private static IFormulaToken CreateToken(FormulaEditorKey key, LocalVariable localVariable, GlobalVariable globalVariable)
{
switch (key)
{
// Constants
case FormulaEditorKey.D0: return(FormulaTokenFactory.CreateDigitToken(0));
case FormulaEditorKey.D1: return(FormulaTokenFactory.CreateDigitToken(1));
case FormulaEditorKey.D2: return(FormulaTokenFactory.CreateDigitToken(2));
case FormulaEditorKey.D3: return(FormulaTokenFactory.CreateDigitToken(3));
case FormulaEditorKey.D4: return(FormulaTokenFactory.CreateDigitToken(4));
case FormulaEditorKey.D5: return(FormulaTokenFactory.CreateDigitToken(5));
case FormulaEditorKey.D6: return(FormulaTokenFactory.CreateDigitToken(6));
case FormulaEditorKey.D7: return(FormulaTokenFactory.CreateDigitToken(7));
case FormulaEditorKey.D8: return(FormulaTokenFactory.CreateDigitToken(8));
case FormulaEditorKey.D9: return(FormulaTokenFactory.CreateDigitToken(9));
case FormulaEditorKey.DecimalSeparator: return(FormulaTokenFactory.CreateDecimalSeparatorToken());
case FormulaEditorKey.ParameterSeparator: return(FormulaTokenFactory.CreateParameterSeparatorToken());
case FormulaEditorKey.Pi: return(FormulaTokenFactory.CreatePiToken());
case FormulaEditorKey.True: return(FormulaTokenFactory.CreateTrueToken());
case FormulaEditorKey.False: return(FormulaTokenFactory.CreateFalseToken());
// Operators
case FormulaEditorKey.Plus: return(FormulaTokenFactory.CreatePlusToken());
case FormulaEditorKey.Minus: return(FormulaTokenFactory.CreateMinusToken());
case FormulaEditorKey.Multiply: return(FormulaTokenFactory.CreateMultiplyToken());
case FormulaEditorKey.Divide: return(FormulaTokenFactory.CreateDivideToken());
case FormulaEditorKey.Caret: return(FormulaTokenFactory.CreateCaretToken());
case FormulaEditorKey.Equals: return(FormulaTokenFactory.CreateEqualsToken());
case FormulaEditorKey.NotEquals: return(FormulaTokenFactory.CreateNotEqualsToken());
case FormulaEditorKey.Greater: return(FormulaTokenFactory.CreateGreaterToken());
case FormulaEditorKey.GreaterEqual: return(FormulaTokenFactory.CreateGreaterEqualToken());
case FormulaEditorKey.Less: return(FormulaTokenFactory.CreateLessToken());
case FormulaEditorKey.LessEqual: return(FormulaTokenFactory.CreateLessEqualToken());
case FormulaEditorKey.And: return(FormulaTokenFactory.CreateAndToken());
case FormulaEditorKey.Or: return(FormulaTokenFactory.CreateOrToken());
case FormulaEditorKey.Not: return(FormulaTokenFactory.CreateNotToken());
case FormulaEditorKey.Mod: return(FormulaTokenFactory.CreateModToken());
// Functions
case FormulaEditorKey.Exp: return(FormulaTokenFactory.CreateExpToken());
case FormulaEditorKey.Log: return(FormulaTokenFactory.CreateLogToken());
case FormulaEditorKey.Ln: return(FormulaTokenFactory.CreateLnToken());
case FormulaEditorKey.Min: return(FormulaTokenFactory.CreateMinToken());
case FormulaEditorKey.Max: return(FormulaTokenFactory.CreateMaxToken());
case FormulaEditorKey.Sin: return(FormulaTokenFactory.CreateSinToken());
case FormulaEditorKey.Cos: return(FormulaTokenFactory.CreateCosToken());
case FormulaEditorKey.Tan: return(FormulaTokenFactory.CreateTanToken());
case FormulaEditorKey.Arcsin: return(FormulaTokenFactory.CreateArcsinToken());
case FormulaEditorKey.Arccos: return(FormulaTokenFactory.CreateArccosToken());
case FormulaEditorKey.Arctan: return(FormulaTokenFactory.CreateArctanToken());
case FormulaEditorKey.Sqrt: return(FormulaTokenFactory.CreateSqrtToken());
case FormulaEditorKey.Abs: return(FormulaTokenFactory.CreateAbsToken());
case FormulaEditorKey.Round: return(FormulaTokenFactory.CreateRoundToken());
case FormulaEditorKey.Random: return(FormulaTokenFactory.CreateRandomToken());
// Sensors
case FormulaEditorKey.AccelerationX: return(FormulaTokenFactory.CreateAccelerationXToken());
case FormulaEditorKey.AccelerationY: return(FormulaTokenFactory.CreateAccelerationYToken());
case FormulaEditorKey.AccelerationZ: return(FormulaTokenFactory.CreateAccelerationZToken());
case FormulaEditorKey.Compass: return(FormulaTokenFactory.CreateCompassToken());
case FormulaEditorKey.InclinationX: return(FormulaTokenFactory.CreateInclinationXToken());
case FormulaEditorKey.InclinationY: return(FormulaTokenFactory.CreateInclinationYToken());
case FormulaEditorKey.Loudness: return(FormulaTokenFactory.CreateLoudnessToken());
// Properties
case FormulaEditorKey.Brightness: return(FormulaTokenFactory.CreateBrightnessToken());
case FormulaEditorKey.Layer: return(FormulaTokenFactory.CreateLayerToken());
case FormulaEditorKey.Transparency: return(FormulaTokenFactory.CreateTransparencyToken());
case FormulaEditorKey.PositionX: return(FormulaTokenFactory.CreatePositionXToken());
case FormulaEditorKey.PositionY: return(FormulaTokenFactory.CreatePositionYToken());
case FormulaEditorKey.Rotation: return(FormulaTokenFactory.CreateRotationToken());
case FormulaEditorKey.Size: return(FormulaTokenFactory.CreateSizeToken());
// Variables
case FormulaEditorKey.LocalVariable: return(FormulaTokenFactory.CreateLocalVariableToken(localVariable));
case FormulaEditorKey.GlobalVariable: return(FormulaTokenFactory.CreateGlobalVariableToken(globalVariable));
// brackets
case FormulaEditorKey.OpeningParenthesis: return(FormulaTokenFactory.CreateParenthesisToken(true));
case FormulaEditorKey.ClosingParenthesis: return(FormulaTokenFactory.CreateParenthesisToken(false));
default: throw new ArgumentOutOfRangeException("key");
}
}
protected override IFormulaToken CreateToken()
{
return(FormulaTokenFactory.CreateDivideToken());
}