Method for coding at least one holographic pattern resulting from the recording of a luminous wavefront representative of the light emanating from at least one object in perspective in a scene, said method being characterized in that it implements the steps consisting in: - determining, for each point x j of the holographic pattern, with 1≤j≤M, a set of N light rays passing through said point x j and corresponding respectively to the diffraction according to N different directions of viewing of said pattern, of a plane wave incident perpendicularly to a plane containing said holographic pattern, - generating, on the basis of the M sets of N light rays determined, a plurality of N two-dimensional views of said object corresponding respectively to said N viewing positions for said pattern, by intersection, at each of said viewing positions contained in a viewing plane parallel to the plane containing said holographic pattern, of M determined rays, - spatially arranging said N views generated as a multi-view image of said object, - compressing said multi-view image, said compression step implementing, sub-steps of: - prediction of said multi-view image as a function of at least one reference multi-view image previously coded and then decoded, delivering a predicted multi-view image, - determination of residual data, by comparing data relating to said multi-view image with data relating to said predicted multi-view image, - transform and quantization of the residual data determined, and - encoding of the transformed and quantized residual data. - determining, for each point x j of the holographic pattern, with 1≤j≤M, a set of N light rays passing through said point x j and corresponding respectively to the diffraction according to N different directions of viewing of said pattern, of a plane wave incident perpendicularly to a plane containing said holographic pattern, - generating, on the basis of the M sets of N light rays determined, a plurality of N two-dimensional views of said object corresponding respectively to said N viewing positions for said pattern, by intersection, at each of said viewing positions contained in a viewing plane parallel to the plane containing said holographic pattern, of M determined rays, - spatially arranging said N views generated as a multi-view image of said object, - compressing said multi-view image, said compression step implementing, sub-steps of: - prediction of said multi-view image as a function of at least one reference multi-view image previously coded and then decoded, delivering a predicted multi-view image, - determination of residual data, by comparing data relating to said multi-view image with data relating to said predicted multi-view image, - transform and quantization of the residual data determined, and - encoding of the transformed and quantized residual data. - prediction of said multi-view image as a function of at least one reference multi-view image previously coded and then decoded, delivering a predicted multi-view image, - determination of residual data, by comparing data relating to said multi-view image with data relating to said predicted multi-view image, - transform and quantization of the residual data determined, and - encoding of the transformed and quantized residual data.