Package pulse.problem.statements

Class AdiabaticSolution

java.lang.Object

pulse.problem.statements.AdiabaticSolution

All Implemented Interfaces:

Serializable

public class AdiabaticSolution
extends Object
implements Serializable

See Also:

Serialized Form

Field Summary

Fields

Modifier and Type	Field	Description
static int	DEFAULT_CLASSIC_PRECISION
static int	DEFAULT_POINTS

Method Summary

Modifier and Type	Method	Description
static HeatingCurve	classicSolution(Problem p)	Calculates the classic solution, using the default value of the precision and the time limit specified by the HeatingCurve of p.
static HeatingCurve	classicSolution(Problem p, double timeLimit)
static HeatingCurve	classicSolution(Problem p, double timeLimit, int precision)	A static factory method for calculating a heating curve based on the analytical solution of Parker et al.

Methods inherited from class java.lang.Object

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

Field Detail

DEFAULT_CLASSIC_PRECISION

public static final int DEFAULT_CLASSIC_PRECISION

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Constant Field Values

DEFAULT_POINTS

public static final int DEFAULT_POINTS

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Constant Field Values

Method Detail

classicSolution

public static HeatingCurve classicSolution(Problem p,
                                           double timeLimit,
                                           int precision)

A static factory method for calculating a heating curve based on the analytical solution of Parker et al.

The math itself is done separately in the Problem class. This method creates a HeatingCurve with the number of points equal to that of the p.getHeatingCurve(), and with the same baseline. The solution is calculated for the time range 0 <= t <= timeLimit.

Parameters:

p - The problem statement, providing access to the classicSolutionAt method and to the HeatingCurve object it owns.

timeLimit - The upper time limit (in seconds)

precision - The second argument passed to the classicSolutionAt

Returns:

a HeatingCurve representing the analytical solution.

See Also:

Parker et al. Journal of Applied Physics 32 (1961) 1679

classicSolution

public static HeatingCurve classicSolution(Problem p)

Calculates the classic solution, using the default value of the precision and the time limit specified by the HeatingCurve of p.

Parameters:

p - the problem statement

Returns:

a HeatinCurve, representing the classic solution.

See Also:

classicSolution(pulse.problem.statements.Problem,double,int)

classicSolution

public static HeatingCurve classicSolution(Problem p,
                                           double timeLimit)