sam::SubjectiveOutlierRemoval::Parameters¶
Module: Parameters of Hacking Strategies
SubjectiveOutlierRemoval's parameters. More...
#include <HackingStrategy.h>
Public Attributes¶
| Name | |
|---|---|
| HackingMethod | name A placeholder for the name. |
| HackingTarget | target |
| std::vector< int > | range A vector of {min, max}, defining the range of K. |
| float | step_size Indicates the step size of walking through K's. |
| int | min_observations Indicates minimum number of observations. |
| std::vector< std::string > | stopping_cond_defs Stopping condition PolicyChain definitions. |
| std::optional< float > | prevalence The prevalence factor of the strategy. |
| std::optional< float > | defensibility The defensibility factor of the strategy. |
| HackingStage | stage |
Detailed Description¶
struct sam::SubjectiveOutlierRemoval::Parameters;
SubjectiveOutlierRemoval's parameters.
These are parameters specific to this hacking strategy. You can set them either pragmatically when you are constructing a new SubjectiveOutlierRemoval, e.g., [SubjectiveOutlierRemoval](/doxygen/Classes/classsam_1_1_subjective_outlier_removal/) sor{<name>, {min, max}, ssize};.
Or, when you are using SAMrun to run your simulation. In this case, your JSON variable must comply with the name and type of parameters here. For example, the following JSON defines the default subjective outliers removal.
{
"name": "SubjectiveOutlierRemoval",
"range": [2, 4],
"step_size": 0.1,
"min_observations": 5
}
Filename: .json
Public Attributes Documentation¶
variable name¶
HackingMethod name = HackingMethod::SubjectiveOutlierRemoval;
A placeholder for the name.
variable target¶
HackingTarget target {HackingTarget::Both};
Todo: TO BE IMPLEMENTED
variable range¶
std::vector< int > range;
A vector of {min, max}, defining the range of K.
variable step_size¶
float step_size;
Indicates the step size of walking through K's.
variable min_observations¶
int min_observations;
Indicates minimum number of observations.
variable stopping_cond_defs¶
std::vector< std::string > stopping_cond_defs {{"sig"}};
Stopping condition PolicyChain definitions.
variable prevalence¶
std::optional< float > prevalence;
The prevalence factor of the strategy.
variable defensibility¶
std::optional< float > defensibility;
The defensibility factor of the strategy.
variable stage¶
HackingStage stage {HackingStage::PostProcessing};
Updated on 29 June 2021 at 16:13:47 CEST