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Jakob Huber
postgres-lambda-diff
Commits
df88a3cf
Commit
df88a3cf
authored
22 years ago
by
Bruce Momjian
Browse files
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Plain Diff
Install proper earthdistance file, regression passes.
parent
7bf1c8b0
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contrib/earthdistance/sql/earthdistance.sql
+0
-255
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contrib/earthdistance/sql/earthdistance.sql
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and
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contrib/earthdistance/sql/earthdistance.sql
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View file @
df88a3cf
...
...
@@ -7,159 +7,9 @@
-- does not depend on contents of earthdistance.sql or cube.sql.
--
\
set
ECHO
none
\
i
..
/
cube
/
cube
.
sql
\
i
earthdistance
.
sql
\
set
ECHO
all
--
-- The radius of the Earth we are using.
--
select
earth
()::
numeric
(
20
,
5
);
--
-- Convert straight line distances to great circle distances.
--
select
(
pi
()
*
earth
())::
numeric
(
20
,
5
);
select
sec_to_gc
(
0
)::
numeric
(
20
,
5
);
select
sec_to_gc
(
2
*
earth
())::
numeric
(
20
,
5
);
select
sec_to_gc
(
10
*
earth
())::
numeric
(
20
,
5
);
select
sec_to_gc
(
-
earth
())::
numeric
(
20
,
5
);
select
sec_to_gc
(
1000
)::
numeric
(
20
,
5
);
select
sec_to_gc
(
10000
)::
numeric
(
20
,
5
);
select
sec_to_gc
(
100000
)::
numeric
(
20
,
5
);
select
sec_to_gc
(
1000000
)::
numeric
(
20
,
5
);
--
-- Convert great circle distances to straight line distances.
--
select
gc_to_sec
(
0
)::
numeric
(
20
,
5
);
select
gc_to_sec
(
sec_to_gc
(
2
*
earth
()))::
numeric
(
20
,
5
);
select
gc_to_sec
(
10
*
earth
())::
numeric
(
20
,
5
);
select
gc_to_sec
(
pi
()
*
earth
())::
numeric
(
20
,
5
);
select
gc_to_sec
(
-
1000
)::
numeric
(
20
,
5
);
select
gc_to_sec
(
1000
)::
numeric
(
20
,
5
);
select
gc_to_sec
(
10000
)::
numeric
(
20
,
5
);
select
gc_to_sec
(
100000
)::
numeric
(
20
,
5
);
select
gc_to_sec
(
1000000
)::
numeric
(
20
,
5
);
--
-- Set coordinates using latitude and longitude.
-- Extract each coordinate separately so we can round them.
--
select
cube_ll_coord
(
ll_to_earth
(
0
,
0
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
0
,
0
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
0
,
0
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
360
,
360
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
360
,
360
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
360
,
360
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
180
,
180
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
180
,
180
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
180
,
180
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
180
,
360
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
180
,
360
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
180
,
360
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
-
180
,
-
360
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
-
180
,
-
360
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
-
180
,
-
360
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
0
,
180
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
0
,
180
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
0
,
180
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
0
,
-
180
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
0
,
-
180
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
0
,
-
180
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
90
,
0
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
90
,
0
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
90
,
0
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
90
,
180
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
90
,
180
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
90
,
180
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
-
90
,
0
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
-
90
,
0
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
-
90
,
0
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
ll_to_earth
(
-
90
,
180
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
-
90
,
180
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
ll_to_earth
(
-
90
,
180
),
3
)::
numeric
(
20
,
5
);
--
-- Test getting the latitude of a location.
--
select
latitude
(
ll_to_earth
(
0
,
0
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
45
,
0
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
90
,
0
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
-
45
,
0
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
-
90
,
0
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
0
,
90
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
45
,
90
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
90
,
90
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
-
45
,
90
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
-
90
,
90
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
0
,
180
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
45
,
180
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
90
,
180
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
-
45
,
180
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
-
90
,
180
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
0
,
-
90
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
45
,
-
90
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
90
,
-
90
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
-
45
,
-
90
))::
numeric
(
20
,
10
);
select
latitude
(
ll_to_earth
(
-
90
,
-
90
))::
numeric
(
20
,
10
);
--
-- Test getting the longitude of a location.
--
select
longitude
(
ll_to_earth
(
0
,
0
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
45
,
0
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
90
,
0
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
-
45
,
0
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
-
90
,
0
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
0
,
90
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
45
,
90
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
90
,
90
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
-
45
,
90
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
-
90
,
90
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
0
,
180
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
45
,
180
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
90
,
180
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
-
45
,
180
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
-
90
,
180
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
0
,
-
90
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
45
,
-
90
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
90
,
-
90
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
-
45
,
-
90
))::
numeric
(
20
,
10
);
select
longitude
(
ll_to_earth
(
-
90
,
-
90
))::
numeric
(
20
,
10
);
--
-- For the distance tests the following is some real life data.
--
-- Chicago has a latitude of 41.8 and a longitude of 87.6.
-- Albuquerque has a latitude of 35.1 and a longitude of 106.7.
-- (Note that latitude and longitude are specified differently
-- in the cube based functions than for the point based functions.)
--
--
-- Test getting the distance between two points using earth_distance.
--
select
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
0
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
180
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
90
,
0
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
90
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
1
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
1
,
0
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
30
,
0
),
ll_to_earth
(
30
,
1
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
30
,
0
),
ll_to_earth
(
31
,
0
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
60
,
0
),
ll_to_earth
(
60
,
1
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
60
,
0
),
ll_to_earth
(
61
,
0
))::
numeric
(
20
,
5
);
select
earth_distance
(
ll_to_earth
(
41
.
8
,
87
.
6
),
ll_to_earth
(
35
.
1
,
106
.
7
))::
numeric
(
20
,
5
);
select
(
earth_distance
(
ll_to_earth
(
41
.
8
,
87
.
6
),
ll_to_earth
(
35
.
1
,
106
.
7
))
*
100
.
/
2
.
54
/
12
.
/
5280
.)::
numeric
(
20
,
5
);
--
-- Test getting the distance between two points using geo_distance.
--
...
...
@@ -193,108 +43,3 @@ select ('(0,60)'::point <@> '(1,60)'::point)::numeric(20,5);
select
(
'(0,60)'
::
point
<@>
'(0,61)'
::
point
)::
numeric
(
20
,
5
);
select
(
'(87.6,41.8)'
::
point
<@>
'(106.7,35.1)'
::
point
)::
numeric
(
20
,
5
);
select
((
'(87.6,41.8)'
::
point
<@>
'(106.7,35.1)'
::
point
)
*
5280
.
*
12
.
*
2
.
54
/
100
.)::
numeric
(
20
,
5
);
--
-- Test getting a bounding box around points.
--
select
cube_ll_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
112000
),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
112000
),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
112000
),
3
)::
numeric
(
20
,
5
),
cube_ur_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
112000
),
1
)::
numeric
(
20
,
5
),
cube_ur_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
112000
),
2
)::
numeric
(
20
,
5
),
cube_ur_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
112000
),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
pi
()
*
earth
()),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
pi
()
*
earth
()),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
pi
()
*
earth
()),
3
)::
numeric
(
20
,
5
),
cube_ur_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
pi
()
*
earth
()),
1
)::
numeric
(
20
,
5
),
cube_ur_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
pi
()
*
earth
()),
2
)::
numeric
(
20
,
5
),
cube_ur_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
pi
()
*
earth
()),
3
)::
numeric
(
20
,
5
);
select
cube_ll_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
10
*
earth
()),
1
)::
numeric
(
20
,
5
),
cube_ll_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
10
*
earth
()),
2
)::
numeric
(
20
,
5
),
cube_ll_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
10
*
earth
()),
3
)::
numeric
(
20
,
5
),
cube_ur_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
10
*
earth
()),
1
)::
numeric
(
20
,
5
),
cube_ur_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
10
*
earth
()),
2
)::
numeric
(
20
,
5
),
cube_ur_coord
(
earth_box
(
ll_to_earth
(
0
,
0
),
10
*
earth
()),
3
)::
numeric
(
20
,
5
);
--
-- Test for points that should be in bounding boxes.
--
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
1
))
*
1
.
00001
)
@
ll_to_earth
(
0
,
1
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
0
.
1
))
*
1
.
00001
)
@
ll_to_earth
(
0
,
0
.
1
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
0
.
01
))
*
1
.
00001
)
@
ll_to_earth
(
0
,
0
.
01
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
0
.
001
))
*
1
.
00001
)
@
ll_to_earth
(
0
,
0
.
001
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
0
.
0001
))
*
1
.
00001
)
@
ll_to_earth
(
0
,
0
.
0001
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
.
0001
,
0
.
0001
))
*
1
.
00001
)
@
ll_to_earth
(
0
.
0001
,
0
.
0001
);
select
earth_box
(
ll_to_earth
(
45
,
45
),
earth_distance
(
ll_to_earth
(
45
,
45
),
ll_to_earth
(
45
.
0001
,
45
.
0001
))
*
1
.
00001
)
@
ll_to_earth
(
45
.
0001
,
45
.
0001
);
select
earth_box
(
ll_to_earth
(
90
,
180
),
earth_distance
(
ll_to_earth
(
90
,
180
),
ll_to_earth
(
90
.
0001
,
180
.
0001
))
*
1
.
00001
)
@
ll_to_earth
(
90
.
0001
,
180
.
0001
);
--
-- Test for points that shouldn't be in bounding boxes. Note that we need
-- to make points way outside, since some points close may be in the box
-- but further away than the distance we are testing.
--
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
1
))
*
.
57735
)
@
ll_to_earth
(
0
,
1
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
0
.
1
))
*
.
57735
)
@
ll_to_earth
(
0
,
0
.
1
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
0
.
01
))
*
.
57735
)
@
ll_to_earth
(
0
,
0
.
01
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
0
.
001
))
*
.
57735
)
@
ll_to_earth
(
0
,
0
.
001
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
,
0
.
0001
))
*
.
57735
)
@
ll_to_earth
(
0
,
0
.
0001
);
select
earth_box
(
ll_to_earth
(
0
,
0
),
earth_distance
(
ll_to_earth
(
0
,
0
),
ll_to_earth
(
0
.
0001
,
0
.
0001
))
*
.
57735
)
@
ll_to_earth
(
0
.
0001
,
0
.
0001
);
select
earth_box
(
ll_to_earth
(
45
,
45
),
earth_distance
(
ll_to_earth
(
45
,
45
),
ll_to_earth
(
45
.
0001
,
45
.
0001
))
*
.
57735
)
@
ll_to_earth
(
45
.
0001
,
45
.
0001
);
select
earth_box
(
ll_to_earth
(
90
,
180
),
earth_distance
(
ll_to_earth
(
90
,
180
),
ll_to_earth
(
90
.
0001
,
180
.
0001
))
*
.
57735
)
@
ll_to_earth
(
90
.
0001
,
180
.
0001
);
--
-- Test the recommended constraints.
--
select
is_point
(
ll_to_earth
(
0
,
0
));
select
cube_dim
(
ll_to_earth
(
0
,
0
))
<=
3
;
select
abs
(
cube_distance
(
ll_to_earth
(
0
,
0
),
'(0)'
::
cube
)
/
earth
()
-
1
)
<
'10e-12'
::
float8
;
select
is_point
(
ll_to_earth
(
30
,
60
));
select
cube_dim
(
ll_to_earth
(
30
,
60
))
<=
3
;
select
abs
(
cube_distance
(
ll_to_earth
(
30
,
60
),
'(0)'
::
cube
)
/
earth
()
-
1
)
<
'10e-12'
::
float8
;
select
is_point
(
ll_to_earth
(
60
,
90
));
select
cube_dim
(
ll_to_earth
(
60
,
90
))
<=
3
;
select
abs
(
cube_distance
(
ll_to_earth
(
60
,
90
),
'(0)'
::
cube
)
/
earth
()
-
1
)
<
'10e-12'
::
float8
;
select
is_point
(
ll_to_earth
(
-
30
,
-
90
));
select
cube_dim
(
ll_to_earth
(
-
30
,
-
90
))
<=
3
;
select
abs
(
cube_distance
(
ll_to_earth
(
-
30
,
-
90
),
'(0)'
::
cube
)
/
earth
()
-
1
)
<
'10e-12'
::
float8
;
)
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