waLBerla
7.2
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▼
waLBerla
►
waLBerla - widely applicable lattice Boltzmann from Erlangen
►
Distributed memory communication in waLBerla
►
Overview of Field Module
►
Introduction to GPU Programming with waLBerla
►
Stencils
►
FAQ: Common Problems When Building waLBerla
Using waLBerla as a library in your CMake Project
►
Get and Build waLBerla
►
Tutorial - Basics 1: waLBerla Data Structures: Blocks and Fields
►
Tutorial - Basics 2: Algorithms on Blocks: Sweeps
►
Tutorial - Basics 3: Writing a Simple Cellular Automaton in waLBerla
►
Tutorial - Code Generation 1: Explicit Solver for the Heat Equation
►
Tutorial - Code Generation 2: Lattice Model Generation with lbmpy
►
Tutorial - Code Generation 3: Advanced LBM Code Generation
►
Tutorial - GPU 1: Game of Life on GPU
►
Tutorial - LBM 1: Basic LBM Simulation
►
Tutorial - LBM 4: Complex Geometry
►
Tutorial - LBM 5: Backward-facing step
►
Tutorial - LBM 6: Boundary Conditions
Tutorial - Confined Gas: Setting up a simple MESA-PD simulation
►
Tutorial - PDE 1: Solving PDEs with the Jacobi Method
►
Tutorial - PDE 2: Solving the Heat Equation
►
Using clang-tidy on waLBerla
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waLBerla Continuous Integration Workflows
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timing
all.h
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ReduceType.h
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RemainingTimeLogger.h
StaticPolicy.cpp
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StaticPolicy.h
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Time.cpp
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Time.h
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Timer.h
TimingJSON.h
TimingNode.cpp
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TimingNode.h
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typeToString.h
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TimingNode.cpp File Reference
Detailed Description
Author
Sebastian Eibl
sebas
.nosp@m.
tian
.nosp@m.
.eibl
.nosp@m.
@fau
.nosp@m.
.de
Martin Bauer
marti
.nosp@m.
n.ba
.nosp@m.
uer@f
.nosp@m.
au.d
.nosp@m.
e
#include "
TimingNode.h
"
Namespaces
namespace
walberla
Storage for detected contacts which can be used to perform actions for all contacts, e.g.
namespace
walberla::timing