Data Structures

Here are the data structures with brief descriptions:

[detail level 12345]

▼NAqua	Main AQUAgpusph namespace
▼NCalcServer	Calculation server name space
▼NReports	Runtime outputs name space
CPerformance	On screen performance output
CReport	Runtime outputs base class
CScreen	On screen runtime output
CSetTabFile	Particles set runtime output
CTabFile	Runtime output file
CAssert	Check that a condition holds true, or trhow a fatal error otherwise
CCalcServer	Exception raised when the user manually interrupts the simulation
CclientData	Data structure to store the variables requested and a flag to know if the entry point has been found
CConditional	Base class for conditional tools like While or If
CCopy	Copy an array component by component
CEnd	Close the scope open by a previous conditional tool, like While or If
CIf	Execute all the tools in its scope if the condition is fulfilled
CKernel	A tool consisting in an OpenCL kernel execution. The variables used in the OpenCL kernel are automatically detected
CLinkList	Complex tool to perform the link-list based on the "pos" array. This tool include the following steps:
▼CMPISync	Synchronize arrays between processes
▼CExchanger	Interprocess array synchronization base class
CMPIType	Data structure to store the type information required by MPI
CReceiver	Synchronize arrays between processes
CSender	Synchronize arrays between processes
CPython	Execute a Python script
CRadixSort	Methods to perform a radix sort using the GPU (or any device supported by OpenCL). The code has 3 steps:
CReduction	Reductions, like scans, prefix sums, maximum or minimum, etc..
CSet	Set all the components of an array with the desired value
CSetScalar	Set a scalar variable
CTool	Tools base class. The way that AQUAgpusph compute each problem is set through a set of tools that are computed sequentially. Several tools can be considered, for instance:
CUnSort	Recover the original id of each particle
Cuser_interruption
CWhile	Execute all the tools in its scope until the condition becomes unfulfilled
▼NInputOutput	Input/Output data interfaces
CArrayVariable
CASCII	Plain text particles data files loader/saver
CFastASCII	Plain text particles data files loader/saver
CFileManager	Input/Output files manager. This class acts as a base class, controlling the subclasses which will load/save the files
CFloatVariable	A float variable
CInputOutput	Base class for input/output file managers
CIntVariable	An integer variable
CIVec2Variable	A ivec2 variable
CIVec3Variable	A ivec3 variable
CIVec4Variable	A ivec4 variable
CLogger	On screen and log file output manager
CParticles	Particles file loader/saver base class
▼CProblemSetup	Simulation configuration data
CsphDefinitions	OpenCL kernels compilation definitions
CsphParticlesSet	Particles set data
▼CsphSettings	General program settings
Cdevice	General program settings
CsphTimingParameters	Simulation time flow options
CsphTool	Tool to be executed
CsphVariables	Simulation variables registered
CReport	Base class for all the report file managers
CScalarNumberVariable
CScalarVariable	A generic Scalar variable
CScalarVecVariable	A generic Scalar variable, of 2 or more components
CState	Load/Save the XML simulation definition files
CTimeManager	Simulation time flow manager
CUIntVariable	An integer variable
CUIVec2Variable	A uivec2 variable
CUIVec3Variable
CUIVec4Variable	A uivec4 variable
CVariable	A generic variable. Almost useless, use the overloaded classes instead of this one
CVariables	Variables manager, which can interpret the types on the fly
CVec2Variable	A vec2 variable
CVec3Variable	A vec3 variable
CVec4Variable	A vec4 variable
CVTK	VTK particles data files loader/saver
CSingleton	Simple but versatile singleton instance (Meyers singleton)
CTokenizer	Tool to evaluate math expressions
Cmat	Matrix of real components