delphi
Contents:
Home
The Delphi model
The Delphi config file
GroundedFunctionNetwork API
Grounded Function Network (GrFN) Documentation
Change Log
Contributing
C++ API
Class Hierarchy
File Hierarchy
Full API
Namespaces
Classes and Structs
Enums
Functions
Function callback
Function compute_matrix_exponential
Function construct_adjective_response_map
Function delphi::gv::add_node
Function delphi::gv::set_property(Agedge_t *, std::string, std::string)
Function delphi::gv::set_property(Agnode_t *, std::string, std::string)
Function delphi::gv::set_property(Agraph_t *, int, std::string, std::string)
Template Function delphi::utils::get
Function delphi::utils::get_timestamp
Template Function delphi::utils::in
Template Function delphi::utils::list
Template Function delphi::utils::lmap
Function delphi::utils::load_json(string)
Function delphi::utils::load_json(std::string)
Function delphi::utils::log_normpdf
Function delphi::utils::mean
Function delphi::utils::median
Function delphi::utils::median_absolute_deviation
Function delphi::utils::observation_timesteps_between(tuple<int, int, int>, tuple<int, int, int>, DataAggregationLevel)
Function delphi::utils::observation_timesteps_between(std::tuple<int, int, int>, std::tuple<int, int, int>, DataAggregationLevel)
Template Function delphi::utils::printVec
Function delphi::utils::round_n
Function delphi::utils::sqr
Function delphi::utils::standard_deviation
Function delphi::utils::sum
Function get_observations_for(string, string, string, string, int, int, string, bool)
Function get_observations_for(std::string, std::string, std::string, std::string, int, int, std::string, bool)
Function PYBIND11_MODULE
Function sample_from_normal(std::mt19937, double, double)
Function sample_from_normal(double, double)
Template Function select_random_element
Variables
Typedefs
GrFN OpenAPI Specification
delphi
»
C++ API
»
Function delphi::gv::add_node
View page source
Function delphi::gv::add_node
Defined in
File graphviz_interface.cpp
Function Documentation
Agnode_t
*
delphi
::
gv
::
add_node
(
Agraph_t
*
g
,
std
::
string
node_name
)