A method for coding video data, wherein a spatial resolution of depth view components of the video data is lower than a spatial resolution of corresponding texture view components of the video data, the method comprising: coding a plurality of spatially neighboring texture view blocks of a texture view component, wherein the plurality of spatially neighboring texture view blocks corresponds to a single depth view block of a depth view component; in response to determining that a partition of the single depth view block corresponds to a first texture view block from the plurality of spatially neighboring texture view blocks and that the first texture view block was intra coded, determining motion information for the partition of the single depth view block based on motion information of a second texture view block from the plurality of spatially neighboring texture view blocks; and coding the single depth view block based on the determined motion information, wherein determining the motion information for the partition of the single depth view block based on the motion information of the second texture view block comprises: determining, for each of the plurality of spatially neighboring texture view blocks, whether the texture view block was inter predicted; and in response to determining that, of the plurality of spatially neighboring blocks, only the second texture view block was inter predicted, determining a reference index of a first partition of one or more partitions (110A, 110B, 110C, 110D) of the second texture view block, wherein the first partition of the second texture view block is the partition of the second texture view block that is closest to the center of the texture view component. coding a plurality of spatially neighboring texture view blocks of a texture view component, wherein the plurality of spatially neighboring texture view blocks corresponds to a single depth view block of a depth view component; in response to determining that a partition of the single depth view block corresponds to a first texture view block from the plurality of spatially neighboring texture view blocks and that the first texture view block was intra coded, determining motion information for the partition of the single depth view block based on motion information of a second texture view block from the plurality of spatially neighboring texture view blocks; and coding the single depth view block based on the determined motion information, wherein determining the motion information for the partition of the single depth view block based on the motion information of the second texture view block comprises: determining, for each of the plurality of spatially neighboring texture view blocks, whether the texture view block was inter predicted; and in response to determining that, of the plurality of spatially neighboring blocks, only the second texture view block was inter predicted, determining a reference index of a first partition of one or more partitions (110A, 110B, 110C, 110D) of the second texture view block, wherein the first partition of the second texture view block is the partition of the second texture view block that is closest to the center of the texture view component. determining, for each of the plurality of spatially neighboring texture view blocks, whether the texture view block was inter predicted; and in response to determining that, of the plurality of spatially neighboring blocks, only the second texture view block was inter predicted, determining a reference index of a first partition of one or more partitions (110A, 110B, 110C, 110D) of the second texture view block, wherein the first partition of the second texture view block is the partition of the second texture view block that is closest to the center of the texture view component.