sas 2 5

and All keywords2.1:except (default column corresponds to location action)By default, this process is carried out in two steps1: Make a unique, delete the duplicate rows in one.2: Delete One of the rows from one to the other by comparing one to the other.Add the ALL keyword separatelyDo not make a unique step and keep filtering as it is. (Omit the first step to improve efficiency)Add Corr keyword separatelyMerge by column name, and delete all column

1: Get the first few lines of data set observationsproc outobs=5 The *outobs option restricts the number of rows that are displayed and does not limit the number of rows that are read in. The inobs= option restricts the number of rows that are read in; Select * from sashelp.class;quit;data Res; Set (obs=5); run;2:eliminating Duplicate Rows from Ou

Data _null_;Q=FINV (0.95,3,14);Put ' F ' distribution of 0.95-cent ' Q;Q=TINV (0.95,3,14);Put ' t distribution of 0.95-digit ' q;Q=probit (0.95);Put ' 0.95 quantile ' of normal distribution ' q;Run0.95-digit distribution of F 3.3438886781T-distribution 0.95-digit 41.0512964260.95 quantile of the normal distribution 1.644853627Note: The time taken by the "DATA statement" (Total processing time):Actual time 0.06 secondsCPU time 0.01 secondsArithmetic averageData sales;Input id$ m1-m4;Average=mean

#include If there are 4 numbers, 5*1 5*5*5 5*5*3 5*91. Become 5*n1 5*n2

It is not very difficult to see an algorithm question on the Internet. There are also solutions for searching, but there are usually several layers of for loops. I tried to write it down. /*** Give you a set of strings such as {5, 2, 3, 2, 4, 5,}, so that you can output the maximum number of occurrences and the maximu

#!/usr/bin/env python# Coding:utf-8Import Redef Dealwith (Express): Express.replace ('+-','-') Express.replace ('--','+') returnexpressdef Col_suanshu (exp):if '/' inchexp:a,b= Exp.split ('/') returnStrfloat(a)/float(b))if '*' inchexp:a,b= Exp.split ('*') returnStrfloat(a) *float(b) def get_no_barcate (Express): Express=express.strip ('()') Print ('>>>', Express) whileTrue:ret= Re.search ("-?\d+\.? \d*[*/]-?\d+\.? \d*", Express)ifRet:res=Col_suanshu (Ret.group ()) Express= Ex

Package com; public class test {public static void main (string [] ARGs) {system. out. println (getsteps1 (); system. out. println (">>>>>>>>>>>>>>>>>>>>>>>>>>>>"); system. out. println (test. getsteps (); system. out. println (">>>>>>>>>>>>>>>>>>>>>>>>>>>> ");} public static int getsteps () {// use the minimum public multiple to reduce the number of traversal times. Int I = 1; int step = 2; Boolean maxstep = false; while (true) {system. Out. Print ("

There is a fractional sequence of 2/1 + 3/2 + 5/3 + 8/5 + 13/8 +... Find the sum of the first 20 items of the series.Program: # Include Output result: 32.660261 Press any key to continue

C language: There is a score sequence: 2/1 + 3/2 + 5/3 + 8/5 + 13/8 +... Find the sum of the first 20 items in this seriesProgram: # Include Output result: 32.660261 Press any key to continue

Silicon Valley Mall version 2 5-personal center module, Silicon Valley Mall version 2 5 -- Fragment_user.xml 1. The title header uses GradationTitleBar to implement the gradient effect of the title bar of the imitation QQ space;

Int a [5] = {1, 2, 3, 4, 5}; printf ("% d \ n", * (int *) ( a + 1)-2 );, printf % d What is the result of a certain convincing pen question in a certain year? The answer is 4. Why? My understanding (do not know if it is correct ): A is an array pointer of the int type [5

2-5-single-chain table for merge chain storage-linear table-Chapter 2nd-source code of the data structure textbook-yan Weimin Wu Weimin edition, 2-5-Data Structure Textbook source code Chapter 2 linear table-merge a single-chain table (Chain Storage) -- Data Structure-yan We

/***//** * Fractionserial. Java * There is a fractional sequence: 2/1, 3/2, 5/3, 8/5, 13/8, 21/13... * Calculate the sum of the first 20 items of the series. * @ Author Deng Chao (codingmouse) * @ Version 0.2 * Development/test environment: jdk1.6 + eclipse SDK 3.3.2 */ Public class fractionserial ...{ Public static

Calculate the sum of the First n items of the Fibonacci fractional sequence (N is a constant, and the Fibonacci fractional sequence is 2/1, 3/2, 5/3, 8/5 ,...). # Include Stdio. h > # Include Conio. h > Void Main (){ Int I, N; Float F1 = 1 , F2 =

# Include }/* The numerator behind the score is equal to the numerator plus the denominator of the previous score, and the denominator of the subsequent score is equal to the numerator with the previous score */ There is a fractional sequence: 2/1, 3/2, 5/3, 8/5, 13/8, 21/13... find the sum of the first 20 items of

/**5-1* Define interface printable, which includes a method Printitmyway (),* This method has no formal parameters and the return value is null**/Interface Printable{void Printitmyway ();}/**5-2* Rewrite the rectangle class in experiment 3 to implement the printable interface,* Use the Printitmyway () method to relate information about the rectangle (length, widt

Starting 3 threads, thread 1 printing 1 to 5, thread 2 printing 5 to 10, thread 3 printing 11 to 15, then thread 1 printing 16 to 20, and so on ... Print until 30 public class Mainthread {private static int num;//current record number private static final int threadnum =3;//open Task thread count private static final int loopnum = number of

Today, I saw a very interesting post on Stackexchange, about how to implement 2 + 2 = 5 in various programming languages, how can 2 + 2 be equal to 5? I was puzzled at first, but I was shocked to see how the following various prog

The code is as follows:Import Java.lang.reflect.field;public class TwoPlusTwo {public static void main (string[] args) throws Exception {class CAC he = Integer.class.getDeclaredClasses () [0]; System.out.println (Cache.getname ()); Field C = Cache.getdeclaredfield ("cache"); C.setaccessible (true); integer[] array = (integer[]) c.get (cache); array[132] = array[133]; System.out.printf ("%d", 2 + 2);}}You ne

In order to omit the space and make it visible to the operator who manually fills in the paper, the volume number on the card of the materials shelf is determined to be classified and sorted, as shown in A-3, A-4, A-5, A-8 forming A-3 ~ 5, 8, etc. The following code uses a few auxiliary list /// /// Similar to 1, 2, 3, 5