More info here
AQUAgpusph project has been accepted in the Free software contest CUSL!
After some time in US I’m back, decided to still working with ocland! I already fixed some bugs, and tested with the Luxmark benchmark…
As part of the FreeCAD-Ship project I created a LSQR algorithm to solve Linear systems of equations, accelerated with OpenCL using PyOpenCL.
LSQR is a great, and relatively recent, iterative method to solve linear systems which can work with unsymmetrical rectangular matrix of an arbitrary range. Fortunately this method has also the property to fit so quite well to the GPU computing paradigm.
Several bugs have been fixed and already integrated in the master branch:
* Bad computed main frame coefficient.
* Crash in the tank volume computation when too low filling levels are required.
* Eventually bad computed floating area coefficient.
* Disabled the simulations framework (in development)
Since has been already integrated, I hope that in several days will be included in the Windows installers and in the Linux packages.
Maybe I found a bug in the NVidia driver, or maybe in the ICD loader…
Nos vamos preparando para la liberación de AQUAgpusph (Another QUAlity GPU-SPH), un código W-SPH (Weakly compressible SPH) para resolver Navier-Stokes, acelerado con OpenCL, altamente modable y extensible con Python en algunas partes.
Y para ir abriendo boca ya hay algunas imágenes en la galería del canal (que tenemos como asignatura pendiente ir volviendo a rellenar):