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Proposing your own idea to us will tickle our interest much more than helping us with existing tasks. | Proposing your own idea to us will tickle our interest much more than helping us with existing tasks. | ||
− | Our idea page revolves around the following projects: | + | Our idea page revolves around the following projects (not all of those have mentors each year): |
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* We're building a RAW video footage processing environment called [[OpenCine]] - Programming Language: C++. The software itself should be buildable on all platforms but primary focus is on Linux (Ubuntu and derivatives like LinuxMint distributions) - changes aren't tested on Windows straight away. [[OpenCine.Build Instructions]]. There is a sub-project called ProcessingTest, which is used for prototyping and testing algorithms, there you can find some de-Bayering tests. We also have custom de-Bayering algorithms selected for GSoC, which can be found in apertus° Lab. | * We're building a RAW video footage processing environment called [[OpenCine]] - Programming Language: C++. The software itself should be buildable on all platforms but primary focus is on Linux (Ubuntu and derivatives like LinuxMint distributions) - changes aren't tested on Windows straight away. [[OpenCine.Build Instructions]]. There is a sub-project called ProcessingTest, which is used for prototyping and testing algorithms, there you can find some de-Bayering tests. We also have custom de-Bayering algorithms selected for GSoC, which can be found in apertus° Lab. | ||
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* Other tasks are related to creating a camera virtualisation in QEMU, webinterfaces for camera control, controlling lenses, drawing histograms/waveform/vectorscopes from the cameras live view data or automating the camera internal darkframe calibration. Programming Languages for tools are C/C++, for scripting are Python and Bash and for webbased applications: Javascript, PHP and C/C++. Each task on the idea page contains more details about the desired environment and programming language. | * Other tasks are related to creating a camera virtualisation in QEMU, webinterfaces for camera control, controlling lenses, drawing histograms/waveform/vectorscopes from the cameras live view data or automating the camera internal darkframe calibration. Programming Languages for tools are C/C++, for scripting are Python and Bash and for webbased applications: Javascript, PHP and C/C++. Each task on the idea page contains more details about the desired environment and programming language. | ||
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==Application Instructions== | ==Application Instructions== |
apertus° is a community designing the architecture surrounding a number of free software and open hardware projects aimed at professional level digital imaging and film making related disciplines.
AXIOM Beta Main Page: https://wiki.apertus.org/index.php/AXIOM_Beta (contains links to reading on the camera and its PCB structure)
Website: https://www.apertus.org/
If you'd like to explore the AXIOM camera's background and how the project got started see AXIOM Project Background
2017 | Students | _ |
2018 | Students | Wrap-up |
2019 | Students | Wrap-up |
2020 |
GSoC listing: https://summerofcode.withgoogle.com/organizations/6367280998383616/
Firstly, please read the Google Summer of Code Student Manual. It contains a lot of helpful information about the program and about participating as a student in Google Summer of Code: http://write.flossmanuals.net/gsocstudentguide/what-is-google-summer-of-code/
Secondly, please read the Google Summer of Code FAQ. It details specifics about deadlines and how things typically run: https://developers.google.com/open-source/gsoc/faq
... The previous linked page also details the timeline of events which can be accessed here - https://developers.google.com/open-source/gsoc/timeline
The related apetus° projects can be found on the wiki at: https://wiki.apertus.org/index.php/GSoC_Projects
Proposing your own idea to us will tickle our interest much more than helping us with existing tasks.
Our idea page revolves around the following projects (not all of those have mentors each year):
GsoC Idea Page: https://lab.apertus.org/tag/google_summer_of_code_2020/
Students need to show their coding skills as part of their application, each task has an associated coding challenge that needs to be handed in together with the actual application that's being considered for GSoC. The tasks are challenging but give applicants a good chance to experience what the GSoC program will be like:
Read this GSoC Coding Challenge Best Practice Guideline if you want to learn more what we are looking for in Coding Challenge Submissions.
To get in touch with any mentor check the Mentor Contact List
Tim Videos has a very good guide for GSoC students - must read: https://code.timvideos.us/summer-of-code/
Our Social accounts
You can also see accepted projects on GSoC Projects.
We have a dedicated GSoC mailing list which you can subscribe to here.
If you have any questions most of our live chat takes place in IRC. Alternatively you can email us through: https://www.apertus.org/contact
Students get AXIOM Beta Remote Access to test and evaluate their code directly on a real AXIOM Beta hardware at our office.