TECA
Public Member Functions | Static Public Member Functions | List of all members
teca_tc_trajectory Class Reference

GFDL tropical storms trajectory tracking algorithm. More...

#include <teca_tc_trajectory.h>

Inheritance diagram for teca_tc_trajectory:
teca_algorithm

Public Member Functions

std::shared_ptr< teca_tc_trajectoryshared_from_this ()
 
std::shared_ptr< teca_tc_trajectory const > shared_from_this () const
 
 teca_tc_trajectory (const teca_tc_trajectory &src)=delete
 
 teca_tc_trajectory (teca_tc_trajectory &&src)=delete
 
teca_tc_trajectoryoperator= (const teca_tc_trajectory &src)=delete
 
teca_tc_trajectoryoperator= (teca_tc_trajectory &&src)=delete
 
const char * get_class_name () const override
 
void set_max_daily_distance (const double &v)
 
const double & get_max_daily_distance () const
 
void set_min_wind_speed (const double &v)
 
const double & get_min_wind_speed () const
 
void set_min_wind_duration (const double &v)
 
const double & get_min_wind_duration () const
 
void set_step_interval (const unsigned long &v)
 
const unsigned long & get_step_interval () const
 
- Public Member Functions inherited from teca_algorithm
 teca_algorithm (const teca_algorithm &src)=delete
 
 teca_algorithm (teca_algorithm &&src)=delete
 
teca_algorithmoperator= (const teca_algorithm &src)=delete
 
teca_algorithmoperator= (teca_algorithm &&src)=delete
 
void set_communicator (MPI_Comm comm)
 
MPI_Comm get_communicator ()
 
virtual teca_algorithm_output_port get_output_port (unsigned int port=0)
 
void set_input_connection (const teca_algorithm_output_port &port)
 
virtual void set_input_connection (unsigned int id, const teca_algorithm_output_port &port)
 
virtual void remove_input_connection (unsigned int id)
 
void clear_input_connections ()
 
const_p_teca_dataset get_output_data (unsigned int port=0)
 
void pop_cache (unsigned int port=0, int top=0)
 
void set_cache_size (unsigned int n)
 
virtual int update ()
 
virtual int update (unsigned int port)
 
virtual teca_metadata update_metadata (unsigned int port=0)
 
void set_executive (p_teca_algorithm_executive exe)
 
p_teca_algorithm_executive get_executive ()
 
virtual void to_stream (std::ostream &s) const
 
virtual void from_stream (std::istream &s)
 

Static Public Member Functions

static p_teca_tc_trajectory New ()
 

Additional Inherited Members

- Protected Member Functions inherited from teca_algorithm
void set_number_of_input_connections (unsigned int n)
 
void set_number_of_output_ports (unsigned int n)
 
virtual void set_modified ()
 
void set_modified (unsigned int port)
 
virtual teca_metadata get_cache_key (unsigned int port, const teca_metadata &request) const
 
virtual teca_metadata get_output_metadata (teca_algorithm_output_port &current)
 
virtual const_p_teca_dataset request_data (teca_algorithm_output_port &port, const teca_metadata &request)
 
virtual int validate_cache (teca_algorithm_output_port &current)
 
virtual void clear_modified (teca_algorithm_output_port current)
 
const_p_teca_dataset get_output_data (unsigned int port, const teca_metadata &request)
 
int cache_output_data (unsigned int port, const teca_metadata &request, const_p_teca_dataset &data)
 
void clear_cache (unsigned int port)
 
unsigned int get_number_of_input_connections ()
 
teca_algorithm_output_port & get_input_connection (unsigned int i)
 
void clear_modified (unsigned int port)
 
int get_modified (unsigned int port) const
 

Detailed Description

GFDL tropical storms trajectory tracking algorithm.

GFDL tropical storms trajectory tracking algorithm

for more information see "Seasonal forecasting of tropical storms using coupled GCM integrations"

computes trajectories from table of detections. trajectories are stored in a table.

the trajectory computation makes use of the following paramteters:

max_daily_distance (1600 km) event must be within this distance on the following day to be considered as part of the trajectory.

min_wind_speed (17 m/s) 850 mb wind sped must be above this value.

min_wind_duration (2 days) criteria must be satisfied for this many days to be a candidate


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