Diploma Thesis Percolation Simulation
C++ Sourcecode Documentation

www.AndreasKrueger.de/thesis/code
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frontend Namespace Reference


Functions

void ask_for_parameters (NUMBER &n, int &min_loops, int &additional_loops, int &steps, const REAL file_from, const REAL file_to)
void ask_parameter (NUMBER &n, int &loops, int &steps, const REAL file_from, const REAL file_to)
void ask_for_dim_N_loops (NUMBER &N, int &dim, COUNTER &loops)
void introduction (NUMBER &N, REAL &R, int dimension)
void ask_for_ff_range (REAL &ff_from, REAL &ff_to)
void svg_frontend ()

Function Documentation

void ask_for_dim_N_loops (  NUMBER &    N,
int &    dim,
COUNTER &    loops
) 
 

Definition at line 34 of file frontend.h.

References COUNTER, and NUMBER. 

00035 {
00036         cout <<" dimension: (e.g. 3) ";
00037         cin >> dim;
00038         cout <<" Number of spheres: (e.g. 1250) ";
00039         cin >> N;
00040         cout <<" number of averaging loops (e.g. 5) ";
00041         cin >> loops ;
00042 }

void ask_for_ff_range (  REAL &    ff_from,
REAL &    ff_to
) 
 

Definition at line 68 of file frontend.h.

References REAL.

Referenced by starters::into_file7_starter(), and starters::into_file8_starter(). 

00069 {
00070         ff_from=0.00; ff_to=2.00;
00071         cout <<"range of scanned fillingfactors";
00072         cout <<"\nfrom (e.g. 0.00): ";
00073         cin >> ff_from;
00074         cout <<"to   (e.g. 2.00): ";
00075         cin >> ff_to;
00076 }

void ask_for_parameters (  NUMBER &    n,
int &    min_loops,
int &    additional_loops,
int &    steps,
const REAL    file_from,
const REAL    file_to
) 
 

Definition at line 11 of file frontend.h.

References NUMBER, and REAL.

Referenced by starters::into_file7_starter(), and starters::into_file8_starter(). 

00011                                                                                                                                  {
00012 
00013         cout <<" Number of spheres: (e.g. 2500) ";
00014         cin >> n;
00015         cout <<" number of (radius) steps between fillingfactor "<<file_from<<" and "<<file_to<<": (e.g. 60) ";
00016         cin >> steps;
00017         cout <<" number of minimum averaging loops on each radius: (e.g. 50) ";
00018         cin >> min_loops ;
00019         cout <<" number of additional averaging loops around critical radius: (e.g. 100) ";
00020         cin >> additional_loops ;
00021 }

void ask_parameter (  NUMBER &    n,
int &    loops,
int &    steps,
const REAL    file_from,
const REAL    file_to
) 
 

Definition at line 23 of file frontend.h.

References NUMBER, and REAL.

Referenced by starters::into_file(), and starters::into_file2(). 

00024 {
00025 
00026         cout <<" Number of spheres: (e.g. 1000) ";
00027         cin >> n;
00028         cout <<" number of averaging loops on each radius: (e.g. 50) ";
00029         cin >> loops ;
00030         cout <<" number of (radius) steps between fillingfactor "<<file_from<<" and "<<file_to<<": (e.g. 60) ";
00031         cin >> steps;
00032 }

void introduction (  NUMBER &    N,
REAL &    R,
int    dimension
) 
 

Definition at line 44 of file frontend.h.

References GRIDSIZE, NUMBER, R_critical(), R_critical_guessed(), and REAL.

Referenced by starters::into_screen(). 

00045 {
00046         srand( (unsigned)time( NULL ) );                        // set the random generator     
00047 
00048 
00049         cout <<"\nPlease type in the number of spheres to throw: ";
00050         cin >> N;
00051 
00052         double rr=R_critical(N,GRIDSIZE, dimension);
00053         if (rr!=-1) {
00054                 cout << "\nThe theoretically critical radius in ";
00055                 cout <<dimension<<"dim is "<<rr;
00056         }
00057         else {
00058                         rr=R_critical_guessed(N,GRIDSIZE,dimension);
00059                         cout << "The critical radius in ";
00060                         cout <<dimension<<"dim is approximately "<<rr;
00061         }
00062 
00063         cout <<"\nPlease type in the radius of one sphere: ";
00064         cin >> R;
00065 }                                       // gives back N: the number of spheres and R: the radius

void svg_frontend (    ) 
 

Definition at line 289 of file svg.h.

References COORDFLOAT, NUMBER, R_critical_guessed(), REAL, graphics::svg_circles(), and graphics::svg_test().

Referenced by main(). 

00289                    {
00290         cout <<"SVG Scalable Vector Graphics\nPlease choose\n"<<endl;
00291         cout <<"a test (t)"<<endl;
00292         cout <<"throw random discs (r)"<<endl;
00293 
00294         char a;  cin>>a;
00295 
00296         switch (a) {
00297         case 't': graphics::svg_test(); break;
00298                 case 'r': 
00299                         COORDFLOAT L=500;
00300                         cout<<"number of discs : "; 
00301                         NUMBER N; cin >>N;
00302                         REAL Rcrit=R_critical_guessed (N, L, 2);
00303                         cout<<"choose radius (r.critical="<<Rcrit<<") : "; 
00304                         REAL R; cin >>R;
00305                         graphics::svg_circles(L, N, R); break;
00306         }
00307 }




Diploma Thesis Sourcecode Documentation
check out the text and the executable binaries

www.AndreasKrueger.de/thesis/code