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java.lang.Object | +----sep.operator.SepOperator | +----cohy.estDip.PartDiffDots
, , <\PRE> In the case of input f(x,y,z) (3 dimensions) it returns , , , , <\PRE>. (The dotproducts are ordered alphabetically. I do not compute all derivatives since the dip estimation scheme assumes that plane-wave component is not vertical. Consequently, I need only these derivatives). The class is needed for a dip estimation scheme.
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XX2
- 2D indices that identify dotproducts in output array.
XX3
- 3D indices that identify dotproducts in output array.
XY2
XY3
XZ3
YY2
YY3
YZ3
ZZ3
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PartDiffDots(PartDiffDots)
PartDiffDots(RsfSpace)
PartDiffDots(RsfSpace, RsfSpace)
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apply(boolean, Vector, Vector)
- Apply the operator:
ran = this(dom)copy()
getOutputRsfSpace(RsfSpace)
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XX2
public static final int XX2
- 2D indices that identify dotproducts in output array.
XY2
public static final int XY2YY2
public static final int YY2XX3
public static final int XX3
- 3D indices that identify dotproducts in output array.
XY3
public static final int XY3XZ3
public static final int XZ3YY3
public static final int YY3YZ3
public static final int YZ3ZZ3
public static final int ZZ3
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PartDiffDots
public PartDiffDots(RsfSpace iputSpace)PartDiffDots
public PartDiffDots(RsfSpace iputSpace, RsfSpace oputSpace)PartDiffDots
protected PartDiffDots(PartDiffDots src)
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getOutputRsfSpace
public static RsfSpace getOutputRsfSpace(RsfSpace iputSpace)copy
public JamObject copy()
- Overrides:
- copy in class SepOperator
apply
protected void apply(boolean add, Vector iput, Vector oput)
- Apply the operator:
ran = this(dom)
- Overrides:
- apply in class SepOperator
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