NodeBase CreateMathNode(SubExpressionType exp)
{
ArithemticOperator op = exp.GetArithmeticOperator();
OperationType operationType = OperationType.ADD;
//Add
if (op.HasAdd())
{
operationType = OperationType.ADD;
}
//Subtract
else if (op.HasSubtract())
{
operationType = OperationType.SUBTRACT;
}
//Divide
else if (op.HasDivide())
{
operationType = OperationType.DIVIDE;
}
//Multiply
else if (op.HasMultiply())
{
operationType = OperationType.MULTIPLY;
}
//Power
else if (op.HasPower())
{
operationType = OperationType.POWER;
}
//Log : assumes that RHS is the base and LHS is the number.
else if (op.HasLog())
{
operationType = OperationType.LOG;
}
ArithmeticNode node = new ArithmeticNode(m_Container);
node.m_OperationType = operationType;
node.AddChild(CreateArithmeticNode(exp.GetLHSArithmeticExpression()));
node.AddChild(CreateArithmeticNode(exp.GetRHSArithmeticExpression()));
return(node);
}
NodeBase CreateMathNode(SubExpressionType exp)
{
ArithemticOperator op = exp.GetArithmeticOperator();
OperationType operationType = OperationType.ADD;
//Add
if (op.HasAdd())
{
operationType = OperationType.ADD;
}
//Subtract
else if (op.HasSubtract())
{
operationType = OperationType.SUBTRACT;
}
//Divide
else if (op.HasDivide())
{
operationType = OperationType.DIVIDE;
}
//Multiply
else if (op.HasMultiply())
{
operationType = OperationType.MULTIPLY;
}
//Power
else if (op.HasPower())
{
operationType = OperationType.POWER;
}
//Log : assumes that RHS is the base and LHS is the number.
else if (op.HasLog())
{
operationType = OperationType.LOG;
}
ArithmeticNode node = new ArithmeticNode(m_Container);
node.m_OperationType = operationType;
node.AddChild(CreateArithmeticNode(exp.GetLHSArithmeticExpression()));
node.AddChild(CreateArithmeticNode(exp.GetRHSArithmeticExpression()));
return node;
}