Index
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A
- add(RealSequence) - Method in class RealSequence
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This computes the entrywise sum of two sequences
- at(int) - Method in class RealSequence
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this returns the sequence's value at n
B
- butter(DoubleUnaryOperator) - Method in class RealSequence
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This butters a real function of a real variable over a sequence
C
- convolution(RealSequence) - Method in class RealSequence
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This computes the convolution of two sequences
D
- divide(RealSequence) - Method in class RealSequence
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This computes the entrywise quotient of two sequences
M
- main(String[]) - Static method in class RealSequence
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This is your testing playground.
- multiply(RealSequence) - Method in class RealSequence
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This computes the entrywise product of two sequences
P
- product(int) - Method in class RealSequence
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This multiples the sequence between 0 and finish.
- product(int, int) - Method in class RealSequence
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This multiplies the sequence between indices start and finish.
R
- RealSequence - Class in <Unnamed>
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This is a class of immutable zero-based immutible sequences taking on real values.
- RealSequence(IntToDoubleFunction) - Constructor for class RealSequence
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This constructor accepts as parameter a lambda that maps nonnegaative integers to doubles.
S
- subtract(RealSequence) - Method in class RealSequence
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This computes the entrywise difference of two sequences
- sum(int) - Method in class RealSequence
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This sums the sequence between 0 and finish.
- sum(int, int) - Method in class RealSequence
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This sums the sequence between indices start and finish.
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