var f = new Fraction(.003); console.log(f.numerator + '/' + f.denominator);
public static boolean sameIterationOrder(Iterable<?> i1, Iterable<?> i2) { if (!(i1 instanceof IterableInterval) || !(i2 instanceof IterableInterval)) { return true; } IterableInterval<?> ii1 = (IterableInterval<?>) i1; IterableInterval<?> ii2 = (IterableInterval<?>) i2; return Intervals.equalDimensions(ii1, ii2) && Util.equalIterationOrder(ii1, ii2); }
public void testNegate() { Fraction g = new Fraction(1,3); g = g.negate(); //added "g =" assertEquals(-1, g.getNumerator()); assertEquals(3, g.getDenominator()); }
@Override public void jumpFwd( final long i ) { index += i; IntervalIndexer.indexToPosition( index, dimensions, position ); }
@Override public void jumpFwd( final long i ) { index += i; IntervalIndexer.indexToPositionWithOffset( index, dimensions, min, position ); }
public void mul( final Fraction fraction ) { this.numerator *= fraction.getNumerator(); this.denominator *= fraction.getDenominator(); }
/** * Get the total time the clock was running in seconds. Note that the * clock can be started and stopped multiple times, accumulating the time * intervals it was running in between. */ public double seconds() { return nanoTime() * 1e-9; }
/** * Compute the index in the underlying flat array of this cell which * corresponds to the specified global {@code position}. * * @param position * a global position * @return corresponding index */ public int globalPositionToIndex( final long[] position ) { return IntervalIndexer.positionWithOffsetToIndex( position, dimensions, min ); }
@Override public boolean equals( final Object obj ) { return Util.valueEqualsObject( this, obj ); }
@Override public RandomAccess< T > randomAccess() { return new ConstantRandomAccess(); }
@Override public RandomAccess< T > randomAccess( final Interval interval ) { return randomAccess(); } };
@Override public Sampler< Localizable > copy() { return copyRandomAccess(); } }
@Override final public void localize( final long[] position ) { IntervalIndexer.indexToPosition( index, dimensions, position ); }
var f = new Fraction(2, 10000); console.log(f.numerator + '/' + f.denominator);
@Override public void localize( final int[] position ) { IntervalIndexer.indexToPositionWithOffset( index, dimensions, min, position ); }
public Fraction negate() { int num = this.numerator * -1; int den = this.denominator; return new Fraction(num,den); }
@Override public Fraction getEntitiesPerPixel() { return new Fraction(); }
@Override public Fraction clone() { return new Fraction( numerator, denominator ); } }
@Override public Fraction getEntitiesPerPixel() { return new Fraction( 4, 1 ); }
private NtreeImg( final NtreeImg< T, A > img ) { super( img.dimension, new Fraction() ); this.data = img.data; }