src Directory Reference

Files
file	allocateMemory.f90
	Memory allocation for remaining arrays.
file	bcondFarfield.f90
	Treatment of far-field boundaries.
file	bcondInflow.f90
	Treatment of inflow boundaries.
file	bcondOutflow.f90
	Treatment of outflow boundaries.
file	bcondWallns.f90
	Treatment of no-slip (viscous) wall boundaries.
file	boundaryConditions.f90
	Application of boundary conditions.
file	checkMetrics.f90
	Checking of grid metrics for correctness.
file	convergence.f90
	Output of the convergence history.
file	dependentVars.f90
	Computation of dependent variables under the assumption of ideal gas with constant properties.
file	dissipRoe1.f90
	Computation of 1st-order upwind dissipation.
file	dissipRoe1Prec.f90
	Computation of 1st-order upwind dissipation with preconditioning.
file	dissipRoe2.f90
	Computation of 2nd-order upwind dissipation.
file	dissipRoe2Prec.f90
	Computation of 2nd-order upwind dissipation with preconditioning.
file	dummyNodes.f90
	Generation of dummy nodes at inlet, outlet and far-field boundaries.
file	edgesFinalize.f90
	Generation of final edge list.
file	edgesInitialize.f90
	Generation of temporary edge lists.
file	error.f90
	Treatment of errors during program execution.
file	faceVectorsSymm.f90
	Correction of face vectors at symmetry boundaries.
file	fluxRoe1.f90
	Computation of the convective fluxes based on flux averages.
file	fluxRoe2.f90
	Computation of the convective fluxes based on flux averages.
file	fluxViscous.f90
	Computation of the viscous fluxes.
file	fluxWalls.f90
	Fluxes at solid walls.
file	forces.f90
	Computation of forces and moments.
file	gradients.f90
	Computation of gradients (rho, u, v, p) at grid nodes.
file	gradientsVisc.f90
	Computation of gradients (rho, u, v, p, T) at grid nodes.
file	initConstants.f90
	Initialization of constant values.
file	initMetrics.f90
	Initialization of grid metrics.
file	initMetricsBound.f90
	Initialization of grid metrics at the boundaries.
file	initSolution.f90
	Initialization of the flow solution.
file	irsmoo.f90
	Central implicit residual smoothing.
file	limiter.f90
	Computation of limiter functions.
file	limiterInit.f90
	Computation of min./max. values around a node.
file	limiterRefvals.f90
	Initialization of limiter reference values.
file	main.f90
	Solution of 2-D Euler- and Navier-Stokes Equations on Unstructured Triangular Grids.
file	massflow.f90
	Computation of mass flow.
file	modControl.f90
	Variables controlling execution of the program.
file	modDataTypes.f90
	Specifications of data types employed within the solver.
file	modFiles.f90
	Names of files and numbers of I/O channels.
file	modGeometry.f90
	Grid dimensions and geometry; boundary segments.
file	modInterfaces.f90
	Explicit interfaces of all subroutines and functions.
file	modNumerics.f90
	Variables and switches controlling the numerical procedure.
file	modPhysics.f90
	Physical variables, settings and boundary conditions. Note that all quantities are expected in SI-units.
file	modPlotQuant.f90
	Quantities to be written out and plotted (flow-field, surface(s), forces & moments, convergence history).
file	periodic.f90
	Addition of variables at periodic boundaries.
file	plotFlow.f90
	Output of the flow field.
file	plotSurfaces.f90
	Output of flow variables at the surfaces.
file	precondMatrices.f90
	Collection of matrices and operators for low Mach-number preconditioning. All formulations assume general 3-D flow.
file	printParams.f90
	Print out of user-input parameters.
file	readChar.f90
	Extraction of single-character user option from input file.
file	readGrid.f90
	Input of grid coordinates, elements and boundaries.
file	readParams.f90
	Reading in of user-input parameters.
file	readSolution.f90
	Input of flow solution (in binary format).
file	solver.f90
	Single iteration of the governing equations.
file	timeStep.f90
	Computation of the time step.
file	volumeProjections.f90
	Computation of control volume projections.
file	writeSolution.f90
	Output of flow solution (in binary format).
file	zeroResiduals.f90
	Correction of residuals at symmetry and no-slip boundaries.