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Public Member Functions | Data Fields
ROC_Params Class Reference

Parameter object for calc_roc_measures functions. More...

#include <bootstrap.h>

Inheritance diagram for ROC_Params:
Measurement_Params SerializableObject

Public Member Functions

 ROC_Params ()
 Default Ctor.
 
 ROC_Params (const string &init_string)
 Initializing each parameter from string in format: "parameter_name=value;...".
 
int init (map< string, string > &map)
 Initializing each parameter from string in format: "parameter_name=value;...".
 
- Public Member Functions inherited from SerializableObject
virtual int version () const
 Relevant for serializations.
 
virtual string my_class_name () const
 For better handling of serializations it is highly recommended that each SerializableObject inheriting class will implement the next method.
 
virtual void serialized_fields_name (vector< string > &field_names) const
 The names of the serialized fields.
 
virtual void * new_polymorphic (string derived_name)
 for polymorphic classes that want to be able to serialize/deserialize a pointer * to the derived class given its type one needs to implement this function to return a new to the derived class given its type (as in my_type)
 
virtual void pre_serialization ()
 
virtual void post_deserialization ()
 
virtual size_t get_size ()
 Gets bytes sizes for serializations.
 
virtual size_t serialize (unsigned char *blob)
 Serialiazing object to blob memory. return number ob bytes wrote to memory.
 
virtual size_t deserialize (unsigned char *blob)
 Deserialiazing blob to object. returns number of bytes read.
 
size_t serialize_vec (vector< unsigned char > &blob)
 
size_t deserialize_vec (vector< unsigned char > &blob)
 
virtual size_t serialize (vector< unsigned char > &blob)
 
virtual size_t deserialize (vector< unsigned char > &blob)
 
virtual int read_from_file (const string &fname)
 read and deserialize model
 
virtual int write_to_file (const string &fname)
 serialize model and write to file
 
virtual int read_from_file_unsafe (const string &fname)
 read and deserialize model without checking version number - unsafe read
 
int init_from_string (string init_string)
 Init from string.
 
int init_params_from_file (string init_file)
 
int init_param_from_file (string file_str, string &param)
 
int update_from_string (const string &init_string)
 
virtual int update (map< string, string > &map)
 Virtual to update object from parsed fields.
 
virtual string object_json () const
 

Data Fields

vector< float > working_point_FPR
 The False Positive rate working point definition.
 
vector< int > working_point_TOPN
 The Top N working points.
 
vector< float > working_point_SENS
 The True Positive rate working point definition.
 
vector< float > working_point_PR
 The Positive rate working point definition.
 
vector< float > working_point_auc
 The partial auc working points definition.
 
vector< float > working_point_Score
 The Scores workin point definition.
 
bool use_score_working_points
 If true will calculate all roc measurements based on scores working points.
 
float max_diff_working_point
 The maximal diff in calculated working point to requested working point to drop.
 
int score_bins
 score bin count for speed up calculation. 0 means no binning
 
int score_min_samples
 score bin min sample count for speed up calculation. 0 means no limit
 
float score_resolution
 score resultion to contorl bining for speed up calculation. 0 means no binning resulotion
 
bool fix_label_to_binary
 If True will change label value to be binary 0,1 (default is True)
 
int min_score_quants_to_force_score_wp
 The minimal count of unique score to force fetching scores only by score cutoffs.
 
Incident_Stats inc_stats
 the incedince data if provided for general population. look for Incident_Stats for more info
 
double incidence_fix
 The final incidence calculation on the cohort (will be calcuated)
 
- Data Fields inherited from Measurement_Params
bool show_warns
 If True will show warnnings.
 

Detailed Description

Parameter object for calc_roc_measures functions.

this object stores the working point, and other parameters for the roc measurments bootstrap calculations.

Constructor & Destructor Documentation

◆ ROC_Params()

ROC_Params::ROC_Params ( const string &  init_string)

Initializing each parameter from string in format: "parameter_name=value;...".


for vectors values use "," between numbers

Member Function Documentation

◆ init()

int ROC_Params::init ( map< string, string > &  map)
virtual

Initializing each parameter from string in format: "parameter_name=value;...".


for vectors values use "," between numbers

if (param_name == "max_diff_working_point")
max_diff_working_point = stof(param_value);
else if (param_name == "use_score_working_points")
use_score_working_points = stoi(param_value) > 0;
else if (param_name == "fix_label_to_binary")
fix_label_to_binary = stoi(param_value) > 0;
else if (param_name == "score_bins")
score_bins = stoi(param_value);
else if (param_name == "score_min_samples")
score_min_samples = stoi(param_value);
else if (param_name == "score_resolution")
score_resolution = stof(param_value);
else if (param_name == "inc_stats_text")
else if (param_name == "inc_stats_bin")
inc_stats.read_from_file(param_value);
else if (param_name == "working_point_fpr")
parse_vector(param_value, working_point_FPR);
else if (param_name == "working_point_topn")
parse_vector(param_value, working_point_TOPN);
else if (param_name == "working_point_pr")
parse_vector(param_value, working_point_PR);
else if (param_name == "working_point_score")
parse_vector(param_value, working_point_Score);
else if (param_name == "working_point_sens")
parse_vector(param_value, working_point_SENS);
else if (param_name == "working_point_auc")
parse_vector(param_value, working_point_auc);
else if (param_name == "show_warns")
show_warns = med_stoi(param_value) > 0;
else if (param_name == "min_score_quants_to_force_score_wp")
min_score_quants_to_force_score_wp = med_stoi(param_value);
void read_from_text_file(const string &text_file)
Reading the file.
Definition bootstrap.cpp:3215
bool show_warns
If True will show warnnings.
Definition bootstrap.h:175
int min_score_quants_to_force_score_wp
The minimal count of unique score to force fetching scores only by score cutoffs.
Definition bootstrap.h:308
int score_bins
score bin count for speed up calculation. 0 means no binning
Definition bootstrap.h:304
bool use_score_working_points
If true will calculate all roc measurements based on scores working points.
Definition bootstrap.h:302
vector< float > working_point_Score
The Scores workin point definition.
Definition bootstrap.h:301
vector< int > working_point_TOPN
The Top N working points.
Definition bootstrap.h:297
float score_resolution
score resultion to contorl bining for speed up calculation. 0 means no binning resulotion
Definition bootstrap.h:306
vector< float > working_point_PR
The Positive rate working point definition.
Definition bootstrap.h:299
Incident_Stats inc_stats
the incedince data if provided for general population. look for Incident_Stats for more info
Definition bootstrap.h:309
bool fix_label_to_binary
If True will change label value to be binary 0,1 (default is True)
Definition bootstrap.h:307
vector< float > working_point_SENS
The True Positive rate working point definition.
Definition bootstrap.h:298
float max_diff_working_point
The maximal diff in calculated working point to requested working point to drop.
Definition bootstrap.h:303
int score_min_samples
score bin min sample count for speed up calculation. 0 means no limit
Definition bootstrap.h:305
vector< float > working_point_auc
The partial auc working points definition.
Definition bootstrap.h:300
vector< float > working_point_FPR
The False Positive rate working point definition.
Definition bootstrap.h:296
virtual int read_from_file(const string &fname)
read and deserialize model
Definition SerializableObject.cpp:86

[ROC_Params::init]

[ROC_Params::init]

Reimplemented from SerializableObject.


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