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rasdaman client API 10.6.3
The Array Analytics Engine: Datacubes at Your Fingertips
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rasdaman client API 10.6.3
The Array Analytics Engine: Datacubes at Your Fingertips
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| ▼CClientComm | The class ClientComm represents one connection between one client entity (for example an object of class r_Database) and the server |
| CRasnetClientComm | |
| Cr_Collection< T >::CNode | |
| ▼Cstd::exception | |
| ▼Cr_Error | The class allows the specification of an error number |
| Cr_EGeneral | General error with no error number/kind |
| Cr_Ebase_dbms | This class represents an error in the base DBMS |
| Cr_Ecapability_refused | |
| Cr_Edim_mismatch | Dimensions of two objects do not match |
| Cr_Eindex_violation | The specified index is not within the bounds |
| Cr_Einit_overflow | Initialization overflow occurred, e.g |
| Cr_Einvalid_interval_bounds | Lower bound > upper bound |
| Cr_Elimits_mismatch | The limits reported on the same array by two sources do not match (at least in one end) |
| Cr_Ememory_allocation | |
| Cr_Eno_permission | |
| Cr_Equery_execution_failed | The class is used for errors occuring through query execution |
| CGenRefElement | Element type of non r_Object list maintained by the transaction |
| Cr_Miter::incArrElem | |
| Cr_MiterArea::incArrElem | |
| Cr_MiterFloat::iter_desc | Iteration information for each axis |
| Cr_Parse_Params::parse_params_t | Process the parameter string |
| Cr_Access | This class represents an access pattern to a certain object |
| Cr_Band_Iterator | This class abstracts away iteration over the cells of a (multi-band) array |
| Cr_Database | A database object must be instantiated and opened before starting any transaction which uses the database, and closed after ending these transactions |
| Cr_Dir_Decompose | Used to specify a decomposition on an n-dimensional cube (for use in r_Dir_Tiling) |
| Cr_Endian | Class to check the endianness of the host machine and to swap the endianness of types and arrays |
| Cr_FixedPointNumber | A fixed-point representation of a double, with 30 digit fractional part precision |
| Cr_Flat_Base_Type | This class can be used to get a more convenient view on a structured base type |
| Cr_Iterator< T > | The template class r_Iterator defines the generic behavior for iteration |
| ▼Cr_Meta_Object | This class the superclass for all classes in the ODMG conformant representation of the RasDaMan type system |
| ▼Cr_Property | This class the superclass for properties of classes in the ODMG conformant representation of the RasDaMan type system |
| Cr_Attribute | This class represents attributes of structs in the ODMG conformant representation of the RasDaMan type system |
| ▼Cr_Type | This class the superclass for all types in the ODMG conformant representation of the RasDaMan type system |
| ▼Cr_Base_Type | This class is the superclass of the types r_Structure_Type and r_Primitive_Type in the representation of the RasDaMan type system |
| ▼Cr_Primitive_Type | This class represents all primitive types in the ODMG conformant representation of the RasDaMan type system |
| Cr_Complex_Type | |
| Cr_Structure_Type | This class represents all user defined structured types in the ODMG conformant representation of the RasDaMan type system |
| Cr_Collection_Type | This class represents the collection type in the ODMG conformant representation of the RasDaMan type system |
| Cr_Marray_Type | This class represents the marray type in the ODMG conformant representation of the RasDaMan type system |
| Cr_Minterval_Type | This class represents the multidimensional interval type in the ODMG conformant representation of the RasDaMan type system |
| Cr_Oid_Type | This class represents the oid type in the ODMG conformant representation of the RasDaMan type system |
| Cr_Point_Type | This class represents the point type in the ODMG conformant representation of the RasDaMan type system |
| Cr_Sinterval_Type | This class represents the sinterval type in the ODMG conformant representation of the RasDaMan type system |
| Cr_String_Type | This class represents a type for simple strings |
| Cr_Minterval | The spatial domain of an MDD is represented by an object of class r_Minterval |
| Cr_Miter | R_Miter is used for iterating through parts of multidimensional intervals |
| Cr_miter_direct_data | |
| Cr_MiterArea | R_MiterArea is used for iterating r_Mintervals through larger r_Mintervals |
| Cr_MiterDirect | R_MiterDirect is similar to r_Miter, but allows stepping by more than one cell in each direction, arbitrary order of dimensions in the iteration and has a lot of its internal state variables as public members |
| Cr_MiterFloat | R_MiterFloat is used for iterating through parts of multidimensional intervals with arbitrary stepping size using nearest neighbours |
| Cr_Nullvalues | |
| ▼Cr_Object | Through inheritance of this class, the type definer specifies that the subclass is capable of having persistent as well as transient instances |
| Cr_Collection< r_GMarray * > | |
| Cr_Collection< r_Ref< r_Object > > | |
| Cr_Collection< GenRefElement * > | |
| ▼Cr_Collection< T > | Basic class of a collection |
| Cr_Set< r_GMarray * > | |
| Cr_Set< r_Ref< r_Object > > | |
| Cr_Set< GenRefElement * > | |
| Cr_Set< T > | The class implements a set container |
| ▼Cr_GMarray | The class represents a generic MDD in the sense that it is independent of the cell base type |
| Cr_Marray< T > | The central class of the library for representing an MDD object is named r_Marray |
| Cr_OId | Class r_OId represents an object identifier |
| Cr_OQL_Query | The global function r_oql_execute() is used to invoke RasML queries |
| Cr_Parse_Params | Class for parsing a string consisting of key=value pairs separated by "," |
| Cr_Point | Class r_Point represents an n-dimensional point vector |
| Cr_PointDouble | Class r_PointDouble represents an n-dimensional point of double coordinates |
| Cr_Ref< T > | References of type r_Ref in many respects behave like C++ pointers but provide an additional mechanism that guarantees integrity in references to persistent objects |
| Cr_Ref_Any | The class r_Ref_Any is defined to support a reference to any type |
| ▼Cr_Scalar | Class r_Scalar represents a scalar type value which is either r_Primitive or r_Structure |
| ▼Cr_Primitive | Class r_Primitive represents a primitive (atomic) type value |
| Cr_Complex | Class r_Complex represents a complex type value |
| Cr_Structure | Class r_Structure represents a structured value |
| Cr_Sinterval | The class represents an interval with lower and upper bound |
| Cr_Storage_Layout | Used to express the storage options for r_Marray objects |
| Cr_String | A string value wrapper |
| Cr_Tile_Structure | Physical raw tile properties in one place |
| ▼Cr_Tiling | Used to specify in which way the tiling is done by the system |
| Cr_No_Tiling | |
| ▼Cr_Size_Tiling | |
| ▼Cr_Dimension_Tiling | |
| Cr_Aligned_Tiling | Used to express the options for aligned tiling of r_Marray objects |
| Cr_Dir_Tiling | This class implements the "Directional Tiling" tiling method |
| Cr_Interest_Tiling | This class implements the "Interesting Areas" tiling algorithm |
| Cr_Stat_Tiling | |
| Cr_Transaction | Transactions can be started, committed, aborted, and checkpointed |
| CRMTimer | Module: raslib |
| CTurboQueryResult |
1.9.8