Monado OpenXR Runtime
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All of the device components that deals with interfacing to a users head. More...
#include <xrt/xrt_device.h>
Data Fields | |
struct { | |
int w_pixels | |
int h_pixels | |
uint64_t nominal_frame_interval_ns | |
Nominal frame interval. More... | |
} | screens [1] |
The hmd screen as an unrotated display, like the HMD presents it to the OS. More... | |
struct xrt_view | views [XRT_MAX_VIEWS] |
Display information. More... | |
size_t | view_count |
enum xrt_blend_mode | blend_modes [XRT_MAX_DEVICE_BLEND_MODES] |
Array of supported blend modes. More... | |
size_t | blend_mode_count |
struct { | |
enum xrt_distortion_model models | |
Supported distortion models, a bitfield. More... | |
enum xrt_distortion_model preferred | |
Preferred disortion model, single value. More... | |
struct { | |
float * vertices | |
Data. More... | |
uint32_t vertex_count | |
Number of vertices. More... | |
uint32_t stride | |
Stride of vertices. More... | |
uint32_t uv_channels_count | |
1 or 3 for (chromatic aberration). More... | |
int * indices | |
Indices, for triangle strip. More... | |
uint32_t index_counts [XRT_MAX_VIEWS] | |
Number of indices for the triangle strips (one per view). More... | |
uint32_t index_offsets [XRT_MAX_VIEWS] | |
Offsets for the indices (one offset per view). More... | |
uint32_t index_count_total | |
Total number of elements in mesh::indices array. More... | |
} mesh | |
struct xrt_fov fov [XRT_MAX_VIEWS] | |
distortion is subject to the field of view More... | |
} | distortion |
Distortion information. More... | |
All of the device components that deals with interfacing to a users head.
HMD is probably a bad name for the future but for now will have to do.
enum xrt_blend_mode xrt_hmd_parts::blend_modes[XRT_MAX_DEVICE_BLEND_MODES] |
Array of supported blend modes.
Referenced by u_device_setup_one_eye(), and u_distortion_cardboard_calculate().
struct { ... } xrt_hmd_parts::distortion |
Distortion information.
Referenced by render_resources::render_resources_init(), u_device_free(), u_device_get_view_poses(), and xrt_device::u_distortion_mesh_set_none().
struct xrt_fov xrt_hmd_parts::fov[XRT_MAX_VIEWS] |
distortion is subject to the field of view
Referenced by u_device_get_view_poses().
uint32_t xrt_hmd_parts::index_count_total |
Total number of elements in mesh::indices array.
Referenced by render_resources::render_resources_init().
uint32_t xrt_hmd_parts::index_counts[XRT_MAX_VIEWS] |
Number of indices for the triangle strips (one per view).
Referenced by render_resources::render_resources_init().
uint32_t xrt_hmd_parts::index_offsets[XRT_MAX_VIEWS] |
Offsets for the indices (one offset per view).
Referenced by render_resources::render_resources_init().
int* xrt_hmd_parts::indices |
Indices, for triangle strip.
Referenced by u_device_free().
enum xrt_distortion_model xrt_hmd_parts::models |
Supported distortion models, a bitfield.
Referenced by xrt_device::u_distortion_mesh_set_none().
uint64_t xrt_hmd_parts::nominal_frame_interval_ns |
Nominal frame interval.
Referenced by CDeviceDriver_Monado::CDeviceDriver_Monado(), and comp_settings_init().
enum xrt_distortion_model xrt_hmd_parts::preferred |
Preferred disortion model, single value.
struct { ... } xrt_hmd_parts::screens[1] |
The hmd screen as an unrotated display, like the HMD presents it to the OS.
This field is used by Compositor to setup the extended mode window.
Referenced by CDeviceDriver_Monado::CDeviceDriver_Monado(), comp_settings_init(), and u_extents_2d_split_side_by_side().
uint32_t xrt_hmd_parts::stride |
Stride of vertices.
Referenced by render_resources::render_resources_init().
uint32_t xrt_hmd_parts::uv_channels_count |
1 or 3 for (chromatic aberration).
uint32_t xrt_hmd_parts::vertex_count |
Number of vertices.
Referenced by render_resources::render_resources_init().
float* xrt_hmd_parts::vertices |
Data.
Referenced by u_device_free().
struct xrt_view xrt_hmd_parts::views[XRT_MAX_VIEWS] |
Display information.
For now hardcoded display to two.
Referenced by CDeviceDriver_Monado::ComputeDistortion(), u_device_get_view_poses(), and u_extents_2d_split_side_by_side().