Fraction& Fraction::simplify()
{
	if (isDecimal(this->whole_Number_))		//checking if the whole number is decimal value
	{
		float decimal_value = this->whole_Number_ - (int)this->whole_Number_;		//getting the decimal value
		this->whole_Number_ = this->whole_Number_;								//making the whole number a int
		this->numerator_ += decimal_value * this->denominator_;						//adding the access decimal value to numerator
	}
	if (isDecimal(this->numerator_))		//checking if the numerator is a decimal value
	{
		float new_numerator_ = Decimal_To_Int(this->numerator_);	//getting the multiple that is a int
		this->denominator_ *= (new_numerator_ / this->numerator_);		//update denominator
		this->numerator_ = (float)new_numerator_;
	}
	if (isDecimal(this->denominator_))		//checking if the denominator is a decimal value
	{
		float new_denominator_ = Decimal_To_Int(this->denominator_);		//converts denominator to a int
		this->numerator_ *= (new_denominator_ / this->denominator_);		//updates the numerator
		this->denominator_ = new_denominator_;								//updates the denominator
	}
	if (this->numerator_ > this->denominator_)				//converting to proper fractions
	{
		int i = 0;
		while (true)
		{
			if (this->numerator_ < this->denominator_)		//if numerator smaller than denominator, break
			{
				break;
			}
			this->numerator_ -= this->denominator_;			//carry iver whole number
			i++;
		}
		this->whole_Number_ += (float)i;			//update whole number
	}
	if ((int)this->denominator_ % (int)this->numerator_ == 0)	//if the fraction can be simplified
	{
		float i = this->denominator_ / this->numerator_;
		this->denominator_ /= i;								//simplify the fraction
		this->numerator_ /= i;
	}
	return *this;
}