int main(int argc, char **argv) {
float a1, a2, da, a;
int i;
if (argc < 6) {
printf("Usage: %s scale1 scale2 Om h halolist1 [halolist2 ...]\n", argv[0]);
exit(1);
}
/* Init cosmology and timescales */
a1 = atof(argv[1]);
a2 = atof(argv[2]);
Om = atof(argv[3]);
if (!Om) Om = 0.27;
Ol = 1.0 - Om;
h0 = atof(argv[4]);
if (!h0) h0 = 0.705;
init_cosmology(Om, Ol, h0);
init_time_table(Om, h0);
gen_ff_cache();
num_halos = 0;
max_mvir = 0;
for (i=5; i<argc; i++) load_halos(argv[i], a1);
halo_tree = fast3tree_init(0, 0);
print_halo(-1);
da = (a2-a1)/((double)NUM_TIMESTEPS);
do_timestep(0, a1, a1+da, 1); //First step
for (i=1; i<NUM_TIMESTEPS; i++) {
a = a1+i*da;
do_timestep(a-da, a, a+da, 0);
}
do_timestep(a, a+da, 0, -1); //Last step
//print_halos();
return 0;
}
int main() {
int np = 9; /* number of points on the sheet */
double dt = .005;
int step = 0;
double time = 0.0;
double *de, *x, *y, *gamma;
double c[4];
/* int j; */
/* double sumg; */
char fname[30];
int dump_num = 0;
double dump_time = 1;
/* double max; */
/* double sum; */
/* FILE *dump; */
/* double mindist = SQR(.5/np); */
/* double maxdist = SQR(1.5/np); */
get_physical_params(c);
de = vector(np);
x = vector(np);
y = vector(np);
gamma = vector(np);
init_sheet(de, x, y, gamma, np, 2.0*c[3]);
/* getchar(); */
/* dump = fopen("max2.dat", "w"); */
while(1) {
if(time >= dump_time * dump_num) {
sprintf(fname, "sheet_%03i.dat", dump_num);
dump_data(de, x, y, gamma, np, c, time, dt, fname);
dump_num++;
}
step++;
time += dt;
/*printf("\x1B[2J");*/
/* printf("**** ");*/
/* printf("Step: %5i Time: %8.5f (%8.5f s) (dt = %9.4g)\n", */
/* step, time, realtime, dt); */
/* printf(" *****\n");*/
/* printf("Gamma before step:\t%f\n", integral(gamma,de,np)-1.0); */
dt = do_timestep(de, &x, &y, &gamma, c, np, dt);
/* printf("Gamma before trim:\t%f\n", integral(gamma,de,np)-1.0); */
/* np = trim_distances(&de, &x, &y, &gamma, mindist, maxdist, np); */
/* printf("Gamma after (%i):\t%f\n\n", np,integral(gamma,de,np)-1.0); */
/* printf("Smooth x: "); */
/* fourier_smooth(x, np); */
/* printf("Smooth y: "); */
/* fourier_smooth(y, np); */
/* sum = integral(gamma,de,np)-1.0; */
/* if(fabs(sum) > 1e-12) { */
/* printf("Step: %i Gamma: %e\n", step, sum); */
/* getchar(); */
/* } */
/* getchar(); */
/* sumg = 0.0; */
/* for(j = 0; j < np; j++) */
/* sumg += gamma[j]*de[j]; */
/* printf("np: %3i\nSum g: %9.5e\n", np, sumg-1); */
/* max = dump_data(x, y, gamma, np, "sheet2.dat"); */
/* fprintf(dump, "%f\t%f\n", realtime, max); */
/* getchar(); */
}
/* fclose(dump); */
return 0;
}
