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org.soulspace.qclojure.domain.qubit-optimization
analyze-qubit-usageclj
(analyze-qubit-usage circuit)Analyze which qubits are actually used in a circuit.
Parameters:
- circuit: Quantum circuit to analyze
Returns: Map containing:
- :used-qubits - Set of qubit IDs that are actually used
- :total-qubits - Total number of qubits declared in circuit
- :unused-qubits - Set of qubit IDs that are declared but unused
- :max-qubit-id - Highest qubit ID used
- :qubit-usage-efficiency - Ratio of used qubits to total qubits
Analyze which qubits are actually used in a circuit. Parameters: - circuit: Quantum circuit to analyze Returns: Map containing: - :used-qubits - Set of qubit IDs that are actually used - :total-qubits - Total number of qubits declared in circuit - :unused-qubits - Set of qubit IDs that are declared but unused - :max-qubit-id - Highest qubit ID used - :qubit-usage-efficiency - Ratio of used qubits to total qubits
optimize-qubit-usageclj
(optimize-qubit-usage circuit)Optimize a circuit to use the minimum number of qubits.
This function compacts qubit IDs to eliminate gaps and unused qubits, reducing the total number of qubits required for the circuit.
Parameters:
- circuit: Quantum circuit to optimize
Returns: Map containing:
- :quantum-circuit - Circuit with optimized qubit usage
- :qubit-mapping - Map from old qubit IDs to new qubit IDs
- :qubits-saved - Number of qubits saved by optimization
- :original-qubits - Original number of qubits
- :optimized-qubits - Final number of qubits after optimization
Example: ;; Circuit using qubits [0, 2, 5] out of 6 total qubits ;; After optimization: uses qubits [0, 1, 2] out of 3 total qubits (optimize-qubit-usage circuit) ;=> {:quantum-circuit <optimized-circuit>, :qubit-mapping {0 0, 2 1, 5 2}, ; :qubits-saved 3, :original-qubits 6, :optimized-qubits 3}
Optimize a circuit to use the minimum number of qubits.
This function compacts qubit IDs to eliminate gaps and unused qubits,
reducing the total number of qubits required for the circuit.
Parameters:
- circuit: Quantum circuit to optimize
Returns:
Map containing:
- :quantum-circuit - Circuit with optimized qubit usage
- :qubit-mapping - Map from old qubit IDs to new qubit IDs
- :qubits-saved - Number of qubits saved by optimization
- :original-qubits - Original number of qubits
- :optimized-qubits - Final number of qubits after optimization
Example:
;; Circuit using qubits [0, 2, 5] out of 6 total qubits
;; After optimization: uses qubits [0, 1, 2] out of 3 total qubits
(optimize-qubit-usage circuit)
;=> {:quantum-circuit <optimized-circuit>, :qubit-mapping {0 0, 2 1, 5 2},
; :qubits-saved 3, :original-qubits 6, :optimized-qubits 3}cljdoc is a website building & hosting documentation for Clojure/Script libraries
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