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# pragma once
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# if defined(WIN32) || defined(_WIN32) || defined(__WIN32__)
# define JUST_WIN32
# elif defined(linux) || defined(__linux) || defined(__linux__)
# define JUST_LINUX
# endif
# ifdef JUST_LINUX
# include "LinuxDef.h"
# endif
# define FRAME_INDEX 256
# define FRAME_LT_START (0xAA)
# define FRAME_LT_BACK (0x55)
# define FRAME_TYPE (0x00)
# define FRAME_TYPE01 (0x01)
# define FRAME_END_EB (0xEB)
# define FRAME_END_AA (0xAA)
# define MAX_WAIT_RESPONSE_TIME 100
# define MAX_LOCAL_BUF_LEN 512
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typedef enum IR_OPERATE_e //操作子枚举
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{
IR_OPERATE_READ = 0x00 ,
IR_OPERATE_WRITE = 0x01 ,
IR_OPERATE_DO = 0x02 ,
IR_OPERATE_READ_CK = 0x03 ,
IR_OPERATE_WRITE_CK = 0x04 ,
} IR_OPERATE , * P_IR_OPERATE ;
# define LT_OPERATE_COMMAND0 0x07
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# define CMD_LT_TEMP_FRAME_MAX_MES 0x27 //整帧测温最大温度/坐标(read only)
# define CMD_LT_TEMP_FRAME_MIN_MES 0x29 //整帧测温最小温度/坐标(read only)
# define CMD_LT_TEMP_FRAME_CEN_MES 0x2c //整帧测温中心温度/坐标(read only)
# define CMD_LT_TEMP_FRAME_AVR 0x2a //整帧测温均值温度 (read only)
# define CMD_LT_TEMP_USER_REFLECT 0x0f //反射温度
# define CMD_LT_TEMP_USER_AIRTEMP 0x10 //大气环境温度
# define CMD_LT_TEMP_USER_HUMIDITY 0x11 //环境湿度
# define CMD_LT_TEMP_USER_EMISS 0x12 //发射率
# define CMD_LT_TEMP_USER_DISTANCE 0x13 //距离
# define CMD_LT_CALCULATE_ENV_PARAMS 0x18 //环境变量修正重新计算
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# define CMD_LT_WTR_LOW_THRESHOLD 0x1d
# define CMD_LT_WTR_HIGH_THRESHOLD 0x1e
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# define CMD_LT_TEMP_SWITCH 0x71 //温度成像T值切换使能
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# define CMD_LT_TEMP_WTR 0xf0
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# define CMD_LT_TEMP_DISPLAY_STYLE 0x02 //温度显示样式： ， （ ） ， （ ）
typedef enum IR_FEATURE_e //公有指令集定义
{
// 命令字 值 操作 功能说明 参数字节数 说明（默认返回 OK）
IR_FEATURE_USER_INFO_SN = 0 , //0 WR,机芯的SN码 长度目前使用6位 下载和上传时 通过命令的长度判断使用长度
IR_FEATURE_USER_INFO_PN , //1 WR,机芯的PN码 长度目前使用14位 下载和上传时 通过命令的长度判断使用长度 举例：
IR_FEATURE_USER_INFO_WIDTH , //2 R, 探测器FPA的宽度 0 只读参数，
IR_FEATURE_USER_INFO_HEIGHT , //3 R, 探测器FPA的搞度 0 只读参数，
IR_FEATURE_USER_TMPR_FPA , //4 R, FPA温度 0 只读参数，
IR_FEATURE_USER_TMPR_ENV , //5 R, 机芯温度 0 只读参数，
IR_FEATURE_USER_TEMPSENSOR_TYPE , //6 R， ： ，
IR_FEATURE_NUC_STATUS_EN = 14 , // //14 W, bit0 图像稳定开关 0 dis 1 en
IR_FEATURE_USER_RESERVED_7_TO_15 , //7-15 预留待定
IR_FEATURE_USER_SETT_UPLOAD = 16 , //16 预留待定
IR_FEATURE_USER_SETT_SAVE , //17 W, 参数保存功能 0 将用户配置参数保存到flash，
IR_FEATURE_USER_SETT_RESTORE_FACTORY , //18 DO 恢复出厂设置 0 将出厂配置参数恢复到当前配置
IR_FEATURE_USER_SETT_RESTART , //19 DO 机芯重启 0 机芯重启
IR_FEATURE_USER_SETT_BAUD , //20 DO 修改通讯波特率 1 参数 0x01:自动识别(可空缺 但是要返回识别失败) 0x02:9600 0x04:19200 0x08 :38400 0x10:115200 0x20:921600
IR_FEATURE_USER_NUC_AUTOSHUT , //21 WR 设置自动/手动快门 1 参数1字节， ： ：
IR_FEATURE_USER_NUC_SHUT_TYPE , //22 WR 手动快门类型 1 参数1字节， ： ：
IR_FEATURE_USER_NUC_TIME_INTERVAL , //23 WR 自动快门时间间隔 1
IR_FEATURE_USER_NUC_TEMP_CHANGE , //24 WR 自动快门温度间隔 1
IR_FEATURE_USER_TEC_CHANGE_EN = 25 , //25 WR TEC自动切换开关 1 参数1字节 0，
IR_FEATURE_DRC_CLASS = 25 , //25 DO： ， ， ，
//如果为0， ，
IR_FEATURE_USER_INFO_VERSION , //26 R 读取当前设备版本
IR_FEATURE_USER_DISCONNECT , //27 DO 断开串口连接 无返回数据
R_FEATURE_USER_RESERVED_28_TO_32 , //29-41 预留待定
//IR_FEATURE_USER_TEST_IMAGE , //28 DO 测试图像开关 1 参数1字节 0，
IR_FEATURE_DRC_DDE_DETAIL_GAIN = 30 , //30 W,参数1个， ， ，
IR_FEATURE_DRC_AGC_HIGHTHROWPERCENT_SET = 33 , //33 W,参数1，
IR_FEATURE_DRC_AGC_HPLATEAUVALUE = 36 , //36 W,PE的高平台值
IR_FEATURE_DRC_AGC_LPLATEAUVALUE = 37 , //37 W,PE的低平台值
IR_FEATURE_DRC_AGC_ITTMEAN = 38 , //38 W, 1个参数 ITTMEAN
IR_FEATURE_DRC_AGC_MAXGAIN_SET = 40 , //40 W,设置AGC中查找表的最大增益
IR_FEATURE_USER_RESERVED_38_TO_41 , //38-41 预留待定
IR_FEATURE_USER_VIDEO_ZOOM = 42 , //42 WR 电子变倍 1 0:不变倍 1： ： ：
IR_FEATURE_USER_VIDEO_CROSS_EN , //43 WR 十字光标开关 1 0： ： ， ：
IR_FEATURE_USER_VIDEO_CROSS_MOVE , //44 DO 十字光标动作 1 盲元标定 0： ： ： ： ： ： ： ： ： ：
IR_FEATURE_USER_VIDEO_COLORMAP , //45 WR 调色板设置 1 参数符合COLORMAP_TYPE_e
IR_FEATURE_USER_DIGITAL_SOURCE , //46 WR 数字视频源 1 参数符合DIGITAL_SOURCE_e
IR_FEATURE_USER_DIGITAL_TYPE , //47 WR 数字视频输出接口 1 参数符合DIGITAL_TYPE_e
IR_FEATURE_USER_VIDEO_FLIP , //48 WR 图像翻转 1 8bit参数 其中 bit0 = 1不翻转， ， ，
IR_FEATURE_USER_BF_EN , //49 WR 滤波开关 1 双边滤波开关（上位机显示滤波开关功能） 0 关 1开
IR_FEATURE_USER_AGC_FROZEN , //50 DO 参数一：
IR_FEATURE_USER_OSD_VIDEO_EN , //51 WR 模拟视频开关 just for LT
IR_FEATURE_USER_DIGITAL_TYPE_LT , //52 WR LT视频
IR_FEATURE_USER_RESERVED_52_TO_57 , //53-57 预留待定
IR_FEATURE_USER_AGC_MODE = 58 , //58 WR： ， （ ， （ ） ， ）
IR_FEATURE_USER_AGC_CONTRAST , //59 WR,设置对比度 1 范围0-255
IR_FEATURE_USER_AGC_BRIGHT , //60 WR, 设置亮度， 2 范围0-511
IR_FEATURE_USER_AGC_GAMMA = 61 , //61 WR, GAMMA校正 1 设置gamma校正指数， ，
IR_FEATURE_USER_AGC_ANALOG_ON_OFF = 61 , //61 模拟视频开关
IR_FEATURE_USER_DDE_EN , //62 WR DDE状态 1 0： ：
IR_FEATURE_USER_DDE_GRADE , //63 WR DDE档位 1 目前范围0-7 可以扩展
IR_FEATURE_USER_AGC_CONTRAST_STEP , //64 对比读步长值
IR_FEATURE_USER_AGC_BRIGHTNESS_STEP , //65 亮度步长值
IR_FEATURE_OSD_CURSOR_MOVE = 68 ,
IR_FEATURE_USER_RESERVED_66_TO_80 , //66-80 预留待定
IR_FEATURE_USER_BLIND_SCAN = 81 , //81 DO 盲元扫描 0
IR_FEATURE_USER_BLIND_OP , //82 DO 盲元下载操作 1 0： ： ：
IR_FEATURE_USER_K_IMAGE , //83 DO 获取当前图像数据 1 当操作为DO时 获取当前图像为 0： ：
IR_FEATURE_USER_K_CAL , //84 DO 自动计算K值
IR_FEATURE_USER_K_OP , //85 DO 用户K的相关操作 1 0： ：
IR_FEATURE_USER_FIRM_UPLOAD , //86 W/D 固件更新 W:128/D:2 固件更新大小(KB)次数=大小*8 具体实现 上位机发送 此指令DO 返回成功之后，
IR_FEATURE_USER_FIRM_UPLOADK , //87 W/R/D 快速固件更新 W/R/D 固件更新大小(KB)次数=大小 具体实现 上位机发送 此指令的W操作 发送次数（ ） （ ）
//发送完成后， ， ， ，
IR_FEATURE_USER_RESERVED_88_TO_99 , // 88-99 预留待定
IR_FEATURE_USER_KEY = 100 , // 100 DO 虚拟按键 1 最高位bit7 作为长按标记 长按1 单按 0 键位对应 bit0:M键 bit1: +键 bit2:-键 bit3:C键
IR_FEATURE_USER_BLACKFACE_SWITCH = 124 , // 100 DO 虚拟按键 1 最高位bit7 作为长按标记 长按1 单按 0 键位对应 bit0:M键 bit1: +键 bit2:-键 bit3:C键
IR_FEATURE_USER_BLACKFACE_TEMP = 125 , // 100 DO 虚拟按键 1 最高位bit7 作为长按标记 长按1 单按 0 键位对应 bit0:M键 bit1: +键 bit2:-键 bit3:C键
IR_FEATURE_USER_BLACKFACE_LOCATION = 126 , // 100 DO 虚拟按键 1 最高位bit7 作为长按标记 长按1 单按 0 键位对应 bit0:M键 bit1: +键 bit2:-键 bit3:C键
IR_FEATURE_USER_RESERVED_101_TO_159 , //101-159 基本功能增加预留预留待定
IR_FEATURE_NS_FLASH_COLORMAP = 140 , //140 10组色板
IR_FEATURE_NS_FLASH_LOGO = 141 , //LOGO下载
IR_FEATURE_TEMPER_ALARM_EN = 160 , // 160 wr 高温报警使能 1 0关 1开
IR_FEATURE_NS_AUTO_CALC_GG , //161 获取锅盖 W， ，
IR_FEATURE_MOTOR_MOVE = 162 , //162 DO 镜头电机控制 4 参数1 1字节 值0： ；
IR_FEATURE_NS_CALC_GG_PARA = 162 , //162 写 ：
//读： 参数一 1. 读取_A 2.读取_B 3. 读取_renge 4.读取温度上限MaxT
IR_FEATURE_RTD323_FPA_AVERAGE = 196 , //196(原176) R,读取阵列平均值（ ）
IR_FEATURE_RTD323_TEC_TEMP = 206 , //206(原222) WR,设置TEC温度
IR_FEATURE_RESERVED_163_TO_255 , //163 客户定制功能 预留待定
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} IR_FEATURE_USER , * P_IR_FEATURE_USER ;
enum PTZ_Code
{
PTZ_CODE_LEFT = 0 ,
PTZ_CODE_RIGHT ,
PTZ_CODE_UP ,
PTZ_CODE_DOWN ,
PTZ_CODE_IRISADD ,
PTZ_CODE_IRISDEC ,
PTZ_CODE_FOCUSADD ,
PTZ_CODE_FOCUSDEC ,
PTZ_CODE_ZOOMADD ,
PTZ_CODE_ZOOMDEC ,
PTZ_CODE_GOTOPOINT ,
PTZ_CODE_SETPOINT ,
PTZ_CODE_AUTO ,
PTZ_CODE_STOP ,
PTZ_CODE_LEFTSTOP ,
PTZ_CODE_RIGHTSTOP ,
PTZ_CODE_UPSTOP ,
PTZ_CODE_DOWNSTOP ,
PTZ_CODE_IRISADDSTOP ,
PTZ_CODE_IRISDECSTOP ,
PTZ_CODE_FOCUSADDSTOP ,
PTZ_CODE_FOCUSDECSTOP ,
PTZ_CODE_ZOOMADDSTOP ,
PTZ_CODE_ZOOMDECSTOP ,
PTZ_CODE_AUTOSTOP = 33 ,
} ;
# pragma pack (1)
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struct DeviceInfoST //不知道为啥
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{
char szServerName [ 50 ] ;
char cIP [ 16 ] ; //the Device IP
} ;
struct ChannelInfo
{
int channel ;
char szServerName [ 50 ] ;
char szUserName [ 30 ] ;
char szPWD [ 30 ] ;
char szIP [ 30 ] ;
WORD wPortNum ;
BYTE byChanNum ;
BYTE byChanNum2 ;
int iStreamNum ;
int iStreamNum2 ;
} ;
# define MAX_DEVICE_NUM 100
struct DeviceList
{
int iNumber ; //Device Count
//DeviceInfo DevInfo[MAX_DEVICE_NUM];
ChannelInfo DevInfo [ MAX_DEVICE_NUM ] ;
} ;
struct INF_OSD
{
INF_OSD ( BOOL temp_add , BOOL temp_param_add , BOOL pseudo_add , BOOL lhtp )
{
m_g_temp_add = temp_add ;
m_g_temp_param_add = temp_param_add ;
m_pseudo_add = pseudo_add ;
m_low_hight_temp_pos = lhtp ;
}
BOOL m_g_temp_add ;
BOOL m_g_temp_param_add ;
BOOL m_pseudo_add ;
BOOL m_low_hight_temp_pos ;
} ;
typedef struct
{
int max_temp ;
int min_temp ;
int avg_temp ;
int cen_temp ;
} global_temp ;
typedef struct
{
int emissivity ;
int airTemp ;
int reflectTemp ;
int humidity ;
int distance ;
} envir_param ; //Parameters are actual values * 10000
typedef struct
{
int iFormat ; //1:Center 2:Align left 3:Align right
int iFormatTime ; //0:off
//1:2020 - 07 - 20 16 : 18 : 30
//2 : 2020 - 07 - 20 FRI 16 : 18 : 30
//3 : 07 - 20 - 2020 16 : 18 : 30
//4 : 07 - 20 - 2020 FRI 16 : 18 : 30
//5 : 20 - 07 - 2020 16 : 18 : 30
//6 : 20 - 07 - 2020 FRI 16 : 18 : 30
//C:TimeEnable 0:off 1:on
int iShow ; //0:Do not show 1:show C:TitleEnable 0:off 1:on
int iIndex ; //0:time 1/2/3:Custom string
char m_szString [ 200 ] ; //Content B:utf-8
int iWidth ; //String width
int iDeviceWidth ; //Area array width
int iDeviceHeight ; //Area array height
int iX ; //time coordinate
int iY ; //time coordinate
int iStringX ; //string coordinate
int iStringY ; //string coordinate
} Custom_String ; //Overlay Custom string
typedef struct
{
int iTempAvg ; //Average regional temperature Celsius*10
int iTempCenter ; //Regional center point temperature
int iTempMax ; //Maximum regional temperature
int iTempMin ; //Minimum regional temperature
int iMaxPosX ; //Maximum X coordinate
int iMaxPosY ; //Maximum Y coordinate
int iMinPosX ; //Minimum X coordinate
int iMinPosY ; //Minimum Y coordinate
} Area_Temp ; //AT Area Temp
# define AREA_NUM 7
typedef struct
{
bool bEnable ; //true: on false: off
int iIndex ; //index
int iMode ; //0:point 1:line 2:area
int iStartPosX ; //Start X coordinate
int iStartPosY ; //Start Y coordinate
int iEndPosX ; //End X coordinate
int iEndPosY ; //End Y coordinate
bool bHighAlarm ; //High temperature alarm true:on false:off
bool bHighAlarmLevel ; //High temperature alarm level true:on false:off
bool bLowAlarm ; //Low temperature alarm true:on false:off
bool bLowAlarmLevel ; //Low temperature alarm level true:on false:off
bool bPopup ; //Pop-ups true:on false:off
bool bRing ; //Ring true:on false:off
bool bSnap ; //snap true:on false:off
int iDebounce ; // debounce time unit:s
int iHighTempThres ; //High temperature alarm threshold Kelvin*10
int iHighTempThresLevel1 ; //High temperature alarm level1 threshold
int iHighTempThresLevel2 ; //High temperature alarm level2 threshold
int iHighTempThresLevel3 ; //High temperature alarm level3 threshold
int iLowTempThres ; //Low temperature alarm threshold
int iLowTempThresLevel1 ; //Low temperature alarm level1 threshold
int iLowTempThresLevel2 ; //Low temperature alarm level2 threshold
int iLowTempThresLevel3 ; //Low temperature alarm level3 threshold
} Temp_Config ; //AT Temperature measurement configuration
typedef struct
{
int iIndex ; //index
int iPosY ; //Y coordinate
int iPosX ; //X coordinate
} Point_pos ; //AT point position
typedef struct
{
int iMode ; // AT : 0: point 1:line 2:area AT20: 0:area,1:line,2:point
int iIndex ; //index
int iStartPosX ; //StartX coordinate
int iStartPosY ; //StartY coordinate
int iEndPosX ; //EndX coordinate
int iEndPosY ; //EndY coordinate
int iDeviceWidth ; //Area array width
int iDeviceHeight ; //Area array height
int m_region_enable ; // Regional temperature measurement enable
int m_osd_enable ; // Area temperature measurement osd superposition enable
int m_cursor_enable ; // Regional temperature measurement high and low temperature cursor superimposition enable
int m_param_enable ; // Regional temperature measurement using local parameters
} Area_pos ; //area position
typedef struct
{
int iType ; // 0: point 1: line 2: area
int iIndex ; // index
int iAlarmType ; //0: high 1:low
int iLevel ; // alarm level
int iTime ; //Timestamp
char * alarmTime ; //Time C
} Alarm_Info ;
typedef struct
{
unsigned char m_starthour ; // Start Hour
unsigned char m_startmin ; // Start Minute
unsigned char m_stophour ; // Stop Hour
unsigned char m_stopmin ; // Stop Hour
unsigned char m_maskweek ; // Week
unsigned char bReceive [ 3 ] ; // Reserved
} Time_Check ;
typedef struct
{
Time_Check pList [ 7 ] ; // Time Table
} Time_List_capture ;
typedef struct
{
int bEnable ; // true: coding on false: coding off
int iCompress ; // Encoding 5:H264 8:H265
int iBrc ; // Rate control mode 0:VBR 1:CBR
int iImageSize ; //Resolution 5:384*288 9:640*512 16:1024*768 22:1280*1024
int iImageQuality ; //Image quality level 1-6(6:the best) VBR or Snapshot mode is valid
int iBitRate ; //Bit rate
int iGOP ; //Reserved
int iRefMode ; //Reserved
int iEnhanceVBRMode ; //Reserved
int m_ftp_timecapjpg ; // regular capturing FTP uploading
int m_CapJpgInterval ; // interval time for regular capturing
Time_List_capture m_timeList ; // capture time
} Encoding_Format ;
typedef struct
{
char m_StartTime [ 10 ] ; // Start time
char m_EndTime [ 10 ] ; // End time
} Time_List ;
typedef struct
{
Time_List time_list [ 5 ] ; //5 time periods
} Schedule ;
typedef struct
{
int bMainEnable ; // true: main stream on false: main stream off
int bExtraEnable ; // true: Extra stream on false: Extra stream off
Schedule list [ 7 ] ; // start from sunday
} Recoding ;
typedef struct
{
int iMode ; //0:point 1:line 2:area 3:full frame
int iIndex ; //index
int bHighAlarmEnable ; // true: High temperature alarm on false: High temperature alarm off
int bLowAlarmEnable ; // true: Low temperature alarm on false: Low temperature alarm off
int bHighAlarmLevelEnable ; // true: High temperature alarm level on false: High temperature alarm level off
int bLowAlarmLevelEnable ; // true: Low temperature alarm level on false: Low temperature alarm level off
int bPopupEnable ; // true: Pop-ups on false: Pop-ups off
int bAudioEnable ; // true: ring on false: ring off
int bSnapEnable ; // true: snap on false: snap off
int iDebounce ; // debounce time unit:s
int iHighTempThreshold ; //High temperature threshold A&C:C*10 B:K*10
int iHighTempThresholdLevel1 ; //High temperature threshold Level1 A:C*10 B:K*10
int iHighTempThresholdLevel2 ; //High temperature threshold Level2 A:C*10 B:K*10
int iHighTempThresholdLevel3 ; //High temperature threshold Level3 A:C*10 B:K*10
int iLowTempThreshold ; //Low temperature threshold A:C*10 B:K*10
int iLowTempThresholdLevel1 ; //Low temperature threshold Level1 A:C*10 B:K*10
int iLowTempThresholdLevel2 ; //Low temperature threshold Level2 A:C*10 B:K*10
int iLowTempThresholdLevel3 ; //Low temperature threshold Level3 A:C*10 B:K*10
int iStartPosX ; //Start X coordinate
int iStartPosY ; //Start Y coordinate
int iEndPosX ; //End X coordinate
int iEndPosY ; //End Y coordinate
int m_enable ; // function enable
int m_typethreshold ; // 0: >m_htempthreshold, 1: <m_ltempthreshold, 2: [m_ltempthreshold, m_htempthreshold], 3: not belong to[m_ltempthreshold, m_htempthreshold]
int m_singlehost ; // label of center for uploading alarm signal
unsigned char m_record [ 16 ] ; // relate to recording
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unsigned char m_out [ 8 ] ; // relate to output 1:ON, 0：
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unsigned char m_enpreno [ 16 ] ; // relate to preset point
unsigned char m_preno [ 16 ] ; // number of preset point to be called
unsigned char m_capjpeg [ 16 ] ; // relate to capturing
Time_List_capture m_timelist ; // detection time table define ETI_TIME_DAYTYPE
//C use
int FliterTime ; //Filter time
int LinkageType [ 7 ] ; //Linkage type 0:alarm1 1:flash 2:snap 3:record 4: upload ftp 5:SMTP 6:alarm2
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int MoreOrLess ; //alarm type 0:The Max is less than, 1:The Max is more than, 2:The Min is less than， ， ，
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int SlowMovingTemp ; //Hysteresis temperature C*10
} Alarm_Config ;
typedef struct
{
int m_year ; // Year
unsigned char m_month ; // Month
unsigned char m_dayofmonth ; // Day
unsigned char m_hour ; // Hour
unsigned char m_minute ; // Minute
unsigned char m_second ; // Second
} Time_Param ;
typedef struct
{
int enbale ; //true:enable
char * Encrypt ; //Encryption NULL or WPA-PSK
char * id ; //ID
char * pwd ; //password
} Wlan_Config ;
# define USER_NUM 100
typedef struct
{
int id ; //true:enable
char * Description ; //Description
char * GroupName ; //Group Name
char * ModifiedTime ; //Modified Time
char * UserName ; //User Name
} User_Info ;
typedef struct
{
int groupId ; //group id
char * Description ; //Description
char * Password ; //Password
char * UserName ; //User Name
} User_New ;
typedef struct
{
int LoginTime ; //Login Time
int UpdateTime ; //Update Time
char * Address ; //Address
char * Token ; //Token
char * UserName ; //User Name
} User_Online ;
typedef struct
{
int id ; //id
char * oldPasswd ; //oldPasswd
char * newPasswd ; //newPasswd
char * Description ; //Description
} User_Modify ;
typedef struct
{
int Camera ; //Camera settings
int Network ; //Network settings
int Osd ; //osd settings
int Peripherals ; //Peripheral management
int Storage ; //Storage management
int System ; //System management
int SystemMaintain ; //system maintenance
int Temperature ; //Temperature measurement setting
int Playback [ 1 ] ; //Playback management
int RealMonitor [ 2 ] ; //real time monitoring
} Group_Authority ;
typedef struct
{
int id ; //id
char * GroupName ; //group Name
char * Description ; //Description
Group_Authority group_authority ;
} Group_Info ;
typedef struct
{
char * DeviceName ; //Device Name
char * Language ; //Language
char * VideoFormat ; //Video Format
} Device_Setting ;
typedef struct
{
char * EmergencyVideoPath ; //Emergency Video Path
char * RecordPath ; //Record Path
} Record_Path ;
typedef struct
{
int CutSize ; //Video division size (MB)
int CutTime ; //Video segmentation time (minutes)
int CutType ; //Video segmentation type (0: by time, 1 by size, 2: both)
int RecChn ; //Video channel: 0 means visible light, 1 means infrared, 2 means visible light + infrared
int RecType ; //Video type (for extension, currently 0, MP4)
int UseRec ; //Recording enable (1: yes, 0: no)
} Record_Param ;
typedef struct
{
int Begin ; //Begin time
int Channel ; //Chn selection of video, 0 is visible light, 1 is infrared
int End ; //end time
int Path ; //Video storage path (0: video storage directory, 1: emergency video storage directory)
int Type ; //File type (0: video, 1: picture)
char * Name [ ] ; //file name
} Record_Search ;
typedef struct
{
int Chn ; //snap channel: 0 means visible light, 1 means infrared, 2 means visible light + infrared
int Enable ; //snap enable (1: yes, 0: no)
int Interval ; //Time interval for snap, in seconds
} Snap_Param ;
typedef struct
{
char * AdministrativeDivisionCode ; //Administrative division code
char * AlarmChNo ; //Alarm channel number
int AlarmIndex ; //Alarm number: 1, 2
int AlarmLevel ; //Alarm level: 1, 2, 3, 4, 5, 6
int ChAlarmLevel ; //Alarm level: 1, 2, 3, 4, 5, 6
int ChIndex ; //Channel number: 1, 2
char * ChNo ; //Channel No
char * DeviceNo ; //Device No
int Enable ; //Enable switch
int HeartMaxOut ; //Maximum number of heartbeat timeouts
int HeartTime ; //Heartbeat cycle (unit: s)
char * IdentificationCode ; //Access module identification code
int LocalSipPort ; //Local SIP server port
char * Password ; //sign up password
int RegisterValid ; //Registration Validity Period (Unit: s)
char * SipDomain ; //sip domain
char * SipServerIp ; //sip server ip
char * SipServerNo ; //SIP server number
int SipServerPort ; //sip server port
} GB28181_Param ;
typedef struct
{
int iMode ; // 0: point 1:line 2:area 3:frame
int iStartPosX ; //StartX coordinate
int iStartPosY ; //StartY coordinate
int iEndPosX ; //EndX coordinate
int iEndPosY ; //EndY coordinate
int iMax ; // Max K*10
int iMin ; // Min K*10
int iAvg ; //Avg K*10
int iMaxPointX ; //max coordinate x
int iMaxPointY ; //max coordinate y
int iMinPointX ; //min coordinate x
int iMinPointY ; //min coordinate y
} Position_info ;
typedef struct
{
int enable ; // true: temp data open false: temp data close
int fps ; //Temperature data frame rate
} TempData_Param ;
typedef struct
{
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short version ; // 文件版本
unsigned short width ; //温度点阵宽度
unsigned short height ; //温度点阵高度
unsigned char createTime [ 14 ] ; //拍摄时间
int emiss ; //辐射率 *10000
int airTemp ; //环境温度
unsigned char lenCamera ; //镜头度数
unsigned int distance ; //拍摄距离 *10000
unsigned char relativeHumidity ; //相对湿度
int refTemp ; //反射温度 *10000
unsigned char productcor [ 32 ] ; //生产厂家
unsigned char type [ 32 ] ; //产品型号
unsigned char serialNo [ 32 ] ; //产品序列号
int longitude ; //经度 *10000
int latitude ; //纬度 *10000
int altitude ; //海拔 *10000
int remarkLen ; //备注信息长度
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unsigned char remark [ 256 ] ;
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int atmTrans ; //透过率 *10000
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int K0 ; //K0 *10000
int B0 ; //B0 *10000
int K1 ; //K1 *10000
int B1 ; //B1 *10000
int pseudoColorIndex ; //Pseudo-color number
int iOffset ;
} JPG_Param ;
typedef struct
{
int emissivity ;
int airTemp ;
int reflectTemp ;
int humidity ;
int distance ;
int atmTrans ;
int K0 ;
int B0 ;
int K1 ;
int B1 ;
} JPG_envir_param ; //Parameters are actual values * 10000
typedef struct
{
int max ; //K*10
int min ; //K*10
int frameMax ; //K*10
int frameMin ; //K*10
int width ;
int height ;
int pseudoColorIndex ; //Pseudo-color number
} Stretch_param ;
typedef struct
{
unsigned short width ; //width
unsigned short height ; //height
int emiss ; // Emissivity*10000
int airTemp ; //Ambient temperature*10000
unsigned int distance ; //distance *10000
unsigned char humidity ; //Humidity*10000
int refTemp ; //Reflected temperature*10000
int atmTrans ; //Atmospheric transmittance*10000
int K0 ; //K0 *10000
int B0 ; //B0 *10000
int K1 ; //K1 *10000
int B1 ; //B1 *10000
int pseudoColorIndex ; //Pseudo-color number
int unit ; //temp unit
int gainStatus ; //0:highGain 1:lowGain
} IRG_Param ;
# define GRIDS_RGN_MAX_NUM 64 //The maximum number of grids is 64, which is equivalent to 64 regional temperature measurements
typedef struct
{
char name [ 16 ] ; //rgn name
char osdType ; //0: not superimposed; 1: lowest temperature; 2: highest temperature; 3: average temperature
char osdTrackTempEn ; //Temperature point tracking overlay enable: 0: No overlay; 1: Low temperature point tracking (not supported); 2: High temperature point tracking
char reserve [ 6 ] ;
int overhtempthreshold ; //Super maximum temperature stacking threshold C*10
} Grids_Attrs ;
typedef struct
{
short mode ; //AGC_GRID_MODE_E 0:disable, 1:4x4, 2:6x6, 3:8x8
short reserve ;
Grids_Attrs gridsAttr [ GRIDS_RGN_MAX_NUM ] ;
} Grids_Param ;
typedef struct
{
int m_maxtemp ; //max C*10
int m_mintemp ; //min C*10
int m_avgtemp ; //avg C*10
} Grids_Temp_Value ;
typedef struct
{
Grids_Temp_Value m_region_temp [ GRIDS_RGN_MAX_NUM ] ; //Zone temperature information, number of extended zones 64
} Grids_Temp ;
# define POINT_MAX_NUM 640*512 //640*512
typedef struct
{
int type ; //PTZ_Code
int value ; //[1-10]
int priority ; //Gimbal control priority, need equipment support
} PTZ_CTRL ;
# pragma pack ()
