Template Numerical Library version\ main:bb09b17
Loading...
Searching...
No Matches
TNL::Benchmarks::Benchmark< Logger > Class Template Reference
Collaboration diagram for TNL::Benchmarks::Benchmark< Logger >:

Public Types

using MetadataColumns = typename Logger::MetadataColumns
 
using MetadataElement = typename Logger::MetadataElement
 
using SolverMonitorType = Solvers::IterativeSolverMonitor< double, int >
 

Public Member Functions

 Benchmark (std::ostream &output, int loops=10, int verbose=1)
 
void addErrorMessage (const std::string &message)
 
double getBaseTime () const
 
SolverMonitorTypegetMonitor ()
 
bool isResetingOn () const
 
void setDatasetSize (double datasetSize=0.0, double baseTime=0.0)
 
void setLoops (int loops)
 
void setMetadataColumns (const MetadataColumns &metadata)
 
void setMetadataElement (const typename MetadataColumns::value_type &element)
 
void setMetadataWidths (const std::map< std::string, int > &widths)
 
void setMinTime (double minTime)
 
void setOperation (const std::string &operation, double datasetSize=0.0, double baseTime=0.0)
 
void setOperationsPerLoop (long int operationsPerLoop)
 
void setup (const Config::ParameterContainer &parameters)
 
template<typename Device , typename ComputeFunction >
BenchmarkResult time (const std::string &performer, ComputeFunction &compute)
 
template<typename Device , typename ComputeFunction >
void time (const std::string &performer, ComputeFunction &compute, BenchmarkResult &result)
 
template<typename Device , typename ResetFunction , typename ComputeFunction >
BenchmarkResult time (ResetFunction reset, const std::string &performer, ComputeFunction &compute)
 
template<typename Device , typename ResetFunction , typename ComputeFunction >
void time (ResetFunction reset, const std::string &performer, ComputeFunction &compute, BenchmarkResult &result)
 

Static Public Member Functions

static void configSetup (Config::ConfigDescription &config)
 

Protected Attributes

double baseTime = 0.0
 
double datasetSize = 0.0
 
Logger logger
 
int loops = 1
 
double minTime = 0.0
 
SolverMonitorType monitor
 
long int operations_per_loop = 0
 
bool reset = true
 

The documentation for this class was generated from the following files: