Тервер лабораторные / 1 лаба / Teor_ver1 / Teor_ver1 / main

#include "func.h"

////////////////////////////////////////////////////////////////////////

void main ()
{
	int *rand_val = (int *)malloc ( sizeof(int)*N );

	values (rand_val, N);
	/*printf ("\nsrednee: %f", sredn (rand_val, N) );
	//print_int_mass (rand_val, N);
	printf ("\ndispersiya: %f", dispers (rand_val, N));
	printf ("\nnesmeshennaya otsenka dispersii: %f", nesm_oc_disp (rand_val, N));
	printf ("\nsrednekvadraticheskoye otkloneniye #1: %f", sqrt (dispers (rand_val, N)));
	printf ("\nsrednekvadraticheskoye otkloneniye #2: %f", sqrt ( nesm_oc_disp (rand_val, N)));
	printf ("\nM3: %f", M3 (rand_val, N));
	printf ("\nM4: %f", M4 (rand_val, N));
	printf ("\nmer otn izm: %f", sqrt ( nesm_oc_disp (rand_val, N)) / sredn (rand_val, N));
	

	printf ("\n\ntao: %f", abs (rand_val [N-1] - sredn (rand_val, N)) /  sqrt ( nesm_oc_disp (rand_val, N)));
	*/
	printf ("\nAs: %f", M3 (rand_val, N) / pow (sqrt (dispers (rand_val, N)),3));
	float g1 = M3 (rand_val, N)/pow (dispers (rand_val, N), (float)1.50);
	printf ("\notcenka As: %f", sqrt((float)N*((float)N-1))*g1/((float)N-2));
	printf ("\nEk: %f", M4 (rand_val, N) / pow (sqrt (dispers (rand_val, N)),4)-3.0);
	float g2 = M4 (rand_val, N)/pow (dispers (rand_val, N), (float)2.0)-3;
	printf ("\notcenka Ek: %f", ((float) N-1) / ( (float)N-2) / ((float)N-3) * ( ((float)N +1)*g2+6 ) );
	float n = (float) N;
	printf ("\nS As: %f", sqrt (6*n*(n-1)/(n-2)/(n+1)/(n+3)));
	printf ("\nS Ex: %f", sqrt(24*n*(n-2)*(n-3)/(n+1)/(n+1)/(n+3)/(n+5)));


	getch ();
}