public NumericalValue division(NumericalValue other)
{
assertAssignment();
//
dynamic other_value = other.getValue();
Debugging.assert(other_value != 0, new AquilaExceptions.ZeroDivisionException($"{numeric_value} / {other_value}"));
dynamic result_raw_value = numeric_value / other_value;
bool result_is_const = is_const && other.isConst();
// source variables
var source_variables = new Dictionary <string, NumericalValue>();
if (!string.IsNullOrEmpty(getName()))
{
source_variables.Add(getName(), this);
}
if (!string.IsNullOrEmpty(other.getName()) && other.getName() != getName())
{
source_variables.Add(other.getName(), other);
}
source_variables = mergeDictionaries(source_variables, other.source_vars);
//
NumericalValue result = Activator.CreateInstance(_val_type, result_raw_value, result_is_const, source_variables) as NumericalValue;
return(result);
}
public NumericalValue mult(NumericalValue other)
{
assertAssignment();
//
dynamic result_raw_value = numeric_value * other.getValue();
bool result_is_const = is_const && other.isConst();
// source variables
var source_variables = new Dictionary <string, NumericalValue>();
if (!string.IsNullOrEmpty(getName()))
{
source_variables.Add(getName(), this);
}
if (!string.IsNullOrEmpty(other.getName()) && other.getName() != getName())
{
source_variables.Add(other.getName(), other);
}
source_variables = mergeDictionaries(source_variables, other.source_vars);
//
NumericalValue result = Activator.CreateInstance(_val_type, result_raw_value, result_is_const, source_variables) as NumericalValue;
return(result);
}