Quantastica quantum programming tools
Project description
Quantum programming language converter
Convert between quantum programming languages
More goodies at https://quantastica.com
Supported languages
Python version of quantastica-qconvert
currently supports only:
-
Qobj to pyQuil
-
Qobj to QubitToaster
More formats will be added soon.
Until then, for more formats see:
-
JavaScript version as command line tool: https://www.npmjs.com/package/q-convert
-
JavaScript version as online web page: https://quantum-circuit.com/qconvert
Usage
from quantastica import qconvert
source_code = ...
options = {}
converted = qconvert.convert(qconvert.Format.QOBJ,
source_code,
qconvert.Format.PYQUIL,
options)
print(converted)
Details
convert(source_format, source_dict, dest_format, options)
-
source_format
Format.QOBJ
-
dest_format
-
Format.PYQUIL
-
Format.TOASTER
-
options
Dict:
For all destination formats:
-
all_experiments
False
(default) only first experiment will be converted and returned as stringTrue
all experiments form Qobj will be converted and returned as list of strings.
-
create_exec_code
True
(default) generated source code will contain command which executes circuit e.g.qc.run()
-
shots
(integer) ifcreate_exec_code
isTrue
then generated code will performshots
number of samples
For PYQUIL
destination:
lattice
name of the backend (e.g. for pyQuil destination"Aspen-7-28Q-A"
).-
If ommited then "Nq-qvm" will be generated where
N
is number fo qubits in the circuit. -
Special values:
"qasm_simulator"
will produce "Nq-qvm" backend"statevector_simulator"
will produce WaveFunction simulator code
-
as_qvm
(defaultFalse
) ifTrue
QVM will mimic QPU specified by lattice argument.
-
For TOASTER
destination:
No options yet
That's it. Enjoy! :)
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