MohidWiki - User contributions [en]

MOHID QGIS

2021-04-22T17:08:25Z

Vasco.guita:

=== !!!Under Construction!!! ===

== Quick Introduction ==

This User Manual focuses on helping professionals replicate any tasks previously done in the MOHID Graphical User Interface using the QGIS platform.

[https://qgis.org/en/site/index.html QGIS] is a widely used open source Geographic Information System. If you are not familiar with QGIS, you can find the most recent version for your desired work environment on its official [https://qgis.org/en/site/forusers/download.html download section], you can also find more details about the platform by consulting its [https://qgis.org/en/docs/index.html documentation]. The instructions written in this manual will be using the 3.16 LTR version, so keep in mind that some interface elements may be outdated by the time you’re consulting this manual.

== Creating a QGIS Project ==

In order to do whichever task you need in the QGIS environment you’ll need to create a new project or open an already existing one.

You can create a project by opening the '''Project > New''' Menu. Alternatively, to open an already existing project, simply open '''Project > Open''' Menu and choose the one you wish to open.

With a project open, you can now add whichever elements you desire. You can start by opening a simple world map by expanding the ''XYZ Tiles'' group and selecting ''OpenStreetMap'' in the Browser:

[[File:qgis_browser.png|center|x400px]]

== MOHID Barimetry ==

=== Visualizing points in MOHID’s .xyz format: ===

QGIS can easily display point data represented in the MOHID .xyz format, although it is unable to process the header’s option details.
To visualize points represented in this format you’ll need to add a new “Delimited Text Layer”. You can do this by opening the '''Layer > Add Layer > Delimited Text Layer''' Menu, which will lead you to the following window:

[[File:data_src_mgr_delim_txt.png|center|x400px]]

You’ll need to select the ''Custom delimiters'' option in the '''File Format''' section and check the ''Space'' option.

In the '''Record and Fields Options''' section, select the ''number of header lines to discard'' according to the size of the .xyz file’s option header. Make sure to check the ''Detect field types'' option and uncheck the First record has field names and ''Decimal separator is comma options'', since the latter are not present in the MOHID .xyz format.

Finally, you’ll need to check the ''Point coordinates'' option in the '''Geometry Definition''' section and select ''field_1'', ''field_2'' and ''field_3'' as the x, y and z fields, respectively. Don’t forget to select the Geometry CRS that matches the one specified in the file’s option header.

You’ll now be able to check the table generated by the given data in the '''Sample Data''' section and add additional settings in the '''Layer Settings''' section.

=== Visualizing polygon in MOHID’s .xy format: ===

The first step to visualize a MOHID’s .xy format polygon in QGIS is to convert the polygon file to Shapefile format.
A script for converting MOHID's .xy format to shapefile and to WKT is available in the following repository:
[https://github.com/Flatlightning/mohid-conversions https://github.com/Flatlightning/mohid-conversions]

After downloading the polygonConverter.py script, convert your polygon.xy file to Shapefile format using the folowing command:
<code>python polygonConverter.py -f shp -i polygon.xy</code>

The script will generate three files: polygon.dbf, polygon.shp and polygon.shx.

The next step is to add the polygon layer over the ''OpenStreetMap'' layer in QGIS.
To add the polygon layer, select the '''Layer > Add Layer > Vector Layer''' menu, which opens following window:

[[File:vector_layer.png|center|x400px]]

In the '''Vector Dataset(s)''' field enter the path to your polygon.dbf file and click '''Add'''.
Then, double click on the newly created polygon layer in the Layers panel to open the '''Layer Properties''' Menu and select
the '''Source''' tab:

[[File:layer_properties.png|center|x400px]]

Finally, select the '''EPSG:4326 - WGS 84''' option on the '''Assigned Coordinate Reference System (CRS)''' field and click on
the '''Apply''' button.

You should now visualize the polygon over the map, e.g.:

[[File:polygon.png|center|x400px]]

MOHID QGIS

2021-04-22T17:06:28Z

Vasco.guita:

=== !!!Under Construction!!! ===

== Quick Introduction ==

This User Manual focuses on helping professionals replicate any tasks previously done in the MOHID Graphical User Interface using the QGIS platform.

[https://qgis.org/en/site/index.html QGIS] is a widely used open source Geographic Information System. If you are not familiar with QGIS, you can find the most recent version for your desired work environment on its official [https://qgis.org/en/site/forusers/download.html download section], you can also find more details about the platform by consulting its [https://qgis.org/en/docs/index.html documentation]. The instructions written in this manual will be using the 3.16 LTR version, so keep in mind that some interface elements may be outdated by the time you’re consulting this manual.

== Creating a QGIS Project ==

In order to do whichever task you need in the QGIS environment you’ll need to create a new project or open an already existing one.

You can create a project by opening the '''Project > New''' Menu. Alternatively, to open an already existing project, simply open '''Project > Open''' Menu and choose the one you wish to open.

With a project open, you can now add whichever elements you desire. You can start by opening a simple world map by expanding the ''XYZ Tiles'' group and selecting ''OpenStreetMap'' in the Browser:

[[File:qgis_browser.png|x400px]]

== MOHID Barimetry ==

=== Visualizing points in MOHID’s .xyz format: ===

QGIS can easily display point data represented in the MOHID .xyz format, although it is unable to process the header’s option details.
To visualize points represented in this format you’ll need to add a new “Delimited Text Layer”. You can do this by opening the '''Layer > Add Layer > Delimited Text Layer''' Menu, which will lead you to the following window:

[[File:data_src_mgr_delim_txt.png|x400px]]

You’ll need to select the ''Custom delimiters'' option in the '''File Format''' section and check the ''Space'' option.

In the '''Record and Fields Options''' section, select the ''number of header lines to discard'' according to the size of the .xyz file’s option header. Make sure to check the ''Detect field types'' option and uncheck the First record has field names and ''Decimal separator is comma options'', since the latter are not present in the MOHID .xyz format.

Finally, you’ll need to check the ''Point coordinates'' option in the '''Geometry Definition''' section and select ''field_1'', ''field_2'' and ''field_3'' as the x, y and z fields, respectively. Don’t forget to select the Geometry CRS that matches the one specified in the file’s option header.

You’ll now be able to check the table generated by the given data in the '''Sample Data''' section and add additional settings in the '''Layer Settings''' section.

=== Visualizing polygon in MOHID’s .xy format: ===

The first step to visualize a MOHID’s .xy format polygon in QGIS is to convert the polygon file to Shapefile format.
A script for converting MOHID's .xy format to shapefile and to WKT is available in the following repository:
[https://github.com/Flatlightning/mohid-conversions https://github.com/Flatlightning/mohid-conversions]

After downloading the polygonConverter.py script, convert your polygon.xy file to Shapefile format using the folowing command:
<code>python polygonConverter.py -f shp -i polygon.xy</code>

The script will generate three files: polygon.dbf, polygon.shp and polygon.shx.

The next step is to add the polygon layer over the ''OpenStreetMap'' layer in QGIS.
To add the polygon layer, select the '''Layer > Add Layer > Vector Layer''' menu, which opens following window:

[[File:vector_layer.png|x400px]]

In the '''Vector Dataset(s)''' field enter the path to your polygon.dbf file and click '''Add'''.
Then, double click on the newly created polygon layer in the Layers panel to open the '''Layer Properties''' Menu and select
the '''Source''' tab:

[[File:layer_properties.png|x400px]]

Finally, select the '''EPSG:4326 - WGS 84''' option on the '''Assigned Coordinate Reference System (CRS)''' field and click on
the '''Apply''' button.

You should now visualize the polygon over the map, e.g.:

[[File:polygon.png|x400px]]

MOHID QGIS

2021-04-22T17:05:39Z

Vasco.guita:

=== !!!Under Construction!!! ===

== Quick Introduction ==

This User Manual focuses on helping professionals replicate any tasks previously done in the MOHID Graphical User Interface using the QGIS platform.

[https://qgis.org/en/site/index.html QGIS] is a widely used open source Geographic Information System. If you are not familiar with QGIS, you can find the most recent version for your desired work environment on its official [https://qgis.org/en/site/forusers/download.html download section], you can also find more details about the platform by consulting its [https://qgis.org/en/docs/index.html documentation]. The instructions written in this manual will be using the 3.16 LTR version, so keep in mind that some interface elements may be outdated by the time you’re consulting this manual.

== Creating a QGIS Project ==

In order to do whichever task you need in the QGIS environment you’ll need to create a new project or open an already existing one.

You can create a project by opening the '''Project > New''' Menu. Alternatively, to open an already existing project, simply open '''Project > Open''' Menu and choose the one you wish to open.

With a project open, you can now add whichever elements you desire. You can start by opening a simple world map by expanding the ''XYZ Tiles'' group and selecting ''OpenStreetMap'' in the Browser:

[[File:qgis_browser.png|x400px]]

== MOHID Barimetry ==

=== Visualizing points in MOHID’s .xyz format: ===

QGIS can easily display point data represented in the MOHID .xyz format, although it is unable to process the header’s option details.
To visualize points represented in this format you’ll need to add a new “Delimited Text Layer”. You can do this by opening the '''Layer > Add Layer > Delimited Text Layer''' Menu, which will lead you to the following window:

[[File:data_src_mgr_delim_txt.png|x300px]]

You’ll need to select the ''Custom delimiters'' option in the '''File Format''' section and check the ''Space'' option.

In the '''Record and Fields Options''' section, select the ''number of header lines to discard'' according to the size of the .xyz file’s option header. Make sure to check the ''Detect field types'' option and uncheck the First record has field names and ''Decimal separator is comma options'', since the latter are not present in the MOHID .xyz format.

Finally, you’ll need to check the ''Point coordinates'' option in the '''Geometry Definition''' section and select ''field_1'', ''field_2'' and ''field_3'' as the x, y and z fields, respectively. Don’t forget to select the Geometry CRS that matches the one specified in the file’s option header.

You’ll now be able to check the table generated by the given data in the '''Sample Data''' section and add additional settings in the '''Layer Settings''' section.

=== Visualizing polygon in MOHID’s .xy format: ===

The first step to visualize a MOHID’s .xy format polygon in QGIS is to convert the polygon file to Shapefile format.
A script for converting MOHID's .xy format to shapefile and to WKT is available in the following repository:
[https://github.com/Flatlightning/mohid-conversions https://github.com/Flatlightning/mohid-conversions]

After downloading the polygonConverter.py script, convert your polygon.xy file to Shapefile format using the folowing command:
<code>python polygonConverter.py -f shp -i polygon.xy</code>

The script will generate three files: polygon.dbf, polygon.shp and polygon.shx.

The next step is to add the polygon layer over the ''OpenStreetMap'' layer in QGIS.
To add the polygon layer, select the '''Layer > Add Layer > Vector Layer''' menu, which opens following window:

[[File:vector_layer.png|x300px]]

In the '''Vector Dataset(s)''' field enter the path to your polygon.dbf file and click '''Add'''.
Then, double click on the newly created polygon layer in the Layers panel to open the '''Layer Properties''' Menu and select
the '''Source''' tab:

[[File:layer_properties.png|x300px]]

Finally, select the '''EPSG:4326 - WGS 84''' option on the '''Assigned Coordinate Reference System (CRS)''' field and click on
the '''Apply''' button.

You should now visualize the polygon over the map, e.g.:

[[File:polygon.png|x300px]]

File:Polygon.png

2021-04-22T17:03:19Z

Vasco.guita:

MOHID QGIS

2021-04-22T17:01:29Z

Vasco.guita:

=== !!!Under Construction!!! ===

== Quick Introduction ==

This User Manual focuses on helping professionals replicate any tasks previously done in the MOHID Graphical User Interface using the QGIS platform.

[https://qgis.org/en/site/index.html QGIS] is a widely used open source Geographic Information System. If you are not familiar with QGIS, you can find the most recent version for your desired work environment on its official [https://qgis.org/en/site/forusers/download.html download section], you can also find more details about the platform by consulting its [https://qgis.org/en/docs/index.html documentation]. The instructions written in this manual will be using the 3.16 LTR version, so keep in mind that some interface elements may be outdated by the time you’re consulting this manual.

== Creating a QGIS Project ==

In order to do whichever task you need in the QGIS environment you’ll need to create a new project or open an already existing one.

You can create a project by opening the '''Project > New''' Menu. Alternatively, to open an already existing project, simply open '''Project > Open''' Menu and choose the one you wish to open.

With a project open, you can now add whichever elements you desire. You can start by opening a simple world map by expanding the ''XYZ Tiles'' group and selecting ''OpenStreetMap'' in the Browser:

[[File:qgis_browser.png]]

== MOHID Barimetry ==

=== Visualizing points in MOHID’s .xyz format: ===

QGIS can easily display point data represented in the MOHID .xyz format, although it is unable to process the header’s option details.
To visualize points represented in this format you’ll need to add a new “Delimited Text Layer”. You can do this by opening the '''Layer > Add Layer > Delimited Text Layer''' Menu, which will lead you to the following window:

[[File:data_src_mgr_delim_txt.png]]

You’ll need to select the ''Custom delimiters'' option in the '''File Format''' section and check the ''Space'' option.

In the '''Record and Fields Options''' section, select the ''number of header lines to discard'' according to the size of the .xyz file’s option header. Make sure to check the ''Detect field types'' option and uncheck the First record has field names and ''Decimal separator is comma options'', since the latter are not present in the MOHID .xyz format.

Finally, you’ll need to check the ''Point coordinates'' option in the '''Geometry Definition''' section and select ''field_1'', ''field_2'' and ''field_3'' as the x, y and z fields, respectively. Don’t forget to select the Geometry CRS that matches the one specified in the file’s option header.

You’ll now be able to check the table generated by the given data in the '''Sample Data''' section and add additional settings in the '''Layer Settings''' section.

=== Visualizing polygon in MOHID’s .xy format: ===

The first step to visualize a MOHID’s .xy format polygon in QGIS is to convert the polygon file to Shapefile format.
A script for converting MOHID's .xy format to shapefile and to WKT is available in the following repository:
[https://github.com/Flatlightning/mohid-conversions https://github.com/Flatlightning/mohid-conversions]

After downloading the polygonConverter.py script, convert your polygon.xy file to Shapefile format using the folowing command:
<code>python polygonConverter.py -f shp -i polygon.xy</code>

The script will generate three files: polygon.dbf, polygon.shp and polygon.shx.

The next step is to add the polygon layer over the ''OpenStreetMap'' layer in QGIS.
To add the polygon layer, select the '''Layer > Add Layer > Vector Layer''' menu, which opens following window:

[[File:vector_layer.png]]

In the '''Vector Dataset(s)''' field enter the path to your polygon.dbf file and click '''Add'''.
Then, double click on the newly created polygon layer in the Layers panel to open the '''Layer Properties''' Menu and select
the '''Source''' tab:

[[File:layer_properties.png]]

Finally, select the '''EPSG:4326 - WGS 84''' option on the '''Assigned Coordinate Reference System (CRS)''' field and click on
the '''Apply''' button.

You should now visualize the polygon over the map, e.g.:

[[File:polygon.png]]

File:Layer properties.png

2021-04-22T16:55:21Z

Vasco.guita:

MOHID QGIS

2021-04-22T16:55:01Z

Vasco.guita:

=== !!!Under Construction!!! ===

== Quick Introduction ==

This User Manual focuses on helping professionals replicate any tasks previously done in the MOHID Graphical User Interface using the QGIS platform.

[https://qgis.org/en/site/index.html QGIS] is a widely used open source Geographic Information System. If you are not familiar with QGIS, you can find the most recent version for your desired work environment on its official [https://qgis.org/en/site/forusers/download.html download section], you can also find more details about the platform by consulting its [https://qgis.org/en/docs/index.html documentation]. The instructions written in this manual will be using the 3.16 LTR version, so keep in mind that some interface elements may be outdated by the time you’re consulting this manual.

== Creating a QGIS Project ==

In order to do whichever task you need in the QGIS environment you’ll need to create a new project or open an already existing one.

You can create a project by opening the '''Project > New''' Menu. Alternatively, to open an already existing project, simply open '''Project > Open''' Menu and choose the one you wish to open.

With a project open, you can now add whichever elements you desire. You can start by opening a simple world map by expanding the ''XYZ Tiles'' group and selecting ''OpenStreetMap'' in the Browser:

[[File:qgis_browser.png]]

== MOHID Barimetry ==

=== Visualizing points in MOHID’s .xyz format: ===

QGIS can easily display point data represented in the MOHID .xyz format, although it is unable to process the header’s option details.
To visualize points represented in this format you’ll need to add a new “Delimited Text Layer”. You can do this by opening the '''Layer > Add Layer > Delimited Text Layer''' Menu, which will lead you to the following window:

[[File:data_src_mgr_delim_txt.png]]

You’ll need to select the ''Custom delimiters'' option in the '''File Format''' section and check the ''Space'' option.

In the '''Record and Fields Options''' section, select the ''number of header lines to discard'' according to the size of the .xyz file’s option header. Make sure to check the ''Detect field types'' option and uncheck the First record has field names and ''Decimal separator is comma options'', since the latter are not present in the MOHID .xyz format.

Finally, you’ll need to check the ''Point coordinates'' option in the '''Geometry Definition''' section and select ''field_1'', ''field_2'' and ''field_3'' as the x, y and z fields, respectively. Don’t forget to select the Geometry CRS that matches the one specified in the file’s option header.

You’ll now be able to check the table generated by the given data in the '''Sample Data''' section and add additional settings in the '''Layer Settings''' section.

=== Visualizing polygon in MOHID’s .xy format: ===

The first step to visualize a MOHID’s .xy format polygon in QGIS is to convert the polygon file to Shapefile format.
A script for converting MOHID's .xy format to shapefile and to WKT is available in the following repository:
[https://github.com/Flatlightning/mohid-conversions https://github.com/Flatlightning/mohid-conversions]

After downloading the polygonConverter.py script, convert your polygon.xy file to Shapefile format using the folowing command:
<code>python polygonConverter.py -f shp -i polygon.xy</code>

The script will generate three files: polygon.dbf, polygon.shp and polygon.shx.

The next step is to add a layer with the polygon over the ''OpenStreetMap'' layer in QGIS.
To add a layer with the polygon, open the '''Layer > Add Layer > Vector Layer''' Menu, which will lead you to the following window:

[[File:vector_layer.png]]

In the '''Vector Dataset(s)''' field enter the path to your polygon.dbf file and click '''Add'''.
Then, double click on the newly created polygon layer in the Layers panel to open the '''Layer Properties''' Menu and select
the '''Source''' tab:

[[File:layer_properties.png]]

Finally, select the '''EPSG:4326 - WGS 84''' option on the '''Assigned Coordinate Reference System (CRS)''' field and click on
the '''Apply''' button.

File:Vector layer.png

2021-04-22T15:57:17Z

Vasco.guita:

MOHID QGIS

2021-04-22T15:56:50Z

Vasco.guita:

=== !!!Under Construction!!! ===

== Quick Introduction ==

This User Manual focuses on helping professionals replicate any tasks previously done in the MOHID Graphical User Interface using the QGIS platform.

[https://qgis.org/en/site/index.html QGIS] is a widely used open source Geographic Information System. If you are not familiar with QGIS, you can find the most recent version for your desired work environment on its official [https://qgis.org/en/site/forusers/download.html download section], you can also find more details about the platform by consulting its [https://qgis.org/en/docs/index.html documentation]. The instructions written in this manual will be using the 3.16 LTR version, so keep in mind that some interface elements may be outdated by the time you’re consulting this manual.

== Creating a QGIS Project ==

In order to do whichever task you need in the QGIS environment you’ll need to create a new project or open an already existing one.

You can create a project by opening the '''Project > New''' Menu. Alternatively, to open an already existing project, simply open '''Project > Open''' Menu and choose the one you wish to open.

With a project open, you can now add whichever elements you desire. You can start by opening a simple world map by expanding the ''XYZ Tiles'' group and selecting ''OpenStreetMap'' in the Browser:

[[File:qgis_browser.png]]

== MOHID Barimetry ==

=== Visualizing points in MOHID’s .xyz format: ===

QGIS can easily display point data represented in the MOHID .xyz format, although it is unable to process the header’s option details.
To visualize points represented in this format you’ll need to add a new “Delimited Text Layer”. You can do this by opening the '''Layer > Add Layer > Delimited Text Layer''' Menu, which will lead you to the following window:

[[File:data_src_mgr_delim_txt.png]]

You’ll need to select the ''Custom delimiters'' option in the '''File Format''' section and check the ''Space'' option.

In the '''Record and Fields Options''' section, select the ''number of header lines to discard'' according to the size of the .xyz file’s option header. Make sure to check the ''Detect field types'' option and uncheck the First record has field names and ''Decimal separator is comma options'', since the latter are not present in the MOHID .xyz format.

Finally, you’ll need to check the ''Point coordinates'' option in the '''Geometry Definition''' section and select ''field_1'', ''field_2'' and ''field_3'' as the x, y and z fields, respectively. Don’t forget to select the Geometry CRS that matches the one specified in the file’s option header.

You’ll now be able to check the table generated by the given data in the '''Sample Data''' section and add additional settings in the '''Layer Settings''' section.

=== Visualizing polygon in MOHID’s .xy format: ===

The first step to visualize a MOHID’s .xy format polygon in QGIS is to convert the polygon file to Shapefile format.
A script for converting MOHID's .xy format to shapefile and to WKT is available in the following repository:
[https://github.com/Flatlightning/mohid-conversions https://github.com/Flatlightning/mohid-conversions]

After downloading the polygonConverter.py script, convert your polygon.xy file to Shapefile format using the folowing command:
<code>python polygonConverter.py -f shp -i polygon.xy</code>

The script will generate three files: polygon.dbf, polygon.shp and polygon.shx.

The next step is to add a layer with the polygon over the ''OpenStreetMap'' layer in QGIS.
To add a layer with the polygon, open the '''Layer > Add Layer > Vector Layer''' Menu, which will lead you to the following window:

[[File:vector_layer.png]]

MOHID QGIS

2021-04-22T15:49:56Z

Vasco.guita:

=== !!!Under Construction!!! ===

== Quick Introduction ==

This User Manual focuses on helping professionals replicate any tasks previously done in the MOHID Graphical User Interface using the QGIS platform.

[https://qgis.org/en/site/index.html QGIS] is a widely used open source Geographic Information System. If you are not familiar with QGIS, you can find the most recent version for your desired work environment on its official [https://qgis.org/en/site/forusers/download.html download section], you can also find more details about the platform by consulting its [https://qgis.org/en/docs/index.html documentation]. The instructions written in this manual will be using the 3.16 LTR version, so keep in mind that some interface elements may be outdated by the time you’re consulting this manual.

== Creating a QGIS Project ==

In order to do whichever task you need in the QGIS environment you’ll need to create a new project or open an already existing one.

You can create a project by opening the '''Project > New''' Menu. Alternatively, to open an already existing project, simply open '''Project > Open''' Menu and choose the one you wish to open.

With a project open, you can now add whichever elements you desire. You can start by opening a simple world map by expanding the ''XYZ Tiles'' group and selecting ''OpenStreetMap'' in the Browser:

[[File:qgis_browser.png]]

== MOHID Barimetry ==

=== Visualizing points in MOHID’s .xyz format: ===

QGIS can easily display point data represented in the MOHID .xyz format, although it is unable to process the header’s option details.
To visualize points represented in this format you’ll need to add a new “Delimited Text Layer”. You can do this by opening the '''Layer > Add Layer > Delimited Text Layer''' Menu, which will lead you to the following window:

[[File:data_src_mgr_delim_txt.png]]

You’ll need to select the ''Custom delimiters'' option in the '''File Format''' section and check the ''Space'' option.

In the '''Record and Fields Options''' section, select the ''number of header lines to discard'' according to the size of the .xyz file’s option header. Make sure to check the ''Detect field types'' option and uncheck the First record has field names and ''Decimal separator is comma options'', since the latter are not present in the MOHID .xyz format.

Finally, you’ll need to check the ''Point coordinates'' option in the '''Geometry Definition''' section and select ''field_1'', ''field_2'' and ''field_3'' as the x, y and z fields, respectively. Don’t forget to select the Geometry CRS that matches the one specified in the file’s option header.

You’ll now be able to check the table generated by the given data in the '''Sample Data''' section and add additional settings in the '''Layer Settings''' section.

=== Visualizing polygon in MOHID’s .xy format: ===

The first step to visualize a MOHID’s .xy format polygon in QGIS is to convert the polygon file to Shapefile format.
A script for converting MOHID's .xy format to shapefile and to WKT is available in the following repository:
[https://github.com/Flatlightning/mohid-conversions https://github.com/Flatlightning/mohid-conversions]

After downloading the polygonConverter.py script, convert your polygon.xy file to Shapefile format using the folowing command:
<code>python polygonConverter.py -f shp -i polygon.xy</code>

The script will generate three files: polygon.dbf, polygon.shp and polygon.shx.

The next step is to add a layer with the polygon over the ''OpenStreetMap'' layer in QGIS.

File:Data src mgr delim txt.png

2021-04-22T13:42:56Z

Vasco.guita:

MOHID QGIS

2021-04-22T13:42:33Z

Vasco.guita:

File:Qgis browser.png

2021-04-22T13:39:10Z

Vasco.guita:

MOHID QGIS

2021-04-22T13:38:25Z

Vasco.guita:

MOHID QGIS

2021-04-16T11:08:21Z

Vasco.guita:

MOHID QGIS

2021-04-15T16:31:54Z

Vasco.guita: Created page with "== Quick Introduction =="

== Quick Introduction ==

MOHID GGIS

2021-04-15T16:27:07Z

Vasco.guita: /* Overview */

MOHID GGIS

2021-04-15T11:58:43Z

Vasco.guita: Created page with "== Overview =="

== Overview ==