resented as follows: rE[i][0][0] rE[i][0][1] rE[i][0][2] rE[i][1][0] rE[i][1][1] rE[i][1][2] (H-16) rE[i][2][0] rE[i][2][1] rE[i][2][2] sign_t[i][j] equal to 0 indicates that the sign of the j-th component of the translation vector for the i-th camera is positive. sign equal to 1 indicates that the sign is negative. exponent_t[i][ specifies the exponent part of the j-th component of the translation vector for the i-th camera. The Rec. ITU-T H.264 (01/2012) value of exponent t[ i shall be in the range of 0 to 62, inclusive. The value 63 is reserved for future use by ITU-T ISO/IEC. Decoders shall treat the value 63 as indicating an unspecified translation vector. mantissa_t[i][j] specifies the mantissa part of the j-th component of the translation vector for the i-th camera. The length V of the mantissa_t[i][j] syntax element in units of bits is variable and is determined as follows: If exponent t[i]==0, the lengthv=Max(0,prec_translation_param -30). = - Otherwise (0<exponent_t[i]<63), the length V = Max(0,exponent_t[i]+prec_translation_param -31). The translation vector T[ i for the i-th camera is represented by: tE[i][0] (H-17) tE[i][1] tE[i][2] The association between the camera parameter variables and corresponding syntax elements is specified by Table H-2. Each component of the intrinsic and rotation matrices and the translation vector is obtained from the variables specified in Table H-2 as the variable X computed as follows: f O < << 63,x=(-1)s*2e3(1+n 2) = Otherwise (e is equal NOTE - The above specification is similar to that found in IEC 60559:1989, Binary floating-point arithmetic for microprocessor systems. Table H-2 - Association between camera parameter variables and syntax elements. focalLengthX[i] sign_focal_lengthx[i] exponent_focal_length_x[i] mantissa_focal_length_x[i] focalLengthY[i] sign_focal_length_y[i] exponent_focal_length_y[i] mantissa_focal_length_y[i principalPointX|i] sign_principal_point_x[i] exponent_principal_point_x[i] mantissa_principal_point_x[i] principalPointY[i] sign_principal_