Package org.orekit.files.iirv.terms.base

Class DoubleValuedIIRVTerm

java.lang.Object

org.orekit.files.iirv.terms.base.IIRVVectorTerm<Double>

org.orekit.files.iirv.terms.base.DoubleValuedIIRVTerm

All Implemented Interfaces:

Comparable<IIRVVectorTerm<?>>

Direct Known Subclasses:

CrossSectionalAreaTerm, DragCoefficientTerm, MassTerm, SolarReflectivityCoefficientTerm, VelocityVectorComponentTerm

public class DoubleValuedIIRVTerm
extends IIRVVectorTerm<Double>

Term in an IIRV Vector representing a double value.

Since:

13.0

Author:

Nick LaFarge

Constructor Summary

Constructors

Constructor	Description
DoubleValuedIIRVTerm(String pattern, double value, int length, int nCharsAfterDecimalPlace, boolean isSigned)	Constructs an IIRV Vector Term represented by a double.
DoubleValuedIIRVTerm(String pattern, String value, int length, int nCharsAfterDecimalPlace, boolean isSigned)	Constructs an IIRV Vector Term represented by a double from a given String.

Method Summary

Modifier and Type	Method	Description
static double	computeValueFromString(String value, int nCharsAfterDecimalPlace)	Compute the double value of the term from a given String.
String	toEncodedString(Double termValue)	Convert an IIRV term value into the encoded String representation, as it would appear in the IIRV message.

Methods inherited from class org.orekit.files.iirv.terms.base.IIRVVectorTerm

compareTo, equals, hashCode, length, toEncodedString, validateString, value

Methods inherited from class java.lang.Object

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

Constructor Detail

DoubleValuedIIRVTerm

public DoubleValuedIIRVTerm(String pattern,
                            double value,
                            int length,
                            int nCharsAfterDecimalPlace,
                            boolean isSigned)

Constructs an IIRV Vector Term represented by a double. This representation is used for any numeric terms in the IIRV Vector that contain a decimal point.

Parameters:

pattern - Regular expression pattern that validates the term

value - Value of the term, expressed as a double

length - Length of the term, measured in number of characters in the String representation

nCharsAfterDecimalPlace - Number of characters before the end of the encoded String the decimal place is assumed to occur.

isSigned - True if negative values are permitted, false if the value is positive

DoubleValuedIIRVTerm

public DoubleValuedIIRVTerm(String pattern,
                            String value,
                            int length,
                            int nCharsAfterDecimalPlace,
                            boolean isSigned)

Constructs an IIRV Vector Term represented by a double from a given String. This representation is used for any numeric terms in the IIRV Vector that contain a decimal point.

Parameters:

pattern - Regular expression pattern that validates the term

value - Value of the term, expressed as a String

length - Length of the term, measured in number of characters in the String representation

nCharsAfterDecimalPlace - Number of characters before the end of value the decimal place is assumed to occur.

isSigned - True if negative values are permitted, false if the value is positive

Method Detail

computeValueFromString

public static double computeValueFromString(String value,
                                            int nCharsAfterDecimalPlace)

Compute the double value of the term from a given String.

Parameters:

value - String value to convert to a double

nCharsAfterDecimalPlace - Number of characters before the end of value the decimal place is assumed to occur.

Returns:

Double value corresponding to the value String argument

toEncodedString

public String toEncodedString(Double termValue)

Convert an IIRV term value into the encoded String representation, as it would appear in the IIRV message.

Specified by:

toEncodedString in class IIRVVectorTerm<Double>

Parameters:

termValue - Value of the term

Returns:

Encoded String representing of the inputted IIRV term it appears in the IIRV message