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			Allocate();
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			Allocate();
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			memcpy(Data,Rhs.Data,nElems*sizeof(T));
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			memcpy(Data,Rhs.Data,nElems*sizeof(T));
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		}
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		}
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		///Copy constructor from Vec2Type
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		///Copy constructor from Vec2Type
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		template <class TT, class V, int N>
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		template <class TT, class V, unsigned int N>
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		CVectorType<T>(const CGLA::ArithVec<TT,V,N>& Rhs):nElems(N)
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		CVectorType<T>(const CGLA::ArithVec<TT,V,N>& Rhs):nElems(N)
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		{
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		{
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			Allocate();
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			Allocate();
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			for(int i=0;i<N;++i)
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			for(int i=0;i<N;++i)
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				Data[i]=Rhs[i];
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				Data[i]=Rhs[i];
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			Note that the vector is resized if it does not have the correct size.
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			Note that the vector is resized if it does not have the correct size.
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		*/
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		*/
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		//@{
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		//@{
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		CVectorType<T>& operator=(const T& Rhs) {SetScalar(Rhs);return *this;}
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		CVectorType<T>& operator=(const T& Rhs) {SetScalar(Rhs);return *this;}
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		template <class TT, class V, int N>
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		template <class TT, class V, unsigned int N>
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		CVectorType<T>& operator=(const CGLA::ArithVec<TT,V,N>& Rhs)
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		CVectorType<T>& operator=(const CGLA::ArithVec<TT,V,N>& Rhs)
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		{
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		{
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			Resize(N);
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			Resize(N);
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			for(int i=0;i<N;++i)
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			for(int i=0;i<N;++i)
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				Data[i]=Rhs[i];
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				Data[i]=Rhs[i];