a lumped-mass mooring line model intended for coupling with floating structure codes

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9 Open Issues Need Help Last updated: Jul 2, 2026

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a lumped-mass mooring line model intended for coupling with floating structure codes

C++

a lumped-mass mooring line model intended for coupling with floating structure codes

C++
help wanted

a lumped-mass mooring line model intended for coupling with floating structure codes

C++

a lumped-mass mooring line model intended for coupling with floating structure codes

C++

a lumped-mass mooring line model intended for coupling with floating structure codes

C++
help wanted

a lumped-mass mooring line model intended for coupling with floating structure codes

C++

AI Summary: The user needs help troubleshooting a clump weight issue in the MoorDyn-C mooring line model. Specifically, they are unsure how to correctly connect a counterweight in their model, questioning the appropriate keywords to use beyond "free" or "point" connection types. The issue involves understanding the input file format and the model's behavior regarding clump weight integration.

Complexity: 4/5
help wanted

a lumped-mass mooring line model intended for coupling with floating structure codes

C++

AI Summary: The task involves debugging high-frequency noise in mooring line tension results produced by a Python wrapper for the MoorDyn mooring line simulation model. The user needs to determine why their Python implementation produces noisier results than the Fortran version, and whether additional filtering is necessary in the Python code. Debugging will involve comparing the Python and Fortran code, analyzing the input data and the calculation of velocities, and potentially modifying the Python code to match the Fortran implementation more closely.

Complexity: 4/5
help wanted

a lumped-mass mooring line model intended for coupling with floating structure codes

C++