Class that you can inherit from to make your own unitary gate converter for use within DQCsim.
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template<class Unbound , class Bound > |
| class | GateMap |
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Class that you can inherit from to make your own unitary gate converter for use within DQCsim.
Definition at line 4606 of file dqcsim.
◆ detect()
| virtual bool dqcsim::wrap::CustomUnitaryGateConverter::detect |
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Matrix && |
matrix, |
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ssize_t |
num_controls, |
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ArbData & |
params |
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| const |
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inlinevirtual |
The to-be-implemented detector function.
- Parameters
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| matrix | The matrix to match. |
| num_controls | The number of control qubits associated with the matrix; these qubits are implicit in the matrix. That is, to get the full matrix, you need to expand the given matrix with this many qubits. |
| params | If the gate matches, its parameters should be pushed into or assigned to this ArbData. This data object is initially a copy of the incoming gate's ArbData attachment. |
- Returns
- Whether the incoming gate matches.
- Exceptions
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| std::exception | When an exception is thrown, its what() is returned to the user immediately. That is, any remaining detectors are not called. |
The default implementation simply returns false, i.e. it never matches.
Definition at line 4688 of file dqcsim.
◆ construct()
| virtual Matrix dqcsim::wrap::CustomUnitaryGateConverter::construct |
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ArbData & |
params, |
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ssize_t & |
num_controls |
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) |
| const |
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inlinevirtual |
The to-be-implemented constructor function.
- Parameters
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| params | The parameters for the gate. Anything left in here is attached to the gate. |
| num_controls | If this gate only accepts a specific number of control qubits during construction, write the expected amount here. Assigning a negative number or not assigning it means there is no constraint. |
- Returns
- The constructed matrix.
- Exceptions
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| std::exception | When an exception is thrown, its what() is returned to the user. |
The default implementation throws an exception indicating that no constructor is defined.
Definition at line 4708 of file dqcsim.
The documentation for this class was generated from the following file:
