Package pulse.problem.statements.model

Class ThermoOpticalProperties

java.lang.Object

pulse.util.UpwardsNavigable

pulse.util.Group

pulse.util.Accessible

pulse.util.PropertyHolder

pulse.problem.statements.model.ThermalProperties

pulse.problem.statements.model.ThermoOpticalProperties

All Implemented Interfaces:

Serializable, Optimisable, Descriptive

public class ThermoOpticalProperties
extends ThermalProperties
implements Optimisable

See Also:

Serialized Form

Field Summary

Fields inherited from class pulse.problem.statements.model.ThermalProperties

PARKERS_COEFFICIENT, STEFAN_BOTLZMAN

Constructor Summary

Constructors

Constructor	Description
ThermoOpticalProperties()
ThermoOpticalProperties(ThermalProperties p)
ThermoOpticalProperties(ThermoOpticalProperties p)

Method Summary

Modifier and Type	Method	Description
void	assign(ParameterVector params)	Assigns parameter values of this Optimisable using the optimisation vector params.
ThermalProperties	copy()
NumericProperty	getConvectiveLosses()
String	getDescriptor()	If not null, will return the prefix, otherwise calls the superclass method.
NumericProperty	getOpticalThickness()
NumericProperty	getPlanckNumber()
NumericProperty	getScatteringAlbedo()
NumericProperty	getScatteringAnisostropy()
Set<NumericPropertyKeyword>	listedKeywords()	Listed parameters include: MAXTEMP, DIFFUSIVITY, THICKNESS, HEAT_LOSS_FRONT, HEAT_LOSS_REAR.
double	maxNp()
void	optimisationVector(ParameterVector output)	Calculates the vector argument defined on $$Rn to the scalar objective function for this Optimisable.
void	set(NumericPropertyKeyword type, NumericProperty value)	Used to change the parameter values of this Problem.
void	setConvectiveLosses(NumericProperty losses)
void	setOpticalThickness(NumericProperty tau0)
void	setPlanckNumber(NumericProperty planckNumber)
void	setScatteringAlbedo(NumericProperty omega0)
void	setScatteringAnisotropy(NumericProperty A1)
String	toString()
void	useTheoreticalEstimates(ExperimentalData c)	Calculates the half-rise time t1/2 of c and uses it to estimate the thermal diffusivity of this problem: a=0.1388*l2/t1/2.

Methods inherited from class pulse.problem.statements.model.ThermalProperties

areDetailsHidden, areThermalPropertiesLoaded, calculateEmissivity, characteristicTime, findMalformedProperties, getDensity, getDiffusivity, getEmissivity, getHeatLoss, getMaximumTemperature, getSampleThickness, getSpecificHeat, getTestTemperature, getThermalConductivity, getThermalMass, maximumHeating, maxRadiationBiot, radiationBiot, setDensity, setDiffusivity, setEmissivity, setHeatLoss, setMaximumTemperature, setSampleThickness, setSpecificHeat, setTestTemperature, thermalConductivity

Methods inherited from class pulse.util.PropertyHolder

addListener, data, describe, firePropertyChanged, getListeners, getPrefix, ignoreSiblings, initListeners, isListedNumericType, isListedParameter, listedTypes, numericData, parameterListChanged, removeListeners, setPrefix, updateProperties, updateProperty

Methods inherited from class pulse.util.Accessible

accessibleChildren, genericProperties, genericProperty, numericProperties, numericProperty, property, update, update

Methods inherited from class pulse.util.Group

access, children, contents, getSimpleName, subgroups

Methods inherited from class pulse.util.UpwardsNavigable

addHierarchyListener, getHierarchyListeners, getParent, identify, removeHierarchyListener, removeHierarchyListeners, setParent, specificAncestor, tellParent

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Detail

ThermoOpticalProperties

public ThermoOpticalProperties()

ThermoOpticalProperties

public ThermoOpticalProperties(ThermalProperties p)

ThermoOpticalProperties

public ThermoOpticalProperties(ThermoOpticalProperties p)

Method Detail

copy

public ThermalProperties copy()

Overrides:

copy in class ThermalProperties

set

public void set(NumericPropertyKeyword type,
                NumericProperty value)

Description copied from class: ThermalProperties

Used to change the parameter values of this Problem. It is only allowed to use those types of NumericPropery that are listed by the listedParameters().

Overrides:

set in class ThermalProperties

Parameters:

type - the type, which must be equal by definition to property.getType().

value - the property, which contains new information.

See Also:

PropertyHolder.listedTypes()

listedKeywords

public Set<NumericPropertyKeyword> listedKeywords()

Description copied from class: ThermalProperties

Listed parameters include: MAXTEMP, DIFFUSIVITY, THICKNESS, HEAT_LOSS_FRONT, HEAT_LOSS_REAR.

Overrides:

listedKeywords in class ThermalProperties

Returns:

a set of NumericPropertyKeyword instances, which have been explicitly marked as a listed parameter for this PropertyHolder.

maxNp

public double maxNp()

getOpticalThickness

public NumericProperty getOpticalThickness()

setOpticalThickness

public void setOpticalThickness(NumericProperty tau0)

getPlanckNumber

public NumericProperty getPlanckNumber()

setPlanckNumber

public void setPlanckNumber(NumericProperty planckNumber)

getScatteringAnisostropy

public NumericProperty getScatteringAnisostropy()

setScatteringAnisotropy

public void setScatteringAnisotropy(NumericProperty A1)

setConvectiveLosses

public void setConvectiveLosses(NumericProperty losses)

getConvectiveLosses

public NumericProperty getConvectiveLosses()

getScatteringAlbedo

public NumericProperty getScatteringAlbedo()

setScatteringAlbedo

public void setScatteringAlbedo(NumericProperty omega0)

useTheoreticalEstimates

public void useTheoreticalEstimates(ExperimentalData c)

Description copied from class: ThermalProperties

Calculates the half-rise time t_1/2 of c and uses it to estimate the thermal diffusivity of this problem: a=0.1388*l2/t1/2.

Overrides:

useTheoreticalEstimates in class ThermalProperties

Parameters:

c - the ExperimentalData used to estimate the thermal diffusivity value

getDescriptor

public String getDescriptor()

Description copied from class: PropertyHolder

If not null, will return the prefix, otherwise calls the superclass method.

Overrides:

getDescriptor in class ThermalProperties

Returns:

the descriptor

See Also:

Group.getSimpleName()

toString

public String toString()

Overrides:

toString in class ThermalProperties

optimisationVector

public void optimisationVector(ParameterVector output)

Description copied from interface: Optimisable

Calculates the vector argument defined on $$Rⁿ to the scalar objective function for this Optimisable.

Specified by:

optimisationVector in interface Optimisable

Parameters:

output - the output vector where the result will be stored

assign

public void assign(ParameterVector params)
            throws SolverException

Description copied from interface: Optimisable

Assigns parameter values of this Optimisable using the optimisation vector params. Only those parameters will be updated, the types of which are listed as indices in the params vector.

Specified by:

assign in interface Optimisable

Parameters:

params - the optimisation vector, containing a similar set of parameters to this Problem

Throws:

SolverException - if params contains invalid parameter values