In Week 7, I am excited to share my progress on implementing the integration of the gr-qtgui flowgraph’s Qt GUI widget component with QT Creator and Qt Designer, providing users with enhanced customization options for their GUIs. This integration aims to provide users with a seamless experience in customizing their flowgraphs gui widgets by easily placing, aligning, adding custom labels, and formatting widgets to their liking.
Hello, So the main focus of this week was to store the information during runtime so that it is accessible in a proper format. So the workflow manager was set to store information with chainmaps, where we store each parameter with the corresponding workflow id, like so. class WorkflowManager(Element): workflow_labels= [] workflow_ids = [] param_list = ChainMap() def load_workflow_description(self, data, filepath): """parse the .
Welcome back to another exciting update on my GSoC 2023 Qt Widgets Improvement project. In Week 6, I continued my journey of refactoring GNU Radio QtGUI blocks to enhance their flexibility and codebase. This week, my focus was on refactoring the Time Raster Sink, Time Sink, and Eye Sink blocks.
Hello, So the main focus of this week was to construct a Workflow Manager module that will manage all the parameters fetched from a .yml file provided by the user. What does it actually do? The main function of the workflow manager is to read from a .yml file, defined like this:
Hello, Week 5 of GSoC has mainly been spent on coding and fixing bugs that were present on just translating options.py, and analysing the code in core/platform.py. Now that options.py is ported, we can now focus on creating the workflow manager object. We need to create a loader that loads the .
In the fifth week of my GSoC project, I took on the challenge of refactoring the existing GNU Radio QtGUI blocks: Frequency Sink, Waterfall Sink, and Sink. The goal was to convert their float and complex implementations into a single block using generics and templates. This refactoring would not only improve code maintainability but also enhance the overall performance and flexibility of these blocks.
hello, So we are almost a month into this project’s timeline. I am elated to have the project progress to such an extent from the days of week-0. This of course could not be possible without the constant support from the organisation and my mentors. The greatest of projects are always of collaborative effort, and I am reminded of that fact everyday while working to accomplish this task.
Welcome back to another exciting update on my GSoC 2023 Qt Widgets Improvement project. In Week 4, I made significant progress in integrating the Video Display block with GNU Radio. This block enables smooth playback of video streams within the GNU Radio environment. Let’s dive into the details of what I accomplished during this week.
hello, Here’s the updates for week 3! there are quite a few developments for this week. The current objectives: with the discussions of workflows underway, we also decided on two main objectives that are of prime focus for the coming weeks. To start modularizing the options block. To sync gnuradio-companion with the main project as a sub-module.
In this blog post, I will share the progress made during Week 3 of the GSoC 2023 Qt Widgets Improvement project. The focus of this week was on creating the Video Display block, which is an essential component for visualizing video data in GNU Radio.With this block, users can explore video data and perform various operations to enhance their understanding and analysis.
