# bef_effect_ai_api.h CV480新增bef_effect_ai_set_render_cache_texture_orientation，bef_effect_ai_set_render_cache_int_value和 bef_effect_ai_set_render_cache_string_value ```Plain Text /** * @brief set render_cache_texture_orientation * @param handle Effect handle * @param key render cache key * @param value value */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_render_cache_texture_orientation(bef_effect_handle_t handle, const char* key, bef_ai_rotate_type orientation); /** * @brief set or add value to render cache * @param handle Effect handle * @param key render cache key * @param value value */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_render_cache_int_value(bef_effect_handle_t handle, const char* key, int value); /** * @brief set or add value to render cache * @param handle Effect handle * @param key render cache key * @param value value */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_render_cache_string_value(bef_effect_handle_t handle, const char* key, const char* value); ``` # bef_effect_ai_chroma_keying.h CV480 针对bef_ai_chroma_keying_uniform_type 新增3个参数：BEF_AI_CHROMA_KEYING_UNIFORM_CONTRAST、BEF_AI_CHROMA_KEYING_UNIFORM_BRIGHTNESS 和 BEF_AI_CHROMA_KEYING_UNIFORM_OPACITY ```C++ typedef enum{ BEF_AI_CHROMA_KEYING_UNIFORM_COLOR = 0, // COLOR：[0,360]，算法会自动调色，可以手动更改微调绿幕主色 BEF_AI_CHROMA_KEYING_UNIFORM_INTENSITY = 1, // INTENSITY：[0,1]，抠图强度，以COLOR为中心，影响抠除色域的范围 BEF_AI_CHROMA_KEYING_UNIFORM_SPILL = 2, // SPILL：[0,1]，去溢色能力，对于绿幕，会把前景里泛绿的颜色矫正 BEF_AI_CHROMA_KEYING_UNIFORM_EDGE_SMOOTH = 3, // EDGE_SMOOTH：[0,1]，边缘平滑能力，适当的值可以去锯齿，值过大可能会导致前景模糊 BEF_AI_CHROMA_KEYING_UNIFORM_DETAIL = 4, // DETAIL：[0,1]，细节增强能力，0为通用方案，1为精细方案，之间进行效果加权 BEF_AI_CHROMA_KEYING_UNIFORM_SHADOW = 5, // SHADOW：[0,1]，阴影增强能力，可用于保留阴影 BEF_AI_CHROMA_KEYING_UNIFORM_CONTRAST = 6, // CONTRAST: [0,1]，对比度 BEF_AI_CHROMA_KEYING_UNIFORM_BRIGHTNESS = 7, // BRIGHTNESS: [0,1]，亮度 BEF_AI_CHROMA_KEYING_UNIFORM_OPACITY = 8, // OPACITY: [0, 1], 透明度 }bef_ai_chroma_keying_uniform_type; ``` # bef_effect_ai_facefitting.h CV480更新最大支持人脸数，BEF_FITTING_MAX_FACE 从6更新为10 ```Plain Text CV480: #define BEF_FITTING_MAX_FACE 10 //最大支持的人脸数 CV480之前的版本： #define BEF_FITTING_MAX_FACE 6 //最大支持的人脸数 ``` # bef_effect_ai_hairparser.h CV480新增bef_effect_ai_hairparser_get_output_shape_with_input ```C++ /* * * @brief 获取输出mask shape * input_width, input_height 输入的图片大小 * output_width, output_height 用于得到 bef_effect_ai_hairparser_do_detect 接口输出的 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_hairparser_get_output_shape_with_input(bef_effect_handle_t handle, int input_width, int input_height, int* output_width, int* output_height); ``` # bef_effect_ai_online_license.h CV480新增bef_effect_ai_free_online_license_auth_msg 和 bef_effect_ai_free_device_id ```Plain Text //释放auth_msg内存，如果调用过 bef_effect_ai_get_online_license_authmsg，在鉴权后调用该接口 BEF_SDK_API int bef_effect_ai_free_online_license_auth_msg(char* auth_msg); //释放device_id内存，如果调用过 bef_effect_ai_get_device_id，在鉴权后调用该接口 BEF_SDK_API int bef_effect_ai_free_device_id(char* device_id); ``` # bef_effect_ai_skeleton.h CV480 更新预处理指令if defined(__APPLE__) || defined(TARGET_OS_WINDOWS) ```Plain Text CV480: /** * @brief 人体关键点授权 * @param [in] handle Created skeleton detect handle * 已创建的骨骼检测句柄 * @param [in] license 授权文件字符串 * @param [in] length 授权文件字符串长度 * @return If succeed return BEF_RESULT_SUC, other value please refer bef_effect_ai_public_define.h * 成功返回 BEF_RESULT_SUC, 授权码非法返回 BEF_RESULT_INVALID_LICENSE ，其它失败返回相应错误码, 具体请参考 bef_effect_ai_public_define.h */ #if defined(__ANDROID__) || defined(TARGET_OS_ANDROID) BEF_SDK_API bef_effect_result_t bef_effect_ai_skeleton_check_license(JNIEnv* env, jobject context, bef_effect_handle_t handle, const char *licensePath); #else #if defined(__APPLE__) || defined(TARGET_OS_WINDOWS) BEF_SDK_API bef_effect_result_t bef_effect_ai_skeleton_check_license(bef_effect_handle_t handle, const char *licensePath); #endif #endif CV480之前的版本： /** * @brief 人体关键点授权 * @param [in] handle Created skeleton detect handle * 已创建的骨骼检测句柄 * @param [in] license 授权文件字符串 * @param [in] length 授权文件字符串长度 * @return If succeed return BEF_RESULT_SUC, other value please refer bef_effect_ai_public_define.h * 成功返回 BEF_RESULT_SUC, 授权码非法返回 BEF_RESULT_INVALID_LICENSE ，其它失败返回相应错误码, 具体请参考 bef_effect_ai_public_define.h */ #if defined(__ANDROID__) || defined(TARGET_OS_ANDROID) BEF_SDK_API bef_effect_result_t bef_effect_ai_skeleton_check_license(JNIEnv* env, jobject context, bef_effect_handle_t handle, const char *licensePath); #else #ifdef __APPLE__ BEF_SDK_API bef_effect_result_t bef_effect_ai_skeleton_check_license(bef_effect_handle_t handle, const char *licensePath); #endif #endif ``` # bef_effect_ai_slam.h CV480新增结构体bef_ai_slam_camera_calib_size，针对bef_ai_slam_camera_info和bef_ai_slam_pose新增参数 ```Plain Text CV480新增： typedef struct bef_ai_slam_camera_calib_size{ int w; // image width int h; // image height } bef_ai_slam_camera_calib_size; CV480: typedef struct bef_ai_slam_camera_info { bef_ai_slam_image_color color; int is_front; bef_ai_slam_device_orientation oriention; bef_ai_slam_camera_calib_size calib_size; bef_ai_slam_camera_intrinsic camera_intrinsic; bef_ai_slam_camera_extrinsic camera_extrinsic; bef_ai_slam_camera_distort camera_distort; int disable_internal_time_delay; // disable the internal correction of time delay float horizontal_fov; // not used bef_ai_slam_resolution resolution; bool low_texture_enhanced; // disable it to speed up but worse results on low-texture regions bef_ai_slam_accuracy_level level;// default value is Medium, use Low for faster version int is_video; // use video mode int run_gba; // use gba int easy_init; // use fast initialization int width; int height; int enable_fusion; int enable_multi_planes; int enable_normal_model; bool self_vio; bool self_calib; int enable_depth; bool is_depth_inverse; int robust_depth_align; }bef_ai_slam_camera_info; CV480之前的版本： typedef struct bef_ai_slam_camera_info { bef_ai_slam_image_color color; int is_front; bef_ai_slam_device_orientation oriention; bef_ai_slam_camera_intrinsic camera_intrinsic; bef_ai_slam_camera_extrinsic camera_extrinsic; bef_ai_slam_camera_distort camera_distort; int disable_internal_time_delay; // disable the internal correction of time delay float horizontal_fov; // not used bef_ai_slam_resolution resolution; bool low_texture_enhanced; // disable it to speed up but worse results on low-texture regions bef_ai_slam_accuracy_level level;// default value is Medium, use Low for faster version int is_video; // use video mode int run_gba; // use gba int easy_init; // use fast initialization int width; int height; int enable_fusion; int enable_multi_planes; int enable_normal_model; bool self_vio; bool self_calib; int enable_depth; bool is_depth_inverse; int robust_depth_align; }bef_ai_slam_camera_info; CV480: typedef struct bef_ai_slam_pose{ float R[9]; // row major 3x3 rotation matrix float T[3]; // 3x1 translation matrix bef_ai_slam_tracking_state state; int plane_detected; // planeDetected 1, otherwise 0 double time_stamp; // time for pose (unit is second), 0 for no time float img_td; // t_imu = t_img + img_td, unit: ms float focal_len; // camera focal length, unit: pixel bool is_calibing; // is in self-calib process int is_stationary; // -1 for system uninitialized, 0 for static, 1 for dynamic, 2 for not sure float V[3]; float Ba[3]; float Bg[3]; }bef_ai_slam_pose; CV480之前的版本： typedef struct bef_ai_slam_pose{ float R[9]; // row major 3x3 rotation matrix float T[3]; // 3x1 translation matrix bef_ai_slam_tracking_state state; int plane_detected; // planeDetected 1, otherwise 0 double time_stamp; // time for pose (unit is second), 0 for no time float img_td; // t_imu = t_img + img_td, unit: ms int is_stationary; // -1 for system uninitialized, 0 for static, 1 for dynamic, 2 for not sure float V[3]; float Ba[3]; float Bg[3]; }bef_ai_slam_pose; 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