Roadmap

more problems (non-linear mechanics, transient thermal, modal, cfd, etc.)
more meshers (netgen? tetgen? salome?)
more solvers (sparselizard? ccx? fenics?)
more runners (ssh, aws, kubernetes, etc.)
more documentation

TODOs

General

unit tests
choose units
choose points for BCs (and eventually refinements)
name in the BC should reflect the content
dashboard with case list
real-time collaboration
detect changes in CAD
git history in the ux
show face id when hovering
screenshots
once a minute refresh the axes, faces, edges, etc. (take a snapshot?)
investigate defeature operation in OCC through Gmsh (would we need a separate UX?)
show SunCAE version in about (mind the fact that the owner of .git might not be the one running, maybe we should create a txt when running deps.sh?)
ability to take notes in markdown
help ballons, markdown + pandoc

Gmsh

STL input
combos for algorithms
checkboxes for bool
local refinements
understand failures -> train AI to come up with a proper .geo
other meshers! (tetget? netgen?)
multi-solid: bonded, glued, contact
curved tetrahedra
hexahedra

Problem

choose faces with ranges e.g 1-74
other problems: modal
other solvers: ccx, sparselizard
orthotropic elasticity
thermal expansion (isotropic and orthotropic)
modal feenox
mechanical sparselizard
transient/quasistatic (a slider for time?)

Results

fields (the list of available fields should be read from the outpt vtk/msh)
- heat flux? (more general, vector fields?)
the server should tell the client
- which field it is returning (so the client can choose the pallete)
- if it has a warped field or not
the range scale has to be below the warp slider
nan color (yellow)
compute the .dat in the PHP, not in Bash
probes: user picks location, server returns all field
reactions: choose which BCs to compute reaction at in the problem step with a checkboxes
warning for large deformations/stresses

Outer loops

parametric
optimization

Dashboard

list of cases

Backlog

zoom over mouse
disable BCs (comment them out)