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The Dispatch

TSLib Development Focuses on Refactoring and Bug Fixes Amidst Active Community Engagement

The Time Series Library (TSLib) is an open-source Python library designed for deep learning researchers working on advanced time series analysis, including forecasting, imputation, anomaly detection, and classification.

Recent activities in the TSLib project have been marked by significant refactoring efforts and bug fixes. The introduction of a new Python package structure via PR #457 aims to enhance usability, while ongoing bug fixes such as those in PR #498 and PR #495 ensure model integrity and performance. The community remains actively engaged, contributing to both enhancements and maintenance.

Recent Activity

Issues and Pull Requests

Development Team Activity

  1. wuhaixu2016

  2. Ikko Eltociear Ashimine (eltociear)

  3. Webber Shaw (webbershaw)

  4. Wchunming (revv00)

  5. BlackSnail789521

  6. Maurice Kraus (mauricekraus)

    • Contributed to monthly split fixes for M4 competition.
  7. 0Armaan025

    • Worked on contributing guidelines.

Of Note

Quantified Reports

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Recent GitHub Issues Activity

Timespan Opened Closed Comments Labeled Milestones
7 Days 7 11 11 7 1
30 Days 29 29 46 28 1
90 Days 77 86 118 76 1
1 Year 204 200 350 202 1
All Time 449 443 - - -

Like all software activity quantification, these numbers are imperfect but sometimes useful. Comments, Labels, and Milestones refer to those issues opened in the timespan in question.

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Quantified Commit Activity Over 30 Days

Developer Avatar Branches PRs Commits Files Changes
wuhaixu2016 1 0/0/0 7 5 131
blacksnail789521 1 1/1/0 1 1 8
Ikko Eltociear Ashimine 1 1/1/0 1 1 2
revv00 1 0/0/0 1 1 2
Webber Shaw 1 1/1/0 1 1 2
None (revv00) 0 1/1/0 0 0 0
Guo Yang Yun (gyangyun) 0 2/0/2 0 0 0
Armaan (0Armaan025) 0 0/1/0 0 0 0
WinstonLiyt (WinstonLiyt) 0 1/0/1 0 0 0
Maurice Kraus (mauricekraus) 0 0/1/0 0 0 0

PRs: created by that dev and opened/merged/closed-unmerged during the period

Detailed Reports

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Recent Activity Analysis

The GitHub repository for the Time Series Library (TSLib) has recently seen a total of 6 open issues, with ongoing discussions around enhancements and bug fixes. Notably, there is a mix of enhancement requests, such as adding new models to the library, and user inquiries regarding specific functionalities and issues encountered during implementation.

Several issues highlight common themes, particularly around model performance discrepancies and difficulties in reproducing results from the original papers. This suggests potential challenges in documentation clarity or model configuration that may hinder users from achieving expected outcomes.

Issue Details

Most Recently Created Issues

  1. Issue #487: Add mWDN to the library

    • Priority: Enhancement
    • Status: Open
    • Created: 18 days ago
    • Updated: 16 days ago
    • Comments: User suggests adding the mWDN model to TSLib. The maintainer acknowledges the request but indicates that it may take time due to existing commitments.
  2. Issue #440: Multi-GPU support

    • Priority: Normal
    • Status: Open
    • Created: 65 days ago
    • Comments: User requests guidance on implementing Multi-GPU training. This reflects a growing interest in optimizing performance for larger datasets.
  3. Issue #425: 关于引入json格式的运行超参数

    • Priority: Enhancement
    • Status: Open
    • Created: 88 days ago
    • Comments: A suggestion to incorporate JSON format for hyperparameter management to improve usability.

Most Recently Updated Issues

  1. Issue #319: add SCINet into baseline

    • Priority: Enhancement
    • Status: Open
    • Created: 226 days ago
    • Updated: 16 days ago
    • Comments: User requests inclusion of SCINet as a baseline model, emphasizing its relevance in time series forecasting.
  2. Issue #98: Will there be experiments w/ M5 data?

    • Priority: Enhancement
    • Status: Open
    • Created: 463 days ago
    • Updated: 460 days ago
    • Comments: Inquiry about potential experiments using M5 competition data, reflecting user interest in benchmarking against established datasets.
  3. Issue #41: Will this project become a package for time series forecasting/classification/anomaly detection?

    • Priority: Enhancement
    • Status: Open
    • Created: 530 days ago
    • Updated: 305 days ago
    • Comments: User expresses hope for TSLib to evolve into a comprehensive package for various time series tasks, indicating community desire for broader functionality.

Summary of Themes and Commonalities

  • There is a clear demand for enhancements and additional models within TSLib, particularly those that have shown success in other benchmarks.
  • Users are actively seeking clarification on how to utilize the library effectively, especially concerning multi-GPU setups and hyperparameter configurations.
  • The repository's community engagement is evident through ongoing discussions about model performance and reproducibility, which could benefit from clearer documentation or examples.
  • The presence of multiple enhancement requests indicates an active user base looking to contribute to the library's growth and capabilities.

This analysis highlights both the current state of issue management within TSLib and the ongoing needs of its user community, which can guide future development efforts.

Report On: Fetch pull requests



Overview

The analysis of the pull requests (PRs) for the Time Series Library (TSLib) reveals a total of five open PRs, with a significant focus on refactoring, model additions, and bug fixes. The repository has also seen a considerable number of closed PRs, indicating an active development process.

Summary of Pull Requests

Open Pull Requests

  • PR #457: Refactored into a Python package (43 days ago)

    • This PR introduces a pyproject.toml file and restructures the codebase into an installable Python package. This is significant as it enhances usability and accessibility for users wanting to implement the library. Comments indicate awareness of the complexity involved in reviewing this substantial refactor.
  • PR #406: Add TEFN model (103 days ago)

    • This PR implements the Time Evidence Fusion Network model, which aims to improve long-term time series forecasting. The addition of this model is crucial for expanding the library's capabilities in forecasting tasks.
  • PR #395: Fetch the latest commit (118 days ago)

    • This PR appears to be more maintenance-oriented, focusing on syncing with the latest changes from the main branch. It reflects ongoing efforts to keep the codebase up-to-date.

Closed Pull Requests

  • PR #507: Docs: update README.md (4 days ago)

    • A minor edit correcting a typo in the README file. This reflects attention to detail in documentation.
  • PR #498: Fix data_factory.py which will shuffle test dataset for classification tasks (11 days ago)

    • This PR addresses a critical bug that could affect model performance during testing. The fix ensures that test datasets are not shuffled, which is essential for maintaining integrity in evaluation metrics.
  • PR #495: ConvBlock: fix inception v2 kernel number to reslist size mapping (12 days ago)

    • This PR resolves a potential issue with kernel mapping in the ConvBlock implementation, ensuring correct functionality.

Analysis of Pull Requests

The pull requests for TSLib demonstrate several key themes and trends indicative of both active development and community engagement.

Active Development and Feature Expansion

The recent open PRs highlight a strong focus on enhancing the library's functionality through significant feature additions such as PR #406, which introduces a new forecasting model. This aligns with TSLib's goal of providing comprehensive tools for time series analysis. The refactoring effort in PR #457 to create an installable package also signifies a move towards improving user experience and accessibility, making it easier for researchers and developers to utilize the library effectively.

Bug Fixes and Maintenance

A notable aspect of the recent activity is the emphasis on bug fixes and maintenance, as seen in PRs like #498 and #495. Addressing bugs promptly is crucial for maintaining user trust and ensuring that models perform as expected during evaluations. The community's responsiveness to issues indicates a healthy development environment where contributors are encouraged to report problems and suggest solutions.

Community Engagement

The repository has seen a substantial number of closed PRs—53 in total—indicating robust community involvement. Many contributors are actively participating by submitting enhancements, bug fixes, or documentation updates. For instance, contributions like adding code of conduct files (PR #238) and contributing guidelines (PR #228) reflect an effort to foster an inclusive environment for new contributors.

Anomalies and Concerns

While there is much positive activity, some anomalies warrant attention. For example, several older PRs remain open without significant updates or comments from maintainers, such as PR #261 regarding a bug fix for TimeFeatureEmbedding. This could indicate potential bottlenecks in review processes or resource allocation within the project team. Additionally, there are instances where contributions were not merged despite significant changes proposed (e.g., PRs #484 and #483 regarding industry electricity data), which may discourage contributors if not addressed transparently.

Conclusion

In summary, TSLib is experiencing active development characterized by feature enhancements, community engagement, and diligent maintenance efforts. However, attention should be given to managing open pull requests effectively to ensure that contributors feel valued and that the project continues to evolve smoothly without unnecessary delays or frustrations.

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Repo Commits Analysis

Development Team and Recent Activity

Team Members and Recent Contributions

  1. wuhaixu2016

    • Recent Activity: 7 commits with 131 changes across 5 files.
    • Notable Contributions:
    • Merged multiple pull requests including updates to README.md, data_loader.py, and TimesNet.sh.
    • Ongoing work includes documentation updates and bug fixes.
    • Collaborations: Worked with various contributors on pull requests.
  2. Ikko Eltociear Ashimine (eltociear)

    • Recent Activity: 1 commit with 2 changes in README.md.
    • Notable Contributions: Fixed a typo in the documentation.
    • Collaborations: Merged a pull request related to documentation improvements.
  3. Webber Shaw (webbershaw)

    • Recent Activity: 1 commit with 2 changes in data_factory.py.
    • Notable Contributions: Fixed an issue related to shuffling the test dataset for classification tasks.
    • Collaborations: Merged a pull request that included this fix.
  4. Wchunming (revv00)

    • Recent Activity: 1 commit with 2 changes in Conv_Blocks.py.
    • Notable Contributions: Fixed the inception v2 kernel number mapping.
    • Collaborations: No recent collaborations noted.
  5. BlackSnail789521

    • Recent Activity: 1 commit with 8 changes in metrics.py.
    • Notable Contributions: Improved metric calculations.
    • Collaborations: Merged a pull request that included this enhancement.
  6. Maurice Kraus (mauricekraus)

    • Recent Activity: No recent commits, but has one merged pull request regarding monthly split fixes for M4 competition.
  7. 0Armaan025

    • Recent Activity: No recent commits, but has one merged pull request related to contributing guidelines.

Patterns, Themes, and Conclusions

  • The majority of recent activity is centered around documentation updates and bug fixes, indicating a focus on improving usability and clarity of the library.
  • The primary contributor, wuhaixu2016, is actively involved in merging contributions from other team members, suggesting strong collaboration within the team.
  • There is a consistent effort to address issues and enhance functionality, particularly in metrics and data handling components.
  • The project maintains an active development pace with regular contributions from multiple team members, reflecting a healthy collaborative environment.
  • Some team members have not contributed recently, which may indicate varying levels of engagement or availability within the team.

Overall, the development team shows a commitment to continuous improvement of the Time Series Library through collaborative efforts and regular updates.