// Use this for initialization
void Start()
{
_leftTriggerAction = new VectorInput("/actions/main/in/lefttriggervalue");
_rightTriggerAction = new VectorInput("/actions/main/in/righttriggervalue");
_leftAAction = new BooleanInput("/actions/main/in/lefta");
_rightAAction = new BooleanInput("/actions/main/in/righta");
_leftTrackpadAction = new BooleanInput("/actions/main/in/lefttrackpadpress");
_rightTrackpadAction = new BooleanInput("/actions/main/in/righttrackpadpress");
string model = XRDevice.model != null?XRDevice.model.ToLower() : "";
if (model.Contains("index"))
{
triggerButton = (KeyCode)IndexTriggerButton;
}
else if (model.Contains("vive"))
{
triggerButton = (KeyCode)ViveTriggerButton;
}
else if (model.Contains("oculus"))
{
triggerButton = (KeyCode)OculusTriggerButton;
}
else
{
triggerButton = (KeyCode)WMRTriggerButton;
}
//Debug.Log("model: " + model);
}
private VectorInput Read_VectorInput(BinaryReader reader)
{
var result = new VectorInput();
result.Data = ReadString(reader);
result.Value = ReadVectorF(reader, 4);
return(result);
}
// Use this for initialization
void Awake()
{
posIntput = posIntputObj.GetComponent <VectorInput>();
dirIntput = dirIntputObj.GetComponent <VectorInput>();
titleText = titleGameobject.GetComponent <Text>();
animator = GetComponent <Animator>();
keyframeArrowManager = TimeLineSlider.GetComponent <KeyframeArrowManager>();
}
private void RegisterActionSet()
{
logger.Info("Registering actions");
leftTriggerValue = new VectorInput("/actions/main/in/lefttriggervalue");
rightTriggerValue = new VectorInput("/actions/main/in/righttriggervalue");
menu = new BooleanInput("/actions/main/in/menu");
leftSlice = new HapticVibrationOutput("/actions/main/out/leftslice");
rightSlice = new HapticVibrationOutput("/actions/main/out/rightslice");
leftHandPose = new PoseInput("/actions/main/in/lefthandpose");
rightHandPose = new PoseInput("/actions/main/in/righthandpose");
}
public Button(SpriteFont font, VectorInput vectorInput, Action clickAction, string text, Vector2 position, Color?defaultColor = null, Color?hoverColor = null)
{
Font = font;
ClickAction = clickAction;
VectorInput = vectorInput;
Position = position;
DefaultColor = defaultColor ?? Color.White;
HoverColor = hoverColor ?? Color.Red;
CurrentColor = DefaultColor;
TextRefresh(text);
Subscribe();
}
void _Create(GraphFactory graph, int inputSize, float[] gamma, float[] beta, float[] derivedMean, float[] derivedM2, int count)
{
_inputSize = inputSize;
_statistics = new VectorBasedStatistics(graph.LinearAlgebraProvider, inputSize, derivedMean, derivedM2, count);
if (gamma == null)
{
gamma = new float[inputSize];
for (var i = 0; i < inputSize; i++)
{
gamma[i] = 1f;
}
}
if (beta == null)
{
beta = new float[inputSize];
}
_input = new FlowThrough();
_gamma = new VectorInput(gamma, "gamma");
_beta = new VectorInput(beta, "beta");
var mean = graph.Connect(inputSize, _input).Add(new BatchMean());
var subtractMean = graph.Subtract(inputSize, _input, mean.LastNode);
var subtractMeanOutput = subtractMean.LastNode;
var stdDev = subtractMean
.Add(new InputSquared())
.Add(new BatchMean())
.Add(new SquareRootOfInput())
.Add(new OneDividedByInput());
var normalised = graph.Multiply(_inputSize, subtractMeanOutput, stdDev.LastNode) /*.Add(new InspectSignals(data => {
* var matrix = data.GetMatrix().AsIndexable();
* var statistics = matrix.Columns.Select(v => (v, v.Average())).Select(v2 => (v2.Item2, v2.Item1.StdDev(v2.Item2))).ToList();
* }))*/;
var adjusted = graph.Multiply(_inputSize, _gamma, normalised.LastNode);
_output = graph.Add(_inputSize, _beta, adjusted.LastNode).LastNode;
_start = new OneToMany(SubNodes, bp => { });
}
public Vector <float> Compute(StatePair input, bool training)
{
// Forward propagate.
var img = InputLayer.Compute(input.Spatial);
for (int i = 0; i < ConvolutionalLayers.Length; i++)
{
img = SubSampleLayers[i].Compute(ConvolutionalLayers[i].Compute(img));
}
_vecp.left = FlattenLayer.Compute(img);
_vecp.right = LinearHiddenLayer.Compute(VectorInput.Compute(input.Linear));
IsOutputFromTraining = false;
var res = OutputLayer.Compute(CombinationLayer.Compute(_vecp));
if (ValuesComputed != null)
{
ValuesComputed(res, training);
}
return(res);
}
public Board(Texture2D cellTexture2D, Rectangle boardContainer, int lines, int columns, IGemFactory gemFactory,
VectorInput vectorInput)
{
if (lines == 0 || columns == 0)
{
throw new ArgumentException("Lines and Columns can't be 0");
}
CellTexture2D = cellTexture2D;
Gems = new Gem[columns, lines];
Cells = new Rectangle[columns, lines];
var widthCell = boardContainer.Width / columns;
var heightCell = boardContainer.Height / lines;
var cellSize = Math.Min(widthCell, heightCell);
GemOffset = (int)(cellSize * 0.1);
GemSize = cellSize - GemOffset * 2;
var startX = boardContainer.X + (boardContainer.Width - columns * cellSize) / 2;
var startY = boardContainer.Y + (boardContainer.Height - lines * cellSize) / 2;
CellColor = new Color(Color.White, 50);
GemFactory = gemFactory;
for (var x = 0; x < columns; x++)
{
for (var y = 0; y < lines; y++)
{
Cells[x, y] = new Rectangle(startX + x * cellSize, startY + y * cellSize, cellSize, cellSize);
CreateGem(x, y);
}
}
Lines = lines;
Columns = columns;
Recalculate = new List <Gem>(Gems.Length);
BoardState = BoardState.Move;
VectorInput = vectorInput;
VectorInput.Press += VectorInputOnPress;
}
public MainMenu(VectorInput vectorInput)
{
_vectorInput = vectorInput;
}
public GameOver(VectorInput vectorInput)
{
_vectorInput = vectorInput;
}
public LevelOne(VectorInput vectorInput)
{
_vectorInput = vectorInput;
}
private void CB_VesselName_SelectionChangeCommitted(object sender, EventArgs e)
{
string selVessel = (string)CB_VesselName.SelectedItem;
Guid ID = vessels.First(x => x.Value == selVessel).Key;
var userData = PluginManager.PluginManager.GetUserInputValues(ID);
int i = 0;
GB_VesselData.Controls.Clear();
Log.Write("VesselEdit: Clearing controls");
// Loc (7, 20)
// Size (457, 27)
foreach (KeyValuePair <string, PluginManager.OrbVesselScenarioDataType> kvp in userData)
{
UserControl control = new UserControl();
var loc = new Point(7, 20 + 27 * i);
var size = new Size(457, 27);
switch (kvp.Value)
{
case PluginManager.OrbVesselScenarioDataType.STRING:
var ti = new TextInput();
ti.Name = kvp.Key;
ti.Value = string.Empty;
Log.Write(string.Format("VesselEdit: Adding '{0}' as TextInput", kvp.Key));
control = ti;
break;
case PluginManager.OrbVesselScenarioDataType.INT:
case PluginManager.OrbVesselScenarioDataType.DOUBLE:
var di = new DoubleInput();
di.Name = kvp.Key;
di.Value = 0d;
Log.Write(string.Format("VesselEdit: Adding '{0}' as DoubleInput", kvp.Key));
control = di;
break;
case PluginManager.OrbVesselScenarioDataType.VECTOR:
var vi = new VectorInput();
vi.Name = kvp.Key;
vi.Value = new Vector3(0, 0, 0);
Log.Write(string.Format("VesselEdit: Adding '{0}' as VectorInput", kvp.Key));
control = vi;
break;
case PluginManager.OrbVesselScenarioDataType.PERCENTAGE:
var pi = new PercentageInput();
pi.Name = kvp.Key;
pi.Value = 1d;
Log.Write(string.Format("VesselEdit: Adding '{0}' as PercentageInput", kvp.Key));
control = pi;
break;
}
control.Location = loc;
control.Size = size;
control.Tag = kvp.Value;
GB_VesselData.Controls.Add(control);
i++;
}
}
