David Ogden

Hello @gpfilip You can find some description of the theory (and associated references) in the WAMIT manual here: http://www.wamit.com/manualv7.3/wamit_v73manualch15.html#x20-12900015.5 As you probably gathered from the other thread, this functionality has...

Hi @Dadidal, >> 1. Are the hydrodynamic coefficients (A, B, Khs) are dependent on the position (CoG) of the each part? The hydrodynamic coefficients are calculated about the 'hydrodynamic' body's...

Hi @Dadidal , Another thought: if the crane's movement is causing the hull to oscillate around its CoG then you should be ok to keep the same .h5 file. However,...

Hi @Dadidal, For more information about the nonlinear options, please check out [this paper](https://www.nrel.gov/docs/fy14osti/61529.pdf) and [this webinar](https://www.youtube.com/watch?v=jC2HIcy2E6M) (although be aware, some variable names may be out of date). The added...

I'll close out for now - feel free to re-open if you need further clarification 👍 Cheers, Dave

This is exactly how MoorDyn and WEC-Sim are coupled; via .dll - so I'd recommend looking into that coupling for guidance with coupling WEC-Sim and your custom FAST .dll. Check...

Hi @JackyzhangHJ, I think you should just be able to use the same structure/approach that we use for the MoorDyn block - which as you can see from my screenshot...

Hi @JackyzhangHJ, I will close this for now as it seems to be an ongoing development effort - feel free to reopen or open a new issue if you have...

I agree with you @ryancoe Prof. Salter once chastised me for plotting hydrodynamic coefficients as a function of rad/s..."engineers have a hard time thinking in rad/s...its much easier for them...

At the moment we use Meshmagick to write KH.dat and Hydrostatics.dat files. @mancellin and I agreed that the best approach at the moment is to simply have Capytaine write these...