File List

Here is a list of all files with brief descriptions:

[detail level 123456]

▼ src
▼ bench
► examples
TestBenchmark.cpp
Common.h
main.cpp
Session.cpp
Session.h	Benchmark
Stats.h	Benchmark statistics
▼ cli
► batch
Batch.cpp
► impact
Impact.cpp
► info
Info.cpp
► launcher
Launcher.cpp
► meshtossf
MeshToSsf.cpp
► problems
► boundary
Boundary.cpp	Testing several boundary modes
► cliff_collapse
CliffCollapse.cpp	Cliff collapse test
► collision
Collision.cpp	Test of an asteroid collision
► elastic_bands
ElasticBands.cpp	Colliding elastic bands test
► galaxy
Galaxy.cpp	Initial conditions and the evolution of a galaxy
► kelvin_helmholtz
KelvinHelmholtz.cpp	Kelvin-Helmholtz instability
► rotating_rod
RotatingRod.cpp	Rotating rod test
► sedov
Sedov.cpp	Sedov blast test
► sod
Sod.cpp	Sod shock tube test
Solution.cpp
Solution.h
► wave
SoundWave.cpp
Common.cpp
Common.h
main.cpp
► sandbox
Sandbox.cpp
► ssftoout
SsfToOut.cpp
► ssftoscf
SsfToScf.cpp
► ssftotxt
SsfToTxt.cpp
► ssftovdb
SsfToVdb.cpp
▼ core
► common
Assert.cpp
Assert.h	Custom assertions
ForwardDecl.h
Globals.h	Global parameters of the code
Traits.h	Few non-standard type traits
► gravity
► benchmark
Gravity.cpp
AggregateSolver.cpp
AggregateSolver.h
BarnesHut.cpp
BarnesHut.h	Barnes-Hut algorithm for computation of gravitational acceleration
BruteForceGravity.h	Simple gravity solver evaluating all particle pairs
CachedGravity.h	Wrapper of other IGravity object that uses cached accelerations to speed-up the evaluation
Collision.h	Collision handling
IGravity.h	Base class for solvers of gravity
Moments.h
NBodySolver.cpp
NBodySolver.h	Solver performing N-body simulation
SphericalGravity.h	Simple model of gravity, valid only for homogeneous spheres
SymmetricGravity.h	Wrapper of gravity implementation to be used with symmetric boundary conditions
► io
Column.h	Object for printing quantity values into output
FileManager.cpp
FileManager.h
FileSystem.cpp
FileSystem.h
Logger.cpp
Logger.h	Logging routines of the run
LogWriter.cpp
LogWriter.h
Output.cpp
Output.h	Saving and loading particle data
Path.cpp
Path.h	Object representing a path on a filesystem, similar to std::filesystem::path in c++17
Serializer.h	Data serialization and deserialization
Table.h	Helper container allowing to store strings in cells and print them into table
► math
► rng
Rng.cpp
Rng.h	Random number generators
VectorRng.h	Objects for generating random vectors
AffineMatrix.h	Three-dimensional affine matrix
Curve.cpp
Curve.h
Functional.h
MathBasic.h	Basic math routines
MathUtils.h	Additional math routines (with more includes)
Means.h	Computing minimum, maximum and mean value of floats
Morton.cpp
Morton.h
Quat.h	Quaternion algebra
SparseMatrix.cpp
SparseMatrix.h	Sparse matrix with utility functions (a thin wrapper over Eigen3 implementation)
► objects
► containers
► benchmark
Map.cpp
Allocators.h	Allocators used by containers
Array.h	Generic dynamically allocated resizable storage
ArrayRef.h
ArrayView.h	Simple non-owning view of a container
CallbackSet.h	Container of callbacks
CircularArray.h
FlatMap.h	Key-value associative container implemented as a sorted array
FlatSet.h	Container storing sorted unique values
Grid.h	Three-dimensional dynamically-allocated container
List.h	Doubly-linked list
LookupMap.h	Three-dimensional grid containing indices
Queue.h	Double-ended queue
StaticArray.h
String.cpp
String.h	Object representing a sequence of characters
Tuple.h	Re-implementation of std::tuple with some additional functionality
UnorderedMap.h	Key-value associative container
Volume.h
► finders
► benchmark
Finders.cpp
AdaptiveGrid.h	Finder projecting a non-uniform grid on particles
BruteForceFinder.h	Object finding nearest neighbours by evaluating all partice pairs
Bvh.h
Bvh.inl.h
HashMapFinder.cpp
HashMapFinder.h	Finding neighbors using hash map
KdTree.cpp
KdTree.h	K-d tree for efficient search of neighbouring particles
KdTree.inl.h
LinkedList.h
NeighbourFinder.cpp
NeighbourFinder.h
Octree.h	Implementation of Octree algorithm for kNN queries
Order.h	Helper object defining permutation
PeriodicFinder.cpp
PeriodicFinder.h
PointCloud.cpp
PointCloud.h
UniformGrid.cpp
UniformGrid.h	Simple algorithm for finding nearest neighbours using spatial partitioning of particles
► geometry
AntisymmetricTensor.h	Basic algebra for antisymmetric 2nd order tensors
Box.h	Object representing a three-dimensional axis-aligned box
Domain.cpp
Domain.h	Object defining computational domain
Generic.h	Function for generic manipulation with geometric types
Indices.h	Vectorized computations with integral numbers
Multipole.h
Sphere.h	Object representing a three-dimensional sphere
SymmetricTensor.cpp
SymmetricTensor.h	Basic algebra for symmetric 2nd order tensors
Tensor.h	Generic tensor of the 2nd order
TracelessTensor.h	Symmetric traceless 2nd order tensor
Triangle.h
Vector.h	Basic vector algebra. Computations are accelerated using SIMD
► utility
ArrayUtils.h	Utilities to simplify working with arrays
Dynamic.cpp
Dynamic.h	Object holding a single values of various types
EnumMap.h	Helper object for converting enums to string, listing all available values of enum, etc
Iterator.h	Ordinary iterator for custom containers
IteratorAdapters.h	Helper objects allowing to iterate in reverse, iterate over multiple containeres, etc
MemoryPool.h
OperatorTemplate.h	Class defining additional operators from existing ones
OutputIterators.h	Helper iterators allowing to save values to containers
PerElementWrapper.h
StringUtils.cpp
StringUtils.h
► wrappers
AlignedStorage.h	Base class for utility wrappers (Optional, Variant, ...)
Any.h	Object that can store value of any type
AutoPtr.h	Simplified implementation of std::unique_ptr, using only default deleter
ClonePtr.h	Smart pointer performing cloning of stored resource rather than copying pointer
Expected.h	Wrapper of type containing either a value or an error message
ExtendedEnum.h
Finally.h	Wraps a functor and executes it once the wrapper goes out of scope
Flags.h	Wrapper over enum allowing setting (and querying) individual bits of the stored value
Function.h	Generic wrappers of lambdas, functors and other callables
Interval.cpp
Interval.h	Object representing interval of real values
Locking.h
LockingPtr.h	Smart pointer associated with a mutex
Lut.h	Approximation of generic function by look-up table
Optional.h	Wrapper of type value of which may or may not be present
Outcome.h	Return value of function that may fail, containing either SUCCEES (true) or error message
PropagateConst.h	Wrapper of another pointer-like object with reference-like const correctness
RawPtr.h	Simple non-owning wrapper of pointer
SafePtr.h	Safer alternative to AutoPtr, throwing exception when a nullptr is dereferenced
SharedPtr.h
SharedToken.h	Helper class allowing to own a SharedPtr without knowing its type
Variant.h	Object capable of storing values of different types
Exceptions.h
Object.h	Common macros and basic objects
► physics
Constants.h	Definitions of physical constaints (in SI units)
Damage.cpp
Damage.h
Eos.cpp
Eos.h	Equations of state
Functions.cpp
Functions.h
Integrals.cpp
Integrals.h	Integrals of motion and other integral quantities
Rheology.cpp
Rheology.h	Rheology of materials
TimeFormat.cpp
TimeFormat.h	Date and time routines
Units.cpp
Units.h
► post
Analysis.cpp
Analysis.h	Various function for interpretation of the results of a simulation
Compare.cpp
Compare.h
MarchingCubes.cpp
MarchingCubes.h
Mesh.cpp
Mesh.h
MeshFile.cpp
MeshFile.h
Plot.cpp
Plot.h	Drawing quantity values as functions of time or spatial coordinates
Point.h	2D point and other primitives for 2D geometry
StatisticTests.cpp
StatisticTests.h
TwoBody.cpp
TwoBody.h
► quantities
CompressedStorage.h
IMaterial.cpp
IMaterial.h	Base class for all particle materials
Iterate.h	Functions for iterating over individual quantities in Storage
Particle.cpp
Particle.h
Quantity.cpp
Quantity.h	Holder of quantity values and their temporal derivatives
QuantityHelpers.h	Conversions for quantity enums
QuantityIds.cpp
QuantityIds.h	Quantity identifiers
Storage.cpp
Storage.h	Container for storing particle quantities and materials
► run
► jobs
GeometryJobs.cpp
GeometryJobs.h
InitialConditionJobs.cpp
InitialConditionJobs.h
IoJobs.cpp
IoJobs.h
MaterialJobs.cpp
MaterialJobs.h
ParticleJobs.cpp
ParticleJobs.h
Presets.cpp
Presets.h
ScriptJobs.cpp
ScriptJobs.h
SimulationJobs.cpp
SimulationJobs.h
Config.cpp
Config.h	Interface for the configuration files storing job data
IRun.cpp
IRun.h	Basic interface defining a single run
Job.cpp
Job.h
Job.inl.h
Node.cpp
Node.h
ScriptNode.cpp
ScriptNode.h
ScriptUtils.cpp
ScriptUtils.h	Utility functions and classes exposed to the embedded scripting language
SpecialEntries.cpp
SpecialEntries.h	Additional bindings to IVirtualSettings
Trigger.h	Triggers of auxiliary actions during the run
VirtualSettings.cpp
VirtualSettings.h	Object providing connection between component parameters and values exposed to the user
VirtualSettings.inl.h
► sph
► boundary
Boundary.cpp
Boundary.h	Boundary conditions
► equations
► av
Balsara.h	Implementation of the Balsara switch
Conductivity.h	Artificial thermal conductivity
MorrisMonaghan.h	Time-dependent artificial viscosity by Morris & Monaghan (1997)
Riemann.h	Artificial viscosity based on Riemann solver
Standard.h	Standard SPH artificial viscosity
Stress.cpp
Stress.h	Form of tensor artificial viscosity for SPH with stress tensor
Accumulated.cpp
Accumulated.h	Buffer storing quantity values accumulated by summing over particle pairs
DeltaSph.h	Delta-SPH modification of the standard SPH formulation
Derivative.cpp
Derivative.h	Spatial derivatives to be computed by SPH discretization
DerivativeHelpers.h
EquationTerm.cpp
EquationTerm.h	Right-hand side term of SPH equations
Fluids.h	Equations for simulations of water and other fluids
Friction.h
Heat.h	Energy transfer terms
HelperTerms.h	Additional equation terms computing SPH statistics rather than physical quantities
Potentials.h	Additional forces that do not depend on spatial derivatives
Rotation.cpp
Rotation.h
XSph.h	XSPH correction to the integration of particle positions
Yorp.h
► handoff
Handoff.cpp
Handoff.h	Utility functions for handing-off the results of SPH simulations to N-body integrator
► initial
Distribution.cpp
Distribution.h	Filling spatial domain with SPH particles
Galaxy.cpp
Galaxy.h
Initial.cpp
Initial.h	Generating initial conditions of SPH particles
MeshDomain.cpp
MeshDomain.h	Domain represented by triangular mesh
Stellar.cpp
Stellar.h
UvMapping.h
► kernel
► benchmark
Kernel.cpp
GravityKernel.h	Smoothing kernels for including gravity into SPH
Interpolation.h	Computes interpolated values of quantities between SPH particles
Kernel.h	SPH kernels
► solvers
► benchmark
Solvers.cpp
AsymmetricSolver.cpp
AsymmetricSolver.h	SPH solver with asymmetric particle evaluation
DensityIndependentSolver.cpp
DensityIndependentSolver.h	Density-independent formulation of SPH
ElasticDeformationSolver.cpp
ElasticDeformationSolver.h
EnergyConservingSolver.cpp
EnergyConservingSolver.h
EntropySolver.h
EquilibriumSolver.cpp
EquilibriumSolver.h	Computes quantities to get equilibrium state
GradHSolver.cpp
GradHSolver.h	Extension of SPH solver taking into account the gradient of smoothing lengths
GravitySolver.cpp
GravitySolver.h	SPH solver including gravity
SimpleSolver.h
StabilizationSolver.h	Helper solver used to converge into stable initial conditions
StandardSets.cpp
StandardSets.h	Standard SPH formulation that uses continuity equation for solution of density
SummationSolver.cpp
SummationSolver.h	Solver using direction summation to compute density and smoothing length
SymmetricSolver.cpp
SymmetricSolver.h	Basic SPH solver, evaluating all interactions symmetrically
Diagnostics.cpp
Diagnostics.h	Looking for problems in SPH simulation and reporting potential errors
Materials.cpp
Materials.h	SPH-specific implementation of particle materials
► system
ArgsParser.cpp
ArgsParser.h
ArrayStats.h
Crashpad.h
Factory.cpp
Factory.h	Creating code components based on values from settings
Platform.cpp
Platform.h	System functions
Process.cpp
Process.h	Creating and managing processes
Profiler.cpp
Profiler.h	Tool to measure time spent in functions and profile the code
Settings.cpp
Settings.h	Generic storage and input/output routines of settings
Settings.impl.h
Statistics.cpp
Statistics.h	Statistics gathered and periodically displayed during the run
Timer.cpp
Timer.h	Measuring time intervals and executing periodic events
► tests
Approx.h	Helper wrapper that allows to check whether two values are equal to some given accuracy
Setup.cpp
Setup.h	Helper functions performing common tasks in unit testing and benchmarks
► thread
AtomicFloat.h	Implementation of number with atomic operators
CheckFunction.cpp
CheckFunction.h	Helper functions to check the internal consistency of the code
ConcurrentQueue.h
OpenMp.cpp
OpenMp.h
Pool.cpp
Pool.h	Simple thread pool with fixed number of threads
Scheduler.cpp
Scheduler.h	Interface for executing tasks (potentially) asynchronously
Tbb.cpp
Tbb.h	Implements IScheduler interface using TBB
ThreadLocal.h	Template for thread-local storage
► timestepping
ISolver.h	Base interface for all solvers
TimeStepCriterion.cpp
TimeStepCriterion.h	Criteria for computing the time step
TimeStepping.cpp
TimeStepping.h	Algorithms for temporal evolution of the physical model
Sph.h	Includes common headers
▼ examples
► 01_hello_asteroid
HelloAsteroid.cpp
► 02_death_star
DeathStar.cpp
► 03_van_der_waals
VanDerWaals.cpp
► 04_simple_collision
SimpleCollision.cpp
► 05_fragmentation_reaccumulation
FragmentationReaccumulation.cpp
► 06_heat_diffusion
HeatDiffusion.cpp
▼ gui
► launcherGui
LauncherGui.cpp
LauncherGui.h
► objects
Bitmap.cpp
Bitmap.h	Wrapper of wxBitmap, will be possibly replaced by custom implementation
Camera.cpp
Camera.h	Defines projection transforming 3D particles onto 2D screen
CameraJobs.cpp
CameraJobs.h
Color.h
Colorizer.cpp
Colorizer.h	Object converting quantity values of particles into colors
DelayedCallback.h
Filmic.cpp
Filmic.h
GraphicsContext.h	Implementation of IDrawingContext using wxGraphicsContext
Movie.cpp
Movie.h	Periodically saves rendered images to disk
Palette.cpp
Palette.h
Plots.cpp
Plots.h
Point.h	Simple 2D vector with integer coordinates. Provides conversion from and to wxPoint
RenderContext.cpp
RenderContext.h
RenderJobs.cpp
RenderJobs.h
SvgContext.h	Implementation of IDrawingContext for creating vector images (.svg)
Texture.h
► renderers
Brdf.h
ContourRenderer.cpp
ContourRenderer.h	Renderer drawing iso-contours of specified quantity
FrameBuffer.h
IRenderer.cpp
IRenderer.h	Interface for renderers
MeshRenderer.cpp
MeshRenderer.h	Renderer visualizing the surface as triangle mesh
ParticleRenderer.cpp
ParticleRenderer.h	Renderer drawing individual particles as dots
RayTracer.cpp
RayTracer.h
Spectrum.cpp
Spectrum.h
VolumeRenderer.cpp
VolumeRenderer.h
► sandboxGui
SandboxGui.cpp
► ssftopng
SsfToPng.cpp
SsfToPng.h
► windows
BatchDialog.cpp
BatchDialog.h
CurveDialog.cpp
CurveDialog.h
GridPage.cpp
GridPage.h
GuiSettingsDialog.cpp
GuiSettingsDialog.h
Icons.data.h
IGraphicsPane.h	Base class for drawing particles into the window
MainWindow.cpp
MainWindow.h
NodePage.cpp
NodePage.h
OrthoPane.cpp
OrthoPane.h
PaletteDialog.cpp
PaletteDialog.h
ParticleProbe.cpp
ParticleProbe.h	Frame showing information about selected particle
PlotView.cpp
PlotView.h	Drawing of plots
ProgressPanel.h
RenderPane.cpp
RenderPane.h
RunPage.cpp
RunPage.h
RunSelectDialog.cpp
RunSelectDialog.h
SessionDialog.cpp
SessionDialog.h
TimeLine.cpp
TimeLine.h
Widgets.cpp
Widgets.h
ArcBall.h	Helper class for rotating objects by mouse drag
Controller.cpp
Controller.h
Factory.cpp
Factory.h
MainLoop.cpp
MainLoop.h	Posting events to be executed on main thread
Project.cpp
Project.h
Settings.cpp
Settings.h
Utils.cpp
Utils.h	Random utility functions for drawing stuff to DC
▼ post
main.cpp
helpers.py