hi_stitching_lut_param

typedef struct{
    hi_u32 src_pic_width;
    hi_u32 src_pic_height;
    hi_u32 dest_pic_width;
    hi_u32 dest_pic_height;
    hi_u32 lut_table_len;
    void *lut;
    hi_u32 mask_len;
    hi_u8 *mask;
    hi_u32 blend_table_len;
    hi_u8 *blend_table;
    hi_u32 reserved[8];
} hi_stitching_lut_param;

Member	Description
src_pic_width	Width of the input image. The widths of the four input images must be the same.
src_pic_height	Height of the input image. The heights of the four input images must be the same.
dest_pic_width	Width of the output image.
dest_pic_height	Height of the output image.
lut_table_len	Size of the stitching table memory.
lut	Stitching table address. You need to allocate memory in advance to store the stitching table data. The memory size (in bytes) is the value of lut_table_len. The memory size may be large. If a memory allocation API in the C standard library is directly used to allocate memory, the memory will be fragmented and the number of huge pages will be reduced. As a result, the input/output memory of each DVPP function cannot be allocated by calling hi_mpi_dvpp_malloc. Therefore, you are advised to call hi_mpi_dvpp_malloc to allocate memory for storing data of lut.
mask_len	Reserved. The value is fixed at 0.
mask	Reserved. This parameter is fixed at NULL.
blend_table_len	Memory size of the blend table. The value must be equal to dest_pic_width x dest_pic_height.
blend_table	Blend table address. The API internally merges the lut stitching results into one table based on this blend table.
reserved	Reserved. The value is fixed at 0.

Parent topic: VPC Image Processing