add dbggen everywhere

This commit is contained in:
Motiejus Jakštys 2021-05-19 22:57:49 +03:00 committed by Motiejus Jakštys
parent cf2a4962e6
commit 86ea42f6cf
3 changed files with 35 additions and 22 deletions

View File

@ -5,7 +5,14 @@
-- to preview this somewhat conveniently in QGIS:
-- stage || '_' || name || ' gen:' || coalesce(gen, 'Ø') || ' nbend:' || lpad(nbend, 4, '0')
drop table if exists wm_debug;
create table wm_debug(stage text, name text, gen bigint, nbend bigint, way geometry, props jsonb);
create table wm_debug(
stage text not null,
name text not null,
gen bigint not null,
nbend bigint,
way geometry,
props jsonb
);
-- Run ST_SimplifyWM in debug mode, so `wm_debug` is populated. That table
-- is used for geometric assertions later in the file.

View File

@ -53,7 +53,9 @@ insert into wm_figures (name, way) values ('selfcrossing-1-rev',ST_Reverse(ST_Tr
delete from wm_debug where name in (select distinct name from wm_figures);
delete from wm_demo where name in (select distinct name from wm_figures);
insert into wm_demo (name, way) select name, ST_SimplifyWM(way, 100, name) from wm_figures;
insert into wm_demo (name, way) select name, ST_SimplifyWM(way, 10000, name) from wm_figures where name != 'fig8';
insert into wm_demo (name, way) select name, ST_SimplifyWM(way, 15, name) from wm_figures where name = 'fig8';
do $$
declare fig6b1 geometry;
@ -76,8 +78,8 @@ begin
end $$ language plpgsql;
drop function if exists debug_wm_get;
create function debug_wm_get(
drop function if exists wm_debug_get;
create function wm_debug_get(
_stage text,
_name text,
OUT ways geometry[]
@ -91,14 +93,14 @@ do $$
declare
vbends geometry[];
begin
vbends = debug_wm_get('bbends', 'fig3');
vbends = wm_debug_get('bbends', 'fig3');
perform assert_equals(5, array_length(vbends, 1));
perform assert_equals('LINESTRING(0 0,12 0,13 4)', st_astext(vbends[1]));
perform assert_equals('LINESTRING(12 0,13 4,20 2,20 0)', st_astext(vbends[2]));
perform assert_equals('LINESTRING(20 2,20 0,32 0,33 10)', st_astext(vbends[3]));
perform assert_equals('LINESTRING(32 0,33 10,38 16,43 15,44 10,44 0)', st_astext(vbends[4]));
perform assert_equals(4, array_length(detect_bends((select way from wm_figures where name='fig3-1')), 1));
select detect_bends((select way from wm_figures where name='fig5')) into vbends;
perform assert_equals(4, array_length(wm_detect_bends((select way from wm_figures where name='fig3-1')), 1));
select wm_detect_bends((select way from wm_figures where name='fig5')) into vbends;
perform assert_equals(3, array_length(vbends, 1));
end $$ language plpgsql;
@ -107,7 +109,7 @@ declare
vbends geometry[];
vinflections geometry[];
begin
vinflections = debug_wm_get('cinflections', 'fig5');
vinflections = wm_debug_get('cinflections', 'fig5');
perform assert_equals('LINESTRING(0 39,19 52,27 77)', st_astext(vinflections[1]));
perform assert_equals('LINESTRING(19 52,27 77,26 104,41 115,49 115,65 103,65 75,53 45)', st_astext(vinflections[2]));
perform assert_equals('LINESTRING(65 75,53 45,63 15,91 0)', st_astext(vinflections[3]));
@ -127,7 +129,7 @@ declare
vcrossings geometry[];
mutated boolean;
begin
select * from self_crossing(debug_wm_get('cinflections', 'fig6')) into vcrossings, mutated;
select * from wm_self_crossing(wm_debug_get('cinflections', 'fig6')) into vcrossings, mutated;
perform assert_equals(true, mutated);
perform assert_equals(
fig6,
@ -136,7 +138,7 @@ begin
) from (select unnest(vcrossings) way) a)
);
select * from self_crossing(debug_wm_get('cinflections', 'fig6-rev')) into vcrossings, mutated;
select * from wm_self_crossing(wm_debug_get('cinflections', 'fig6-rev')) into vcrossings, mutated;
perform assert_equals(true, mutated);
perform assert_equals(
fig6,
@ -145,7 +147,7 @@ begin
) from (select unnest(vcrossings) way) a)
);
select * from self_crossing(debug_wm_get('cinflections', 'fig6-combi')) into vcrossings, mutated;
select * from wm_self_crossing(wm_debug_get('cinflections', 'fig6-combi')) into vcrossings, mutated;
perform assert_equals(true, mutated);
perform assert_equals(
'MULTILINESTRING((84 137,91 149,114 154,120 135,125 129,141 129,147 122),(164 137,171 149,194 154,200 135,205 129,221 129,227 122))',
@ -155,7 +157,7 @@ begin
);
select * from self_crossing(debug_wm_get('cinflections', 'selfcrossing-1')) into vcrossings, mutated;
select * from wm_self_crossing(wm_debug_get('cinflections', 'selfcrossing-1')) into vcrossings, mutated;
perform assert_equals(true, mutated);
perform assert_equals(
selfcrossing1,
@ -164,7 +166,7 @@ begin
) from (select unnest(vcrossings) way) a)
);
select * from self_crossing(debug_wm_get('cinflections', 'selfcrossing-1-rev')) into vcrossings, mutated;
select * from wm_self_crossing(wm_debug_get('cinflections', 'selfcrossing-1-rev')) into vcrossings, mutated;
perform assert_equals(true, mutated);
perform assert_equals(
selfcrossing1,

20
wm.sql
View File

@ -351,7 +351,8 @@ create type wm_t_bend_attrs as (
);
create function wm_bend_attrs(
bends geometry[],
dbgname text default null
dbgname text default null,
dbggen integer default null
) returns setof wm_t_bend_attrs as $$
declare
fourpi constant real default 4*radians(180);
@ -388,10 +389,11 @@ begin
end if;
if dbgname is not null then
insert into wm_debug (stage, name, nbend, way, props) values(
insert into wm_debug (stage, name, gen, nbend, way, props) values(
'ebendattrs',
dbgname,
i,
dbggen,
bend,
jsonb_build_object(
'area', res.area,
@ -410,8 +412,8 @@ $$ language plpgsql;
create function wm_elimination(
INOUT bendattrs wm_t_bend_attrs[],
dhalfcircle float,
dbgname text,
dbggen int4,
dbgname text default null,
dbggen integer default null,
OUT mutated boolean
) as $$
declare
@ -475,7 +477,8 @@ $$ language plpgsql;
create function wm_isolated_bends(
INOUT bendattrs wm_t_bend_attrs[],
dbgname text default null
dbgname text default null,
dbggen integer default null
) as $$
declare
-- if neighbor's curvatures are within this fraction of the current bend
@ -499,9 +502,10 @@ begin
end if;
if dbgname is not null then
insert into wm_debug (stage, name, nbend, way, props) values(
insert into wm_debug (stage, name, gen, nbend, way, props) values(
'fisolated_bends',
dbgname,
dbggen,
i,
res.bend,
jsonb_build_object(
@ -615,7 +619,7 @@ begin
continue;
end if;
bendattrs = array((select wm_bend_attrs(bends, dbgname)));
bendattrs = array((select wm_bend_attrs(bends, dbgname, gen)));
select * from wm_elimination(
bendattrs, dhalfcircle, dbgname, gen) into bendattrs, mutated;
@ -629,7 +633,7 @@ begin
continue;
end if;
perform wm_isolated_bends(bendattrs, dbgname);
perform wm_isolated_bends(bendattrs, dbgname, gen);
end loop;
end loop;