C++ API
C++ API 信息可查看 RVC 安装目录下的 API 说明文档或 RVC.h 头文件。
API 文档所在路径：
Windows：/RVCSDK/docs/RVC SDK Documentation.html
Linux：/opt/RVC/docs/RVC SDK Documentation.html
RVC.h 头文件所在路径：
Windows：/RVCSDK/include/RVC/RVC.h
Linux：/opt/RVC/include/RVC/RVC.h
RVC.h
// Copyright (c) RVBUST, Inc - All rights reserved.
#pragma once
#include <assert.h>
#include <stdbool.h>
#include <stddef.h>
#include <stdint.h>
#include <string>
#include <vector>
// Define EXPORTED for any platform
#if defined _WIN32 || defined __CYGWIN__
#ifdef RVC_WIN_EXPORT
#ifdef __GNUC__
#define RVC_EXPORT __attribute__((dllexport))
#else
#define RVC_EXPORT __declspec(dllexport) // Note: actually gcc seems to also supports this syntax.
#endif
#else
#ifdef __GNUC__
#define RVC_EXPORT __attribute__((dllimport))
#else
#define RVC_EXPORT __declspec(dllimport) // Note: actually gcc seems to also supports this syntax.
#endif
#endif
#define RVC_NOT_EXPORT
#else
#if __GNUC__ >= 4
#define RVC_EXPORT __attribute__((visibility("default")))
#define RVC_NOT_EXPORT __attribute__((visibility("hidden")))
#else
#define RVC_EXPORT
#define RVC_NOT_EXPORT
#endif
#endif
/**
* @brief RVC namespace
*
*/
namespace RVC {
/**
* @brief Handle id 4 bytes long
*
*/
typedef uint32_t HandleID;
/**
* @brief RVC Handle
*
*/
struct RVC_EXPORT Handle {
/**
* @brief Construct a new Handle object
*
*/
Handle() : sid(0), gid(0) {}
/**
* @brief Construct a new Handle object with sid and gid
*
* @param sid_
* @param gid_
*/
Handle(HandleID sid_, HandleID gid_) : sid(sid_), gid(gid_) {}
/**
* @brief Construct a new Handle object with another Handle
*
* @param rhs Another Handle
*/
Handle(const Handle &rhs) : sid(rhs.sid), gid(rhs.gid) {}
/**
* @brief Assigns new Object to the Handle object,
* replace its current parameters.
*
* @param rhs A Handle object of the same type
* @return Handle& *this
*/
Handle &operator=(const Handle &rhs) {
sid = rhs.sid;
gid = rhs.gid;
return *this;
}
/**
* @brief Compare with another Handle object
*
* @param rhs Another Handle object
* @return true Equal
* @return false Not equal
*/
inline bool operator==(const Handle &rhs) { return sid == rhs.sid && gid == rhs.gid; }
/**
* @brief Compare with another Handle object
*
* @param rhs Another Handle object
* @return true Not equal
* @return false Equal
*/
inline bool operator!=(const Handle &rhs) { return sid != rhs.sid || gid != rhs.gid; }
HandleID sid;
HandleID gid;
};
/**
* @brief Image/PointMap Size
*
*/
struct RVC_EXPORT Size {
/**
* @brief Construct a new Image/PointMap Size object
*
*/
Size() : width(0), height(0) {}
/**
* @brief Construct a new Image/PointMap Size object with width/cols and height/rows
*
* @param w Image width/PointMap cols
* @param h Image height/PointMap rows
*/
Size(int w, int h) : width(w), height(h) {}
/**
* @brief width or cols
*
*/
union {
int32_t width, cols;
};
/**
* @brief height or rows
*
*/
union {
int32_t height, rows;
};
};
/**
* @brief Compare two Image size
*
* @param lhs one Image Size
* @param rhs another Image Size
* @return true equal
* @return false not equal
*/
inline bool operator==(const Size &lhs, const Size &rhs) {
return lhs.width == rhs.width && lhs.height == rhs.height;
}
/**
* @brief Compare two Image size
*
* @param lhs one Image Size
* @param rhs another Image Size
* @return true not equal
* @return false equal
*/
inline bool operator!=(const Size &lhs, const Size &rhs) {
return lhs.width != rhs.width || lhs.height != rhs.height;
}
/**
* @brief Image ROI
*
*/
struct RVC_EXPORT ROI {
/**
* @brief Construct a new Image ROI object
*
*/
ROI() : x(0), y(0), width(0), height(0) {}
/**
* @brief Construct a new Image ROI object with x,y,w,h
*
* @param x start x of Image roi (col index of roi up left corner)
* @param y start y of Image roi (row index of roi up left corner)
* @param w image roi width
* @param h image roi height
*/
ROI(int x, int y, int w, int h) : x(x), y(y), width(w), height(h) {}
/**
* @brief start x of Image roi (col index of roi up left corner)
*
*/
int x;
/**
* @brief start y of Image roi (row index of roi up left corner)
*
*/
int y;
/**
* @brief Image roi width
*
*/
int width;
/**
* @brief Image roi height
*
*/
int height;
};
/**
* @brief Device ROIRange
*
*/
struct RVC_EXPORT ROIRange {
/**
* @brief step of x of Image roi (col index of roi up left corner)
*
*/
int x_step;
/**
* @brief step of y of Image roi (row index of roi up left corner)
*
*/
int y_step;
/**
* @brief step of width of Image roi
*
*/
int width_step;
/**
* @brief step of height of Image roi
*
*/
int height_step;
/**
* @brief Minimum value of width of Image roi
*
*/
int width_min;
/**
* @brief Minimum value of height of Image roi
*
*/
int height_min;
/**
* @brief Maximum value of width of Image roi
*
*/
int width_max;
/**
* @brief Maximum value of height of Image roi
*
*/
int height_max;
};
/**
* @brief Compare two Image ROI
*
* @param lhs one Image roi
* @param rhs another Image roi
* @return true equal
* @return false not equal
*/
inline bool operator==(const ROI &lhs, const ROI &rhs) {
return lhs.width == rhs.width && lhs.height == rhs.height && lhs.x == rhs.x && lhs.y == rhs.y;
}
/**
* @brief Compare two Image roi
*
* @param lhs one Image roi
* @param rhs another Image roi
* @return true equal
* @return false not equal
*/
inline bool operator!=(const ROI &lhs, const ROI &rhs) {
return lhs.width != rhs.width || lhs.height != rhs.height || lhs.x != rhs.x || lhs.y != rhs.y;
}
/**
* @brief Image Type
*
* All support type are *Mono8*, *RGB8*, *BGR8*
*/
struct RVC_EXPORT ImageType {
enum Enum {
None = 0,
Mono8 = 1,
RGB8 = 2,
BGR8 = 3,
};
/**
* @brief Print given ImageType
*
* @param type ImageType
* @return const char* Name of ImageType
*/
static const char *ToString(ImageType::Enum type);
/**
* @brief Get pixel size of ImageType
*
* @param type ImageType
* @return size_t Pixel size
*/
static size_t GetPixelSize(ImageType::Enum type);
};
/**
* @brief RVC X Image object
*
*/
struct RVC_EXPORT Image {
/**
* @brief Create Image object
*
* @param it image type
* @param sz image size
* @param data image data
* @param own_data Image object
* @return Image A Image object with given parameters
*/
static Image Create(ImageType::Enum it, const Size sz, unsigned char *data = nullptr, bool own_data = true);
/**
* @brief Destroy Image object
*
* @param img Image object will be destroyed
* @param no_reuse True for reuse current space of PointMap
*/
static void Destroy(Image img, bool no_reuse = true);
/**
* @brief Deep clone Image object
*/
Image Clone() const;
/**
* @brief Check Image obejct is Valid or not.
*
* @return true Valid
* @return false Not valid
*/
bool IsValid() const;
/**
* @brief Get the Image Size object
*
* @return Size A Image Size object
*/
Size GetSize() const;
/**
* @brief Get the ImageType object
*
* @return ImageType Image type
*/
ImageType::Enum GetType() const;
/**
* @brief Get the Data Ptr of Image object
*
* @return unsigned* Data Ptr
*/
unsigned char *GetDataPtr() const;
/**
* @brief Get the Data Const Ptr of Image object
*
* @return const unsigned* Data Ptr
*/
const unsigned char *GetDataConstPtr() const;
/**
* @brief Save Image to file
*
* @param address save address
*
* @return true Success
* @return false Failed
*/
bool SaveImage(const char *addr) const;
/**
* @brief RVC Handle
*
*/
Handle m_handle;
};
/**
* @brief RVC X DepthMap
*
*/
struct RVC_EXPORT DepthMap {
/**
* @brief Create DepthMap object
*
* @param sz depthmap size
* @param data depthmap data
* @param own_data depthmap data
* @return DepthMap object with given parameters
*/
static DepthMap Create(const Size sz, double *data = nullptr, bool own_data = true);
/**
* @brief Destroy DepthMap object
*
* @param depthmap DepthMap object will be destroyed
* @param no_reuse True for reuse current space of PointMap
*/
static void Destroy(DepthMap depthmap, bool no_reuse = true);
/**
* @brief Check DepthMap obejct is Valid or not.
*
* @return true
* @return false
*/
bool IsValid();
/**
* @brief Get the DepthMap Size object
*
* @return Size
*/
Size GetSize();
/**
* @brief Get the Data Ptr of DepthMap
*
* @return double* Data Ptr
*/
double *GetDataPtr();
/**
* @brief Get the Data Const Ptr of DepthMap
*
* @return const double* Data Ptr
*/
const double *GetDataConstPtr();
/**
* @brief Save DepthMap to file
*
* @param address save address
* @param is_m save depthmap with m/mm
*
* @return true Success
* @return false Failed
*/
bool SaveDepthMap(const char *address, bool is_m = true);
/**
* @brief DepthMap Handle
*
*/
Handle m_handle;
};
struct RVC_EXPORT ConfidenceMap {
/**
* @brief create confidence map object, if object is no used, call Destroy to destroy it
*
* @param sz confidence map size
* @param data confidence map data
* @param own_data own data flag
* @return ConfidenceMap object with given parameters
* @sa ConfidenceMap::Destroy
*/
static ConfidenceMap Create(const Size sz, double *data = nullptr, bool own_data = true);
/**
* @brief Destroy confidence map object.
*
* @param confidencemap confidencemap to be destroy
* @param no_reuse True for reuse current space of confidence map
*/
static void Destroy(ConfidenceMap confidencemap, bool no_reuse = true);
/**
* @brief Check obejct is Valid or not.
*
* @return true
* @return false
*/
bool IsValid();
/**
* @brief Get the Size object
*
* @return Size
*/
Size GetSize();
/**
* @brief Get the Data Ptr object
*
* @return double*
*/
double *GetDataPtr();
/**
* @brief Get the Data Const Ptr object
*
* @return const double*
*/
const double *GetDataConstPtr();
/**
* @brief confidence map handle
*
*/
Handle m_handle;
};
/**
* @brief RVC X PointMap Type
*
*/
struct RVC_EXPORT PointMapType {
/**
* @brief PointMap Type Support type *PointsOnly* and *PointsNormals*
* @param PointsOnly which only contains points
* @param PointsNormals which contains points with normals
*/
enum Enum {
None = 0,
PointsOnly = 1,
PointsNormals = 2,
};
/**
* @brief print PointMap Type`s name
*
* @param e Pointmap Type
* @return const char* Pointmap Type`s name
*/
static const char *ToString(enum Enum e);
};
struct RVC_EXPORT PointMapUnit {
/**
* @brief Unit support *Meter* and *Millimeter*
*/
enum Enum {
Meter = 0,
Millimeter = 1,
};
/**
* @brief print PointMapUnit's name
* @param e PointMapUnit
* @return string
*/
static const char *ToString(Enum e);
};
/**
* @brief RVC X PointMap
*
*/
struct RVC_EXPORT PointMap {
/**
* @brief Create PointMap object
*
* @param pmt PointMapType
* @param size PointMap Size
* @param data PointMap data (m)
* @param owndata True for malloc a new space for PointMap
* @return PointMap A PointMap object
*/
static PointMap Create(PointMapType::Enum pmt, const Size size, double *data = nullptr, bool owndata = true);
/**
* @brief Destroy a PointMap object
*
* @param pm PointMap object will be destroyed
* @param no_reuse True for reuse current space of PointMap
*/
static void Destroy(PointMap pm, bool no_reuse = true);
/**
* @brief export PointMap's data to local file. Only support the *.ply* format.
* @param fileName Name of file to be created.
* @param unit The unit of exported data.
* @param isBinary Whether to export to binary format.
* @return bool.
*/
bool Save(const char *fileName, const PointMapUnit::Enum unit, const bool isBinary,
const Image &rawImage = Image());
/**
* @brief Check PointMap is Valid or not
*
* @return true Valid
* @return false Not valid
*/
bool IsValid() const;
/**
* @brief Get the PointMap Size object
*
* @return Size PointMap Size
*/
Size GetSize() const;
/**
* @brief Get the Point Data Ptr of PointMap object
*
* @return double* Point Data Ptr (m)
*/
double *GetPointDataPtr();
/**
* @brief Get the Normal Data Ptr of PointMap object
*
* @return double* Normal Data Ptr
*/
double *GetNormalDataPtr();
/**
* @brief Get the Point Data Const Ptr of PointMap object
*
* @return const double* Point Data Ptr (m)
*/
const double *GetPointDataConstPtr() const;
/**
* @brief Get the Normal Const Data Ptr of PointMap object
*
* @return const double* Normal Data Ptr
*/
const double *GetNormalDataConstPtr() const;
/**
* @brief Get the Point Data Seperated
*
* @param x
* @param y
* @param z
* @param scale default set to 1
* @return true
* @return false
*/
bool GetPointMapSeperated(double *x, double *y, double *z, const double scale = 1.0);
/*
* @brief clone the point data
* return PointMap
*/
PointMap Clone() const;
/**
* @brief RVC Handle
*
*/
Handle m_handle;
};
struct RVC_EXPORT CorrespondMap {
static CorrespondMap Create(const Size sz, double *data = nullptr, bool own_data = true);
static void Destroy(CorrespondMap correspondMap, bool no_reuse = true);
bool IsValid();
Size GetSize();
double *GetDataPtr();
const double *GetDataConstPtr();
Handle m_handle;
};
/**
* @brief Get last error of RVC SDK
*
* @return int
*/
RVC_EXPORT int GetLastError();
/**
* @brief Get the Version of RVC SDK
*
* @return string of version
*/
RVC_EXPORT const char *GetVersion();
/**
* @brief Get the lastest error message. The pointer to string is temporary, you need to copy data from its buffer to
* your buffer to prevent dangling pointer.
* @return string of error message
*/
RVC_EXPORT const char *GetLastErrorMessage();
/**
* @brief CameraID, support *CameraID_Left* and *CameraID_Right*
*
* @enum CameraID
*
*/
enum CameraID {
CameraID_NONE = 0,
CameraID_0 = 1 << 0,
CameraID_1 = 1 << 1,
CameraID_2 = 1 << 2,
CameraID_3 = 1 << 3,
CameraID_Left = CameraID_0,
CameraID_Right = CameraID_1,
CameraID_Both = CameraID_Left | CameraID_Right,
};
/**
* @brief RVC supported Camera Port type
*
* All support type is *PortType_USB*, *PortType_GIGE*
*/
enum PortType {
PortType_NONE = 0,
PortType_USB = 1,
PortType_GIGE = 2,
};
/**
* @brief RVC supported Camera Network type
*
* Only valid when Camera PortType is *PortType_GIGE*
*
* All support type is *NetworkType_DHCP*, *NetworkType_STATIC*
*/
enum NetworkType {
NetworkType_DHCP = 0,
NetworkType_STATIC = 1,
};
/**
* @brief Projector color, support *ProjectorColor_Red*, *ProjectorColor_Green*, *ProjectorColor_Blue*,
* *ProjectorColor_White* and *ProjectorColor_ALL*
*
*/
enum ProjectorColor {
ProjectorColor_None = 0,
ProjectorColor_Red = 1,
ProjectorColor_Green = 2,
ProjectorColor_Blue = 4,
ProjectorColor_White = 8,
ProjectorColor_ALL = ProjectorColor_Red | ProjectorColor_Green | ProjectorColor_Blue | ProjectorColor_White,
};
/**
* @brief Protective Cover Status
*
*/
enum ProtectiveCoverStatus {
ProtectiveCoverStatus_Unknown = 0,
ProtectiveCoverStatus_Closed = 1,
ProtectiveCoverStatus_Closing = 2,
ProtectiveCoverStatus_Open = 3,
ProtectiveCoverStatus_Opening = 4,
};
/**
* @brief White balance ratio selector, suport *BalanceSelector_Red*, *BalanceSelector_Green* and *BalanceSelector_Blue*
*
*/
enum BalanceSelector {
BalanceSelector_None = 0,
BalanceSelector_Red,
BalanceSelector_Green,
BalanceSelector_Blue,
};
/**
* @brief NetworkDevie, support *NetworkDevice_LightMachine*, *NetworkDevice_LeftCamera* and *NetworkDevice_RightCamera*
*
*/
enum NetworkDevice {
NetworkDevice_LightMachine = 0,
NetworkDevice_LeftCamera = 1,
NetworkDevice_RightCamera = 2,
};
/**
* @brief NetworkDevieStatus, support *NetworkDeviceStatus_OK*, *NetworkDeviceStatus_Not_Reachable*,
* *NetworkDeviceStatus_In_Use* and *NetworkDeviceStatus_Conflict*
*
*/
enum NetworkDeviceStatus_ {
NetworkDeviceStatus_OK,
NetworkDeviceStatus_Not_Reachable,
NetworkDeviceStatus_In_Use,
NetworkDeviceStatus_Conflict,
};
/**
* @brief CaptureMode, support *CaptureMode_Fast*, *CaptureMode_Normal*,
*
*/
enum CaptureMode {
CaptureMode_Fast = 1 << 0,
CaptureMode_Normal = 1 << 1,
CaptureMode_Ultra = 1 << 2,
CaptureMode_Robust = 1 << 3, // [deprecated] CaptureMode_Robust is deprecated! Use scan_times instead.
CaptureMode_AntiInterReflection = 1 << 4,
CaptureMode_SwingLineScan = 1 << 5,
CaptureMode_All = CaptureMode_Fast | CaptureMode_Normal | CaptureMode_Ultra | CaptureMode_Robust |
CaptureMode_AntiInterReflection | CaptureMode_SwingLineScan,
};
/**
* @brief RVC X Device info
*
* @param name Device name
* @param sn Device serial number
* @param factroydate Device manufacture date
* @param port Port number
* @param type Support *PortType_USB* and *PortType_GIGE*
* @param cameraid Support *CameraID_Left*, *CameraID_Right* and *CameraID_Both*
* @param boardmodel main borad model type
* @param support_x2 support x2 or not
* @param support_color supported projector color
* @param firmware_version RVC Camera firmware version
*/
struct RVC_EXPORT DeviceInfo {
char name[32];
char sn[32];
char factroydate[32];
char port[32];
enum PortType type;
enum CameraID cameraid;
int boardmodel;
bool support_x2;
enum ProjectorColor support_color;
int workingdist_near_mm;
int workingdist_far_mm;
char firmware_version[128];
enum CaptureMode support_capture_mode;
bool support_x1;
bool support_protective_cover;
};
/**
* @brief Device struct
*
*/
struct RVC_EXPORT Device {
/**
* @brief Destroy the device
*
* @param d Device to be destroyed
*/
static void Destroy(Device d);
/**
* @brief Check device is valid or not
*
* @return true Valid
* @return false Not valid
*/
bool IsValid() const;
/**
* @brief Print device info
*
*/
void Print() const;
/**
* @brief Get the DeviceInfo object
*
* @param pinfo Current Device information
* @return true Success
* @return false Failed
*/
bool GetDeviceInfo(DeviceInfo *pinfo);
/**
* @brief Set the Device network configuration
*
* @param d NetworkDevice
* @param type NetworkType of Device DHCP/Static
* @param ip New ip for Device, valid if NetworkType is *NetworkType_STATIC*
* @param netMask New netmask for Device, valid if NetworkType is *NetworkType_STATIC*
* @param gateway New gateway for Device, valid if NetworkType is *NetworkType_STATIC*
* @return int status code
*/
int SetNetworkConfig(enum NetworkDevice d, NetworkType type, const char *ip, const char *netMask,
const char *gateway);
/**
* @brief Get the device network configuration
*
* @param d NetworkDevice
* @param type NetworkType of Device DHCP/Static
* @param ip Current ip of Device
* @param netMask Current netmask of Device
* @param gateway Current gateway of Device
* @param status Device`s status
* @return int Status code
*/
int GetNetworkConfig(enum NetworkDevice d, NetworkType *type, char *ip, char *netMask, char *gateway, int *status);
/**
* @brief RVC Handle
*
*/
Handle m_handle;
};
/**
* @brief System list Device type
*
* All support type are *USB*, *GigE*, *ALL*
*/
struct RVC_EXPORT SystemListDeviceType {
/**
* @brief RVC camera type, support *USB*, *GigE* and *All*
*
*/
enum Enum {
None = 0,
USB = 1 << 0,
GigE = 1 << 1,
All = USB | GigE,
};
/**
* @brief print SystemListDeviceType
*
* @param e List Device Type
* @return const char* name of SystemListDeviceType
*/
static const char *ToString(const SystemListDeviceType::Enum e);
};
/**
* @brief SystemInit
*
* @return true Success
* @return false Failed
*/
RVC_EXPORT bool SystemInit();
/**
* @brief Check system is inited or not
*
* @return true Inited
* @return false Not Inited
*/
RVC_EXPORT bool SystemIsInited();
/**
* @brief SystemShutdown
*
*/
RVC_EXPORT void SystemShutdown();
/**
* @brief List the fix number devices
*
* @param pdevices device listed
* @param size desire list devices number
* @param actual_size actually list devices number
* @param opt List DeviceType All/USB/GIGE optional
* @return int Status code
*
* @snippet X1Test.cpp List USB Device using ptr
*/
RVC_EXPORT int SystemListDevices(Device *pdevices, size_t size, size_t *actual_size,
SystemListDeviceType::Enum opt = SystemListDeviceType::All);
/**
* @brief Return the device according to the serialNumber, if the device is valid
*
* @param serialNumber Device Struct serial number
* @return Device The serialNumber corresponding Device Struct
*/
RVC_EXPORT Device SystemFindDevice(const char *serialNumber);
/**
* @brief Set the name of logger
*
* @param loggerName The logger name
*/
RVC_EXPORT void SystemSetLoggerName(const char *loggerName);
enum CameraTempSelector {
CameraTempSelector_Camera,
CameraTempSelector_CoreBoard,
CameraTempSelector_FpgaCore,
CameraTempSelector_Framegrabberboard,
CameraTempSelector_Sensor,
CameraTempSelector_SensorBoard,
};
enum SmoothnessLevel { SmoothnessLevel_Off, SmoothnessLevel_Weak, SmoothnessLevel_Normal, SmoothnessLevel_Strong };
// UserPtr
typedef void *UserPtr;
/**
* @brief X1 struct
*
*/
struct RVC_EXPORT X1 {
/**
* @brief Capture options
*
* @snippet X1Test.cpp Capture with options
*/
struct CaptureOptions {
/**
* @brief Construct a new Capture Options object
*
*/
CaptureOptions() {
calc_normal = false;
transform_to_camera = true;
use_auto_noise_removal = true;
noise_removal_distance = 0;
noise_removal_point_number = 40;
light_contrast_threshold = 3;
phase_filter_range = 0;
projector_brightness = 240;
exposure_time_2d = 11;
exposure_time_3d = 11;
gain_2d = 0.f;
gain_3d = 0.f;
hdr_exposure_times = 0;
hdr_exposuretime_content[0] = 11;
hdr_exposuretime_content[1] = 20;
hdr_exposuretime_content[2] = 50;
hdr_gain_3d[0] = 0;
hdr_gain_3d[1] = 0;
hdr_gain_3d[2] = 0;
hdr_scan_times[0] = 1;
hdr_scan_times[1] = 1;
hdr_scan_times[2] = 1;
hdr_projector_brightness[0] = 240;
hdr_projector_brightness[1] = 240;
hdr_projector_brightness[2] = 240;
calc_normal_radius = 5;
gamma_2d = 1.f;
gamma_3d = 1.f;
use_projector_capturing_2d_image = true;
smoothness = SmoothnessLevel_Off;
downsample_distance = 0.0;
capture_mode = CaptureMode_Normal;
confidence_threshold = 0;
roi = RVC::ROI();
truncate_z_min = -9999.f;
truncate_z_max = 9999.f;
bilateral_filter_kernal_size = 0;
bilateral_filter_depth_sigma = 0;
bilateral_filter_space_sigma = 0;
scan_times = 1;
use_auto_bilateral_filter = true;
}
/**
* @brief flag Whether calculate 3D points normal vector
*
*/
bool calc_normal;
/**
* @brief flag Whether transfrom 3D points from calibration board system to camera coordinate system
*
*/
bool transform_to_camera;
/**
* Point cloud noise removal algorithm 1, contains one parameter: filter_range.
* If this algorithm does not work well, set filter_range to 0 and try noise removal algorithm 2 below.
* @brief Set the noise filter value. The larger the value, the greater the filtering degree.
* The default value has been changed to 0 from 1 after v1.6.1.
*/
[[deprecated]] int filter_range;
/**
* Point cloud noise removal algorithm, contains three parameters: use_auto_noise_removal,
* noise_removal_distance and noise_removal_point_number. This algorithm performs noise reduction through a
* clustering algorithm. The point cloud is classified into blocks according to the distance
* (noise_removal_distance). If the total number of points in the block is less than a certain threshold
* (noise_removal_point_number), the points in the block are considered as noise points and need to be removed.
*/
/**
* @brief flag Whether to use auto noise removal.
* If true, the noise_removal_distance and noise_removal_point_number will be ignored. It will automatically
* adjust these two parameters according to the point cloud data and do noise removal.
*/
bool use_auto_noise_removal;
/**
* @brief The smaller the value, the greater the filtering degree.
* range: 0 ~ 20 (units: mm)
*/
double noise_removal_distance;
/**
* @brief Set the noise filter parameter 2. The larger the value, the greater the filtering degree.
*/
int noise_removal_point_number;
/**
* @brief Light contrast trheshold, range in [0, 10]. The contrast of point less than this value will be treat
* as invalid point and be removed.
*
*/
int light_contrast_threshold;
/**
* @brief Set the phase filter value. The larger the value, the greater the filtering degree 0~40
*
*/
int phase_filter_range;
/**
* @brief Set the exposure_time 2D value in milliseconds
*
*/
int exposure_time_2d;
/**
* @brief Set the exposure_time 3D value in milliseconds
*
*/
int exposure_time_3d;
/**
* @brief Set the projector brightness value
*
*/
int projector_brightness;
/**
* @brief Set the 2D gain value
*
*/
float gain_2d;
/**
* @brief Set the 3D gain value
*
*/
float gain_3d;
/**
* @brief Set the hdr exposure times value. 0,2,3
*
*/
int hdr_exposure_times;
/**
* @brief Set the hdr exposure time content. capture with white light, range [11, 100], others [3, 100]
*
*/
int hdr_exposuretime_content[3];
/**
* @brief Set the hdr 3D gain content.
*
*/
float hdr_gain_3d[3];
/**
* @brief Set the hdr scan times, only use in robust mode. range [2, 8],
*
*/
int hdr_scan_times[3];
/**
* @brief Set the hdr projector brightness value
*
*/
int hdr_projector_brightness[3];
/**
* @brief Neighborhood radius in pixel of calculating normal, > 0
*/
unsigned int calc_normal_radius;
/**
* @brief Set the 2D gamma value
*
*/
float gamma_2d;
/**
* @brief Set the 3D gamma value
*
*/
float gamma_3d;
/**
* @brief Set 2D image whether use projector
*
*/
bool use_projector_capturing_2d_image;
/**
* @brief control point map smoothness
*
*/
SmoothnessLevel smoothness;
/**
* @brief uniform downsample distance. if <= 0, do nothing.
*
*/
double downsample_distance;
/**
* @brief control capture mode
*
*/
CaptureMode capture_mode;
/**
* @brief confidence threshold, the point with confindence low then this value will be removed
* range: [0, 1]
*
*/
double confidence_threshold;
/**
* @brief set ROI function, only 3d points in the roi will be generated.
* This function can improve 3d capturespeed.
* The parameters of roi must comply with the rules of the equipment and can be checked by CheckRoi.
* We recommend that you adjust roi automatically through C before AutoAdjustRoi.
*/
RVC::ROI roi;
/**
* @brief truncate point map and depth map by z direction minimum value (units: mm)
* and truncate_z_min should less than truncate_z_max range: [-9999, 9999]
*
*/
double truncate_z_min;
/**
* @brief truncate point map and depth map by z direction maximum value (units: mm)
* and truncate_z_max should more than truncate_z_min range: [-9999, 9999]
*
*/
double truncate_z_max;
/**
* @brief the kernal size of bilateral filter of depth map
* range: [3, 31], 0 for not use bilateral filter
*
*/
int bilateral_filter_kernal_size;
/**
* @brief the guassian sigma in depth of bilateral filter of depth map
* range: [0, 100]
*
*/
double bilateral_filter_depth_sigma;
/**
* @brief the guassian sigma in space of bilateral filter of depth map
* range: [0, 100]
*
*/
double bilateral_filter_space_sigma;
/**
* @brief scan times, only use in robust mode. range [2, 8],
*/
int scan_times;
/**
* @brief flag Whether to use auto bilateral filter.
* If true, the bilateral_filter_kernal_size and bilateral_filter_depth_sigma and bilateral_filter_space_sigma
* will be ignored. It will automatically adjust these three parameters according to the point cloud data and do
* bilateral filter.
*/
bool use_auto_bilateral_filter;
};
/**
* @brief Options when setting custom transformation
*
*/
struct CustomTransformOptions {
/**
* @brief base coordinate of custom transformation,default is *CoordinateSelect_Disabled*
*
* All support type is
* *CoordinateSelect_Disabled*,*CoordinateSelect_Camera*,*CoordinateSelect_CaliBoard*
*/
enum CoordinateSelect {
CoordinateSelect_Disabled,
CoordinateSelect_Camera,
CoordinateSelect_CaliBoard,
};
CustomTransformOptions()
: coordinate_select(CoordinateSelect_Disabled), transform{1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1} {}
/**
* @brief base coordinate setting of custom transformation
*
*/
CoordinateSelect coordinate_select;
/**
* @brief custom transformation, translation unit: m
*
*/
double transform[16];
};
/**
* @brief X1 CollectionCallBackInfo
*/
struct CollectionCallBackInfo {
Image image;
};
/**
* @brief X1 CalculationCallBackInfo
*/
struct CalculationCallBackInfo {
Image image;
PointMap pointmap;
DepthMap depthmap;
ConfidenceMap confidencemap;
};
/**
* @brief X1 CallBackPtr
*/
typedef void (*CollectionCallBackPtr)(X1::CollectionCallBackInfo, X1::CaptureOptions, UserPtr);
typedef void (*CalculationCallBackPtr)(X1::CalculationCallBackInfo, X1::CaptureOptions, UserPtr);
/**
* @brief Create a RVC X Camera and choose the CameraID which you desire before you use X1
*
* @param d One RVC X Camera
* @param camid Choose *CameraID_Left* or *CameraID_Left*
* @return X1 RVC X object
*
* @snippet X1Test.cpp Create RVC X1
*/
static X1 Create(const Device &d, enum CameraID camid = CameraID_Left);
/**
* @brief Release all X1 resources after you use X1
*
* @param x RVC X object to be released
*
* @snippet X1Test.cpp Create RVC X1
*/
static void Destroy(X1 &x);
/**
* @brief Check X1 is valid or not before use X1
*
* @return true Available
* @return false Not available
*
* @snippet X1Test.cpp Create RVC X1
*/
bool IsValid();
/**
* @brief Open X1 before you use it
*
* @return true Success
* @return false Failed
*
* @snippet X1Test.cpp Create RVC X1
*/
bool Open();
/**
* @brief Close X1 after you Open it
*
* @snippet X1Test.cpp Create RVC X1
*/
void Close();
/**
* @brief Check X1 is open or not
*
* @return true Is open
* @return false Not open
*
* @snippet X1Test.cpp Create RVC X1
*/
bool IsOpen();
/**
* @brief Check X1 is physically connected or not
*
* @return true Is physically connected
* @return false Not physically connected
*
* @snippet X1Test.cpp Create RVC X1
*/
bool IsPhysicallyConnected();
/**
* @brief Open ProtectiveCover
*
* @return true if success
* @return false if failed
*/
bool OpenProtectiveCover();
/**
* @brief Open ProtectiveCover Async
*
* @return true if success
* @return false if failed
*/
bool OpenProtectiveCoverAsync();
/**
* @brief Close ProtectiveCover
*
* @return true if success
* @return false if failed
*/
bool CloseProtectiveCover();
/**
* @brief Close ProtectiveCover Async
*
* @return true if success
* @return false if failed
*/
bool CloseProtectiveCoverAsync();
/**
* @brief Reset ProtectiveCover
*
* @return true if success
* @return false if failed
*/
bool ResetProtectiveCover();
/**
* @brief Get Status of ProtectiveCover
* @return ProtectiveCoverStatus
*/
bool GetProtectiveCoverStatus(ProtectiveCoverStatus &status);
/**
* @brief Provide a callback to RVC system and it will be called when collection finished.
* @param cb The callback
* @param ctx The user-pointer
*
* @return true when succeed to set
* @return false when failed to set
*
* @snippet CaptureCallBack.cpp
*/
bool SetCollectionCallBack(X1::CollectionCallBackPtr cb, UserPtr ctx);
/**
* @brief Provide a callback to RVC system and it will be called when calculation finished.
* @param cb The callback
* @param ctx The user-pointer
*
* @return true when succeed to set
* @return false when failed to set
*
* @snippet CaptureCallBack.cpp
*/
bool SetCalculationCallBack(X1::CalculationCallBackPtr cb, UserPtr ctx);
/**
* @brief Capture one point map and one image. This function will save capture options into camera.
*
* @param opts CaptureOptions
* @return true Success
* @return false Failed
*
* @snippet X1Test.cpp Capture with options
*/
bool Capture(const CaptureOptions &opts);
/**
* @brief Capture one point map and one image. This function will load capture options from camera.
*
* @return true Success
* @return false Failed
*
*/
bool Capture();
/**
* @brief Capture one image. This function will save capture options into camera. You can use GetImage() to obtain
* 2D imgae
*
* @param opts CaptureOptions
* @return true Success
* @return false Failed
*/
bool Capture2D(const CaptureOptions &opts);
/**
* @brief Capture one image. This function will load capture options from camera. You can use GetImage() to obtain
* 2D imgae
*
* @return true Success
* @return false Failed
*/
bool Capture2D();
/**
* @brief Set the camera band width ratio
*
* @param percent Band width ratio
* @return true Success
* @return false Failed
*/
bool SetBandwidth(float percent);
/**
* @brief Get the camera band width ratio
*
* @param percent Band width ratio
* @return true Success
* @return false Failed
*/
bool GetBandwidth(float &percent);
/**
* @brief Set the Transformation of output point cloud
*
* @param opts Custom Transform Options
* @return true
* @return false
*/
bool SetCustomTransformation(const CustomTransformOptions &opts);
/**
* @brief Get the Custom Transformation object
*
* @param opts
* @return true
* @return false
*/
bool GetCustomTransformation(CustomTransformOptions &opts);
/**
* @brief Get the Image object
*
* @return Image
*/
Image GetImage();
/**
* @brief Get the DepthMap object
*
* @return DepthMap A DepthMap
*/
DepthMap GetDepthMap();
/**
* @brief Get the Point Map object
*
* @return PointMap
*/
PointMap GetPointMap();
/**
* @brief Get the Confidence Map object
*
* @return ConfidenceMap
*/
ConfidenceMap GetConfidenceMap();
/**
* @brief Get the extrinsic matrix
*
* @param matrix extrinsic matrix
* @return true Success
* @return false Failed
*/
bool GetExtrinsicMatrix(float *matrix);
/**
* @brief Get the intrinsic matrix
*
* @param instrinsic_matrix camera instrinsic matrix
* @param distortion //TODO::
* @return true Success
* @return false Failed
*/
bool GetIntrinsicParameters(float *instrinsic_matrix, float *distortion);
/**
* @brief GetProjectorTemperature
* @param &temperature:
* @return true Success
* @return false Failed
*/
bool GetProjectorTemperature(float &temperature);
/**
* @brief GetCameraTemperature
* @note TODO:
* @param seletor:
* @param &temperature:
* @retval
*/
[[deprecated]] bool GetCameraTemperature(CameraTempSelector seletor, float &temperature);
/**
* @brief Set the white balance ratio value
*
* @param selector support BalanceSelector_Red, BalanceSelector_Green and BalanceSelector_Blue
* @param value balance ratio value
* @return true Success
* @return false Failed
*/
bool SetBalanceRatio(BalanceSelector selector, float value);
/**
* @brief Get the white balance ratio value
*
* @param selector support BalanceSelector_Red, BalanceSelector_Green and BalanceSelector_Blue
* @param value balance ratio value
* @return true Success
* @return false Failed
*/
bool GetBalanceRatio(BalanceSelector selector, float *value);
/**
* @brief Get the white balance ratio value range
*
* @param selector support BalanceSelector_Red, BalanceSelector_Green and BalanceSelector_Blue
* @param min_value selector's minimum value
* @param max_value selector's maximum value
* @return true Success
* @return false Failed
*/
bool GetBalanceRange(BalanceSelector selector, float *min_value, float *max_value);
/**
* @brief Only Color Camera can use this function. This function can get suitable white balance paramters
*
* @param wb_times how many images used for calculate the white balance paramters
* @param opts capture options. exposure_time_2d, gain_2d, gamma_2d will be used. use_projector_capturing_2d_image
* == true, brightness will be used too.
* @param roi auto white balance will be operated here
* @return true
* @return false
*/
bool AutoWhiteBalance(int wb_times = 10, const CaptureOptions &opts = CaptureOptions(),
const RVC::ROI &roi = RVC::ROI());
/**
* @brief Get the Exposure Time Range
*
* @param min_value exposure time minimum value
* @param max_value exposure time maxinum value
* @return true Success
* @return false Failed
*/
bool GetExposureTimeRange(int *min_value, int *max_value);
/**
* @brief Get the Gain Range
*
* @param min_value gain minimum value
* @param max_value gain minimum value
* @return true Success
* @return false Failed
*/
bool GetGainRange(float *min_value, float *max_value);
/**
* @brief Get the Gamma Range
*
* @param min_value gamma minimum value
* @param max_value gamma minimum value
* @return true Success
* @return false Failed
*/
bool GetGammaRange(float *min_value, float *max_value);
/**
* @brief Save capture option parameters
*
* @param opts CaptureOptions
* @return true Success
* @return false Failed
*/
bool SaveCaptureOptionParameters(const X1::CaptureOptions &opts);
/**
* @brief Get capture option parameters
*
* @param opts CaptureOptions
* @return true Success
* @return false Failed
*/
bool LoadCaptureOptionParameters(X1::CaptureOptions &opts);
/**
* @brief Get auto capture setting. Exposure_time_2d, exposure_time_3d, projector_brightness,
* light_contrast_threshold will be adjusted automatically. automatically
*
* @param opts
* @return CaptureOptions
*/
bool GetAutoCaptureSetting(CaptureOptions &opts, const ROI &roi = ROI());
/**
* @brief adjust 3D capturing parameters
*
* @param opts [in,out] capture options. if hdr_exposure_times > 1, hdr_exposure_times and hdr_exposuretime_content
* will be adjusted. If hdr_exposure_times equals to 1, exposure_time_3d will be adjusted.
* @param roi [in] if width or height equal to 0, all image will be used.
* @return true
* @return false
*/
bool GetAutoHdrCaptureSetting(CaptureOptions &opts, const ROI &roi);
/**
* @brief Get automatic noise removal results
*/
bool GetAutoNoiseRemovalSetting(CaptureOptions &opts);
/**
* @brief Load camera setting from local file .
* @param filename [in]
* @return true the content of file is correctly .
* @return false the content of file is not correctly .
*/
bool LoadSettingFromFile(const char *filename);
/**
* @brief Save camera setting to local file.
* @param filename [in]
* @return true Successfully written to the file.
* @return false Failed write to file.
*/
bool SaveSettingToFile(const char *filename);
/**
* @brief Check whether the parameters of ROI comply with the rules of Device.
* @param roi [in] .
* @return true
* @return false
*/
bool CheckRoi(ROI roi);
/**
* @brief Automatically correct the parameters of ROI. You need to correct ROI before Capture/Captrue2D.
* @param roi [in] If you want to get a maximum ROI, you can pass in the default value.
* @return ROI Corrected ROI.
*/
ROI AutoAdjustRoi(ROI roi = ROI());
/**
* @brief Get the range of ROI.
*/
bool GetRoiRange(ROIRange &range);
/**
* @brief RVC Handle
*
*/
Handle m_handle;
};
/**
* @brief X2 struct
*
*/
struct RVC_EXPORT X2 {
/**
* @brief Capture options
*
*/
struct CaptureOptions {
/**
* @brief Construct a new Capture Options object
*
*/
CaptureOptions() {
transform_to_camera = CameraID_Left;
projector_brightness = 240;
calc_normal = false;
calc_normal_radius = 5;
use_auto_noise_removal = true;
noise_removal_distance = 0;
noise_removal_point_number = 40;
light_contrast_threshold = 3;
edge_noise_reduction_threshold = 2;
exposure_time_2d = 11;
exposure_time_3d = 11;
gain_2d = 0.f;
gain_3d = 0.f;
hdr_exposure_times = 0;
hdr_exposuretime_content[0] = 11;
hdr_exposuretime_content[1] = 20;
hdr_exposuretime_content[2] = 50;
hdr_gain_3d[0] = 0;
hdr_gain_3d[1] = 0;
hdr_gain_3d[2] = 0;
hdr_scan_times[0] = 1;
hdr_scan_times[1] = 1;
hdr_scan_times[2] = 1;
hdr_projector_brightness[0] = 240;
hdr_projector_brightness[1] = 240;
hdr_projector_brightness[2] = 240;
gamma_2d = 1.f;
gamma_3d = 1.f;
projector_color = ProjectorColor_Blue;
use_projector_capturing_2d_image = true;
smoothness = SmoothnessLevel_Off;
downsample_distance = 0.0;
capture_mode = CaptureMode_Normal;
confidence_threshold = 0;
scan_times = 1;
bilateral_filter_kernal_size = 0;
bilateral_filter_depth_sigma = 0;
bilateral_filter_space_sigma = 0;
line_scanner_scan_time_ms = 1000;
line_scanner_exposure_time_us = 300;
line_scanner_min_distance = 0;
line_scanner_max_distance = 0;
correspond2d = false;
use_auto_bilateral_filter = true;
}
/**
* @brief CameraID_Left transfrom 3D points from calibration board system to left camera coordinate system
* CameraID_Right transfrom 3D points from calibration board system to right camera coordinate system
* other is do not transfrom
*/
CameraID transform_to_camera;
/**
* @brief Set the projector brightness value
*
*/
int projector_brightness;
/**
* @brief flag Whether calculate 3D points normal vector
*
*/
bool calc_normal;
/**
* @brief Neighborhood radius in pixel of calculating normal, > 0
*/
unsigned int calc_normal_radius;
/**
* @brief Light contrast trheshold, range in [0, 10]. The contrast of point less than this value will be treat
* as invalid point and be removed.
*
*/
int light_contrast_threshold;
/**
* @brief edge control after point matching, range in [0, 10], default = 2. The big the value, the more edge
* noise to be removed.
*
*/
int edge_noise_reduction_threshold;
/**
* @brief Set the exposure_time 2D value in milliseconds
*
*/
int exposure_time_2d;
/**
* @brief Set the exposure_time 3D value in milliseconds
*
*/
int exposure_time_3d;
/**
* @brief Set the 2D gain value in milliseconds
*
*/
float gain_2d;
/**
* @brief Set the 3D gain value in milliseconds
*
*/
float gain_3d;
/**
* @brief Set the hdr exposure times value. 0,2,3
*
*/
int hdr_exposure_times;
/**
* @brief Set the hdr exposure time content. capture with white light, range [11, 100], others [3, 100]
*
*/
int hdr_exposuretime_content[3];
/**
* @brief Set the hdr 3D gain content.
*
*/
float hdr_gain_3d[3];
/**
* @brief Set the hdr projector brightness value
*
*/
int hdr_projector_brightness[3];
/**
* @brief Set the 2D gamma value in milliseconds
*
*/
float gamma_2d;
/**
* @brief Set the 3D gamma value in milliseconds
*
*/
float gamma_3d;
/**
* @brief projector color
*/
ProjectorColor projector_color;
/**
* @brief Set 2D image whether use projector
*
*/
bool use_projector_capturing_2d_image;
/**
* @brief control point map smoothness
*
*/
SmoothnessLevel smoothness;
/**
* Point cloud noise removal algorithm, contains three parameters: use_auto_noise_removal,
* noise_removal_distance and noise_removal_point_number. This algorithm performs noise reduction through a
* clustering algorithm. The point cloud is classified into blocks according to the distance
* (noise_removal_distance). If the total number of points in the block is less than a certain threshold
* (noise_removal_point_number), the points in the block are considered as noise points and need to be removed.
*/
/**
* @brief flag Whether to use auto noise removal.
* If true, the noise_removal_distance and noise_removal_point_number will be ignored. It will automatically
* adjust these two parameters according to the point cloud data and do noise removal.
*/
bool use_auto_noise_removal;
/**
* @brief The smaller the value, the greater the filtering degree.
* range: 0 ~ 20 (units: mm)
*/
double noise_removal_distance;
/**
* @brief Set the noise filter parameter 2. The larger the value, the greater the filtering degree.
*/
int noise_removal_point_number;
/**
* @brief uniform downsample distance. if <= 0, do nothing.
*
*/
double downsample_distance;
/**
* @brief control capture mode
*
*/
CaptureMode capture_mode;
/**
* @brief confidence threshold, the point with confindence low then this value will be removed
* range: [0, 1]
*
*/
double confidence_threshold;
/**
* @brief scan times, only use in robust mode. range [2, 8],
*/
int scan_times;
/**
* @brief Set the hdr scan times, only use in robust mode. range [2, 8],
*
*/
int hdr_scan_times[3];
/**
* @brief the kernal size of bilateral filter of depth map
* range: [3, 31], 0 for not use bilateral filter
*
*/
int bilateral_filter_kernal_size;
/**
* @brief the guassian sigma in depth of bilateral filter of depth map
* range: [0, 100]
*
*/
double bilateral_filter_depth_sigma;
/**
* @brief the guassian sigma in space of bilateral filter of depth map
* range: [0, 100]
*
*/
double bilateral_filter_space_sigma;
/**
* @brief Set line scanner mode's total scan time
*/
int line_scanner_scan_time_ms;
/**
* @brief Set line scanner mode's single line exposure time
*/
int line_scanner_exposure_time_us;
/**
* @brief Set line scanner mode's minimum working distance
*/
int line_scanner_min_distance;
/**
* @brief Set line scanner mode's maximum working distance
*/
int line_scanner_max_distance;
/**
* @brief whether to generate point clouds corresponding to 2D images
*
*/
bool correspond2d;
/**
* @brief flag Whether to use auto bilateral filter.
* If true, the bilateral_filter_kernal_size and bilateral_filter_depth_sigma and bilateral_filter_space_sigma
* will be ignored. It will automatically adjust these three parameters according to the point cloud data and do
* bilateral filter.
*/
bool use_auto_bilateral_filter;
};
/**
* @brief Options when setting custom transformation
*
*/
struct CustomTransformOptions {
/**
* @brief base coordinate of custom transformation,default is *CoordinateSelect_Disabled*
*
* All support type is
* *CoordinateSelect_Disabled*,*CoordinateSelect_CameraLeft*,*CoordinateSelect_CameraRight*,*CoordinateSelect_CaliBoard*
*/
enum CoordinateSelect {
CoordinateSelect_Disabled,
CoordinateSelect_CameraLeft,
CoordinateSelect_CameraRight,
CoordinateSelect_CaliBoard,
};
CustomTransformOptions()
: coordinate_select(CoordinateSelect_Disabled), transform{1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1} {}
/**
* @brief base coordinate setting of custom transformation
*
*/
CoordinateSelect coordinate_select;
/**
* @brief custom transformation, translation unit: m
*
*/
double transform[16];
};
/**
* @brief X2 CollectionCallBackInfo
*/
struct CollectionCallBackInfo {
Image image[2];
};
/**
* @brief X2 CalculationCallBackInfo
*/
struct CalculationCallBackInfo {
Image image[2];
PointMap pointmap;
DepthMap depthmap;
ConfidenceMap confidencemap;
};
/**
* @brief X2 CallBackPtr
*/
typedef void (*CollectionCallBackPtr)(X2::CollectionCallBackInfo, X2::CaptureOptions, UserPtr);
typedef void (*CalculationCallBackPtr)(X2::CalculationCallBackInfo, X2::CaptureOptions, UserPtr);
/**
* @brief Create a RVC X Camera before you use x2
*
* @param d One RVC X Camera
* @return X2 RVC X object
*/
static X2 Create(const Device &d);
/**
* @brief Release all X2 resources after you use X2
*
* @param x RVC X2 object to be released
*/
static void Destroy(X2 &x);
/**
* @brief Check X2 is valid or not before use X2
*
* @return true Available
* @return false Not available
*/
bool IsValid();
/**
* @brief Open X2 before you use it
*
* @return true Success
* @return false Failed
*/
bool Open();
/**
* @brief Close X2 after you Open it
*/
void Close();
/**
* @brief Check X2 is open or not
*
* @return true Is open
* @return false Not open
*/
bool IsOpen();
/**
* @brief Check X2 is physically connected or not
*
* @return true Is physically connected
* @return false Not physically connected
*/
bool IsPhysicallyConnected();
/**
* @brief Open ProtectiveCover
*
* @return true if success
* @return false if failed
*/
bool OpenProtectiveCover();
/**
* @brief Open ProtectiveCover Async
*
* @return true if success
* @return false if failed
*/
bool OpenProtectiveCoverAsync();
/**
* @brief Close ProtectiveCover
*
* @return true if success
* @return false if failed
*/
bool CloseProtectiveCover();
/**
* @brief Close ProtectiveCover Async
*
* @return true if success
* @return false if failed
*/
bool CloseProtectiveCoverAsync();
/**
* @brief Reset ProtectiveCover
*
* @return true if success
* @return false if failed
*/
bool ResetProtectiveCover();
/**
* @brief Get Status of ProtectiveCover
* @return ProtectiveCoverStatus
*/
bool GetProtectiveCoverStatus(ProtectiveCoverStatus &status);
/**
* @brief Provide a callback to RVC system and it will be called when collection finished.
* @param cb The callback
* @param ctx The user-pointer
*
* @return true when succeed to set
* @return false when failed to set
*
* @snippet CaptureCallBack.cpp
*/
bool SetCollectionCallBack(X2::CollectionCallBackPtr cb, UserPtr ctx);
/**
* @brief Provide a callback to RVC system and it will be called when calculation finished.
* @param cb The callback
* @param ctx The user-pointer
*
* @return true when succeed to set
* @return false when failed to set
*
* @snippet CaptureCallBack.cpp
*/
bool SetCalculationCallBack(X2::CalculationCallBackPtr cb, UserPtr ctx);
/**
* @brief Capture one point map and one image.This function will save capture options into camera.
*
* @param opts CaptureOptions
* @return true Success
* @return false Failed
*/
bool Capture(const CaptureOptions &opts);
/**
* @brief Capture one point map and one image.This function will load capture options from camera.
*
* @return true Success
* @return false Failed
*/
bool Capture();
/**
* @brief
*
* @param cid Capture one image. This function will save capture options into camera. You can use GetImage() to
* obtain 2D imgae
* @param opts CaptureOptions
* @return true Success
* @return false Failed
*/
bool Capture2D(const CameraID cid, const CaptureOptions &opts);
/**
* @brief
*
* @param cid Capture one image. This function will load capture options from camera. You can use GetImage() to
* obtain 2D imgae
* @return true Success
* @return false Failed
*/
bool Capture2D(const CameraID cid);
/**
* @brief Set the camera band width ratio
*
* @param percent Band width ratio
* @return true Success
* @return false Failed
*/
bool SetBandwidth(float percent);
/**
* @brief Get the camera band width ratio
*
* @param percent Band width ratio
* @return true Success
* @return false Failed
*/
bool GetBandwidth(float &percent);
/**
* @brief Set the Transformation of output point cloud
*
* @param opts Custom Transform Options
* @return true
* @return false
*/
bool SetCustomTransformation(const CustomTransformOptions &opts);
/**
* @brief Get the Custom Transformation object
*
* @param opts
* @return true
* @return false
*/
bool GetCustomTransformation(CustomTransformOptions &opts);
/**
* @brief Get the Point Map object
*
* @return PointMap
*/
PointMap GetPointMap();
/**
* @brief Get the Image object
*
* @return Image
*/
Image GetImage(const CameraID cid);
/**
* @brief Get the DepthMap object
*
* @return DepthMap A DepthMap
*/
DepthMap GetDepthMap();
/**
* @brief Get the Confidence Map object
*
* @return ConfidenceMap
*/
ConfidenceMap GetConfidenceMap();
/**
* @brief Get the Correspond Map object
*
* @return Correspond
*/
CorrespondMap GetCorrespondMap();
/**
* @brief Get extrinsic matrix
*
* @param cid [in] option of {CameraID_Left, CameraID_Right}
* @param matrix [out] the extrinsic matrix
* @return true for success
*/
bool GetExtrinsicMatrix(const CameraID cid, float *matrix);
/**
* @brief Get intrinsic parameters
*
* @param cid [in] option of {CameraID_Left, CameraID_Right}
* @param instrinsicMatrix [out] intrinsic parameters of selected camera
* @param distortion [out] distortion parameter of selected camera
* @return true for success.
*/
bool GetIntrinsicParameters(const CameraID cid, float *instrinsicMatrix, float *distortion);
/**
* @brief GetProjectorTemperature
* @param &temperature:
* @return true Success
* @return false Failed
*/
bool GetProjectorTemperature(float &temperature);
/**
* @brief GetCameraTemperature
* @note TODO:
* @param cid:
* @param seletor:
* @param &temperature:
* @retval
*/
[[deprecated]] bool GetCameraTemperature(const CameraID cid, CameraTempSelector seletor, float &temperature);
/**
* @brief Only Color Camera can use this function. This function can get suitable white balance paramters
*
* @param wb_times how many images used for calculate the white balance paramters
* @param opts capture options. exposure_time_2d, gain_2d, gamma_2d will be used. use_projector_capturing_2d_image
* == true, brightness will be used too.
* @param roi auto white balance will be operated here
* @return true
* @return false
*/
bool AutoWhiteBalance(int wb_times = 10, const CaptureOptions &opts = CaptureOptions(),
const RVC::ROI &roi = RVC::ROI());
/**
* @brief Get the Exposure Time Range
*
* @param min_value exposure time minimum value
* @param max_value exposure time maxinum value
* @return true Success
* @return false Failed
*/
bool GetExposureTimeRange(int *min_value, int *max_value);
/**
* @brief Get the Gain Range
*
* @param min_value gain minimum value
* @param max_value gain minimum value
* @return true Success
* @return false Failed
*/
bool GetGainRange(float *min_value, float *max_value);
/**
* @brief Get the Gamma Range
*
* @param min_value gamma minimum value
* @param max_value gamma minimum value
* @return true Success
* @return false Failed
*/
bool GetGammaRange(float *min_value, float *max_value);
/**
* @brief Save capture option parameters
*
* @param opts CaptureOptions
* @return true Success
* @return false Failed
*/
bool SaveCaptureOptionParameters(const X2::CaptureOptions &opts);
/**
* @brief Get capture option parameters
*
* @param opts CaptureOptions
* @return true Success
* @return false Failed
*/
bool LoadCaptureOptionParameters(X2::CaptureOptions &opts);
/**
* @brief Get auto capture setting. Exposure_time_2d, exposure_time_3d, projector_brightness,
* light_contrast_threshold will be adjusted automatically. automatically
*
* @param opts
* @return CaptureOptions
*/
bool GetAutoCaptureSetting(CaptureOptions &opts, const ROI &roi = ROI());
/**
* @brief adjust 3D capturing parameters
*
* @param opts [in,out] capture options. if hdr_exposure_times > 1, hdr_exposure_times and hdr_exposuretime_content
* will be adjusted. If hdr_exposure_times equals to 1, exposure_time_3d will be adjusted.
* @param roi [in] if width or height equal to 0, all image will be used.
* @return true
* @return false
*/
bool GetAutoHdrCaptureSetting(CaptureOptions &opts, const ROI &roi);
/**
* @brief Get automatic noise removal results
*/
bool GetAutoNoiseRemovalSetting(CaptureOptions &opts);
/**
* @brief Load camera setting from local file .
* @param filename [in]
* @return true the content of file is correctly .
* @return false the content of file is not correctly .
*/
bool LoadSettingFromFile(const char *filename);
/**
* @brief Save camera setting to local file.
* @param filename [in]
* @return true Successfully written to the file.
* @return false Failed write to file.
*/
bool SaveSettingToFile(const char *filename);
Handle m_handle;
};
// You can use these to better get and set.
namespace utils {
struct Point3D {
Point3D(double x = 0.0, double y = 0.0, double z = 0.0) : x(x), y(y), z(z) {}
double x;
double y;
double z;
};
// Helper class upon RVC::PointMap to ease data-access
struct PointMap {
PointMap(RVC::PointMap pm) : pm(pm) {}
Point3D At(int rows, int cols) {
Point3D p;
auto sz = pm.GetSize();
if (!pm.IsValid()) {
printf("RVC::Utils: Invalid");
assert(false);
} else if (rows >= sz.rows || cols >= sz.cols) {
printf("RVC::Utils: Invalid rows and cols(%d, %d), size(%d, %d)", rows, cols, sz.rows, sz.cols);
assert(false);
} else {
double *data = pm.GetPointDataPtr() + 3 * (rows * sz.cols + cols);
p.x = *data++;
p.y = *data++;
p.z = *data++;
}
return p;
}
void Set(int rows, int cols, const Point3D p) {
auto sz = pm.GetSize();
if (!pm.IsValid()) {
printf("RVC::Utils: Invalid");
assert(false);
} else if (rows >= sz.rows || cols >= sz.cols) {
printf("RVC::Utils: Invalid rows and cols(%d, %d), size(%d, %d)", rows, cols, sz.rows, sz.cols);
assert(false);
} else {
double *data = pm.GetPointDataPtr() + 3 * (rows * sz.cols + cols);
*data++ = p.x;
*data++ = p.y;
*data++ = p.z;
}
}
RVC::Size GetSize() { return pm.GetSize(); }
RVC::PointMap pm;
};
template <typename T, typename H>
T _At(H handle, int rows, int cols) {
T v = 0;
RVC::Size sz = handle.GetSize();
if (!handle.IsValid()) {
printf("RVC::Utils: Invalid");
assert(false);
return v;
} else if (rows >= sz.rows || cols >= sz.cols) {
printf("RVC::Utils: Invalid rows and cols(%d, %d), size(%d, %d)", rows, cols, sz.rows, sz.cols);
assert(false);
return v;
} else {
return *(handle.GetDataConstPtr() + rows * sz.cols + cols);
}
}
template <typename T, typename H>
void _Set(H handle, int rows, int cols, const T v) {
RVC::Size sz = handle.GetSize();
if (!handle.IsValid()) {
printf("RVC::Utils: Invalid");
assert(false);
} else if (rows >= sz.rows || cols >= sz.cols) {
printf("RVC::Utils: Invalid rows and cols(%d, %d), size(%d, %d)", rows, cols, sz.rows, sz.cols);
assert(false);
} else {
*(handle.GetDataPtr() + rows * sz.cols + cols) = v;
}
}
// Helper class upon RVC::Image to ease data-access
struct Image {
Image(RVC::Image img) : img(img) {}
unsigned char At(int rows, int cols) { return _At<unsigned char>(img, rows, cols); }
void Set(int rows, int cols, const unsigned char v) { _Set(img, rows, cols, v); }
RVC::Size GetSize() { return img.GetSize(); }
RVC::Image img;
};
// Helper class upon RVC::ConfidenceMap to ease data-access
struct ConfidenceMap {
ConfidenceMap(RVC::ConfidenceMap cm) : cm(cm) {}
double At(int rows, int cols) { return _At<double>(cm, rows, cols); }
void Set(int rows, int cols, const double v) { _Set(cm, rows, cols, v); }
RVC::Size GetSize() { return cm.GetSize(); }
RVC::ConfidenceMap cm;
};
// Helper class upon RVC::DepthMap to ease data-access
struct DepthMap {
DepthMap(RVC::DepthMap dm) : dm(dm) {}
double At(int rows, int cols) { return _At<double>(dm, rows, cols); }
void Set(int rows, int cols, const double v) { _Set(dm, rows, cols, v); }
RVC::Size GetSize() { return dm.GetSize(); }
RVC::DepthMap dm;
};
} // namespace utils
} // namespace RVC