CAN I HAZ CHEEZBERGER?!?!?!?

//~~~~~ MAIN PROGRAM ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~`',
//```````````````````````````````````````````````````````````````````````````````````
int main() {
	//random seed
	randSeed();
	//run R5
	int tNum; //roll count
	int A; //first die count
	int B; //second die count
	//get info from user
	printf("enter roll count:"); scanf("%d",&tNum);
	printf("enter first die count:"); scanf("%d",&A);
	printf("enter second die count:"); scanf("%d",&B);
	//run simulation
	double CR_TOT = 0.0;
	int z;
	int dieA[tNum];
	int dieB[tNum];
	printf("dieA\tdieB\tRAB\t\tCR\n");
	for (z = 0; z < tNum; z++) {
		int k;
		rollFunc(&k,A);
		dieA[z] = k;
		rollFunc(&k,B);
		dieB[z] = k;
		double COEFF_A = B*1.0/((A+B)*1.0);
		double COEFF_B = A*1.0/((A+B)*1.0);
		double RAB;
		RAB = COEFF_A*dieA[z] + COEFF_B*dieB[z];
		double DEN = 2.0*A*B/((A+B)*1.0);
		double NUM = B*1.0/((A+B)*1.0) + A*1.0/((A+B)*1.0);
		double CR;
		CR = (RAB - NUM)/(DEN - NUM);
		CR_TOT += CR;
		printf("%d\t%d\t%f\t%f\n",dieA[z],dieB[z],RAB,CR);
	}
	CR_TOT = CR_TOT/tNum;
	printf("Average on Roll Stack: %f\n",CR_TOT);
	return 0;
}
//~~~~~ FUNCTIONS ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~`',
#include"statDefs.h"		//statisticl algorithms
#include"arrayDefs.h"		//array methods
#include"determinant.h"		//classic determinant
#include"linearAlgebra.h"	//linear algebraic methods
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ~~ ~  ~   ~
// ^^^ ABOVE IS OFTEN BLOATED AS CODE IS COPIED UNTIL PURSUED IN ACTIVE MARKET ^^^
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~`',
//~~~~~ functions ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~`',
void dUb(int *kIn) {
	double RAND = pRand();
	if(RAND < 0.5) {*kIn = 1;}
	else           {*kIn = 2;}
}
void tRp(int *kIn) {
	double RAND = pRand();
	if(RAND < 0.25)      {*kIn = 1;}
	else if (RAND < 0.5) {*kIn = 2;}
	else if (RAND < .75) {*kIn = 3;}
	else {tRp(kIn);}
}
//variate roll functor
void rollFunc(int *rOut,int A) {
	double RAND = pRand();
	double STEP = 1.0/A;
	double CHECK = STEP;
	int RESPONSE = 1;
	while (CHECK < RAND) {
		RESPONSE += 1;
		CHECK += STEP;
	}
	*rOut = RESPONSE;
}