Language Translated Unfinished Unfinished words Unfinished characters Untranslated Checks Suggestions Comments
English 0 0 0 0 0 0 0
Chinese (Simplified) 0 0 0 0 0 0 0
German 0% 12 397 2,475 12 0 0 0
Japanese 0 0 0 0 0 0 0
Spanish 0 0 0 0 0 0 0
Swedish 0 0 0 0 0 0 0
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Overview

Project website postgis.net/workshops/postgis-intro
Project maintainers User avatar jef User avatar astrid_emde User avatar dmateos User avatar dkastl User avatar jsanz User avatar andischi User avatar yellow73 User avatar komzpa User avatar cvvergara
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Source code repository https://github.com/postgis/postgis-workshops.git
Repository branch master
Last remote commit Merge pull request #146 from AllenSH12/fixups 37f3a52
Regina Obe authored 9 days ago
Last commit in Weblate Translated using Weblate (Spanish) 51f92f4
Weblate authored 2 days ago
Weblate repository https://weblate.osgeo.org/git/postgis-workshop/index/
File mask postgis-intro/sources/locale/*/LC_MESSAGES/equality.po
2 days ago

String statistics

Strings percent Hosted strings Words percent Hosted words Characters percent Hosted characters
Total 72 2,382 14,850
Source 12 397 2,475
Translated 83% 60 83% 1,985 83% 12,375
Needs editing 0% 0 0% 0 0% 0
Read-only 16% 12 16% 397 16% 2,475
Failing checks 0% 0 0% 0 0% 0
Strings with suggestions 0% 0 0% 0 0% 0
Untranslated strings 16% 12 16% 397 16% 2,475
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Changes committed

  1. postgis-workshop
  2. equality
  3. Swedish
Changes committed 2 days ago
User avatar yeager

Translation changed

  1. postgis-workshop
  2. equality
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Exact equality requires, in the worst case, comparison of each and every vertex in the geometry to determine equality. This can be slow, and may not be appropriate for comparing huge numbers of geometries. To allow for speedier comparison, the equal bounds operator, :command:`~=`, is provided. This operates only on the bounding box (rectangle), ensuring that the geometries occupy the same two dimensional extent, but not necessarily the same space.
Exakt likhet kräver, i värsta fall, jämförelse av varje enskilt vertex i geometrin för att fastställa likhet. Detta kan ta lång tid och är kanske inte lämpligt för att jämföra ett stort antal geometrier. För att möjliggöra snabbare jämförelser finns operatorn equal bounds, :command:`~=`. Denna operatöor verkar endast på den avgränsande rutan (rektangeln) och säkerställer att geometrierna har samma tvådimensionella utsträckning, men inte nödvändigtvis samma utrymme.
2 days ago
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Changes committed

  1. postgis-workshop
  2. equality
  3. Swedish
Changes committed 2 weeks ago
User avatar yeager

Translation uploaded

  1. postgis-workshop
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As you can see, all of our spatially equal geometries also have equal bounds. Unfortunately, Polygon 5 is also returned as equal under this test, because it shares the same bounding box as the other geometries. Why is this useful, then? Although this will be covered in detail later, the short answer is that this enables the use of spatial indexing that can quickly reduce huge comparison sets into more manageable blocks when joining or filtering data.
Som du kan se har alla våra spatialt lika geometrier också lika gränser. Tyvärr returneras Polygon 5 också som lika i det här testet, eftersom den delar samma bounding box som de andra geometrierna. Varför är då detta användbart? Även om detta kommer att behandlas i detalj senare är det korta svaret att detta möjliggör användning av spatial indexering som snabbt kan reducera enorma jämförelseuppsättningar till mer hanterbara block när data sammanfogas eller filtreras.
2 weeks ago
User avatar yeager

Translation uploaded

  1. postgis-workshop
  2. equality
  3. Swedish
Exact equality requires, in the worst case, comparison of each and every vertex in the geometry to determine equality. This can be slow, and may not be appropriate for comparing huge numbers of geometries. To allow for speedier comparison, the equal bounds operator, :command:`~=`, is provided. This operates only on the bounding box (rectangle), ensuring that the geometries occupy the same two dimensional extent, but not necessarily the same space.
Exakt likhet kräver, i värsta fall, jämförelse av varje enskilt vertex i geometrin för att fastställa likhet. Detta kan ta lång tid och är kanske inte lämpligt för att jämföra ett stort antal geometrier. För att möjliggöra snabbare jämförelser finns operatorn equal bounds, :command:`~=`. Denna operatör verkar endast på den avgränsande rutan (rektangeln) och säkerställer att geometrierna har samma tvådimensionella utsträckning, men inte nödvändigtvis samma utrymme.
2 weeks ago
User avatar yeager

Translation uploaded

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Equal Bounds
Jämna gränser
2 weeks ago
User avatar yeager

Translation uploaded

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These results are more in line with our intuitive understanding of equality. Polygons 1 through 4 are considered equal, since they enclose the same area. Note that neither the direction of the polygon is drawn, the starting point for defining the polygon, nor the number of points used are important here. What is important is that the polygons contain the same space.
Dessa resultat är mer i linje med vår intuitiva förståelse av jämlikhet. Polygonerna 1 till 4 anses vara lika, eftersom de omsluter samma område. Observera att varken polygonens riktning, startpunkten för polygonens definition eller antalet punkter som används är viktiga här. Det viktiga är att polygonerna innehåller samma utrymme.
2 weeks ago
User avatar yeager

Translation uploaded

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As we saw above, exact equality does not take into account the spatial nature of the geometries. There is an function, aptly named :command:`ST_Equals`, available to test the spatial equality or equivalence of geometries.
Som vi såg ovan tar exakt likhet inte hänsyn till geometriernas spatiala karaktär. Det finns en funktion, med det passande namnet :command:`ST_Equals`, för att testa geometriers spatiala jämlikhet eller ekvivalens.
2 weeks ago
User avatar yeager

Translation uploaded

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Spatially Equal
Spatialt lika
2 weeks ago
User avatar yeager

Translation uploaded

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In this example, the polygons are only equal to themselves, not to other seemingly equivalent polygons (as in the case of Polygons 1 through 3). In the case of Polygons 1, 2, and 3, the vertices are in identical positions but are defined in differing orders. Polygon 4 has colinear (and thus redundant) vertices on the hexagon edges causing inequality with Polygon 1.
I det här exemplet är polygonerna bara lika med sig själva, inte med andra till synes likvärdiga polygoner (som i fallet med polygonerna 1 till 3). I fallet med polygonerna 1, 2 och 3 är hörnen identiskt placerade men definierade i olika ordning. Polygon 4 har kolinjära (och därmed överflödiga) hörn på hexagonkanterna, vilket orsakar ojämlikhet med polygon 1.
2 weeks ago
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