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Update database templates.

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* Optimise public.geometry_from_tstamp()
* Remove index on public.real_time_inputs.meta->>'tstamp'
* Fix adjust_planner()
This commit is contained in:
D. Berge
2022-05-10 21:57:53 +02:00
parent 003c833293
commit a2bd614b17
3 changed files with 199 additions and 206 deletions
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386
etc/db/schema-template.sql
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@@ -70,174 +70,174 @@ If the path matches that of an existing entry, delete that entry (which cascades
CREATE PROCEDURE _SURVEY__TEMPLATE_.adjust_planner()
LANGUAGE plpgsql
AS $$
DECLARE
_planner_config jsonb;
_planned_line planned_lines%ROWTYPE;
_lag interval;
_last_sequence sequences_summary%ROWTYPE;
_deltatime interval;
_shotinterval interval;
_tstamp timestamptz;
_incr integer;
BEGIN
DECLARE
_planner_config jsonb;
_planned_line planned_lines%ROWTYPE;
_lag interval;
_last_sequence sequences_summary%ROWTYPE;
_deltatime interval;
_shotinterval interval;
_tstamp timestamptz;
_incr integer;
BEGIN
SET CONSTRAINTS planned_lines_pkey DEFERRED;
SET CONSTRAINTS planned_lines_pkey DEFERRED;
SELECT data->'planner'
INTO _planner_config
FROM file_data
WHERE data ? 'planner';
SELECT data->'planner'
INTO _planner_config
FROM file_data
WHERE data ? 'planner';
SELECT *
INTO _last_sequence
FROM sequences_summary
ORDER BY sequence DESC
LIMIT 1;
SELECT *
INTO _last_sequence
FROM sequences_summary
ORDER BY sequence DESC
LIMIT 1;
SELECT *
INTO _planned_line
FROM planned_lines
WHERE sequence = _last_sequence.sequence AND line = _last_sequence.line;
SELECT *
INTO _planned_line
FROM planned_lines
WHERE sequence = _last_sequence.sequence AND line = _last_sequence.line;
SELECT
COALESCE(
((lead(ts0) OVER (ORDER BY sequence)) - ts1),
make_interval(mins => (_planner_config->>'defaultLineChangeDuration')::integer)
)
INTO _lag
FROM planned_lines
WHERE sequence = _last_sequence.sequence AND line = _last_sequence.line;
SELECT
COALESCE(
((lead(ts0) OVER (ORDER BY sequence)) - ts1),
make_interval(mins => (_planner_config->>'defaultLineChangeDuration')::integer)
)
INTO _lag
FROM planned_lines
WHERE sequence = _last_sequence.sequence AND line = _last_sequence.line;
_incr = sign(_last_sequence.lsp - _last_sequence.fsp);
_incr = sign(_last_sequence.lsp - _last_sequence.fsp);
RAISE NOTICE '_planner_config: %', _planner_config;
RAISE NOTICE '_last_sequence: %', _last_sequence;
RAISE NOTICE '_planned_line: %', _planned_line;
RAISE NOTICE '_incr: %', _incr;
RAISE NOTICE '_planner_config: %', _planner_config;
RAISE NOTICE '_last_sequence: %', _last_sequence;
RAISE NOTICE '_planned_line: %', _planned_line;
RAISE NOTICE '_incr: %', _incr;
-- Does the latest sequence match a planned sequence?
IF _planned_line IS NULL THEN -- No it doesn't
RAISE NOTICE 'Latest sequence shot does not match a planned sequence';
SELECT * INTO _planned_line FROM planned_lines ORDER BY sequence ASC LIMIT 1;
RAISE NOTICE '_planned_line: %', _planned_line;
-- Does the latest sequence match a planned sequence?
IF _planned_line IS NULL THEN -- No it doesn't
RAISE NOTICE 'Latest sequence shot does not match a planned sequence';
SELECT * INTO _planned_line FROM planned_lines ORDER BY sequence ASC LIMIT 1;
RAISE NOTICE '_planned_line: %', _planned_line;
IF _planned_line.sequence <= _last_sequence.sequence THEN
RAISE NOTICE 'Renumbering the planned sequences starting from %', _planned_line.sequence + 1;
-- Renumber the planned sequences starting from last shot sequence number + 1
UPDATE planned_lines
SET sequence = sequence + _last_sequence.sequence - _planned_line.sequence + 1;
END IF;
IF _planned_line.sequence <= _last_sequence.sequence THEN
RAISE NOTICE 'Renumbering the planned sequences starting from %', _planned_line.sequence + 1;
-- Renumber the planned sequences starting from last shot sequence number + 1
UPDATE planned_lines
SET sequence = sequence + _last_sequence.sequence - _planned_line.sequence + 1;
END IF;
-- The correction to make to the first planned line's ts0 will be based on either the last
-- sequence's EOL + default line change time or the current time, whichever is later.
_deltatime := GREATEST(COALESCE(_last_sequence.ts1_final, _last_sequence.ts1) + make_interval(mins => (_planner_config->>'defaultLineChangeDuration')::integer), current_timestamp) - _planned_line.ts0;
-- The correction to make to the first planned line's ts0 will be based on either the last
-- sequence's EOL + default line change time or the current time, whichever is later.
_deltatime := GREATEST(COALESCE(_last_sequence.ts1_final, _last_sequence.ts1) + make_interval(mins => (_planner_config->>'defaultLineChangeDuration')::integer), current_timestamp) - _planned_line.ts0;
-- Is the first of the planned lines start time in the past? (±5 mins)
IF _planned_line.ts0 < (current_timestamp - make_interval(mins => 5)) THEN
RAISE NOTICE 'First planned line is in the past. Adjusting times by %', _deltatime;
-- Adjust the start / end time of the planned lines by assuming that we are at
-- `defaultLineChangeDuration` minutes away from SOL of the first planned line.
UPDATE planned_lines
SET
ts0 = ts0 + _deltatime,
ts1 = ts1 + _deltatime;
END IF;
-- Is the first of the planned lines start time in the past? (±5 mins)
IF _planned_line.ts0 < (current_timestamp - make_interval(mins => 5)) THEN
RAISE NOTICE 'First planned line is in the past. Adjusting times by %', _deltatime;
-- Adjust the start / end time of the planned lines by assuming that we are at
-- `defaultLineChangeDuration` minutes away from SOL of the first planned line.
UPDATE planned_lines
SET
ts0 = ts0 + _deltatime,
ts1 = ts1 + _deltatime;
END IF;
ELSE -- Yes it does
RAISE NOTICE 'Latest sequence does match a planned sequence: %, %', _planned_line.sequence, _planned_line.line;
ELSE -- Yes it does
RAISE NOTICE 'Latest sequence does match a planned sequence: %, %', _planned_line.sequence, _planned_line.line;
-- Is it online?
IF EXISTS(SELECT 1 FROM raw_lines_files WHERE sequence = _last_sequence.sequence AND hash = '*online*') THEN
-- Yes it is
RAISE NOTICE 'Sequence % is online', _last_sequence.sequence;
-- Is it online?
IF EXISTS(SELECT 1 FROM raw_lines_files WHERE sequence = _last_sequence.sequence AND hash = '*online*') THEN
-- Yes it is
RAISE NOTICE 'Sequence % is online', _last_sequence.sequence;
-- Let us get the SOL from the events log if we can
RAISE NOTICE 'Trying to set fsp, ts0 from events log FSP, FGSP';
WITH e AS (
SELECT * FROM events
WHERE
sequence = _last_sequence.sequence
AND ('FSP' = ANY(labels) OR 'FGSP' = ANY(labels))
ORDER BY tstamp LIMIT 1
)
UPDATE planned_lines
SET
fsp = COALESCE(e.point, fsp),
ts0 = COALESCE(e.tstamp, ts0)
FROM e
WHERE planned_lines.sequence = _last_sequence.sequence;
-- Let us get the SOL from the events log if we can
RAISE NOTICE 'Trying to set fsp, ts0 from events log FSP, FGSP';
WITH e AS (
SELECT * FROM event_log
WHERE
sequence = _last_sequence.sequence
AND ('FSP' = ANY(labels) OR 'FGSP' = ANY(labels))
ORDER BY tstamp LIMIT 1
)
UPDATE planned_lines
SET
fsp = COALESCE(e.point, fsp),
ts0 = COALESCE(e.tstamp, ts0)
FROM e
WHERE planned_lines.sequence = _last_sequence.sequence;
-- Shot interval
_shotinterval := (_last_sequence.ts1 - _last_sequence.ts0) / abs(_last_sequence.lsp - _last_sequence.fsp);
-- Shot interval
_shotinterval := (_last_sequence.ts1 - _last_sequence.ts0) / abs(_last_sequence.lsp - _last_sequence.fsp);
RAISE NOTICE 'Estimating EOL from current shot interval: %', _shotinterval;
RAISE NOTICE 'Estimating EOL from current shot interval: %', _shotinterval;
SELECT (abs(lsp-fsp) * _shotinterval + ts0) - ts1
INTO _deltatime
FROM planned_lines
WHERE sequence = _last_sequence.sequence;
SELECT (abs(lsp-fsp) * _shotinterval + ts0) - ts1
INTO _deltatime
FROM planned_lines
WHERE sequence = _last_sequence.sequence;
---- Set ts1 for the current sequence
--UPDATE planned_lines
--SET
--ts1 = (abs(lsp-fsp) * _shotinterval) + ts0
--WHERE sequence = _last_sequence.sequence;
---- Set ts1 for the current sequence
--UPDATE planned_lines
--SET
--ts1 = (abs(lsp-fsp) * _shotinterval) + ts0
--WHERE sequence = _last_sequence.sequence;
RAISE NOTICE 'Adjustment is %', _deltatime;
RAISE NOTICE 'Adjustment is %', _deltatime;
IF abs(EXTRACT(EPOCH FROM _deltatime)) < 8 THEN
RAISE NOTICE 'Adjustment too small (< 8 s), so not applying it';
RETURN;
END IF;
IF abs(EXTRACT(EPOCH FROM _deltatime)) < 8 THEN
RAISE NOTICE 'Adjustment too small (< 8 s), so not applying it';
RETURN;
END IF;
-- Adjust ts1 for the current sequence
UPDATE planned_lines
SET ts1 = ts1 + _deltatime
WHERE sequence = _last_sequence.sequence;
-- Adjust ts1 for the current sequence
UPDATE planned_lines
SET ts1 = ts1 + _deltatime
WHERE sequence = _last_sequence.sequence;
-- Now shift all sequences after
UPDATE planned_lines
SET ts0 = ts0 + _deltatime, ts1 = ts1 + _deltatime
WHERE sequence > _last_sequence.sequence;
-- Now shift all sequences after
UPDATE planned_lines
SET ts0 = ts0 + _deltatime, ts1 = ts1 + _deltatime
WHERE sequence > _last_sequence.sequence;
RAISE NOTICE 'Deleting planned sequences before %', _planned_line.sequence;
-- Remove all previous planner entries.
DELETE
FROM planned_lines
WHERE sequence < _last_sequence.sequence;
RAISE NOTICE 'Deleting planned sequences before %', _planned_line.sequence;
-- Remove all previous planner entries.
DELETE
FROM planned_lines
WHERE sequence < _last_sequence.sequence;
ELSE
-- No it isn't
RAISE NOTICE 'Sequence % is offline', _last_sequence.sequence;
ELSE
-- No it isn't
RAISE NOTICE 'Sequence % is offline', _last_sequence.sequence;
-- We were supposed to finish at _planned_line.ts1 but we finished at:
_tstamp := GREATEST(COALESCE(_last_sequence.ts1_final, _last_sequence.ts1), current_timestamp);
-- WARNING Next line is for testing only
--_tstamp := COALESCE(_last_sequence.ts1_final, _last_sequence.ts1);
-- So we need to adjust timestamps by:
_deltatime := _tstamp - _planned_line.ts1;
-- We were supposed to finish at _planned_line.ts1 but we finished at:
_tstamp := GREATEST(COALESCE(_last_sequence.ts1_final, _last_sequence.ts1), current_timestamp);
-- WARNING Next line is for testing only
--_tstamp := COALESCE(_last_sequence.ts1_final, _last_sequence.ts1);
-- So we need to adjust timestamps by:
_deltatime := _tstamp - _planned_line.ts1;
RAISE NOTICE 'Planned end: %, actual end: % (%, %)', _planned_line.ts1, _tstamp, _planned_line.sequence, _last_sequence.sequence;
RAISE NOTICE 'Shifting times by % for sequences > %', _deltatime, _planned_line.sequence;
-- NOTE: This won't work if sequences are not, err… sequential.
-- NOTE: This has been known to happen in 2020.
UPDATE planned_lines
SET
ts0 = ts0 + _deltatime,
ts1 = ts1 + _deltatime
WHERE sequence > _planned_line.sequence;
RAISE NOTICE 'Planned end: %, actual end: % (%, %)', _planned_line.ts1, _tstamp, _planned_line.sequence, _last_sequence.sequence;
RAISE NOTICE 'Shifting times by % for sequences > %', _deltatime, _planned_line.sequence;
-- NOTE: This won't work if sequences are not, err… sequential.
-- NOTE: This has been known to happen in 2020.
UPDATE planned_lines
SET
ts0 = ts0 + _deltatime,
ts1 = ts1 + _deltatime
WHERE sequence > _planned_line.sequence;
RAISE NOTICE 'Deleting planned sequences up to %', _planned_line.sequence;
-- Remove all previous planner entries.
DELETE
FROM planned_lines
WHERE sequence <= _last_sequence.sequence;
RAISE NOTICE 'Deleting planned sequences up to %', _planned_line.sequence;
-- Remove all previous planner entries.
DELETE
FROM planned_lines
WHERE sequence <= _last_sequence.sequence;
END IF;
END IF;
END IF;
END;
$$;
END IF;
END;
$$;
ALTER PROCEDURE _SURVEY__TEMPLATE_.adjust_planner() OWNER TO postgres;
@@ -513,7 +513,7 @@ BEGIN
id <> NEW.id
AND label = NEW.label
AND id IN (SELECT id FROM events_seq WHERE sequence = _sequence);
DELETE
FROM events_timed_labels
WHERE
@@ -611,15 +611,15 @@ ALTER PROCEDURE _SURVEY__TEMPLATE_.events_timed_seq_update_all() OWNER TO postgr
CREATE PROCEDURE _SURVEY__TEMPLATE_.final_line_post_import(IN _seq integer)
LANGUAGE plpgsql
AS $$
BEGIN
BEGIN
CALL handle_final_line_events(_seq, 'FSP', 'fsp');
CALL handle_final_line_events(_seq, 'FGSP', 'fsp');
CALL handle_final_line_events(_seq, 'LGSP', 'lsp');
CALL handle_final_line_events(_seq, 'LSP', 'lsp');
CALL handle_final_line_events(_seq, 'FSP', 'fsp');
CALL handle_final_line_events(_seq, 'FGSP', 'fsp');
CALL handle_final_line_events(_seq, 'LGSP', 'lsp');
CALL handle_final_line_events(_seq, 'LSP', 'lsp');
END;
$$;
END;
$$;
ALTER PROCEDURE _SURVEY__TEMPLATE_.final_line_post_import(IN _seq integer) OWNER TO postgres;
@@ -632,56 +632,56 @@ CREATE PROCEDURE _SURVEY__TEMPLATE_.handle_final_line_events(IN _seq integer, IN
LANGUAGE plpgsql
AS $$
DECLARE
_line final_lines_summary%ROWTYPE;
_column_value integer;
_tg_name text := 'final_line';
_event event_log%ROWTYPE;
event_id integer;
BEGIN
DECLARE
_line final_lines_summary%ROWTYPE;
_column_value integer;
_tg_name text := 'final_line';
_event event_log%ROWTYPE;
event_id integer;
BEGIN
SELECT * INTO _line FROM final_lines_summary WHERE sequence = _seq;
_event := label_in_sequence(_seq, _label);
_column_value := row_to_json(_line)->>_column;
SELECT * INTO _line FROM final_lines_summary WHERE sequence = _seq;
_event := label_in_sequence(_seq, _label);
_column_value := row_to_json(_line)->>_column;
--RAISE NOTICE '% is %', _label, _event;
--RAISE NOTICE 'Line is %', _line;
--RAISE NOTICE '% is % (%)', _column, _column_value, _label;
--RAISE NOTICE '% is %', _label, _event;
--RAISE NOTICE 'Line is %', _line;
--RAISE NOTICE '% is % (%)', _column, _column_value, _label;
IF _event IS NULL THEN
--RAISE NOTICE 'We will populate the event log from the sequence data';
IF _event IS NULL THEN
--RAISE NOTICE 'We will populate the event log from the sequence data';
INSERT INTO event_log (sequence, point, remarks, labels, meta)
VALUES (
-- The sequence
_seq,
-- The shotpoint
_column_value,
-- Remark. Something like "FSP <linename>"
format('%s %s', _label, (SELECT meta->>'lineName' FROM final_lines WHERE sequence = _seq)),
-- Label
ARRAY[_label],
-- Meta. Something like {"auto" : {"FSP" : "final_line"}}
json_build_object('auto', json_build_object(_label, _tg_name))
);
INSERT INTO event_log (sequence, point, remarks, labels, meta)
VALUES (
-- The sequence
_seq,
-- The shotpoint
_column_value,
-- Remark. Something like "FSP <linename>"
format('%s %s', _label, (SELECT meta->>'lineName' FROM final_lines WHERE sequence = _seq)),
-- Label
ARRAY[_label],
-- Meta. Something like {"auto" : {"FSP" : "final_line"}}
json_build_object('auto', json_build_object(_label, _tg_name))
);
ELSE
--RAISE NOTICE 'We may populate the sequence meta from the event log';
--RAISE NOTICE 'Unless the event log was populated by us previously';
--RAISE NOTICE 'Populated by us previously? %', _event.meta->'auto'->>_label = _tg_name;
ELSE
--RAISE NOTICE 'We may populate the sequence meta from the event log';
--RAISE NOTICE 'Unless the event log was populated by us previously';
--RAISE NOTICE 'Populated by us previously? %', _event.meta->'auto'->>_label = _tg_name;
IF _event.meta->'auto'->>_label IS DISTINCT FROM _tg_name THEN
IF _event.meta->'auto'->>_label IS DISTINCT FROM _tg_name THEN
--RAISE NOTICE 'Adding % found in events log to final_line meta', _label;
UPDATE final_lines
SET meta = jsonb_set(meta, ARRAY[_label], to_jsonb(_event.point))
WHERE sequence = _seq;
--RAISE NOTICE 'Adding % found in events log to final_line meta', _label;
UPDATE final_lines
SET meta = jsonb_set(meta, ARRAY[_label], to_jsonb(_event.point))
WHERE sequence = _seq;
END IF;
END IF;
END IF;
END;
$$;
END IF;
END;
$$;
ALTER PROCEDURE _SURVEY__TEMPLATE_.handle_final_line_events(IN _seq integer, IN _label text, IN _column text) OWNER TO postgres;
@@ -696,7 +696,7 @@ CREATE FUNCTION _SURVEY__TEMPLATE_.ij_error(line double precision, point double
DECLARE
bp jsonb := binning_parameters();
ij public.geometry := to_binning_grid(geom, bp);
theta numeric := (bp->>'theta')::numeric * pi() / 180;
I_inc numeric DEFAULT 1;
J_inc numeric DEFAULT 1;
@@ -711,13 +711,13 @@ DECLARE
yoff numeric := (bp->'origin'->>'J')::numeric;
E0 numeric := (bp->'origin'->>'easting')::numeric;
N0 numeric := (bp->'origin'->>'northing')::numeric;
error_i double precision;
error_j double precision;
BEGIN
error_i := (public.st_x(ij) - line) * I_width;
error_j := (public.st_y(ij) - point) * J_width;
RETURN public.ST_MakePoint(error_i, error_j);
END
$$;
@@ -792,8 +792,8 @@ ALTER TABLE _SURVEY__TEMPLATE_.event_log OWNER TO postgres;
CREATE FUNCTION _SURVEY__TEMPLATE_.label_in_sequence(_sequence integer, _label text) RETURNS _SURVEY__TEMPLATE_.event_log
LANGUAGE sql
AS $$
SELECT * FROM event_log WHERE sequence = _sequence AND _label = ANY(labels);
$$;
SELECT * FROM event_log WHERE sequence = _sequence AND _label = ANY(labels);
$$;
ALTER FUNCTION _SURVEY__TEMPLATE_.label_in_sequence(_sequence integer, _label text) OWNER TO postgres;