Niko Sirbiladze developed and maintained the neuroinformatics-unit/movement repository, delivering robust tools for motion data analysis and visualization in Python. He architected modular plugins for napari, enabling interactive pose and ROI management with features like GeoJSON serialization and Model/View UI patterns. Niko enhanced data interoperability by implementing netCDF and NWB I/O, streamlined CI/CD pipelines using GitHub Actions, and improved documentation for onboarding and community engagement. His work included rigorous unit testing, dependency management, and compatibility upgrades across Python versions. By focusing on maintainable code, clear documentation, and extensible design, Niko ensured the project’s reliability and adaptability for scientific workflows.
April 2026 (2026-04) focused on strengthening developer experience, project maintainability, and platform readiness for neuroinformatics-unit/movement. The work emphasized documentation quality, contribution workflows, and toolchain modernization to reduce future defects and accelerate onboarding. No explicit production bug fixes were recorded in the provided data; the month’s efforts centered on delivering high-value features for contributors and maintaining compatibility with newer Python versions.
April 2026 (2026-04) focused on strengthening developer experience, project maintainability, and platform readiness for neuroinformatics-unit/movement. The work emphasized documentation quality, contribution workflows, and toolchain modernization to reduce future defects and accelerate onboarding. No explicit production bug fixes were recorded in the provided data; the month’s efforts centered on delivering high-value features for contributors and maintaining compatibility with newer Python versions.
March 2026 performance summary for neuroinformatics-unit/movement. Implemented a robust Regions of Interest (ROI) workflow in napari. Delivered a Model/View ROI management widget with auto-naming, color assignment, bidirectional synchronization between napari shapes and the ROI management table, contextual tooltips, and improved layer interactions. Added GeoJSON-based ROI serialization/deserialization with full unit test coverage, including to_file/from_file for single ROIs and save_rois/load_rois for ROI collections, plus a JSON validator and tests for error handling.
March 2026 performance summary for neuroinformatics-unit/movement. Implemented a robust Regions of Interest (ROI) workflow in napari. Delivered a Model/View ROI management widget with auto-naming, color assignment, bidirectional synchronization between napari shapes and the ROI management table, contextual tooltips, and improved layer interactions. Added GeoJSON-based ROI serialization/deserialization with full unit test coverage, including to_file/from_file for single ROIs and save_rois/load_rois for ROI collections, plus a JSON validator and tests for error handling.
February 2026 monthly summary for neuroinformatics-unit/movement. Focused on delivering user-facing improvements, stabilizing the signal processing workflow, and improving onboarding and documentation to accelerate adoption and reduce maintenance toil. Key outcomes include new UI clarity, robust data processing, and enhanced documentation and CI reliability.
February 2026 monthly summary for neuroinformatics-unit/movement. Focused on delivering user-facing improvements, stabilizing the signal processing workflow, and improving onboarding and documentation to accelerate adoption and reduce maintenance toil. Key outcomes include new UI clarity, robust data processing, and enhanced documentation and CI reliability.
January 2026 for neuroinformatics-unit/movement focused on stabilizing developer-facing docs, tightening dependencies, and improving CI reliability. Delivered multi-version Binder documentation support, hardened Sphinx link checks, and tooling constraints to reduce build failures. Locked SciPy below 1.17.0 (<0.17.0) and added SciPy version visibility in info output to improve reproducibility and observability. Updated CI workflow to test against the tox-uv branch, ensuring compatibility with latest features and fixes. Business impact includes more reliable docs, faster onboarding, reduced release risk, and clearer dependency visibility.
January 2026 for neuroinformatics-unit/movement focused on stabilizing developer-facing docs, tightening dependencies, and improving CI reliability. Delivered multi-version Binder documentation support, hardened Sphinx link checks, and tooling constraints to reduce build failures. Locked SciPy below 1.17.0 (<0.17.0) and added SciPy version visibility in info output to improve reproducibility and observability. Updated CI workflow to test against the tox-uv branch, ensuring compatibility with latest features and fixes. Business impact includes more reliable docs, faster onboarding, reduced release risk, and clearer dependency visibility.
Monthly summary for 2025-12 focused on delivering features that reduce upgrade friction and boost community engagement for neuroinformatics-unit/movement. Key outcomes include removing the upper NumPy version pin to enable compatibility with newer NumPy releases and delivering Community Site improvements with a redesigned Landing Page and a new Resources page containing branding assets, teaching materials, and presentations. These changes simplify dependency management, accelerate onboarding for researchers and developers, and increase project visibility. No critical bugs were introduced during this period; the work centered on stability, compatibility, and ecosystem growth. Technical accomplishments include updating landing/resources pages, ensuring SVG/logo assets display correctly, and maintaining backward compatibility with existing users.
Monthly summary for 2025-12 focused on delivering features that reduce upgrade friction and boost community engagement for neuroinformatics-unit/movement. Key outcomes include removing the upper NumPy version pin to enable compatibility with newer NumPy releases and delivering Community Site improvements with a redesigned Landing Page and a new Resources page containing branding assets, teaching materials, and presentations. These changes simplify dependency management, accelerate onboarding for researchers and developers, and increase project visibility. No critical bugs were introduced during this period; the work centered on stability, compatibility, and ecosystem growth. Technical accomplishments include updating landing/resources pages, ensuring SVG/logo assets display correctly, and maintaining backward compatibility with existing users.
November 2025—neuroinformatics-unit/movement: Focused on reducing installation friction, improving docs usability, enhancing packaging clarity, and strengthening CI/CD governance. Key outcomes include: 1) Install experience improvements enabling pure pip and uv installations for a faster, more flexible onboarding; 2) Install process bug fix correcting conda install checks, fixing a command typo, and removing the default conda channel; 3) Documentation UX and multi-version docs with a theme switcher, multi-version support, and binder config for smoother navigation and deployment; 4) Packaging and branding clarity on PyPI by updating pyproject.toml description to better represent the project on PyPI/napari-hub; 5) CI/CD improvements with a weekly conda checks workflow and streamlined CI, reducing drift and maintenance overhead.
November 2025—neuroinformatics-unit/movement: Focused on reducing installation friction, improving docs usability, enhancing packaging clarity, and strengthening CI/CD governance. Key outcomes include: 1) Install experience improvements enabling pure pip and uv installations for a faster, more flexible onboarding; 2) Install process bug fix correcting conda install checks, fixing a command typo, and removing the default conda channel; 3) Documentation UX and multi-version docs with a theme switcher, multi-version support, and binder config for smoother navigation and deployment; 4) Packaging and branding clarity on PyPI by updating pyproject.toml description to better represent the project on PyPI/napari-hub; 5) CI/CD improvements with a weekly conda checks workflow and streamlined CI, reducing drift and maintenance overhead.
Monthly performance summary for 2025-10 (neuroinformatics-unit/movement). The focus this month was targeted documentation updates to ensure external resources point to current domains (SLEAP docs at docs.sleap.ai) and the Animovement toolbox reference in the README. No new features or bug fixes were released in code this month beyond documentation improvements. Impact: improved user onboarding and resource discoverability, reduced potential confusion and support queries, and stronger overall maintainability. Technologies/skills demonstrated: git-based traceability, documentation best practices, and alignment with the project docs strategy.
Monthly performance summary for 2025-10 (neuroinformatics-unit/movement). The focus this month was targeted documentation updates to ensure external resources point to current domains (SLEAP docs at docs.sleap.ai) and the Animovement toolbox reference in the README. No new features or bug fixes were released in code this month beyond documentation improvements. Impact: improved user onboarding and resource discoverability, reduced potential confusion and support queries, and stronger overall maintainability. Technologies/skills demonstrated: git-based traceability, documentation best practices, and alignment with the project docs strategy.
September 2025 (2025-09) — neuroinformatics-unit/movement. Key deliverable: Documentation Update clarifying community call timing (every other Friday 11:00–11:45 London time) across README.md and get-in-touch.md, enabling easier participation and onboarding. This was implemented with commit 3265e78b781c3420c2229e8ff1979f03257ae902 (Mention typical timing of community calls on website and README (#672)) to ensure traceability. No major bugs fixed this month; maintenance focused on documentation quality and consistency. Impact: higher potential participation, reduced scheduling friction, and improved onboarding. Skills demonstrated: documentation best practices, Git version control, cross-file coordination, and user-focused communication.
September 2025 (2025-09) — neuroinformatics-unit/movement. Key deliverable: Documentation Update clarifying community call timing (every other Friday 11:00–11:45 London time) across README.md and get-in-touch.md, enabling easier participation and onboarding. This was implemented with commit 3265e78b781c3420c2229e8ff1979f03257ae902 (Mention typical timing of community calls on website and README (#672)) to ensure traceability. No major bugs fixed this month; maintenance focused on documentation quality and consistency. Impact: higher potential participation, reduced scheduling friction, and improved onboarding. Skills demonstrated: documentation best practices, Git version control, cross-file coordination, and user-focused communication.
2025-08 monthly summary for neuroinformatics-unit/movement focusing on stability, value delivery, and collaboration. Key achievements include Napari-video Dependency Compatibility Stabilization by pinning napari-video to >=0.2.13 in pyproject.toml to prevent environment drift across versions, and a Contributors Documentation Update that adds new contributors 'edeno' and 'luiztauffer' to the people.md (docs-only). No major user-facing bugs reported this month; changes reduce dependency-related risk and improve onboarding. Overall impact includes more reliable builds, clearer contributor visibility, and a foundation for smoother future iterations. Technologies/skills demonstrated include Python packaging and dependency management (pyproject.toml), documentation practices, and cross-team collaboration.
2025-08 monthly summary for neuroinformatics-unit/movement focusing on stability, value delivery, and collaboration. Key achievements include Napari-video Dependency Compatibility Stabilization by pinning napari-video to >=0.2.13 in pyproject.toml to prevent environment drift across versions, and a Contributors Documentation Update that adds new contributors 'edeno' and 'luiztauffer' to the people.md (docs-only). No major user-facing bugs reported this month; changes reduce dependency-related risk and improve onboarding. Overall impact includes more reliable builds, clearer contributor visibility, and a foundation for smoother future iterations. Technologies/skills demonstrated include Python packaging and dependency management (pyproject.toml), documentation practices, and cross-team collaboration.
In 2025-07, delivered improvements in documentation readability and branding visuals for the movement package, stabilized dependencies for compatibility with NumPy/Numba, and hardened the CI/docs workflow to reduce build failures. These efforts improved contributor experience, ensured smoother installations, and increased release reliability.
In 2025-07, delivered improvements in documentation readability and branding visuals for the movement package, stabilized dependencies for compatibility with NumPy/Numba, and hardened the CI/docs workflow to reduce build failures. These efforts improved contributor experience, ensured smoother installations, and increased release reliability.
June 2025 performance summary focusing on business value, data interoperability, and developer experience across neuroinformatics-unit/movement and related xarray ecosystem work.
June 2025 performance summary focusing on business value, data interoperability, and developer experience across neuroinformatics-unit/movement and related xarray ecosystem work.
May 2025: Consolidated developer experience and data tooling improvements across two repositories. Key outcomes include documentation site enhancements with contributor guidelines; CI and dependency management improvements for faster, more reliable builds; robust NWB I/O support for pose data; modular kinematics refactor with realigned tests; and a new all-all-contributors merge function to streamline contributions. These efforts improve onboarding, release cadence, data interoperability, and code maintainability.
May 2025: Consolidated developer experience and data tooling improvements across two repositories. Key outcomes include documentation site enhancements with contributor guidelines; CI and dependency management improvements for faster, more reliable builds; robust NWB I/O support for pose data; modular kinematics refactor with realigned tests; and a new all-all-contributors merge function to streamline contributions. These efforts improve onboarding, release cadence, data interoperability, and code maintainability.
Concise monthly summary for 2025-04 focusing on business value and technical achievements for the neuroinformatics-unit/movement repository.
Concise monthly summary for 2025-04 focusing on business value and technical achievements for the neuroinformatics-unit/movement repository.
March 2025 — Neuroinformatics Movement module: Delivered key features and stability improvements to accelerate deployment, improve user onboarding, and strengthen the science workflow. Key features delivered: - Movement GUI installation and testing improvements: updated test command from napari -w movement to 'movement launch', improved installation docs for Conda and Pip, enhanced 'movement info' to report napari installation status, and added a print_report option to filtering functions. - Head direction computation and visualization example: refactored polar coordinates example to focus on head direction, added a new head direction computation script, updated existing scripts to use the new functionality, and refined kinematic functions for forward vectors and angle calculations. - Boundary angles plotting cleanup: refactored boundary_angles.py to remove redundant label parameters and fixed the movement direction description (clockwise/counter-clockwise) in egocentric angles analysis. - Roadmap milestone update: reflect v0.1 release in March 2025 and update minimum requirements status; mark napari visualization task as complete. Major bugs fixed (and quality improvements): - Corrected movement direction description in egocentric angles analysis. - Removed redundant label parameters to reduce confusion and potential display errors. - Small fixes to ROI distances and angles example to align with updated analyses. Overall impact and accomplishments: - Improved installation reliability and test coverage, resulting in smoother onboarding and fewer setup issues. - Enhanced visualization accuracy and user guidance for head-direction analyses, bolstering reproducibility of neuroinformatics workflows. - Clearer roadmap and completed napari task to accelerate delivery and stakeholder alignment. Technologies/skills demonstrated: - Python development, test automation and documentation, data visualization with head-direction plots, napari integration, and mathematical refinements for kinematic calculations.
March 2025 — Neuroinformatics Movement module: Delivered key features and stability improvements to accelerate deployment, improve user onboarding, and strengthen the science workflow. Key features delivered: - Movement GUI installation and testing improvements: updated test command from napari -w movement to 'movement launch', improved installation docs for Conda and Pip, enhanced 'movement info' to report napari installation status, and added a print_report option to filtering functions. - Head direction computation and visualization example: refactored polar coordinates example to focus on head direction, added a new head direction computation script, updated existing scripts to use the new functionality, and refined kinematic functions for forward vectors and angle calculations. - Boundary angles plotting cleanup: refactored boundary_angles.py to remove redundant label parameters and fixed the movement direction description (clockwise/counter-clockwise) in egocentric angles analysis. - Roadmap milestone update: reflect v0.1 release in March 2025 and update minimum requirements status; mark napari visualization task as complete. Major bugs fixed (and quality improvements): - Corrected movement direction description in egocentric angles analysis. - Removed redundant label parameters to reduce confusion and potential display errors. - Small fixes to ROI distances and angles example to align with updated analyses. Overall impact and accomplishments: - Improved installation reliability and test coverage, resulting in smoother onboarding and fewer setup issues. - Enhanced visualization accuracy and user guidance for head-direction analyses, bolstering reproducibility of neuroinformatics workflows. - Clearer roadmap and completed napari task to accelerate delivery and stakeholder alignment. Technologies/skills demonstrated: - Python development, test automation and documentation, data visualization with head-direction plots, napari integration, and mathematical refinements for kinematic calculations.
Monthly summary for 2025-02: Delivered a new Napari Movement Visualization Plugin for Pose Data, improved HDF5 validation error messaging, and streamlined CI/test infrastructure. These efforts enhanced end-user visualization capabilities, debugging clarity, and CI efficiency, contributing to faster development cycles and improved product reliability.
Monthly summary for 2025-02: Delivered a new Napari Movement Visualization Plugin for Pose Data, improved HDF5 validation error messaging, and streamlined CI/test infrastructure. These efforts enhanced end-user visualization capabilities, debugging clarity, and CI efficiency, contributing to faster development cycles and improved product reliability.
January 2025 monthly summary for neuroinformatics-unit/movement. Focused on delivering feature enhancements that improve data processing reliability and extend analytical capabilities, with emphasis on business value and solid technical execution.
January 2025 monthly summary for neuroinformatics-unit/movement. Focused on delivering feature enhancements that improve data processing reliability and extend analytical capabilities, with emphasis on business value and solid technical execution.
December 2024 — Delivered documentation overhaul and blog integration to improve onboarding and community engagement, fixed visualization and data handling issues to improve reliability and developer experience, with attention to Python 3.12 typing and cross-version behavior. Key changes span user guidance, Napari axis correctness, and time-coordinate generation logic.
December 2024 — Delivered documentation overhaul and blog integration to improve onboarding and community engagement, fixed visualization and data handling issues to improve reliability and developer experience, with attention to Python 3.12 typing and cross-version behavior. Key changes span user guidance, Napari axis correctness, and time-coordinate generation logic.
November 2024 — neuroinformatics-unit/movement Key features delivered: - Kinematics: Compute speed and path length with NaN handling. Added compute_speed and compute_path_length with NaN policies and comprehensive tests. Commit a3956c4cfd5c2b3cfc87c72ef720c5633b4af882 (#280) - Napari Pose Loader: Qt widget to load pose datasets as napari Points layers; refactor, unit/integration tests, docs and dependency updates. Commit 5fd7b102aee5464c0539fc7d213442404f508b7a (#253) - Movement CLI: New 'launch' command to start the movement plugin with robust subprocess error handling. Commit 25edd707db4311f2ebcf8723b0261ba9cfb53d89 (#345) - Documentation overhaul: Movement toolbox scope/terminology clarified; updated overview and roadmaps. Commit 85904d9c2a4fd65f1e78d046f9f869ba83ee88af (#352) Major bugs fixed: None reported in this dataset. Overall impact and accomplishments: - Enables reliable motion analytics, improves data ingestion/visualization workflows, and strengthens user/developer tooling with better error messages and docs. Technologies/skills demonstrated: - Python, NaN-safe numerical routines, unit/integration tests - Napari/Qt UI development, plugin loading - CLI design and subprocess error handling - Documentation, scope definition, and terminology standardization
November 2024 — neuroinformatics-unit/movement Key features delivered: - Kinematics: Compute speed and path length with NaN handling. Added compute_speed and compute_path_length with NaN policies and comprehensive tests. Commit a3956c4cfd5c2b3cfc87c72ef720c5633b4af882 (#280) - Napari Pose Loader: Qt widget to load pose datasets as napari Points layers; refactor, unit/integration tests, docs and dependency updates. Commit 5fd7b102aee5464c0539fc7d213442404f508b7a (#253) - Movement CLI: New 'launch' command to start the movement plugin with robust subprocess error handling. Commit 25edd707db4311f2ebcf8723b0261ba9cfb53d89 (#345) - Documentation overhaul: Movement toolbox scope/terminology clarified; updated overview and roadmaps. Commit 85904d9c2a4fd65f1e78d046f9f869ba83ee88af (#352) Major bugs fixed: None reported in this dataset. Overall impact and accomplishments: - Enables reliable motion analytics, improves data ingestion/visualization workflows, and strengthens user/developer tooling with better error messages and docs. Technologies/skills demonstrated: - Python, NaN-safe numerical routines, unit/integration tests - Napari/Qt UI development, plugin loading - CLI design and subprocess error handling - Documentation, scope definition, and terminology standardization
October 2024 was focused on strengthening documentation quality and build tooling for the neuroinformatics-unit/movement project. The principal deliverable was the Documentation and Build Tooling Enhancement for Markdown Admonitions (R users tip), which guides R users to review the animovement toolbox and introduces a script to convert GitHub Flavored Markdown admonitions to MyST Markdown. Build and docs were updated to include the new admonition snippets, ensuring consistent rendering and easier maintenance across documentation. Impact: improved developer onboarding for R users, higher quality docs, and a more maintainable, automation-friendly build process for markdown admonitions.
October 2024 was focused on strengthening documentation quality and build tooling for the neuroinformatics-unit/movement project. The principal deliverable was the Documentation and Build Tooling Enhancement for Markdown Admonitions (R users tip), which guides R users to review the animovement toolbox and introduces a script to convert GitHub Flavored Markdown admonitions to MyST Markdown. Build and docs were updated to include the new admonition snippets, ensuring consistent rendering and easier maintenance across documentation. Impact: improved developer onboarding for R users, higher quality docs, and a more maintainable, automation-friendly build process for markdown admonitions.
Concise monthly summary for 2024-07 focusing on the neuroinformatics-unit/movement work stream. The main deliverable establishes a Napari plugin foundation and initial UI, setting the stage for future feature expansion and improved usability.
Concise monthly summary for 2024-07 focusing on the neuroinformatics-unit/movement work stream. The main deliverable establishes a Napari plugin foundation and initial UI, setting the stage for future feature expansion and improved usability.
June 2024 Monthly Summary for neuroinformatics-unit/movement: Focused on establishing Napari plugin scaffolding to enable visualization of neuroinformatics data. Delivered architectural groundwork and repository scaffolding to support future visualization features, with emphasis on maintainability and scalable extension points. No major bug fixes completed this month; effort concentrated on foundation and setup for subsequent development.
June 2024 Monthly Summary for neuroinformatics-unit/movement: Focused on establishing Napari plugin scaffolding to enable visualization of neuroinformatics data. Delivered architectural groundwork and repository scaffolding to support future visualization features, with emphasis on maintainability and scalable extension points. No major bug fixes completed this month; effort concentrated on foundation and setup for subsequent development.
Overview of all repositories you've contributed to across your timeline