October 2017 Morning Status Meetings - ORNL-Fusion/xolotl GitHub Wiki

This page contains a brief summary of the status of the Xolotl development team each morning during the month of October 2017.

20171002

Sophie - Finishing the presentation for the kick-off meeting. Starting to add an option to change the boundary conditions.

20171003

Sophie - Continuing to implement the option on boundary conditions.

20171006

Sophie - Continuing to implement the option on boundary conditions and fixing the PETSc divergence issue that appeared.

20171009

Sophie - Continuing to implement the analytical functions for the grouping parameters in the bubble test branch.

20171010

Sophie - Continuing to implement the analytical functions for the grouping parameters in the bubble test branch. Running more bursting tests.

20171011

Sophie - Starting on the pade approximation. Continuing to implement the analytical functions for the grouping parameters in the bubble test branch. Running more bursting tests.

20171013

Sophie - Fixing the implementation of analytical functions for the grouping parameters in the bubble test branch. Testing the pade approximation on small data sets.

20171016

Sophie - Creating a small PETSc solver for the Pade approximation. Testing max iteration options on bubble bursting.

20171017

Sophie - Installing Xolotl with openMPI. Starting to implement a fixed Pade approximation in Xolotl.

20171018

Sophie - Running large bubble test case. Starting to test a dynamic solver setup.

20171020

Sophie - Working on the APS-DPP presentation. Continuing on a dynamic solver that extend the network with time.

20171023

Sophie - Working on the dynamic solver to take grouping into account. Looking at how PETSc decides on the time step.

20171024

Sophie - Creating a poster for ICFRM. Working on the dynamic solver to have a changing grouping.

20171030

Sophie - Finishing the poster for ICFRM. Working on the dynamic solver to have a changing grouping.

20171031

Sophie - Working on the dynamic solver to have a changing grouping. Continuing to run bursting simulations.