random date generator

=shared--enable-disk_cache=shared--enable-mem_cache=shared-- enable-proxy=shared--enable-proxy_connect=shared--enable-proxy_ftp=shared--enable-proxy_http=shared-- enable-file_cache=shared--enable-charset_lite=shared--enable-case_filter=shared--enable-case_filter_in=shared- -enable-ssl=shared--WITH-APR=/USR/LOCAL/APR--with-apr-util=/usr/local/apr-utilMakeMake installNot that the first method must have a problem, I have also encountered the first installation is available, if you are the first way

) - { - if(n1) in { -ans_matrix[0][0]=KSC (ans_matrix[0][0],matrix[0][0]); toans_matrix[1][0]= (KSC (ans_matrix[1][0],matrix[0][0]) +matrix[1][0])%m; + } -n>>=1; thell TMP1=KSC (matrix[0][0],matrix[0][0]); *ll tmp2= (KSC (matrix[1][0],matrix[0][0]) +matrix[1][0])%m; $matrix[0][0]=tmp1,matrix[1][0]=TMP2;Panax Notoginseng } - } the + voidInit () A { thescanf"%lld%lld%lld%lld%lld%lld",m,a,c,x0,n,g); +matrix[0][0]=a%m,matrix[0][1]=0, matrix[1][0]=c%m,matrix[1][1]=1;

\[\begin{eqnarray*}x_i=x_{i-1}+x_{i-2}\\x_i^2=x_{i-2}^2+x_{i-1}^2+2x_{i-2}x_{i-1}\\x_{i-1}x_i= (X_{i-3}+x_{i-2}) (x_{i-2}+x_{i-1}) \ \=2x_{i-3}x_{i-2}+x_{i-2}x_{i-1}+x_{i-3}^2+x_{i-2}^2\end{eqnarray*}\]Therefore, the transfer matrix can be constructed $a$ recursive.If you wish to set $n\geq m$, you can preprocess $a^0,a^1,..., a^n$ and $a^n,a^{2n},..., a^{nn}$.So the complexity of querying a number is $8^3$.Total time complexity is $o (n (8^3+\log N)) $.#include 　　BZOJ4471:

, LL AMP;GCD) {if(!B) {x=1,y=0, Gcd=a;return; } EXGCD (B,a%b,y,x, GCD);y=y-a/b*x;} ll Get_inv (LLx, ll MOD) {ll x,y,gcd; EXGCD (x, MOD,X,Y,GCD);return(X%mod+MOD)%mod;} void Bsgs (ll a,ll b,ll C) {init (); llm=(int) Ceil (sqrt(C)); ll k=1; for(intI=0;im; i++) {intflag=1; for(intJ=head[k%mod];j!=-1; J=edge[j].Next) {if(edge[j].val==k) {flag=0; Break;} }if(flag) Edgeadd (k%mod, i,k); K=k*a%c; } ll Invk=get_inv (K,C); ll invd=1; for(intI=0; im; i++) {ll tmpb=b*INVD%c; for(intJ=head[tmpb

Question :..... Take a long look. First, since the Lexicographic Order of the sorted sequence is the smallest, You must select as few numbers as possible. Then T is 1 ~ The M * n sequence does not exist. (At the beginning, I missed this condition) Okay, this question is greedy.Select the minimum point that is not marked each time, and mark both the lower left and the upper right corner (remember to mark the duplicate break, otherwise it will be down) Note that if two int values are opened fo

Installation:# yum-y Install expectParameters:-L: Password length, default is 9;-D: The minimum number of digits in the password, the default is 2;-C: The minimum number of lowercase letters in the password, the default is 2;-C: The minimum number of uppercase letters in the password, the default is 2;-S: The minimum number of special characters in the password, the default is 1;-V: Back with user, modify user's password to a random password,-2: Guara

1. Seeds and distribution Five types of distributions are introduced here, including the following: (a), and (). Parameters required for distribution and use are provided. 2. Test the random number generator. This section contains only one simple example, which is not described in detail. The following is the procedure for getting a random number from the example

A whole bunch of borders was not known at first, and after a few random sentences, WAHelpless to download the data, and then crazy to judge all kinds of strange boundariesTo gouge out the boundary problemFirst we consider the situation of a=1X1+k*b=t (mod p)EX_GCD can be solvedConsider the situation of a>1Make s=x+b/(A-1)The original is becoming a geometric series.S1*a^k= (t+b/(A-1)) (mod p)BSGS solution after moving the itemAll other boundaries can b

cookie| Program | Random /*----------------------------------------------------- At the request of a few colleagues, wrote the program for them, and I never buy lottery tickets, do not understand. But if you're really in the jackpot, don't forget to tell me. What are you afraid of me splitting your money? I am not greedy, the most send me a classic music dish I am very happy! By Jianglixin@163.net (hastily written, code messy collation) 2001.2.28 ---

Php random password generator Function auth_pwgen (){ $ Pw = ''; $ C = 'bcdfghjklmnprstvwz'; // consonants cannot hard to speak ones $ V = 'aeiou'; // vowels $ A = $ c. $ v; // both // Use two syllables... For ($ I = 0; $ I $ Pw. = $ c [rand (0, strlen ($ c)-1)]; $ Pw. = $ v [rand (0, strlen ($ v)-1)]; $ Pw. = $ a [rand

PHP random color generator Function randomColor (){ $ Str = '#'; For ($ I = 0; $ I $ RandNum = rand (0, 15 ); Switch ($ randNum ){ Case 10: $ randNum = 'a'; break; Case 11: $ randNum = 'B'; break; Case 12: $ randNum = 'C'; break; Case 13: $ randNum = 'd'; break; Case 14: $ randNum = 'e'; break; Case 15: $ randNum = 'F'; break; }

Occupy the pit first. Revise laterI met a question yesterday, Given int Rand (1) = 0 or 1-uniformly distributed, write a function to implement Rand-uniformly distribut EdBecause the undergraduate time probability did not learn, hung. Come back online A look at the information found there are similar topics-Given rand (5) = {1, 2, 3, 4, 5}, for Rand (7).The code to ask for Rand7 is Public Static int random7 () { int val = (RANDOM5 ()-1) * 5 + (RANDOM5 ()-1); return Val : Random7 (

Prioritize the processing of arrays in the way it describesAnd then, in order to get as many small numbers as possible in the sequence,So 1 is a must to appear, in order to make the whole sequence of the order of the dictionary after the smallest.We thought, if 2 could be in this series, it'd be better.But 2 may not be in this series, that is, 2 walk 1 is impossible to go to the place, you can not walk 2.So from small to large enumeration numbers, if the current number can go, the output, and th

; - } -T/=D; the ll x, y; the EXGCD (a,b,x,y); thex= (x*t)%p; the while(x0) x+=p; - returnx+1; the } thell C=pow (A-1, P-2); thell a= (b*c+x1)%p,b=p,t= (b*c+t)%p;94 if(a0) a= (a+p)%p; the if(b0) b= (b+p)%p; thell d=gcd (A, b); the if(t%D) {98 return-1; About } -T/=D;101 ll x, y;102 EXGCD (a,b,x,y);103 while(x0) x= (x+p)%p;104x= (x*t)%p; thell ans=Work (a,x);106 if(ans!=-1)returnans+1;107 Else returnans;108 }109 intMain

, you can return one number at a time, and return multiple times. function* fib (max) { var t, a = 0, b=1, n=1; while (n Try the direct call: FIB (5); fib {[[Generatorstatus]]: "Suspended", [[Generatorreceiver]]: window} Directly calling a generator and calling a function is not the same, FIB (5) simply creates a generator object that has not yet been executed. There are two wa

judgmentListWhether it is an object that can be iteratedTrueThe -Row to determine if the dictionary is an iterative objectTrueThe theThe row determines whether the dictionary is an iterative objectFalseThe theLine judgmentListWhether it is an iterative objectFalseThe -Row to determine whether the generator is an iterative objectTrueThe two types can also be converted to each other:#转换为Iterator对象print(‘第87行Iterable转换为Iterator对象‘forin range(10)]),Itera

Http://www.cnblogs.com/chengmo/archive/2010/10/23/1858879.html In daily life, random numbers are actually often encountered, want to throw dice, lottery, and draw lots. Oh, very simple can be achieved. So in doing programming, really to design a random number through their own program that is really not easy. Now a lot of the operating system kernel will provide the appropriate API, these raw parameters ar

ASP. NET generates two implementation methods of random time in the date range, asp.net date This example describes how ASP. NET generates a random time in two date ranges. Share it with you for your reference. The specific method is analyzed as follows: If you cannot find

Import Java.text.SimpleDateFormat; Import Java.util.Date; public class Daterandomtest {//returns a random date from 2007-01-01 to 2007-03-01 public static void Main (string[] args) {Date randomdate = Randomdate ("2007-01-01", "2007-03-01"); System.out.println (Randomdate.tostring ()); /** * Get a random

number is the same each time the seed is the same(3) member method:A:int Nextint () returns the random number in the INT rangeB:int nextint (int n) returns the random number in the range of [0,n]4:system (Master)(1) System classes, which provide some useful fields and methods(2) member method (self-completion)A: Run the garbage collectorB: Exit the JVMC: Gets the millisecond value of the current timeD: Arr