The open source OpenXR runtime
0
fork

Configure Feed

Select the types of activity you want to include in your feed.

doc: Fix some its vs it's.

+5 -5
+2 -2
doc/CHANGELOG.md
··· 177 177 now a per layer thing. 178 178 ([!461](https://gitlab.freedesktop.org/monado/monado/merge_requests/461)) 179 179 - Add `xrt_compositor_info` struct that allows the compositor carry information 180 - to about it's capbilities and it's recommended values. Not everything is hooked 180 + to about its capabilities and its recommended values. Not everything is hooked 181 181 up at the moment. 182 182 ([!461](https://gitlab.freedesktop.org/monado/monado/merge_requests/461)) 183 183 - Add defines for underlying handle types. ··· 218 218 - Remove the `out_timestamp` argument to the `xrt_device::get_tracked_pose` 219 219 function, it's not needed anymore and the devices can do prediction better 220 220 as 221 - it knows more about it's tracking system the the state tracker. 221 + it knows more about its tracking system the the state tracker. 222 222 ([!521](https://gitlab.freedesktop.org/monado/monado/merge_requests/521)) 223 223 - Replace mesh generator with `compute_distortion` function on `xrt_device`. This 224 224 is used to both make it possible to use mesh shaders for devices and to provide
+1 -1
doc/changes/state_trackers/mr.847.2.md
··· 1 - OpenXR: Break out end frame handling to it's own file since it's so big. 1 + OpenXR: Break out end frame handling to its own file since it's so big.
+2 -2
doc/frame-timing.md
··· 18 18 * `xrBeginFrame` is called by the application, referred to as **begin**. 19 19 * The app renders the current views using the GPU. 20 20 * `xrEndFrame` is called by the application submitting the views. 21 - * The compositor wakes up to do it's distorting rendering and any warping, 21 + * The compositor wakes up to do its distorting rendering and any warping, 22 22 checking if the applications rendering has finished. When the compositor 23 23 submits the work to the GPU, referred to as **submit**. 24 - * The compositor queues it's swapbuffer to the display engine. 24 + * The compositor queues its swapbuffer to the display engine. 25 25 * Scanout starts, the kernel checked if the compositors rendering was completed 26 26 in time. We refer to this time as **present**, this seems to be common. 27 27 * During the vblank period the display lights up turning the pixels into