public override OperatorExecutionStatus Execute(LGPRegister operand1, LGPRegister operand2, LGPRegister destination_register)
{
double x = operand1.Value;
destination_register.Value = System.Math.Sin(x);
return(LGPOperator.OperatorExecutionStatus.LGP_EXECUTE_NEXT_INSTRUCTION);
}
public override OperatorExecutionStatus Execute(LGPRegister operand1, LGPRegister operand2, LGPRegister destination_register)
{
double x1 = operand1.Value;
double x2 = operand2.Value;
destination_register.Value = x1 * x2;
return(LGPOperator.OperatorExecutionStatus.LGP_EXECUTE_NEXT_INSTRUCTION);
}
public override OperatorExecutionStatus Execute(LGPRegister operand1, LGPRegister operand2, LGPRegister destination_register)
{
if (operand1.Value > operand2.Value)
{
return(OperatorExecutionStatus.LGP_EXECUTE_NEXT_INSTRUCTION);
}
else
{
return(OperatorExecutionStatus.LGP_SKIP_NEXT_INSTRUCTION);
}
}
public override OperatorExecutionStatus Execute(LGPRegister operand1, LGPRegister operand2, LGPRegister destination_register)
{
double x = operand1.Value;
if (x == 0)
{
destination_register.Value = x + LGPProtectedDefinition.Instance.UNDEFINED;
}
else
{
destination_register.Value = System.Math.Log(x);
}
return(LGPOperator.OperatorExecutionStatus.LGP_EXECUTE_NEXT_INSTRUCTION);
}
public override OperatorExecutionStatus Execute(LGPRegister operand1, LGPRegister operand2, LGPRegister destination_register)
{
double x1 = operand1.Value;
double x2 = operand2.Value;
if (System.Math.Abs(x1) < 10)
{
destination_register.Value = System.Math.Pow(System.Math.Abs(x1), x2);
}
else
{
destination_register.Value = x1 + x2 + LGPProtectedDefinition.Instance.UNDEFINED;
}
return(LGPOperator.OperatorExecutionStatus.LGP_EXECUTE_NEXT_INSTRUCTION);
}
