public void Add(string[] arguments)
{
UnityEngine.Debug.LogError("LSharpCharacter Add");
int npcId = int.Parse(arguments[0]);
string action = arguments[1];
string directionStr = arguments[2];
int x = int.Parse(arguments[3]);
int y = int.Parse(arguments[4]);
bool isPlayer = arguments.Length > 5 && arguments[5] == "true";
Model.ActionType actionType = (Model.ActionType)Enum.Parse(typeof(Model.ActionType), action);
Model.Direction direction = (Model.Direction)Enum.Parse(typeof(Model.Direction), directionStr, true);
Global.sharpEvent.DispatchAddCharacter(npcId, actionType, direction, x, y, isPlayer);
LSharpScript.Instance.Analysis();
}
/// <summary>
/// 90 degree rotation of the cube in circular with rotation axis-x direction
/// </summary>
/// <param name="direction">The direction (left/right) of the cube</param>
public void rotateCircular90(Model.Direction direction, bool isRecorded = true)
{
string directionText = direction.ToString();
rotateSurface(Model.CubeSurface.Front, direction, false);
rotateSurface(Model.CubeSurface.MiddleCircular, direction, false);
rotateSurface(Model.CubeSurface.Back, direction == Model.Direction.Right ? Model.Direction.Left : Model.Direction.Right, false);
string imgLocation = direction == Model.Direction.Right ? ImageLocation.CircularRight90 : ImageLocation.CircularLeft90;
if (isRecorded)
{
// Step +1
this.numberSteps++;
this.History.Add(new Model.HistoryItem(this.Clone(), NumberSteps, String.Format("90 degree circular {0}", directionText), imgLocation));
}
}
/// <summary>
/// 90 degree rotation of the cube with rotation axis-y in horizontal direction
/// </summary>
/// <param name="direction">The direction (left/right) of the cube</param>
public void rotateHorizontal90(Model.Direction direction, bool isRecorded = true)
{
string directionText = direction.ToString();
rotateSurface(Model.CubeSurface.Top, direction, false);
rotateSurface(Model.CubeSurface.MiddleHorizontal, direction, false);
rotateSurface(Model.CubeSurface.Bottom, direction == Model.Direction.Right ? Model.Direction.Left : Model.Direction.Right, false);
string imgLocation = direction == Model.Direction.Right ? ImageLocation.HorizontalRight90 : ImageLocation.HorizontalLeft90;
if (isRecorded)
{
// Step +1
this.numberSteps++;
this.History.Add(new Model.HistoryItem(this.Clone(), NumberSteps, String.Format("90 degree horizontal {0}", directionText), imgLocation));
}
}
private void SetDirection(Int32 d)
{
dir = (Model.Direction)d;
}
public SettingsViewModel()
{
base.DisplayName = "SettingsViewModel";
_rotationDirection = (Model.Direction)Properties.Settings.Default.RotationDirection;
_numberOfSteps = Properties.Settings.Default.NumberOfSteps;
_motorVelocity = Properties.Settings.Default.MotorVelocity;
_motorContVelocity = Properties.Settings.Default.MotorContinuousVelocity;
_motorPort = Properties.Settings.Default.MotorPort;
MotorStepsPerRev = Properties.Settings.Default.MotorStepsPerRev;
SaveMeasurement = Properties.Settings.Default.SaveMeasuments;
MeasurementFolder = Properties.Settings.Default.MeasurementsFolder;
Saturation = (double)Properties.Settings.Default.Saturation;
Hue = (double)Properties.Settings.Default.Hue;
Gamma = (double)Properties.Settings.Default.Gamma;
WBConvergence = (double)Properties.Settings.Default.WBConvergence;
WBAdjust = Properties.Settings.Default.WBIncrement;
FrameRate = Properties.Settings.Default.FrameRate;
MeasurementFileExtension = Properties.Settings.Default.MeasurementsFileExtension.ToUpper() == ".BMP" ? 1 : 0;
CalculateColorAtStep = Properties.Settings.Default.CalculateColorAtStep;
CropLeft = Properties.Settings.Default.CropLeft;
CropTop = Properties.Settings.Default.CropTop;
CropWidth = Properties.Settings.Default.CropWidth;
CropHeight = Properties.Settings.Default.CropHeight;
CrossHairVerticalOffset = Properties.Settings.Default.CrossHairVerticalOffsetPercent;
CrossHairHorizontalOffset = Properties.Settings.Default.CrossHairHorizontalOffsetPercent;
CrossHairBrush = Properties.Settings.Default.CrossHairBrush;
ExtractToTextFile = Properties.Settings.Default.ExtractToTextFile;
TextFilePath = Properties.Settings.Default.TextFilePath;
MetrologyFilePath = Properties.Settings.Default.MetrologyFilePath;
WBInitialize = Properties.Settings.Default.WBInitialize;
WBInitialBlue = Properties.Settings.Default.WBInitializeBlue;
WBInitialRed = Properties.Settings.Default.WBInitializeRed;
Time = Properties.Settings.Default.Time;
Temperature = Properties.Settings.Default.Temperature;
ShutterTimeMs = Properties.Settings.Default.ShutterTime;
ShutterTimeDiffMs = Properties.Settings.Default.ShutterTimeDiff;
WBRedDiff = GlobalVariables.LightStableSettings.RedWBDiff;
WBBlueDiff = GlobalVariables.LightStableSettings.BlueWBDiff;
CameraTempDiffMs = Properties.Settings.Default.CameraTempDiff;
ADiffMs = Properties.Settings.Default.ADiff;
BDiffMs = Properties.Settings.Default.BDiff;
AutoOpenClose = Properties.Settings.Default.AutoOpenClose;
ExtractCalDataToTextFile = Properties.Settings.Default.ExtractCalDataToTextFile;
CalDataTextFilePath = Properties.Settings.Default.CalDataTextFilePath;
int[] selectedCalStoneArray;
try
{
selectedCalStoneArray =
Properties.Settings.Default.DailyMonitorTargetList.Split(',').Select(s => Int32.Parse(s)).ToArray();
if (selectedCalStoneArray.Length < 2)
{
Properties.Settings.Default.DailyMonitorTargetList = String.Empty;
selectedCalStoneArray = new int[0];
}
}
catch
{
selectedCalStoneArray = new int[0];
}
DataTable dt = new DataTable();
dt.Columns.Add("Target");
for (int i = 0; i < selectedCalStoneArray.Length; i++)
{
DataRow row = dt.NewRow();
row["Target"] = TargetCalStoneList.Rows[selectedCalStoneArray[i]]["Target"];
dt.Rows.Add(row);
}
SelectedCalStoneList = dt;
Lconv = Properties.Settings.Default.LConv;
Aconv = Properties.Settings.Default.AConv;
Bconv = Properties.Settings.Default.BConv;
Lshift = Properties.Settings.Default.Lshift;
Ashift = Properties.Settings.Default.Ashift;
Bshift = Properties.Settings.Default.Bshift;
CommandClose = new RelayCommand(param => this.Close(param));
CommandUpdateSettings = new RelayCommand(param => this.UpdateSettings(param));
CommandMeasurementFolder = new RelayCommand(param => this.SelectMeasurementFolder());
CommandTextFilePath = new RelayCommand(param => this.SelectTextFilePath());
CommandMetrologyFilePath = new RelayCommand(param => this.SelectMetrologyFilePath());
CommandCalDataTextFilePath = new RelayCommand(param => this.SelectCalDataTextFilePath());
CommandAddTarget = new RelayCommand(param => this.AddTargetStone());
CommandRemoveTarget = new RelayCommand(param => this.RemoveTargetStone());
_connectedCamera = MainWindowViewModel.ControlVM.ConnectedCamera;
}
