Removed my idea of how I thought it might have run better because I don't think it is actually better anymore.

Author: Nomi

ChudnovskyPiBS.cpp

@@ -30,47 +30,47 @@ ChudnovskyPiBS::ChudnovskyPiBS(unsigned long _digits)
 	mpz_class twentyfour = 24;
 	mpz_fdiv_q(intBigC3_OVER_24.get_mpz_t(), intBigC3_OVER_24.get_mpz_t(), twentyfour.get_mpz_t());
 	//intBigC3_OVER_24.get_str();
-	if (digits <= HUNDRED_MILLION)
-	{
+	//if (digits <= HUNDRED_MILLION)
+	//{
 		mpz_ui_pow_ui(one_squared.get_mpz_t(), 10, 2*_digits);
 		mpz_class thousandandfive__times__one_squared = 10005 * one_squared;
 		mpz_sqrt(sqrtC.get_mpz_t(), thousandandfive__times__one_squared.get_mpz_t());
 		//std::cout << "Needed strlen:" << sqrtC.get_str().length() << std::endl;
-	}
-	else
-	{
-		mp_bitcnt_t prec = digits * log2l(10); //or is it 8 * (digits + 4)??
-		SHIFTER.set_prec(prec);
-		sqrtCF.set_prec(prec);
+	//}
+	//else
+	//{
+	//	mp_bitcnt_t prec = digits * log2l(10); //or is it 8 * (digits + 4)??
+	//	SHIFTER.set_prec(prec);
+	//	sqrtCF.set_prec(prec);
 
-		mpf_class ten = mpf_class(10);
-		mpf_pow_ui(SHIFTER.get_mpf_t(), ten.get_mpf_t(), digits);
-		//std::cout << "Prec:" << SHIFTER.get_prec() << std::endl;
-		mpf_sqrt_ui(sqrtCF.get_mpf_t(),10005);
-		//sqrtCF += 0.1 / SHIFTER;
-		sqrtCF *= SHIFTER;
-		mpf_trunc(sqrtCF.get_mpf_t(), sqrtCF.get_mpf_t());
-		mp_exp_t exp = 0;
-		std::string tempMiddleWare = sqrtCF.get_str(exp, 10, _digits + 4);
-		//std::cout << "Gotten strlen:" << tempMiddleWare.length() << std::endl;
-		//std::cout << "Decimal pt location:" << exp << std::endl;
-		sqrtC = mpz_class(tempMiddleWare);
-		//sqrtC.get_str();
-		/*
-		////ten = SHIFTER;
-		////for (int i = 1; i < 10; i++) //this is basically doing (10^digits/10)^10 (by power rule, it becomes 10^digits)
-		////	SHIFTER *= ten;
-		////std::cout << one_squared.get_str() << std::endl;
-		////one_squared *= one_squared; //this makes it 10^(digits+digits) = 10^(2*digits) which is what we wanted.
-		////mpz_class lol;
-		////mpz_ui_pow_ui(lol.get_mpz_t(), 10, 2*_digits);
-		////if (lol != one_squared)
-		////{
-		////	std::cout << one_squared.get_str() << std::endl;
-		////	std::cout <<  lol.get_str() << std::endl;
-		////}
-		*/
-	}
+	//	mpf_class ten = mpf_class(10);
+	//	mpf_pow_ui(SHIFTER.get_mpf_t(), ten.get_mpf_t(), digits);
+	//	//std::cout << "Prec:" << SHIFTER.get_prec() << std::endl;
+	//	mpf_sqrt_ui(sqrtCF.get_mpf_t(),10005);
+	//	//sqrtCF += 0.1 / SHIFTER;
+	//	sqrtCF *= SHIFTER;
+	//	mpf_trunc(sqrtCF.get_mpf_t(), sqrtCF.get_mpf_t());
+	//	mp_exp_t exp = 0;
+	//	std::string tempMiddleWare = sqrtCF.get_str(exp, 10, _digits + 4);
+	//	//std::cout << "Gotten strlen:" << tempMiddleWare.length() << std::endl;
+	//	//std::cout << "Decimal pt location:" << exp << std::endl;
+	//	sqrtC = mpz_class(tempMiddleWare);
+	//	//sqrtC.get_str();
+	//	/*
+	//	////ten = SHIFTER;
+	//	////for (int i = 1; i < 10; i++) //this is basically doing (10^digits/10)^10 (by power rule, it becomes 10^digits)
+	//	////	SHIFTER *= ten;
+	//	////std::cout << one_squared.get_str() << std::endl;
+	//	////one_squared *= one_squared; //this makes it 10^(digits+digits) = 10^(2*digits) which is what we wanted.
+	//	////mpz_class lol;
+	//	////mpz_ui_pow_ui(lol.get_mpz_t(), 10, 2*_digits);
+	//	////if (lol != one_squared)
+	//	////{
+	//	////	std::cout << one_squared.get_str() << std::endl;
+	//	////	std::cout <<  lol.get_str() << std::endl;
+	//	////}
+	//	*/
+	//}
 }
 
 bsReturn ChudnovskyPiBS::bs(mpz_class a, mpz_class b) //clearly thread safe because nothing from outside the function is written to.