Uses of Class
ucar.unidata.view.sounding.ComputeCell

Packages that use ComputeCell

ucar.unidata.view.sounding

Provides support for aerological diagrams.

Uses of ComputeCell in ucar.unidata.view.sounding

Subclasses of ComputeCell in ucar.unidata.view.sounding

class	AddCell Computes the sum of two data objects.
class	AirDensityProfileCell Computes a profile of air density from a profile of virtual temperature.
class	AirTemperatureCell Computes the in-situ air temperature from pressure and temperature.
class	BuoyancyProfileCell Computes a buoyancy profile from profiles of parcel and environmental densities.
class	CapeCell Computes the Convective Available Potential Energy (CAPE) from a profile of massic energy.
class	CinCell Computes the Convective INhibition (CIN) from a profile of massic energy, the initial release level, and the level of free convection.
class	DewPointExtractorCell Extracts the dew-point temperature from a dew-point temperature profile at a given pressure.
class	DomainEvaluatorCell Evaluates a function at a Set domain.
class	DomainExtractorCell Extracts the Set domain of a Field.
class	DryTrajectoryCell Computes the trajectory of a parcel of air lifted pseudo-adiabatically from an initial level to the LCL.
class	EnergyFeatureCell Computes a massic energy feature from a profile of massic energy and two integration limits.
class	EnergyProfileCell Computes the massic energy profile of an atmospheric buoyancy-profile.
class	EvaluateIntegralCell Computes a definite integral by evaluating an indefinite integral.
class	IntegrateCell Computes the indefinite integral of a FlatField.
class	LayerMeanCell Computes the mean value of an atmospheric profile parameter over a layer.
class	LclPressureCell Computes the condensation pressure at the lifting condensation level (LCL).
class	LclTemperatureCell Computes the condensation temperature at the lifting condensation level (LCL).
class	LfcCell Computes the Level of Free Convection (LFC) from an atmospheric buoyancy-profile.
class	LnbCell Computes the level of neutral buoyancy (LNB) from an atmospheric buoyancy-profile.
class	MaxPressureCell Computes the maximum pressure of an atmospheric profile.
class	MixingRatioCell Computes mixing ratio from a pressure and the dew-point at that pressure.
class	MixingRatioProfileCell Computes a profile of water-vapor mixing-ratio from a profile of temperature.
class	PotentialTemperatureProfileCell Computes a profile of potential temperature from a profile of temperature.
class	ProfileCleanerCell Cleans a profile by eliminating non-finite pressures and ensuring that the profile is ascending.
class	ProfileCombinerCell Combines two profiles together.
class	ProfileFeatureCell Computes the level of a feature from an atmospheric buoyancy-profile.
class	RealEvaluatorCell Evaluates a function at a Real point.
class	SelectorCell Creates an output Data object from an array of input Data objects.
class	TuplerCell Creates an output VisAD Tuple individual, data objects.
class	VirtualTemperatureProfileCell Computes a profile of virtual temperature from moisture data and a profile of temperature.
class	WetTrajectoryCell Computes the trajectory of a parcel of saturated air lifted pseudo-adiabatically from the LCL.

Methods in ucar.unidata.view.sounding that return ComputeCell

ComputeCell

CellCycleException.getComputeCell() Returns the ComputeCell at which a cycle was detected.

Methods in ucar.unidata.view.sounding with parameters of type ComputeCell

void	CellNetwork.add(ComputeCell cell) Adds a cell.
void	CellNetwork.remove(ComputeCell cell) Removes a cell.
void	CellCycleException.setFound(ComputeCell cell) Sets the output cell that caused the cycle.