Comments (2)
cgranade
commented on May 21, 2024
As a matter of Q# APIs, I think we shouldn't add an extra parameter to DumpMachine. After all, only the quantum simulator even dumps a state in particular, such that a new parameter for formatted output would expose simulator internals at the level of Q#, when it's really a host program configuration option. That's a large part of why the current design in IQ# allows the use of the %config magic for configuring output, for example.
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tcNickolas
commented on May 21, 2024
I've been just reminded of how valuable this capability would be: I had an 8-qubit quantum state that had only 2 non-zero basis states in a Q# unit test project, and the ability to use dump.truncateSmallAmplitudes there would've been priceless (it could've been a 16-qubit state!)
@cgranade, @bettinaheim, any thoughts on how to enable configuring DumpMachine output outside of IQ#, in Q# standalone mode?
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Related Issues (20)
- QirArray::buffer: Proper alignment is not guaranteed. HOT 1
- CMake Build Native, NativeSparseSimulator, QIR failed HOT 3
- With LLVM-14 the Leak Sanitizer crashes after completion of `fullstate-simulator-tests`
- DumpMachine output uses different ket symbols depending on the relative phase HOT 4
- Inconsistent output for QuantumSimulator vs SparseSimulator HOT 3
- Trace throws exception on controlled operation HOT 1
- Function DoubleAsInt is not implemented HOT 1
- DumpMachine does not produce console output when running from Q# unit tests
- ModPowL may entry a loops when set exponent to "0L" HOT 1
- Ceiling(NaN()) causes an overflow HOT 2
- Simulators behave differently when not resetting qubit array
- TraceSimulator and ResourcesEstimator depth is incorrect with measurements
- Submitting to Azure Quantum hardware targets from localized environments with decimal separators other than `.` can fail
- AssertOperationsEqualInPlace incorrectly throws exceptions and has incorrect error messages. HOT 3
- A wrong display when using DumpMachine()
- Big value cause an overflow of Truncate
- Unable to load DLL 'Microsoft.Quantum.Simulator.Runtime' when running Q# test project
- DumpMachine() raise Unhandled exception
- Endianness of Sparse Simulator DumpMachine is Stateful
- Quantum sample project run crashes with "exited with code 134" HOT 1
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