Celaboradar::Assets | Finds resources, like data files, used by the program |
Cradarelab::algo::azimuthresample::AzimuthIndex | Classe to manage Index beam positions by azimuth angles |
Celaboradar::CalcoloVPR | Struttara per il calcolo del VPR |
Cradarelab::volume::classifier | Compute hydrometeor classification |
Cradarelab::algo::Cleaner | Struttura per cleaner dati grezzi sulla base dei valori di V, W e la deviazione standard di Z |
Cradarelab::utils::sys::Clock | Access to clock_gettime |
Cradarelab::CoordinateMapping | Mapping of cartesian coordinates to raw azimuth angles and range distances |
Celaboradar::CUM_BAC | Classe principale del programma |
Cradarelab::CylindricalVolume | Radar volume mapped to cylindrical coordinates |
Cradarelab::algo::DBZ | Class to manage reflectivity functions (simply attenuation correction, conversion between Z, dBZ, R) |
Cradarelab::File | Open a file taking its name from a given env variable |
▼Cradarelab::utils::sys::FileDescriptor | Common operations on file descriptors |
▼Cradarelab::utils::sys::NamedFileDescriptor | File descriptor with a name |
▼Cradarelab::utils::sys::ManagedNamedFileDescriptor | File descriptor that gets automatically closed in the object destructor |
▼Cradarelab::utils::sys::File | File in the file system |
Cradarelab::utils::sys::Tempfile | Open a temporary file |
▼Cradarelab::utils::sys::Path | Wrap a path on the file system opened with O_PATH |
Cradarelab::utils::sys::Tempdir | Open a temporary directory |
Cradarelab::utils::tests::Fixture | Base class for test fixtures |
Cradarelab::volume::HCA_Park | Compute HCA |
▼Cradarelab::IndexMapping | Mapping of cartesian coordinates to specific azimuth and range volume indices |
Cradarelab::FullsizeIndexMapping | Index mapping where the pixel size corresponds to the radar cell size |
Cradarelab::ScaledIndexMapping | Index mapping with arbitrary pixel size |
Cradarelab::utils::sys::Path::iterator | Iterator for directory entries |
Cradarelab::algo::azimuthresample::LevelwiseResampler< T > | Resample a volume one level at a time |
▼Cradarelab::volume::Loader | Struttura che contiene mappa per caricamento dati |
Cradarelab::volume::ODIMLoader | Struttura che eredita da Loader e definisce i metodi per accedere ai dati ODIM |
Cradarelab::volume::LoadInfo | LoadInfo structure - Contains generic volume information |
Cradarelab::utils::tests::LocationInfo | Add information to the test backtrace for the tests run in the current scope |
▼Cradarelab::Matrix2D< T > | Base for all matrices we use, since we rely on row-major data |
Cradarelab::PolarScan< float > | |
Cradarelab::PolarScan< unsigned short > | |
Cradarelab::PolarScan< T > | PolarScan - structure to describe a polarScan containing a matrix of data and conversion factors |
▼Cradarelab::Matrix2D< double > | |
Cradarelab::volume::CONF | Compute confidence vector of radar variables |
Cradarelab::volume::PROB | Given radar variables compute matrix of probability |
▼Cradarelab::Matrix2D< unsigned > | |
Cradarelab::volume::MLpoints | MLpoints Melting Layer Points matrix AzH |
▼Cradarelab::Matrix2D< unsigned char > | |
Cradarelab::PolarScan< unsigned char > | |
Cradarelab::volume::MeltingLayer | MeltingLayer Melting Layer Detection Algorithm MLDA Giangrande et al. 2008 |
Cradarelab::utils::sys::MMap | Wraps a mmapped memory area, unmapping it on destruction |
Cradarelab::utils::sys::OverrideRlimit | Override a soft resource limit during the lifetime of the object |
▼Cradarelab::PolarScanBase | Basic structure to describe a polar scan, independently of the type of its samples |
Cradarelab::PolarScan< float > | |
Cradarelab::PolarScan< unsigned short > | |
Cradarelab::PolarScan< unsigned char > | |
Cradarelab::PolarScan< T > | PolarScan - structure to describe a polarScan containing a matrix of data and conversion factors |
Cradarelab::utils::sys::PreserveFileTimes | RAII mechanism to save restore file times at the end of some file operations |
▼Cradarelab::volume::Scans< T > | Sequence of PolarScans which can have a different beam count for each elevation |
Cradarelab::Volume< EchoClass > | |
Cradarelab::Volume< unsigned char > | |
Cradarelab::Volume< T > | Homogeneous volume with a common beam count for all PolarScans |
▼Cradarelab::volume::Scans< double > | |
Cradarelab::Volume< double > | |
Celaboradar::SingleCart | Struttura per gestire output cartesiano di un singolo campo |
▼Celaboradar::Site | Radar site information |
Celaboradar::SiteGAT | Struttura Site custom per GAT |
Celaboradar::SiteSPC | Struttura Site custom per SPC |
Cradarelab::utils::str::Split | Split a string where a given substring is found |
Cradarelab::Statistic< T > | Generic Class to perform statistical analysis Statistic object could be used as accumulator of data and performs statistical computations such as mean, variance, standard deviation, linear fit |
▼Cradarelab::utils::tests::TestCase | Test case collecting several test methods, and self-registering with the singleton instance of TestRegistry |
Cradarelab::utils::tests::FixtureTestCase< FIXTURE > | Test case that includes a fixture |
Cradarelab::utils::tests::TestCaseResult | Result of running a whole test case |
▼Cradarelab::utils::tests::TestController | Abstract interface for the objects that supervise test execution |
▼Cradarelab::utils::tests::FilteringTestController | Test controller that filters tests via a blocklist/allowlist system containing glob patterns on testcase.testmethod names |
Cradarelab::utils::tests::SimpleTestController | Simple default implementation of TestController |
Cradarelab::utils::tests::VerboseTestController | Verbose implementation of TestController |
Cradarelab::utils::tests::TestFailed | Exception thrown when a test assertion fails, normally by Location::fail_test |
Cradarelab::utils::tests::TestMethod | Test method information |
Cradarelab::utils::tests::TestMethodResult | Result of running a test method |
Cradarelab::utils::tests::TestRegistry | Test registry |
Cradarelab::utils::tests::TestSkipped | Exception thrown when a test or a test case needs to be skipped |
Cradarelab::utils::tests::TestStackFrame | Information about one stack frame in the test execution stack |