (at the prime focus of Subaru Telescope)' , NULL, 'gname=Subaru&gname2=HSC' )
-, ( '2MASS' , 'Two Micron All Sky Survey (2MASS) photometric system' , '2003AJ....126.1090C', 'gname=2MASS' )
-, ( 'DENIS' , 'Deep Near Infrared Survey of the Southern Sky (DENIS) photometric system' , '1994Ap&SS.217....3E', 'gname=DENIS' )
-, ( 'UKIDSS' , 'United Kingdom Infrared Telescope (UKIRT), Infrared Deep Sky Survey (UKIDSS) ZYJHK photometric system' , NULL, 'gname=UKIRT&gname2=UKIDSS' )
-
-, ( 'GALEX' , 'Galaxy Evolution Explorer (GALEX) photometric system' , '2007ApJS..173..185G', 'gname=GALEX' )
-, ( 'IRAS' , 'Infrared Astronomical Satellite (IRAS) photometric system' , '1984ApJ...278L...1N', 'gname=IRAS' )
-, ( 'WISE' , 'Wide-field Infrared Survey Explorer (WISE) photometric system' , '2010AJ....140.1868W', 'gname=WISE' )
-, ( 'Swift', 'The Swift Gamma-Ray Burst Mission', NULL, 'gname=Swift' )
-, ( 'IRAC' , 'Spitzer Space Telescope, the InfraRed Array Camera (IRAC) photometric system', '2004ApJS..154...10F', 'gname=Spitzer&gname2=IRAC' )
-
-, ( 'Holmberg' , 'Holmberg m_pg, m_pv photographic magnitudes' , NULL, NULL )
-, ( 'GSC2' , 'Second-Generation Guide Star Catalog, Palomar (north) Bj, Rf, In photographic passbands', '2008AJ....136..735L' , 'gname=Palomar&gname2=GSC2' )
-;
-
-
--------------- Filter description ---------------
-CREATE TABLE photometry.bands (
-  id	text	PRIMARY KEY
-, name	text	NOT NULL
-, photsys	text	NOT NULL	REFERENCES photometry.systems (id) ON DELETE restrict ON UPDATE cascade
-, waveref	real	NOT NULL
-, fwhm	real	NOT NULL
-, extinction	real
-, svo_id	text	UNIQUE
-) ;
-CREATE INDEX ON photometry.bands (waveref) ;
-CREATE INDEX ON photometry.bands (name) ;
-CREATE INDEX ON photometry.bands (photsys) ;
-
-COMMENT ON TABLE photometry.bands	IS 'List of filters' ;
-COMMENT ON COLUMN photometry.bands.id 	IS 'Filter ID' ;
-COMMENT ON COLUMN photometry.bands.name	IS 'Common filter designation' ;
-COMMENT ON COLUMN photometry.bands.photsys	IS 'Photometric system' ;
-COMMENT ON COLUMN photometry.bands.waveref	IS 'The reference wavelength of the filter transmission' ;
-COMMENT ON COLUMN photometry.bands.fwhm	IS 'The Full Width Half Maximum of the filter transmission' ;
-COMMENT ON COLUMN photometry.bands.extinction	IS 'Relative extinction. Ratio between extintion at λref, Af, and visual extintion, Av' ;
-COMMENT ON COLUMN photometry.bands.svo_id	IS '{"description" : "The Spanish Virtual Observatory filter ID", "url" : "http://svo2.cab.inta-csic.es/theory/fps/index.php?id=", "ucd" : "meta.ref.url"}' ;
-
-
--------------- Calibrated properties -----------
-CREATE TABLE photometry.calib_bands (
-  id	text	PRIMARY KEY
-, band	text	NOT NULL	REFERENCES photometry.bands (id) ON DELETE restrict ON UPDATE cascade
-, magsys	photometry.MagSysType
-, UNIQUE (band,magsys)
-) ;
-
-COMMENT ON TABLE photometry.calib_bands	IS 'List of calibrated bands' ; 
-COMMENT ON COLUMN photometry.calib_bands.id	IS 'Calibrated band ID' ;
-COMMENT ON COLUMN photometry.calib_bands.band	IS 'Band ID' ;
-COMMENT ON COLUMN photometry.calib_bands.magsys	IS 'Magnitude system' ;
-
-
--- CREATE VIEW photometry.calib_bandsview AS
--- SELECT
---   d.*
--- , b.name
--- , b.waveref
--- , b.fwhm
--- , b.extinction
--- , b.svo_id
--- , b.photsys
--- , s.bibcode
--- , s.description
--- FROM
---   photometry.calib_bands AS d
---   LEFT JOIN photometry.bands AS b ON (b.id=d.band)
---   LEFT JOIN photometry.systems AS s ON (s.id=b.photsys)
--- ;
--- 
--- COMMENT ON VIEW photometry.calib_bandsview	IS 'Band list' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.id	IS 'Calibrated band ID' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.band	IS 'Band ID' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.magsys	IS 'Magnitude system' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.name	IS '{"description":"Common filter designation","ucd":"instr.bandpass"}' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.photsys	IS 'Photometric system' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.waveref	IS '{"description":"Reference wavelength (pivot wavelength) of the filter transmission", "unit":"Angstrom", "ucd":"em.wl"}' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.fwhm	IS '{"description":"The Full Width Half Maximum of the filter transmission", "unit":"Angstrom", "ucd":"instr.bandwidth" }' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.extinction	IS 'Relative extinction. Ratio between extintion at λref, Af, and visual extintion, Av' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.svo_id	IS '{"description" : "The Spanish Virtual Observatory filter ID", "url" : "http://svo2.cab.inta-csic.es/theory/fps/index.php?id=", "ucd" : "meta.ref.ivoid;meta.ref.url"}' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.description	IS 'Description of the photometric system' ;
--- COMMENT ON COLUMN photometry.calib_bandsview.bibcode	IS '{"description" : "ADS bibcode", "url" : "https://ui.adsabs.harvard.edu/abs/", "ucd" : "meta.ref.url"}' ;
-
-
---------------- DATA -----------------
-COPY photometry.bands (id,name,photsys,waveref,fwhm,extinction,svo_id) FROM STDIN;
-FUV	FUV	GALEX	1535.08	233.93	2.62759	GALEX/GALEX.FUV
-NUV	NUV	GALEX	2300.78	795.19	2.85878	GALEX/GALEX.NUV
-UVW2	UVW2	Swift	2054.61	584.89	2.99964	Swift/UVOT.UVW2
-UVM2	UVM2	Swift	2246.43	527.13	3.01684	Swift/UVOT.UVM2
-UVW1	UVW1	Swift	2580.74	656.60	2.18468	Swift/UVOT.UVW1
-U_Swift	U	Swift	3467.05	778.49	1.63943	Swift/UVOT.U
-B_Swift	B	Swift	4349.56	978.33	1.31480	Swift/UVOT.B
-V_Swift	V	Swift	5425.33	744.99	1.02056	Swift/UVOT.V
-U	U	UBVRIJHKL	3511.89	683.73	1.61966	Generic/Johnson_UBVRIJHKL.U
-B	B	UBVRIJHKL	4382.77	1011.11	1.30391	Generic/Johnson_UBVRIJHKL.B
-V	V	UBVRIJHKL	5501.40	876.67	1.00171	Generic/Johnson_UBVRIJHKL.V
-R	R	UBVRIJHKL	6819.05	2093.33	0.76112	Generic/Johnson_UBVRIJHKL.R
-I	I	UBVRIJHKL	8657.44	2205.45	0.53488	Generic/Johnson_UBVRIJHKL.I
-J	J	UBVRIJHKL	12317.30	3193.55	0.30707	Generic/Johnson_UBVRIJHKL.J
-H	H	UBVRIJHKL	16396.38	2983.81	0.19401	Generic/Johnson_UBVRIJHKL.H
-K	K	UBVRIJHKL	21735.85	5926.09	0.12389	Generic/Johnson_UBVRIJHKL.K
-Rc	R	Cousins	6414.42	1516.49	0.83459	Generic/Cousins.R
-Ic	I	Cousins	7858.32	1093.68	0.62548	Generic/Cousins.I
-U_Bessell	U	Bessell	3584.78	652.84	1.58844	Generic/Bessell.U
-B_Bessell	B	Bessell	4371.07	947.62	1.30775	Generic/Bessell.B
-V_Bessell	V	Bessell	5477.70	852.44	1.00755	Generic/Bessell.V
-R_Bessell	R	Bessell	6498.09	1567.06	0.81934	Generic/Bessell.R
-I_Bessell	I	Bessell	8020.14	1543.11	0.60552	Generic/Bessell.I
-u_SDSS	u	SDSS	3556.52	565.80	1.60055	SLOAN/SDSS.u
-g_SDSS	g	SDSS	4702.50	1175.63	1.21355	SLOAN/SDSS.g
-r_SDSS	r	SDSS	6175.58	1130.56	0.87774	SLOAN/SDSS.r
-i_SDSS	i	SDSS	7489.98	1253.30	0.66911	SLOAN/SDSS.i
-z_SDSS	z	SDSS	8946.71	998.50	0.51176	SLOAN/SDSS.z
-g_PS1	g	PS1	4849.11	1148.66	1.17468	PAN-STARRS/PS1.g
-r_PS1	r	PS1	6201.20	1397.73	0.87305	PAN-STARRS/PS1.r
-i_PS1	i	PS1	7534.96	1292.39	0.66384	PAN-STARRS/PS1.i
-z_PS1	z	PS1	8674.20	1038.82	0.53346	PAN-STARRS/PS1.z
-y_PS1	y	PS1	9627.79	665.08	0.45589	PAN-STARRS/PS1.y
-I_DENIS	I	DENIS	7897.13	1311.11	0.62077	DENIS/DENIS.I
-J_DENIS	J	DENIS	12295.06	1991.11	0.30803	DENIS/DENIS.J
-Ks_DENIS	Ks	DENIS	21561.52	3301.94	0.12529	DENIS/DENIS.Ks
-J_2MASS	I	2MASS	12350.00	1830.20	0.30566	2MASS/2MASS.J
-H_2MASS	J	2MASS	16620.00	2580.01	0.18873	2MASS/2MASS.H
-Ks_2MASS	Ks	2MASS	21590.00	2771.26	0.12505	2MASS/2MASS.Ks
-W1	W1	WISE	33526.00	6357.93	0.07166	WISE/WISE.W1
-W2	W2	WISE	46028.00	11073.19	0.05049	WISE/WISE.W2
-W3	W3	WISE	115608.00	62758.04	0.04304	WISE/WISE.W3
-W4	W4	WISE	220883.00	47397.34	0.01960	WISE/WISE.W4
-12mu	12mu	IRAS	110356.60	69306.43	0.05161	IRAS/IRAS.12mu
-25mu	25mu	IRAS	230702.01	112542.87	0.01779	IRAS/IRAS.25mu
-60mu	60mu	IRAS	581903.91	327605.04	0.00288	IRAS/IRAS.60mu
-100mu	100mu	IRAS	995377.63	322249.87	0.00102	IRAS/IRAS.100mu
-F435W_ACS	F435W	ACS_WFC	4329.85	900.04	1.32127	HST/ACS_WFC.F435W
-F475W_ACS	F475W	ACS_WFC	4746.94	1398.86	1.20185	HST/ACS_WFC.F475W
-F555W_ACS	F555W	ACS_WFC	5361.03	1236.10	1.03724	HST/ACS_WFC.F555W
-F606W_ACS	F606W	ACS_WFC	5921.88	2253.40	0.92404	HST/ACS_WFC.F606W
-F625W_ACS	F625W	ACS_WFC	6311.85	1389.28	0.85309	HST/ACS_WFC.F625W
-F775W_ACS	F775W	ACS_WFC	7693.47	1517.31	0.64523	HST/ACS_WFC.F775W
-F814W_ACS	F814W	ACS_WFC	8045.53	2098.15	0.60232	HST/ACS_WFC.F814W
-F850LP_ACS	F850LP	ACS_WFC	9031.48	1273.50	0.50504	HST/ACS_WFC.F850LP
-F300W_WFPC2	F300W	WFPC2_WF	2984.47	914.56	1.82725	HST/WFPC2_WF.F300W
-F336W_WFPC2	F336W	WFPC2_WF	3344.09	486.34	1.69425	HST/WFPC2_WF.F336W
-F439W_WFPC2	F439W	WFPC2_WF	4311.49	714.01	1.32729	HST/WFPC2_WF.F439W
-F450W_WFPC2	F450W	WFPC2_WF	4556.22	810.07	1.25247	HST/WFPC2_WF.F450W
-F467M_WFPC2	F467M	WFPC2_WF	4669.94	214.29	1.22208	HST/WFPC2_WF.F467M
-F555W_WFPC2	F555W	WFPC2_WF	5442.21	1473.75	1.01636	HST/WFPC2_WF.F555W
-F606W_WFPC2	F606W	WFPC2_WF	6001.01	2049.98	0.90978	HST/WFPC2_WF.F606W
-F675W_WFPC2	F675W	WFPC2_WF	6718.09	1259.41	0.77885	HST/WFPC2_WF.F675W
-F702W_WFPC2	F702W	WFPC2_WF	6918.77	2108.11	0.74476	HST/WFPC2_WF.F702W
-F814W_WFPC2	F814W	WFPC2_WF	8001.59	1676.13	0.60786	HST/WFPC2_WF.F814W
-F090W	F090W	NIRCam	9021.53	2088.06	0.50583	JWST/NIRCam.F090W
-F115W	F115W	NIRCam	11542.61	2644.25	0.33959	JWST/NIRCam.F115W
-F150W	F150W	NIRCam	15007.44	3349.30	0.22892	JWST/NIRCam.F150W
-F200W	F200W	NIRCam	19886.48	4689.40	0.14166	JWST/NIRCam.F200W
-F277W	F277W	NIRCam	27617.40	7064.64	0.09023	JWST/NIRCam.F277W
-F356W	F356W	NIRCam	35683.62	8326.81	0.06685	JWST/NIRCam.F356W
-F444W	F444W	NIRCam	44043.15	11144.05	0.05304	JWST/NIRCam.F444W
-u_MegaCam	u	MegaCam	3676.12	456.42	1.55256	CFHT/MegaCam.u
-g_MegaCam	g	MegaCam	4763.98	1532.24	1.19736	CFHT/MegaCam.g
-r_MegaCam	r	MegaCam	6382.59	1477.66	0.84035	CFHT/MegaCam.r
-i_MegaCam	i	MegaCam	7682.93	1538.12	0.64647	CFHT/MegaCam.i
-z_MegaCam	z	MegaCam	8979.62	774.01	0.50916	CFHT/MegaCam.z
-Y_WIRCam	Y	WIRCam	10241.51	1105.33	0.41289	CFHT/WIRCam.Y
-J_WIRCam	J	WIRCam	12518.72	1587.53	0.29837	CFHT/WIRCam.J
-W_WIRCam	W	WIRCam	14524.26	884.59	0.24090	CFHT/WIRCam.W
-H_WIRCam	H	WIRCam	16243.54	2911.26	0.19786	CFHT/WIRCam.H
-Ks_WIRCam	Ks	WIRCam	21434.00	3270.46	0.12636	CFHT/WIRCam.Ks
-u_DECam	u	DECam	3814.33	245.32	1.50330	CTIO/DECam.u
-g_DECam	g	DECam	4808.49	1110.21	1.18559	CTIO/DECam.g
-r_DECam	r	DECam	6417.65	1477.92	0.83400	CTIO/DECam.r
-i_DECam	i	DECam	7814.58	1468.81	0.63078	CTIO/DECam.i
-z_DECam	z	DECam	9168.85	1476.78	0.49398	CTIO/DECam.z
-Y_DECam	Y	DECam	9896.11	676.44	0.43505	CTIO/DECam.Y
-Z_UKIDSS	Z	UKIDSS	8817.00	917.02	0.52194	UKIRT/UKIDSS.Z
-Y_UKIDSS	Y	UKIDSS	10305.00	1026.81	0.40917	UKIRT/UKIDSS.Y
-J_UKIDSS	J	UKIDSS	12483.00	1581.88	0.29990	UKIRT/UKIDSS.J
-H_UKIDSS	H	UKIDSS	16313.00	2952.17	0.19609	UKIRT/UKIDSS.H
-K_UKIDSS	K	UKIDSS	22010.00	3511.37	0.12187	UKIRT/UKIDSS.K
-I1	I1	IRAC	35378.41	7431.71	0.06748	Spitzer/IRAC.I1
-I2	I2	IRAC	44780.49	10096.82	0.05205	Spitzer/IRAC.I2
-I3	I3	IRAC	56961.78	13911.89	0.03959	Spitzer/IRAC.I3
-I4	I4	IRAC	77978.40	28311.77	0.03466	Spitzer/IRAC.I4
-pg	pg	Holmberg	4300	1300	1.33105	\N
-pv	pv	Holmberg	5500	1000	1.00201	\N
-Bj	Bj	GSC2	3384.97	1059.59	1.67600	Palomar/GSC2.Bj
-Rf	Rf	GSC2	4992.74	647.10	1.13599	Palomar/GSC2.Rf
-In	In	GSC2	6793.20	2132.52	0.76550	Palomar/GSC2.In
-\.
-
-
-COPY photometry.calib_bands (id,band,magsys) FROM STDIN;
-FUV	FUV	AB
-NUV	NUV	AB
-UVW2	UVW2	Vega
-UVM2	UVM2	Vega
-UVW1	UVW1	Vega
-U_Swift	U_Swift	Vega
-B_Swift	B_Swift	Vega
-V_Swift	V_Swift	Vega
-U	U	Vega
-B	B	Vega
-V	V	Vega
-R	R	Vega
-I	I	Vega
-J	J	Vega
-H	H	Vega
-K	K	Vega
-U_AB	U	AB
-B_AB	B	AB
-V_AB	V	AB
-R_AB	R	AB
-I_AB	I	AB
-J_AB	J	AB
-H_AB	H	AB
-K_AB	K	AB
-Rc	Rc	Vega
-Ic	Ic	Vega
-U_Bessell	U_Bessell	Vega
-B_Bessell	B_Bessell	Vega
-V_Bessell	V_Bessell	Vega
-R_Bessell	R_Bessell	Vega
-I_Bessell	I_Bessell	Vega
-u	u_SDSS	AB
-g	g_SDSS	AB
-r	r_SDSS	AB
-i	i_SDSS	AB
-z	z_SDSS	AB
-g_PS1	g_PS1	AB
-r_PS1	r_PS1	AB
-i_PS1	i_PS1	AB
-z_PS1	z_PS1	AB
-y_PS1	y_PS1	AB
-I_D	I_DENIS	Vega
-J_D	J_DENIS	Vega
-Ks_D	Ks_DENIS	Vega
-J_2M	J_2MASS	Vega
-H_2M	H_2MASS	Vega
-Ks_2M	Ks_2MASS	Vega
-W1	W1	Vega
-W2	W2	Vega
-W3	W3	Vega
-W4	W4	Vega
-12mu	12mu	AB
-25mu	25mu	AB
-60mu	60mu	AB
-100mu	100mu	AB
-F435W_ACS	F435W_ACS	Vega
-F475W_ACS	F475W_ACS	Vega
-F555W_ACS	F555W_ACS	Vega
-F606W_ACS	F606W_ACS	Vega
-F625W_ACS	F625W_ACS	Vega
-F775W_ACS	F775W_ACS	Vega
-F814W_ACS	F814W_ACS	Vega
-F850LP_ACS	F850LP_ACS	Vega
-F300W_WFPC2	F300W_WFPC2	Vega
-F336W_WFPC2	F336W_WFPC2	Vega
-F439W_WFPC2	F439W_WFPC2	Vega
-F450W_WFPC2	F450W_WFPC2	Vega
-F467M_WFPC2	F467M_WFPC2	Vega
-F555W_WFPC2	F555W_WFPC2	Vega
-F606W_WFPC2	F606W_WFPC2	Vega
-F675W_WFPC2	F675W_WFPC2	Vega
-F702W_WFPC2	F702W_WFPC2	Vega
-F814W_WFPC2	F814W_WFPC2	Vega
-F090W	F090W	Vega
-F115W	F115W	Vega
-F150W	F150W	Vega
-F200W	F200W	Vega
-F277W	F277W	Vega
-F356W	F356W	Vega
-F444W	F444W	Vega
-F435W_ACS_AB	F435W_ACS	AB
-F475W_ACS_AB	F475W_ACS	AB
-F555W_ACS_AB	F555W_ACS	AB
-F606W_ACS_AB	F606W_ACS	AB
-F625W_ACS_AB	F625W_ACS	AB
-F775W_ACS_AB	F775W_ACS	AB
-F814W_ACS_AB	F814W_ACS	AB
-F850LP_ACS_AB	F850LP_ACS	AB
-F300W_WFPC2_AB	F300W_WFPC2	AB
-F336W_WFPC2_AB	F336W_WFPC2	AB
-F439W_WFPC2_AB	F439W_WFPC2	AB
-F450W_WFPC2_AB	F450W_WFPC2	AB
-F467M_WFPC2_AB	F467M_WFPC2	AB
-F555W_WFPC2_AB	F555W_WFPC2	AB
-F606W_WFPC2_AB	F606W_WFPC2	AB
-F675W_WFPC2_AB	F675W_WFPC2	AB
-F702W_WFPC2_AB	F702W_WFPC2	AB
-F814W_WFPC2_AB	F814W_WFPC2	AB
-F090W_AB	F090W	AB
-F115W_AB	F115W	AB
-F150W_AB	F150W	AB
-F200W_AB	F200W	AB
-F277W_AB	F277W	AB
-F356W_AB	F356W	AB
-F444W_AB	F444W	AB
-u_MegaCam	u_MegaCam	Vega
-g_MegaCam	g_MegaCam	Vega
-r_MegaCam	r_MegaCam	Vega
-i_MegaCam	i_MegaCam	Vega
-z_MegaCam	z_MegaCam	Vega
-Y_WIRCam	Y_WIRCam	Vega
-J_WIRCam	J_WIRCam	Vega
-W_WIRCam	W_WIRCam	Vega
-H_WIRCam	H_WIRCam	Vega
-Ks_WIRCam	Ks_WIRCam	Vega
-u_MegaCam_AB	u_MegaCam	AB
-g_MegaCam_AB	g_MegaCam	AB
-r_MegaCam_AB	r_MegaCam	AB
-i_MegaCam_AB	i_MegaCam	AB
-z_MegaCam_AB	z_MegaCam	AB
-Y_WIRCam_AB	Y_WIRCam	AB
-J_WIRCam_AB	J_WIRCam	AB
-W_WIRCam_AB	W_WIRCam	AB
-H_WIRCam_AB	H_WIRCam	AB
-Ks_WIRCam_AB	Ks_WIRCam	AB
-u_DECam	u_DECam	AB
-g_DECam	g_DECam	AB
-r_DECam	r_DECam	AB
-i_DECam	i_DECam	AB
-z_DECam	z_DECam	AB
-Y_DECam	Y_DECam	AB
-Z_UKIDSS	Z_UKIDSS	Vega
-Y_UKIDSS	Y_UKIDSS	Vega
-J_UKIDSS	J_UKIDSS	Vega
-H_UKIDSS	H_UKIDSS	Vega
-K_UKIDSS	K_UKIDSS	Vega
-I1	I1	Vega
-I2	I2	Vega
-I3	I3	Vega
-I4	I4	Vega
-pg	pg	Vega
-pv	pv	Vega
-Bj	Bj	Vega
-Rf	Rf	Vega
-In	In	Vega
-\.
-
-
-COMMIT;
--- ROLLBACK;
diff --git a/postgres/drafts/06_designation.sql b/postgres/drafts/06_designation.sql
deleted file mode 100644
index d3205f70..00000000
--- a/postgres/drafts/06_designation.sql
+++ /dev/null
@@ -1,21 +0,0 @@
-BEGIN ;
-
-CREATE VIEW layer2.designations AS
-SELECT
-  -- можно еще добавить record_id - но я не представляю зачем это может понадобиться на этом уровне
-  r.pgc
-, d.design
-, t.table_name  -- я не уверен, что это нужно
-, t.bib
-, b.code
-, b.year
-, b.author
-, b.title
-FROM
-  designation.data AS d 
-  LEFT JOIN layer0.records AS r ON (d.record_id = r.id)
-  LEFT JOIN layer0.tables AS t ON (r.table_id = t.id)
-  LEFT JOIN common.bib AS b ON (t.bib = b.id)
-;
-
-COMMIT ;
\ No newline at end of file
diff --git a/postgres/drafts/08_photometry.sql b/postgres/drafts/08_photometry.sql
deleted file mode 100644
index 6b029f38..00000000
--- a/postgres/drafts/08_photometry.sql
+++ /dev/null
@@ -1,46 +0,0 @@
-BEGIN;
-
-------------------------------------------------------------------
---------         Photometry catalog (level 1)            ---------
-------------------------------------------------------------------
-------------------  Methods  -------------------------------------
---  Visual:
---     -> magVisual
---     -> sizeVisual
---        (in fact, it corresponds to the limiting isophote)
---  Total 
---  (Asymptotic extrapolation when aperture size -> Inf) : 
---     -> magTotal -> size%total
---  Model:
---     model -> magModel
---           -> size%model
---  Petrosian: 
---     -> Rpetro -> aperture -> magPetro -> size%petro
---  Kron:
---     -> Rkron -> aperture -> magKron
-------------------------------------------------------------------
-
-CREATE TYPE photometry.MagMethodType AS ENUM ( 'psf', 'visual', 'moments', 'aperture', 'isophotal', 'asymptotic', 'model', 'petrosian', 'kron' ) ;
-COMMENT ON TYPE photometry.MagMethodType IS '{ "psf":"Point Spread Function photometry for the point source", "visual":"Visual estimate", "moments":"Second-order moments of the spatial spread of a source profile", "aperture":"Aperture photometry", "isophotal":"Magnitude measurement inside a specified isophote", "asymptotic":"Asymptotic (extrapolated) magnitude when the aperture size -> Inf", "model":"Best fit model of the light distribution", "petrosian":"Petrosian adaptively scaled aperture", "kron":"Kron adaptively scaled aperture" }' ;
-
-
-CREATE TABLE photometry.data (
-  record_id	Text	NOT NULL	REFERENCES layer0.records(id) ON UPDATE cascade ON DELETE restrict
-, band	text	NOT NULL	REFERENCES photometry.calib_bands (id) ON DELETE restrict ON UPDATE cascade
-, mag	real	NOT NULL	CHECK ( mag > -1 and mag < 30 )
-, e_mag	real	CHECK ( e_mag > 0 and e_mag < 0.5 )
-, method	photometry.MagMethodType	NOT NULL	CHECK ( method IN ('psf', 'visual', 'asymptotic', 'model', 'petrosian', 'kron') )
-, PRIMARY KEY (record_id, method, band)
-);
-CREATE INDEX ON photometry.data (record_id) ;
-CREATE INDEX ON photometry.data (band) ;
-CREATE INDEX ON photometry.data (method) ;
-
-COMMENT ON TABLE photometry.data	IS 'Catalog of the total magnitudes';
-COMMENT ON COLUMN photometry.data.record_id	IS 'Record ID';
-COMMENT ON COLUMN photometry.data.band	IS '{"description":"Calibrated passband ID", "ucd":"instr.filter"}';
-COMMENT ON COLUMN photometry.data.mag	IS '{"description":"Total (PSF|model|asymptotic|etc.) magnitude", "unit":"mag", "ucd":"phot.mag"}';
-COMMENT ON COLUMN photometry.data.e_mag	IS '{"description":"Error of the total magnitude", "unit":"mag", "ucd":"stat.error;phot.mag"}';
-COMMENT ON COLUMN photometry.data.method	IS 'Photometry method type (PSF, Kron, etc.)' ;
-
-COMMIT;
diff --git a/postgres/migrations/V031__designation_index_and_setparams.sql b/postgres/migrations/V031__designation_index_and_setparams.sql
new file mode 100644
index 00000000..ba445e8d
--- /dev/null
+++ b/postgres/migrations/V031__designation_index_and_setparams.sql
@@ -0,0 +1,49 @@
+CREATE INDEX ON designation.data (design);
+
+CREATE OR REPLACE FUNCTION meta.setparams(
+  p_schema text,
+  p_table text,
+  p_column text,
+  p_key text,
+  p_value text
+)
+RETURNS void
+AS $$
+DECLARE
+  tab_oid oid;
+  col_ord int;
+  current_comment text;
+  new_param jsonb;
+BEGIN
+  tab_oid := (quote_ident(p_schema) || '.' || quote_ident(p_table))::regclass;
+  SELECT c.ordinal_position INTO col_ord
+  FROM information_schema.columns c
+  WHERE c.table_schema = p_schema
+    AND c.table_name = p_table
+    AND c.column_name = p_column;
+  IF col_ord IS NULL THEN
+    RAISE EXCEPTION 'column %.%.% does not exist', p_schema, p_table, p_column;
+  END IF;
+
+  current_comment := pg_catalog.col_description(tab_oid, col_ord);
+  IF current_comment IS NULL THEN
+    new_param := '{}'::jsonb;
+  ELSIF current_comment ~ '^\s*\{' THEN
+    BEGIN
+      new_param := current_comment::jsonb;
+    EXCEPTION WHEN OTHERS THEN
+      new_param := jsonb_build_object('description', current_comment);
+    END;
+  ELSE
+    new_param := jsonb_build_object('description', current_comment);
+  END IF;
+  new_param := new_param || jsonb_build_object(p_key, p_value);
+
+  EXECUTE format(
+    'COMMENT ON COLUMN %I.%I.%I IS %L',
+    p_schema, p_table, p_column,
+    new_param::text
+  );
+END;
+$$ LANGUAGE plpgsql COST 100 VOLATILE STRICT PARALLEL UNSAFE;
+
diff --git a/postgres/migrations/V032__photometry_layer1_catalog.sql b/postgres/migrations/V032__photometry_layer1_catalog.sql
new file mode 100644
index 00000000..a42341b8
--- /dev/null
+++ b/postgres/migrations/V032__photometry_layer1_catalog.sql
@@ -0,0 +1,386 @@
+CREATE SCHEMA IF NOT EXISTS photometry ;
+SELECT meta.setparams('photometry', '{"description": "Photometry catalog"}');
+
+CREATE TYPE photometry.mag_sys_type AS ENUM ( 'Vega', 'AB', 'ST' ) ;
+
+COMMENT ON TYPE photometry.mag_sys_type IS '{
+  "Vega" : "The Vega magnitude system uses Vega as the standard star with an apparent magnitude of zero, regardless of the wavelength filter. The spectrum of Vega used to define this system is a composite spectrum of empirical and synthetic spectra (Bohlin & Gilliland, 2004AJ....127.3508B). m(Vega) = -2.5*log10(F/FVega), where F is the flux of an object and FVega is the calibrated spectrum of Vega.",
+  "AB" : "The AB magnitude system uses a flat reference spectrum in frequency space. The conversion is chosen such that the V-magnitude corresponds roughly to that in the Johnson system. The monochromatic AB magnitude is defined as m(AB) = 8.9 -2.5*log10(Fv[Jy]) = -48.6 -2.5*log10(Fv[erg s^-1 cm^-2 Hz^-1]), where Fv is the spectral flux density.",
+  "ST" : "The ST magnitude system uses a flat reference spectrum in wavelength space. The conversion is chosen such that the V-magnitude corresponds roughly to that in the Johnson system. The monochromatic ST magnitude is defined as m(ST) = -21.1 -2.5*log10(Flambda[erg s^-1 cm^-2 Angstrom^-1]), where Flambda is the spectral flux density."
+}' ;
+
+CREATE TABLE photometry.systems (
+  id	text	PRIMARY KEY
+, description	text	NOT NULL
+, bibcode	char(19)	UNIQUE
+, svo_id	text	UNIQUE
+) ;
+
+SELECT meta.setparams('photometry', 'systems', '{"description": "Photometric systems"}');
+SELECT meta.setparams('photometry', 'systems', 'id', 'description', 'Photometric system ID');
+SELECT meta.setparams('photometry', 'systems', 'description', 'description', 'Description of the photometric system');
+SELECT meta.setparams('photometry', 'systems', 'bibcode', 'description', 'ADS bibcode');
+SELECT meta.setparams('photometry', 'systems', 'bibcode', 'url', 'https://ui.adsabs.harvard.edu/abs/');
+SELECT meta.setparams('photometry', 'systems', 'bibcode', 'ucd', 'meta.ref.url');
+SELECT meta.setparams('photometry', 'systems', 'svo_id', 'description', 'Query to the Spanish Virtual Observatory');
+SELECT meta.setparams('photometry', 'systems', 'svo_id', 'url', 'http://svo2.cab.inta-csic.es/theory/fps/index.php?');
+SELECT meta.setparams('photometry', 'systems', 'svo_id', 'ucd', 'meta.ref.url');
+
+INSERT INTO photometry.systems VALUES
+  ( 'UBVRIJHKL' , 'Johnson UBVRIJHKL photometric system' , '1965CoLPL...3...73J', 'gname=Generic&gname2=Johnson_UBVRIJHKL' )
+, ( 'Cousins' , 'Cousins (Rc,Ic) photometric system' , '1976MmRAS..81...25C', 'gname=Generic&gname2=Cousins' )
+, ( 'Bessell' , 'Bessell photometric system' , '1990PASP..102.1181B', 'gname=Generic&gname2=Bessell' )
+
+, ( 'Gaia3' , 'Gaia mission, eDR3 release photometric system' , NULL, 'gname=GAIA&gname2=GAIA3' )
+
+, ( 'ACS_WFC' , 'Hubble Space Telescope (HST), Advanced Camera for Surveys (ACS), Wide Field Channel photometric system' , NULL, 'gname=HST&gname2=ACS_WFC' )
+, ( 'WFPC2_WF' , 'Hubble Space Telescope (HST), Wide-Field Planetary Camera 2 (WFPC2), Wide Field photometric system' , NULL, 'gname=HST&gname2=WFPC2_WF' )
+, ( 'WFPC3_IR' , 'Hubble Space Telescope (HST), Wide-Field Planetary Camera 3 (WFPC3), IR channel photometric system' , NULL, 'gname=HST&gname2=WFC3_IR' )
+
+, ( 'NIRCam' , 'James Webb Space Telescope (JWST), Near Infrared Camera (NIRCam) photometric system' , NULL, 'gname=JWST&gname2=NIRCam' )
+, ( 'MegaCam', 'Canada-France-Hawaii Telescope (CFHT), MegaCam photometric system', NULL, 'gname=CFHT&gname2=MegaCam' )
+, ( 'WIRCam', 'Canada-France-Hawaii Telescope (CFHT), Wide-field InfraRed Camera (WIRCam) photometric system', NULL, 'gname=CFHT&gname2=Wircam' )
+
+, ( 'SDSS' , 'Sloan Digital Sky Survey photometric system' , '1998AJ....116.3040G', 'gname=SLOAN&gname2=SDSS' )
+, ( 'PS1' , 'Panoramic Survey Telescope and Rapid Response System (Pan-STARRS), PS1 photometric system' , '2012ApJ...750...99T', 'gname=PAN-STARRS' )
+, ( 'DECam' , 'Dark Energy Camera (DECam) photometric system (at the prime focus of the Blanco 4-m telescope)' , '2015AJ....150..150F', 'gname=CTIO&gname2=DECam' )
+, ( 'HSC' , 'Hyper Suprime-Cam (HSC) photometric system (at the prime focus of Subaru Telescope)' , NULL, 'gname=Subaru&gname2=HSC' )
+, ( '2MASS' , 'Two Micron All Sky Survey (2MASS) photometric system' , '2003AJ....126.1090C', 'gname=2MASS' )
+, ( 'DENIS' , 'Deep Near Infrared Survey of the Southern Sky (DENIS) photometric system' , '1994Ap&SS.217....3E', 'gname=DENIS' )
+, ( 'UKIDSS' , 'United Kingdom Infrared Telescope (UKIRT), Infrared Deep Sky Survey (UKIDSS) ZYJHK photometric system' , NULL, 'gname=UKIRT&gname2=UKIDSS' )
+
+, ( 'GALEX' , 'Galaxy Evolution Explorer (GALEX) photometric system' , '2007ApJS..173..185G', 'gname=GALEX' )
+, ( 'IRAS' , 'Infrared Astronomical Satellite (IRAS) photometric system' , '1984ApJ...278L...1N', 'gname=IRAS' )
+, ( 'WISE' , 'Wide-field Infrared Survey Explorer (WISE) photometric system' , '2010AJ....140.1868W', 'gname=WISE' )
+, ( 'Swift', 'Swift Gamma-Ray Burst Mission photometric system', NULL, 'gname=Swift' )
+, ( 'IRAC' , 'Spitzer Space Telescope, the InfraRed Array Camera (IRAC) photometric system', '2004ApJS..154...10F', 'gname=Spitzer&gname2=IRAC' )
+
+, ( 'Holmberg' , 'Holmberg m_pg, m_pv photographic magnitudes' , NULL, NULL )
+, ( 'GSC2' , 'Second-Generation Guide Star Catalog, Palomar (north) Bj, Rf, In photographic passbands', '2008AJ....136..735L' , 'gname=Palomar&gname2=GSC2' )
+;
+
+CREATE TABLE photometry.bands (
+  id	text	PRIMARY KEY
+, name	text	NOT NULL
+, photsys	text	NOT NULL	REFERENCES photometry.systems (id) ON DELETE restrict ON UPDATE cascade
+, waveref	real	NOT NULL
+, fwhm	real	NOT NULL
+, extinction	real
+, svo_id	text	UNIQUE
+) ;
+CREATE INDEX ON photometry.bands (waveref) ;
+CREATE INDEX ON photometry.bands (name) ;
+CREATE INDEX ON photometry.bands (photsys) ;
+
+SELECT meta.setparams('photometry', 'bands', '{"description": "List of filters"}');
+SELECT meta.setparams('photometry', 'bands', 'id', 'description', 'Filter ID');
+SELECT meta.setparams('photometry', 'bands', 'name', 'description', 'Common filter designation');
+SELECT meta.setparams('photometry', 'bands', 'photsys', 'description', 'Photometric system');
+SELECT meta.setparams('photometry', 'bands', 'waveref', 'description', 'Reference wavelength of the filter transmission');
+SELECT meta.setparams('photometry', 'bands', 'fwhm', 'description', 'Full width at half maximum of the filter transmission');
+SELECT meta.setparams('photometry', 'bands', 'extinction', 'description', 'Relative extinction: ratio between extinction at lambda_ref (Af) and visual extinction (Av)');
+SELECT meta.setparams('photometry', 'bands', 'svo_id', 'description', 'The Spanish Virtual Observatory filter ID');
+SELECT meta.setparams('photometry', 'bands', 'svo_id', 'url', 'http://svo2.cab.inta-csic.es/theory/fps/index.php?id=');
+SELECT meta.setparams('photometry', 'bands', 'svo_id', 'ucd', 'meta.ref.url');
+
+CREATE TYPE photometry.mag_method_type AS ENUM ( 'psf', 'visual', 'moments', 'aperture', 'isophotal', 'asymptotic', 'model', 'petrosian', 'kron' ) ;
+
+COMMENT ON TYPE photometry.mag_method_type IS '{
+  "psf" : "Point Spread Function photometry for the point source",
+  "visual" : "Visual estimate",
+  "moments" : "Second-order moments of the spatial spread of a source profile",
+  "aperture" : "Aperture photometry",
+  "isophotal" : "Magnitude measurement inside a specified isophote",
+  "asymptotic" : "Asymptotic (extrapolated) magnitude when the aperture size -> Inf",
+  "model" : "Best-fit model of the light distribution",
+  "petrosian" : "Petrosian adaptively scaled aperture",
+  "kron" : "Kron adaptively scaled aperture"
+}' ;
+
+CREATE TABLE photometry.calib_bands (
+  id	text	PRIMARY KEY
+, band	text	NOT NULL	REFERENCES photometry.bands (id) ON DELETE restrict ON UPDATE cascade
+, magsys	photometry.mag_sys_type
+, UNIQUE (band,magsys)
+) ;
+
+SELECT meta.setparams('photometry', 'calib_bands', '{"description": "List of calibrated bands"}');
+SELECT meta.setparams('photometry', 'calib_bands', 'id', 'description', 'Calibrated band ID');
+SELECT meta.setparams('photometry', 'calib_bands', 'band', 'description', 'Band ID');
+SELECT meta.setparams('photometry', 'calib_bands', 'magsys', 'description', 'Magnitude system');
+
+CREATE TABLE photometry.data (
+  record_id	text	NOT NULL	REFERENCES layer0.records(id) ON UPDATE cascade ON DELETE restrict
+, band	text	NOT NULL	REFERENCES photometry.calib_bands (id) ON DELETE restrict ON UPDATE cascade
+, mag	real	NOT NULL	CHECK ( mag > -1 and mag < 30 )
+, e_mag	real	CHECK ( e_mag > 0 and e_mag < 0.5 )
+, method	photometry.mag_method_type NOT NULL
+, PRIMARY KEY (record_id, method, band)
+) ;
+CREATE INDEX ON photometry.data (record_id) ;
+CREATE INDEX ON photometry.data (band) ;
+CREATE INDEX ON photometry.data (method) ;
+
+SELECT meta.setparams('photometry', 'data', '{"description": "Catalog of total magnitudes"}');
+SELECT meta.setparams('photometry', 'data', 'record_id', 'description', 'Record ID');
+SELECT meta.setparams('photometry', 'data', 'band', 'description', 'Calibrated passband ID');
+SELECT meta.setparams('photometry', 'data', 'band', 'ucd', 'instr.filter');
+SELECT meta.setparams('photometry', 'data', 'mag', 'description', 'Total (PSF, model, asymptotic, etc.) magnitude');
+SELECT meta.setparams('photometry', 'data', 'mag', 'unit', 'mag');
+SELECT meta.setparams('photometry', 'data', 'mag', 'ucd', 'phot.mag');
+SELECT meta.setparams('photometry', 'data', 'e_mag', 'description', 'Error of the total magnitude');
+SELECT meta.setparams('photometry', 'data', 'e_mag', 'unit', 'mag');
+SELECT meta.setparams('photometry', 'data', 'e_mag', 'ucd', 'stat.error;phot.mag');
+SELECT meta.setparams('photometry', 'data', 'method', 'description', 'Photometry method (PSF, Kron, etc.)');
+
+INSERT INTO photometry.bands (id,name,photsys,waveref,fwhm,extinction,svo_id) VALUES
+  ('FUV','FUV','GALEX',1535.08,233.93,2.62759,'GALEX/GALEX.FUV'),
+  ('NUV','NUV','GALEX',2300.78,795.19,2.85878,'GALEX/GALEX.NUV'),
+  ('UVW2','UVW2','Swift',2054.61,584.89,2.99964,'Swift/UVOT.UVW2'),
+  ('UVM2','UVM2','Swift',2246.43,527.13,3.01684,'Swift/UVOT.UVM2'),
+  ('UVW1','UVW1','Swift',2580.74,656.60,2.18468,'Swift/UVOT.UVW1'),
+  ('U_Swift','U','Swift',3467.05,778.49,1.63943,'Swift/UVOT.U'),
+  ('B_Swift','B','Swift',4349.56,978.33,1.31480,'Swift/UVOT.B'),
+  ('V_Swift','V','Swift',5425.33,744.99,1.02056,'Swift/UVOT.V'),
+  ('U','U','UBVRIJHKL',3511.89,683.73,1.61966,'Generic/Johnson_UBVRIJHKL.U'),
+  ('B','B','UBVRIJHKL',4382.77,1011.11,1.30391,'Generic/Johnson_UBVRIJHKL.B'),
+  ('V','V','UBVRIJHKL',5501.40,876.67,1.00171,'Generic/Johnson_UBVRIJHKL.V'),
+  ('R','R','UBVRIJHKL',6819.05,2093.33,0.76112,'Generic/Johnson_UBVRIJHKL.R'),
+  ('I','I','UBVRIJHKL',8657.44,2205.45,0.53488,'Generic/Johnson_UBVRIJHKL.I'),
+  ('J','J','UBVRIJHKL',12317.30,3193.55,0.30707,'Generic/Johnson_UBVRIJHKL.J'),
+  ('H','H','UBVRIJHKL',16396.38,2983.81,0.19401,'Generic/Johnson_UBVRIJHKL.H'),
+  ('K','K','UBVRIJHKL',21735.85,5926.09,0.12389,'Generic/Johnson_UBVRIJHKL.K'),
+  ('Rc','R','Cousins',6414.42,1516.49,0.83459,'Generic/Cousins.R'),
+  ('Ic','I','Cousins',7858.32,1093.68,0.62548,'Generic/Cousins.I'),
+  ('U_Bessell','U','Bessell',3584.78,652.84,1.58844,'Generic/Bessell.U'),
+  ('B_Bessell','B','Bessell',4371.07,947.62,1.30775,'Generic/Bessell.B'),
+  ('V_Bessell','V','Bessell',5477.70,852.44,1.00755,'Generic/Bessell.V'),
+  ('R_Bessell','R','Bessell',6498.09,1567.06,0.81934,'Generic/Bessell.R'),
+  ('I_Bessell','I','Bessell',8020.14,1543.11,0.60552,'Generic/Bessell.I'),
+  ('u_SDSS','u','SDSS',3556.52,565.80,1.60055,'SLOAN/SDSS.u'),
+  ('g_SDSS','g','SDSS',4702.50,1175.63,1.21355,'SLOAN/SDSS.g'),
+  ('r_SDSS','r','SDSS',6175.58,1130.56,0.87774,'SLOAN/SDSS.r'),
+  ('i_SDSS','i','SDSS',7489.98,1253.30,0.66911,'SLOAN/SDSS.i'),
+  ('z_SDSS','z','SDSS',8946.71,998.50,0.51176,'SLOAN/SDSS.z'),
+  ('g_PS1','g','PS1',4849.11,1148.66,1.17468,'PAN-STARRS/PS1.g'),
+  ('r_PS1','r','PS1',6201.20,1397.73,0.87305,'PAN-STARRS/PS1.r'),
+  ('i_PS1','i','PS1',7534.96,1292.39,0.66384,'PAN-STARRS/PS1.i'),
+  ('z_PS1','z','PS1',8674.20,1038.82,0.53346,'PAN-STARRS/PS1.z'),
+  ('y_PS1','y','PS1',9627.79,665.08,0.45589,'PAN-STARRS/PS1.y'),
+  ('I_DENIS','I','DENIS',7897.13,1311.11,0.62077,'DENIS/DENIS.I'),
+  ('J_DENIS','J','DENIS',12295.06,1991.11,0.30803,'DENIS/DENIS.J'),
+  ('Ks_DENIS','Ks','DENIS',21561.52,3301.94,0.12529,'DENIS/DENIS.Ks'),
+  ('J_2MASS','I','2MASS',12350.00,1830.20,0.30566,'2MASS/2MASS.J'),
+  ('H_2MASS','J','2MASS',16620.00,2580.01,0.18873,'2MASS/2MASS.H'),
+  ('Ks_2MASS','Ks','2MASS',21590.00,2771.26,0.12505,'2MASS/2MASS.Ks'),
+  ('W1','W1','WISE',33526.00,6357.93,0.07166,'WISE/WISE.W1'),
+  ('W2','W2','WISE',46028.00,11073.19,0.05049,'WISE/WISE.W2'),
+  ('W3','W3','WISE',115608.00,62758.04,0.04304,'WISE/WISE.W3'),
+  ('W4','W4','WISE',220883.00,47397.34,0.01960,'WISE/WISE.W4'),
+  ('12mu','12mu','IRAS',110356.60,69306.43,0.05161,'IRAS/IRAS.12mu'),
+  ('25mu','25mu','IRAS',230702.01,112542.87,0.01779,'IRAS/IRAS.25mu'),
+  ('60mu','60mu','IRAS',581903.91,327605.04,0.00288,'IRAS/IRAS.60mu'),
+  ('100mu','100mu','IRAS',995377.63,322249.87,0.00102,'IRAS/IRAS.100mu'),
+  ('F435W_ACS','F435W','ACS_WFC',4329.85,900.04,1.32127,'HST/ACS_WFC.F435W'),
+  ('F475W_ACS','F475W','ACS_WFC',4746.94,1398.86,1.20185,'HST/ACS_WFC.F475W'),
+  ('F555W_ACS','F555W','ACS_WFC',5361.03,1236.10,1.03724,'HST/ACS_WFC.F555W'),
+  ('F606W_ACS','F606W','ACS_WFC',5921.88,2253.40,0.92404,'HST/ACS_WFC.F606W'),
+  ('F625W_ACS','F625W','ACS_WFC',6311.85,1389.28,0.85309,'HST/ACS_WFC.F625W'),
+  ('F775W_ACS','F775W','ACS_WFC',7693.47,1517.31,0.64523,'HST/ACS_WFC.F775W'),
+  ('F814W_ACS','F814W','ACS_WFC',8045.53,2098.15,0.60232,'HST/ACS_WFC.F814W'),
+  ('F850LP_ACS','F850LP','ACS_WFC',9031.48,1273.50,0.50504,'HST/ACS_WFC.F850LP'),
+  ('F300W_WFPC2','F300W','WFPC2_WF',2984.47,914.56,1.82725,'HST/WFPC2_WF.F300W'),
+  ('F336W_WFPC2','F336W','WFPC2_WF',3344.09,486.34,1.69425,'HST/WFPC2_WF.F336W'),
+  ('F439W_WFPC2','F439W','WFPC2_WF',4311.49,714.01,1.32729,'HST/WFPC2_WF.F439W'),
+  ('F450W_WFPC2','F450W','WFPC2_WF',4556.22,810.07,1.25247,'HST/WFPC2_WF.F450W'),
+  ('F467M_WFPC2','F467M','WFPC2_WF',4669.94,214.29,1.22208,'HST/WFPC2_WF.F467M'),
+  ('F555W_WFPC2','F555W','WFPC2_WF',5442.21,1473.75,1.01636,'HST/WFPC2_WF.F555W'),
+  ('F606W_WFPC2','F606W','WFPC2_WF',6001.01,2049.98,0.90978,'HST/WFPC2_WF.F606W'),
+  ('F675W_WFPC2','F675W','WFPC2_WF',6718.09,1259.41,0.77885,'HST/WFPC2_WF.F675W'),
+  ('F702W_WFPC2','F702W','WFPC2_WF',6918.77,2108.11,0.74476,'HST/WFPC2_WF.F702W'),
+  ('F814W_WFPC2','F814W','WFPC2_WF',8001.59,1676.13,0.60786,'HST/WFPC2_WF.F814W'),
+  ('F090W','F090W','NIRCam',9021.53,2088.06,0.50583,'JWST/NIRCam.F090W'),
+  ('F115W','F115W','NIRCam',11542.61,2644.25,0.33959,'JWST/NIRCam.F115W'),
+  ('F150W','F150W','NIRCam',15007.44,3349.30,0.22892,'JWST/NIRCam.F150W'),
+  ('F200W','F200W','NIRCam',19886.48,4689.40,0.14166,'JWST/NIRCam.F200W'),
+  ('F277W','F277W','NIRCam',27617.40,7064.64,0.09023,'JWST/NIRCam.F277W'),
+  ('F356W','F356W','NIRCam',35683.62,8326.81,0.06685,'JWST/NIRCam.F356W'),
+  ('F444W','F444W','NIRCam',44043.15,11144.05,0.05304,'JWST/NIRCam.F444W'),
+  ('u_MegaCam','u','MegaCam',3676.12,456.42,1.55256,'CFHT/MegaCam.u'),
+  ('g_MegaCam','g','MegaCam',4763.98,1532.24,1.19736,'CFHT/MegaCam.g'),
+  ('r_MegaCam','r','MegaCam',6382.59,1477.66,0.84035,'CFHT/MegaCam.r'),
+  ('i_MegaCam','i','MegaCam',7682.93,1538.12,0.64647,'CFHT/MegaCam.i'),
+  ('z_MegaCam','z','MegaCam',8979.62,774.01,0.50916,'CFHT/MegaCam.z'),
+  ('Y_WIRCam','Y','WIRCam',10241.51,1105.33,0.41289,'CFHT/WIRCam.Y'),
+  ('J_WIRCam','J','WIRCam',12518.72,1587.53,0.29837,'CFHT/WIRCam.J'),
+  ('W_WIRCam','W','WIRCam',14524.26,884.59,0.24090,'CFHT/WIRCam.W'),
+  ('H_WIRCam','H','WIRCam',16243.54,2911.26,0.19786,'CFHT/WIRCam.H'),
+  ('Ks_WIRCam','Ks','WIRCam',21434.00,3270.46,0.12636,'CFHT/WIRCam.Ks'),
+  ('u_DECam','u','DECam',3814.33,245.32,1.50330,'CTIO/DECam.u'),
+  ('g_DECam','g','DECam',4808.49,1110.21,1.18559,'CTIO/DECam.g'),
+  ('r_DECam','r','DECam',6417.65,1477.92,0.83400,'CTIO/DECam.r'),
+  ('i_DECam','i','DECam',7814.58,1468.81,0.63078,'CTIO/DECam.i'),
+  ('z_DECam','z','DECam',9168.85,1476.78,0.49398,'CTIO/DECam.z'),
+  ('Y_DECam','Y','DECam',9896.11,676.44,0.43505,'CTIO/DECam.Y'),
+  ('Z_UKIDSS','Z','UKIDSS',8817.00,917.02,0.52194,'UKIRT/UKIDSS.Z'),
+  ('Y_UKIDSS','Y','UKIDSS',10305.00,1026.81,0.40917,'UKIRT/UKIDSS.Y'),
+  ('J_UKIDSS','J','UKIDSS',12483.00,1581.88,0.29990,'UKIRT/UKIDSS.J'),
+  ('H_UKIDSS','H','UKIDSS',16313.00,2952.17,0.19609,'UKIRT/UKIDSS.H'),
+  ('K_UKIDSS','K','UKIDSS',22010.00,3511.37,0.12187,'UKIRT/UKIDSS.K'),
+  ('I1','I1','IRAC',35378.41,7431.71,0.06748,'Spitzer/IRAC.I1'),
+  ('I2','I2','IRAC',44780.49,10096.82,0.05205,'Spitzer/IRAC.I2'),
+  ('I3','I3','IRAC',56961.78,13911.89,0.03959,'Spitzer/IRAC.I3'),
+  ('I4','I4','IRAC',77978.40,28311.77,0.03466,'Spitzer/IRAC.I4'),
+  ('pg','pg','Holmberg',4300,1300,1.33105,NULL),
+  ('pv','pv','Holmberg',5500,1000,1.00201,NULL),
+  ('Bj','Bj','GSC2',3384.97,1059.59,1.67600,'Palomar/GSC2.Bj'),
+  ('Rf','Rf','GSC2',4992.74,647.10,1.13599,'Palomar/GSC2.Rf'),
+  ('In','In','GSC2',6793.20,2132.52,0.76550,'Palomar/GSC2.In') ;
+
+INSERT INTO photometry.calib_bands (id,band,magsys)
+VALUES
+  ('FUV', 'FUV', 'AB'),
+  ('NUV', 'NUV', 'AB'),
+  ('UVW2', 'UVW2', 'Vega'),
+  ('UVM2', 'UVM2', 'Vega'),
+  ('UVW1', 'UVW1', 'Vega'),
+  ('U_Swift', 'U_Swift', 'Vega'),
+  ('B_Swift', 'B_Swift', 'Vega'),
+  ('V_Swift', 'V_Swift', 'Vega'),
+  ('U', 'U', 'Vega'),
+  ('B', 'B', 'Vega'),
+  ('V', 'V', 'Vega'),
+  ('R', 'R', 'Vega'),
+  ('I', 'I', 'Vega'),
+  ('J', 'J', 'Vega'),
+  ('H', 'H', 'Vega'),
+  ('K', 'K', 'Vega'),
+  ('U_AB', 'U', 'AB'),
+  ('B_AB', 'B', 'AB'),
+  ('V_AB', 'V', 'AB'),
+  ('R_AB', 'R', 'AB'),
+  ('I_AB', 'I', 'AB'),
+  ('J_AB', 'J', 'AB'),
+  ('H_AB', 'H', 'AB'),
+  ('K_AB', 'K', 'AB'),
+  ('Rc', 'Rc', 'Vega'),
+  ('Ic', 'Ic', 'Vega'),
+  ('U_Bessell', 'U_Bessell', 'Vega'),
+  ('B_Bessell', 'B_Bessell', 'Vega'),
+  ('V_Bessell', 'V_Bessell', 'Vega'),
+  ('R_Bessell', 'R_Bessell', 'Vega'),
+  ('I_Bessell', 'I_Bessell', 'Vega'),
+  ('u', 'u_SDSS', 'AB'),
+  ('g', 'g_SDSS', 'AB'),
+  ('r', 'r_SDSS', 'AB'),
+  ('i', 'i_SDSS', 'AB'),
+  ('z', 'z_SDSS', 'AB'),
+  ('g_PS1', 'g_PS1', 'AB'),
+  ('r_PS1', 'r_PS1', 'AB'),
+  ('i_PS1', 'i_PS1', 'AB'),
+  ('z_PS1', 'z_PS1', 'AB'),
+  ('y_PS1', 'y_PS1', 'AB'),
+  ('I_D', 'I_DENIS', 'Vega'),
+  ('J_D', 'J_DENIS', 'Vega'),
+  ('Ks_D', 'Ks_DENIS', 'Vega'),
+  ('J_2M', 'J_2MASS', 'Vega'),
+  ('H_2M', 'H_2MASS', 'Vega'),
+  ('Ks_2M', 'Ks_2MASS', 'Vega'),
+  ('W1', 'W1', 'Vega'),
+  ('W2', 'W2', 'Vega'),
+  ('W3', 'W3', 'Vega'),
+  ('W4', 'W4', 'Vega'),
+  ('12mu', '12mu', 'AB'),
+  ('25mu', '25mu', 'AB'),
+  ('60mu', '60mu', 'AB'),
+  ('100mu', '100mu', 'AB'),
+  ('F435W_ACS', 'F435W_ACS', 'Vega'),
+  ('F475W_ACS', 'F475W_ACS', 'Vega'),
+  ('F555W_ACS', 'F555W_ACS', 'Vega'),
+  ('F606W_ACS', 'F606W_ACS', 'Vega'),
+  ('F625W_ACS', 'F625W_ACS', 'Vega'),
+  ('F775W_ACS', 'F775W_ACS', 'Vega'),
+  ('F814W_ACS', 'F814W_ACS', 'Vega'),
+  ('F850LP_ACS', 'F850LP_ACS', 'Vega'),
+  ('F300W_WFPC2', 'F300W_WFPC2', 'Vega'),
+  ('F336W_WFPC2', 'F336W_WFPC2', 'Vega'),
+  ('F439W_WFPC2', 'F439W_WFPC2', 'Vega'),
+  ('F450W_WFPC2', 'F450W_WFPC2', 'Vega'),
+  ('F467M_WFPC2', 'F467M_WFPC2', 'Vega'),
+  ('F555W_WFPC2', 'F555W_WFPC2', 'Vega'),
+  ('F606W_WFPC2', 'F606W_WFPC2', 'Vega'),
+  ('F675W_WFPC2', 'F675W_WFPC2', 'Vega'),
+  ('F702W_WFPC2', 'F702W_WFPC2', 'Vega'),
+  ('F814W_WFPC2', 'F814W_WFPC2', 'Vega'),
+  ('F090W', 'F090W', 'Vega'),
+  ('F115W', 'F115W', 'Vega'),
+  ('F150W', 'F150W', 'Vega'),
+  ('F200W', 'F200W', 'Vega'),
+  ('F277W', 'F277W', 'Vega'),
+  ('F356W', 'F356W', 'Vega'),
+  ('F444W', 'F444W', 'Vega'),
+  ('F435W_ACS_AB', 'F435W_ACS', 'AB'),
+  ('F475W_ACS_AB', 'F475W_ACS', 'AB'),
+  ('F555W_ACS_AB', 'F555W_ACS', 'AB'),
+  ('F606W_ACS_AB', 'F606W_ACS', 'AB'),
+  ('F625W_ACS_AB', 'F625W_ACS', 'AB'),
+  ('F775W_ACS_AB', 'F775W_ACS', 'AB'),
+  ('F814W_ACS_AB', 'F814W_ACS', 'AB'),
+  ('F850LP_ACS_AB', 'F850LP_ACS', 'AB'),
+  ('F300W_WFPC2_AB', 'F300W_WFPC2', 'AB'),
+  ('F336W_WFPC2_AB', 'F336W_WFPC2', 'AB'),
+  ('F439W_WFPC2_AB', 'F439W_WFPC2', 'AB'),
+  ('F450W_WFPC2_AB', 'F450W_WFPC2', 'AB'),
+  ('F467M_WFPC2_AB', 'F467M_WFPC2', 'AB'),
+  ('F555W_WFPC2_AB', 'F555W_WFPC2', 'AB'),
+  ('F606W_WFPC2_AB', 'F606W_WFPC2', 'AB'),
+  ('F675W_WFPC2_AB', 'F675W_WFPC2', 'AB'),
+  ('F702W_WFPC2_AB', 'F702W_WFPC2', 'AB'),
+  ('F814W_WFPC2_AB', 'F814W_WFPC2', 'AB'),
+  ('F090W_AB', 'F090W', 'AB'),
+  ('F115W_AB', 'F115W', 'AB'),
+  ('F150W_AB', 'F150W', 'AB'),
+  ('F200W_AB', 'F200W', 'AB'),
+  ('F277W_AB', 'F277W', 'AB'),
+  ('F356W_AB', 'F356W', 'AB'),
+  ('F444W_AB', 'F444W', 'AB'),
+  ('u_MegaCam', 'u_MegaCam', 'Vega'),
+  ('g_MegaCam', 'g_MegaCam', 'Vega'),
+  ('r_MegaCam', 'r_MegaCam', 'Vega'),
+  ('i_MegaCam', 'i_MegaCam', 'Vega'),
+  ('z_MegaCam', 'z_MegaCam', 'Vega'),
+  ('Y_WIRCam', 'Y_WIRCam', 'Vega'),
+  ('J_WIRCam', 'J_WIRCam', 'Vega'),
+  ('W_WIRCam', 'W_WIRCam', 'Vega'),
+  ('H_WIRCam', 'H_WIRCam', 'Vega'),
+  ('Ks_WIRCam', 'Ks_WIRCam', 'Vega'),
+  ('u_MegaCam_AB', 'u_MegaCam', 'AB'),
+  ('g_MegaCam_AB', 'g_MegaCam', 'AB'),
+  ('r_MegaCam_AB', 'r_MegaCam', 'AB'),
+  ('i_MegaCam_AB', 'i_MegaCam', 'AB'),
+  ('z_MegaCam_AB', 'z_MegaCam', 'AB'),
+  ('Y_WIRCam_AB', 'Y_WIRCam', 'AB'),
+  ('J_WIRCam_AB', 'J_WIRCam', 'AB'),
+  ('W_WIRCam_AB', 'W_WIRCam', 'AB'),
+  ('H_WIRCam_AB', 'H_WIRCam', 'AB'),
+  ('Ks_WIRCam_AB', 'Ks_WIRCam', 'AB'),
+  ('u_DECam', 'u_DECam', 'AB'),
+  ('g_DECam', 'g_DECam', 'AB'),
+  ('r_DECam', 'r_DECam', 'AB'),
+  ('i_DECam', 'i_DECam', 'AB'),
+  ('z_DECam', 'z_DECam', 'AB'),
+  ('Y_DECam', 'Y_DECam', 'AB'),
+  ('Z_UKIDSS', 'Z_UKIDSS', 'Vega'),
+  ('Y_UKIDSS', 'Y_UKIDSS', 'Vega'),
+  ('J_UKIDSS', 'J_UKIDSS', 'Vega'),
+  ('H_UKIDSS', 'H_UKIDSS', 'Vega'),
+  ('K_UKIDSS', 'K_UKIDSS', 'Vega'),
+  ('I1', 'I1', 'Vega'),
+  ('I2', 'I2', 'Vega'),
+  ('I3', 'I3', 'Vega'),
+  ('I4', 'I4', 'Vega'),
+  ('pg', 'pg', 'Vega'),
+  ('pv', 'pv', 'Vega'),
+  ('Bj', 'Bj', 'Vega'),
+  ('Rf', 'Rf', 'Vega'),
+  ('In', 'In', 'Vega') ;
diff --git a/tests/regression/upload_simple_table.py b/tests/regression/upload_simple_table.py
index 2b4002d6..2b5c03cc 100644
--- a/tests/regression/upload_simple_table.py
+++ b/tests/regression/upload_simple_table.py
@@ -25,6 +25,9 @@
 TABLE2_RA_CENTER = random.uniform(TABLE2_RADIUS, 360 - TABLE2_RADIUS)
 TABLE2_DEC_CENTER = random.uniform(-90 + TABLE2_RADIUS, 90 - TABLE2_RADIUS)
 
+PHOTOMETRY_BANDS = ["V", "B", "R"]
+PHOTOMETRY_METHOD = "psf"
+
 
 @lib.test_logging_decorator
 def create_bibliography(session: requests.Session) -> str:
@@ -150,6 +153,25 @@ def fill_layer1_via_structured(session: requests.Session, records: list[dict]) -
     response = session.post("/v1/data/structured", json=icrs_request.model_dump(mode="json"))
     response.raise_for_status()
 
+    phot_ids = []
+    phot_data = []
+    for rid in ids:
+        for band in PHOTOMETRY_BANDS:
+            phot_ids.append(rid)
+            mag = random.uniform(5.0, 25.0)
+            e_mag = random.uniform(0.01, 0.3)
+            phot_data.append([band, mag, e_mag, PHOTOMETRY_METHOD])
+
+    photometry_request = adminapi.SaveStructuredDataRequest(
+        catalog="photometry",
+        columns=["band", "mag", "e_mag", "method"],
+        units={"mag": "mag", "e_mag": "mag"},
+        ids=phot_ids,
+        data=phot_data,
+    )
+    response = session.post("/v1/data/structured", json=photometry_request.model_dump(mode="json"))
+    response.raise_for_status()
+
 
 @lib.test_logging_decorator
 def check_layer1_via_records(session: requests.Session, table_name: str, expected_count: int) -> None: