hexed 0.4.0
 
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Todo List
Class hexed::Accessible_mesh::Masked_mesh
Make this more intuitive and less error-prone.
Member hexed::brep::Trimmed_surface::Trimmed_surface (Parametric< 2 > *surface, std::vector< Composite_curve > &&curves, std::vector< bool > is_model_space, Int n_div_min, Int n_div_max)
Implement another constructor that accepts curves in parameter space.
Member hexed::Complete_element_container< element_t >::write_sns ()
elements really just need to know their serial number
Member hexed::Kernel_element::vertex_time_step_scale (int i_vertex)=0
the kernel should not need this
Member hexed::Lock::Lock (const Lock &)
make this thread safe!
Member hexed::Lock::operator= (const Lock &)
make this thread safe!
Member hexed::Navier_stokes< visc, turb >::Pde< n_dim, row_size >::Characteristics::decomp (Mat< dyn > state)
shouldn't this have a 0.5*?
Member hexed::Pressure_outflow::apply_flux (Boundary_connection &) override
make this formally well-posed
Member hexed::Pressure_stress::operator() (std::vector< double > pos, double time, std::vector< double > state, std::vector< double > outward_normal) const override
use correct heat_rat
Member hexed::Tree::find_neighbor (Array< int > direction)
document behavior for grafted connections
Member hexed::Tree_curve::interp_point (double interp_index) const
test this
Member hexed::vis_variables::element (Namespace &, Element &elem)
Residual contributions from each variable need to be normalized. Right now it might as well be the energy residual.
  • diffusion_limited: 1 if the time step constraint imposed by diffusion is stricter than the time step constraint imposed by convection at any of the quadrature points, and 0 otherwise.
  • source_limited: 1 if the time step constraint imposed by source_terms is stricter than the time step constraint imposed by convection and diffusion combined at any of the quadrature points, and 0 otherwise.
Namespace hexedpy.build_utils
more documentation is needed here.
Page Input Parameters

Enable CPG simulations with modified heat_rat.

Explain this more fully.

Page Mesh I/O
Update this page.
Page Output Parameters
Does this give the correct Prandtl number variation? I just selected the most credible Sutherland models I could find for viscosity and conductivity independently, but I am not sure to what extent the difference reflects the true Prandtl number variation versus disagreement between different authors. There may be merit to trying to tweak the default viscosity and conductivity models to work better in combination.
Page Solver Macros
Document options based on history monitors and determine a reasonable default value.