dougal-software/etc/db/schema-template.sql

--
-- PostgreSQL database dump
--

-- Dumped from database version 11.7
-- Dumped by pg_dump version 12.2

SET statement_timeout = 0;
SET lock_timeout = 0;
SET idle_in_transaction_session_timeout = 0;
SET client_encoding = 'UTF8';
SET standard_conforming_strings = on;
SELECT pg_catalog.set_config('search_path', '', false);
SET check_function_bodies = false;
SET xmloption = content;
SET client_min_messages = warning;
SET row_security = off;

--
-- Name: _SURVEY__TEMPLATE_; Type: SCHEMA; Schema: -; Owner: postgres
--

CREATE SCHEMA _SURVEY__TEMPLATE_;


ALTER SCHEMA _SURVEY__TEMPLATE_ OWNER TO postgres;

--
-- Name: add_file(text, text); Type: PROCEDURE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE PROCEDURE _SURVEY__TEMPLATE_.add_file(path_in text, hash_in text)
    LANGUAGE plpgsql
    AS $$
BEGIN
	LOOP
		BEGIN
			INSERT INTO files (path, hash)
			VALUES (path_in, hash_in)
			ON CONFLICT ON CONSTRAINT files_pkey DO UPDATE
				SET path = EXCLUDED.path;
			RETURN;
		EXCEPTION
			WHEN unique_violation THEN
				DELETE FROM files WHERE files.path = path_in;
				-- And loop
		END;
	END LOOP;
END;
$$;


ALTER PROCEDURE _SURVEY__TEMPLATE_.add_file(path_in text, hash_in text) OWNER TO postgres;

--
-- Name: PROCEDURE add_file(path_in text, hash_in text); Type: COMMENT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

COMMENT ON PROCEDURE _SURVEY__TEMPLATE_.add_file(path_in text, hash_in text) IS 'Adds a new file to the survey.

If the hash matches that of an existing entry, update the path of that entry to point to the new path. We assume that the file has been renamed.

If the path matches that of an existing entry, delete that entry (which cascades) and insert the new one.';


--
-- Name: binning_parameters(); Type: FUNCTION; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE FUNCTION _SURVEY__TEMPLATE_.binning_parameters() RETURNS json
    LANGUAGE sql STABLE LEAKPROOF PARALLEL SAFE
    AS $$
	SELECT data->'binning' binning FROM _SURVEY__TEMPLATE_.file_data WHERE data->>'binning' IS NOT NULL LIMIT 1;
$$;


ALTER FUNCTION _SURVEY__TEMPLATE_.binning_parameters() OWNER TO postgres;

--
-- Name: FUNCTION binning_parameters(); Type: COMMENT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

COMMENT ON FUNCTION _SURVEY__TEMPLATE_.binning_parameters() IS 'Returns this survey''s binning parameters.

This assumes that the user has imported the survey configuration file (*.yaml) via import_survey_config.py or similar.

The configuration file must contain a correctly populated "binning" property for this to work.

All values are returned as being of type "text" and need casting before use.
';


--
-- Name: to_binning_grid(public.geometry); Type: FUNCTION; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE FUNCTION _SURVEY__TEMPLATE_.to_binning_grid(geom public.geometry) RETURNS public.geometry
    LANGUAGE plpgsql STABLE LEAKPROOF
    AS $$DECLARE
	bp json := _SURVEY__TEMPLATE_.binning_parameters();
	theta numeric := (bp->>'theta')::numeric * pi() / 180;
	I_inc numeric DEFAULT 1;
	J_inc numeric DEFAULT 1;
	I_width numeric := (bp->>'I_width')::numeric;
	J_width numeric := (bp->>'J_width')::numeric;

	a numeric := (I_inc/I_width) * cos(theta);
	b numeric := (I_inc/I_width) * -sin(theta);
	c numeric := (J_inc/J_width) * sin(theta);
	d numeric := (J_inc/J_width) * cos(theta);
	xoff numeric := (bp->'origin'->>'I')::numeric;
	yoff numeric := (bp->'origin'->>'J')::numeric;
	E0 numeric := (bp->'origin'->>'easting')::numeric;
	N0 numeric := (bp->'origin'->>'northing')::numeric;
BEGIN
	-- RAISE NOTICE 'Matrix: a: %, b: %, c: %, d: %, xoff: %, yoff: %', a, b, c, d, xoff, yoff;
	RETURN ST_SetSRID(ST_Affine(ST_Translate(geom, -E0, -N0), a, b, c, d, xoff, yoff), 0);
END
$$;


ALTER FUNCTION _SURVEY__TEMPLATE_.to_binning_grid(geom public.geometry) OWNER TO postgres;

--
-- Name: FUNCTION to_binning_grid(geom public.geometry); Type: COMMENT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

COMMENT ON FUNCTION _SURVEY__TEMPLATE_.to_binning_grid(geom public.geometry) IS 'Convenience version of to_binning_grid(geometry, json). It calls binning_parameters itself.
';


--
-- Name: to_binning_grid(public.geometry, json); Type: FUNCTION; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE FUNCTION _SURVEY__TEMPLATE_.to_binning_grid(geom public.geometry, bp json) RETURNS public.geometry
    LANGUAGE plpgsql IMMUTABLE PARALLEL SAFE
    AS $$DECLARE
	-- bp json := _SURVEY__TEMPLATE_.binning_parameters();
	theta numeric := (bp->>'theta')::numeric * pi() / 180;
	I_inc numeric DEFAULT 1;
	J_inc numeric DEFAULT 1;
	I_width numeric := (bp->>'I_width')::numeric;
	J_width numeric := (bp->>'J_width')::numeric;

	a numeric := (I_inc/I_width) * cos(theta);
	b numeric := (I_inc/I_width) * -sin(theta);
	c numeric := (J_inc/J_width) * sin(theta);
	d numeric := (J_inc/J_width) * cos(theta);
	xoff numeric := (bp->'origin'->>'I')::numeric;
	yoff numeric := (bp->'origin'->>'J')::numeric;
	E0 numeric := (bp->'origin'->>'easting')::numeric;
	N0 numeric := (bp->'origin'->>'northing')::numeric;
BEGIN
	-- RAISE NOTICE 'Matrix: a: %, b: %, c: %, d: %, xoff: %, yoff: %', a, b, c, d, xoff, yoff;
	RETURN ST_SetSRID(ST_Affine(ST_Translate(geom, -E0, -N0), a, b, c, d, xoff, yoff), 0);
END
$$;


ALTER FUNCTION _SURVEY__TEMPLATE_.to_binning_grid(geom public.geometry, bp json) OWNER TO postgres;

--
-- Name: FUNCTION to_binning_grid(geom public.geometry, bp json); Type: COMMENT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

COMMENT ON FUNCTION _SURVEY__TEMPLATE_.to_binning_grid(geom public.geometry, bp json) IS 'Converts a geometry to a seismic bin grid reference system. The parameters of the bin grid are given in the second argument and are typically the output from the binning_parameters() function.

NOTE: The proper way of doing this would be to define an EngineeringCRS in the spatial_ref_sys table. See EPSG:6918 for an example (https://epsg.io/6918).
';


SET default_tablespace = '';

--
-- Name: file_data; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.file_data (
    hash text NOT NULL,
    data json NOT NULL
);


ALTER TABLE _SURVEY__TEMPLATE_.file_data OWNER TO postgres;

--
-- Name: files; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.files (
    path text NOT NULL,
    hash text NOT NULL
);


ALTER TABLE _SURVEY__TEMPLATE_.files OWNER TO postgres;

--
-- Name: TABLE files; Type: COMMENT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

COMMENT ON TABLE _SURVEY__TEMPLATE_.files IS 'The files table keeps track of where data comes from.

Each piece of information coming from a file (which is
the vast majority of the data here) is associated with
the corresponding file and its state at the time the
data was last read. Any changes to the file will cause
the "hash" column (which is stat output) to change and
should invalidate the old data. New data will be read in
and replace the old one if the paths are the same. In the
event of a file move or deletion, the old data will remain
in the database but not be accessible. A mechanism should
be provided to purge this old data at suitable intervals.
';


--
-- Name: final_lines; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.final_lines (
    sequence integer NOT NULL,
    line integer NOT NULL,
    remarks text DEFAULT ''::text NOT NULL
);


ALTER TABLE _SURVEY__TEMPLATE_.final_lines OWNER TO postgres;

--
-- Name: final_lines_files; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.final_lines_files (
    sequence integer NOT NULL,
    hash text NOT NULL
);


ALTER TABLE _SURVEY__TEMPLATE_.final_lines_files OWNER TO postgres;

--
-- Name: final_shots; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.final_shots (
    sequence integer NOT NULL,
    point integer NOT NULL,
    class character(1) NOT NULL,
    objref character(4) NOT NULL,
    tstamp timestamp with time zone NOT NULL,
    hash text NOT NULL,
    geometry public.geometry(Point,_EPSG__CODE_)
);


ALTER TABLE _SURVEY__TEMPLATE_.final_shots OWNER TO postgres;

--
-- Name: preplot_points; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.preplot_points (
    line integer NOT NULL,
    point integer NOT NULL,
    class character(1) NOT NULL,
    geometry public.geometry(Point,_EPSG__CODE_) NOT NULL
);


ALTER TABLE _SURVEY__TEMPLATE_.preplot_points OWNER TO postgres;

--
-- Name: TABLE preplot_points; Type: COMMENT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

COMMENT ON TABLE _SURVEY__TEMPLATE_.preplot_points IS 'The preplot_points table holds each individual sailline preplot.

This is at present the only category for which we hold all individual positions.
We do this in order to be able to detect shots that do not have a preplot and
missed shots in acquisition and deliverable lines.
';


--
-- Name: final_lines_summary; Type: VIEW; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE VIEW _SURVEY__TEMPLATE_.final_lines_summary AS
 WITH summary AS (
         SELECT DISTINCT fs.sequence,
            first_value(fs.point) OVER w AS fsp,
            last_value(fs.point) OVER w AS lsp,
            first_value(fs.tstamp) OVER w AS ts0,
            last_value(fs.tstamp) OVER w AS ts1,
            count(fs.point) OVER w AS num_points,
            public.st_distance(first_value(fs.geometry) OVER w, last_value(fs.geometry) OVER w) AS length,
            ((public.st_azimuth(first_value(fs.geometry) OVER w, last_value(fs.geometry) OVER w) * (180)::double precision) / pi()) AS azimuth
           FROM _SURVEY__TEMPLATE_.final_shots fs
          WINDOW w AS (PARTITION BY fs.sequence ORDER BY fs.tstamp ROWS BETWEEN UNBOUNDED PRECEDING AND UNBOUNDED FOLLOWING)
        )
 SELECT fl.sequence,
    fl.line,
    s.fsp,
    s.lsp,
    s.ts0,
    s.ts1,
    (s.ts1 - s.ts0) AS duration,
    s.num_points,
    (( SELECT count(*) AS count
           FROM _SURVEY__TEMPLATE_.preplot_points
          WHERE ((preplot_points.line = fl.line) AND (((preplot_points.point >= s.fsp) AND (preplot_points.point <= s.lsp)) OR ((preplot_points.point >= s.lsp) AND (preplot_points.point <= s.fsp))))) - s.num_points) AS missing_shots,
    s.length,
    s.azimuth,
    fl.remarks
   FROM (summary s
     JOIN _SURVEY__TEMPLATE_.final_lines fl USING (sequence));


ALTER TABLE _SURVEY__TEMPLATE_.final_lines_summary OWNER TO postgres;

--
-- Name: final_lines_summary_geometry; Type: VIEW; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE VIEW _SURVEY__TEMPLATE_.final_lines_summary_geometry AS
 WITH g AS (
         SELECT fs.sequence,
            public.st_makeline(public.st_transform(fs.geometry, 4326) ORDER BY fs.tstamp) AS geometry
           FROM (_SURVEY__TEMPLATE_.final_shots fs
             JOIN _SURVEY__TEMPLATE_.final_lines_summary USING (sequence))
          GROUP BY fs.sequence
        )
 SELECT fls.sequence,
    fls.line,
    fls.fsp,
    fls.lsp,
    fls.ts0,
    fls.ts1,
    fls.duration,
    fls.num_points,
    fls.missing_shots,
    fls.length,
    fls.azimuth,
    fls.remarks,
    g.geometry
   FROM (_SURVEY__TEMPLATE_.final_lines_summary fls
     JOIN g USING (sequence));


ALTER TABLE _SURVEY__TEMPLATE_.final_lines_summary_geometry OWNER TO postgres;

--
-- Name: info; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.info (
    key text NOT NULL,
    value text
);


ALTER TABLE _SURVEY__TEMPLATE_.info OWNER TO postgres;

--
-- Name: preplot_lines; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.preplot_lines (
    line integer NOT NULL,
    class character(1) NOT NULL,
    incr boolean DEFAULT true NOT NULL,
    remarks text NOT NULL,
    geometry public.geometry(LineString,_EPSG__CODE_) NOT NULL,
    hash text NOT NULL
);


ALTER TABLE _SURVEY__TEMPLATE_.preplot_lines OWNER TO postgres;

--
-- Name: TABLE preplot_lines; Type: COMMENT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

COMMENT ON TABLE _SURVEY__TEMPLATE_.preplot_lines IS 'The preplot_lines table holds the vessel preplots for this project.

It is denormalised for convenience (length and azimuth attributes).
It also has a geometry column mean to hold a simplified representation
of each line. A LINESTRING can support crooked lines but it is up to
the higher levels of the application whether those would be used and/or
supported.

In theory, shot and receiver preplots could also be entered but those
are currently neither used nor supported by the application. If adding
support for them, it is likely that an additional column will be necessary
indicating the preplot type.
';


--
-- Name: preplot_lines_summary; Type: VIEW; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE VIEW _SURVEY__TEMPLATE_.preplot_lines_summary AS
 WITH summary AS (
         SELECT DISTINCT pp.line,
            first_value(pp.point) OVER w AS p0,
            last_value(pp.point) OVER w AS p1,
            count(pp.point) OVER w AS num_points,
            public.st_distance(first_value(pp.geometry) OVER w, last_value(pp.geometry) OVER w) AS length,
            ((public.st_azimuth(first_value(pp.geometry) OVER w, last_value(pp.geometry) OVER w) * (180)::double precision) / pi()) AS azimuth0,
            ((public.st_azimuth(last_value(pp.geometry) OVER w, first_value(pp.geometry) OVER w) * (180)::double precision) / pi()) AS azimuth1
           FROM _SURVEY__TEMPLATE_.preplot_points pp
          WHERE (pp.class = 'V'::bpchar)
          WINDOW w AS (PARTITION BY pp.line ORDER BY pp.point ROWS BETWEEN UNBOUNDED PRECEDING AND UNBOUNDED FOLLOWING)
        )
 SELECT pl.line,
        CASE
            WHEN pl.incr THEN s.p0
            ELSE s.p1
        END AS fsp,
        CASE
            WHEN pl.incr THEN s.p1
            ELSE s.p0
        END AS lsp,
    s.num_points,
    s.length,
        CASE
            WHEN pl.incr THEN s.azimuth0
            ELSE s.azimuth1
        END AS azimuth,
    pl.incr,
    pl.remarks
   FROM (summary s
     JOIN _SURVEY__TEMPLATE_.preplot_lines pl ON (((pl.class = 'V'::bpchar) AND (s.line = pl.line))))
  ORDER BY
        CASE
            WHEN pl.incr THEN s.p0
            ELSE s.p1
        END;


ALTER TABLE _SURVEY__TEMPLATE_.preplot_lines_summary OWNER TO postgres;

--
-- Name: raw_lines; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.raw_lines (
    sequence integer NOT NULL,
    line integer NOT NULL,
    remarks text DEFAULT ''::text NOT NULL,
    ntbp boolean DEFAULT false NOT NULL,
    incr boolean NOT NULL
);


ALTER TABLE _SURVEY__TEMPLATE_.raw_lines OWNER TO postgres;

--
-- Name: raw_lines_files; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.raw_lines_files (
    sequence integer NOT NULL,
    hash text NOT NULL
);


ALTER TABLE _SURVEY__TEMPLATE_.raw_lines_files OWNER TO postgres;

--
-- Name: raw_shots; Type: TABLE; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE TABLE _SURVEY__TEMPLATE_.raw_shots (
    sequence integer NOT NULL,
    point integer NOT NULL,
    class character(1) NOT NULL,
    objref character(4) NOT NULL,
    tstamp timestamp with time zone NOT NULL,
    hash text NOT NULL,
    geometry public.geometry(Point,_EPSG__CODE_)
);


ALTER TABLE _SURVEY__TEMPLATE_.raw_shots OWNER TO postgres;

--
-- Name: raw_shots_preplot_lines; Type: VIEW; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE VIEW _SURVEY__TEMPLATE_.raw_shots_preplot_lines AS
 WITH offsets AS (
         SELECT fd.hash,
            (((('S'::text || (json_array_elements.value ->> 2)) || (json_array_elements.value ->> 3)) || ' '::text))::character(4) AS objref,
            ((((json_array_elements.value ->> 4))::numeric / ((_SURVEY__TEMPLATE_.binning_parameters() ->> 'J_width'::text))::numeric))::integer AS di
           FROM _SURVEY__TEMPLATE_.file_data fd,
            LATERAL json_array_elements((fd.data -> 'offsets_p190'::text)) json_array_elements(value)
        )
 SELECT rl.sequence,
    rs.point,
    rs.class,
    COALESCE(
        CASE
            WHEN rl.incr THEN (rl.line + o.di)
            ELSE (rl.line - o.di)
        END, rl.line) AS preplot_line
   FROM (((_SURVEY__TEMPLATE_.raw_lines rl
     JOIN _SURVEY__TEMPLATE_.raw_lines_files rlf USING (sequence))
     JOIN _SURVEY__TEMPLATE_.raw_shots rs USING (sequence))
     LEFT JOIN offsets o ON (((rlf.hash = o.hash) AND (rs.objref = o.objref))));


ALTER TABLE _SURVEY__TEMPLATE_.raw_shots_preplot_lines OWNER TO postgres;

--
-- Name: VIEW raw_shots_preplot_lines; Type: COMMENT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

COMMENT ON VIEW _SURVEY__TEMPLATE_.raw_shots_preplot_lines IS 'This view correlates raw shots with their respective preplots, assuming that the preplots were specified as I, J line and point values as opposed to referring the preplot to the corresponding sailline.
';


--
-- Name: raw_shots_ij_error; Type: VIEW; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE VIEW _SURVEY__TEMPLATE_.raw_shots_ij_error AS
 WITH shot_data AS (
         SELECT rspl.sequence,
            rspl.point,
            rspl.class,
            rspl.preplot_line,
            rs.objref,
            rs.tstamp,
            rs.hash,
            rs.geometry,
            _SURVEY__TEMPLATE_.to_binning_grid(rs.geometry, _SURVEY__TEMPLATE_.binning_parameters()) AS ij
           FROM (_SURVEY__TEMPLATE_.raw_shots_preplot_lines rspl
             JOIN _SURVEY__TEMPLATE_.raw_shots rs USING (sequence, point, class))
        ), bin AS (
         SELECT (((_SURVEY__TEMPLATE_.binning_parameters() ->> 'I_width'::text))::numeric / ((_SURVEY__TEMPLATE_.binning_parameters() ->> 'I_inc'::text))::numeric) AS width,
            (((_SURVEY__TEMPLATE_.binning_parameters() ->> 'J_width'::text))::numeric / ((_SURVEY__TEMPLATE_.binning_parameters() ->> 'J_inc'::text))::numeric) AS height
        )
 SELECT sd.sequence,
    sd.point,
    sd.class,
    ((public.st_x(sd.ij) - (sd.preplot_line)::double precision) * (bin.width)::double precision) AS error_xline,
    ((public.st_y(sd.ij) - (sd.point)::double precision) * (bin.height)::double precision) AS error_inline
   FROM shot_data sd,
    bin;


ALTER TABLE _SURVEY__TEMPLATE_.raw_shots_ij_error OWNER TO postgres;

--
-- Name: shot_count; Type: VIEW; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

CREATE VIEW _SURVEY__TEMPLATE_.shot_count AS
 SELECT rl.sequence,
    rs.class,
    count(rs.point) AS raw,
    count(fs.point) AS final,
    count(pp.point) AS preplot
   FROM (((_SURVEY__TEMPLATE_.raw_lines rl
     JOIN _SURVEY__TEMPLATE_.raw_shots rs USING (sequence))
     LEFT JOIN _SURVEY__TEMPLATE_.final_shots fs USING (sequence, point, class))
     LEFT JOIN _SURVEY__TEMPLATE_.preplot_points pp USING (line, point, class))
  GROUP BY rl.sequence, rl.line, rs.class;


ALTER TABLE _SURVEY__TEMPLATE_.shot_count OWNER TO postgres;

--
-- Name: file_data file_data_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.file_data
    ADD CONSTRAINT file_data_pkey PRIMARY KEY (hash);


--
-- Name: files files_path_key; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.files
    ADD CONSTRAINT files_path_key UNIQUE (path);


--
-- Name: files files_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.files
    ADD CONSTRAINT files_pkey PRIMARY KEY (hash);


--
-- Name: final_lines_files final_lines_files_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.final_lines_files
    ADD CONSTRAINT final_lines_files_pkey PRIMARY KEY (sequence, hash);


--
-- Name: final_lines final_lines_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.final_lines
    ADD CONSTRAINT final_lines_pkey PRIMARY KEY (sequence);


--
-- Name: final_shots final_shots_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.final_shots
    ADD CONSTRAINT final_shots_pkey PRIMARY KEY (sequence, point, class);


--
-- Name: info info_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.info
    ADD CONSTRAINT info_pkey PRIMARY KEY (key);


--
-- Name: preplot_lines preplot_lines_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.preplot_lines
    ADD CONSTRAINT preplot_lines_pkey PRIMARY KEY (line, class);


--
-- Name: preplot_points preplot_points_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.preplot_points
    ADD CONSTRAINT preplot_points_pkey PRIMARY KEY (line, point, class);


--
-- Name: raw_lines_files raw_lines_files_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.raw_lines_files
    ADD CONSTRAINT raw_lines_files_pkey PRIMARY KEY (sequence, hash);


--
-- Name: raw_lines raw_lines_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.raw_lines
    ADD CONSTRAINT raw_lines_pkey PRIMARY KEY (sequence);


--
-- Name: raw_shots raw_shots_pkey; Type: CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.raw_shots
    ADD CONSTRAINT raw_shots_pkey PRIMARY KEY (sequence, point, class);


--
-- Name: file_data file_data_hash_fkey; Type: FK CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.file_data
    ADD CONSTRAINT file_data_hash_fkey FOREIGN KEY (hash) REFERENCES _SURVEY__TEMPLATE_.files(hash) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: final_lines_files final_lines_files_hash_fkey; Type: FK CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.final_lines_files
    ADD CONSTRAINT final_lines_files_hash_fkey FOREIGN KEY (hash) REFERENCES _SURVEY__TEMPLATE_.files(hash) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: final_lines_files final_lines_files_sequence_fkey; Type: FK CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.final_lines_files
    ADD CONSTRAINT final_lines_files_sequence_fkey FOREIGN KEY (sequence) REFERENCES _SURVEY__TEMPLATE_.final_lines(sequence) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: final_shots final_shots_hash_fkey; Type: FK CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.final_shots
    ADD CONSTRAINT final_shots_hash_fkey FOREIGN KEY (hash, sequence) REFERENCES _SURVEY__TEMPLATE_.final_lines_files(hash, sequence) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: preplot_lines preplot_lines_hash_fkey; Type: FK CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.preplot_lines
    ADD CONSTRAINT preplot_lines_hash_fkey FOREIGN KEY (hash) REFERENCES _SURVEY__TEMPLATE_.files(hash) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: preplot_points preplot_points_line_fkey; Type: FK CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.preplot_points
    ADD CONSTRAINT preplot_points_line_fkey FOREIGN KEY (line, class) REFERENCES _SURVEY__TEMPLATE_.preplot_lines(line, class) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: raw_lines_files raw_lines_files_hash_fkey; Type: FK CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.raw_lines_files
    ADD CONSTRAINT raw_lines_files_hash_fkey FOREIGN KEY (hash) REFERENCES _SURVEY__TEMPLATE_.files(hash) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: raw_lines_files raw_lines_files_sequence_fkey; Type: FK CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.raw_lines_files
    ADD CONSTRAINT raw_lines_files_sequence_fkey FOREIGN KEY (sequence) REFERENCES _SURVEY__TEMPLATE_.raw_lines(sequence) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: raw_shots raw_shots_sequence_hash_fkey; Type: FK CONSTRAINT; Schema: _SURVEY__TEMPLATE_; Owner: postgres
--

ALTER TABLE ONLY _SURVEY__TEMPLATE_.raw_shots
    ADD CONSTRAINT raw_shots_sequence_hash_fkey FOREIGN KEY (sequence, hash) REFERENCES _SURVEY__TEMPLATE_.raw_lines_files(sequence, hash) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- PostgreSQL database dump complete
--