Hi Dave, That looks like it's exactly what I want! Thank you for drafting up the instructions and especially for finding a relevant Paraview post for me. I'm a little inexperienced using Python & the new API. I've read through the documentation but I'm still a little confused, would you mind helping...

Hi guys, I hope you're all keeping well. Sorry for a short and fairly open post, but I was wondering if anyone's experienced in post-processing their results who could give me a hand. I've ran a 3D simulation, but I'd like to record information from the centrelines of the model so I can plot pressur...

Hi Dave, Cheers for the speedy reply and for clearing up the units. :) I hadn't thought about opening the .xmt_txt in Solidworks - the txt threw me off. Scaling through there worked like a charm (though to future readers: you may need to rename the exported .x_t files back to .xmt_txt)! I think my i...

Hi Dave,

I was just wondering if there are any similar methods for scaling a Parasolid model?
I'm having trouble setting up a 1D simulation and I'm guessing my scale is the culprit.

Thanks,
Charlie

Hi Dave,

Perfect, thanks for clearing that up.

Charlie

Hi Dave, Can you help me confirm the converted results units please? - I ran a steady flow analysis. - The inlet surface BC was a prescribed velocity and all of the outlets were 0 resistance. - All of the inputs were converted into mm and I had mm selected when converting the results. When I look ou...

Hi Dave,

Shall do, cheers for the heads up.

Charlie

Hi Dave, Perfect thank you. Just to check though, on the flow solver documentation it says MGS uses millimeters. So instead of Pa I was just going to convert directly to dyne/mm^2. Density: g/cm^3 --> g/mm^3 Viscosity: g/cm^1.s^1 --> g/mm^1.s^1 Resistance: dyne.s/cm^5 --> dyne.s/mm^5 Compliance: cm^...

Dear SimVascular Dev Team, I am converting the inputs of my simulation from CGS units to MGS - density, viscosity, inflow BC, resistance and capacitance values. However, I am using the plv.dat file from the coronary normal example for the coronary outlets and I was wondering what the units are in th...

Hi Dave,

My apologies for springing it on you, I'd lost track of who I've been in communication with.
Thanks very much for doing this for me.

Hope you enjoy your weekend,
Charlie