PDESolver.jl
PDESolver Introduction
PDESolver Concepts
Intro
PUMI
SBP
Building PDESolver
Building PDESolver
Build Options
DOC To be broken up or organized
Code Interfaces
Code Parallelization
Examples
Isentropic Vortex
Unsteady Vortex
Frontend
Introduction
PDESolver User Interface
PDESolver Physics Interface
PDESolver Structure
Invocation
Calling PDESolver
Interactive Session (experimental)
Solver
Overview of Physics Modules
Assorted Function and Types
Solver Common
Advection
Introduction
Datatypes
Volume Integrals
Face Integrals
Boundary Integrals
Initial Condition
Source Term
Common Functions
Adjoint
Boundary Functional
Euler
Introduction
Datatypes
Volume Integrals
Volume Integrals Jacobian
Face Integrals
Face Integrals Jacobian
Face Element Integrals
Boundary Integrals
Boundary Integrals Jacobian
Initial Conditions
Source Term
Common Functions
Conversion
Numerical Flux Functions
Numerical Flux Functions Jacobian
Stabilization
Adjoint
Boundary Functional
Misc
Homotopy
Homotopy Jacobian
Eigensystem
Startup
Simple ODE
Main
Input
Introduction
Important Keys
LinearSolvers
Introduction
Preconditioners
Linear Operators
Linear Solvers
NonlinearSolvers
Introduction
Steady
Unsteady
Intro
Runge-Kutta
LSERK
Crank-Nicolson
Crank-Nicolson: Unsteady Adjoint
Newton's Method
Jacobian Calculation
Jacobian Freezing
Residual Evalution
Matrix Interface
Newton Inner
Utils
Main
Parallel Constructs
Projections
Logging
Input/Output
Checkpointing
Misccellaneous
Testing
Introduction
Local Testing
CI Testing
Test API
Solver
Simple ODE
Main
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Main
Simple ODE Documentation