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    • 10 August 2024

    • sur QGIS Blog: Plugin Update – July, 2024

      Publié: 10 August 2024, 12:05pm CEST

      For the last month of July, one short of 30 new plugins were published in the QGIS plugin repository.

      Here follows the quick overview in reverse chronological order. If any of the names or short descriptions catches your attention, you can find the direct link to the plugin page in the table below:

      MariaDB to QGIS
      Fetches longitude (x) and latitude (y) data from MariaDB and writes it to a Shapefile or GeoPackage and adds it to your map.
      Print Selection
      Outputs selected features to text console.
      DeraPro
      DeraPro for projects and studies allows the download of the reference spatial data of Andalusia and make a cut of the information for a specific study area.
      QPackageQGZ
      QPackage is a tool to save both your QGIS project and data contained in the project to a new directory.
      ArgentinaGeoServices
      A QGIS plugin to import WMS Geoservices from Argentina.
      T Vertical Sessions
      Used to Vertical Sessions of Lidar Point Cloud.
      BuenosAires Converter
      A QGIS plugin that converts layers to EPSG:9497.
      Make Sector
      Plugin to create sector, circle radius, and spidergraph delimited and vector layer.
      CBERS-4A WPM Explorer
      The CBERS Explorer is a specialized plugin developed to facilitate the search and retrieval of images from the China-Brazil Earth Resources Satellite (CBERS) program, specifically focusing on the CBERS-4A satellite with Wide Field Imager (WPM) data.
      FPT Plot Alocation
      Plot alocation for forest inventory.
      QGISpell
      Creates context menu spell checking for attribute data based on ENCHANT libraries.
      ur-scape Data Importer
      Import data to ur-scape.
      MorphAL
      MorphAL plugin for QGIS.
      LER+
      Nem adgang til LER2 forespørgsler.
      Threshold to ROI
      Create ROI (Region of Interest) with threshold values.
      Spell Checker
      Check the spelling of words in Print Layout elements.
      Filter By Selection
      Filter a given layer by the selected feature and attribute of another layer.
      Natur i Norge kartlegging
      Natur i Norge (NiN) mapping tool.
      AIAMAS – AI-Assisted Map Styler
      Symbolize your vector layers in seconds.
      Sentinel 2 Image Downloader
      This plugin allows users to download Sentinel-2 images.
      MapSafe
      Safeguard datasets using masking, encryption and notarisation.
      GPX Maker for GARMIN® devices
      This plugin exports GPX files for GARMIN® devices.
      QGIS Sound Effects
      Add sound effects to QGIS to make work less boring.
      Mosaic Tool
      A plugin to mosaic bands from selected raster layers.
      Polaris
      QGIS interface for Polaris through Polaris-Studio
      ArcGeek Calculator
      A comprehensive toolset for coordinate calculations, conversions, spatial operations, watershed analysis, land use analysis, and flood simulation in QGIS.
      Auxiliary Labeldata Importer
      Helps you to import Labeldata, stored in an auxiliary Layer from another Project.
      Sections
      Creates a section polygon layer from a point layer.
      Slownik warstw
      Tworzy s?ownik w formie pliku txt rozdzielanego tabulacjami dla wybranych warstw, program pozwala na eksport pe?nych nazw pól danej warstwy oraz wersje jako powstanie po zmienie z gpkg do shp.

    • sur Mappery: Asia?

      Publié: 10 August 2024, 11:00am CEST

      Matt Malone spotted this t-shirt in a local thrift shop. “Found a new shirt for my next #GIS conference”

      I’ve got a feeling that will prompt quite a lot of conversation!

      MapsintheWild Asia?

    • 09 August 2024

    • sur Fernando Quadro: Curso de GeoNode: Inscrições abertas

      Publié: 9 August 2024, 6:43pm CEST

      Aprenda a criar a sua própria Infraestrutura de Dados Espaciais com o GeoNode, uma plataforma para gestão e publicação de dados geoespaciais que reúne projetos open source maduros e estáveis sob uma interface consistente e fácil de usar, permitindo que os usuários, compartilhem seus dados de forma rápida e fácil.

      Este curso visa capacitar os profissionais no uso eficiente da plataforma GeoNode, e tem como objetivos:

      ? Familiarizar os participantes com os conceitos fundamentais do Geonode e suas capacidades.
      ? Explorar o funcionamento de servidores de mapas e seus benefícios.
      ? Apresenar como realizar a criação de usuários e grupos de acessos às suas informações.
      ? Ensinar como realiza a criação de seus Mapas, Dashboards e GeoStories.
      ? Realizar a integração do Geonode com o QGIS através de plugins.

      ?? Quer saber mais?

      O Curso é oferecido na modalidade EAD Ao Vivo, com uma carga horária de 18 horas divididos em 6 encontros. Porém, essas aulas são gravadas e ficam disponíveis ao aluno por 12 meses em nosso portal do aluno.

      Então, se por acaso você não puder comparecer em alguma das aulas ao vivo, não se preocupe, você poderá rever a aula gravada a qualquer momento.

      ??Ficou interessado?

      Acesse: [https:]]
      WhatsApp: [https:]]

    • sur KAN T&IT Blog: Innovación y Colaboración en FOSS4G Europe 2024

      Publié: 9 August 2024, 4:39pm CEST

      ¿Te apasionan las tecnologías geoespaciales de código abierto? Si es así, FOSS4G Europe 2024 en Tartu, Estonia, fue el evento que no debiste perderte.

      ¿Alguna vez te has preguntado cómo el software de código abierto está revolucionando el mundo de los Sistemas de Información Geográfica (SIG)? FOSS4G Europe 2024 reunió a expertos y entusiastas de todo el mundo para explorar esta pregunta y mucho más.

      Durante siete días, del 1 al 7 de julio, Tartu se convirtió en el epicentro de la innovación geoespacial. En esta ocasión, nuestro CEO, Ariel Anthieni y nuestro Sales Engineer, Adrián Yoris, tuvieron la oportunidad de participar de este evento.

      La conferencia ofreció una serie de talleres interactivos, presentaciones de vanguardia y sesiones plenarias con ponentes de renombre. Uno de los momentos destacados fue la presentación sobre la implementación de SIG de código abierto en proyectos comunitarios, donde se discutió cómo estas herramientas están transformando la gestión de recursos naturales en regiones rurales.

      Un ejemplo notable fue el estudio de caso de una comunidad en Estonia que utilizó software SIG de código abierto para mejorar la gestión de sus bosques, resultando en una optimización del 20% en la recolección de datos y una mejor conservación ambiental. Esta historia ejemplifica cómo la tecnología puede ser una fuerza para el bien común.

      Además, Ariel fue invitado a participar en el panel “Changing the mindset of ‘Open Source is just for those who can’t afford to pay licenses’”, junto a otros expertos como Codrina Ilie de Terrasigna y Matthias Kuhn de OPENGIS.ch, para compartir su experiencia como CEO de Kan Territory & IT, y comentar sobre cómo las soluciones basadas en código abierto pueden transformar sectores públicos y privados, ofreciendo innovación personalizada e integración eficiente de tecnologías geoespaciales.

      FOSS4G Europe 2024 no solo fue un evento educativo, sino también una celebración de la colaboración y la innovación en el ámbito de los SIG. Si te lo perdiste, no olvides seguir las actualizaciones y prepararte para la edición internacional que se realizará en Belém, Brasil. Comparte tus experiencias y pensamientos en los comentarios, y sigue explorando más sobre el fascinante mundo de las tecnologías geoespaciales de código abierto.


      ¡Nos vemos en Brasil en la FOSS4G Internacional!

      Créditos de la Foto: Andres Tennus (fotógrafo de la FOSS4G Europe)

    • sur Mappery: Finger Lakes Wines

      Publié: 9 August 2024, 11:00am CEST

      Doug Greenfield shared this wine map “Finger Lakes Wine Center @ Sonnenberg Gardens.”

      MapsintheWild Finger Lakes Wines

    • sur Ian Turton's Blog: How to reproject features in QGIS

      Publié: 9 August 2024, 2:00am CEST

      I came across a brilliant thread on Mastodon by Sarah Dal discussing how she worked out what the most remote post box in the UK was. But there was one remark that bothered me, she said that to convert her lat, lon points to OSGB (EPSG:4326 to EPSG:27700 for the nerds) she had to go to the Ordnance Survey site to find some software to do this. Since she already had the points in QGIS this seemed like an unnecessary side quest to me. When I commented that she could have done this in QGIS she said that she always seemed to get it wrong.

      I’m confused by this (and by the many other people who ask questions on gis.stackexchange.com about the same thing) so I’ve put together this video showing how I would do this. Basically, you right click on the layer you want to reproject and select export->Save features as and then just change the drop down box to the projection you need. QGIS will then save the features and add that layer to your project. You shouldn’t see any difference other than the colour of the points will change (as QGIS assigns a new random colour to the new layer).

      And yes, I really should have split the Northern Irish post boxes out into a separate file and projected them to the Irish grid but this is just a demo.

    • 08 August 2024

    • sur Mappery: Afghani Bread Holder

      Publié: 8 August 2024, 11:00am CEST

      Garrett Speed shared this “This Afghani restaurant in ‘s-Hertogenbosch has a bread holder with a map of Afghanistan as the base”

      MapsintheWild Afghani Bread Holder

    • 07 August 2024

    • sur GeoSolutions: GeoSolutions Listed as Certified Cesium Developer

      Publié: 7 August 2024, 6:00pm CEST

      You must be logged into the site to view this content.

    • sur Mappery: A Tactile Experience in Ilhabela

      Publié: 7 August 2024, 11:00am CEST

      Harry Wood wrote “We arrived at Ilhabela for some Brazil beach time. It’s an island off the Sao Paulo coast. Here’s the kids getting tactile with a relief map in the hotel.”

      Looks like fun

      MapsintheWild A Tactile Experience in Ilhabela

    • 06 August 2024

    • sur Mappery: 30 Minute Walks in Central London

      Publié: 6 August 2024, 11:00am CEST

      Nick Duggan shared this neat map, not sure where he spotted it.

      MapsintheWild 30 Minute Walks in Central London

    • 05 August 2024

    • sur Mappery: Watersnood 4

      Publié: 5 August 2024, 11:00am CEST

      The last one from Reinder

      MapsintheWild Watersnood 4

    • 04 August 2024

    • sur Mappery: Watersnood 3

      Publié: 4 August 2024, 11:00am CEST

      Via Reinder “This fantastic piece of textile art by Miep van Riessen consists of embroidered names of victims, and is at the same time a quite adequate ‘geographical impression’ of the region where the disaster took place: the Dutch province of Zeeland. “

      MapsintheWild Watersnood 3

    • 03 August 2024

    • sur Mappery: Watersnood 2

      Publié: 3 August 2024, 11:00am CEST

      Via Reinder

      MapsintheWild Watersnood 2

    • sur GeoServer Team: Using Binary Comparison Operators in GeoServer Filters

      Publié: 3 August 2024, 2:00am CEST

      GeoSpatial Techno is a startup focused on geospatial information that is providing e-learning courses to enhance the knowledge of geospatial information users, students, and other startups. The main approach of this startup is providing quality, valid specialized training in the field of geospatial information.

      ( YouTube | LinkedIn | Facebook | X )

      Binary Comparison Operators in GeoServer Filters

      In this session, we want to talk about the various types of filters, with a particular focus on “Binary comparison operators in GeoServer” comprehensively. If you want to access the complete tutorial, click on the link.

      Introduction

      Filtering allows the selection of features that satisfy a specific set of conditions. Filters can be used in several contexts in GeoServer:

      • In WMS requests, select which features should be displayed on a map
      • In WFS requests, specify the features to be returned
      • In SLD documents, apply different symbolizations to features on a thematic map

      Note. This video was recorded on GeoServer 2.22.4, which is not the most up-to-date version. Currently, versions 2.24.x and 2.25.x are supported. To ensure you have the latest release, please visit this link and avoid using older versions of GeoServer.

      Supported filter languages

      Data filtering in GeoServer follows the OGC Filter Encoding Specification, which provides a standard XML schema for encoding spatial, attribute, and temporal filters in GIS. This allows for customized queries to retrieve specific data from databases and web services while ensuring interoperability among GIS applications. GeoServer supports filters in both Filter Encoding Language and Common Query Language.

      Filter Encoding Language

      The Filter Encoding language, defined by OGC standards, utilizes an XML-based syntax to select specific features, similar to the “WHERE” clause in SQL. A filter consists of a condition formed by Predicate elements and Logical operators, employing comparison and spatial operators to evaluate relationships between feature properties. In this session, we will explore various types of binary comparison operators, while the next sessions will cover spatial operators.

      Common Query Language

      Common Query Language (CQL) is a Text-based language used in GeoServer for constructing filters and queries on geospatial data. It provides flexible and powerful options for filtering and retrieving specific subsets of data from GeoServer layers. In the upcoming sessions, we will dive into a detailed exploration of CQL/ECQL, covering its various operations and practical usage.

      Comparison operators

      These operators are part of Filter Encoding operators and are used in attribute-based queries to filter and retrieve specific features or data, based on their non-spatial attributes. The comparison operators include: binary comparison operators and value comparison operators.

      The binary comparison operators are:

      • PropertyIsEqualTo
      • PropertyIsNotEqualTo
      • PropertyIsLessThan
      • PropertyIsLessThanOrEqualTo
      • PropertyIsGreaterThan
      • PropertyIsGreaterThanOrEqualTo

      These operators contain two filter expressions to be compared. The first operand is often a <PropertyName>, but both operands may be any expression, function or literal value. Binary comparison operator elements may include an optional matchCase attribute, with the true or false value. The default value is true, but the comparisons do not check the case if the attribute has a false value.

      Note. String comparison operators are case-sensitive.

      PropertyIsEqualTo

      PropertyIsNotEqualTo is a common type of filter used in GeoServer, which allows you to retrieve features from a data source based on the values of one or more properties. As an example of using this filter in WFS getFeature request:

      • Navigate to the Demos page, then select Demo requests.
      • From the Request section, select the WFS_getFeature1.0.xml request.
      • The address will be filled in automatically, in the URL section.

      Use the following block codes to replace line 26:

      <PropertyIsEqualTo>
  <PropertyName>STATE_NAME</PropertyName>
  <Literal>Delaware</Literal>
</PropertyIsEqualTo>
      • Now, we will explain some elements:
        • The first fifteen lines include explanations in the form of comments.
        • Line 16 describes the XML version and the GetFeature operation of the WFS service being used.
        • Line 17 specifies the default output format for the WFS service as “gml2.” Additionally, GeoServer supports several other commonly used formats such as “gml3, shapefile, geojson, and csv.”
        • Lines 18 to 23 define the start of the XML request and declare the namespaces used in the request.
        • Line 24 specifies the type name of the feature to be queried. In this case, it requests features of the “topp:states”.
        • Lines 25 to 30 define the filter criteria for the query. On these lines, we use the PropertyIsEqualTo filter, to retrieve all features where the state name attribute is equal to Delaware.

      • Press the Submit button to see the implemented changes.

      • Note. For GeoServer 2.25.2 the Demo Request page has been improved to show response Headers, and provide the option to pretty print XML output.
      PropertyIsNotEqualTo

      PropertyIsNotEqualTo is another common type of filter used in GeoServer, which allows you to retrieve features from a data source based on properties that don’t match a specified value. As an example of using this filter in a WFS getFeature request, use the following block codes to replace lines 26 to 29:

      <PropertyIsNotEqualTo matchCase="false">
  <PropertyName>STATE_NAME</PropertyName>
  <Literal>delAwarE</Literal>
</PropertyIsNotEqualTo>

      Note. The matchCase attribute in WFS_getFeature 1.1 and 2.0 versions, can be set to “false” to specify a case-insensitive comparison.

      Press the Submit button.

      In this example, we used the <PropertyIsNotEqualTo> filter to retrieve all features where the STATE_NAME attribute, is not equal to Delaware.

      PropertyIsLessThan

      The PropertyIsLessThan filter is used to filter features, based on a comparison of a numeric property with a given value. It returns all features where the specified property is less than the specified value.

      An example of using this filter in a WFS getFeature request is:

      outputFormat="shape-zip"
<wfs:Query typeName="topp:states">
    <wfs:PropertyName>topp:STATE_NAME</wfs:PropertyName> 
    <wfs:PropertyName>topp:LAND_KM</wfs:PropertyName>
<ogc:Filter>
  <PropertyIsLessThan>
    <PropertyName>STATE_FIPS</PropertyName>
    <Literal>18</Literal>
  </PropertyIsLessThan>
</ogc:Filter>

      Press the Submit button.

      In this example, we used the <PropertyIsLessThan> filter to get all features in a shapefile format where the value of the STATE_FIPS attribute is less than 18. The query only retrieves the STATE_NAME and LAND_KM fields, instead of all the attributes.

      In this session, we took a brief journey through the various types of filters, with a particular focus on “Binary comparison operators in GeoServer”. If you want to access the complete tutorial, simply click on the link.

    • sur From GIS to Remote Sensing: Semi-Automatic Classification Plugin major update: version 8.3.0

      Publié: 3 August 2024, 12:04am CEST
      The Semi-Automatic Classification Plugin (SCP) has been updated to version 8.3.0.This new version requires Remotior Sensus to be updated to at least version 0.4.0.


      During the update process of SCP from version 7 to version 8, several tools were excluded in order to give priority to the main plugin functions.With this 8.3.0 update, several tools are reintroduced, such as Clustering tool for unsupervised classification (K-means method), the Spectral distance tool, the Edit raster tool, and the Raster zonal stats.Read more »
    • 02 August 2024

    • sur WhereGroup: Kick-off für die Entwicklung eines bundesweiten Softwaretools für mehr Klimaschutz in der Baubranche

      Publié: 2 August 2024, 12:15pm CEST
      Schon 2016 waren wir auf Landesebene im Bereich Ersatzbaustoffverordnung tätig und sind nun vom BMUV mit dem Umweltbundesamt mit der Erstellung eines bundesweiten Ersatzbaustoff-Katasters beauftragt.

    • sur GRASS GIS: Report from the GRASS Community Meeting 2024

      Publié: 2 August 2024, 11:42am CEST
      The annual GRASS GIS Community Meeting was held once again in the Czech Republic, this time at the NC State European Center in Prague from June 14 to 19. The meeting brought together users, supporters, contributors, power users and developers to collaborate and chart the future of the project. Thanks to the generous funding from the U.S. National Science Foundation (Award 2303651), the Open Source Geospatial Foundation (OSGeo), FOSSGIS e.V., and individual donors, we were able to welcome 16 in-person participants from 9 countries on 3 continents, plus 2 remote participants.

    • sur Mappery: Watersnood 1

      Publié: 2 August 2024, 11:00am CEST

      Reinder shared this “On the 1st of February 1953 a disastrous flood occurred in the southwest of The Netherlands. More than 1800 people lost their lives and an entire infrastructure was devastated. This is known as the Watersnood, and it is the topic of the Watersnoodmuseum in Ouwerkerk in the province of Zeeland.”

      MapsintheWild Watersnood 1

    • 01 August 2024

    • sur Mappery: Custom underwear

      Publié: 1 August 2024, 11:00am CEST

      And a new share from LeCatopgrahe with these custom underwear coming from Hop & Down.

      MapsintheWild Custom underwear

    • sur GeoServer Team: GeoServer User Forum replaces mailing list

      Publié: 1 August 2024, 2:00am CEST

      GeoServer is updating our communication channels!

      We know people do not like signing up for mailing lists, Twitter has been Xed out, and it is time to move on.

      GeoServer User Forum

      Welcome to the GeoServer User forum:

      • This forum is open to the public, we are pleased to meet you and hope you enjoy using GeoServer.
      • Hosted by Open Source Geospatial Foundation
      • All project communication including this forum are subject to our code of conduct
      • This is one of many options for community support and communication.
      Sign in

      Taking part is easy (sign-in with credentials you already have):

      1. Login to discourse.osgeo.org:

        • Login “with LDAP” to use your OSGeo UserID (also used for other osgeo services).

          The button appears greyed out, but this is only poor styling choice. The button is enabled and works.

        • Use “Log in with GitHub” to use GitHub credentials.

        • More options are added over time.

        Discourse Login

      2. You may also use “Sign Up” if you want to create an account just for use with the Forum.

        Discourse Signup

      3. Unsubscribe from geoserver-users email list.

        We will continue to operate the geoserver-user list for the month of August, and then do a final synchronization of any outstanding email messages to complete the migration.

      4. Navigate to the category GeoSever / User to enjoy the forum.

        Discourse Signup

      5. Use New Topic to start a new conversation.

        Only the GeoServer / user subcategory allows new topics. If the New Topic button is disabled you may be looking at the GeoServer top-level category.

      6. To test please send introduce yourself we are looking forward to meeting you.

      Use as a mailing list replacement

      If you enjoy the out-of-band timezone friendly mailing list experience - Discourse allows you to subscribe to notifications, and use email to post and reply to topics.

      1. Sign-in to Discourse as above.

      2. From your profile preferences, use the email tab to adjust email settings.

        IMPORTANT: Email is only sent when you are not logged in to the discourse website!

        Discourse Email Preferences

      3. Navigate to GeoSever User category, and use the bell to change notifications to Watching.

        Discourse Notifications

      4. If you wish to update any email rules the new mailing is user.geoserver.discourse.osgeo.org

      5. You can send email to geoserver-user@discourse.osgeo.org to start a new topic.

        To test please send an email to introduce yourself (rather than a test message).

      Mastadon and other socials

      GeoServer is occasionally active on social media:

      If you enjoy social media we would love some assistance reposting and highlighting our community activity. Contact us on your preferred social media platform to help out.

      GeoServer Mastadon

    • 31 July 2024

    • sur Mappery: World T-Shirt

      Publié: 31 July 2024, 11:00am CEST

      How a mechanical issue leads to a new map in the wild. Back home, I had a problem with a lawn mower. I called a friend for help, who finally came with this fabulous T-shirt!

      MapsintheWild World T-Shirt

    • 30 July 2024

    • sur GeoSolutions: GeoSolutions Announces Membership in World Geospatial Industry Council

      Publié: 30 July 2024, 6:19pm CEST

      You must be logged into the site to view this content.

    • sur Mappery: Cup Cakes from Mont-Ral

      Publié: 30 July 2024, 11:00am CEST

      Raf shared this “Tasty cupcakes from Forn de Mont-ral, Prades, Catalunya”

      MapsintheWild Cup Cakes from Mont-Ral

    • 29 July 2024

    • sur Markus Neteler: Happy 41st birthday, GRASS GIS!

      Publié: 29 July 2024, 11:01am CEST

      Today, we celebrate a true geospatial legend: GRASS GIS!

      The post Happy 41st birthday, GRASS GIS! appeared first on Markus Neteler Consulting.

    • sur Mappery: Panorama of New York City

      Publié: 29 July 2024, 11:00am CEST

      Tom MacWright shared this picture of the Panorama of the City of New York, an urban model of New York City and the centrepiece of the Queens Museum. For more information, click here.

      MapsintheWild Panorama of New York City

    • sur Lettre ouverte à la commission Européenne – Défendons le programme NGI

      Publié: 29 July 2024, 10:16am CEST par Vincent Picavet

      Cette lettre a été publiée initialement par les petites singularités. Si vous souhaitez signer la lettre, vous pouvez la publier sur votre site et compléter le tableau ici.

      Le CNLL a également publié une tribune, s’alarmant de la suppression des programmes NGI. Oslandia, en tant que membre du CNLL, soutient aussi ce texte.

      Lettre ouverte à la Commission Européenne

      Depuis 2020, les programmes Next Generation Internet (NGI), sous-branche du programme Horizon Europe de la Commission Européenne financent en cascade (via les appels de NLNet) le logiciel libre en Europe. Cette année, à la lecture du brouillon du Programme de Travail de Horizon Europe détaillant les programmes de financement de la commission européenne pour 2025, nous nous apercevons que les programmes Next Generation Internet ne sont plus mentionnés dans le Cluster 4.

      Les programmes NGI ont démontré leur force et leur importance dans le soutien à l’infrastructure logicielle européenne, formant un instrument générique de financement des communs numériques qui doivent être rendus accessibles dans la durée. Nous sommes dans l’incompréhension face à cette transformation, d’autant plus que le fonctionnement de NGI est efficace et économique puisqu’il soutient l’ensemble des projets de logiciel libre des plus petites initiatives aux mieux assises. La diversité de cet écosystème fait la grande force de l’innovation technologique européenne et le maintien de l’initiative NGI pour former un soutien structurel à ces projets logiciels, qui sont au cœur de l’innovation mondiale, permet de garantir la souveraineté d’une infrastructure européenne. Contrairement à la perception courante, les innovations techniques sont issues des communautés de programmeurs européens plutôt que nord-américains, et le plus souvent issues de structures de taille réduite.

      Le Cluster 4 allouait 27.00 millions d’euros au service de :

      • « Human centric Internet aligned with values and principles commonly shared in Europe » ;
      • « A flourishing internet, based on common building blocks created within NGI, that enables better control of our digital life » ;
      • « A structured eco-system of talented contributors driving the creation of new internet commons and the evolution of existing internet common ».

      Au nom de ces enjeux, ce sont plus de 500 projets qui ont reçu un financement NGI0 dans les 5 premières années d’exercice, ainsi que plus de 18 organisations collaborant à faire vivre ces consortia européens.

      NGI contribue à un vaste écosystème puisque la plupart du budget est dévolue au financement de tierces parties par le biais des appels ouverts (open calls). Ils structurent des communs qui recouvrent l’ensemble de l’Internet, du matériel aux applications d’intégration verticale en passant par la virtualisation, les protocoles, les systèmes d’exploitation, les identités électroniques ou la supervision du trafic de données. Ce financement des tierces parties n’est pas renouvelé dans le programme actuel, ce qui laissera de nombreux projets sans ressources adéquates pour la recherche et l’innovation en Europe.

      Par ailleurs, NGI permet des échanges et des collaborations à travers tous les pays de la zone euro et aussi avec ceux des widening countries [1], ce qui est actuellement une réussite tout autant qu’un progrès en cours, comme le fut le programme Erasmus avant nous. NGI0 est aussi une initiative qui participe à l’ouverture et à l’entretien de relation sur un temps plus long que les financements de projets. NGI encourage également à l’implémentation des projets financés par le biais de pilotes, et soutient la collaboration au sein des initiatives, ainsi que l’identification et la réutilisation d’éléments communs au travers des projets, l’interopérabilité notament des systèmes d’identification, et la mise en place de modèles de développement intégrant les autres sources de financements aux différentes échelles en Europe.

      Alors que les États-Unis d’Amérique, la Chine ou la Russie déploient des moyens publics et privés colossaux pour développer des logiciels et infrastructures captant massivement les données des consommateurs, l’Union Européenne ne peut pas se permettre ce renoncement. Les logiciels libres et open source tels que soutenus par les projets NGI depuis 2020 sont, par construction, à l’opposée des potentiels vecteurs d’ingérence étrangère. Ils permettent de conserver localement les données et de favoriser une économie et des savoirs-faire à l’échelle communautaire, tout en permettant à la fois une collaboration internationale. Ceci est d’autant plus indispensable dans le contexte géopolitique que nous connaissons actuellement. L’enjeu de la souveraineté technologique y est prépondérant et le logiciel libre permet d’y répondre sans renier la nécessité d’œuvrer pour la paix et la citoyenneté dans l’ensemble du monde numérique.

      Dans ces perspectives, nous vous demandons urgemment de réclamer la préservation du programme NGI dans le programme de financement 2025.

      [1] Tels que définis par Horizon Europe, les États Membres élargis sont la Bulgarie, la Croatie, Chypre, la République Tchèque, l’Estonie, la Grèce, la Hongrie, la Lettonie, la Lithuanie, Malte, la Pologne, le Portugal, la Roumanie, la Slovaquie et la Slovénie. Les pays associés élargies (sous conditions d’un accord d’association) l’Albanie, l’Arménie, la Bosnie Herzégovine, les Iles Feroé, la Géorgie, le Kosovo, la Moldavie, le Monténégro, le Maroc, la Macédoine du Nord, la Serbie, la Tunisie, la Turquie et l’Ukraine. Les régions élargies d’outre-mer sont : la Guadeloupe, la Guyane Française, la Martinique, La Réunion, Mayotte, Saint-Martin, Les Açores, Madère, les Iles Canaries.

       Photo de Maximalfocus sur Unsplash

       

    • sur GéoDataDays 2024

      Publié: 25 July 2024, 6:49am CEST par Caroline Chanlon

      Oslandia est cette année encore sponsor des GéoDataDays qui se tiendront les 19 et 20 septembre 2024 à Nantes ! Retrouvez-nous sur notre stand pour découvrir nos solutions et notamment Piero, l’application Web 3D SIG/BIM open source et sur l’espace Démo pour un atelier Métropoles ? OpenSource !

      Venez discuter des dernières avancées de l’open source Geospatial, voir les projets que nous avons réalisés, et découvrir comment nous pouvons répondre à vos problématiques.

      Vous y croiserez notamment Bertrand Parpoil, Vincent Picavet, Julien Moura et Vincent Bré !

      Inscription : [https:]]

    • 24 July 2024

    • sur WhereGroup: Erweiterte Geodatenvisualisierung mit MapComponents

      Publié: 24 July 2024, 1:40pm CEST
      Die MapComponents-Bibliothek ermöglicht die Anzeige und Integration verschiedener Datenformate direkt im Browser. Anhand eines praktischen Beispiels wird gezeigt, wie Benutzer OpenStreetMap-Daten in eine Webanwendung laden und diese anzeigen lassen können.

    • sur Mappery: Coaster

      Publié: 24 July 2024, 11:00am CEST

      A classic but always good from Chris Chambers.

      MapsintheWild Coaster

    • 23 July 2024

    • sur Jorge Sanz: Elastic Volunteering Time Off

      Publié: 23 July 2024, 11:15am CEST

      My employer, Elastic, has a number of philanthropic initiatives but definitely the one I love the most is the Volunteering Time Off (VTO). We are given 40 hours per year from our working hours to contribute to projects and initiatives we care about. Employees have full freedom to choose what they want to do with that time and are encouraged to use it.

      In my case, over this almost 5 years I have to admit I haven’t used all that time every year but I tried to get the most of it. During COVID I did some remote work for a local NGO that works for fair trade, giving them a webinar about Open Source among other things (see update from December 2019 and following months). I also spent a few days working on some admin tasks for the Open Source Geospatial Foundation and I’ve already written here about a couple sessions I did for Cibervoluntarios, training seniors and teens about safe browsing and email.

      Last week I was showcased in the company blog, along with other colleagues, on different projects to contribute to. In my case, last year I joined the mapping efforts after the Morocco Earthquake and took a full day mapping roads and streets of a rural area, as part of the coordinated efforts from the Humanitarian OpenStreetMap team (reported on my October community update). I’m very happy to have this support from my employer to leave things aside when an emergency like this arises, granted there are no other urgent issues at work.

      As a personal call to action, I’d love to get back to Cibervoluntarios activities. This year has been quite busy; let’s see after summer if there’s room for getting out and engaging with them.

      I know I haven’t updated this site in a while, I’ll write one soon! ?

      Reply by mail or from the fediverse

    • sur Mappery: Geodesic point

      Publié: 23 July 2024, 11:00am CEST

      Jilles van Gurp shared this geodesic point in Hannover with us.

      MapsintheWild Geodesic point

    • sur QGIS Blog: Introducing the new QGIS.org website

      Publié: 23 July 2024, 9:00am CEST

      We have a new website!

      We recently launched our new website at QGIS.org. It is a ground-up overhaul and provides a fresh take on the first contact point for existing or potential users wishing to engage with the QGIS project and discover its value proposition.

      A new strategy for QGIS.org websites

      In this blog post, we would like to provide an overview of the goals that we had for building the new QGIS.org website and the bigger picture of how this website update fits into the broader strategy for our website plans for QGIS.

      About two years ago, we started experimenting with building a new QGIS.org website based on Hugo. Hugo, as a technology choice, was less important than was our intent to develop a more modern site that addressed our strategic goals.

      After some ‘in-house’ (i.e. volunteer-based) work to develop an initial version of the site, we received the go-ahead to use QGIS funds for this and put out a call in October 2023 for a company to support our work. This was ultimately won by Kontur.io, who, together with our volunteers, brought the work into high gear.

      Questions to be quickly answered by qgis.orgInitial analysis of the questions and actions to be quickly answered by qgis.org

      Goal 1: Speak to a new audience

      Our primary goal was to speak to a new audience. We are confident that QGIS can compete with all of the commercial vendors providing GIS software. We didn’t convey that well on our old website. We feel that QGIS was too apologetic in how it presented itself. We wanted a website which inspires confidence while addressing the needs of a corporate or organisational decision-maker who is looking at the QGIS project during their GIS software selection process.

      The old website was very focused on the developer and contributor community. Obviously, those aspects are important since, without our fantastic community, the QGIS project would not exist. The messaging around open source is also important. Yet these ideas are secondary to the idea that QGIS is one of the best (if not the best) desktop GIS applications out there on the market – open-source or otherwise. We need to present it in this professional perspective.

      So, the first goal was to change the messaging to focus on QGIS’s value proposition and take a very professional approach to presenting ourselves on the website.

      User group analysisUser group and requirements analysis for the potential qgis.org visitors

      Goal 2: Harmonisation

      The second goal was to start the process of harmonising all of our website properties. QGIS.org, over the years, has built many different web properties. For example, there’s the plugins website, the feed, the changelog, the sustaining members website, the lessons website and the certification website, the new resources hub website, the API documentation, the user documentation, the user manual, the training manual, various other documentation efforts, and more. Some of those are combined in one application, There are also some less well-known resources, like our analytics.qgis.org and another one for plugin analytics. In short, we’ve a lot of resources!

      With so many different web properties, they’ve devolved over time: each has its own look and feel, navigation approach and how you interact with it. Some of them were translated, and some of them were not. We want to harmonise all of these sites so that the user does not notice any change in user experience when they move from one QGIS-related site to another.

      Goal 3: Harmonising deployment

      In the underlying process of these changes, we’re also redeploying all of the websites on new servers, which are more up-to-date and use better security and maintenance practices. Plenty of work is happening in the background to ensure that all of the servers are in a better-maintained state, document how they’re maintained, and so on.

      Goal 4: A hub and spokes

      The objective of the new site design is to allow quick movement between the QGIS auxiliary sites. The QGIS.org site will form a hub that effortlessly takes visitors to whichever QGIS-related site they need to complete the task they are busy with. If you’re moving between these sites, the experience should be seamless. You should not really even be aware that you’re moving between different websites. Other than looking at the URL bar, the user presentation and experience should be harmonious between all of them.

      One way we are planning to achieve this is to have a universal menu bar and footer. You will see that in the new website’s design, there is a menu bar across the top. This menu bar has two levels: the top menu and the second level, where the search bar is.

      The universal menu bar

      In this second row, auxiliary sites will have their own sub-menu whilst keeping the shared top-level menu. So if you, for example, are moving around in plugins and want to review the plugin list or submit a new plugin, all of that navigation will be on the second line where the search bar is currently. Regardless of which subdomain you are on, the top-level menu bar will be the same, allowing you to easily navigate back to the hub or to another subdomain.

      The footer will be unified and shared between all sites, and the cascading style sheets and styling will be unified across all of the QGIS websites.

      In the next phase, we will work to achieve this coherence across all the websites, though we still have a few more tweaks to make to the qgis.org site first.

      Goal 5: DOTDOTW – do one thing, do one thing well

      We plan to break some auxiliary websites apart into separate pieces. So, for example, the changelog management, certification management, sustaining members management, and lessons management are all in one Django app. We will split them into small single-purpose applications using some common UX metaphors so that each is a standalone application that makes it easy for a potential contributor to understand everything the application does. This will also simplify management as we can upgrade each auxiliary site on separate development cycles. We will also finally have semantic URLs, e.g. certification.qgis.org, to take you to the different areas of interest on the site.

      The plugins.qgis.org is also going to be refactored so that it just has plugins and not the resource sharing we’ve added in the last few years. The resource sharing will go into its own subdomain. Similarly, the Planet website will get split into its own website (the planet is a blog aggregator or RSS aggregator) that will be in its own managed instance. Some other components (like the analytics) are difficult to split out like this because they’re linked to the same database. We will try to make sure that those are more discoverable and theme them as much as possible to match the rest of the website experience.

      Goal 7: Encapsulation

      Another goal we had for the QGIS.org makeover was to make the site performant and self-contained. By self-contained, we mean that it should not ‘call’ out to CDN, Google or other platforms for resources like fonts, CSS frameworks, javascript libraries, etc. There were two reasons for this:

      1. These platforms often use such resources to track users as they move around the Internet, which we want to avoid as much as possible.
      2. We want to wholly manage our site, be able to fix any issues independently and generally follow a path of self-determination.

      Our approach also facilitated the creation of a very performant website, as you can see here. We will try to adhere to these principles for the auxiliary site updates we do in the future, too.

      What about translations?

      The question has come up: Why did we not want to translate the new QGIS.org when it was translated before?

      Firstly, we should make it clear that we do not plan to remove translations from the user documentation, the user manual, and so on, where we think they have the most value.

      For the main QGIS.org site, we question whether there is a high value in translating it. Here are some reasons why:

      1. Lingua franca: If you are an IT manager in a non-English-speaking country and you want to evaluate some software, you’re going to run into a product page that presents itself in English – it is the norm for IT procurement to work in English for reviewing software products and so on.

      2. Automation: Automated translations inside browsers are getting better and better. While these translations are still not completely adequate, we think they will be in one or two years’ time.

      3. Translation integrity: Our pursuit of Goal 1 means that we would no longer find it acceptable to have partial website translations. We also need to ensure that the wording and phrasing are consistent with the English messaging. We also have concerns about the QA process regarding trust and review – we want to ensure that any translation truly reflects the meaning and intent of the original content and has not been adjusted during the translation process.

      4. Cohesion: Our most important point is raised if we go back to this idea of cohesion between the different websites like QGIS.org, plugins.qgis.org and so on. As well as having the same styling, we also don’t want to switch between languages as you hop between the sites. We aim to present them all as one site. If we translate QGIS.org and then take you to our auxiliary sites, e.g., plugins.qgis.org, the feed, or certification pages, which are in English only, the experience is jarring.

      So we must either translate everything into all of the same languages, or work in English. Translating everything is a mammoth task for the translators and for us to retrospectively add translation support to each platform. Thus, we prefer the approach of harmonising everything to one language and then focusing our translation efforts on three areas:

      1. The application itself,
      2. the user manual and
      3. the training manuals.

      We can leave the rest of the experience in English and instead focus on harmonising, for now, both in terms of look and feel and the technology used.

      When we consider everything as one big website and what the bigger plan is, it is hopefully clearer why we didn’t think translating the landing page and QGIS.org was the best approach.

      Further funded work

      We hope to use more QGIS funding to support this work in the future. We’re also hoping to work again with Kontur to start moving all these auxiliary sites into their own projects, applying our style guidelines to each. Independently of that, Tim (volunteer), Lova (QGIS funded), and others are already getting started with this process.

      Helping out

      Do you have strong opinions about the website? Contact Tim on the PSC mailing list if you would like to get involved as a volunteer. We would love to hear from designers, word smiths, marketers, information architects, SEO specialists, web developers and those who think they can help us achieve our goals.

      Conclusion

      We hope our goals and process make sense for everybody and that we were able to lay out a clear, logical argument about why we don’t want to translate the new website quite yet. We want to focus on these overarching goals and then return to them later if they are still a priority for people. Everything we have built is Open Source and available at this repo, where you can also find an issue tracker to report issues and share ideas relating to the new website.

      Thanks for reading. Go spatial without compromise ??

      Cheers, Tim, Marco and Anita

    • sur [1’Tech by Oslandia] open data

      Publié: 23 July 2024, 6:55am CEST par Caroline Chanlon

      Dans cette minute Tech, nos collaborateurs vous proposent d’expliquer une technologie, une méthodologie, un concept. Après open source, LiDAR, webGL, réversibilité, TCO et même télétravail, on a brainstormé sur GitLab pour donner notre meilleure définition de l’open data

      L’open data ( « Donnée ouverte » ), est la donnée librement accessible. Elle concerne notamment toutes les données publiques accessibles aux usagers : citoyens, entreprises, collectivités, … Elles peuvent être d’origine privée mais sont la plupart du temps mises à disposition par une collectivité ou un établissement public.

      L’Open Knowledge Foundation en 2005 donnent les critères essentiels de l’open data : la disponibilité, la réutilisation et la distribution, et la participation universelle. En France, il existe un cadre légal obligeant à l’ouverture de certaines données.
      Ces ressources ouvertes accessibles dans des catalogues de données, permettent de construire des outils comme des observatoires pour lesquels la représentation cartographique est utilisée.

      Oslandia a travaillé sur de nombreux projets mobilisant de l’open data, c’est le cas de Terristory®, un outil partenarial d’aide au pilotage de la transition des territoires ou sur des projets avec Bruxelles Environnement. Nous avons également une connaissance approfondie de la donnée OpenStreetMap.

      L’open data permet d’alimenter ces outils numériques avec de la donnée de qualité permettant ainsi des services de qualité.

      OpenData et OpenSource forment le combo libre et efficient !

    • sur SourcePole: Adding external WMS to the QGIS Cloud Web Map

      Publié: 23 July 2024, 2:00am CEST
      The use of WMS/WMTS layers in a QGIS Cloud map project can significantly degrade the performance of the map display. I have already discussed how to counter this problem in an earlier post. One of the solutions is to load external WMS as background layers. The problem with this approach, however, is that only one WMS background layer can be loaded at a time. If further WMS layers are to be loaded into the map at the same time, this approach cannot be used.
    • 22 July 2024

    • sur Mappery: Wallpaper

      Publié: 22 July 2024, 11:00am CEST

      Chris Chambers shared this wallpaper.

      MapsintheWild Wallpaper

    • sur GeoServer Team: GeoServer 2024 Q3 Developer Update

      Publié: 22 July 2024, 2:00am CEST

      This is a follow up to 2024 roadmap post outlining development opportunities.

      First of all thanks to developers and organisations that have responded with offers of in-kind contributions. This blog post is assessing current progress and outlines a way forward to complete the Java 17/Jakarta EE/Spring 6 upgrades.

      This post highlights development activities that are available to be worked on today, along with interested developers and commercial support providers available to work on GeoServer roadmap items.

      Spring Framework 6 Tasks

      The key challenge we are building towards is a spring-framework 6 update, ideally by the end of 2024 when the version we use now reaches end-of-life.

      The tasks below are steps towards this goal.

      Wicket 9 upgrade

      Interested Parties:

      • Brad has been doing amazing work with the Wicket 9 upgrade and is in need of assistance.
      • GeoCat has offered to do manual A/B testing when PR is ready for testing.

      Activity:

      Spring Security 5.8 update

      Spring Security 5.8 provides a safe stepping stone ahead of the complete spring-framework 6 upgrade and is an activity that can be worked on immediately.

      Interested parties:

      • Andreas Watermeyer (ITS Digital Solutions) offered to work on this activity in during the initial January call out, and has indicated they are now ready to start.

      Activity:

      Spring Security Core implementation of OAuth2 / OIDC

      The spring-security-oauth client has reached end-of-life and a GeoServer OAuth2 support must be rewritten or migrated as a result.

      There are two paths to migrate to spring-security-core implementation:

      • Option: Migrate the existing community module implementations to spring-security-core in place; with as little loss of functionality as possible. This has the advantage of using existing test coverage to maintain a consistent set of functionality during migration.

      • Option: Setup a community module alongside the existing implementation with the goal of making a full supported etension. This approach has the advantages of allowing organisations the ability to do A/B testing as both the old and new implementation would be available alongside each other. This has the advantage of allowing stakeholders to only fund, implement, test functionality as required without disrupting existing use.

      Security integrations often require infrastructure to develop and test against, which the core GeoServer team does not have access to for automated tests. We would like to see organisations review their security integration requirements and be on hand to support this development activity.

      The initial priority will support for OAuth2 and Open ID Connect (OIDC), parties interested in maintaining support for Google, GeoNode, GitHub are welcome to participate.

      Interested Parties:

      • Andreas Watermeyer (ITS Digital Solutions) offered to work on this activity, or test as needed.
      • GeoCat is interested in this work also, with the goal of bringing the OIDC plugin up to full extension status (if financing is available).

      Activity: not started

      • [GEOS-11272] spring-security-oauth replacement, with spring-security 5.8
      ImageN / JAI Replacement

      The image processing library used by GeoServer has been donated to the open source community under the name ImageN.

      The immediate goal has been to add test cases to this codebase and make an ImageN 1.0 release. Andrea has come up with the amazing idea of integrating with JAI-Ext project immediately, to benefit from the improved operators, and jumpstart test coverage.

      Interested Parties:

      • Jody (GeoCat) is available to support this activity, or take lead if funding is available.
      • Andrea (GeoSolutions) has had a deep dive into the implications for the JAI-EXT project outlining a roadmap for project integration

      We would like to see organisations that depend on GeoServer for earth observation and imagery to step forward with funding for this activity.

      2024 Financial support and sponsorship

      Thus far 2024 has not had a strong enough sponsorship response to support the project goals above. As a point of comparison we established a budget of $15,000 with OSGeo last year to take on an low-level API change that affected several projects.

      This year GeoServer sponsorship has raised between $1,000 and $2,000 which is not enough to plan with or coordinate in-kind contributions offered thus far.

      Jody has worked with the OSGeo board to make adjustments to the sponsorship:

      • Guidance has been provided for appropriate sponsorship levels for individual consultants, small organisation, companies and public institutions of different sizes.
      • There are clear examples of how to sponsor and donate, along with the the perks and publicity associated with financial support
      • GeoServer has a new sponsorship page on our website collecting this information
      • GeoServer now lists sponsors logos on our home page, alongside core contributors.

      We would like to thank everyone who has responded thus far:

      • Sponsors: How 2 Map, illustreets
      • Individual Donations: Peter Rushforth, Marco Lucarelli, Gabriel Roldan, Jody Garnett, Manuel Timita, Andrea Aime
    • 21 July 2024

    • sur From GIS to Remote Sensing: Semi-Automatic Classification Plugin version 8.3 release date

      Publié: 21 July 2024, 1:00pm CEST
      This post is to announce that the new version 8.3 of the Semi-Automatic Classification Plugin (SCP) for QGIS will be released the 3rd of August 2024.This new version will require the new version 0.4 of the Python processing framework Remotior Sensus, and will include several new features such as such as clustering, raster editing and raster zonal stats.

      For any comment or question, join the Facebook group or GitHub discussions about the Semi-Automatic Classification Plugin.

    • sur Mappery: Which projection is this?

      Publié: 21 July 2024, 11:00am CEST

      I found this nice geo license plate walking by the River Thames. Very geo-nerdy. Happy Sunday!

      MapsintheWild Which projection is this?

    • 20 July 2024

    • sur From GIS to Remote Sensing: Remotior Sensus Update: Version 0.4

      Publié: 20 July 2024, 3:41pm CEST
      I'm glad to announce the update of Remotior Sensus to version 0.4.This new version add several new features such as clustering, raster editing and raster zonal stats. Following the complete changelog:
      • Added tool "Band clustering" for unsupervised K-means classification of bandset
      • Added tool "Raster edit" for direct editing of pixel values based on vector
      • Added tool "Raster zonal stats" for calculating statistics of a raster intersecting a vector.
      • Improved the NoData handling for multiprocess calculation
      • In "Band clip", "Band dilation", "Band erosion", "Band sieve", "Band neighbor", "Band resample" added the option multiple_resolution to keep original resolution of individual rasters, or use the resolution of the first raster for all the bands
      • In "Cross classification" fixed area based accuracy and added kappa hat metric
      • In "Band combination" added option no_raster_output to avoid the creation of output raster, producing only the table of combinations
      • In "Band calc" replaced nanpercentile with optimized calculation function
      • Improved extraction of ROIs in "Band classification"
      • Minor bug fixing and removed Requests dependency
      Read more »

    • sur Mappery: Corsica

      Publié: 20 July 2024, 11:00am CEST

      This charcuterie platter is in Corsica’s shape.

      MapsintheWild Corsica

    • 19 July 2024

    • sur GeoNode: Docs For Devs

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Docs For Devs

    • sur GeoNode: Translate

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Translate

    • sur GeoNode: Improve

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Improve

    • sur GeoNode: Future

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Future

    • sur GeoNode: Patches

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Patches

    • sur GeoNode: Contribute

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Contribute

    • sur GeoNode: Extend

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Extend

    • sur GeoNode: Arch

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Arch

    • sur GeoNode: Testing

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Testing

    • sur GeoNode: Env Dev

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Env Dev

    • sur GeoNode: Management Commands

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Management Commands

    • sur GeoNode: Backups

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Backups

    • sur GeoNode: Other Languages

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Other Languages

    • sur GeoNode: Ssl

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Ssl

    • sur GeoNode: Troubleshoot

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Troubleshoot

    • sur GeoNode: Customize Geonode

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Customize Geonode

    • sur GeoNode: Production Geonode

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Production Geonode

    • sur GeoNode: Install Geonode

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Install Geonode

    • sur GeoNode: Share Map

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Share Map

    • sur GeoNode: Find Map

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Find Map

    • sur GeoNode: Create Map

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Create Map

    • sur GeoNode: Add Data

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Add Data

    • sur GeoNode: New Account

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: New Account

    • sur GeoNode: Tutorials

      Publié: 19 July 2024, 5:43pm CEST
      GeoNode: Tutorials

    • sur GeoTools Team: GeoTools 31.3 released

      Publié: 19 July 2024, 2:27pm CEST
      &nbsp;GeoTools 31.3 released The GeoTools team is pleased to announce the release of the latest maintenance version of&nbsp; GeoTools 31.3: geotools-31.3-bin.zip geotools-31.3-doc.zip geotools-31.3-userguide.zip geotools-31.3-project.zip This release is also available from the&nbsp; OSGeo Maven Repository&nbsp;and is made in conjunction with GeoServer 2.25.3&nbsp; We

    • sur Adam Steer: Mapping a small farm part 3: using an aerial orthophoto

      Publié: 19 July 2024, 1:17pm CEST
      Part 1 of this series looked at how to fly drones and collect imagery for mapping over a small property. Part 2 showed use cases for a digital elevation model. This story focusses on the georeferenced imagery produced in the process. It will look at three use cases – and explain some of the limitations:… Read More »Mapping a small farm part 3: using an aerial orthophoto

    • sur Mappery: Armchair

      Publié: 19 July 2024, 11:00am CEST
      This image has an empty alt attribute; its file name is armchair-1-768x1024.jpeg

      It is a bit unusual, but we found this one on LinkedIn. Chris Chambers received this armchair as a birthday gift.

      MapsintheWild Armchair

    • sur Camptocamp: Optimizing Trail Management: Mergin Maps for Greater Annecy

      Publié: 19 July 2024, 2:00am CEST
      Pièce jointe: [télécharger]
      Grand Annecy turned to Camptocamp to find the tool best suited to their needs.
    • 18 July 2024

    • sur [Équipe Oslandia] Jean-Marie, développeur C++ / Python

      Publié: 18 July 2024, 7:30am CEST par Caroline Chanlon

      Jean-Marie a toujours aimé l’électronique et tout ce qui touche au traitement du signal. Il rejoint l’INSA Rennes, une école d’ingénieur généraliste en spécialité ESC – Electronique et Systèmes de Communication (aujourd’hui E&T) sur les problématiques télécommunications.

      Il réalise son stage de fin d’étude chez Silicom à Rennes sur le sujet « Modélisation de systèmes de communication » sous Matlab avant d’être embauché par la même entreprise mais pour une toute autre mission …le développement d’une application informatique de simulation de réseaux télécom pour la DGA avec QT en C++ !

      « Je ne connaissais pas trop l’informatique, quelques notions pendant mes études, mais j’aimais bien, ça me plaisait de pouvoir me lancer là dedans. J’ai acquis des connaissances en pratiquant, c’est comme ça qu’on apprend ! »

      Ensuite, Jean-Marie saisit l’opportunité de travailler sur le passage au tout numérique via la TNT. « J’ai travaillé pendant 2 ans et demi au CSA, j’ai réalisé des études sur la planification de fréquences, étudié les couvertures des émetteurs TNT. C’était une super expérience, j’ai travaillé sur un projet qui a impacté les français au quotidien ! »

      De retour à Rennes, il reprend le développement en C++ avec QT, notamment pour un projet d’analyse de signaux sismiques du CEA et découvre QGIS. Une nouvelle compétence qu’il mobilise pour la DGA et le développement d’un outil basé sur QGIS pour l’affichage de données relatives à l’aide à la planification de missions satellites.

      « 14 ans chez Silicom, il était temps de passer à autre chose »

      Jean-Marie rejoint Oslandia en novembre 2021 en tant que développeur C++ / Python où il réalise des missions de développement et DevOps, notamment pour Viamichelin sur la refonte du calcul d’itinéraire de l’outil en ligne ou pour l’IGN pour la mise en place du calcul d’itinéraire sur la nouvelle Géoplateforme.

      Projet emblématique

      Jean-Marie a produit 80% du code d’OpenLog, un outil de visualisation de données de sondage open source porté par Apeiron (filiale d’Oslandia).

      « Ce projet m’a permis de mobiliser mes connaissances sur la représentation de données »

      Technologies de prédilection

      Python et C++

      Ta philosophie

      Le partage ! Ce qu’on produit peut être utilisé par d’autres, nous partageons nos connaissances et notre travail !

      Oslandia en 1 mot

      Ouverture par rapport à l’open source et dans le sens où tout est transparent dans l’entreprise, tout le monde peut donner son avis, les décisions sont prises collectivement.

    • sur TerriSTORY® – Une histoire de territoires OpenSource

      Publié: 16 July 2024, 7:04am CEST par Sylvain Beorchia

      Lorsque nous avons commencé à travailler sur Terristory en 2018, c’était alors un POC (Proof Of Concept) commandé par AURA-EE,  Auvergne Rhône-Alpes Énergie Environnement. Le premier sprint devait convaincre de la faisabilité et projeter les ambitions de l’association. 6 ans plus tard, la plateforme devenue publique est un projet OpenSource maintenu de façon autonome directement par AURA-EE.

      Le développement de la plateforme s’est déroulé sur plusieurs années. Au départ Oslandia était le prestataire chargé de réaliser et conseiller l’AURA-EE sur le projet, mais il était prévu aussi de former petit à petit les équipes côté association et de transmettre le savoir pour un jour permettre une totale autonomie. En parallèle, il y avait une volonté forte de la part d’Oslandia d’arriver à terme à une ouverture du code source de l’application, ce qui était également une volonté d’AURA-EE dès le départ.

      Publier le code source d’une application (ici un site web) n’est pas forcément une tâche difficile en apparence.  On pourrait penser qu’il s’agit juste de créer un répertoire gitlab et d’y déposer le code. Dans les faits, c’est ce qui se passe. Néanmoins, une bonne préparation en amont est nécessaire si on souhaite une ouverture de qualité.

      De nombreuses questions se bousculent alors

      Quand doit-on publier ? Est-ce que la documentation est prête ? Dois-je traduire en anglais ? A-t-on résolu tous les bugs critiques ? Comment va se passer la publicité ? Y-a-t il un formalisme à respecter ? Les aspects juridiques sont-ils couverts ? Est-on prêt à recevoir les retours de la communauté ?

      Les étapes

      La première chose à faire était de choisir la licence. Dans le cas de Terristory c’est la GNU Affero (ou AGPL) version 3 qui a été sélectionnée, après étude des tenants et des aboutissants. Ici il s’agit d’un outil serveur, sur lequel AURA-EE et les différents partenaires impliqués au sein d’un consortium national voulaient que les modifications faites par les utilisateurs soient reversées.

      Un premier travail de documentation et de structuration du code a été entrepris par AURA-EE. Avoir une bonne documentation, des guidelines sont essentiels pour s’assurer que toute personne intéressée par la réutilisation ou par la contribution au code puisse aisément installer, tester et ajouter de nouvelles fonctionnalités.

      Le code de Terristory a également connu de nombreuses phases de refactoring, c’est à dire de réécriture de certaines parties parce qu’obsolète, pas assez efficaces ou suite à des changements de librairies utilisées. Outre les évolutions fonctionnelle d’une telle application, le refactoring constitue une partie importante de la vie du logiciel. D’autant plus sur les applications Web où les avancées technologiques sont rapides. Il faut maintenir le code, et suivre l’évolution des librairies sous-jacentes si on veut pouvoir faire évoluer le site plus facilement et par un maximum de personnes. Côté Oslandia, nous anticipons au mieux ces phases de développement pour éviter le jour J de devoir faire une revue totale et potentiellement complexe du code juste avant la publication.

      Oslandia a accompagné AURA-EE sur toutes ces années, et a réussi à lui transmettre la culture de l’OpenSource, aussi bien techniquement que dans les méthodes de travail. Ainsi, les collaborateurs d’AURA-EE sont vite devenus des utilisateurs experts de Gitlab, des utilisateurs experts de la solution, puis des développeurs de l’application, pour enfin procéder eux-même à la libération publique du code. En tant qu’ancien développeur principal de l’application pendant plusieurs années, je suis personnellement assez fier du travail accompli et de la manière dont les choses se sont déroulées.

      [Témoignage]

      Pierrick Yalamas, Directeur intelligence territoriale et observatoires à Auvergne-Rhône-Alpes Énergie Environnement :
      « Oslandia a su nous accompagner durant les premières années du projet TerriSTORY® : des premiers développements à l’appui juridique (choix de la licence) pour l’ouverture du code. L’équipe est maintenant complètement autonome. L’ouverture du code début 2023 a déjà donné lieu (mi-2024) à plusieurs réutilisations, qui permettent d’enrichir les fonctionnalités de TerriSTORY®. »

      Notre vision

      Le projet TerriSTORY® et la manière dont il s’est déroulé correspond à la vision d’Oslandia de la relation client : notre objectif est de fournir les outils et les méthodes permettant aux organisations que nous accompagnons d’être le plus efficace et le plus autonome possible. Et ce, sur tous les aspects d’un projet logiciel : technique, mais aussi organisationnel, juridique, sur l’infrastructure de développement et les process mis en place. Voir des solutions que nous avons ébauchées prendre leur propre autonomie, dans le respect de l’esprit du logiciel libre est une satisfaction et une fierté pour toute l’équipe, et nous sommes reconnaissants à l’AURA-EE de nous avoir fait confiance pour cela.

    • sur Ian Turton's Blog: Adding a spell check to QGIS

      Publié: 16 July 2024, 2:00am CEST
      Adding a Spell Check to QGIS

      (Or what to do on a rainy bank holiday in Glasgow)

      This Monday was a local bank holiday in Glasgow (or at least the university) as a remnant of when the whole town took a train to Blackpool in the same two weeks so that the ship builders and steel works could stop in a coordinated fashion. As is required in the UK the weather was awful so I stayed in and being bored looked at my long list of possible projects. I picked one that has been kicking around on the list for a while adding a spell checker for QGIS. As a dyslexic I have spell checking turned on in nearly every program I enter text into including vim, InteliJ and my browser. So I have always felt that what QGIS really needed was a way to spell check maps before I printed them at A3 and put them on the wall.

      Back in 2019 North Road wrote a iblog post about custom layout checks and ended it with a throw away comment “It’d even be possible to hook into one of the available Python spell checking libraries to write a spelling check!”. I came across this when I was trying to see if there was an easy way for my students (many of whom have English as a second language) to avoid handing in projects with glaring (i.e. I can see them) spelling errors in the title. So I stuck the link on my backlog, until the proverbial rainy day came along.

      Implementation

      Obviously I’m the last person who should be allowed to write spell checking software, but the joy of open source is that for things like this someone else has almost certainly already done it. So a quick duck-duck-go found me installing pyspellcheck which seemed like it would do what I want. It has a pretty easy interface in that once you’ve created a spell checker object, you can just pass in a list of words and it will return a list of (probably) misspelled words and a method to give the most likely correction and another method to give you list of other possibilities. Armed with this I could create a method to find and check all the text elements of a print layout.

      @check.register(type=QgsAbstractValidityCheck.TypeLayoutCheck)
def layout_check_spelling(context, feedback):
    layout = context.layout
    results = []
    checker = SpellChecker()

    for i in layout.items():
        if isinstance(i, QgsLayoutItemLabel):
            text = i.currentText()
            tokens = [word.strip(string.punctuation) for word in text.split()]
            misspelled = checker.unknown(tokens)
            for word in misspelled:
                res = QgsValidityCheckResult()
                res.type = QgsValidityCheckResult.Warning
                res.title = 'Spelling Error?'
                template = f"""
                <strong>'{word}</strong>' may be misspelled, would
                '<strong>{checker.correction(word)}</strong>' be a better choice?
                """
                possibles = checker.candidates(word)
                if len(possibles) > 1:
                    template += """
                    Or one of:<br/>
                    <ul>
                    """
                    for t in possibles:
                        template += f"<li>{t}</li>\n"
                    template += '</ul>'
                res.detailedDescription = template
                results.append(res)
    return results

      And in theory, that was that! But I’m pretty sure that my students (and everyone else) probably didn’t want to cut and paste that into the console every time they wanted to spell check a map. So, I looked at how to package this up for QGIS. I built a plugin (using the plugin builder tool), but then things got a little tricky as I can’t see any way for a plugin to add itself to the print layout rather than the main QGIS window (please let me know if it is possible), and it seemed unintuitive to make people press a button in one window to effect another one, besides the whole point of being a QgsAbstractValidityCheck was that the method is automatically run on print. So I didn’t need most of the plugin code or did I? On further thought I did, there is a need for some GUI as the user can pick which language they want to use in the spell check. pyspellcheck can spell check English, Spanish, French, Portuguese, German, Italian, Russian, Arabic, Basque, Latvian and Dutch (so if those are your language then please test this for me). I also thought that providing the option to supply a different to the default personal dictionary might be useful. So that made use of the dialog that pops up when you hit the plugin.

      But it turns out you can’t register a class method as as a QgsAbstractValidityCheck since it gets confused when QGIS calls it later. So I had to move my checker method outside the plugin class. But then I couldn’t access the language and dictionary that was set in the GUI! Some more searching gave me the following code:

        _instance = plugins['qgis-spellcheck']
  checker = _instance.checker

      Whereby I can pull out the named plugin and grab it’s spell checker, which was created in the plugin’s __init__ method. I seem to have a small issue that the user’s profile is not set when that runs which messes up where the personal dictionary is put (again if you know how to fix this let me know).

      Future Work

      Ideally, I’d like the spell checker to scan and highlight the text in the boxes as I typed but I fear that is beyond my understanding of the QGIS/Qt interface. Next highest on my wish list is for the list of spelling issues to be non-modal so I can cut and paste fixes into the text box, rather than having to memorise the correct spelling, close the window and then type it in (again answers on a github issue).

      I’m sure all sorts of things will come up once people start using it, so as usual issues and PRs are welcome at [https:]

    • 15 July 2024

    • sur Mappery: Mitchell Library, Sydney

      Publié: 15 July 2024, 11:00am CEST

      Another one from Anna Barca

      “From the map room in First floor in the Mitchell Library building in the State Library of Sydney. I love looking at those historical art works and think about how maps were made in “the old days” and what was then the focus of the drawings.” (Me too!)

      MapsintheWild Mitchell Library, Sydney

    • 14 July 2024

    • sur QGIS Blog: Plugin Update – June, 2024

      Publié: 14 July 2024, 8:46pm CEST

      In the month of June, 23 new plugins were published in the QGIS plugin repository.

      Here follows the quick overview in reverse chronological order. If any of the names or short descriptions catches your attention, you can find the direct link to the plugin page in the table below:

      Heritage Inventory
      Digitally register, manage, and visualise heritage resource data with this inventory worksheet plugin.
      Commuting Analysis
      This plugin analysis and visualises commuting data.
      Supervised Classifier
      A plugin to classify selected raster file with reference
      Field Stats
      This plugin calculates basic stats, graph histogram and boxplot
      Curvilinear Coordinator
      Plugin for river data conversion from Cartesian to curvilinear orthogonal system
      Konwerter PL-ETRF2000 PL-2000
      Konwerter wspó?rz?dnych punktu uk?adu PL-ETRF2000 do uk?adu PL-2000
      EIS QGIS Plugin
      Comprehensive mineral prospectivity mapping and analysis framework
      mgwr_plugin
      A QGIS plugin for Multiscale Geographically Weighted Regression (MGWR)
      D2S Browser
      This plugin allows you to browse your data on a D2S instance.
      WAsP scripting
      Scripts for fetching, creating and saving WAsP map files
      CSMap Plugin
      DEM?GeoTIFF???CS????????QGIS????????
      Fast Line Density Analysis
      A fast line density visualization plugin for geospatial analytics
      Unsupervised Classifier
      Plugin for unsupervised classification of satellite images
      BathyFlowDEM
      Anisotropic interpolation for bathymetric data
      Hankaku Converter
      This plug-in converts string attribute values to full-width (Zenkaku) and half-width (Hankaku) characters to each other.
      Spot Height Extractor
      This plugin extracts spot heights from an elevation model.
      Power Clipboard
      Plugin to easy copy/zoom to XY/YX coords.
      Pan Europeo
      Ponders very large and distinct rasters with different utility functions
      trainminator2
      Plugin de labellisation
      ?????(DigitalTwin)
      QGIS plugin for DigitalTwin
      Band Stacker
      A plugin to stack bands from selected raster layers
      Georeferencer Extension
      Extension to the Raster Georeferencer Plugin
      CartoGrapher
      This plugin provides commonly used methods to produce a generalized map.

    • sur Mappery: Explosion de la Liberté

      Publié: 14 July 2024, 11:00am CEST

      Anne L. shared these pictures last year. What could be better to celebrate Bastille Day this year? The Liberty Explosion is made with 200 stamps representing Marianne, the Symbol of the French Revolution for the Liberty, and the explosion takes the shape of the Phrygian cap.

      Happy Bastille Day!

      MapsintheWild Explosion de la Liberté

    • 13 July 2024

    • sur Mappery: How goes the World?

      Publié: 13 July 2024, 11:00am CEST

      Reinder spotted this atlas in a bookshop in Lyon, “saw this Asia-Australia centered atlas cover in Librairie Passages, in Lyon, France.”

      Centering the world map on Asia and Australia (which places the Americas to the east) reminds us thatthe adoption of the Prime Meridian through Greenwich was a choice by European cartographers not some inalienable geographic rule.

      MapsintheWild How goes the World?

    • 12 July 2024

    • sur KAN T&IT Blog: IOT Solution Congress en Brasil, nuestra experiencia

      Publié: 12 July 2024, 7:35pm CEST

      El pasado mes de junio se llevó a cabo el IOT Solutions Congress en la ciudad de San Pablo, Brasil, donde más de 5.000 personas se reunieron para ver las soluciones más avanzadas en la industria del Internet de las Cosas (IOT).

      El Internet de las Cosas es un concepto tecnológico que se resume como una red de dispositivos interconectados, ya sea a través de internet u otro tipo de redes, con el fin de enviar y recibir información en tiempo real y de forma automatizada.

      Como muchas tecnologías innovadoras, el IOT tiene una amplia variedad de aplicaciones y usos, y esto se vió reflejado en la diversidad de las empresas que se acercaron al evento de San Pablo para conocer más sobre el tema. Se destacó la presencia de empresas de la industria petroquímica, minera, agrícola, de la construcción y organismos gubernamentales.

      En esta ocasión KAN participó del evento con un stand y con un espacio en el Startup Stage, donde Ariel Anthieni (CEO) dió una charla sobre las aplicaciones y beneficios de los Gemelos Digitales (Digital Twins) con un enfoque particular en el monitoreo de tránsito de las ciudades.

      Un Gemelo Digital es una réplica digital altamente precisa de objetos de todo tipo, desde vehículos y turbinas hasta ciudades enteras, cuyo fin es el de crear simulaciones que puedan optimizar el uso de dichos objetos. El mayor valor que otorga un Gemelo Digital es que utiliza datos reales para llevar a cabo estas simulaciones.

      Primero se recolectan los datos utilizando dispositivos de telemetría IOT (sensores térmicos, caudalímetros, acelerómetros, etc.), luego se procesa esta información y finalmente se vuelca sobre el modelo virtual. Utilizando este modelo se pueden realizar diferentes tipos de simulaciones, analizar cada uno de los distintos escenarios y buscar mejoras para optimizar los recursos que se disponen.

      Por ejemplo, utilizando sensores de vibración y un gemelo digital, se puede analizar el uso real de una bomba de agua, simular distintos escenarios y establecer cuándo debe hacerse el mantenimiento preventivo óptimo según los datos obtenidos.

      Para el caso de las ciudades, Ariel explicó en su charla que los Gemelos Digitales permiten ayudar a los organismos gubernamentales a ver de forma anticipada el impacto que determinadas políticas públicas pueden tener en la organización de la ciudad.

      Ariel lo explica en dos ejemplos sencillos: Conociendo el movimiento real de los colectivos en las ciudades, se puede simular el impacto que tendrán en sus recorridos si una avenida principal es clausurada completamente. Esto permite al gobierno buscar la reorganización óptima y desplegar eficazmente a los equipos de tránsito que llevarán a cabo la tarea.

      Otro ejemplo se ve en la ciudad de Japón, donde el gobierno utiliza Gemelos Digitales para realizar simulaciones de terremotos y tsunamis para mejorar su capacidad de respuesta y recuperación ante los desastres naturales.

      En conclusión, KAN cumplió con su cometido en el congreso de IOT logrando mostrar una solución vanguardista dentro de la industria IOT y dejando en claro que es una de las startups a seguir.

    • sur Free and Open Source GIS Ramblings: Trajectools 2.2 released

      Publié: 12 July 2024, 7:23pm CEST

      If you downloaded Trajectools 2.1 and ran into troubles due to the introduced scikit-mobility and gtfs_functions dependencies, please update to Trajectools 2.2.

      This new version makes it easier to set up Trajectools since MovingPandas is pip-installable on most systems nowadays and scikit-mobility and gtfs_functions are now truly optional dependencies. If you don’t install them, you simply will not see the extra algorithms they add:

      If you encounter any other issues with Trajectools or have questions regarding its usage, please let me know in the Trajectools Discussions on Github.

    • sur WhereGroup: Volumendifferenzen, Zonenstatistik und mehr: wie Geoinformationssysteme (GIS) beim Wiederaufbau des Ahrtals helfen

      Publié: 12 July 2024, 1:47pm CEST
      Geoinformationssysteme unterstützen beim Wiederaufbau im Ahrtal nach der katastrophalen Flutkatastrophe 2021. Mit QGIS machen wir Daten sichtbar für diese Herkulesaufgabe, um Maßnahmen für den Wiederaufbau abzuleiten.

    • sur Mappery: World Time in EC1

      Publié: 12 July 2024, 11:00am CEST

      Another pic from Marc-Tobias’ visit to London

      MapsintheWild World Time in EC1

    • sur gvSIG Team: Acceptance Speech for the National Geographic Science Award

      Publié: 12 July 2024, 8:17am CEST

      Honorable Mr. Jesús Gómez, Undersecretary of Transport and Sustainable Mobility, distinguished authorities, ladies and gentlemen,

      It is an immense honor and a profound satisfaction for me to receive, on behalf of the gvSIG Association, the first National Geographic Science Award ever given in Spain. We humbly confess that being the first to receive it, with so many deserving individuals and entities, further elevates the importance we place on this award. Additionally, it ensures that you will hear the best acceptance speech for the award to date.

      This award represents an extraordinary recognition of the trajectory and dedication of a group passionate about geography, technology, and knowledge, understood as drivers of change.

      Let us begin with the term that names this award, geography. Tim Marshall, in his excellent essay “Prisoners of Geography,” concluded that while geography does not dictate the development of all events, since great ideas and leaders are part of the push and pull of history, all must act within the confines that geography sets. Former U.S. President Barack Obama told us that geography was much more than putting names on a map; it was about understanding reality. Those who have listened to us over the years well know that in the gvSIG Association, we have always affirmed that reality manifests in the territory. Everything exists to the extent that it is in a place and how it relates to what is around it. Therefore, the geographic or spatial dimension of things is a fundamental attribute for managing reality. It was in the past, it will be in the future, and undoubtedly, it is in the present.

      This leads us to talk about the second concept that excites us, technology. With more than two decades into the 21st century, we must all be aware that technology permeates every productive, economic, academic, and social process to the point of becoming an indispensable tool. Without fear of being wrong, I could say that there are more technological devices in this room than people. We cannot imagine that management of reality we spoke of without technology. We know that Spain and the European Union are significantly betting on science, technology, and innovation as fundamental pillars for their growth and sustainable development. For our part, in the gvSIG Association, we have always talked about technology as a strategic sector and will continue to insist on it as long as necessary. Geographic information management technologies, encompassed under the concept of geomatics, are those that allow us to analyze, understand, and manage the territory, geography.

      Geomatics is applied in managing infrastructures of all kinds, in sectors such as the environment, security, energy, mobility, education, health, agriculture, tourism,… it is transversal to countless themes and applicable to countless geographies.

      Thus, we should begin to be aware that being dependent on a strategic sector is a manifest weakness. Who would want our administrations, our universities, our companies, those that work in and with the territory, to be technologically dependent? Herein lies much of the importance and success of the gvSIG project: building and developing technologies for managing spatial data, its geographic dimension, with free software. Betting on technological sovereignty by promoting solutions that grant all rights and freedoms to their users. That avoid any dependence not only on technologies but on the owners of these. Not only that, the gvSIG Association has fostered its own industrial fabric, specialized in geomatics, making the Valencian Community and Spain a reference center internationally. Today, not only are gvSIG-branded technologies used worldwide, but today, Spanish companies carry out some of the largest projects related to geographic information systems around the globe. I conclude this section by reaffirming that betting on our own and free technologies can be, undoubtedly is, a strategic decision of the highest order.

      We link this to the last concept related to the gvSIG Association’s activity, knowledge. And at this point, it might be worthwhile to take a look back at the history of our entity.

      Let us not forget that if we are here today, receiving this important recognition, it is because one day a public administration, the Generalitat Valenciana, decided to take the first step. The gvSIG project came to light in 2004, with a first version of a software product that today is part of a complete catalog of geomatics solutions. Today, not only is it talked about, but legislation in Spain and Europe promotes reuse, sharing, interoperability among administrations, and the development of our own technologies. At the beginning of this century, it was not so. The Generalitat Valenciana not only took the first step but knew how to share the achievements with the entire international community and energize what would end up being the gvSIG Association.

      Today, it continues to bet on the project, using gvSIG technologies in more and more areas, from agriculture to road safety, from industry to sustainable mobility, contributing to its development and also reusing all the technological improvements that are continuously consolidated in the project. Just last week, the Danish Agency for Digital Government published a report highlighting the Generalitat Valenciana as the main success case for the promotion of free software technology by a public administration. It spoke of gvSIG.

      Therefore, this award, this recognition, is largely shared with the Generalitat Valenciana and, in particular, with its Directorate General of Information and Communication Technologies.

      At the end of 2009, the gvSIG Association was born. A group of people, companies, and entities decided to scale the impact of the project. To ensure its sustainability on the one hand, to consolidate an incipient industrial fabric on the other. The premise might seem simple, but it was not easy to implement. Bringing the values of free software to the economy. Developing a new business model – a concept much talked about – based on collaboration, shared knowledge versus speculation with acquired knowledge, solidarity versus rivalry. From the dates, you may guess that we were born in the midst of a crisis, in difficult times, with few resources but with great enthusiasm. In those early years, we made the English proverb “A smooth sea never made a skilled sailor” our own. It was necessary to dream, and believing in our dreams has brought us here. After this time, we do not forget to keep dreaming.

      Today, in 2024, the gvSIG Association is an entity recognized worldwide. The technology derived from a project born, let us not forget, on the periphery of Europe is used in more than 160 countries. We participate and collaborate with the main forums and organizations that promote Geographic Sciences, open knowledge, and interoperability. We have received international awards from entities such as NASA or the European Commission, which last year recognized gvSIG as the most important free software project in Europe. We have developed a suite or catalog of free technologies that allow addressing any need for information management with a geographic dimension, for any organization. We collaborate on R+D+I projects with dozens of universities, scientific publications citing the use of gvSIG are multiplying. gvSIG’s social networks have a notable influence with thousands of followers. And regarding that new business model we talked about… we have promoted the consolidation of Spanish companies and developed projects in more than 30 countries for entities of all kinds, from the United Nations to small municipalities, from large private sector energy companies to NGOs. We are, in short, an international reference center.

      Our history, therefore, pivots around knowledge. Developing it to share it, to reduce asymmetries between territories, to generate quality economy, to reaffirm Antonio Machado’s saying that “in matters of culture and knowledge, you only lose what you keep; you only gain what you give.”

      I want to recall an anecdote that well reflects this phrase. An example of those other values, not quantifiable, that occur around the model of knowledge, development, and business we promote in the gvSIG Association.

      At an event organized by Itaipú Binacional in Foz do Iguaçu, Brazil, we were invited to give training courses both to the staff of the hydroelectric plant and, openly, to university students who wanted to attend. In the first training course, a male and a female student sitting in the front row asked the trainer (in this case, it was me) if he could put them in touch with the event organizers to ask for affordable accommodation. Then they told me their story…

      At the University of Asunción, Paraguay, where they were studying, the students collectively requested the faculty to give them training in gvSIG, as they considered it a strategic investment for the country to have engineers trained in free software technologies, with all the advantages that entails. The faculty, familiar only with non-free products, refused. Among all the students, it was decided to collect funds to allow one male and one female student to make the long journey to Foz do Iguaçu, receive training, and thus, upon returning, be able to replicate the training for all the students. Today, several of those students hold responsible positions in the country.

      If we have come this far, it is because many people think there can be other approaches, other ways of doing things. Therefore, to conclude, I want to thank all the people who were, are, or will be in the gvSIG project: workers, entities, communities… and especially to the colleagues for their effort and commitment, who have always put themselves at the service of the project and never put the project at their service. Our future will be full of maps, standards, algorithms, and lines of code, but above all, of people working towards a common goal. Thank you very much.

    • 11 July 2024

    • sur Mappery: Globes holding stuff in place

      Publié: 11 July 2024, 11:00am CEST

      From Reinder, he spotted “Two globes at Waterlooplein-market in Amsterdam preventing the wind from blowing all the stuff away.”

      MapsintheWild Globes holding stuff in place

    • 10 July 2024

    • sur Mappery: Fantasy Islands on Forest Bikes

      Publié: 10 July 2024, 11:00am CEST

      Marc-Tobias sent me these pics from his recent visit to London. Forest Bikes is a newish e-bike rental scheme in London. The bikes seem to be decorated with maps. Could they be real places, or is it a fantasy?

      Note the contour lines

      That is almost certainly the British Isles just below the handlebars.

      If anyone from Forest Bikes wants to comment…

      MapsintheWild Fantasy Islands on Forest Bikes

    • 09 July 2024

    • sur GeoSolutions: GeoSolutions at geOcom 2024

      Publié: 9 July 2024, 2:39pm CEST

      You must be logged into the site to view this content.

    • sur Mappery: The Australian Bar

      Publié: 9 July 2024, 11:00am CEST

      Reinder sent this. You might think this is from Australia but no, it is afloat on the River Rhone. You might also be wondering why it gets featured on Mappery, well look at the zoomed in image.

      MapsintheWild The Australian Bar

    • 08 July 2024

    • sur Mapgears: Recap from the 56th International Snowmobile Congress

      Publié: 8 July 2024, 2:32pm CEST

      We once again attended the 56th edition of the International Snowmobile Congress, held this year in the picturesque state of Wisconsin. It was a great opportunity to engage with key figures in our industry.

      As Bronze Sponsors, we reinforced our commitment to the snowmobiling community. Throughout the congress, we had meaningful face-to-face discussions with clients and explored potential partnerships with new associations interested in joining the evTrails family.

      These events are always a highlight for us, enabling us to not only network within the industry but also to gain valuable insights into the needs and preferences of trail managers, particularly regarding smart mapping and related technologies.

      We were thrilled to receive positive feedback from many clients who visited our booth, expressing their appreciation for our trail system and how it simplifies their daily responsibilities as trail managers. Additionally, we showcased our latest feature, Drive Up, which enhances the rider’s navigation experience through seamless driving mode integration.

      The congress also provided us with invaluable client feedback on potential enhancements to our app and solutions. We returned home inspired by numerous ideas for new features that we are eager to develop and share with you.

      Meanwhile, enjoy these photos of our team participating in the diverse activities at the 56th International Snowmobile Congress!

      1234

      The post Recap from the 56th International Snowmobile Congress appeared first on Mapgears.

    • sur Mappery: Armidale Information Centre

      Publié: 8 July 2024, 11:00am CEST

      Anna Barca spotted this map on the staircase at the Armidale Information Centre. She said “The use of the staircase to display local attractions (mainly National Parks) is clever, turning a boring wall into a amazing eye-catching source of information.”

      Good spot Anna and welcome to the Mappery community with your first map in the wild.

      MapsintheWild Armidale Information Centre

    • sur QGIS Blog: Plugin Update – April to May, 2024

      Publié: 8 July 2024, 9:04am CEST

      Between April and May there were 33 new plugins published in the QGIS plugin repository.

      Here follows the quick overview in reverse chronological order. If any of the names or short descriptions catches your attention, you can find the direct link to the plugin page in the table below:

      Swiss GeoAdmin Bulk Geocoder
      Bulk geocoding of Swiss building addresses using the geocoding service of geo.admin.ch, the portal of swisstopo.
      EDAC Tools
      A toolbox containing various Python-based tools developed by the Earth Data Analysis Center (EDAC) at the University of New Mexico.
      CompareClassA
      Compare two datasets of GPKG pointZ geometry based on french legislation formatting “class A”.
      Stats By Polygon
      This plugin creates plots for statistics of raster bands based on selected polygon feature.
      UMap
      This plugin enables any user to transform a stack of digital bathymetric data terrain models into a bathymetric community map.
      SkyGIS
      This is a plugin to download files from Skydeck, process it in QGIS and upload the results back to Skydeck portal.
      Amazon Location Service
      QGIS Plugin for Amazon Location Service.
      CIGeoE Copy Paste Features 3D
      Copy and paste features from one layer to another of the same type preserving original Z coordinate.
      CIGeoE Translate To Fit To Adjacent Polygon
      Do a polygon translation to the nearest polygon, by making it coincide their nearest vertices.
      CIGeoE Toggle Vertex Visibility
      Toggle vertex’s marker visibility.
      CIGeoE Reverse Line
      Reverses a selected line.
      UA Coordinates Transformation
      ????????????? (???????????) ????????? ??????????? ???? ????? ???????? API ????????? ??????????? ??????.
      Translation: Transformation of vector layer coordinates through the official API of the State Geodetic Network.
      GeoBasis_Loader
      GeoBasis_Loader (Open Data GeoBasisdaten).
      Viper (QGIS snake clone)
      Snake clone using vector layers and QGIS canvas.
      jpdata
      Download and load various data of Japan.
      S2 Toolkit
      Tools for the S2 Geometry.
      PL-2000
      Konwerter wspó?rz?dnych punktu uk?adu PL-ETRF2000 do uk?adu PL-2000.
      Translation: PL-ETRF2000 point coordinate converter to PL-2000 system.
      Luftbildfinder NRW
      Find and display aerial images (German State of North Rhine-Westphalia) – Luftbilder finden und laden für NRW.
      UDef-ARP Plugin
      UDef-ARP for QGIS.
      Route Builder
      “Route Builder” is a QGIS plugin with a set of tools that calculates shortest routes in street networks using data from OpenStreetMap (OSM) and using the A* (A Star) algorithm. Users can define a region, define origin and destination points (O/D) using the coordinates collected by the plugin, these coordinates of the nodes and thus calculate the shortest route between them.
      Transition-QGIS
      Access a Transition transit planning server data and functionalities from QGIS.
      PG service parser
      View, edit or copy PG service entries.
      Skråfotos
      Opslag på Dataforsyningens Skråfotos.
      Translation: Notice on Dataforsyningens Skråfotos.
      OD_LSA_Loader (Open Data Land Sachsen Anhalt Loader)
      OD_LSA_Loader (Open Data Land Sachsen Anhalt Loader) – Plugin Deprecated
      QuickWebViewer
      Publish your QGIS project online as web map.
      ActiveBreak
      ActiveBreak is a plugin for QGIS that emits messages at the top of the canvas at time intervals from the start of work, reminding the user to take an active break, take their lunch and/or reminders indicating to save their QGIS project.
      QGIS Shoreline Change Analysis Tool
      A plugin for Shoreline Change Analysis (SCA).
      eMapTools
      This plugin propose retention trees and riparian buffer zones based on ecological values.
      NextGIS OGRStyle
      Capture OGR Style in ONE click to paste them into a spreadsheet.
      landXMLtoDB_Free
      Provides LandXML to Database tools, etc, storing to PostGIS initially, later to Oracle and MS SQL.
      RRR-reader
      Reads RRR files.
      Spatial Analyzer
      Spatial Analysis Tools.
      Japan GSI Point Collector
      This plugin collects xyz points from gsi website. The selection should be within Japan boundary.

      We would like this opportunity to highlight two plugins, Viper (QGIS snake Clone) and Active Break.

      Viper allows to emulate in QGIS canvas the popular game Snake, providing a fun time and a bit of nostalgia for the “older” users. However it goes further than that, as it serves the purpose of teaching about geospatial concepts such as geometry objects (points, polygons) with their properties and methods, spatial indexing in the form of R-Tree, but also programming in QGIS, as well as other aspects.

      On a more serious tone, if it can be said that, we present Active Break, a plugin that “simply” presents messages at specific time intervals, which can be personalized by the user and range from the more technical such as “save your project”, personal or motivational like quotes from hundreds of people on multiple subjects, or perhaps the most important, routinely reminders to take a break, relax or go have lunch. This considering the long hours we spent daily in front of the computer, with all the physical and mental health, as well as social implications. Congratulations on both authors!

    • sur Free and Open Source GIS Ramblings: New MovingPandas tutorial: taking OGC Moving Features full circle with MF-JSON

      Publié: 8 July 2024, 8:00am CEST

      Last week, I had the pleasure to meet some of the people behind the OGC Moving Features Standard Working group at the IEEE Mobile Data Management Conference (MDM2024). While chatting about the Moving Features (MF) support in MovingPandas, I realized that, after the MF-JSON update & tutorial with official sample post, we never published a complete tutorial on working with MF-JSON encoded data in MovingPandas.

      The current MovingPandas development version (to be release as version 0.19) supports:

      • Reading MF-JSON MovingPoint (single trajectory features and trajectory collections)
      • Reading MF-JSON Trajectory
      • Writing MovingPandas Trajectories and TrajectoryCollections to MF-JSON MovingPoint

      This means that we can now go full circle: reading — writing — reading.

      Reading MF-JSON

      Both MF-JSON MovingPoint encoding and Trajectory encoding can be read using the MovingPandas function read_mf_json(). The complete Jupyter notebook for this tutorial is available in the project repo.

      Here we read one of the official MF-JSON MovingPoint sample files: 

      traj = mpd.read_mf_json('data/movingfeatures.json')
      Writing MF-JSON

      To write MF-JSON, the Trajectory and TrajectoryCollection classes provide a to_mf_json() function:

      The resulting Python dictionary in MF-JSON MovingPoint encoding can then be saved to a JSON file, and then read again:

      import json
with open('mf1.json', 'w') as json_file:
    json.dump(mf_json, json_file, indent=4)

      Similarly, we can read any arbitrary trajectory data set and save it to MF-JSON.

      For example, here we use our usual Geolife sample: 

      gdf = gp.read_file('data/demodata_geolife.gpkg')
tc = mpd.TrajectoryCollection(gdf, 'trajectory_id', t='t')
mf_json = tc.to_mf_json(temporal_columns=['sequence'])
      And reading again 
      import json
with open('mf5.json', 'w') as json_file:
    json.dump(mf_json, json_file, indent=4)
tc = mpd.read_mf_json('mf5.json', traj_id_property='trajectory_id' )
      Conclusion

      The implemented MF-JSON support covers the basic usage of the encodings. There are some fine details in the standard, such as the distinction of time-varying attribute with linear versus step-wise interpolation, which MovingPandas currently does not support.

      If you are working with movement data, I would appreciate if you can give the improved MF-JSON support a spin and report back with your experiences.

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