A method of video coding, wherein the method comprises: - inter-prediction processing of a first block, wherein the inter-prediction processing comprises subpixel interpolation filtering of samples of a reference block; - intra-prediction processing of a second block, wherein the intra-prediction processing comprises subpixel interpolation filtering of reference samples; whrein the method further comprises - selecting interpolation filter coefficients for the subpixel interpolation filtering based on a subpixel offset between integer reference sample positions and fractional reference samples' positions, wherein for the same subpixel offsets the same interpolation filter coefficients are selected for intra-prediction processing and inter-prediction processing, characterized in that the selecting the interpolation filter coefficients comprises selecting the same interpolation filter coefficients based on the below association between subpixel offsets and interpolation filter coefficients: Subpixel offset c 0 c 1 c 2 c 3 0 (integer) 0 64 0 0 1 -1 63 2 0 2 -2 62 4 0 3 -2 60 7 -1 4 -2 58 10 -2 5 -3 57 12 -2 6 -4 56 14 -2 7 -4 55 15 -2 8 -4 54 16 -2 9 -5 53 18 -2 10 -6 52 20 -2 11 -6 49 24 -3 12 -6 46 28 -4 13 -5 44 29 -4 14 -4 42 30 -4 15 -4 39 33 -4 16 (half-pel) -4 36 36 -4 17 -4 33 39 -4 18 -4 30 42 -4 19 -4 29 44 -5 20 -4 28 46 -6 21 -3 24 49 -6 22 -2 20 52 -6 23 -2 18 53 -5 24 -2 16 54 -4 25 -2 15 55 -4 26 -2 14 56 -4 27 -2 12 57 -3 28 -2 10 58 -2 29 -1 7 60 -2 30 0 4 62 -2 31 0 2 63 -1 wherein the subpixel offsets are defined in 1/32 subpixel resolution and c 0 to c 3 represent the interpolation filter coefficients, and the selected filter coefficients are used for the subpixel interpolation filtering of chroma samples for inter-prediction processing and of luma samples for intra-prediction processing. - inter-prediction processing of a first block, wherein the inter-prediction processing comprises subpixel interpolation filtering of samples of a reference block; - intra-prediction processing of a second block, wherein the intra-prediction processing comprises subpixel interpolation filtering of reference samples; whrein the method further comprises - selecting interpolation filter coefficients for the subpixel interpolation filtering based on a subpixel offset between integer reference sample positions and fractional reference samples' positions, wherein for the same subpixel offsets the same interpolation filter coefficients are selected for intra-prediction processing and inter-prediction processing, characterized in that the selecting the interpolation filter coefficients comprises selecting the same interpolation filter coefficients based on the below association between subpixel offsets and interpolation filter coefficients: Subpixel offset c 0 c 1 c 2 c 3 0 (integer) 0 64 0 0 1 -1 63 2 0 2 -2 62 4 0 3 -2 60 7 -1 4 -2 58 10 -2 5 -3 57 12 -2 6 -4 56 14 -2 7 -4 55 15 -2 8 -4 54 16 -2 9 -5 53 18 -2 10 -6 52 20 -2 11 -6 49 24 -3 12 -6 46 28 -4 13 -5 44 29 -4 14 -4 42 30 -4 15 -4 39 33 -4 16 (half-pel) -4 36 36 -4 17 -4 33 39 -4 18 -4 30 42 -4 19 -4 29 44 -5 20 -4 28 46 -6 21 -3 24 49 -6 22 -2 20 52 -6 23 -2 18 53 -5 24 -2 16 54 -4 25 -2 15 55 -4 26 -2 14 56 -4 27 -2 12 57 -3 28 -2 10 58 -2 29 -1 7 60 -2 30 0 4 62 -2 31 0 2 63 -1 wherein the subpixel offsets are defined in 1/32 subpixel resolution and c 0 to c 3 represent the interpolation filter coefficients, and the selected filter coefficients are used for the subpixel interpolation filtering of chroma samples for inter-prediction processing and of luma samples for intra-prediction processing. <EOS>