public Register NewRegister(IDictionary <ulong, Complex> initStates, int width)
{
Quantum.Register reg = _comp.NewRegister(initStates, width);
Register created = Init(reg);
_modelRefs[created.Model] = created;
created.Model.Qubits.CollectionChanged += Qubits_CollectionChanged;
return(created);
}
public Register NewRegister(ulong initval, int width, int?size = null)
{
Quantum.Register reg = _comp.NewRegister(initval, width, size);
Register created = Init(reg);
_modelRefs[created.Model] = created;
created.Model.Qubits.CollectionChanged += Qubits_CollectionChanged;
return(created);
}
internal Register NewFromModel(RegisterModel regModel)
{
Quantum.Register reg = _comp.NewRegister(regModel.InitStates, regModel.Qubits.Count);
Register created = InitFromModel(reg, regModel);
if (!_modelRefs.ContainsKey(created.Model))
{
regModel.Qubits.CollectionChanged += Qubits_CollectionChanged;
}
_modelRefs[created.Model] = created;
return(created);
}
private Register InitFromModel(Quantum.Register reg, RegisterModel regModel)
{
if (_quantumRoot == null)
{
_quantumRoot = _comp.GetRootRegister(reg);
}
else
{
_quantumRoot = _comp.GetRootRegister(_quantumRoot, reg);
}
_parserRoot = new Register(_model, _quantumRoot, null, 0);
return(new Register(_model, reg, regModel));
}
internal Quantum.Register ModelToSource(RegisterPartModel model)
{
Quantum.Register toReturn = _parserRoot.SourceRegister;
if (model.Register != null)
{
toReturn = _modelRefs[model.Register].SourceRegister;
}
if (model.Width == toReturn.Width)
{
return(toReturn);
}
else
{
return(toReturn[model.Offset, model.Width]);
}
}
private Register Init(Quantum.Register reg)
{
RegisterModel regModel = new RegisterModel(
_model.Registers.Count, 0, reg.Width, reg.GetAmplitudes());
if (_quantumRoot == null)
{
_quantumRoot = _comp.GetRootRegister(reg);
}
else
{
_quantumRoot = _comp.GetRootRegister(_quantumRoot, reg);
}
_parserRoot = new Register(_model, _quantumRoot, null, 0);
_listenToModelChanges = false;
_model.AddRegister(regModel);
_listenToModelChanges = true;
return(new Register(_model, reg, regModel));
}
