public int Divide(Q32 other)
{
bool isResultNegative = (this.RawLongValue < 0) ^ (other.RawLongValue < 0);
long num = (Math.Abs(RawLongValue) << FractionLength) / Math.Abs(other.RawLongValue);
int result = (int)num;
if (isResultNegative)
{
result *= -1;
}
return(result);
}
public int Multilpy(Q32 other)
{
bool isResultNegative = (this.RawLongValue < 0) ^ (other.RawLongValue < 0);
long num = Math.Abs(RawLongValue) * Math.Abs(other.RawLongValue);
int result = (int)(num >> FractionLength);
if (isResultNegative)
{
result *= -1;
}
return(result);
}
public int Divide(Q32 a)
{
long num = (this.RawLongValue << FractionLength) / a.RawLongValue;
// Divisor is greater than Dividened OR result is lower than zero
if (this.RawLongValue == a.RawLongValue ||
this.RawLongValue == -a.RawLongValue)
{
return((int)num);
}
if (a.RawLongValue > this.RawLongValue ||
num < 0 << FractionLength)
{
int positiveOne = 1 << FractionLength;
num += positiveOne;
}
return((int)num);
}
internal Fixed(Q32 fixedPoint)
{
FixedPoint = fixedPoint;
}
public int Subtract(Q32 other)
{
long num = this.RawLongValue - other.RawLongValue;
return((int)num);
}
public int Add(Q32 other)
{
long num = this.RawLongValue + other.RawLongValue;
return((int)num);
}
public int Subtract(Q32 a)
{
long num = this.RawLongValue - a.RawLongValue;
return((int)num);
}
public int Add(Q32 a)
{
long num = this.RawLongValue + a.RawLongValue;
return((int)num);
}
public int Multilpy(Q32 a)
{
long num = this.RawLongValue * a.RawLongValue;
return((int)(num >> FractionLength));
}
