separate visuals from integration tests
Motiejus Jakštys
parent
55bc1cc042
commit
8811e55728
23
Makefile
23
Makefile
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@ -1,6 +1,5 @@
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OSM ?= lithuania-latest.osm.pbf
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#WHERE ?= name='Visinčia' OR name='Šalčia' OR name='Nemunas' OR name='Merkys'
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WHERE ?= name='Šalčia' OR name='Visinčia'
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WHERE ?= name='Visinčia' OR name='Šalčia' OR name='Nemunas' OR name='Merkys'
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#WHERE ?= name like '%'
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SLIDES = slides-2021-03-29.pdf
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@ -88,7 +87,7 @@ $(1).pdf: layer2img.py Makefile $(2)
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)
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endef
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$(foreach fig,$(FIGURES),$(eval $(call FIG_template,$(fig),.faux_test)))
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$(foreach fig,$(RIVERS), $(eval $(call FIG_template,$(fig),.faux_test-rivers)))
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$(foreach fig,$(RIVERS), $(eval $(call FIG_template,$(fig),.faux_visuals)))
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test-figures_1SELECT = wm_figures
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@ -160,17 +159,21 @@ salvis-overlaid-visvalingam-64-chaikin-50k_WIDTHDIV = 2
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salvis-overlaid-visvalingam-64-chaikin-50k_QUADRANT = 1
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.faux_test-rivers: test-rivers.sql wm.sql Makefile .faux_db
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bash db -v scaledwidth=$(SCALEDWIDTH) -f $<
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.faux_db: db init.sql rivers.sql
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bash db start
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bash db -f init.sql -f rivers.sql
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touch $@
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.faux_test: test.sql wm.sql .faux_db
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bash db -f $<
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touch $@
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.faux_db: db init.sql
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bash db start
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bash db -f init.sql -f rivers.sql
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.faux_visuals: visuals.sql wm.sql Makefile .faux_db
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bash db -v scaledwidth=$(SCALEDWIDTH) -f $<
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touch $@
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.faux_test-rivers: test-rivers.sql wm.sql Makefile .faux_db
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bash db -f $<
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touch $@
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################################
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@ -219,8 +222,8 @@ mj-msc-gray.pdf: mj-msc.pdf
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.PHONY: clean
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clean: ## Clean the current working directory
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-bash db stop
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-rm -r .faux_test .faux_aggregate-rivers .faux_test-rivers .faux_db \
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version.inc.tex vars.inc.tex version.aux version.fdb_latexmk \
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-rm -r .faux_test .faux_aggregate-rivers .faux_test-rivers .faux_visuals \
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.faux_db version.inc.tex vars.inc.tex version.aux version.fdb_latexmk \
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_minted-mj-msc \
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$(shell git ls-files -o mj-msc*) \
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$(addsuffix .pdf,$(FIGURES)) \
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File diff suppressed because one or more lines are too long
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@ -1,100 +1,5 @@
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\i wm.sql
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-- wm_bbox clips a geometry by a bounding box around a given object,
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-- matching dimensions of A-class paper (1 by sqrt(2).
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drop function if exists wm_bbox;
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create function wm_bbox(
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center geometry,
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scaledwidth float
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) returns geometry as $$
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declare
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halfX float;
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halfY float;
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begin
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halfX = scaledwidth / 2;
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halfY = halfX * sqrt(2);
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return st_envelope(
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st_union(
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st_translate(center, halfX, halfY),
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st_translate(center, -halfX, -halfY)
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)
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);
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end $$ language plpgsql;
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-- wm_quadrant divides the given geometry to 4 rectangles
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-- and returns the requested quadrant following cartesian
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-- convention:
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-- +----------+
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-- | II | I |
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--- +----------+
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-- | III | IV |
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-- +-----+----+
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-- matching dimensions of A-class paper (1 by sqrt(2).
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drop function if exists wm_quadrant;
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create function wm_quadrant(
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geom geometry,
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quadrant integer
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) returns geometry as $$
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declare
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xmin float;
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xmax float;
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ymin float;
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ymax float;
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begin
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xmin = st_xmin(geom);
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xmax = st_xmax(geom);
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ymin = st_ymin(geom);
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ymax = st_ymax(geom);
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if quadrant = 1 or quadrant = 2 then
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ymin = (ymin + ymax)/2;
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else
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ymax = (ymin + ymax)/2;
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end if;
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if quadrant = 2 or quadrant = 3 then
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xmax = (xmin + xmax)/2;
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else
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xmin = (xmin + xmax)/2;
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end if;
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return st_intersection(
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geom,
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st_makeenvelope(xmin, ymin, xmax, ymax, st_srid(geom))
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);
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end $$ language plpgsql;
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delete from wm_visuals where name like 'salvis%';
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insert into wm_visuals(name, way) values('salvis', (
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select st_intersection(
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(select st_union(way) from wm_rivers where name in ('Šalčia', 'Visinčia')),
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wm_bbox(
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st_closestpoint(
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(select way from wm_rivers where name='Šalčia'),
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(select way from wm_rivers where name='Visinčia')
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),
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:scaledwidth
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)
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)
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));
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do $$
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declare
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i integer;
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geom1 geometry;
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geom2 geometry;
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begin
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foreach i in array array[16, 64, 256] loop
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geom1 = st_simplify((select way from wm_visuals where name='salvis'), i);
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geom2 = st_simplifyvw((select way from wm_visuals where name='salvis'), i*i);
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insert into wm_visuals(name, way) values
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('salvis-douglas-' || i, geom1),
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('salvis-douglas-' || i || '-chaikin', st_chaikinsmoothing(geom1, 5)),
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('salvis-visvalingam-' || i, geom2),
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('salvis-visvalingam-' || i || '-chaikin', st_chaikinsmoothing(geom2, 5));
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end loop;
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end $$ language plpgsql;
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\set ON_ERROR_STOP on
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SET plpgsql.extra_errors TO 'all';
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do $$
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declare
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@ -0,0 +1,100 @@
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\set ON_ERROR_STOP on
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SET plpgsql.extra_errors TO 'all';
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-- wm_bbox clips a geometry by a bounding box around a given object,
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-- matching dimensions of A-class paper (1 by sqrt(2)).
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drop function if exists wm_bbox;
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create function wm_bbox(
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center geometry,
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scaledwidth float
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) returns geometry as $$
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declare
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halfX float;
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halfY float;
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begin
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halfX = scaledwidth / 2;
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halfY = halfX * sqrt(2);
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return st_envelope(
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st_union(
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st_translate(center, halfX, halfY),
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st_translate(center, -halfX, -halfY)
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)
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);
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end $$ language plpgsql;
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-- wm_quadrant divides the given geometry to 4 rectangles
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-- and returns the requested quadrant following cartesian
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-- convention:
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-- +----------+
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-- | II | I |
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--- +----------+
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-- | III | IV |
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-- +-----+----+
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-- matching dimensions of A-class paper (1 by sqrt(2).
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drop function if exists wm_quadrant;
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create function wm_quadrant(
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geom geometry,
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quadrant integer
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) returns geometry as $$
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declare
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xmin float;
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xmax float;
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ymin float;
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ymax float;
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begin
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xmin = st_xmin(geom);
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xmax = st_xmax(geom);
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ymin = st_ymin(geom);
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ymax = st_ymax(geom);
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if quadrant = 1 or quadrant = 2 then
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ymin = (ymin + ymax)/2;
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else
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ymax = (ymin + ymax)/2;
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end if;
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if quadrant = 2 or quadrant = 3 then
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xmax = (xmin + xmax)/2;
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else
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xmin = (xmin + xmax)/2;
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end if;
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return st_intersection(
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geom,
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st_makeenvelope(xmin, ymin, xmax, ymax, st_srid(geom))
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);
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end $$ language plpgsql;
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delete from wm_visuals where name like 'salvis%';
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insert into wm_visuals(name, way) values('salvis', (
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select st_intersection(
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(select st_union(way) from wm_rivers where name in ('Šalčia', 'Visinčia')),
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wm_bbox(
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st_closestpoint(
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(select way from wm_rivers where name='Šalčia'),
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(select way from wm_rivers where name='Visinčia')
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),
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:scaledwidth
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)
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)
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));
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do $$
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declare
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i integer;
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geom1 geometry;
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geom2 geometry;
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begin
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foreach i in array array[16, 64, 256] loop
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geom1 = st_simplify((select way from wm_visuals where name='salvis'), i);
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geom2 = st_simplifyvw((select way from wm_visuals where name='salvis'), i*i);
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insert into wm_visuals(name, way) values
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('salvis-douglas-' || i, geom1),
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('salvis-douglas-' || i || '-chaikin', st_chaikinsmoothing(geom1, 5)),
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('salvis-visvalingam-' || i, geom2),
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('salvis-visvalingam-' || i || '-chaikin', st_chaikinsmoothing(geom2, 5));
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end loop;
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end $$ language plpgsql;
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insert into wm_demo (name, way) select name, ST_SimplifyWM(way, 75, null, name) from wm_visuals where name='salvis';
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