Does anyone know of any bignum libraries for pb?
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;you can download gmp from http://www.cs.nyu.edu/exact/core/gmp/ Structure mpz ; multiprecision integer mp_alloc.l mp_size.l mp_limb.l EndStructure Structure mpq ; multiprecision rational mp_num.mpz mp_den.mpz EndStructure Structure mpf ; multiprecision floating point mp_prec.l mp_size.l mp_expt.l mp_limb.l EndStructure i.mpz j.mpz k.mpz l.mpz n.mpq m.mpq q.mpq x.mpf y.mpf z.mpf OpenConsole() ConsoleTitle ("GMP.DLL test") If OpenLibrary(1, "GMP.DLL") ; integer ------------------------------------------------------------------------- CallFunction(1,"__gmpz_init",i); initialize integer number i CallFunction(1,"__gmpz_init",j); initialize integer number j CallFunction(1,"__gmpz_init",k); initialize integer number k CallFunction(1,"__gmpz_init",l); initialize integer number k a$="33333333333333333333333333333333333333333333333333333333333333333333333333333" CallFunction(1,"__gmpz_set_str",i,a$,10) ; set i equals to 3333333333... number base 10 CallFunction(1,"__gmpz_set_str",j,a$,10) ; set j equals to 3333333333... number base 10 CallFunction(1,"__gmpz_mul",k,i,j); k= i*j a$=Space(63000);allocate space CallFunction(1,"__gmp_sprintf",a$,"%Zd",k);convert integer to string in a$ PrintN(a$); print integer number CallFunction(1,"__gmpz_fac_ui",k,10); k= ! a$=Space(63000);allocate space al.l=CallFunction(1,"__gmp_sprintf",a$,"%Zd",k);convert integer to string in a$ PrintN(a$); print integer number PrintN(Str(al));number of digits in factorial ; rational ------------------------------------------------------------------------ CallFunction(1,"__gmpq_init",n); initialize rational number n CallFunction(1,"__gmpq_init",m); initialize rational number m CallFunction(1,"__gmpq_init",q); initialize rational number q CallFunction(1,"__gmpq_set_str",n,"4/12",10); set n equals to 4/12 number base 10 (1/3) ;The string can be an integer like "41" or a fraction like "41/152". ;The fraction must be in canonical form (see Chapter 6 [Rational Number Functions], page 42), ;or if not then mpq_canonicalize must be called. CallFunction(1,"__gmpq_canonicalize",n); set n equals to 1/3 number base 10 CallFunction(1,"__gmpq_set_str",m,"1/5",10); set m equals to 1/5 number base 10 CallFunction(1,"__gmpq_add",q,n,m);q=n+m CallFunction(1,"__gmpq_mul_2exp",q,q,128) PrintN("num -> "+Str(q\mp_num\mp_size)) PrintN("den -> "+Str(q\mp_den\mp_size)) ;PrintN(Str((((q\mp_num\mp_size)+(q\mp_den\mp_size))*9.633)+1)) a$=Space(63000);allocate space al.l=CallFunction(1,"__gmp_sprintf",a$,"%Qd",q);convert rational to string in a$ PrintN(Str(al)) PrintN(a$); print rational number ; floating point ------------------------------------------------------------------ CallFunction(1,"__gmpf_init2",x,65536); initialize float number x with 65536 bits precision CallFunction(1,"__gmpf_init2",y,65536); initialize float number y with 65536 bits precision CallFunction(1,"__gmpf_init2",z,65536); initialize float number z with 65536 bits precision CallFunction(1,"__gmpf_set_str",x,"2",10); set x equals to 2 number base 10 CallFunction(1,"__gmpf_sqrt",y,x) ; y = sqrt(x) a$=Space(63000) CallFunction(1,"__gmp_sprintf",a$,"%77.70Fe",y); convert floating point number y to string in a$ PrintN(a$) ; print float number y CallFunction(1,"__gmpf_pow_ui",z,y,2); z=y^2 CallFunction(1,"__gmpf_neg",z,z); z=y^2 a$=Space(63000) CallFunction(1,"__gmp_sprintf",a$,"%77.70Fe",z) PrintN(a$) Print(">> ") b$=Input() CallFunction(1,"__gmpz_clear",i); deallocate memory CallFunction(1,"__gmpz_clear",j) CallFunction(1,"__gmpz_clear",k) CallFunction(1,"__gmpz_clear",l) CallFunction(1,"__gmpq_clear",n) CallFunction(1,"__gmpq_clear",m) CallFunction(1,"__gmpq_clear",q) CallFunction(1,"__gmpf_clear",x) CallFunction(1,"__gmpf_clear",y) CallFunction(1,"__gmpf_clear",z) CloseLibrary(1) EndIf CloseConsole()
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