public void Execute(List <Expression> instruction)
{
//Eliminar keyword de tipo IExecutable. No lo necesito para compilar.
instruction.RemoveAt(0);
if (SyntacticAnalysis(instruction))
{
string nameVariable = instruction[0].ToString();
//Solo trabajar con las expresiones de la derecha del =
instruction.RemoveAt(0); instruction.RemoveAt(0);
//Si es un tipo Text y del operador =, y no hay mas tokens
if (instruction.Count == 1 && (instruction[0] is Text))
{
Memory.SaveText(nameVariable, (instruction[0] as Text).Value);
}
//Es un tipo number
else
{
ConditionalFunction ecuation = ConvertToConditionalFunction.FetchFunction(instruction);
if (ecuation != null)
{
float toSave = ecuation.Evaluate(0);
// Guardar variable en la memoria
if (!Compiler._haveError)
{
Memory.SaveVariable(nameVariable, toSave);
}
}
}
}
}
public void Execute(List <Expression> instruction)
{
//Eliminar keyword de tipo IExecutable. No lo necesito para compilar.
instruction.RemoveAt(0);
if (SyntacticAnalysis(instruction))
{
ConditionalFunction functionGraph = ConvertToConditionalFunction.FetchFunction(instruction);
if (functionGraph != null)
{
Random rn = new Random((Environment.TickCount + instruction.GetHashCode()) % int.MaxValue);
float pp = functionGraph.Evaluate(5);
Display._fViewer.Functions.Add(new XControls.FunctionInfo()
{
Name = "f" + Environment.TickCount.ToString(),
Function = x => functionGraph.Evaluate(x),
Color = Color.FromArgb(rn.Next(255), rn.Next(255), rn.Next(255))
});
Display.onActivateGraph = true;
}
}
}
/// <summary>
/// Constructor de Funcion
/// </summary>
/// <param name="body">Cuerpo de la funcion</param>
/// <param name="proposition">Proposicion a evaluar</param>
/// <param name="ptrElse">Puntero a otra funcion condicional</param>
public ConditionalFunction(FunctionArithmetic body, FunctionBoolean proposition, ConditionalFunction ptrElse)
{
this.body = body;
this.proposition = proposition;
this.ptrElse = ptrElse;
}
