1. A method of decoding encoded video data, the method comprising: determining that residual quadtree splitting is enabled with respect to a block of the encoded video data; determining a maximum residual quad tree depth with respect to the residual quadtree splitting of the block of the encoded video data; determining that a prediction partitioning structure for reconstructing pixel values associated with the block of video data includes one or more asymmetric motion partition (AMP) boundaries; determining a transform partitioning structure for applying one or more inverse transforms to the reconstructed pixel values, wherein determining the transform partitioning structure includes: performing, in response to the residual quadtree splitting being enabled with respect to the block of the encoded video data and based on the residual quadtree splitting resulting in one or more transforms crossing at least one AMP boundary of the AMP boundaries, forced splitting of a parent transform unit associated with the block of the encoded video data, wherein the parent transform unit has an equal area with respect to the block of video data, wherein the forced splitting of the parent transform unit produces a plurality of square transforms, and wherein each square transform of the plurality of square transforms is at the maximum residual quad tree depth associated with the residual quadtree splitting; and upon performing the forced splitting of the parent transform unit to form the plurality of square transforms, determining each respective square transform of the plurality of square transforms based on the one or more AMP boundaries such that each respective square transform of the plurality of square transforms corresponds to a maximum transform size that does not cross any AMP boundary of the one or more AMP boundaries.