search for: square1

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2007 Aug 15
2
pcspkr wave encoding
...t. The two numerical parameters a and b denote the square and sine rate. # 0:1 rate <=> 0% square, 100% sine generation $ ./sd ihold.sd 0 1 | sox -r48000 -s -w -t raw - ihold-sine.wav # 1:2 rate <=> 33% square, 66% sine generation $ ./sd ihold.sd 1 2 | sox -r48000 -s -w -t raw - ihold-square1-sine2.wav # 1:0 rate <=> 100% square, 0% sine generation $ ./sd ihold.sd 1 0 | sox -r48000 -s -w -t raw - ihold-square.wav Now this is what happens when encoding to FLAC: $ flac -8 ihold-sine.wav ihold-sine.wav: wrote 2422225 bytes, ratio=0.353 $ flac -8 ihold-sine2-square1.wav ihold-sin...
2007 Aug 15
0
pcspkr wave encoding
...nd b denote the square and sine rate. > > # 0:1 rate <=> 0% square, 100% sine generation > $ ./sd ihold.sd 0 1 | sox -r48000 -s -w -t raw - ihold-sine.wav > > # 1:2 rate <=> 33% square, 66% sine generation > $ ./sd ihold.sd 1 2 | sox -r48000 -s -w -t raw - > ihold-square1-sine2.wav > > # 1:0 rate <=> 100% square, 0% sine generation > $ ./sd ihold.sd 1 0 | sox -r48000 -s -w -t raw - ihold-square.wav > > Now this is what happens when encoding to FLAC: > > $ flac -8 ihold-sine.wav > ihold-sine.wav: wrote 2422225 bytes, ratio=0.353 >...
2009 Jul 09
5
Best way to export values from a function?
Maybe there is a great website out there or white paper that discusses this but again my Google skills (or lack there of) let me down. I would like to know the best way to export several doubles from a function, where the doubles are not an array. Here is a contrived function similar to my needs: multipleoutput<-function(x) { squared<-x^2 cubed<-x^3 exponentioal<-exp(x)
2009 Jul 09
2
How to Populate List
...re = x^2, cube = x^3, exp = exp(x))) } But then you'd have to call it like so: > mapply(multipleoutput, c(0,1,2))        [,1]     [,2]     [,3] square    0 1.000000 4.000000 cube      0 1.000000 8.000000 exp       1 2.718282 7.389056 If you call it like so: > multipleoutput(c(0,1,2)) square1  square2  square3    cube1    cube2    cube3     exp1     exp2 0.000000 1.000000 4.000000 0.000000 1.000000 8.000000 1.000000 2.718282     exp3 7.389056 then R flattens the result.  Weird. - Godmar ------------------------------ Message: 131 Date: Thu, 9 Jul 2009 00:35:08 +0100 From: tzygmun...