Classes
class	Adiabat

class	ArtificialViscosity

class	ArtificialViscosityComposition

class	BoundaryIndicator

class	BoundaryStrainRateResidual

class	BoundaryVelocityResidual

class	CellDataVectorCreator

class	CompositionalVector

class	DarcyVelocity

class	Depth

class	DynamicTopography

class	ErrorIndicator

class	Geoid

class	GrainLagAngle

class	Gravity

class	HeatFluxMap

class	Heating

class	Interface

class	ISARotationTimescale

class	MaterialProperties

class	MaximumHorizontalCompressiveStress

class	MeltFraction

class	MeltMaterialProperties

class	NamedAdditionalOutputs

class	NonadiabaticPressure

class	NonadiabaticTemperature

class	ParticleCount

class	Partition

class	PrincipalStress

class	SeismicVpAnomaly

class	SeismicVsAnomaly

class	ShearStress

class	SPD_Factor

class	SphericalVelocityComponents

class	StrainRate

class	StrainRateTensor

class	Stress

class	StressSecondInvariant

class	SurfaceDynamicTopography

class	SurfaceElevation

class	SurfaceOnlyVisualization

class	SurfaceStrainRateTensor

class	SurfaceStress

class	TemperatureAnomaly

class	VerticalHeatFlux

class	VolumeOfFluidValues

class	VolumetricStrainRate

Functions
void	average_quantities (std::vector< Vector< double >> &quantities)

Function Documentation

§ average_quantities()

void aspect::Postprocess::VisualizationPostprocessors::average_quantities ( std::vector< Vector< double >> & quantities )

inline

Compute the arithmetic average over q for each m of the variable quantities[q](m).

Definition at line 45 of file visualization.h.