88 /**

    89 @internalComponent

    90 

    91 Ratio represented = iM*2^iX

    92 e.g. 1.0 has iM=0x80000000, iX=-31

    93 */

    94 struct SRatio

    95 	{

    96 	void Set(TUint32 aInt, TInt aDivisorExp=0);		// set this ratio to aInt/2^aDivisorExp

    97 	TInt Reciprocal();								// this = 1/this

    98 	TInt Mult(TUint32& aInt32);						// Multiply aInt32 by this ratio

    99 //	TInt Mult(TUint64& aInt64);						// Multiply aInt64 by this ratio

   100 

   101 	TUint32		iM;		// mantissa, normalised so bit 31=1

   102 	TInt16		iX;		// -exponent.

   103 	TUint8		iSpare1;

   104 	TUint8		iSpare2;

   105 	};

   106 

   107 /**

   108 @internalComponent

   109 

   110 Ratio and inverse ratio

   111 */

   112 struct SRatioInv

   113 	{

   114 	void Set(const SRatio* aR);

   115 

   116 	SRatio		iR;

   117 	SRatio		iI;

   118 	};

   119 

   120