org.opensha.sha.faultSurface
Class FourPointEvenlyGriddedSurface

java.lang.Object
  org.opensha.commons.data.Container2DImpl<Location>
      org.opensha.sha.faultSurface.AbstractEvenlyGriddedSurface
          org.opensha.sha.faultSurface.FourPointEvenlyGriddedSurface

All Implemented Interfaces:

Serializable, Iterable<Location>, Container2D<Location>, Named, EvenlyGriddedSurface, RuptureSurface

public class FourPointEvenlyGriddedSurface
extends AbstractEvenlyGriddedSurface

This class represents an evenly gridded surface composed of four Locations.

Author:

field

See Also:

Serialized Form

Field Summary

Fields inherited from class org.opensha.sha.faultSurface.AbstractEvenlyGriddedSurface

C, gridSpacingAlong, gridSpacingDown, sameGridSpacing

Fields inherited from class org.opensha.commons.data.Container2DImpl

data, name, numCols, numRows, size, TAB

Constructor Summary

FourPointEvenlyGriddedSurface(Location upperLeft, Location lowerLeft, Location lowerRight, Location upperRight)
The constructs the surface from the Locations given (counter clockwise when looking at surface from positive side), where no sub-discretization is applied.

Method Summary

double	getAveDip() Average dip (degrees) of rupture surface
double	getAveDipDirection() Average dip direction (degrees) of rupture surface
double	getAveRupTopDepth() Average depth (km) to top of rupture (always a positive number)
double	getAveStrike() Average strike (degrees) of rupture surface

Methods inherited from class org.opensha.sha.faultSurface.AbstractEvenlyGriddedSurface

getArea, getAveGridSpacing, getAveLength, getAveWidth, getDistanceJB, getDistanceRup, getDistanceSeis, getDistanceX, getEvenlyDiscritizedListOfLocsOnSurface, getEvenlyDiscritizedPerimeter, getEvenlyDiscritizedUpperEdge, getFirstLocOnUpperEdge, getFractionOfSurfaceInRegion, getGridSpacingAlongStrike, getGridSpacingDownDip, getInfo, getLastLocOnUpperEdge, getLocation, getLocationsIterator, getMinDistance, getPerimeter, getRowAsTrace, getUpperEdge, isGridSpacingSame, isPointSurface

Methods inherited from class org.opensha.commons.data.Container2DImpl

checkBounds, clear, exist, get, getAllByColumnsIterator, getAllByRowsIterator, getColumnIterator, getName, getNumCols, getNumRows, getRowIterator, iterator, listIterator, main, set, setName, setNumRowsAndNumCols, size, toJava2D, toString

Methods inherited from class java.lang.Object

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

Methods inherited from interface org.opensha.commons.data.Container2D

clear, exist, get, getAllByColumnsIterator, getAllByRowsIterator, getColumnIterator, getNumCols, getNumRows, getRowIterator, listIterator, set, setName, size, toString

Methods inherited from interface org.opensha.commons.data.Named

getName

Methods inherited from interface java.lang.Iterable

iterator

Constructor Detail

FourPointEvenlyGriddedSurface

public FourPointEvenlyGriddedSurface(Location upperLeft,
                                     Location lowerLeft,
                                     Location lowerRight,
                                     Location upperRight)

The constructs the surface from the Locations given (counter clockwise when looking at surface from positive side), where no sub-discretization is applied. This gridSpacingAlong is the average between the top two and bottom two points, and likewise for gridSpacingDown.

Parameters:

upperLeft -

lowerLeft -

lowerRight -

upperRight -

Method Detail

getAveDip

public double getAveDip()

Description copied from interface: RuptureSurface

Average dip (degrees) of rupture surface

Returns:

getAveDipDirection

public double getAveDipDirection()

Description copied from interface: RuptureSurface

Average dip direction (degrees) of rupture surface

Returns:

getAveRupTopDepth

public double getAveRupTopDepth()

Description copied from interface: RuptureSurface

Average depth (km) to top of rupture (always a positive number)

Returns:

getAveStrike

public double getAveStrike()

Description copied from interface: RuptureSurface

Average strike (degrees) of rupture surface

Returns: