public void Before()
{
TuringMachineProperties props = new TuringMachineProperties
{
M = 5,
N = -1,
ShiftLength = 3,
ShiftMode = ShiftMode.Multiple,
Enabled = true,
Heads = 1
};
int vectorSize = 2;
int startAndDelimiter = 2;
int interp = 1;
int contentJump = 1;
int shift = 3;
BlackBoxDummy blackBoxDummy = new BlackBoxDummy(vectorSize + startAndDelimiter + props.M, // input 4 environment + 5 turing machine = 9
vectorSize + props.M + interp + contentJump + shift); // output = 2 environment + 10 turing machine = 12
double[][] outputValues =
{
new double[] {1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12}
};
_controller = new TuringController(props);
_controller.Phenome = blackBoxDummy;
}
// Number of times each location was accessed during livetime of the tm
// private List<int> _writeActivities = new List<int>();
// private List<int> _readActivities = new List<int>();
public MinimalTuringMachine(TuringMachineProperties props)
{
_enabled = props.Enabled;
_m = props.M;
_n = props.N;
_heads = props.Heads;
_shiftLength = props.ShiftLength;
_shiftMode = props.ShiftMode;
_writeMode = props.WriteMode;
_minSimilarityToJump = props.MinSimilarityToJump;
_tape = new List <double[]>();
_initalizeWithGradient = props.InitalizeWithGradient;
_initalValue = props.InitalValue;
_didWriteThreshold = props.DidWriteThreshold;
_useMemoryExpandLocation = props.UseMemoryExpandLocation;
Reset();
_initialRead = new double[_heads][];
for (int i = 0; i < _heads; i++)
{
_initialRead[i] = GetRead(i);
}
}
public TuringController(TuringMachineProperties props)
{
TuringMachine = new MinimalTuringMachine(props);
_turingInputLength = TuringMachine.InputCount;
}
public override void Initialize(XmlElement xmlConfig)
{
_turingMachineProps = new TuringMachineProperties(xmlConfig.SelectSingleNode("TuringMachineParams") as XmlElement);
}