tkl_video_in.h

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#ifndef __TKL_VIDEO_IN_H__
#define __TKL_VIDEO_IN_H__
 
#include "tuya_cloud_types.h"
#include "tkl_media.h"
#include "tkl_isp.h"
 
#ifdef __cplusplus
    extern "C" {
#endif
 
typedef struct
{   
    // 1��IIC+host ��Ӧһ��video�豸   hardware_port[0] + host_port[0] �����1��video�豸
    UINT32_T * hardware_port;          // ���iic
    UINT32_T * host_port;              // ���host dvp or mipi
    UINT32_T   haraware_source_num;    // һ���ж��ٶ� iic + host
 
    // ��Ƶ�ڴ�صķ��䷽�� ��RTOSϵͳ��Ƭ���PSRAM ������Ҫ֧�����
    void (*v_mem_free)(void *);  
    void *(*v_mem_malloc)(UINT32_T size);
 
}TKL_VI_HARDWARE_SOURCE_T;
 
typedef struct
{   
    UINT32_T page;
    UINT32_T reg_index;
    UINT32_T val;
}TKL_VI_SENSOR_REG_CONFIG_T;
 
typedef enum
{
    TKL_VI_SENSOR_TYPE_IIC,
    TKL_VI_SENSOR_TYPE_SPI,
}TKL_VI_SENSOR_CBUS_TYPE_E;
 
typedef struct
{
    CHAR_T conf[128];                                             // isp conf path
    CHAR_T version[32];                                           // version num
    CHAR_T name[16];                                              // isp sensor num
    TKL_ISP_DN_SWITCH_CONFIG_T isp_dn_switch_config;              // ADN switch config
    TKL_VI_SENSOR_CBUS_TYPE_E  sensor_type;                       // sensor control bus type
    INT32_T              addr;                                    // sensor address
    INT32_T              width;
    INT32_T              height;
}TKL_VI_ISP_CONFIG_T;
 
typedef struct
{
    INT32_T              enable;                                  // 1,enable,0,disable
    TKL_VI_CHN_E         chn;                                     // video input channel
    INT32_T              mirror;                                  // mirror defaults
    INT32_T              filp;                                    // filp defaults
    TKL_VI_ISP_CONFIG_T  isp;                                     // isp config
    VOID * pdata                                                  // reserver data
}TKL_VI_CONFIG_T;
 
typedef struct
{
    FLOAT_T x;
    FLOAT_T y;
    FLOAT_T width;
    FLOAT_T height;
} TKL_VI_RECT_T;
 
typedef struct
{
    TKL_VI_RECT_T    draw_rect;                                   // coordinate region
    INT32_T          score;                                       // score
} TKL_VI_HD_TARGET_T;
 
typedef struct
{
    INT32_T count;
    TKL_VI_HD_TARGET_T target[TKL_VI_HD_TARGET_MAX];
} TKL_VI_DETECT_HD_RESULT_T;
 
typedef struct
{
    INT32_T sensitivity;
} TKL_VI_DETECT_HD_PARAM_T;
 
OPERATE_RET tkl_vi_init(TKL_VI_CONFIG_T *pconfig, INT32_T count);
 
OPERATE_RET tkl_vi_set_mirror_flip(TKL_VI_CHN_E chn, TKL_VI_MIRROR_FLIP_E flag);
 
OPERATE_RET tkl_vi_get_mirror_flip(TKL_VI_CHN_E chn, TKL_VI_MIRROR_FLIP_E *flag);
 
OPERATE_RET tkl_vi_uninit(VOID);
 
OPERATE_RET tkl_vi_detect_hd_start(TKL_VI_CHN_E chn);
 
OPERATE_RET tkl_vi_detect_hd_stop(TKL_VI_CHN_E chn);
 
OPERATE_RET tkl_vi_detect_hd_get_result(TKL_VI_CHN_E chn, TKL_VI_DETECT_HD_RESULT_T *presult);
 
OPERATE_RET tkl_vi_detect_hd_set(INT32_T chn, TKL_VI_DETECT_HD_PARAM_T *pparam);
 
OPERATE_RET tkl_vi_sensor_reg_set( TKL_VI_CHN_E chn, TKL_VI_SENSOR_REG_CONFIG_T *parg);
 
OPERATE_RET tkl_vi_sensor_reg_get( TKL_VI_CHN_E chn, TKL_VI_SENSOR_REG_CONFIG_T *parg);
 
#ifdef __cplusplus
}
#endif
 
#endif