Macros List#

CUPVA_ALIGNED: Helper to declare aligned member variable.
CUPVA_CIRCULAR_BUFFER_LENGTH: Calculate the VMEM buffer length (in pixel) of circular layout according to different configurations.
CUPVA_DECLARE_EXECUTABLE: Declare a VPU executable with the given name.
CUPVA_DOUBLE_BUFFER_LENGTH: Calculate the VMEM buffer length (in pixel) of double layout according to different configurations.
CUPVA_EXECUTABLE_DATA: Get the VPU executable data address.
CUPVA_EXECUTABLE_SIZE: Get the VPU executable size.
CUPVA_EXPORT: Export variable in VMEM to export table.
CUPVA_SINGLE_BUFFER_LENGTH: Calculate the VMEM buffer length (in pixel) of single layout according to different configurations.
CUPVA_SURFACE_ATTRIBUTES_MAX_NUM_PLANES: Maximum number of surfaces in a single plane.
CUPVA_VPU_MAIN: Entrypoint to CUPVA VPU code.
EXTERN_VMEM: Declare extern VMEM buffer.
EXTERN_VMEM_DMA_CONFIG: Declare extern table in VMEM for use with dynamic reconfiguration of DMA engine.
EXTERN_VMEM_POINTER: Declare extern pointer in VMEM.
EXTERN_VMEM_SURFACE: Declare extern surface handler in VMEM.
GSDF_SURFACE_MIN_TILEBUFFER_SIZE: Minimum required total tile buffer size (in pixels) required to support reads from surfaces.
GSDF_SURFACE_MIN_TILE_HEIGHT: Minimum height per tile (in pixels) required to support reads from surfaces.
GSDF_SURFACE_MIN_TILE_PITCH: Minimum line pitch per tile (in pixels) required to support reads from surfaces.
GSDF_SURFACE_MIN_TILE_STRIDE: Minimum stride between tiles (in pixels) required to support reads from surfaces.
GSDF_SURFACE_TILE_OFFSET: Starting offset (in pixels) to the top left corner of the first tile.
GSDF_UNIFORM: GSDF uniform mode.
INIT_AGEN1: Configure 1D agen from 1D AgenWrapper .
INIT_AGEN2: Configure 2D agen from 2D AgenWrapper .
INIT_AGEN3: Configure 3D agen from 3D AgenWrapper .
INIT_AGEN4: Configure 4D agen from 4D AgenWrapper .
INIT_AGEN5: Configure 5D agen from 5D AgenWrapper .
INIT_AGEN6: Configure 6D agen from 6D AgenWrapper .
PVAAPL_HARRIS_SCRATCH_SIZE: Determine bytes needed for each scratch buffer in Harris corner detector.
PVAAPL_NMS_SCRATCH_SIZE: Determine bytes needed for a scratch buffer with NMS.
PVA_DECLARE_EXECUTABLE: Declare a VPU executable with the given name.
PVA_EXECUTABLE_DATA: Get the VPU executable data address.
PVA_EXECUTABLE_SIZE: Get the VPU executable size.
RDF_CIRCULAR: Calculate the minimum buffer length (in pixels) required to support a circular layout for RasterDataFlow.
RDF_CIRCULAR_COLUMNMAJOR: Calculate the minimum buffer length (in pixels) required to support a circular layout for RasterDataFlow in column-major traversal.
RDF_CIRCULAR_ROWMAJOR: Calculate the minimum buffer length (in pixels) required to support a circular layout for RasterDataFlow in row-major traversal.
RDF_DOUBLE: Calculate the minimum buffer length (in pixels) required to support double layout for RasterDataFlow.
RDF_SINGLE: Calculate the minimum buffer length (in pixels) required to support single layout for RasterDataFlow.
TDF_DOUBLE: Calculate the minimum buffer length (in pixels) required to support double layout for TensorDataFlow.
TDF_SINGLE: Calculate the minimum buffer length (in pixels) required to support single layout for TensorDataFlow.
VMEM: Declare exported VMEM data buffer.
VMEM_GSDF_HANDLER: Declare GSDF handler in VMEM.
VMEM_NOEXPORT: Declare a private VMEM buffer.
VMEM_POINTER: Declare pointer in VMEM.
VMEM_RDF_UNIFIED: Declare a UnifiedRDFHandler.
VMEM_SEQDF_HANDLER: Declare SequenceDataFlow handler in VMEM.
VMEM_SURFACE: Declare surface handler in VMEM.
VMEM_TDF_HANDLER: Declare a Tensor dataflow handler.