SAS Generate a sequence. Do(start,finish, by) creates a vector using the specified skip pattern

 SAS Generate a sequence. Do(start,finish, by) creates a vector using the specified skip pattern

Stat 302 Statistical Software and Its Applications SAS ...

www.stat.washington.edu/fritz/.../SASLec9.pdf

University of Washington

proc IML; reset print; x = {1 2 5}; ∗ row vector; xx={3,2,1}; ∗ column vector; ... z=5:2; str='AA4':'AA1'; ∗ Quotes for character values!; seq=do(20,25,2); quit;. 6 ...

[PDF]Interactive Matrix Language (IML) - Department of Statistics

www.stat.washington.edu/fritz/.../SASLec9.pdf

University of Washington

Getting Started: SAS/IML Matrix Programming Language ... proc IML; reset print; z=5:2; str='AA4':'AA1'; ∗ Quotes for character values!; seq=do(20,25,2); quit;. 6 ...

Loops in SAS - The DO Loop

blogs.sas.com/content/iml/2011/09/07/loops-in-sas.html

Sep 7, 2011 - data A; do i = 1 to 5; y = i**2; /* values are 1, 4, 9, 16, 25 */ output; end; run; ... proc iml; x = 1:4; /* vector of values {1 2 3 4} */ do i = 1 to 5; z = sum(x##i); ... the DATA step example and iterate as long as the value of y is less than 20. ... The following example iterates over a few terms in the Fibonacci sequence: ...

[PDF]Getting Started with the SAS/IML Matrix Programming ...

https://support.sas.com/publishing/pubcat/chaps/63119.pdf

SAS Institute

In a SAS/IML program, all variables are matrices, so you do not need to specify ... 20Chapter 2: Getting Started with the SAS/IML Matrix Programming Language.

[PDF]IML Language Structure - Springer

www.springer.com/.../9781441955562...

Springer Science+Business Media

If there is a function not available in PROC IML that would be beneficial the ... This next set of code uses the LOC function to replace the inner DO loop. PROC .... 4. 2. 0010133. 2. 8. 1. 3. 0010134. 4. 2. 20. 4. 0010135. 4. 1. 25. 5. 0010136. 3. 4 ... Additionally, the sequence can be descending as with the following statement:.

[PPT]Using Proc IML.pptx

people.musc.edu/...SASIML/IML%20Lecture%20Spring%202014/Using...

Proc IML. IML = Interactive Matrix Language; R-like programming inside of SAS; Pros: ... B = {1 2 3}; /* CREATE A ROW VECTOR OF LENGTH 3*/ ... C={10 25,9 18}; ... Generate a sequence. Do(start,finish, by) creates a vector using the specified skip pattern. .... A={12 22 33}; IF MAX(A)<20 THEN P=1; ELSE P=0; PRINT P;.

Sum a series in SAS - sasCommunity.org

www.sascommunity.org/planet/blog/category/getting-started/page/3/

You can compute summations in the DATA step by using a DO loop. ... The following DATA step computes this summation for a sequence of values of n: ... proc iml; start SumSeries(n); i = 1:(n-2); /* index of terms */ return( sum(i / floor(n/i)) ) .... improvements occur when increasing the number of observations from 1 to 20.

Statistical Programming - sasCommunity.org

www.sascommunity.org/planet/blog/category/statistical-programming/

The post Rolling statistics in SAS/IML appeared first on The DO Loop. ... A time series is a sequence of line segments that connect data values (xi, yi), i = 0. ..... proc iml; B = shape(1:25, 5); /* 5 x 5 matrix */ subscripts = {5 2, 2 4, 4 3, 3 1, 1 5}; .... FREQ procedure in SAS can compute exact p-values for more than 20 statistical ...

California Grocers Advocate

https://books.google.com/books?id=HvQ9AQAAMAAJ

1915

4.50 Little Lady' g-Ia” ' ' ' ' ' ' ' ' ' 2'00 l6” th-'n 25-") b 1q_ e cent 8w" 3mm”. ... 45 160:“. .0655 [3'88918' per do" "25'00 to 27'00 S.tino|" comb .man' do! ... O'Hfomh En". haleIML . ... 225 Pure Msnila.650 n in mm lb .20 q,,,,,,_§ d ° ° "n 9”" “ " NO- 14-- 8-75 I ' gnrfilmaégA"-?5onl t" Ill-l" lb -20 Pints—2 ... 8.25 SEQ-it" per dos.

Loops in SAS | PROC-X.com

proc-x.com/2011/09/loops-in-sas/

Sep 7, 2011 - data A; do i = 1 to 5; y = i**2; /* values are 1, 4, 9, 16, 25 */ output; end; run; ... A basic iterative DO statement in the SAS/IML language has exactly the ... the DATA step example and iterate as long as the value of y is less than 20: ... The following example iterates over a few terms in the Fibonacci sequence:.