@@ -167,6 +167,7 @@ public static < P, T > ArrayList< P > findLocalExtrema( final RandomAccessibleIn
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* {@code source} accordingly. The returned coordinate list is valid
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* for the original {@code source}.
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*
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+ * @implNote op name='findLocalExtrema', type='org.scijava.function.Functions.Arity5'
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* @param source
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* Find local extrema within this
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* {@link RandomAccessibleInterval}
@@ -208,6 +209,7 @@ public static < P, T > List< P > findLocalExtrema(
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* {@code source} accordingly. The returned coordinate list is valid
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* for the original {@code source}.
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*
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+ * @implNote op name='findLocalExtrema', type='org.scijava.function.Functions.Arity6'
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* @param source
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* Find local extrema within this
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* {@link RandomAccessibleInterval}
@@ -248,6 +250,7 @@ public static < P, T > List< P > findLocalExtrema(
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* The task is parallelized along the longest dimension of
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* {@code interval}
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*
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+ * @implNote op name='findLocalExtrema', type='org.scijava.function.Functions.Arity6'
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* @param source
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* Find local extrema of the function defined by this
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* {@link RandomAccessible}
@@ -287,6 +290,7 @@ public static < P, T > List< P > findLocalExtrema(
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* test for being an extremum can be specified as an implementation of the
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* {@link LocalNeighborhoodCheck} interface.
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*
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+ * @implNote op name='findLocalExtrema', type='org.scijava.function.Functions.Arity7'
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* @param source
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* Find local extrema of the function defined by this
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* {@link RandomAccessible}
@@ -367,6 +371,7 @@ public static < P, T > List< P > findLocalExtrema(
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* expand {@code source} accordingly. The returned coordinate list is
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* valid for the original {@code source}.
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*
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+ * @implNote op name='findLocalExtrema', type='org.scijava.function.Functions.Arity2'
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* @param source
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* Find local extrema within this
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* {@link RandomAccessibleInterval}
@@ -393,6 +398,7 @@ public static < P, T > List< P > findLocalExtrema(
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* {@code source} accordingly. The returned coordinate list is valid
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* for the original {@code source}.
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*
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+ * @implNote op name='findLocalExtrema', type='org.scijava.function.Functions.Arity3'
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* @param source
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* Find local extrema within this
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* {@link RandomAccessibleInterval}
@@ -427,6 +433,7 @@ public static < P, T > List< P > findLocalExtrema(
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*
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* The local neighborhood is defined as {@link RectangleShape} with span 1.
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*
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+ * @implNote op name='findLocalExtrema', type='org.scijava.function.Functions.Arity3'
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* @param source
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* Find local extrema within this {@link RandomAccessible}
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* @param interval
@@ -451,6 +458,7 @@ public static < P, T > List< P > findLocalExtrema(
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* test for being an extremum can be specified as an implementation of the
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* {@link LocalNeighborhoodCheck} interface.
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*
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+ * @implNote op name='findLocalExtrema', type='org.scijava.function.Functions.Arity4'
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* @param source
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* Find local extrema within this {@link RandomAccessible}
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* @param interval
@@ -495,6 +503,7 @@ public static < P, T > List< P > findLocalExtrema(
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* determining by how much a {@link RandomAccessibleInterval} should be
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* expanded to include min and max positions in the local extrema search.
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*
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+ * @implNote op name='getRequiredBorderSize', type='java.util.function.BiFunction'
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* @param shape
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* Defines the local neighborhood
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* @param nDim
@@ -523,6 +532,7 @@ public static long[] getRequiredBorderSize( final Shape shape, final int nDim )
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* Shrink a {@link RandomAccessibleInterval} symmetrically, i.e. the margin
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* is applied both to min and max.
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*
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+ * @implNote op name='shrink', type='java.util.function.BiFunction'
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* @param source
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* @param margin
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* @return
@@ -538,6 +548,7 @@ public static < T > IntervalView< T > shrink( final RandomAccessibleInterval< T
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/**
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*
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+ * @implNote op name='getBiggestDimension', type='java.util.function.Function'
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* @param interval
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* @return The biggest dimension of interval.
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*/
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