9 #ifndef writeHistToFileMultiT_hpp 10 #define writeHistToFileMultiT_hpp 22 const int& cont_sim,
const int& n_dx,
const int& n_dy,
const int& n_c,
23 const double& min_x,
const double& min_y,
24 const double& dx,
const double& dy,
25 std::vector<std::vector<double> >& x,std::vector<std::vector<double> >& y,
26 const int& n_x_min,
const int& n_x_max,
27 const int& n_y_min,
const int& n_y_max,
28 int &max_z,
int n_thread = 0);
32 const int cont_sim,
const int n_c,
const int n_dx,
const int n_dy,
33 const double dx,
const double dy,
34 const int n_x_min,
const int n_x_max,
35 const int n_y_min,
const int n_y_max,
36 const double min_x,
const double min_y,
37 double delta_y_p,
double delta_x_p,
38 const double delta_y_p_init,
39 const double delta_x_p_init,
40 std::vector<std::vector<double> >& x,std::vector<std::vector<double> >& y,
41 int& max_z_local,
bool display =
false);
50 const int cont_sim,
const int n_dx,
const int n_dy,
51 const double min_x,
const double min_y,
52 const double dx,
const double dy,
53 const int n_x_min,
const int n_x_max,
54 const int n_y_min,
const int n_y_max,
62 const double dx,
const double dy,
63 const int n_x_min,
const int n_x_max,
64 const int n_y_min,
const int n_y_max,
65 const double min_x,
const double min_y,
66 double delta_y_p,
double delta_x_p,
67 const double delta_y_p_init,
68 const double delta_x_p_init,
69 double Dt,
Funz_C* f,
double& maxC);
void writeFunzCToFileMultiT(double delta_y_p, double delta_x_p, int dim_col_t, int n_salti_colonn, const int cont_sim, const int n_dx, const int n_dy, const double min_x, const double min_y, const double dx, const double dy, const int n_x_min, const int n_x_max, const int n_y_min, const int n_y_max, double &maxC, const double Dt, Funz_C *f, int n_thread)
it writes the histogram of the function c to file: multithread.
Definition: writeHistToFileMultiT.cpp:247
void writeHistToFileMultiT(double delta_y_p, double delta_x_p, int dim_col_t, int n_salti_colonne, const int &cont_sim, const int &n_dx, const int &n_dy, const int &n_c, const double &min_x, const double &min_y, const double &dx, const double &dy, std::vector< std::vector< double > > &x, std::vector< std::vector< double > > &y, const int &n_x_min, const int &n_x_max, const int &n_y_min, const int &n_y_max, int &max_z, int n_thread=0)
void startThred_writeHist(const int start_for, const int end_for, const int update_for, const int cont_sim, const int n_c, const int n_dx, const int n_dy, const double dx, const double dy, const int n_x_min, const int n_x_max, const int n_y_min, const int n_y_max, const double min_x, const double min_y, double delta_y_p, double delta_x_p, const double delta_y_p_init, const double delta_x_p_init, std::vector< std::vector< double > > &x, std::vector< std::vector< double > > &y, int &max_z_local, bool display=false)
Base class for the function describing the ligand concentration.
Definition: Funz_C.h:76
void startThred_writeFunC(const int start_for, const int end_for, const int update_for, const int cont_sim, const double dx, const double dy, const int n_x_min, const int n_x_max, const int n_y_min, const int n_y_max, const double min_x, const double min_y, double delta_y_p, double delta_x_p, const double delta_y_p_init, const double delta_x_p_init, double Dt, Funz_C *f, double &maxC)
implements the loop over time for the given thred
Definition: writeHistToFileMultiT.cpp:327