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The parameter inertia of the class RotatingMachineDynamics is initialized in the contructor as an integer (see here).
When importing dynamic data, cimimport is converting the values of the cim files using the default value of the cimpy classes. That means, that cimimport tries to read the parameter inertia fro the CIM files as an integer and not as a float which traslante into an exception when reading dynamic data of cim topologies (see here)
The same bahaviour can be observed in the class SynchronousMachineTimeConstantReactance. The parameters tpdo, tppdo, tpqo, tppqo, tc should be initialized as floats in the contructor of the class.
The text was updated successfully, but these errors were encountered:
Depends on cimgen pull request:
sogno-platform/cimgen#35, which is already
merged now.
In my repo all workflows run successfully:
tom-hg57#1 (even deploying of
github-pages).
Improve cimexport.py using profile URIs (from new generated
CGMESProfile.py) in model description of exported cim files
- Update generated python files created by cimgen
- Use profile URIs (from new generated CGMESProfile.py) in model
description of exported cim files
- Fix "Package information not found" for EquipmentBoundary and
ToplogyBoundary in cim_import() by using new generated CGMESProfile.py
- Fix export for data read without profile information
- Improve cim_export (activeProfileList is now optional - no
activeProfileList means output to all profile files with data)
- Add function cim_export_to_string_array
- Fix model ID in cim_export (must be unique across all files)
- Use recommended class profile from new generated classes (if data is
read without profile information, or some objects are added after
import)
- Improve .github/workflows/test.yaml
- Update documentation in cimpy/cimexport.py
With the new generated python files created by cimgen the issue
#23 is solved. PR
#24 could be closed if this
PR is merged.
The same applies to issue
#25 and PR
#26.
The parameter inertia of the class RotatingMachineDynamics is initialized in the contructor as an integer (see here).
When importing dynamic data, cimimport is converting the values of the cim files using the default value of the cimpy classes. That means, that cimimport tries to read the parameter inertia fro the CIM files as an integer and not as a float which traslante into an exception when reading dynamic data of cim topologies (see here)
The same bahaviour can be observed in the class SynchronousMachineTimeConstantReactance. The parameters tpdo, tppdo, tpqo, tppqo, tc should be initialized as floats in the contructor of the class.
The text was updated successfully, but these errors were encountered: