Abstract: Systems and techniques are described herein for modifying a map. For instance, a method for modifying a map is provided. The method may include processing a first data map and a reference image to generate first features, the first data map including a first number of data values; processing a guide image to generate second features; modifying the first features based on the second features to generate modified features; modifying the first data map based on the modified features to generate a modified first data map; and generating a second data map based on the modified first data map, the second data map including a second number of data values that is greater than the first number of data values.

Abstract: This disclosure provides systems, devices, apparatus, and methods, including computer programs encoded on storage media, for dynamic graphics processor timeouts. A processor configures a set of graphics processor timeout values for a set of color fields for a first frame, where a sum of the set is less than or equal to a threshold graphics processor timeout value and detects, based on the set of graphics processor timeout values, that a graphics processor timeout has occurred with respect to color field(s). The processor performs, based on the detection and a head pose of a user, an adjustment to timeout value(s) that the sum remains less than or equal to the threshold graphics processor timeout value or a retrieval of a set of motion vectors for a second frame, where the second frame is prior to the first frame. The processor outputs an indication of the adjustment or the retrieval.

Abstract: Systems and techniques are described herein for modifying a map. For instance, a method for modifying a map is provided. The method may include processing a first data map and a reference image to generate first features, the first data map including a first number of data values; processing a guide image to generate second features; modifying the first features based on the second features to generate modified features; modifying the first data map based on the modified features to generate a modified first data map; and generating a second data map based on the modified first data map, the second data map including a second number of data values that is greater than the first number of data values.

Abstract: This disclosure provides systems, devices, apparatus, and methods, including computer programs encoded on storage media, for dynamic field switching based on a head pose. A processor computes a difference between a first pose corresponding to a rendering time instance for a frame and a second pose corresponding to a display time instance for the frame that occurs after the rendering time instance. The processor renders a first set of color fields or a second set of color fields for the frame based on the computed difference and a threshold, where the first set of color fields and the second set of color fields include a first number of color fields and a second number of color fields, respectively, where the first number is less than the second number. The processor outputs an indication of the rendered first set of color fields or the rendered second set of color fields.