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EcoliSimulator
2.0.1a
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This class implements the discretization of the function lambda (theory) It is not yet 100% finished. More...
#include <s_lambda.h>
Public Member Functions | |
| double | s_funz_lambda (double Q) |
| double | s_funz_sigma (double Q) |
| double | StatIntensity (double dt, double t, double Q) |
| s_lambda () | |
Public Attributes | |
| std::vector< double > | lambda |
| std::vector< double > | sigma |
| std::vector< double > | syntetic_indeX |
| std::vector< int > | n_data |
| double | Q_max |
| double | Q_min |
| int | distr |
| double | CumDen |
| double | Cumlambda |
| double | dQ |
| int | n_records |
| int | pos_steady |
| string | I_distribution |
This class implements the discretization of the function lambda (theory) It is not yet 100% finished.
| s_lambda::s_lambda | ( | ) |
| double s_lambda::s_funz_lambda | ( | double | Q | ) |
empirical probability rate to tumble for the level of the memory term equal to Q
| double s_lambda::s_funz_sigma | ( | double | Q | ) |
variance of the diffusion controlling tumble events
| double s_lambda::StatIntensity | ( | double | dt, |
| double | t, | ||
| double | Q | ||
| ) |
calculate the statistical intensity
If Ref. -> Part II: The Joint Distribution For A Brownian Motion And Its Maximum And Minimum - Gary Schurman
| double s_lambda::CumDen |
| double s_lambda::Cumlambda |
| int s_lambda::distr |
| double s_lambda::dQ |
| string s_lambda::I_distribution |
| std::vector<double> s_lambda::lambda |
| std::vector<int> s_lambda::n_data |
| int s_lambda::n_records |
| int s_lambda::pos_steady |
| double s_lambda::Q_max |
| double s_lambda::Q_min |
| std::vector<double> s_lambda::sigma |
| std::vector<double> s_lambda::syntetic_indeX |