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ArithmeticGate implementation #4702
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xref #4683 |
tanujkhattar
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Feb 28, 2022
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Let's fix mypy typing issues and improve type annotations coverage.
tanujkhattar
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May 5, 2022
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LGTM % nits
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This was referenced Jun 23, 2022
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Migrate ArithmeticOperation to ArithmeticGate. As implemented, ArithmeticGate.on(qubits) returns a GateOperation. In other words, ArithmeticGate is completely unrelated to ArithmeticOperation. They can be considered two different ways to do the same thing. This was done in order to enable ArithmeticOperation to be deprecated. Additionally this PR implements QuirkArithmeticGate, deprecating QuirkArithmeticOperation, and rewrites ModularExp as a gate without a deprecation cycle since it's in /examples. The code for ArithmeticGate (and subclasses) is *basically* identical with ArithmeticOperation, except instead of `Sequence[Qid]]`, a quantum register is a `Sequence[int]`, where the int represents the dimension. It implements the _qid_shape_ protocol from this data, and the GateOperation constructor already has logic to ensure the appropriate number/dimension of qubits are applied. Tests are added to that effect. Closes quantumlib#4683
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quantumlib#4702 was started in November but did not get merged until May, which was after 14.1 went out. These deprecations need to be bumped to 0.16 instead of 0.15. Once 0.15 goes out then I can reopen quantumlib#5579 and delete these.
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Migrate ArithmeticOperation to ArithmeticGate. As implemented, ArithmeticGate.on(qubits) returns a GateOperation. In other words, ArithmeticGate is completely unrelated to ArithmeticOperation. They can be considered two different ways to do the same thing. This was done in order to enable ArithmeticOperation to be deprecated. Additionally this PR implements QuirkArithmeticGate, deprecating QuirkArithmeticOperation, and rewrites ModularExp as a gate without a deprecation cycle since it's in /examples. The code for ArithmeticGate (and subclasses) is *basically* identical with ArithmeticOperation, except instead of `Sequence[Qid]]`, a quantum register is a `Sequence[int]`, where the int represents the dimension. It implements the _qid_shape_ protocol from this data, and the GateOperation constructor already has logic to ensure the appropriate number/dimension of qubits are applied. Tests are added to that effect. Closes quantumlib#4683
harry-phasecraft
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quantumlib#4702 was started in November but did not get merged until May, which was after 14.1 went out. These deprecations need to be bumped to 0.16 instead of 0.15. Once 0.15 goes out then I can reopen quantumlib#5579 and delete these.
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Migrate ArithmeticOperation to ArithmeticGate.
As implemented, ArithmeticGate.on(qubits) returns a GateOperation. In other words, ArithmeticGate is completely unrelated to ArithmeticOperation. They can be considered two different ways to do the same thing. This was done in order to enable ArithmeticOperation to be deprecated.
Additionally this PR implements QuirkArithmeticGate, deprecating QuirkArithmeticOperation, and rewrites ModularExp as a gate without a deprecation cycle since it's in /examples.
The code for ArithmeticGate (and subclasses) is basically identical with ArithmeticOperation, except instead of
Sequence[Qid]]
, a quantum register is aSequence[int]
, where the int represents the dimension. It implements the qid_shape protocol from this data, and the GateOperation constructor already has logic to ensure the appropriate number/dimension of qubits are applied.Tests are added to that effect.
Closes #4683