namespace mrpt

This is the global namespace for all Mobile Robot Programming Toolkit (MRPT) libraries.

namespace mrpt {

// namespaces

namespace mrpt::apps;
namespace mrpt::bayes;
    namespace mrpt::bayes::detail;
namespace mrpt::comms;
    namespace mrpt::comms::net;
namespace mrpt::config;
    namespace mrpt::config::internal;
namespace mrpt::containers;
    namespace mrpt::containers::internal;
namespace mrpt::cpu;
    namespace mrpt::cpu::internal;
namespace mrpt::detectors;
namespace mrpt::expr;
namespace mrpt::global_settings;
namespace mrpt::graphs;
    namespace mrpt::graphs::detail;
namespace mrpt::graphslam;
    namespace mrpt::graphslam::apps;
    namespace mrpt::graphslam::deciders;
    namespace mrpt::graphslam::detail;
    namespace mrpt::graphslam::optimizers;
namespace mrpt::gui;
    namespace mrpt::gui::detail;
    namespace mrpt::gui::internal;
namespace mrpt::hmtslam;
namespace mrpt::hwdrivers;
namespace mrpt::img;
namespace mrpt::internal;
namespace mrpt::io;
    namespace mrpt::io::internal;
    namespace mrpt::io::zip;
namespace mrpt::kinematics;
namespace mrpt::maps;
    namespace mrpt::maps::detail;
    namespace mrpt::maps::internal;
    namespace mrpt::maps::mrpt;
        namespace mrpt::maps::mrpt::maps;
            namespace mrpt::maps::mrpt::maps::COctoMapBase;
namespace mrpt::math;
    namespace mrpt::math::detail;
    namespace mrpt::math::internal;
namespace mrpt::nav;
namespace mrpt::obs;
    namespace mrpt::obs::detail;
    namespace mrpt::obs::gnss;
        namespace mrpt::obs::gnss::nv_oem6_ins_status_type;
        namespace mrpt::obs::gnss::nv_oem6_position_type;
        namespace mrpt::obs::gnss::nv_oem6_solution_status;
    namespace mrpt::obs::stock_observations;
    namespace mrpt::obs::utils;
namespace mrpt::opengl;
    namespace mrpt::opengl::graph_tools;
    namespace mrpt::opengl::internal;
    namespace mrpt::opengl::stock_objects;
namespace mrpt::poses;
    namespace mrpt::poses::Lie;
    namespace mrpt::poses::detail;
    namespace mrpt::poses::internal;
namespace mrpt::random;
namespace mrpt::ros1bridge;
namespace mrpt::rtti;
    namespace mrpt::rtti::internal;
namespace mrpt::serialization;
    namespace mrpt::serialization::detail;
    namespace mrpt::serialization::internal;
    namespace mrpt::serialization::metaprogramming;
namespace mrpt::slam;
    namespace mrpt::slam::detail;
namespace mrpt::system;
    namespace mrpt::system::os;
namespace mrpt::tfest;
    namespace mrpt::tfest::internal;
namespace mrpt::topography;
namespace mrpt::typemeta;
    namespace mrpt::typemeta::detail;
    namespace mrpt::typemeta::internal;
namespace mrpt::vision;
    namespace mrpt::vision::detail;
    namespace mrpt::vision::pinhole;
    namespace mrpt::vision::pnp;

// typedefs

typedef std::basic_string<T, std::char_traits<T>, mrpt::aligned_allocator_cpp11<T>> aligned_std_basicstring;
typedef std::vector<T, mrpt::aligned_allocator_cpp11<T>> aligned_std_vector;
typedef std::optional<std::reference_wrapper<T>> optional_ref;
typedef spimpl::impl_ptr<T> pimpl;
typedef safe_ptr_basic<void> void_ptr;
typedef non_copiable_ptr_basic<void> void_ptr_noncopy;

// structs

template <class BASE_EXCEPTION>
struct ExceptionWithCallBack;

struct ExceptionWithCallBackBase;
struct TCallStackBackTrace;
struct TCallStackEntry;

template <class T>
struct copiable_NULL_ptr;

template <class T>
struct copiable_NULL_ptr_basic;

template <class T>
struct ignored_copy_ptr;

template <>
struct int_select_by_bytecount<8>;

template <>
struct int_select_by_bytecount<4>;

template <>
struct int_select_by_bytecount<3>;

template <>
struct int_select_by_bytecount<2>;

template <unsigned int num_bytes>
struct int_select_by_bytecount;

template <>
struct int_select_by_bytecount<1>;

template <class T>
struct is_defined<T, std::enable_if_t<(sizeof(T)> 0)>;

template <class T, class Enable = void>
struct is_defined;

template <class T>
struct is_shared_ptr;

template <class T>
struct is_shared_ptr<std::shared_ptr<T>>;

template <class T>
struct non_copiable_ptr;

template <class T>
struct non_copiable_ptr_basic;

template <typename CAST_TO>
struct ptr_cast;

template <class T>
struct safe_ptr;

template <class T>
struct safe_ptr_basic;

template <>
struct uint_select_by_bytecount<3>;

template <>
struct uint_select_by_bytecount<2>;

template <>
struct uint_select_by_bytecount<4>;

template <unsigned int num_bytes>
struct uint_select_by_bytecount;

template <>
struct uint_select_by_bytecount<1>;

template <>
struct uint_select_by_bytecount<8>;

// classes

class Clock;

template <class T>
class LockHelper;

class WorkerThreadsPool;

template <class T, size_t AligmentBytes = MRPT_MAX_ALIGN_BYTES>
class aligned_allocator_cpp11;

// global variables

constexpr bool is_defined_v = is_defined<T>::value;

// global functions

template <class Visitor, class... T>
void visit_each(
    const Visitor& vis,
    T&&... t

void* aligned_malloc(
    size_t size,
    size_t alignment

void aligned_free(void* ptr);
void* aligned_calloc(size_t bytes, size_t alignment);

void callStackBackTrace(
    TCallStackBackTrace& out_bt,
    const unsigned int framesToSkip = 1,
    const unsigned int framesToCapture = 64

TCallStackBackTrace callStackBackTrace(const unsigned int framesToSkip = 1, const unsigned int framesToCapture = 64);

template <typename num_t, typename return_t = num_t>
return_t square(const num_t x);

template <class T>
T hypot_fast(const T x, const T y);

constexpr double DEG2RAD(const double x);
constexpr float DEG2RAD(const float x);
constexpr double DEG2RAD(const int x);
constexpr double RAD2DEG(const double x);
constexpr float RAD2DEG(const float x);
constexpr long double DEG2RAD(const long double x);
constexpr long double RAD2DEG(const long double x);
constexpr double operator"" _deg (long double v);

template <typename T>
int sign(T x);

template <typename T>
int signWithZero(T x);

template <typename T>
T lowestPositive(const T a, const T b);

template <typename T>
T abs_diff(const T a, const T b);

template <typename T>
const T min3(
    const T& A,
    const T& B,
    const T& C

template <typename T>
const T max3(
    const T& A,
    const T& B,
    const T& C

template <typename T>
int fix(T x);

template <typename T, typename K>
void keep_min(T& var, const K test_val);

template <typename T, typename K>
void keep_max(T& var, const K test_val);

template <typename T>
void saturate(T& var, const T sat_min, const T sat_max);

template <typename T>
T saturate_val(const T& value, const T sat_min, const T sat_max);

template <class T>
T round2up(T val);

float d2f(const double d);
uint8_t f2u8(const float f);
float u8tof(const uint8_t v);

template <class VECTOR_T>
void vector_strong_clear(VECTOR_T& v);

template <std::size_t N, typename F>
void for_(F func);

std::string demangle(const std::string& symbolName);
std::string exception_to_str(const std::exception& e);
std::string format(const char* fmt, ...);

template <typename T>
std::string std::string to_string(T v);

std::string to_string(std::string v);
std::string to_string(bool v);
std::string to_string(const char* s);

template <typename T>
T from_string(
    const std::string& s,
    const T& defValue = T{},
    bool throw_on_error = true

template <class T>
T get_env(const std::string& varname, const T& defValue = T());

bool get_env(const std::string& varname, const bool& defValue);

template <class T>
LockHelper<T> lockHelper(T& t);

template <class T, class... Args>
pimpl<T> make_impl(Args&&... args);

void reverseBytesInPlace(bool& v_in_out);
void reverseBytesInPlace(uint8_t& v_in_out);
void reverseBytesInPlace(int8_t& v_in_out);
void reverseBytesInPlace(uint16_t& v_in_out);
void reverseBytesInPlace(int16_t& v_in_out);
void reverseBytesInPlace(uint32_t& v_in_out);
void reverseBytesInPlace(int32_t& v_in_out);
void reverseBytesInPlace(uint64_t& v_in_out);
void reverseBytesInPlace(int64_t& v_in_out);
void reverseBytesInPlace(float& v_in_out);
void reverseBytesInPlace(double& v_in_out);
void reverseBytesInPlace(long double& v_in_out);
void reverseBytesInPlace(std::chrono::time_point<mrpt::Clock>& v_in_out);

template <class T>
void reverseBytes(const T& v_in, T& v_out);

template <class T>
T reverseBytes(const T& v_in);

template <class T>
T toNativeEndianness(const T& v_in);

template <
    typename enum_t,
    typename underlying_t = typename std::underlying_type<enum_t>::type
void reverseBytesInPlace_enum(enum_t& v);

template <typename T>
int round(const T value);

template <typename T>
long round_long(const T value);

template <class T>
T round_10power(T val, int power10);

std::string winerror2str(const char* caller = nullptr, const char* errorPrefix = " Error: ");

} // namespace mrpt

Global Functions

void* aligned_calloc(size_t bytes, size_t alignment)

Identical to aligned_malloc, but it zeroes the reserved memory block.

bool get_env(const std::string& varname, const bool& defValue)

Specialization for bool: understands “true”, “True”, number!=0 as true