Todos

[e-dub]

• Define boundary conditions and loads via node number and global degree of freedom, i.e. x, y, rot
• Fix code so warnings no longer received or suppress these
• Mass matrix, consistant and lumped?
• Add eigenfrequency solver
• The scale value should not be used in calculateStress() and should be only a property of plotting
• Remove nEl from plots so that mesh plots can be done before initialize()
• rename nSteps, e.g. nColorDivisions, nColorDiv, nColorSegments, nColorSeg
• Separate solve() into subfunctions, e.g. assemble(), elemstiff(), elemmass(), etc
• Consistent name for component to plot? Currently "component" and "stress"
• Plot with boundary condition and loads
• Plot boundary condition and loads with symbols instead of description
• Plot with dof?
• Documentation with roadmap
• Calculate area moment of inertia via geometrical shape
• Ability to have different cross-sectional geometries and materials via element groups.
• Remove initialize()
• Revamp logo, i.e. B
• Sparse solving
• Plotting of matrix structure, see matplotlib.pyplot.imshow
• Plot shape functions
• Plot internal shear force and bending moment
• Calculate load from selfweight
• Calculate shear area for Timoshenko matrices (or enter by hand)
• Eigensolver for unconstrainted structures and Timoshenko beams, i.e. eig solve, sort, etc.
• Validation of results with e.g. Kratos Multiphysics, NASTRAN, or ANSYS
• Added mass points, i.e. give node to which mass will be added. (also mass moment of inertia?)
• Add legend to show geometric scale? I.e. |----| 1 mm for geometry and |----| 1 m for displacement
• Design sensitivities
• Generalize sensitivity computations
• Sensitivity plots
• Anisotropic beam

Further ideas - Long term

• Timoshenko element descriptions
• Material library
• Element library?
• VTK plots
• 3D
• ground structure optimization