available for Intra Base prediction" in the invocation of clause G.8.6.2.2 for the macroblock with address mbAddr of the layer representation with DQId equal to currDQId, the following ordered steps are specified: (1) Let refMbAddr be the macroblock address of the macroblock in the layer representation with DQId equal to MaxRefLayerDQId that contains the luma sample at location (xR, yR). (2) The array element refILIntraPredFlag[ refMbAddr ] is set equal to 1. (3) When refLayerMbType[refMbAddr is equal to I_16x16, I_8x8, or I_4x4, let setRefIntraMbs be the set of macroblocks that contain luma or chroma samples that are directly (by the invocation of clause G.8.3.2 for the macroblock with address refMbAddr) or indirectly (by multiple invocations of clause G.8.3.2 for macroblocks with mbAddr less than or equal to refMbAddr) used for construction of the intra prediction signal of the macroblock with address refMbAddr in the layer representation with DQId equal to MaxRefLayerDQId. (4) For refIntraMbAddr proceeding over the macroblock addresses for the macroblocks of the set setRefIntraMbs, refILIntraPredFlag[ refIntraMbAddr ] is set equal to 1. The variable numILIntraPredSamples is set equal to the number of elements of the (PicWidthInSamplesL)x(PicHeightInSamplesL) array currILIntraPredFlag that are equal to 1. NOTE 1 - The variable numILIntraPredSamples is a measure for the number of luma samples in the layer representation with DQId equal to currDQId that are predicted by inter-layer intra prediction. The variable numRefLayerILIntraPredMbs is set equal to the number of elements of the array reflLIntraPredFlag that are equal to 1. NOTE 2 - The variable numRefLayerILIntraPredMbs is a measure for the number of intra-coded macroblocks in the reference layer representation that need to be decoded for constructing the inter-layer intra prediction samples of the layer representation with DQId equal to currDQId. G.8.6.3 Resampling process for residual samples Inputs to this process are: a variable fieldMbFlag specifying wh