QGIS Planet

Do you want to host a QGIS developer meeting?

Each year the QGIS.ORG community holds two developer meetings. These events are an important part of  our project – they provide an invaluable opportunity for us all to meet face to face and share ideas, discuss issues and plan the future of QGIS.

The host of the developer meeting gets a special bonus for hosting the meeting: One of our releases will be named after the town / village / city etc. where the event was held – like this:

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We want to have a better idea of which venues we will be using for future events to help with out planning. So I am putting out a call for venue proposals:

If you would like to host a QGIS developer meeting (estimated 50 people per event) or a QGIS Conference (estimated 100-150 people per event) please contact us!

Please don’t submit proposals unless you have the authority to make such a proposal and are willing to act as the local organiser for the event. To make a proposal, fill out this form and tell us about your great venue!

 


Plotting the future of QGIS

During the developer hackfest at our recent QGIS Conference in Nødebo, the developers present had a discussion session about the future (post 3.0) road map for QGIS. Note that the ideas laid out here do no necessarily represent a consensus between all the QGIS developers and community members since those present at the hackfest were only a subset of the great QGIS community. However the discussion probably provides a good idea of the kind of things on our minds as we move forward to QGIS 3.0 and beyond. Just a note before you get too excited reading the article below: This was a future looking session of great ideas that will take QGIS forward, but there may not be anybody actively working on these ideas (if you are looking for something to fund it would be a great start!). Here are twelve ideas that were raised (in no particular order)…

1. We need to beef up the analytical capabilities in QGIS

There was a general feeling that we should have stronger analytical capabilities in QGIS. Somewhere along the line we lost ManageR (the R integration with QGIS) and we have missed the boat in having something like Pandas / Jupyter Notebooks, embedded into QGIS (with iface available to the console). Whilst many data scientists are using R, going the python route with Pandas and Jupyter Notebooks might be a better fit in terms of being harmonious with the other work that has been done to provide python bindings for QGIS. But hey, why not provide both a Jupyter Notebook that supports both Python and R out of the box? Technically curious may want to look here for some hints on how we might go about integrating Jupyter into the QGIS application…

2. We need to improve our ‘first open’ experience

Especially for new users and novice GIS users, starting a QGIS project with a blank white canvas and many buttons and menus can be quite intimidating. We want to provide some basic projects (e.g. based on OpenStreetmap tiles) that can appear as a default layer when you open the QGIS application so that you can immediately get a sense of place and space – much like you would get in Google maps or any web mapping application. Naturally we will provide the option to disable this for those who are not interested in this functionality, but we would make it a default behaviour for new users…

3. We need a better way of communicating with our users

We do not even know simple things like how many users we have (I estimate broadly between 500 000 and 1 000 000 users based on downloads). Most users are silent users – they never communicate with the upstream project via our mailing lists or other communication mechanisms. Not knowing stuff about our users makes it hard to build a better product for them, and not having a communication channel with our users makes it hard for us to let them know about important updates, bug fixes, events etc. and it is a bit silly to be in this situation because every time a user opens QGIS, we have an opportunity to share this kind of information with them. So in the future it would be nice to have a way to provide timed and targeted messages to our users (for example letting them know when we have made a new blog post on the official QGIS blog). It would be nice to have the notification system scriptable by plugin. Of course it should be easy to opt out of or filter the messages by category (e.g. don’t show me event announcements) we share with our users. Imagine on the projects list view you see when you first open QGIS that we have a panel to the right of the projects list which just lists the headlines of the latest announcements. Perhaps there are other ways we can communicate with our users, but we should really make it a priority to get to know our users and this seems like a good start. By seeing how many times a given article gets read after it as been posted in the QGIS announcement area, we might get a better indication of how many users we have. Another example – when a new LTR bug fix comes out, we can publicise it better to make sure users are aware of the important fixes.

4. We need to focus on Quality Assurance (QA)

Especially as relates to reducing the incidence of side effects, QA is going to be critical as the project grows and gains a user base that uses it for critical functions. Side effects happen when e.g. a developer implements one feature that (probably unbeknownst to him) breaks another feature. Side effects are bad because they are hard to test for and hard to trace back to the root cause. The development of QGIS happens in a largely ad hoc manner – developers get contracts to build features their clients need, there is no top-down approach to how we roll out new features. This makes it difficult for us to ensure that side effects do not happen. We are not only concerned with side effects, but QA in general and would like to have the time and resources to spend on really taking the work that has already been put in place (automated testing on Travis for example) to the next level.

5. We need more dedicated (paid) effort to take care of the project

QGIS has become too big of a project to rely entirely on volunteers to take care of all aspects of the project. Many of us still contribute many hours of unpaid volunteer time to the project and will continue to do so. It has long been my vision that we eventually recruited a corps of professional (i.e. paid) contributors to work on QGIS, especially to take care of things that contract work will never cover. For example triaging the pull request queue (which is extremely time consuming), managing the issues in the issue tracker, expanding our test suite coverage, writing documentation, fixing bugs and building ‘cross cutting functionality that typically would not be funded by client work but that everyone will derive benefit from. Our project revenue (from sponsorships and donations) has been steadily growing (thank you to all of those that have contributed!) and if we can increase the revenue a little more we will reach the point where we can start to recruit some of our community members to work for QGIS.org on a professional basis – maybe on a part time basis in the beginning, but eventually building a corps of full time paid staff. This has long been a vision of mine for QGIS and if it is the one thing we achieve while I am project chair, I will be a happy chappie!

6. We need to automate trace captures

This relates somewhat to 3. above – when a user experiences a crash in QGIS, we have no automated way to get that crash information (and no Apple / Microsoft do not pass along the tracebacks to us when they offer to let you post them to their domain 🙂 ). Services like Sentry can aggregate crash data and help us understand the impact of different issues – and thus how to prioritise fixes.

7. We need to find ways to include a more diverse range of people in the project

In this particular brain storming session, we had one lady (hi Sophie!) in a room full of maybe 40 men.

We also have little representation from Africa, Asia, Latin America. A few years ago we added a diversity statement and a code of conduct to our web site, but  we need to ‘get out there’ and be more active about ensuring that people of all ages, genders, races, religions and cultures feel welcomed into our project and start actively participating as ‘makers’ not just consumers. We are a friendly and welcoming project and we should take the effort to let everyone know they are welcome in our community. Some ideas were aired about e.g. having scholarships to fund people from developing nations who would like to attend our conferences and hackfests, and scholarships to fund new developers to port plugins to QGIS 3.0 or similar more entry level tasks. It would be great to have users out there in the commercial world reach out to us to help make this happen (e.g. by offering to fund the travel and expenses of a developer who would normally not be able to attend due to costs).

8. We need to work on maintaining good relations with providers

QGIS sports a growing list of independent commercial support providers – some with very large user bases. I’ve written before here on the blog about some things providers should do to be ‘QGIS friendly’. We really want to encourage providers to use the QGIS LTR’s (Long Term Releases) as the basis for their support services, upstream their fixes to the QGIS project and avoid providing forked copies of QGIS to their clients. Why? It will improve the quality of the LTR QGIS packages and clients of every support provider will benefit. We would also really like to appeal to our commercial support providers to refer to QGIS upstream LTR builds as the ‘Official’ QGIS releases and not some lesser adjective like the ‘Community’ QGIS Release. There was the sentiment in the meeting that  calling it a community release implies that the vendor’s packaged copy is the ‘good one’ and the QGIS.org is the ‘not so good one’ and we would like to reverse that perception. It may seem like splitting hairs to some but we would like to see that there is not fragmentation in the user base of QGIS so we think that it is important to set the right tone from the get-go.

9. We need to promote that QGIS is now a legal entity

It has taken a lot of work, planning and hoop jumping, but QGIS.org is now a legal entity – a Swiss Association / Verein. We are VAT registered, have our own bank account and can now hold our own trademarks and IP instead of working through a proxy. We hope this will open a new chapter in the future growth of QGIS – in particular in our ability to attract much more substantial funding and to make formal agreements with entities where needed. A huge thank you to Andreas Neumann (QGIS PSC Member and project treasurer) for making the whole process happen!

10. We should establish credibility by code signing our products

There was some discussion about the fact that QGIS installers don’t always get recognised by operating systems as a ‘good’ application – virus checkers might flag it or system preferences my reject applications that are not code signed. The good news is that since the meeting Jürgen Fischer has added code signing for the Windows binaries (if that makes you happy please buy him a beer or something :-)) and there is work in progress by Larry Shaffer (who might also be motivated by beer :-)) to have code signed MacOS installers. Of course Linux users are probably scoffing here since they have a nice package distribution mechanism in place and they are already signed.

11. We need a smoother path to integration of code contributions

There was an extended discussion in our meeting about how we should manage contributions to QGIS as we move forward. Some were in favour of forcing everyone to use Pull Requests (PR’s) with a peer review. Others were in favour of also being able to push directly to the code base. Various other permutations were discussed. For now we are going to continue on with our current approach more or less which is to not prevent direct pushes to the code tree, but to discourage it – and of course non-core users will be required to use PR’s since they don’t have direct push rights to the official repo. Suffice to say we are aware of the fact that we have a large backlog of PR’s that are not merged and that it can sometimes be difficult to get your work merged. Hopefully in the future the ideas outlined in point 5. above will help to alleviate this situation….

12. Intergalactic domination

This was a late addition to our meeting notes, but still a worthwhile cause. Martin Dobias  felt strongly that we should include in our roadmap (thus not pictured below), plans for intergalactic domination and hey, if we are going to do something like that, we will need a good GIS to help us find our way around right? 🙂

Thanks to Nyall Dawson for prompting the discussion, it was great to once again experience how convivial and constructive our community discussions are, even when the topics can sometimes get difficult or technically involved!

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Report back on the 3rd QGIS Conference in Nødebo, Denmark

We just wrapped up the 3rd QGIS User Conference at the University of Copenhagen’s “Skovskolen” Forestry and Landscape College, just outside of Copenhagen. The conference programme was split into three parts:

  1. A general user conference of three days
  2. The a QGIS hackfest – where many developers brought their families along
  3. A week of workshops where attendees can learn in-depth topics such as expressions or the new QGIS Web Client version 2

We are extremely grateful to the event sponsors (you can find links to our sponsors at the bottom of this page):

Click to view slideshow.

 

Here are some of the highlights from the conference presentations:

Search – a cool unifiedsearch tool for QGIS

Klavs Pihlkjaer (from Septima) showed off the QGIS (version 2) search plugin. The plugin provides a unified search interface for datasets loaded in QGIS. You can also search external OGC services. If you are still using QGIS 2.x releases, run, don’t walk to try the search plugin. The Search Plugin also allows you to create third party plugins (via a simple python API) that integrate with it by adding new search sources to the list. If you are using QGIS 3, check out the ability to write plugins for the new locator bar! Klavs is still looking at porting his work over to work with the upcoming QGIS 3 release.

Impact Analysis plugin

Bo Victor Thomsen showed off the plugin he has built to support searching through many layers in multiple databases and database tables in a fast an efficient way. The layers do not need to be loaded in QGIS and the system uses a centralized configuration management approach so that adding new searchable sources is done once and is then immediately available for all users (e.g. in an enterprise environment) of the plugin. The plugin is currently used when searching municipal databases to see if there is any impact assessment needed or inspection needed in a given place.

Danish National Data Search

Mie Winstrup and Tom Weber showed off the national data search plugins they have developed for Denmark that allow you to easily search for local and national data. They want to be an example for other countries to show how easy it is to make national data searchable and available.

Casper Bertelsen on registering urban green areas

Casper showed the system he has developed for managing a cadaster of green spaces. The system includes versioning so that you can see changes over time. It also implements topology rules to ensure that areas do not overlap. He also provides tools for administrations to e.g. see what the maintenance cost for a given area will be.

QGIS as a digitizing platfom

Saber Razmjooei from Lutra Consulting showed off QGIS as a digitizing platform. He also showed us new digitizing coming in QGIS 3. He showed off some of the great tools coming in QGIS 3 for node editing.

QGIS Web Client – Version 2

Andreas Neumann showed of the new generation of QGIS Web Client (QWC2). The new web client is really nice – responsive design and takes advantage of open layers 3 including rotating maps, permalink for any map view / set of layers, map tools for measure, draw, export etc.

Future plans include improved redlining tools including text, polygons, user authentication via LDAP or oauth, support QGIS ‘drag and drop’ forms, clip and ship and a QGIS plugin for the configuration so you do not need to edit JSON files. Also thinking about supporting vector tiles for the base maps.

I bet you didn’t know you could do this with QGIS

Nyall Dawson gave an awesome demo of the power and capabilities of QGIS’ labelling, symbology and expression features. His demo took us through an adventure story where each scene in the story was rendered using QGIS (based on the upcoming version 3 release). This included animated clouds floating by, lightning effects, electrical effects, smoke effects and many more cool and interesting ideas that really showed off the power and versatility of QGIS.

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QGIS 3D

Martin Dobias (Lutra Consulting) gave a presentation on the QGIS grant proposal  work he has been doing to support 3D visualizations natively in QGIS 3.  His work leverages the new Qt 3D framework provided in Qt5 (the toolkit used to develop QGIS) and allows you to use an elevation model to model a 3D terrain and use a new tab in the vector style properties dock to extrude features out from the landscape. We have had a number of 3D  tools in QGIS in the paste but none has ever been a mainstream component of QGIS, enabled and ready to use ‘out of the box’. Expect Martin’s work to change that. There were many ideas passed around about how the 3D support in QGIS could be extended but the grant proposal only supports the first-pass implementation, so please do fund Martin’s work if you would like to see him add specific features in the future.

 

QIGS as a cadastral management platform

Prof. Erik Stubkjaer gave two presentations – one as a call for interest in those interested in building land parcel / cadastral management tools. He also gave an overview of the state of domain models for managing and recording property rights, including LADM (Land Administration Domain Model) and STDM (Standard Tenure Domain Model). He outlined that world aid organizations are increasingly putting an emphasis on enabling better tax revenue as a path to economic and social stability, and having a cadaster is a key element to the enablement. There are already a number of cadastral management tools out there for QGIS – it would be great to heed Prof. Stubkjaer’s clarion call and build a generic toolset for cadastral management in QGIS.

The future of coordinate reference system support in QGIS

Kristian Evers from the Danish Agency for Data Supply and Efficiency spoke about the use of Coordinate Reference Systems in QGIS and the use of WGS84. He pointed out the fact that there are 6 different versions of WGS84 and they vary by up to a meter. He also highlighted the issue that e.g. ETRS89 drifts more out of sync each year. In addition the earth is dynamic with plates shifting and different regions moving with different velocities. He showed a really nice video made in Australia highlighting the issue (see here: http://www.icsm.gov.au/gda2020/ for details and the video). They use a plate fixed datum (which moves with the plates) together with a global datum (fixed to the center of the earth). This new approach is being planned / used in other places too (e.g. Iceland) and are called “dynamic datums”.  The dynamic datums will rely on a time stamp too as well as coordinates.

To address this they are introducing the concept of transformation pipelines in Proj.4 (the library used by QGIS to support projection) – there will be a new release of Project.4 which includes support for this.

InaSAFE

Tim Sutton (your humble blog post author) gave a presentation about InaSAFE – a plugin for QGIS that helps communities prepare for disasters.

Jonas van Schrojenstein Lantern (from Nelen & Schuurmans)

Jonas’ company built really fast and efficient models for flood models including 3D visualization. They have a really nice plugin for QGIS that lets you view a pipe model and different behaviors based on changed water levels. It requires a specific data model (d3i) in the Postgres backend and then you can visualize water levels in any pipe section. The plugin also lets you do the digitizing of the pipe network etc. The software also requires the use of som 3di services that Jonas will clarify how the licensing etc. should work.

Mie Winstrup – Septima – sometimes Open Source is just plain better

Mie shared a case study about how they used Open Source to replace a tool built with ArcMap + Model Builder for flood modeling. They used malstroem  – a python command line module and also integrated with QGIS. It assumes the terrain is an impermeable surface and that water flows from one cell to another. The tool models where water will accumulate in the landscape and what the depths are at each ‘blue spot’. It also models how much water will flow from the blue spots (based on modeled precipitation amount e.g. 100mm rain). It generates an event layer which shows how many cubic meters of water will spill over to the neighboring watershed.

https://github.com/Septima/qgis-malstroem

Saber Razmjooei – Lutra consulting – Crayfish plugin

Crayfish C++ plugin for QGIS adds a new renderer for gridded data. Works with HDF, NetCDF and GRIB.

What to watch out for in QGIS 3.

Nyall Dawson (core QGIS developer) gave a talk on what to expect in QGIS 3. The talk was not a feature round up but rather aimed at those concerned about the potential gotchas they will have to take care of when they migrate from QGIS 2 to QGIS 3 in their production environments. I record

 

Monica Balestrin Nunes & Ana Paula Maciel (National Secretariat for Housing in the Ministry of Cities, Brazil)

Monica and Ann Paula presented a talk on how the Ministry of Cities in Brazil are using QGIS and mapping to manage the roll out of housing projects to support  provision of housing for the poor “My House, My Life”. The project aims to help 4.5 million people get into housing.  They used QGIS to develop a site selection process too. They used a simple process to map urban areas, developed versus undeveloped urban areas, schools. They also used public transport as a parameters to further constrain the available areas. These data were used to produce a synthesis map which shows high, medium and low suitability of areas for housing development. They used a digital coding system to classify each area (which can be mapped back to the high, medium and low assessment ratings). They also used GeoServer, GeoKettle, PostgreSQL/PostGIS.

Sophie Commelinck – University of Twente

Automated cadastral mapping using UAVs. Sophie showed workflows she is building for automatic extraction of parcel boundaries from UAV imagery. She showed some interesting work in doing boundary line detection using the SLIC algorithm which creates smoothed lines along boundaries. See http://github.com/scrommelinck/boundarylinedelineation for more details.

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Kimberley Briscoe, Abingdon School, UK

Kimberley has been doing interesting things with high school kids learning GIS via QGIS. This work included using the time manager plugin to visualize global earthquakes and using r.lake.coordinates to do flood modeling. They also use ‘field trip gb’ mobile app to do field data collection. Many other plugins were used like EVIS, QGIS2Threejs. They also use interesting national datasets like crime etc. and data from http://data.gov.uk for their classroom work.

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Badri Basnet – The University of Southern Queensland

Badri is a lecturer and has 90% online students in many different locations worldwide and with varying levels of internet access.  Badri has made many open content QGIS training videos and worksheets that he uses for his courses (which are based on QGIS). His videos are all on YouTube.

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QField – Matthias Kuhn and Marco Bernasocchi (opengis.ch)

Matthias and Marco gave presentations on QField – an Android field data collection app based on QGIS (but with a mobile centric user interface). Matthias showed us many of the cool features QField has, whilst Marco outlined strategies for integrating field work, web publishing and desktop GIS work in a seamless workflow. I made some videos with my phone – audio and video quality is not brilliant but should be enough to follow along for those interested:

Lene Fischer (Skovskolen)

Lene (who also happens to be the event organizer – hurrah for the great job she did along with her team of volunteers!) showed how they approach teaching GIS and QGIS using ‘flipped learning’ where users first need to self study content on their own, and then use the lecturer as a consultant.

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Tim Sutton – Cadasta

Your trusty author again – I presented work we have been doing to support mapping land rights of people in developing nations using the Standard Tenure Domain Model style approach where tenure is treated as a continuum rather than an absolute. You can find out more about this project at Cadasta.org

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Workshops

The event was also filled with great workshops – two during the main conference, and then a week of post conference workshops. Most of the workshops were presented by developers or QGIS project members and represented a fantastic opportunity for attendees to learn straight from the experts!

Town hall meeting

At the end of the user conference, we held a town hall meeting where developers and active QGIS community members fielded a range of questions from the audience. It is always a please to hold these sessions – we get a direct channel of communication with our users and they get to speak directly to the people making the software they use and find out why we make the choices we make!

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Hackfest

The “hackfest” (developer meeting – we use ‘hack’ in the positive sense of the word) was a chance for the QGIS community members to roll up their sleeves and work on new features, bug fixes, documentation and general polish of QGIS and related resources. It is always great to be able to work side by side for a few days – compared to our very geographically dispersed nature over the rest of the year. It was especially nice this event that many developers brought their families along to enjoy the beautiful scenery and great facilities at the Skovskolen. Here is a group photo taken by Mary Anne Lister:

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Thanks

On behalf of the whole QGIS community, I would like to extend our heartfelt thanks to Lene Fischer (event organizer), her team of volunteers, all the attendees who took the time to attend the conference – and of course all the developers and QGIS Community Members who attended and made it such a great event!

 

Event sponsor links:

 

 


3rd QGIS User Conference

This year, we are looking forward to the 3rd installment of our annual QGIS conference and it will be the biggest one yet!

The QGIS community, developers and users are meeting from August 2–11, 2017 in Nødebo at University of Copenhagen’s Forest and Landscape College.

1st user conference in Nødebo 2015

The program consists of the main conference, as well as a developer meeting and multiple workshops, including:

  • QGIS Expressions
  • Plugin development in Python
  • QGIS Server and Web Client
  • QField
  • QGIS cartography

The program is already online. So register and make sure to get a spot in your favorite workshops!

Let’s meet and make QGIS even better!


2017 QGIS Governance Update

 

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QGIS Developers and Community Members working on QGIS at our recent meet up in Essen, German,

Dear Voting members (and interested QGIS community members out there)

This is an open letter that was emailed to all QGIS voting members today

Just a quick note from me to thank you for participating in our ‘virtual AGM’ – I know it is a bit of an unusual system but it suits our geographically diverse nature well and we seem to have pretty good participation in the process (though I really encourage those voting members who did not participate to do so next time!).
I have done a bunch of updates on our governance section of the web site so you can find the AGM minutes, annual report, budget etc. all on the site, and I (or whoever is chair) will post them there in future years too so everything is in one place and easy to access. Here with the relevant links:
Since we have approved a new version of the statutes, I have replaced the old PSC page on the web site with the new charter:
Thank you all for the many useful hints, tips and suggestions I regularly receive on how to make things smoother within the project (keep them coming!) – hopefully we will get into a steady routine with this governance now. We have been going through a lot of ramp up trying to get templates, processes, etc in place as we switch over to QGIS.ORG legal entity etc. We appreciate your patience while we figure things out – and a very big thank you to Andreas Neumann and Anita Graser who have pitched in with a lot of administrative work behind the scenes to help get the QGIS legal entity in place!
What’s next? I will be starting the nomination process for 4 new community voting members, soon (one to match each of the incoming country user groups for Norway, Sweden, South Africa and France). At the end of that process we will have 31 voting members.
Soon QGIS.ORG will be in the Swiss Trade Registry, which means we can be VAT registered, can take ownership of the QGIS.ORG trademark (which is currently held in proxy for us) and of course present ourselves as a well governed project, hopefully attractive to large funders who recognize the global good a project like QGIS does!
Regards
timsutton
Tim Sutton
QGIS Project Steering Committee Chair

Call for presentations and workshop proposals: QGIS Conference 2017

NOTE: Deadline for proposals is May 15 2017

We are going back to Nødebo! Each year we combine one of our QGIS Developer Meetings with a User Conference. The User Conference is a great opportunity for QGIS users to meet developers and share their experiences – both with developers and with other users. Our first ever User Conference was held in Nødebo, Denmark in 2015 and we are thrilled to be going back to the beautiful venue at the University of Denmark’s Forest and Landscape College.

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The user conference will be combined with the QGIS Developer Meeting and a summer school event, with the first week being focussed on the User Conference, the intermediate weekend on the QGIS Hackfest and the second week on the Summer School. The event will run from the 2nd of August through to the 11th of August 2017.

We would like to invite those who are interested in presenting a talk to apply now (NOTE: Deadline for proposals is May 15 2017). There are four kinds of contributions you can make (see the conference website for full details):

  • 20 minute ‘lightning’ talks
  • 1-2 hour short workshops
  • half and full day workshops
  • posters (which should be presented in the form of a map)

We have identified a number of themes for the User Conference:

  • QGIS Software Development
  • New Technology
  • Business
  • Government/Municipality
  • Science
  • Education

Presenters of full day workshops are eligible for a EUR 1000 reimbursement to offset their costs. You can find out more details at the conference web page (as well as registering your talk / presentation):

https://qgis2017.wordpress.com/presentations/

We are looking forward to seeing a great programme come together for the conference!

 

 

 


QGIS Grant Programme #2 Results

We are extremely pleased to announce the winning proposals for our 2017 QGIS.ORG grant programme. Funding for the programme was sourced by you, our project donors and sponsorsNote: For more context surrounding our grant programme, please see:

Our intent with the QGIS.ORG Grant Programme is to support work from community that would typically not be funded by client/contractor agreements, and that contributes to the broadest possible swathe of our community by providing cross-cutting, foundational improvements to the QGIS Project.

Voting to select the successful projects was carried out by our QGIS Voting Membership. Each voting member was allowed to select up to 6 of the 13 submitted proposals by means of a ranked selection form. The full list of votes are available here (on the first sheet). The second sheet contains the calculations used to determine the winner (for full transparency). The table below summarizes the voting tallies for the proposals:

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A couple of extra notes about the voting process:

  • The PSC has an ongoing program to fund documentation so elected to fund the processing documentation work separately from the grant programme (note *1).
  • Voting was carried out based on the technical merits of the proposals and the competency of the applicants to execute on these proposals.
  • No restrictions were in place in terms of how many proposals could be submitted per person / organization, or how many proposals could be awarded to each proposing person / organization.
  • Because of the importance of having good packaging systems on each of the three major platforms, the PSC elected to additionally fund the work on MacOS bundling scripts (note *2).
  • Although the budget for the grant programme was €20,000.00, the total amount for the four winning proposals is €19,800.00, with an additional €5, 800.00 being made available to support the processing work and and MacOS packaging work.
  • Voting was ‘blind’ (voters could not see the existing votes that had been placed).

We had great participation in the voting process. Of the 27 voting members, 23 registered their votes.

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On behalf of the QGIS.ORG project, I would really like to thank everyone who submitted proposals for this call. There were many interesting proposals that I believe would be of great benefit to QGIS and I hope others perusing the proposals list will use their initiative and funding interesting proposals independently if they can.

Below you can find the detailed proposals of the successful applications – we look forward to seeing the results of their work land in the code base soon!

Details of the approved grant proposals


9 ADD CONSISTENCY TO UI CONTROLS

Proposer: Nyall Dawson

Amount: €1800

Details: Across the QGIS UI, numerous inconsistencies exist in the way different properties like opacity and rotation are exposed to users. These inconsistencies make QGIS harder to use, as behavior from one dialog differs to the behavior in another dialog. Some examples of this include:

  • Rotation of labels is done in the opposite direction in labeling to symbology. Accordingly, an equal rotation value will result in different rotation between labels and symbols.
  • Scales are inconsistently presented, with use of both the scale numerator and denominator in different dialogs. “Minimum” and “Maximum” scales also vary between dialogs, with some dialogs using “minimum” scale as the largest scale and some using “minimum” as the smallest scale. The labeling scale based visibility controls are the biggest offenders here.
  • Controls vary between specifying “opacity”, “transparency” and “alpha”. While these all have similar results, users must adopt values to map “opacity” to “transparency” in different dialogs. This is further compounded by different ranges used for each (eg 0-100%, or 0-255).

Due to the usual API freeze, it has not been possible to fix these discrepancies. The current API break introduced with version 3.0 allow a window for addressing these issues and standardizing behavior and API.

Despite the benefits in providing a consistent UI, the work involved in standardizing is fiddly (careful attention must be paid to not breaking existing projects) and repetitive, and unlikely to be undertaken by developers on a volunteer basis.  Furthermore it is highly unlikely that a commercial organisation could justify sponsoring UI standardisation efforts. Without grant funding it is unlikely that these issues will be addressed during the 3.0 development cycle, and the inconsistencies would remain for the lifetime of QGIS 3.x.

In this proposal I will:

  • convert all “transparency” controls to “opacity” controls, and consult with the community to determine the ideal value range presented (0-100% or 0-255) before making all opacity controls use the same range.
  • Ensure that rotation always operates in the same direction.
  • Fix the labeling scale ranges to use the same scale range definitions as layer visibility
  • As much as possible, automatically upgrade existing projects so that they open in QGIS 3.0 without any loss of transparency/rotation/scale settings
  • (As much as possible without large refactoring), adapt the PyQGIS API so for consistent naming and use of opacity/rotation and scale setting/getting methods. Making the API consistent makes scripting QGIS and writing plugins easier.

This proposal relates to the issues described at:

History: No work has currently been undertaken in this regard.

Qualifications: I am currently one of the most active QGIS developers, with a long history of quality contributions to the project. I’m passionate about seeing QGIS 3.0 address these kinds of long standing UI issues which detract from QGIS’ otherwise professional image and ease of use.

Implementation Plan:  The work will be undertaken prior to the QGIS 3.0 feature freeze period.

Proposal Link:


3 EXTEND UNIT TEST COVERAGE FOR GEOMETRY CLASSES

Proposer: Nyall Dawson

Amount: €2000

Details: Since QGIS 2.8, there has been an increased focused on creation of quality automated regression (“unit”) tests designed to flag issues in code before the code is introduced to the QGIS codebase. The increase in stability of recent QGIS versions can be directly attributed to this growth in unit testing. Despite this, many areas of the QGIS codebase remain with little or no unit test coverage.

One critical area which has insufficient unit tests is the geometry classes. The geometry classes form the basis of all geometry interpretation, algorithms, and rendering within QGIS. In order to provide stable QGIS releases, it is crucial that these fundamental classes are rock-solid, efficient, and do not suffer regressions between releases.

Some years ago (shortly after the introduction of the new geometry engine, in which support for Z/M values and curved geometries was added) I added full test coverage for the Point and Linestring classes, and partial coverage for the Polygon class. Unfortunately, writing geometry tests is tricky and time consuming. There’s many corner cases with unusual or invalid geometries which need to be tested. The time commitment required prevented me from writing additional tests, and to date the remaining classes (including multi geometries and all curved geometry types) have little or no test coverage.

This proposal covers writing additional unit tests to cover all the remaining geometry classes.

It is important to note that unit tests do NOT ensure bug free software. Unit tests only protect existing logic and avoid regressions when the covered parts of the code base are changed in future releases. Despite this disclaimer, the process of creating unit tests usually stress-tests existing code and in itself CAN reveal existing bugs. This was certainly the case when the existing tests for Point and Linestring classes were added – creation of the tests alone resulted in many fixed bugs and stabler Point and Linestring geometry handling.

History: This work would continue on from work I begun a number of years ago to provide 100% unit test coverage for the base geometry classes.

Qualifications: I have a long history of quality contributions to the QGIS project, and am currently one of the most prolific committers to the QGIS codebase. I have a long history with adding unit tests to QGIS and advocating for their increased usage amongst developers.

Implementation Plan: This work would be targeted to the QGIS 3.0 release, and would be committed to the codebase prior to the feature freeze/bug fixing period leading up to the 3.0 release.

Proposal Link:


8 QGIS 3D

Proposer: Martin Dobias

Amount: €10000

Details: I would like to propose a project that introduces 3D rendering capabilities in QGIS.
To summarize the planned work, the following features can be expected:

  • 2D view of map canvas rendered on the graphics hardware (GPU) allowing smooth zooming and panning of map view
  • 3D perspective view of the map
  • generation of 3D terrain model from DEM (digital elevation model) layers
  • map layers rendered as a texture on top of the 3D terrain
  • support for true 3D rendering of vector layers rather than having just flat appearance
  • map view widget that is dockable in the main window and synchronized with the main map canvas
  • support for picking (identification) of objects in 3D view and X/Y/Z coordinate display
  • support for 3D map view in map composer

The overall target is to introduce an extensible framework for 3D map view within QGIS, so that in the future developers can add various 3D rendering techniques for map data, using custom geometries and materials (which may involve writing own vertex/fragment shaders), possibly even allowing multi-pass rendering for advanced effects (e.g. to render shadows cast by buildings with a particular sun position).
3D support in QGIS is not only about adding the extra dimension to the rendering: it is also about making it possible to use graphics hardware for rendering of map in 2D – making map browsing even more pleasant and faster at the same time. Rendering 2D maps with OpenGL also opens the door to various new graphical effects that would be otherwise very expensive

to achieve by using just CPU for map rendering.
This proposal does not assume addition of new geometry types like polyhedral surface (with read support for those) into QGIS – the aim of the work is to get 3D rendering engine running and new geometry types may be added at some point later.

State of the art

QGIS features very good 2D rendering capabilities, however its 3D support has been very limited. Prior work on 3D in QGIS includes:

  • Globe plugin – a C++ plugin developed by Matthias Kuhn and Sourcepole based on OpenSceneGraph and osgEarth libraries. OpenSceneGraph is a generic toolkit that provides higher-level abstraction on top of OpenGL, making it easier to develop 3D applications than directly using low-level OpenGL interfaces.OsgEarth project then builds on top of OpenSceneGraph and provides a toolkit for working with geographical data: it has a terrain engine that combines elevation layers into a terrain, applies textures from “image” layers and adds feature layers with true 3D objects.The plugin acts as a bridge from QGIS environment and feeds scene data into osgEarth to do the 3D rendering.
  • Qgis2threejs plugin – a Python plugin developed by Minoru Akagi. It is able to export QGIS project (with various configuration options) into a HTML page that uses three.js library to render map in 3D within web browser using WebGL.
  • Horao – developed by Oslandia. It is a standalone 3D viewer based on OpenSceneGraph that may be controlled by a QGIS plugin to display map from QGIS in 3D environment. It has explicit support for true 3D geometries in PostGIS.

While these projects solve some use cases for 3D rendering of map data, each of them have their own limitations. For example, osgEarth library used by Globe plugin has its own data access and rendering of vector features implementation, duplicating QGIS code and not having parity in their capabilities. Moreover it has been difficult over time to keep the build working on all platforms supported by QGIS. The main limitation of Qgis2threejs plugin is the fact that the 3D view is exported to web browser, so the user cannot use benefits of having 3D view tightly integrated with the rest of QGIS. The fact that Horao has a standalone viewer

application results in similar limitations as when using Qgis2threejs (although it has some degree of integration with QGIS application).

Proposed approach
Now that QGIS 3.0 is based on Qt5, we can use some of the great new functionality added recent releases of Qt5. In version 5.5, a new framework for working 3D graphics has been introduced and every major Qt5 release since has been adding more functionality, improving performance, compatibility and stability. The 3D support nicely integrates with the rest of the Qt framework, providing a familiar API and at the same time staying very generic and highly efficient.
The 3D framework provides high level abstractions just like other libraries (e.g. OpenSceneGraph, three.js). 3D scene is built with nodes (called entities) with various components (e.g. transformation, mesh, material).
The idea is to build 3D support in QGIS on top of the Qt 3D framework. From my initial tests of the framework this looks feasible and it will allow us to stick with Qt APIs without requiring extra dependencies.
The work can be divided into the following chunks of work:

  1. Rendering engine core: develop a framework that will do rendering of the map scene in 3D. The engine will have the responsibility of processing raster layers with elevation into a mesh geometry and texturing the mesh with map images rendered by the existing QGIS 2D rendering engine. The engine will support levels of detail (LOD) and tiling in order to be able to display high-resolution data in real time without having to load all the data into memory at the time of scene creation (which may be prohibitively expensive with more complex layers). 3D scene will be dynamically updated as user browses the map, keeping the amount of rendered triangles low while appropriate quality of the terrain for given zoom level.

All of the processing needs to be done in the background, so the user may freely browse the map and the scene will be continuously updated with data (changing between higher/lower detail when zooming, loading more data when moving map).

  1. Handling of user input: controller for camera that will make the camera fly on top of the map. Support for picking will be added to allow identification of objects in the map and display of coordinates at the mouse position.
  1. Integration with QGIS environment: dockable 3D map widget for the main window, synchronization with 2D map canvas, support for printing of 3D views in map compositions.
  1. Advanced 3D rendering techniques: interface that will allow adding new methods for data visualization in 3D and exploration of methods for rendering. By default map layers will be rendered into map image with the existing 2D map renderer – this interface will allow map layers to instead have 3D renderer associated which will provide entities with custom meshes and materials. As a result we will be able to achieve true 3D appearance of objects (e.g. point clouds, trees as 3D models, tesselation of polygons, buildings with extruded geometry and custom texture). Implementation of the advanced techniques is a task with nearly unlimited scope, so the idea is to develop a suitable interface and as the time will allow, implement some techniques.

History: For this proposal I have studied various sources:

  • looked into existing 3D viewer projects related to QGIS
  • explored Qt 3D framework
  • researched some academic papers regarding terrain generation and vector data display

As a proof of concept, I have created a simple prototype in C++ using Qt 3D framework. It displays aerial imagery on top of a terrain model created from a raster layer (DEM) and allows simple camera control. The code is available here: https://github.com/wonder-sk/qgis3d

Qualifications: I have been a core QGIS developer for more than 10 years and I have a very good knowledge of QGIS codebase, especially the existing 2D map rendering pipeline.
Previously when working at the university, on a project for stereo matching (creation of point cloud out of a pair of images) I worked on visualization of 3D data using OpenGL.
Implementation Plan: The plan is to work on the project between May and July 2017. As of now, the plan for QGIS releases (according to the mail from Paolo) is that QGIS 3.0 will have feature freeze in July 2017 and final release in September 2017. If nothing changes in the QGIS release schedule in meanwhile, the 3D support could be integrated into QGIS master branch before the feature freeze and thus released in QGIS 3.0.
If the project would be accepted, the first step will be to develop a prototype of the 3D rendering engine, then prepare a more detailed architecture proposal as a QEP and continue the implementation once the QEP gets accepted by the community. The work progress should be available on a branch in GitHub for anyone interested.
Proposal Link: https://github.com/wonder-sk/qgis3d



6 PROCESSING ALGORITHM DOCUMENTATION

Proposers: Matteo Ghetta, Alexander Bruy

Amount: €4000

Details: This proposal aims to improve the existing Processing algorithms documentation. With the pull request https://github.com/qgis/QGIS/pull/3911 it is possible to add external links for the documentation (both local and remotes). However the effective use of the pull request is not yet included in Processing.

With this proposal the existing code will be incorporated in Processing, allowing to have a Short Help tab (the existing one on the right of the Processing algorithm window) and a Long Help tab (next to the Log tab).

The Short Help tab will be collapsible in order to have a bigger window for the algorithm parameters, while the Long Help tab will point to the on-line existing documentation of Processing for each algorithm (http://docs.qgis.org/testing/en/docs/user_manual/processing_algs/index.html).

The default link of the on-line documentation will be added in the QGIS Settings (thanks to the pull request already merged) in order to have the standard documentation visible but to let the user the choice to overwrite it and load custom paths.

In addition to the code part, this proposal aims also to document the GDAL/OGR provider and the QGIS core algorithms. Existing documentation will be reviewed and pictures will be added when useful, while for algorithm not yet documented, the help will be written from scratch with description and additional pictures.

Currently there are:

  • 49 GDAL/OGR total algorithms, 35 to enhance with pictures, 14 to write from scratch
  • 154 QGIS algorithms, 38 to enhance, 116 to write from scratch

This means a total of 73 algorithm to enhance and 130 to write from scratch.

History: The pull request https://github.com/qgis/QGIS/pull/3911 is already merged and it is worth to make it effective to have nice, rich and translatable documentation for the Processing algorithms.

Qualifications: Matteo Ghetta: working since the release 2.0 on the documentation and made several improvements and pull request to both documentation and Processing code.

Alexander Bruy: core developer since 2010, co-maintainer of the QGIS Processing framework.

Implementation Plan: The code and the documentation will be ready for the QGIS 3 release.

Proposal Link:


5 IMPROVE DEEP RELATIONS WITH POSTGRES EDITING

Proposer: Régis Haubourg

Amount: €6000

Details: QGIS has reached a mature level and offers now a very good framework to create professional applications. One of the main reasons is that QGIS is a very strong client for spatial databases, and in particular with PostgreSQL and postGIS for which it was initially created.

Since version 2.14, QGIS offers the not-so-well-known ability to handle transaction groups, which means it can instantly evaluate triggers on database side, and refresh all layers in the same transaction. This is a big win for usability, but some drawbacks glitches remain, such as the lack of the undo/redo edit buffer, a very raw way of saving (ie quitting edition session) or having the legend cluttered by so many edit symbols (a pen symbol). Current proposal is to go a step beyond to make QGIS even better for PostgreSQL by achieving the following targets:

1 Restore an undo /redo feature by taking advantage of PostgreSQL. If possible we will try to take advantage of PostgreSQL named Savepoints.

2 Allow to have some layers not switching to edit mode in QGIS,  even if they belong to the same connection. These layers will still benefit from the instant refresh, but won’t clutter the legend with the edit pen symbol everywhere, nor risk to load QGIS snapping cache for nothing. A UI for those settings could be an evolution of the current “identify layer” list in the project properties.

3 We would like to submit a mechanism to allow converting error messages raised by the provider, like a RAISE from postgres, into custom user oriented message. Say for instance, instead of a “provider error – duplicate key for… “, QGIS project could be tuned to display first “You tried to insert a feature using the same identifier as another one”.

The error message list and regexp rules would be optionally stored in qgis project or read from a datasource table (for instance when error messages rewrites are shared by other applications). The original error message would be still avaiblable by expanding the details of the messageBar and in the general message log.

4 Cherry on cake point, we wish to have QGIS take advantage of PostgreSQL NOTIFY signals to trigger behavior in QGIS when something changes in the database (see https://www.postgresql.org/docs/9.5/static/sql-notify.html) . A first implementation proposal is to allow a map canvas refresh, but we can imagine really dynamic applications driven by the database events by converting NOTIFY messages into QGIS signals (oh yeah!).

History: In our team, we already use transaction groups for production tools and that is much appreciated. We already use some python logic to catch error message and convert them to more user oriented ones. We frequently develop applications where QGIS is linked with heavy database containing most of the intelligence. Having a really interactive edition process, speaking the same langage as average users, and being able to be triggered from database process will unleashed many possible applications.

Qualifications: Oslandia has three QGIS developers, two of them being core comiters and high  skills with Postgres and Postgis (core comiter too). We believe that developing using thick databases is a major strength of QGIS, and we have great fun getting involved in that area of the code 😉

Implementation Plan:  We currently are quite involved in QGIS 3 server refactoring and major changes such as Auxiliary Storage for project or core solutions for label connectors. We also are involved in applications build on top of QGIS for Water management like QWAT or QGEP. Such changes would benefit immediatly to those project. Our target is to provide those improvements with all necessary unit tests for 3.0 release.

Proposal Link: coming soon..


 

13 UPDATE MACOS CMAKE BUNDLING SCRIPTS

 

Proposer: Larry Shaffer

 

Amount: €1800

 

Details: Currently, the macOS bundling routines (to create a self-contained QGIS.app application) in CMake scripts where created by William Kyngsburye many years ago. Since then, CMake has added many features for bundling, e.g. BundleUtilities ( https://cmake.org/cmake/help/v3.0/module/BundleUtilities.html), that handle similar functionality to what has been arduously maintained in the CMake scripts. While the current setup does function, it is quite antiquated and adding any new QGIS dependencies to be bundled is an error-prone ordeal. I propose to fully update the bundling routines to leverage modern CMake capabilities, since building on macOS usually uses the latest CMake versions. Once completed, anyone with appropriate dependencies should be able to produce a production-ready QGIS.app bundle, including the QGIS project itself.

 

History: I will first build upon the existing work to ensure there is a minimal bundled QGIS.app, then completely refactor the same functionality using a modern CMake code workflow.

 

Qualifications: I have extensive knowledge in CMake and frequently utilize it in my work for my employer, Boundless Spatial. I have already completed a fully bundled QGIS.app distribution by my employer (similar to the first phase of the proposed work here), though Boundless now uses a different installation approach. I have been working for years on the OSGeo4Mac project in anticipation of producing better CMake bundling routines, to ensure the QGIS project can independently produce its own macOS distributions.

 

Implementation Plan: Basic work will follow these steps:

  • Append minimal bundling to existing CMake setup, so there is a least a functioning bundling routine, regardless of whether the proposed work is accomplished in time for the major next release.
  • Ensure the QGIS.app bundle is code-signed
  • Create a new methodology, based upon CMake’s BundlesUtilities, *in-line* next to the existing CMake routines, so both can be used, until there is a valid replacement.
  • Focus on minimal bundling, then add GRASS
  • Continue extending bundling routines to include major Processing providers, e.g. OTB, Saga, TauDEM, etc.
  • Ensure new method’s QGIS.app is properly code-signed
  • Enable bundling on Travis CI infrastructure, via Travis’ cron jobs, thereby adding the capability for the QGIS project to produce fully bundled nightlies of macOS builds.
  • Once new method represents a full replacement, old method will be removed, not just deprecated

 

Intended completion is in time for QGIS 3.0 release and packaging efforts.

 

Since the new method does not affect any existing code, as soon as useable functionality is achieved, it will be merged directly into master, then further code committed as work progresses.

Proposal Link: None at this time. Should I consider a QEP? Not many developers beyond the few existing packagers and experimenters would be involved. I would prefer to write a blog post after the work is completed, though post to the QGIS dev mailing list the intention to do the work, if this proposal is granted.


Logo Evolution – Call to User Groups

With QGIS 3.0 moving closer, it is also time to get the new QGIS logo out there.

QGIS logo evolution

We are therefore asking all our user groups to join the project redesign efforts. Please have a look at your user group logo and bring it in line with the QGIS 3.0 design.

We have compiled a Visual Style Guide which provides all logo materials, including fonts that you can use for your own user group logo. Here is an example of how the Italian user group has updated their logo:

Italian user group redesigned

We are looking forward to seeing all your creative efforts!


Update on the QGIS Grant Applications

In February this year, we put out a call for applications for the second (yay!) round of the QGIS grant programme. The intent of the programme is to leverage donor and sponsor funding in order to support community members with great ideas to improve the underlying infrastructure of the QGIS project and code base.

We have had a really great response to the call for applications (detailed list of applications is here for your reading pleasure – 231KB download).

Given that we have 13 proposals (down 7 from our last call) and only 20,000 Euros to disburse, the QGIS voting members will need to make some tough, pragmatic choices.The voting for the grant proposals ends at the mid April 2017, and we plan to announce the successful candidates soon after that. The PSC will arbitrate in the case of a dead heat or the proposal amounts of the top voted proposals not adding up to our funding target.

Although the number of proposals submitted is down from last year, the quality and utility of the proposals this year is really top notch and it is sad to know that we will not be able to fun them all through the grant programme. If you have the wherewithal to further support some of the grant proposals that did not make the cut, or the QGIS 3.0 effort in general, please get into contact with our treasurer, Andreas Neumann (finance [at] qgis.org) or head over to our sponsorship or donations page to support their work!

Lastly, I appeal to those QGIS Voting Members who have not yet cast their votes to check your email and head over to the voting form to cast your vote!


A report on QGIS Income 2016

Greetings wonderful QGIS Users, Developers and Supporters! 2016 was quite an  exciting year for QGIS – we released QGIS 2.14LTR which has been a great stable release. We also set the wheels in motion for QGIS 3.0 which we plan to release later this year. QGIS development takes a lot of time and effort – and much of the work is done by volunteers – especially the core project maintenance work which typically does not attract paid-for consulting work like new feature work does.

We are extremely lucky and grateful to have a growing band of sponsors that are helping us to slowly but surely fund more core QGIS project work too. In this post we want to say ‘thank you’ to the many sponsors that have stepped up to the plate when we asked for help and sponsored QGIS. We also want to provide some insight as to what level of funding we receive and hopefully stimulate some friendly enthusiasm to stepping up funding efforts from our users around the world.

Our project treasurer, Andreas Neumann, has been so kind as to compile a very detailed report about the sponsorships and donations received over 2016 which we would like to share with you. Before I share his actual report, let me just clarify that we have two distinct ways of contributing money to the project:

  • Donations: You simply nominate an amount you wish to contribute and pay it to the project. Donations are intended as a way for individual users to show their support for QGIS (although we welcome large donations too).
  • Sponsorships: Sponsorships are aimed at organizations. We have fixed tiers of contribution (see below) and each tier includes some benefits in terms of marketing exposure for your company or organisation.

QGIS sponsorship can be made at one of four levels:

2017-01-30 01_22_27-Projecta_ Sponsorship Levels -.png

Higher tier (silver and up) sponsors are included in the footer of our main web site, http://qgis.org e.g.:

Screen Shot 2017-02-25 at 8.50.22 AM.png

If you want to see your company listed there, why not head over to the QGIS Sponsorship page to find out how to become a sponsor?

Some interesting highlights from Andreas’ report:

Screen Shot 2017-02-25 at 9.00.07 AM.png

We had  1128 donations in 2016 amounting to a total of  €25108. We had  47 Sponsors in 2016 which raised a total income of  €67921. December is the month that attracts the highest income from donations and sponsors (though that may coincide with additional marketing we did calling for sponsors).  Looking at contributions by country, Denmark was the highest national contributor in 2016, providing a total of  €17795 to the QGIS.ORG project. If you normalize by population,  Iceland provided the largest per capita contribution to QGIS, providing  €9056 per million people.  Iceland also had the highest contribution rate when measured against GDP with  ~€154 per billion GDP.

Screen Shot 2017-02-25 at 9.04.34 AM.png

You can read Andreas’ full report in this PDF – a huge thank you to Andreas for preparing this fascinating report, and of course to everyone out there who shared their hard earned money with us – your funding has become a vital enabler for moving the project forward.

Regards

timsutton

Tim Sutton
(QGIS Project Chair)


QGIS Grants #2: Call for Grant Proposals 2017

Dear QGIS Community

Last year we held our first ever call for Grant Proposals and it was a great success. If you are an early adopter using QGIS 3.0 preview builds, you can already try out some of the new capabilities that have arrived in QGIS thanks to these grants.

We are very pleased to announce the second round of Grants is now available to QGIS Contributors. The deadline for this round is Sunday, 19 March 2017. All the details for the Grant are described in the application form, and for more context we encourage you to also read these articles:

We look forward to seeing all your great ideas about how to improve QGIS!

Tim Sutton

QGIS Project Chair


Minutes of the Inaugural QGIS General Meeting (2016)

Dear QGIS community members

At the end of December 2016, we held our inaugural Annual General Meeting (AGM). It should be noted that QGIS AGM’s will be ‘virtual’ meetings conducted as a questionnaire (for voting / raising motions) and then a report such as the one below, with optional follow up email discussion if deemed necessary. The reason for this is that our community is spread far and wide and any attempt at an in-person (physical or virtual) meeting will prove very difficult given the number of different time zones the participants live in. Thus this, and future, AGM reports will be a reflection / summary of the various online activities that constitute the ‘AGM’ and the reports should be read with this understanding in mind.  It should also be kept in mind that because we are bootstrapping the QGIS Board, the 2016/ 2017 meetings follow a reduced agenda – the 2018 meeting will commence with the full AGM agenda since we will have a year of financial reporting / board activity etc. behind us. Here follow the minutes:


 

Minutes of the Inaugural General Assembly (AGM) 2016 – Concluded 22 December 2016

Dear QGIS.ORG voting members,

In December 2016 we held a special Inaugural AGM event in order to bootstrap the new governance structures for QGIS.ORG. The following items were tabled during our special AGM to cater for the needed transition from the old organisation to the new:

Election of incoming board and PSC member replacements

Under our statutes, existing board / PSC members are automatically put forward for re-election during our PSC elections. A call for nominations was held and closed on 15 December 2016. All voting members were elegible to put forward their nominations. The following valid nominations were received (i.e. for candidates who were not already PSC members):

  1. Régis Haubourg

Subsequent to the call for nominations, an election was held via online vote. Response rate was 20 out of 27 eligible voters. Under our statutes this is considered a quorum. Election results were as follows:

Position Name Votes Received Max Votes
Chair: QGIS Board Tim Sutton 19 20
Vice-Chair: QGIS Board Paolo Cavallini 12 20
Treasurer: QGIS Board Andreas Neumann 20 20
PSC Member Richard Duivenvoorde 17 20
PSC Member Anita Graser 16 20
PSC Member Jϋrgen Fischer 14 20
Honorary PSC Member Gary Sherman

Note that each voting member was allowed 6 votes, but was not allowed to vote for the same person more than once. For the Board Member positions, which were specifically named, the candidate with the greatest number of votes for each role assigned that role. The PSC member positions were calculated based on the total number of votes each candidate received (including those allocated to named board roles). In accordance with our statutes, Gary Sherman remains on the PSC on a permanent basis as Honorary PSC member.

Election of the board chair

Election of the board chair was carried out as part of the general voting process. The successful candidate was Tim Sutton.

Matters brought forward by voting members

There were no matters brought forward by voting members.

Annual AGM for 2017

Now that the special AGM has been held and the Board and PSC constituted, we will hold our first AGM in the first quarter of 2017 (and then each year thereafter will be held in the first quarter). The 2017 AGM will be a reduced format since we will have just elected the PSC and Board,

Agenda for 2017 AGM:

  1. Approval of the annual report (2016) by the chair
  2. Approval of the annual financial report (2016)
  3. Approval of the 2017 budget
  4. Election of two financial auditors for the upcoming year
  5. Deal with matters brought forward by voting members

 

Given the outcomes of the end-2016 AGM, the QGIS Governance now looks like this (click for larger version):

qgisoperationalstructure

If you have any queries about the QGIS Governance processes, please do not hesitate to ask!

Regards

timsutton

Tim Sutton (QGIS Project Chair)

 


2017 Hackfests and Summer Camp

Where is QGIS being developed?

That is a questions my students often ask. Open Source is a strange and new ‘world’ for most of them. So I try to explain: QGIS is a software, developed and maintained from all over the world by developers who are employed by companies, self-employed or working for free…

Some of the work is paid for by QGIS and some by users and as written – some do it for free – yay!  The core developers meet two times a year for ‘Hackfests’  (do not confuse with ‘Hacking’).

Sometimes a Hackfest is combined with a user conference – where developers and users can meet, listen to presentations and discuss functionality.

In 2017, the first Hackfest will take place at the Linuxhotel in Essen – Germany from Friday from 28th April – 1st May. This Hackfest is only going to be hard work for the developers – QGIS 3.0 is being developed and launched this year. More details and signing in for this weekend on the event wiki page.

The second Hackfest in 2017 will include a Summer Camp and take place in Nødebo at University of Copenhagen, Forest and Landscape College (Denmark) from Wednesday  2. August till  Friday 11. august

The Summer Camp will be a combination of work and leisure for the developers. And for users there will be workshops.

It is the first time we are having a Summer Camp at the Forest and Landscape College. We have both the place for work and the nature for exploring.

There are 28 rooms/56 beds, 3 large shelters and a large lawn where you can bring a tent sleeping bag and mattress.

Nearby the wonderful forest and lake.

The setup is as following:

Users pay for participating in workshops, food and accommodation (room/bed) – Shelter and tent are free.

Developers and workshop lecturers stays for free.

Call for workshops and sponsors: If you have a topic for a workshop or want to contribute as sponsor, please send me an e-mail at lfi@ign.ku.dk

Save the dates – and we will send out more information about the Summer Camp later this month.

Posted on behalf of Lene Fischer, QGIS Community Organizer


QGIS 3.0 logo voting results

It is our pleasure to announce that the QGIS.org voting members have unanimously agreed to the adoption of the proposed new logo.

qgis-logo_anita0

We are currently planning the roll out of the new logo to all our applications, web platforms, and social media accounts. In addition, we will create marketing material with the new QGIS branding.  Since this is a volunteer effort, we are planning to approach this step-by-step. The goal is to have everything ready by the time of the QGIS 3.0 release.

If you are interested in helping with this effort, please leave a comment here and we will get in touch!

 


Happy new year 2017!

2016 was an exciting year for us. It was a year with three great releases (2.14 LTR, 2.16 & 2.18), lots of developer and community events (including our 2nd user conference in Girona, the developer meeting in Bonn before FOSS4G & a QGIS Server sprint in Lyon) and many firsts, including the first round of QGIS grants and our new QGIS.org organizational structure.

Group picture from Girona
Group picture from Girona

Many of these initiatives would not be possible without support by our community, dedicated developers and our sponsors, who enable us to keep up our infrastructure and improve software and documentation. We’re particularly proud to welcome three user groups among our top sponsors, with the Swiss user group as our most prominent Gold sponsor:

sponsors
QGIS gold and silver sponsors

Thank you for helping us improve the QGIS experience for everyone!

If you are following this blog, you are already aware that we have even bigger plans for 2017, including but not limited to the big QGIS 3.0 release and a completely overhauled QGIS logo.

We’re looking forward to another great year with the QGIS community.

Keep on QGISing!


New QGIS 3.0 logo candidate

If you have been following this blog and the QGIS community discussions, you will know that 2017 is going to be a big year in the history of QGIS since we are planning the release of QGIS 3.0. One of the requests we had during our Girona Hackfest held earlier this year was to come up with a fresher logo for QGIS. Some of you may remember that we had an abortive attempt at coming up with a new logo a couple of years ago. We found that process quite difficult to manage since we tried to do it in a completely open way and there were so many differing opinions, varying tastes and so on that the whole process reached an impasse and we decided to shelve the idea for time being. With that history in mind we decided to approach the logo updating process for QGIS 3.0 differently this time around  and use a professional designer to come up with a design and then provide the QGIS Voting Members with a simple, binary YES/NO choice as to whether they accept the new logo or not.

Our current logo is a revised, polished version of the original QGIS logo:

qgis_logo_v0-1
The first (left) and second (right) generations of the QGIS logo.

While we’ve all grown to love the yellow ‘Q’ with the green arrow (no comic pun intended), the design choices, such as glow effect and drop shadows look dated. Probably the biggest problem with the current logo is that there is also no consistent logo variant that spells out ‘QGIS’ without duplicating the Q. For the logo refresh we came up with a list of requirements for the new design:

  • It should look more modern than the current logo
  • Avoid any clichés with compass, north arrow and avoid image elements
  • The logo has to work as a :
    • Large and small application icon (on computer desktop, menus, …)
    • On big posters & banners
    • On stickers to place on laptops etc
    • On t-shirts and other promotional materials
    • On letterheads etc.
  • Should work well in monochrome (or have a monochrome variant)
  • Square and rectangular variants should be possible
  • If possible, keep element(s) from the current design. It is important for the new logo to try to retain some of these elements (Q, arrow, colors, …) so people can still recognize the QGIS brand.
  • There should be a variant that includes the whole word ‘QGIS’ or ‘QGIS.ORG’. Currently when we place the logo next to the word QGIS we get a redundant QQGIS or we need to carefully match fonts to make it work
  • As an application icon, it must work on light or dark backgrounds without modification
  • As a general logo, it should have accepted variants that work on light or dark backgrounds
  • Font has to be open source
  • We should also consider how the logo and accent colours can be used in different contexts, e.g. stationery, stickers, …

We went through many iterations, reducing the number of options on each iterations as we applied the above criteria to the candidates. We would like to now present our final candidate (monochrome icon, colour icon, full logo):

While retaining the traditional yellow and green, the addition of a new third colour is a nice play on version 3.0. In addition, the old arrow is now a more natural part of the Q and there is a version designed to spell out QGIS.

Soon we will be asking the QGIS Voting Members to vote in order to affirm or reject this new logo. If it is approved we will start the process of rebranding QGIS for version 3.0. If not we will go back to the drawing board and repeat the process until we come up with a logo the QGIS Voting Members are happy with …


Let’s make a big funding push for QGIS 3.0!

In 2017 we are planning to release QGIS 3.0. This new major version will become the basis of the next LTR release (QGIS 3.2) and is set to be a sea-change in the development of QGIS. It will modernize the architecture to get rid of many legacy issues that we were unable to resolve in the minor release series of 2.x releases. For example we are switching to Qt5, Python3 stripping out deprecated API’s, cleaning away many old code artifacts, and making a huge range of under the hood tweaks to improve the performance and stability of QGIS. Here are some of the other key issues that need to be worked on before we can release QGIS 3.0:

  • QGIS Server needs to be updated to work with QGIS 3.0
  • QGIS Composer needs an overhaul

There are many more ‘under the hood’ items like this that we would like sort out before we can release QGIS 3.0.

Recently we announced the winners for our new grant programme which directly funds developers wishing to make improvements to the QGIS project. We would like to amp things up a notch further and thus with this blog post we would like to make this appeal:

  • If you are an individual user please consider making a donation to the project (donations can be made by PayPal or by direct bank transfer).
  • If you work for a company, please consider becoming a project sponsor. Our entry level sponsorship is not a lot of money and will make a great contribution to the project. We are still looking for our first platinum sponsor – perhaps your company could be the first! Here is the list of sponsorship levels for quick reference:
Euros Sponsorship level
27,000+ Platinum Sponsor
9,000+ Gold Sponsor
3,000+ Silver Sponsor
500+ Bronze Sponsor
  • If you are a company that makes use of contract QGIS developers, include in your contracts a provision for the developer to get your new features into the 3.0 code base with a nice set of tests so that the burden does not get passed upstream to volunteer developers to port your features to QGIS 3.0.
  • If you are a company that has in-house QGIS developers, consider allocating some of their time to supporting the QGIS 3.0 development effort.
  • If you are a country user group, please try to hold a funding drive within your user group and pass the funds either to the upstream QGIS.ORG project or support developers who are in your country to do bug fixing and implementation work for QGIS 3.0.

If you have other ideas about how to support the effort we will be glad to hear them! We will put as much money from QGIS.ORG funds as possible into developers that are willing and able to work on the preparation of QGIS 3.0.

A huge thank you to all of those that have already contributed time and money into the effort to get QGIS 3.0 ready for release!


QGIS 2.18 ‘Las Palmas’ is released!

We are pleased to announce the release of QGIS 2.18 ‘Las Palmas’. The city of Las Palmas de Gran Canaria was the location of our autumn 2015 developer meeting.

This is the last release in the 2.x series. The current Long Term Release (LTR) remains version 2.14.x. This release provides incremental improvements over our previous release. The majority of activity is currently focused towards the development of QGIS 3.0 which is our next generation release planned for the end of the first quarter of 2017.

We would like to thank the developers, documenters, testers and all the many folks out there who volunteer their time and effort (or fund people to do so). From the QGIS community we hope you enjoy this release! If you wish to donate time, money or otherwise get involved in making QGIS more awesome, please wander along to qgis.org and lend a hand!

QGIS is supported by donors and sponsors. A current list of donors who have made financial contributions large and small to the project can be seen on our donors list. If you would like to become and official project sponsor, please visit our sponsorship page for details. Sponsoring QGIS helps us to fund our six monthly developer meetings, maintain project infrastructure and fund bug fixing efforts. A complete list of current sponsors is provided below – our very great thank you to all of our sponsors!

QGIS is Free software and you are under no obligation to pay anything to use it – in fact we want to encourage people far and wide to use it regardless of what your financial or social status is – we believe empowering people with spatial decision making tools will result in a better society for all of humanity.


Winning QGIS Grant Proposals for 2016

We are extremely pleased to announce the winning proposals for our 2016 QGIS.ORG grant programme. Funding for the programme was sourced by you, our project donors and sponsorsNote: For more context surrounding our grant programme, please see:

Our intent with the QGIS.ORG Grant Programme is to support work from community that would typically not be funded by client/contractor agreements, and that contributes to the broadest possible swathe of our community by providing cross-cutting, foundational improvements to the QGIS Project.

Voting to select the successful projects was carried out by our QGIS Voting Membership. Each voting member was allowed to select up to 6 of the 18 submitted proposals by means of a ranked selection form. The full list of votes are available here (on the first sheet). The second sheet contains the calculations used to determine the winner (for full transparency). The table below summarizes the voting tallies for those proposals that received one or more votes, along with brief notes on the methodology used:

screen-shot-2016-10-04-at-11-02-38-pm

A couple of extra notes about the voting process:

  • Voting was carried out based on the technical merits of the proposals and the competency of the applicants to execute on these proposals.
  • No restrictions were in place in terms of how many proposals could be submitted per person / organization, or how many proposals could be awarded to each proposing person / organization.
  • Although the budget for the grant programme was €20,000.00, the total amount for the three winning proposals is €20,500.00 – an additional €500.00 was made available by the PSC towards the grant programme to accommodate this.
  • Voting was ‘blind’ (voters could not see the existing votes that had been placed).

As mentioned in our previous blog post about this selection process, this is the first time that we have asked our newly formed group of QGIS Voting Members to vote. It is extremely gratifying to see such enthusiastic participation in the voting process. Of the 27 voting members, 24 registered their votes. There was one late submission that unfortunately had to be excluded, and 2 non-votes.

screen-shot-2016-10-03-at-2-58-20-pm
On behalf of the QGIS.ORG project, I would really like to thank everyone who submitted proposals for this call. There were many interesting proposals that I believe would be of great benefit to QGIS and I hope others perusing the proposals list will use their initiative and funding interesting proposals independently if they can.

Below you can find the detailed proposals of the successful applications – we look forward to seeing the results of their work land in the code base soon!

 

Details of the approved grant proposals


Implement a flexible properties framework in QGIS (Nyall Dawson) – €10,000

 

Details: I am applying for a QGIS grant to cover the implementation of a flexible “properties framework” for QGIS. I honestly believe that implementation of this framework will unlock cartographic power in QGIS well beyond anything that is currently possible in any of the desktop or web based mapping applications.

I propose to implement a system of managing and evaluating properties for generic objects within QGIS. Properties include all settings relating to symbology, such as a line marker’s width, color, or offset, label settings (eg font size, color, shadow opacity, etc), diagram properties (colors, size, etc) and composer item settings (position, rotation, frame size and color, etc). While currently many of the properties can be set to use “data defined overrides”, the properties framework will extend these capabilities by making them both more flexible and easier to use.

This proposal is being driven by a number of factors:

1. To avoid the current multiple duplicate code paths involving storage, retrieval and evaluation of data defined properties and to make it easier to add data defined support to more things (eg diagrams) without incurring even more duplicate code. Currently labeling, symbology and composer all have their own methods for handling data defined properties, which makes maintenance of data defined code very difficult.

2. To allow creation of other property types besides the current “data defined” (ie bound to field value or expression result) property, eg time based properties for a future in-built animation framework.

3. To avoid the complexity of requiring users to write their own expressions to map values to colors, sizes, etc and apply scaling functions to these, and instead expose these to users in an interactive, flexible way. Think Mapbox studio’s approach to zoom level styling (https://cloud.githubusercontent.com/assets/1829991/17850412/6a0f285e-68a0-11e6-8719-cdf74afd061d.jpg), but available for all property types. Eg data defined values can be set to preset ease in/ease out curves, or manually edited curves through an interactive GUI.

4. Enable the possibility of having live project wide colors. Ie a color palette could be created in the project properties, and color based properties “bound” to these colors. Altering the color would then automatically update every property which was bound to this preset color. This also brings the possibility of “color themes” for maps, eg binding properties to a predefined color types such as “highlights”, “background features”, etc, and then interactively changing all these color bound properties by applying a color theme to the project.

5. To allow a system of inherited and overridden properties. Eg QGIS default label font overridden by a project default font and finally overridden by label font setting. The proposed composer rewrite (layouts work) would use this property inheritance to bind layout item properties to a dynamic template. Changes in the template would be reflected in all linked layouts, but individual items could overwrite the inherited properties as required. Layout item properties could then be set globally (eg, font size), per project (eg font family), via a “master template” and finally individually per layout item.

6. The labelling engine has a need for predefined label styles. Label properties could be set globally, per project, via a predefined style, or overridden for a particular layer.

Technical details regarding this proposal are available in QEP 22 (https://github.com/qgis/QGIS-Enhancement-Proposals/issues/38).

I am seeking funding to:

1. Implement the core functionality for the properties framework
2. Port symbology, labeling and diagrams to the framework, and enable data definable control of all appropriate diagram settings (currently diagrams have a very limited data defined control available)
3. Implement the GUI for the property framework, including:
– a widget for controlling property behaviour
– interactive widgets for size and color properties (which have been designed to work inside 2.16’s live layer styling dock)
– interactive widgets for setting the “easing” for properties, with choices of preset ease in/out methods + an interactive curve editor for manual control

If funds are remaining following these items, I will undertake (in order of priority):

4. Bound project colors
5. Begin work on labeling styles

History: Because I believe so firmly that this framework is required within QGIS, I have been building toward this work through numerous hours of development over the previous 2 years of QGIS releases. There were a number of prerequisite changes required first, such as the implementation of expression contexts. An initial PR (https://github.com/qgis/QGIS/pull/2857) for the properties framework was filed in May 2016, which includes some of the core parts of this proposal. Changes were required based on feedback from that PR , however to date all work on this has been on a volunteer, unsponsored basis and unfortunately I am no longer able to complete such large scale changes as are required by this proposal without funding. Aside from the changes required from the initial PR, significant work remains in implementing GUI, unit tests, and porting symbology and labeling to the new framework.

Qualifications: I have an extensive history of large-scale contributions to QGIS since 2013 and a proven track record for writing polished UI with extensive unit testing. I’m passionate about QGIS, being a daily GIS user and strongly believe that this framework is required to take QGIS to the next level of cartographic abilities.

Implementation Plan: Due to the extensive refactoring and API changes which are required for implementing the properties framework, this work MUST be done in the QGIS 3.0 timeline. If it is not completed during the 3.0 API break period, the amount of work and cost required would substantially increase, and numerous methods across the symbology, labeling and diagrams API would be deprecated. Accordingly this work will be conducted during the QGIS 3.0 timeline, and for greatest testing I would aim to complete the work ASAP (likely complete by late October). Due to the changes required this work would NOT be suitable to backporting to the >= 2.18 branch and will be targeted at QGIS 3.0 only.

Proposal Link:  A QEP detailing technical implemention is available at: https://github.com/qgis/QGIS-Enhancement-Proposals/issues/38, and an initial PR available at https://github.com/qgis/QGIS/pull/2857

 

Introduce everything necessary for QGIS3 to OSGeo4W (Jürgen Fischer)- €6,000

 

Details: For QGIS3 we need packages of Qt5, PyQt5 and Python 3 (including many extensions currently available for Python 2).   The goal of this proposal is to introduce all required dependencies to OSGeo4W (32&64bit) that are necessary to build and package QGIS3. The requested amount will cover 60h of work on this.

History: I also did the packaging of Qt4, PyQt4 and QGIS.  I’ve also already started to build and package Qt 5.7 using Visual C++ 2015.

Qualifications: See previous point (or well known history)

Implementation Plan: I plan on doing it this in Q4 this year to have it available for the release and I don’t expect significant extra effort to support Windows (ie. if the issues are solved on a platform that already has Qt5 and friends available it should also work on Windows).

Implement an inbuilt Task Manager in QGIS for background long running tasks (Nyall Dawson) – €4,500

Details: QGIS requires a centralised, in built task manager to handle background threading of long running analysis tasks. Currently these long running tasks are either conducted while blocking the UI (such as when a snapping index is built for a layer) leading users to conclude that QGIS has frozen, via blocking progress dialogs which prevent interaction with QGIS while the operation proceeds, or via custom threaded implementations. By building a standard framework for handling these long running tasks, we will benefit by:


1. Avoiding UI blocking tasks, allowing users to continue working while the task is completed.
2. Simplify background task threading for plugin, processing algorithm (and core) developers by exposing a simple API for creating and scheduling long running tasks.
3. Benefit from the stabler code which comes as a result of having a single, well tested implementation of background threading rather than multiple custom implementations of this code.
4. We “catch up” to our commercial competitors (ie ArcGIS and MapInfo Professional), who currently have inbuilt background threading of long running tasks already available in their software.

This work was begun in https://github.com/qgis/QGIS/pull/3004, however significant changes are still required before the task manager can be merged into QGIS. It is vital that the task manager implementation is rock solid and with a future proof API which addresses our needs for the 3.x release cycle.

Accordingly, this grant proposal covers:

1. Building off the work started in the pull request, first addressing the feedback received from GitHub and from direct conversations with interested stakeholders and stabilising the API.
2. Completion of the unit tests to cover all parts of the framework.
3. Polish the GUI for interacting with running and completed tasks.
4. Writing documentation for the Python cookbook demonstrating how the task manager should be used from Python code.

(Please note that this proposal does not cover porting any existing code (such as processing) across to the new framework.)

History: An initial prototype of the work was begun in https://github.com/qgis/QGIS/pull/3004  

Qualifications: I have an extensive history of complex changes to QGIS code, and am currently one of the most active QGIS core developers. I have a track record of implementing stable, heavily unit tested code and supporting code I write for extended periods. I am also a daily user of QGIS as a GIS software application, so am invested in making the software as powerful, stable and easy to use as possible!

Implementation Plan: This work would be completed ASAP to allow for lengthy testing prior to the QGIS 3.0 release, and to allow the maximum time possible for developers to adapt their code and plugins to the new task manager interface.

Proposal Link: An initial prototype of the work was begun in https://github.com/qgis/QGIS/pull/3004, and a video demonstration is available at https://www.youtube.com/watch?v=7pXBZtWYFJc   

 


Update on the QGIS Grant Programme

At the beginning of August this year, we put out a call for applications in our newly launched grant programme. The intent of the programme is to leverage donor and sponsor funding in order to support community members with great ideas to improve the underlying infrastructure of the QGIS project and code base.

We have had a really great response to the call for applications (detailed list of applications is here for your reading pleasure – 233KB download). There has also been some good discussion on the QGIS Developer mailing list about the evaluation process.

Given that we have 18 proposals and only 20,000 Euros to disburse, the QGIS voting members will need to make some tough, pragmatic choices. Its also noteworthy that this is the first time since establishing our community of QGIS Voting Members that we have asked them to vote on an issue. Our intent with the voting member system is to have a streamlined process for deciding on important issues whilst ensuring good representation of all members of the community. In case you are wondering who the QGIS Voting members are, I have prepared this little infographic below which lists the members and shows how they are elected  etc.

qgisoperationalstructure-votingmembersonlyThe voting for the grant proposals ends at the end of the September 2016, and we plan to announce the successful candidates soon after that – probably on the 4th of October. The PSC will arbitrate in the case of a dead heat or the proposal amounts of the top voted proposals not adding up to our funding target.

This round of grant proposals is special not only because it is the first time we are doing this, but also because the grant programme precedes the upcoming release of QGIS 3.0. Providing grants to facilitate this work will help to assure that QGIS 3.0 gets all the love and attention it needs in order to make it a success. That said, there is a huge amount of work to do, and it is mostly being done by a handful of very dedicated and generous (with their time) individuals. If you have the wherewithal to further support some of the grant proposals that did not make the cut, or the QGIS 3.0 effort in general, please get into contact with our treasurer, Andreas Neumann (finance [at] qgis.org) or head over to our sponsorship or donations page to support their work!

Lastly, I appeal to those QGIS Voting Members who have not yet cast their votes to check your email and head over to the voting form to cast your vote!


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