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Thank you all, I will explain what I want to do. In the example below, we have a text file some date (text + numbers)running on multiple lines. Then we have a unique identifier (*NODE). Now I need MATLAB to read the file and then starts to read the data starting from number one row by row and stores them in a matrix. After that, I want to modify the data read and write over some, or all to     

Group: comp.softsys.matlab · Group Profile · Search for 500000e in comp.softsys.matlab
Author: Hesham
Date: Jun 21, 2008 20:59

Package: dicomnifti Version: 2.28.2-1~feist I have some patient data downloaded from Siemens Vision scanner and dicomnifti do not work with them (nearly at all). When I type "dicomhead filename", I get empty output. "dicomnifti -v input output" counts correctly the number of input files ("Reading 1 DICOM files."), but again, generates no output. Because recently I do not have the standard anonymizing
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=?UTF-8?Q?Jeff=E2=98=A0Relf?= <Jeff_Relf@Yahoo.COM> writes: >No Michael_Moroney, you, the Ghost and Randy Poe got it wrong. Run this and weep. #include stdio union { int i; float f; } num; main() { int j; num.f = 1.0; for (j=0;j<155;j++) { printf("%%d floating value = %%e hex value = %%08.8X\n",j,num.f,num.i); num.f = num.f / 2.0; } } All this does is     

Group: linux.debian.bugs.dist · Group Profile · Search for 500000e in linux.debian.bugs.dist
Author: Jiří Keller
Date: Sep 12, 2007 08:20

In article <32142280.1181311394573.JavaMail.jakarta@nitrogen.mathforum.org>, kato01 <katto01@hotmail.com> wrote: I am new to MATLAB. I understand that there are many ways to read an ACII file. However I did not find a way to read a file which has the following format: Filetype MWS Signalfile Version 20011309 Length: 000000001001 Type: Frequency Scale: 1.000000e+009 1.500000e+001 7
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Hello, I am new to MATLAB. I understand that there are many ways to read an ACII file. However I did not find a way to read a file which has the following format: Filetype MWS Signalfile Version 20011309 Length: 000000001001 Type: Frequency Scale: 1.000000e+009 1.500000e+001 7.745631e-004 1.500700e+001 7.869618e-004 .... I don't care about the first 4 lines. All I need is to store the     

Group: sci.physics · Group Profile · Search for 500000e in sci.physics
Author: Michael Moroney
Date: Jul 23, 2007 10:42

Thanks Walter! I made an error in typing the equation in the code. the ((x-5)/sigma) is supposed to be negative and the quatity squared. I also set my fprintf like this: fprintf('%%5E %%20E\n',[x; N]) and it prints out these answers: x N(x) ------------------------------------- -5.000000E+000 0.000000E+000 -4.500000E+000 0.000000E+000 -4.000000E+000 0.000000E+000 -3.500000E+000 0.000000E
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Steven Lord wrote: > Look at the elements of x. Does it make sense to ask for, for > instance, the > 1.5th element of N? When you write N(x), that's exactly what > you're doing, > and MATLAB correctly tells you that when you index into a variable, > all the > indices must be either real positive integers or your indices must > be a > logical array. 1.5 is neither. In this case, try just     

Group: comp.softsys.matlab · Group Profile · Search for 500000e in comp.softsys.matlab
Author: Walter Roberson
Date: Jun 8, 2007 09:13

"Ben Hinkle" <bhinkle@mathworks.com> wrote in message news:ejfrf6$s0o$1@fred.mathworks.com... computing the integral of x^a in (0 , 1], where a=[-0.9 ,-0.1] Now let's look at Matlab's quadv results: the first column are the a's, the second column are the results from Matlab, the third column are the theoretical values: -1.000000e-01 9.664831e-01 1.111111e+00
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"Andreas Chwala" <Steht@in.der.Signatur.de> wrote in message news:4s0pvgFtedsaU1@mid.individual.net... > Hi Mike, > > don't know, what you did - but I believe very much in matlab and of course > tried it. > > My results are: > Warning: Minimum step size reached; singularity possible. >> In quadv at 84 > -0.900000 9.895613 1.000000e+01 > -0.800000 4.996894 5.000000e+00 > -0.700000 3     

Group: comp.softsys.matlab · Group Profile · Search for 500000e in comp.softsys.matlab
Author: kato01
Date: Jun 8, 2007 07:02

computing the integral of x^a in (0 , 1], where a=[-0.9 ,-0.1] Now let's look at Matlab's quadv results: the first column are the a's, the second column are the results from Matlab, the third column are the theoretical values: -1.000000e-01 9.664831e-01 1.111111e+00 -2.000000e-01 9.241422e-01 1.250000e+00 -3.000000e-01 8.048907e-01 1.428571e+00 -4.000000e-01 7.327810e
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Group: comp.softsys.matlab · Group Profile · Search for 500000e in comp.softsys.matlab
Author: Bryan Haddock
Date: May 3, 2007 22:30

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Group: comp.softsys.matlab · Group Profile · Search for 500000e in comp.softsys.matlab
Author: Bryan Haddock
Date: May 3, 2007 20:45

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Group: sci.physics · Group Profile · Search for 500000e in sci.physics
Author: Mike
Date: Nov 29, 2006 17:23

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Group: sci.physics · Group Profile · Search for 500000e in sci.physics
Author: Mike
Date: Nov 29, 2006 17:22

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Group: sci.physics · Group Profile · Search for 500000e in sci.physics
Author: Ben Hinkle
Date: Nov 15, 2006 11:57

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