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Using Google Maps Coordinate System in QGIS?


Transform from WGS84 to EPSG 3785 (google maps)How to load my CSV file with WKT to QGISQGIS Georeferencer and Coordinate SystemsSearching closest region from Google Maps coordinatesCoordinate System Google Maps APIStretched QGIS Hexbin in Google mapsOpenLayers Google Satellite plugin datum errorDigitizing Tools error in QGISMapping GPS coordinate from Google Maps in QGISQGIS - Layers with CRS EPSG:3857 incompatible with Google street mapImporting google maps/bing points: which projection?What Datum is used by Google Maps?













2















I have some Points in Shapefile with BC Albers Coordinate Syetem and I need to Project them to Google Maps Lat and Long. I tried to do this by using



WGS 84 / Pseudo Mercator EPSG: 3857


and



WGS84 EPSG: 4326


But none of them returning correct result! I believe there is Coordinate for Google Maps in ArcGIS as "Web Mercator" to do this but I couldn't find it in QGis.



What Coordinate should I use for Getting correct points X and Y on google map?



I also used EPSG:900913 Google Mercator but when I tried to get X and Y coords through Geometry Tool/ Export add Geometry Columns I am getting numbers like :



enter image description here



Result using EPSG:3857:



enter image description here










share|improve this question

























  • If you're looking for lat/longs, then 4326 is your destination coordinate system.

    – Mintx
    Jan 30 '15 at 20:37











  • Thanks Mintx 4326 looks more like lat and long but what I am getting are wrong coordinates!

    – Behseini
    Jan 30 '15 at 20:53











  • Could you give an example of a coordinate before and after converting?

    – Mintx
    Jan 30 '15 at 20:55











  • Like actual file?

    – Behseini
    Jan 30 '15 at 20:55











  • It looks like some of your source coordinates are swapped. If the area of interest isn't too large and should relatively near Vancouver, all x values should be >1 million. Thus point 1, 9, 13, etc need their values swapped.

    – mkennedy
    Jan 30 '15 at 21:01
















2















I have some Points in Shapefile with BC Albers Coordinate Syetem and I need to Project them to Google Maps Lat and Long. I tried to do this by using



WGS 84 / Pseudo Mercator EPSG: 3857


and



WGS84 EPSG: 4326


But none of them returning correct result! I believe there is Coordinate for Google Maps in ArcGIS as "Web Mercator" to do this but I couldn't find it in QGis.



What Coordinate should I use for Getting correct points X and Y on google map?



I also used EPSG:900913 Google Mercator but when I tried to get X and Y coords through Geometry Tool/ Export add Geometry Columns I am getting numbers like :



enter image description here



Result using EPSG:3857:



enter image description here










share|improve this question

























  • If you're looking for lat/longs, then 4326 is your destination coordinate system.

    – Mintx
    Jan 30 '15 at 20:37











  • Thanks Mintx 4326 looks more like lat and long but what I am getting are wrong coordinates!

    – Behseini
    Jan 30 '15 at 20:53











  • Could you give an example of a coordinate before and after converting?

    – Mintx
    Jan 30 '15 at 20:55











  • Like actual file?

    – Behseini
    Jan 30 '15 at 20:55











  • It looks like some of your source coordinates are swapped. If the area of interest isn't too large and should relatively near Vancouver, all x values should be >1 million. Thus point 1, 9, 13, etc need their values swapped.

    – mkennedy
    Jan 30 '15 at 21:01














2












2








2








I have some Points in Shapefile with BC Albers Coordinate Syetem and I need to Project them to Google Maps Lat and Long. I tried to do this by using



WGS 84 / Pseudo Mercator EPSG: 3857


and



WGS84 EPSG: 4326


But none of them returning correct result! I believe there is Coordinate for Google Maps in ArcGIS as "Web Mercator" to do this but I couldn't find it in QGis.



What Coordinate should I use for Getting correct points X and Y on google map?



I also used EPSG:900913 Google Mercator but when I tried to get X and Y coords through Geometry Tool/ Export add Geometry Columns I am getting numbers like :



enter image description here



Result using EPSG:3857:



enter image description here










share|improve this question
















I have some Points in Shapefile with BC Albers Coordinate Syetem and I need to Project them to Google Maps Lat and Long. I tried to do this by using



WGS 84 / Pseudo Mercator EPSG: 3857


and



WGS84 EPSG: 4326


But none of them returning correct result! I believe there is Coordinate for Google Maps in ArcGIS as "Web Mercator" to do this but I couldn't find it in QGis.



What Coordinate should I use for Getting correct points X and Y on google map?



I also used EPSG:900913 Google Mercator but when I tried to get X and Y coords through Geometry Tool/ Export add Geometry Columns I am getting numbers like :



enter image description here



Result using EPSG:3857:



enter image description here







qgis google-maps-api






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited 5 mins ago









PolyGeo

53.7k1781244




53.7k1781244










asked Jan 30 '15 at 20:04









BehseiniBehseini

318515




318515













  • If you're looking for lat/longs, then 4326 is your destination coordinate system.

    – Mintx
    Jan 30 '15 at 20:37











  • Thanks Mintx 4326 looks more like lat and long but what I am getting are wrong coordinates!

    – Behseini
    Jan 30 '15 at 20:53











  • Could you give an example of a coordinate before and after converting?

    – Mintx
    Jan 30 '15 at 20:55











  • Like actual file?

    – Behseini
    Jan 30 '15 at 20:55











  • It looks like some of your source coordinates are swapped. If the area of interest isn't too large and should relatively near Vancouver, all x values should be >1 million. Thus point 1, 9, 13, etc need their values swapped.

    – mkennedy
    Jan 30 '15 at 21:01



















  • If you're looking for lat/longs, then 4326 is your destination coordinate system.

    – Mintx
    Jan 30 '15 at 20:37











  • Thanks Mintx 4326 looks more like lat and long but what I am getting are wrong coordinates!

    – Behseini
    Jan 30 '15 at 20:53











  • Could you give an example of a coordinate before and after converting?

    – Mintx
    Jan 30 '15 at 20:55











  • Like actual file?

    – Behseini
    Jan 30 '15 at 20:55











  • It looks like some of your source coordinates are swapped. If the area of interest isn't too large and should relatively near Vancouver, all x values should be >1 million. Thus point 1, 9, 13, etc need their values swapped.

    – mkennedy
    Jan 30 '15 at 21:01

















If you're looking for lat/longs, then 4326 is your destination coordinate system.

– Mintx
Jan 30 '15 at 20:37





If you're looking for lat/longs, then 4326 is your destination coordinate system.

– Mintx
Jan 30 '15 at 20:37













Thanks Mintx 4326 looks more like lat and long but what I am getting are wrong coordinates!

– Behseini
Jan 30 '15 at 20:53





Thanks Mintx 4326 looks more like lat and long but what I am getting are wrong coordinates!

– Behseini
Jan 30 '15 at 20:53













Could you give an example of a coordinate before and after converting?

– Mintx
Jan 30 '15 at 20:55





Could you give an example of a coordinate before and after converting?

– Mintx
Jan 30 '15 at 20:55













Like actual file?

– Behseini
Jan 30 '15 at 20:55





Like actual file?

– Behseini
Jan 30 '15 at 20:55













It looks like some of your source coordinates are swapped. If the area of interest isn't too large and should relatively near Vancouver, all x values should be >1 million. Thus point 1, 9, 13, etc need their values swapped.

– mkennedy
Jan 30 '15 at 21:01





It looks like some of your source coordinates are swapped. If the area of interest isn't too large and should relatively near Vancouver, all x values should be >1 million. Thus point 1, 9, 13, etc need their values swapped.

– mkennedy
Jan 30 '15 at 21:01










1 Answer
1






active

oldest

votes


















2














What you need to do is first display your CSV in the proper coordinate system (BC Albers) so QGIS can then re-project it to Google Maps Mercator (3857).



EPSG:3857 -- WGS84 Web Mercator (Auxiliary Sphere) is what you want.



So what you need to do is add your CSV to QGIS using 'Layer > Add Layer > Add Delimited Text Layer'.



Choose the default options in the first window:



enter image description here



The next window will ask you what coordinate system you want to use to display your X and Y values. You know it is in BC Albers, so choose that option in the dialogue box:



enter image description here



Now your points - still in BC Albers - will display in QGIS - but this is tricky because you will have a hard time displaying the various OpenLayers backgrounds with this data.



Here are the points on their own:



enter image description here



The last step is to actually re-project your data to Google Maps projection



Right-click the sample (CSV / delimited) layer in QGIS > Save As



Format: ESRI Shapefile
Save as: give your new SHP a name
CRS: Selected CRS > choose EPSG:3857 WGS84 / Psuedo Mercator**



Click OK to export and re-project your CSV to SHP in 3857



Now create a new map (to reset the coordinate system of the QGIS project)



Add your SHP you saved, and from the Web > OpenLayers menu add one of the basemaps:



enter image description here



That should do it!



Updates:



**The difference between EPSG:3857 and EPSG:3785 in QGIS is confusing, and I'm not exactly sure what the purpose of 3785 is... Most if not all web map systems are published using EPSG:3857 yet in QGIS the description for 3785 is "Popular Visualization CRS / Mercator" and the description for the CORRECT web mercator is "WGS 84 / Pseudo Mercator". I will take up this issue somewhere else!



Update #2: I see in this thread that 3785 is the deprecated version of the 'google maps' coordinate system... I hope QGIS can make note of this soon...






share|improve this answer


























  • Thanks MapBaker but I am not getting Correct value for X and Y at EPSG:3857!

    – Behseini
    Jan 30 '15 at 20:26











  • I uploaded an image showing the result of X and Y at EPSG:3857, can you please take a look at that?

    – Behseini
    Jan 30 '15 at 20:30











  • @Behseini updated my answer with the correct CRS/EPSG value and the steps to get your data working correctly...

    – DPSSpatial
    Jan 30 '15 at 21:44











  • @Behseini you are welcome!!! good luck!

    – DPSSpatial
    Jan 30 '15 at 22:38











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1 Answer
1






active

oldest

votes








1 Answer
1






active

oldest

votes









active

oldest

votes






active

oldest

votes









2














What you need to do is first display your CSV in the proper coordinate system (BC Albers) so QGIS can then re-project it to Google Maps Mercator (3857).



EPSG:3857 -- WGS84 Web Mercator (Auxiliary Sphere) is what you want.



So what you need to do is add your CSV to QGIS using 'Layer > Add Layer > Add Delimited Text Layer'.



Choose the default options in the first window:



enter image description here



The next window will ask you what coordinate system you want to use to display your X and Y values. You know it is in BC Albers, so choose that option in the dialogue box:



enter image description here



Now your points - still in BC Albers - will display in QGIS - but this is tricky because you will have a hard time displaying the various OpenLayers backgrounds with this data.



Here are the points on their own:



enter image description here



The last step is to actually re-project your data to Google Maps projection



Right-click the sample (CSV / delimited) layer in QGIS > Save As



Format: ESRI Shapefile
Save as: give your new SHP a name
CRS: Selected CRS > choose EPSG:3857 WGS84 / Psuedo Mercator**



Click OK to export and re-project your CSV to SHP in 3857



Now create a new map (to reset the coordinate system of the QGIS project)



Add your SHP you saved, and from the Web > OpenLayers menu add one of the basemaps:



enter image description here



That should do it!



Updates:



**The difference between EPSG:3857 and EPSG:3785 in QGIS is confusing, and I'm not exactly sure what the purpose of 3785 is... Most if not all web map systems are published using EPSG:3857 yet in QGIS the description for 3785 is "Popular Visualization CRS / Mercator" and the description for the CORRECT web mercator is "WGS 84 / Pseudo Mercator". I will take up this issue somewhere else!



Update #2: I see in this thread that 3785 is the deprecated version of the 'google maps' coordinate system... I hope QGIS can make note of this soon...






share|improve this answer


























  • Thanks MapBaker but I am not getting Correct value for X and Y at EPSG:3857!

    – Behseini
    Jan 30 '15 at 20:26











  • I uploaded an image showing the result of X and Y at EPSG:3857, can you please take a look at that?

    – Behseini
    Jan 30 '15 at 20:30











  • @Behseini updated my answer with the correct CRS/EPSG value and the steps to get your data working correctly...

    – DPSSpatial
    Jan 30 '15 at 21:44











  • @Behseini you are welcome!!! good luck!

    – DPSSpatial
    Jan 30 '15 at 22:38
















2














What you need to do is first display your CSV in the proper coordinate system (BC Albers) so QGIS can then re-project it to Google Maps Mercator (3857).



EPSG:3857 -- WGS84 Web Mercator (Auxiliary Sphere) is what you want.



So what you need to do is add your CSV to QGIS using 'Layer > Add Layer > Add Delimited Text Layer'.



Choose the default options in the first window:



enter image description here



The next window will ask you what coordinate system you want to use to display your X and Y values. You know it is in BC Albers, so choose that option in the dialogue box:



enter image description here



Now your points - still in BC Albers - will display in QGIS - but this is tricky because you will have a hard time displaying the various OpenLayers backgrounds with this data.



Here are the points on their own:



enter image description here



The last step is to actually re-project your data to Google Maps projection



Right-click the sample (CSV / delimited) layer in QGIS > Save As



Format: ESRI Shapefile
Save as: give your new SHP a name
CRS: Selected CRS > choose EPSG:3857 WGS84 / Psuedo Mercator**



Click OK to export and re-project your CSV to SHP in 3857



Now create a new map (to reset the coordinate system of the QGIS project)



Add your SHP you saved, and from the Web > OpenLayers menu add one of the basemaps:



enter image description here



That should do it!



Updates:



**The difference between EPSG:3857 and EPSG:3785 in QGIS is confusing, and I'm not exactly sure what the purpose of 3785 is... Most if not all web map systems are published using EPSG:3857 yet in QGIS the description for 3785 is "Popular Visualization CRS / Mercator" and the description for the CORRECT web mercator is "WGS 84 / Pseudo Mercator". I will take up this issue somewhere else!



Update #2: I see in this thread that 3785 is the deprecated version of the 'google maps' coordinate system... I hope QGIS can make note of this soon...






share|improve this answer


























  • Thanks MapBaker but I am not getting Correct value for X and Y at EPSG:3857!

    – Behseini
    Jan 30 '15 at 20:26











  • I uploaded an image showing the result of X and Y at EPSG:3857, can you please take a look at that?

    – Behseini
    Jan 30 '15 at 20:30











  • @Behseini updated my answer with the correct CRS/EPSG value and the steps to get your data working correctly...

    – DPSSpatial
    Jan 30 '15 at 21:44











  • @Behseini you are welcome!!! good luck!

    – DPSSpatial
    Jan 30 '15 at 22:38














2












2








2







What you need to do is first display your CSV in the proper coordinate system (BC Albers) so QGIS can then re-project it to Google Maps Mercator (3857).



EPSG:3857 -- WGS84 Web Mercator (Auxiliary Sphere) is what you want.



So what you need to do is add your CSV to QGIS using 'Layer > Add Layer > Add Delimited Text Layer'.



Choose the default options in the first window:



enter image description here



The next window will ask you what coordinate system you want to use to display your X and Y values. You know it is in BC Albers, so choose that option in the dialogue box:



enter image description here



Now your points - still in BC Albers - will display in QGIS - but this is tricky because you will have a hard time displaying the various OpenLayers backgrounds with this data.



Here are the points on their own:



enter image description here



The last step is to actually re-project your data to Google Maps projection



Right-click the sample (CSV / delimited) layer in QGIS > Save As



Format: ESRI Shapefile
Save as: give your new SHP a name
CRS: Selected CRS > choose EPSG:3857 WGS84 / Psuedo Mercator**



Click OK to export and re-project your CSV to SHP in 3857



Now create a new map (to reset the coordinate system of the QGIS project)



Add your SHP you saved, and from the Web > OpenLayers menu add one of the basemaps:



enter image description here



That should do it!



Updates:



**The difference between EPSG:3857 and EPSG:3785 in QGIS is confusing, and I'm not exactly sure what the purpose of 3785 is... Most if not all web map systems are published using EPSG:3857 yet in QGIS the description for 3785 is "Popular Visualization CRS / Mercator" and the description for the CORRECT web mercator is "WGS 84 / Pseudo Mercator". I will take up this issue somewhere else!



Update #2: I see in this thread that 3785 is the deprecated version of the 'google maps' coordinate system... I hope QGIS can make note of this soon...






share|improve this answer















What you need to do is first display your CSV in the proper coordinate system (BC Albers) so QGIS can then re-project it to Google Maps Mercator (3857).



EPSG:3857 -- WGS84 Web Mercator (Auxiliary Sphere) is what you want.



So what you need to do is add your CSV to QGIS using 'Layer > Add Layer > Add Delimited Text Layer'.



Choose the default options in the first window:



enter image description here



The next window will ask you what coordinate system you want to use to display your X and Y values. You know it is in BC Albers, so choose that option in the dialogue box:



enter image description here



Now your points - still in BC Albers - will display in QGIS - but this is tricky because you will have a hard time displaying the various OpenLayers backgrounds with this data.



Here are the points on their own:



enter image description here



The last step is to actually re-project your data to Google Maps projection



Right-click the sample (CSV / delimited) layer in QGIS > Save As



Format: ESRI Shapefile
Save as: give your new SHP a name
CRS: Selected CRS > choose EPSG:3857 WGS84 / Psuedo Mercator**



Click OK to export and re-project your CSV to SHP in 3857



Now create a new map (to reset the coordinate system of the QGIS project)



Add your SHP you saved, and from the Web > OpenLayers menu add one of the basemaps:



enter image description here



That should do it!



Updates:



**The difference between EPSG:3857 and EPSG:3785 in QGIS is confusing, and I'm not exactly sure what the purpose of 3785 is... Most if not all web map systems are published using EPSG:3857 yet in QGIS the description for 3785 is "Popular Visualization CRS / Mercator" and the description for the CORRECT web mercator is "WGS 84 / Pseudo Mercator". I will take up this issue somewhere else!



Update #2: I see in this thread that 3785 is the deprecated version of the 'google maps' coordinate system... I hope QGIS can make note of this soon...







share|improve this answer














share|improve this answer



share|improve this answer








edited Apr 13 '17 at 12:33









Community

1




1










answered Jan 30 '15 at 20:23









DPSSpatialDPSSpatial

12k14281




12k14281













  • Thanks MapBaker but I am not getting Correct value for X and Y at EPSG:3857!

    – Behseini
    Jan 30 '15 at 20:26











  • I uploaded an image showing the result of X and Y at EPSG:3857, can you please take a look at that?

    – Behseini
    Jan 30 '15 at 20:30











  • @Behseini updated my answer with the correct CRS/EPSG value and the steps to get your data working correctly...

    – DPSSpatial
    Jan 30 '15 at 21:44











  • @Behseini you are welcome!!! good luck!

    – DPSSpatial
    Jan 30 '15 at 22:38



















  • Thanks MapBaker but I am not getting Correct value for X and Y at EPSG:3857!

    – Behseini
    Jan 30 '15 at 20:26











  • I uploaded an image showing the result of X and Y at EPSG:3857, can you please take a look at that?

    – Behseini
    Jan 30 '15 at 20:30











  • @Behseini updated my answer with the correct CRS/EPSG value and the steps to get your data working correctly...

    – DPSSpatial
    Jan 30 '15 at 21:44











  • @Behseini you are welcome!!! good luck!

    – DPSSpatial
    Jan 30 '15 at 22:38

















Thanks MapBaker but I am not getting Correct value for X and Y at EPSG:3857!

– Behseini
Jan 30 '15 at 20:26





Thanks MapBaker but I am not getting Correct value for X and Y at EPSG:3857!

– Behseini
Jan 30 '15 at 20:26













I uploaded an image showing the result of X and Y at EPSG:3857, can you please take a look at that?

– Behseini
Jan 30 '15 at 20:30





I uploaded an image showing the result of X and Y at EPSG:3857, can you please take a look at that?

– Behseini
Jan 30 '15 at 20:30













@Behseini updated my answer with the correct CRS/EPSG value and the steps to get your data working correctly...

– DPSSpatial
Jan 30 '15 at 21:44





@Behseini updated my answer with the correct CRS/EPSG value and the steps to get your data working correctly...

– DPSSpatial
Jan 30 '15 at 21:44













@Behseini you are welcome!!! good luck!

– DPSSpatial
Jan 30 '15 at 22:38





@Behseini you are welcome!!! good luck!

– DPSSpatial
Jan 30 '15 at 22:38


















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