Open Issues Need Help
View All on GitHubModeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
Modeling framework for power systems simulations and analysis.
AI Summary: The user is encountering a build error because the necessary header file `<magic_enum/magic_enum.hpp>` for the GridKit project is missing. This file, used by the `ComponentDataJSONParser.hpp` file, is not included in the standard installation instructions and needs to be added as a dependency or the installation instructions updated to include it. The task involves identifying the missing dependency (magic_enum), determining how to install it, and updating the GridKit documentation to reflect this requirement.
Modeling framework for power systems simulations and analysis.
AI Summary: Implement a JSON parser for the `Tgov1Data` structure in the GridKit™ power systems modeling framework, mirroring the design of the parser in issue #169. This involves creating a function to parse JSON data into the `Tgov1Data` structure, which is currently missing this functionality. The `Tgov1Data` structure itself may be incomplete, pending resolution of issue #173.
Modeling framework for power systems simulations and analysis.
AI Summary: Implement static methods in the GridKit™ PhasorDynamics module to provide reusable smooth piecewise approximations (at least C^2 continuous) for various models. These methods should be customizable via parameters (scale, order, etc.) and consider different sigmoid activation function variations.
Modeling framework for power systems simulations and analysis.