net.talvi.puffinplot.data

Class AmsData

java.lang.Object

net.talvi.puffinplot.data.AmsData

public final class AmsData
extends java.lang.Object

This class holds AMS (anisotropy of magnetic susceptibility) data for a named sample. It is a simple container class, and does not process the data in any way.

Constructor Summary

Constructors

Constructor and Description
AmsData(java.lang.String name, OrientationParameters orientationParameters, double[] tensor, double sampleAz, double sampleDip, double formAz, double formDip, double fTest) Creates a new AMS data set with the data provided.

Method Summary

Modifier and Type	Method and Description
double	getFormAz() Returns the formation dip azimuth in degrees.
double	getFormDip() Returns the formation dip in degrees.
double	getfTest() Returns the F-test value for the sample's anisotropy measurement.
java.lang.String	getName() Returns the sample's name.
double	getSampleAz() Returns the sample's dip azimuth in degrees.
double	getSampleDip() Returns the sample's dip in degrees.
double[]	getTensor() Returns the sample's susceptibility tensor.

Methods inherited from class java.lang.Object

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

Constructor Detail

AmsData

public AmsData(java.lang.String name,
               OrientationParameters orientationParameters,
               double[] tensor,
               double sampleAz,
               double sampleDip,
               double formAz,
               double formDip,
               double fTest)

Creates a new AMS data set with the data provided. Note that the directional data is not copied directly into the newly created object, but interpreted and converted from the orientation system given by the orientationParameters argument to PuffinPlot's own orientation system (P1=12, P2=90, P3=12, P4=0). Thus the tensor, sample orientation, and formation orientation returned by the class's getters might not match the values passed to its constructor.

Parameters:

name - the name of the sample

orientationParameters - the orientation parameters defining the interpretation of the directional data

tensor - the orientation tensor representing the sample's susceptibility anisotropy

sampleAz - the sample azimuth in degrees

sampleDip - the sample dip in degrees

formAz - the formation azimuth in degrees

formDip - the formation dip in degrees

fTest - the F-test value as defined by Jelínek

Method Detail

getName

public java.lang.String getName()

Returns the sample's name.

Returns:

the sample's name

getTensor

public double[] getTensor()

Returns the sample's susceptibility tensor.

Returns:

the sample's susceptibility tensor

getSampleAz

public double getSampleAz()

Returns the sample's dip azimuth in degrees.

Returns:

the sample's dip azimuth in degrees

getSampleDip

public double getSampleDip()

Returns the sample's dip in degrees.

Returns:

the sample's dip in degrees

getFormAz

public double getFormAz()

Returns the formation dip azimuth in degrees.

Returns:

the formation dip azimuth in degrees

getFormDip

public double getFormDip()

Returns the formation dip in degrees.

Returns:

the formation dip in degrees

getfTest

public double getfTest()

Returns the F-test value for the sample's anisotropy measurement.

Returns:

the F-test value for the sample's anisotropy measurement