#ifndef bef_effect_ai_api_h #define bef_effect_ai_api_h #include "bef_effect_ai_public_define.h" #include "bef_effect_ai_face_detect.h" #include "bef_effect_ai_hand.h" #include "bef_effect_ai_skeleton.h" #include "bef_effect_ai_face_attribute.h" #if (defined(__ANDROID__) || defined(TARGET_OS_ANDROID)) #if BEF_EFFECT_ANDROID_WITH_JNI #include #include #include #endif #endif /** * @brief Create effect handle. * @param handle Effect handle that will be created. * @return If succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h. */ BEF_SDK_API bef_effect_result_t bef_effect_ai_create(bef_effect_handle_t *handle); /** * @param handle Effect handle that will destroy */ BEF_SDK_API void bef_effect_ai_destroy(bef_effect_handle_t handle); /** * @brief Initialize effect handle. * @param handle Effect handle * @param width Texture width * @param height Texture height * @param strModeDir Resource folder * @return If succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_init(bef_effect_handle_t handle, int width, int height, const char *strModeDir, const char* deviceName); /** * @brief Initialize effect handle. * @param handle Effect handle * @param width Texture width * @param height Texture height * @param strModeDir Resource folder * @param asset_mgr Native AssetManager ptr * @return If succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_init_with_assetmgr(bef_effect_handle_t handle, int width, int height, const char *strModeDir, const char* deviceName, void *asset_mgr); /** * should set imageMode = true while processing images with only faceMakeup sticker has been set * @param handle * @param imageMode * @return */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_image_mode(bef_effect_handle_t handle, bool imageMode); /** * @brief Return all available features name, can only be called after bef_effect_ai_init * @return If succeed return BEF_EFFECT_RESULT_SUC, `features` will contain all available feature name item, each item has length of BEF_EFFECT_FEATURE_LEN, `len` would point to a number which stands for the amount of features. BEF_RESULT_FAIL is returned if the given space is not big enough (according to `len`) to hold data returned by this api. BEF_RESULT_INVALID_EFFECT_HANDLE is returned if this api been called before `bef_effect_ai_init`. */ BEF_SDK_API bef_effect_result_t bef_effect_available_features(char (*features)[BEF_EFFECT_FEATURE_LEN], int* len); /** * @brief Set camera toward * @param handle Effect handle that initialized * @param position Camera positin * @return if succeed return IES_RESULT_SUC, other value please see bef_effect_base_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_camera_device_position(bef_effect_handle_t handle, bef_ai_camera_position position); BEF_SDK_API bef_effect_result_t bef_effect_ai_set_device_rotation(bef_effect_handle_t handle, float* quaternion); /** * @brief Set frame size. * @param handle Effect handle * @param width Texture width * @param height Texture height * @return If succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_width_height(bef_effect_handle_t handle, int width, int height); /** * @brief Set camera orientation, which is used for detection. * @param handle Effect handle that initialized * @param orientation Camera clock wise * @return if succeed return IES_RESULT_SUC, other value please see bef_effect_base_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_orientation(bef_effect_handle_t handle, bef_ai_rotate_type orientation); /** * @brief Setup beauty-face-filter with a specified string. * @param handle Effect handle * @param strBeautyName The name of beauty will apply * @return If succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_beauty(bef_effect_handle_t handle, const char *strBeautyName); /** * @brief Setup beauty-face-filter with a specified string. * @param handle Effect handle * @param strMakeupName The path of makeup resource will apply * @return If succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_buildin_makeup(bef_effect_handle_t handle, const char* strMakeupName); /** * @brief Setup reshape-face-filter with a specified string. * @param handle Effect handle * @param strPath The absolute path of effect package. * @return If succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_reshape_face(bef_effect_handle_t handle, const char *strPath); /** * @brief Update reshape-face-filter parameters * @param handle Effect handle * @param fIntensity Filter intensity, range in [0.0, 1.0] * @return if succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_update_reshape_face(bef_effect_handle_t handle, const float fIntensity); /** * @brief Update reshape-face-filter parameters * @param handle Effect handle * @param eyeIntensity eye intensity, range in [0.0, 1.0] * @param cheekIntensity cheek intensity, range in [0.0, 1.0] * @return if succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_update_reshape_face_intensity(bef_effect_handle_t handle, const float eyeIntensity, const float cheekIntensity); /** @param handle effect handle @param leftFilterPath current filter path @param rightFilterPath next filter path @parm direction the direction that the next filter will appear @param position the borderline of left-filter and right-filter in x-axis. @return if succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_switch_color_filter_v2(bef_effect_handle_t handle, const char *leftFilterPath, const char *rightFilterPath, float position); /** * Set color filter with a specified string. * @param handle Effect handle * @param strPath The absolute path of effect package. * @return If succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_color_filter_v2(bef_effect_handle_t handle, const char *strPath); /** * @brief Set effect with a specified string. * @param handle Effect handle * @param strPath The absolute path of effect package. * @return If succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_effect(bef_effect_handle_t handle, const char *strPath); /** * @brief set composer resource path, * 设置composer资源包路径，使composer资源包生效 * @param handle Effect Handle * @param strPath composer file path * @Deprecated */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_composer(bef_effect_handle_t handle, const char *strPath); /** * @brief set composer effect path array * 设置资源包路径数组,通过更新数组设置特效的组合 * @param nodePaths 特效资源路径的数组 * @param nodeNum 特效资源路径的数组长度 * */ BEF_SDK_API bef_effect_result_t bef_effect_ai_composer_set_nodes(bef_effect_handle_t handle, const char *nodePaths[], int nodeNum); /// 设置资源包路径数组，可通过额外的 ndoeTags 设置附加信息 /// @param handle 创建的 handle /// @param nodePaths 特效资源路径数组 /// @param nodeTags 特效资源附加信息，与nodePaths 一一对应 /// @param nodeNum 特效资源数组的长度 BEF_SDK_API bef_effect_result_t bef_effect_ai_composer_set_nodes_with_tags(bef_effect_handle_t handle, const char *nodePaths[], const char *nodeTags[], int nodeNum); /** * @brief append composer effect path array * 追加资源包路径数组,通过追加数组设置特效的组合 * @param nodePaths 特效资源路径的数组 * @param nodeNum 特效资源路径的数组长度 * */ BEF_SDK_API bef_effect_result_t bef_effect_ai_composer_append_nodes(bef_effect_handle_t handle, const char *nodePaths[], int nodeNum); /** * @brief append composer effect path array * 追加资源包路径数组,通过追加数组设置特效的组合 * @param nodePaths 特效资源路径的数组 * @param nodeTags 特效资源附加信息，与nodePaths 一一对应 * @param nodeNum 特效资源路径的数组长度 * */ BEF_SDK_API bef_effect_result_t bef_effect_ai_composer_append_nodes_with_tags(bef_effect_handle_t handle, const char *nodePaths[], const char *nodeTags[], int nodeNum); /** * @brief remove composer effect path array * 删除资源包路径数组,通过删除数组设置特效的组合 * @param nodePaths 特效资源路径的数组 * @param nodeNum 特效资源路径的数组长度 * */ BEF_SDK_API bef_effect_result_t bef_effect_ai_composer_remove_nodes(bef_effect_handle_t handle, const char *nodePaths[], int nodeNum); /** * @brief set composer node intensity * 设置组合特效的单个节点的强度 * @param handle Effect Handle * @param key 特效资源的路径 * @param value 特效的强度 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_composer_update_node(bef_effect_handle_t handle, const char *nodePath,const char *nodeTag, float value); /** * @brief 设置Composer模式 * @param handle Effect handle * @param mode 0: A槽区+B槽区模式（Composer Feature）, 1: A槽区+B槽区+C槽区模式（Composer下沉） * @param orderType 0: 按照zorder排序, 目前只支持0 * @return 成功返回BEF_EFFECT_RESULT_SUC, 其它值参考bef_effect_define.h * @Deprecated */ BEF_SDK_API bef_effect_result_t bef_effect_ai_composer_set_mode(bef_effect_handle_t handle, int mode, int orderType); /** * @param handle Effect handle * @param textureid_src texture source * @return if succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_algorithm_texture(bef_effect_handle_t handle, unsigned int textureid_src, double timeStamp); /** * @param handle Effect handle * @param texture texture source * @param buffer buffer address * @param buffer_format format of buffer, see bef_ai_pixel_format * @param buffer_width with of buffer * @param buffer_height height of buffer * @param buffer_stride stride of buffer * @param timeStamp current time, unit second * @return if succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_algorithm_texture_with_buffer(bef_effect_handle_t handle, unsigned int texture, const unsigned char *buffer, bef_ai_pixel_format buffer_format, int buffer_width, int buffer_height, int buffer_stride, double timeStamp); /** * @param [in] handle Created effect handle * 初始化的特效句柄，需要再OpenGL环境中使用 * @param [in] img_in 数据buffer * @param [in] fmt_in 数据buffer的格式，支持RGBA,BGRA(ios支持）,NV21,NV12,YUV420P * @param [in] image_width 数据buffer图像的宽度 * @param [in] image_height 数据buffer图像的长度 * @param [in] image_stride 数据buffer的步长（一行的占用的字节数） * @param [in] timestamp 时间戳 * @return If succeed return BEF_RESULT_SUC, other value please refer bef_effect_ai_public_define.h * 成功返回 BEF_RESULT_SUC, 失败返回相应错误码, 具体请参考 bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_algorithm_buffer( bef_effect_handle_t handle, const unsigned char *img_in, bef_ai_pixel_format fmt_in, int image_width, int image_height, int image_stride, double timestamp ); /** * @breif Draw srcTexture with effects to dstTexture. * @param handle Effect handle * @param srcTexture source texture * @param dstTexture distination texture * @return if succeed return IES_RESULT_SUC, other value please see bef_effect_base_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_process_texture(bef_effect_handle_t handle, unsigned int srcTexture, unsigned int dstTexture, double timeStamp); /** * @breif Draw source buffer with effects to destination buffer. * 绘制特效 * @param [in] handle Created effect handle * 初始化的特效句柄 * @param [in] img_in 输入图片buffer * @param [in] fmt_in 输入图片buffer的格式，支持RGBA,BGRA（ios支持）,NV12,NV21,YUV420P * @param [in] image_width 输入图片buffer的宽度 * @param [in] image_height 输入图片buffer的高度 * @param [in] image_stride 输入图片buffer的步长（一行字节数） * @param [in] img_out 输出图片数据 * @param [in] fmt_out 输出图片数据格式，支持RGBA,NV12,NV21,YUV420P * @param [in] timestamp Current timestamp * 时间戳 * @return If succeed return BEF_RESULT_SUC, other value please see bef_effect_ai_public_define.h * 成功返回 BEF_RESULT_SUC, 失败返回相应错误码, 具体请参考 bef_effect_ai_public_define.h */ #if BEF_EFFECT_ANDROID_WITH_JNI BEF_SDK_API bef_effect_result_t bef_effect_ai_process_buffer(bef_effect_handle_t handle, const unsigned char *img_in, bef_ai_pixel_format fmt_in, int image_width, int image_height, int image_stride, unsigned char *img_out, bef_ai_pixel_format fmt_out, double timestamp ); #else BEF_SDK_API bef_effect_result_t bef_effect_ai_process_buffer(bef_effect_handle_t handle, const unsigned char *img_in, bef_ai_pixel_format fmt_in, int image_width, int image_height, int image_stride, unsigned char *img_out, bef_ai_camera_position is_front, double timestamp, int process_times, bef_ai_process_type previewMode, bef_ai_rotate_type orientation, int dstTexture ); BEF_SDK_API bef_effect_result_t bef_effect_ai_process_buffer_with_face_info(bef_effect_handle_t handle, const unsigned char *img_in, bef_ai_pixel_format fmt_in, int image_width, int image_height, unsigned char *img_out, bef_ai_camera_position is_front, double timestamp, int process_times, bef_ai_process_type previewMode, bef_ai_rotate_type orientation, int dstTexture, bef_ai_face_info *faceInfo ); #endif /** * @param handle Effect handle that will be created * @param fIntensity Filter smooth intensity, range in [0.0, 1.0] * if fIntensity is 0 , this filter would not work. * @return if succeed return BEF_EFFECT_RESULT_SUC, other value please see bef_effect_ai_public_define.h */ BEF_SDK_API bef_effect_result_t bef_effect_ai_set_intensity(bef_effect_handle_t handle, bef_intensity_type intensityType, float fIntensity); /** * @brief 开启或关闭并行框架，开启后算法在独立线程完成检测。默认不开启 * @param handle effect handle * @param usePipeline 控制参数 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_use_pipeline_processor(bef_effect_handle_t handle, bool usePipeline); /** * @brief 清理并行框架残余算法任务，在切后台、切换分辨率或切相机时使用。总之画面会不连续出现的时候都应该调用 * @param handle Effect handle */ BEF_SDK_API bef_effect_result_t bef_effect_ai_clean_pipeline_processor_task(bef_effect_handle_t handle); /** * @brief 开启并行框架3buffer策略，避免 buffer 的拷贝 * @param handle effect handle * @param use3Buffer 是否开启3buffer */ BEF_SDK_API bef_effect_result_t bef_effect_ai_use_3buffer(bef_effect_handle_t handle, bool use3buffer); /** * @brief 获取人脸检测结果 * @param handle 已创建的授权 * @param result 人脸检测结果 * @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 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_get_face_detect_result(bef_effect_handle_t handle, bef_ai_face_info* result); /** * @brief 获取人脸检测mask结果 * @param handle 已创建的授权 * @param mask_type mask类型枚举值， bef_face_mask_type * @param result 人脸检测mask结果，根据类型输入 * @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 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_get_face_seg_result(bef_effect_handle_t handle, int mask_type, void* result); /** * @brief 获取手的检测结果 * @param handle 已创建的授权 * @param result 手检测结果 * @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 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_get_hand_detect_result(bef_effect_handle_t handle, bef_ai_hand_info *result); /** * @brief 获取人体检测结果 * @param handle 已创建的授权 * @param result 人体检测结果 * @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 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_get_skeleton_detect_result(bef_effect_handle_t handle, bef_ai_skeleton_result *result); /** * @brief 获取人脸属性检测结果 * @param handle 已创建的授权 * @param result 人脸属性检测结果 * @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 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_get_face_attr_detect_result(bef_effect_handle_t handle, bef_ai_face_attribute_result *result); /** * @brief 给贴纸发送消息 * @param handle 已创建的授权 * @param msgID 消息id * @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 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_send_msg(bef_effect_handle_t handle, unsigned int msgID, long arg1, long arg2, const char *arg3); /** * @brief 给贴纸发送开拍重置信息，这个函数目前仅用在使用creator * 设计的贴纸，并且确认勾选了开拍重置选项 * @param handle 已创建的授权 * @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 */ BEF_SDK_API bef_effect_result_t bef_effect_ai_reset_sticker(bef_effect_handle_t handle); /// @brief 处理触摸事件 /// @param handle 已创建的句柄 /// @param event 触摸事件类型 /// @param x 触摸位置 /// @param y 触摸位置 /// @param force 压力值 /// @param majorRadius 触摸范围 /// @param pointerId 触摸点id /// @param pointerCount 触摸点数量 BEF_SDK_API bef_effect_result_t bef_effect_ai_process_touch(bef_effect_handle_t handle, bef_ai_touch_event_code event, float x, float y, float force, float majorRadius, int pointerId, int pointerCount); /// @brief 处理手势事件 /// @param handle 已创建的句柄 /// @param gesture 手势类型 /// @param x 触摸位置，缩放手势表示缩放比例，旋转手势表示旋转角度 /// @param y 触摸位置 /// @param dx 移动距离 /// @param dy 移动距离 /// @param factor 缩放因数 BEF_SDK_API bef_effect_result_t bef_effect_ai_process_gesture(bef_effect_handle_t handle, bef_ai_gesture_event_code gesture, float x, float y, float dx, float dy, float factor); /// @brief 通过 buffer 设置 render cache texture /// @details 传入一个固定名字的纹理给到 SDK，传入一个 buffer，SDK 会将其解析成纹理 /// @param handle 句柄 /// @param key 纹理名称 /// @param image 图像数据 BEF_SDK_API bef_effect_result_t bef_effect_ai_set_render_cache_texture_with_buffer(bef_effect_handle_t handle, const char* key, bef_ai_image* image); /// @brief 通过文件设置 render cache texture /// @details 传入一个固定名字的纹理给到 SDK，传入一个文件路径，SDK 会将其解析成纹理 /// @param handle 句柄 /// @param key 纹理名称 /// @param path 文件绝对路径 BEF_SDK_API bef_effect_result_t bef_effect_ai_set_render_cache_texture(bef_effect_handle_t handle, const char* key, const char* path); /// @brief 设置 gles 版本 /// @details 需要在初始化之前调用才有效果 /// @param handle 句柄 /// @param api gles 版本，参见 bef_ai_render_api_type BEF_SDK_API bef_effect_result_t bef_effect_ai_set_render_api(bef_effect_handle_t handle, bef_ai_render_api_type api); /// @brief 是否使用内置传感器 /// @param handle 句柄 /// @param useBuiltinSensor 是否使用内置传感器 BEF_SDK_API bef_effect_result_t bef_effect_ai_use_builtin_sensor(bef_effect_handle_t handle, bool useBuiltinSensor); /// @brief 在一定时间内加载素材 /// @param handle 句柄 /// @param timeout 等待时间，单位 us，-1 时表示一直等待直到素材加载完成 BEF_SDK_API bef_effect_result_t bef_effect_ai_load_resource_with_timeout(bef_effect_handle_t handle, int timeout); /// @brief 通过key获取一张截图 /// @param handle Effect实例 /// @param key 要获取截图对应的key值 /// @param image 指向由effect分配的截图，如果当前无截图返回nullptr /// @return 成功则返回BEF_RESULT_SUC BEF_SDK_API bef_effect_result_t bef_effect_ai_get_captured_image_with_key(bef_effect_handle_t handle, const char* key, bef_ai_image** image); /// @brief 释放截图 /// @param handle Effect实例 /// @param image 指向通过bef_effect_get_captured_image_with_key获取的截图 /// @return BEF_SDK_API void bef_effect_ai_release_captured_image(bef_effect_handle_t handle, bef_ai_image* image); #ifdef __ANDROID__ /** * @param handle Created effect detect handle * 已创建的句柄 * @param result Current face detect result struct * */ #if BEF_EFFECT_ANDROID_WITH_JNI BEF_SDK_API bef_effect_result_t bef_effect_ai_check_license( JNIEnv* env, jobject context, bef_effect_handle_t handle, const char *licensePath); BEF_SDK_API bef_effect_result_t bef_effect_ai_check_license_buffer( JNIEnv* env, jobject context, bef_effect_handle_t handle, const char *buffer, unsigned long buffer_len ); BEF_SDK_API AAssetManager* bef_effect_ai_assetmgr_from_context( JNIEnv *env, jobject context ); #else BEF_SDK_API bef_effect_result_t bef_effect_ai_check_license( bef_effect_handle_t handle, const char *licensePath ); #endif #else BEF_SDK_API bef_effect_result_t bef_effect_ai_check_license( bef_effect_handle_t handle, const char *licensePath ); BEF_SDK_API bef_effect_result_t bef_effect_ai_check_license_buffer( bef_effect_handle_t handle, const char *buffer, unsigned long buffer_len ); #endif BEF_SDK_API bef_effect_result_t bef_effect_ai_check_online_license(bef_effect_handle_t handle, const char *licensePath); BEF_SDK_API bef_effect_result_t bef_effect_ai_check_license_function(bef_ai_license_function_type funcType, const char* licensePath, bool onlineLicense); BEF_SDK_API bef_effect_result_t bef_effect_ai_check_license_base(const char* licensePath, bool onlineLicense); /// @brief 开启或关闭强制人脸检测 /// @param handle Effect实例 /// @param force 开关值 /// @return 成功则返回BEF_RESULT_SUC BEF_SDK_API bef_effect_result_t bef_effect_ai_set_algorithm_force_detect(bef_effect_handle_t handle, bool force); /// @brief 设置模型缓存路径 /// @param handle Effect实例 /// @param path 路径 /// @return 成功则返回BEF_RESULT_SUC BEF_SDK_API bef_effect_result_t bef_effect_ai_set_cache_directory(bef_effect_handle_t handle, const char* path); /// @brief 设置Log回调 /// @param callback 自定义Log回调 /// @return 成功则返回BEF_RESULT_SUC BEF_SDK_API bef_effect_result_t bef_effect_ai_set_log_callback(bef_ai_log_callback callback); /// @brief 移除log回调 /// @return 成功则返回BEF_RESULT_SUC BEF_SDK_API bef_effect_result_t bef_effect_ai_remove_log_callback(); /// @brief 设置日志等级 /// @param 日志等级 /// @return BEF_SDK_API void bef_effect_ai_set_log_level(bef_ai_log_level logLevel); BEF_SDK_API bef_effect_result_t bef_effect_ai_set_face_int_param(bef_effect_handle_t handle, const char* param, int value); /// @brief 更新arcore对应的frame /// @param handle Effect实例 /// @param frame arcore对应的session /// @return 成功则返回BEF_RESULT_SUC BEF_SDK_API bef_effect_result_t bef_effect_ai_ar_update_frame(bef_effect_handle_t handle, void* frame); #endif /* bef_effect_ai_h */