+ SimPEG
+ The + University of British Columbia
+
+ SimPEG
+ The + University of British Columbia
++MEETING TEMPLATES - +SimPEG
+
+
+
+ Subject/Purpose ++ |
+
+
|
+
+
+ +|
+ Organizer’s + Name + |
+
+ Luz + Angelica Caudillo Mata + |
+
+ Date+ |
+
+ 2013-07-11 + |
+ ||
|
+ Organizer’s + Location + |
+
+ ESB + 4013 + |
+ ||||
|
+ Meeting + date/ location + |
+
+ GIF + room + |
+
+ from: + |
+
+ 12:00 + |
+
+ to: + |
+
+ 13:00 + |
+
+
+
+
+
|
+ ATTENDANTS + |
+ |||
|
+ No + |
+
+ Name + |
+
+ Initials + |
+
+ Rol + |
+
|
+ 1 + |
+
+ Eldad + Haber + |
+
+ EH + |
+
+ Participant + |
+
|
+ 2 + |
+
+ Dave + Marchant + |
+
+ DM + |
+
+ Participant + |
+
|
+ 3 + |
+
+ Lars + Ruthotto + |
+
+ LR + |
+
+ Participant + |
+
|
+ 4 + |
+
+ Luz + Angelica Caudillo Mata + |
+
+ LACM + |
+
+ Participant + |
+
|
+ 5 + |
+
+ Kristofer + Davis + |
+
+ KD + |
+
+ Participant + |
+
|
+ 6 + |
+
+ Seogi + Kang + |
+
+ SK + |
+
+ Participant + |
+
|
+ 7 + |
+
+ Jenn + Fohring + |
+
+ JF + |
+
+ Participant + |
+
|
+ 8 + |
+
+ Wing + Wa Yu + |
+
+ WY + |
+
+ Participant + |
+
|
+ 9 + |
+
+ Klara + Steklova + |
+
+ KS + |
+
+ Participant + |
+
|
+ 10 + |
+
+ Kristofer + Davis + |
+
+ KD + |
+
+ Participant + |
+
|
+ 11 + |
+
+ Christoph + Schwarbach + |
+
+ CS + |
+
+ Participant + |
+
+
+
+ PRE-REQUISITES+ |
+ |
|
+ Description + |
+
+ Who + |
+
|
+ Integrated + mesh + + |
+
+ RC, + LACM + |
+
|
+ Operators + |
+
+ KS,SK + |
+
|
+ Buy + sushi + |
+
+ JF + |
+
+
+
+
+
+ AGENDA+ |
+ ||||||
|
+ Hours + of + |
+
+ Time + (min) + |
+
+ No + |
+
+ Topics+ |
+
+ Discussion +Leader + |
+ ||
|
+ Start + |
+
+ End + |
+
+ Plan + |
+
+ Real + |
+ |||
|
+ 13:00 + |
+
+
|
+
+ 10 + |
+
+ 10 + |
+
+ 0 + |
+
+ Sushi + |
+
+ All + |
+
|
+
|
+
+
|
+
+ 5 + |
+
+ 10 + |
+
+ 1 + |
+
+ Mesh + class and naming conventions + |
+
+ RC + |
+
|
+
|
+
+
|
+
+ 10 + |
+
+ 10 + |
+
+ 2 + |
+
+ Operators: + DIV + |
+
+ SK + |
+
|
+
|
+
+
|
+
+ 10 + |
+
+ 10 + |
+
+ 3 + |
+
+ Bitbucket + |
+
+ DM + |
+
|
+
|
+
+
|
+
+ 5 + |
+
+ 5 + |
+
+ 4 + |
+
+ Wiki + |
+
+ LR + |
+
|
+
|
+
+
|
+
+
|
+
+ 25 + |
+
+ 5 + |
+
+ Future + work + |
+
+ EH + |
+
|
+
|
+
+
|
+
+
|
+
+
|
+
+
|
+
+
|
+
+
|
+
|
+
|
+
+
|
+
+
|
+
+
|
+
+
|
+
+
|
+
+
|
+
|
+
|
+
+
|
+
+
|
+
+
|
+
+
|
+
+
|
+
+
|
+
+
+
+ Totals+ |
+
+ 60 + |
+
+ 70 + |
+
+
|
+
+
+
|
+ ACTIVITIES, + ACTIONS AND IMPORTANT INFORMATION + |
+ |||
+ No+ |
+
+ What + |
+
+ Who+ |
+
+ When + |
+
|
+ 1 + |
+
+ + Complete coding and testing DIV,GRAD, CURL, Mass and Averaging + Matrices operators+ |
+
+ SK, + KS+ |
+
+ 18-07-2013 + |
+
|
+ 2 + |
+
+ Full + simulation QSMEF + |
+
+ EH, + JF+ |
+
+ 18-07-2013 + |
+
|
+ 3 + |
+
+ Implement + different types of sources (see types in section Future work) + |
+
+ KD+ |
+
+ 18-07-2013 + |
+
|
+ 4 + |
+
+ Plotting + fields in a mesh + |
+
+ LR, + RC+ |
+
+ 18-07-2013 + |
+
|
+ 5 + |
+
+
|
+ + + | +
+
|
+
|
+ 6 + |
+
+
|
+ + + | +
+
|
+
|
+ 7 + |
+
+
|
+ + + | +
+
|
+
|
+ 8 + |
+
+
|
+ + + | +
+
|
+
+
+
+
+
+Notes
+
+
+
+MEETING +SUMARY
+
+
+
+ Mesh class and naming conventions
++ RC and LACM integrated all the mesh codes created +by LR-LACM, RC and DM. Some naming conventions for the class +properties and methods were defined. See the wiki section “Coding +Conventions” for further details.
++
++ The updated mesh class was already uploaded in the repository.
+
+
+
+ Operators
++SK showed his implementation of the DIV operator. This code +implements testing. It requires a bit more of work to be completed +and tested.
+
+
+
+ Wiki
++LR updated the wiki page inside the repository. General message: +use it!
+
+
+
+ Bitbucket:
++DM briefly showed how to use SourceTree and bitbucket together to +upload the new code done.
++ +
++ An +important thing to realize is that everyone can click the button +merge. So, be careful!
+
+
+
+ Future work:
++ Types of sources to be implemented:
++ a) Analytical sources: +
++ Dipoles
++ Half space (For example in the air bone context)
++ Full space +
++ Look for analytical expressions
++ b) Wires: for example loops. +
++ +
++ c) Point dipoles
+
+
+
+ Plotting fields in a mesh
++ Design class structure for the full simulation of the Quasi Static + Maxwell's Equations in Frequency domain (QSMEF).
++ Forward modeling with flow (in particular interested in advection + case)
++ Solvers
++Which ones to use? Some options mentioned: +
++ MUMPS (favorite): http://graal.ens-lyon.fr/MUMPS/
++ SuperLU: + http://crd-legacy.lbl.gov/~xiaoye/SuperLU/ +
++ PETSc: http://www.mcs.anl.gov/petsc/
+
+
+
+
+
+AGREEMENTS
+
+
+
+ The + output of our code must support MATLAB compatibility output and + visualization. So we can easily compare the results with what we + have.
+
+
+
+COMMENTS +AND OTHER TOPICS TO BE DISCUSSED IN FURTHER MEETINGS
++ Interpolation + matrix to move from the solution to the receivers and decide about + which mesh to use
++ Connection + to MUMPS: EH, Roman will work on this after full simulation QSME is + done.
++ Think + about output formats (design a data file for transmitters, receivers + and frequency? )
+
+
+
+ Next + meeting will be on Thursday July 18, 2013 at lunch time in GIF room.
++ Wing + is on charge of the sushi next time.
+
+
+
+ University of
+ British Columbia .
+
Meeting + Template, Version 1.0 + © + LACM 2013
+