Since 5/24/2012 5:56:49 AM, tzygmund has written 6 articles and participated in 3 conversations. tzygmund signature: tzygmund
tzygmund's articles:
Items(6) /1
bootci standard errors043 (4/30/2011 9:43:11 PM) comp.soft-sys.matlab Hello, I am using the bootci function in the Statistics toolbox to bootstrap some statistics. If I use [ci, bootstat] = bootci(nboot, {bootfun,...},...,'type','student','nbootstd',nbootstd); I can get at th... tzygmund
function 'save to' folder025 (4/23/2011 9:19:29 PM) comp.soft-sys.matlab I have a pretty basic question. When I write a new function in the editor, and try to save it, the dialog box always tries to get me to save to the working folder, even though I have previously in the session ... tzygmund
quad error #3359 (4/19/2011 8:27:59 PM) comp.soft-sys.matlab Hello, I have a simple function to numerically integrate and it depends on the scalar 't': %%%%%%%%%%%%%%%%% function omegafun = omegafun(mM1, t) omegafun = sqrt(det(eye(size(mM1, 1)) -2*t.*mM1)) end %%%%%... tzygmund
Infinite function definitions171 (10/15/2009 11:16:04 AM) comp.soft-sys.math.mathematica Hi,
I am trying to do something basic, but am unable to. I would like to
define a sequence of functions indexed by \[DoubleStruckCapitalZ]^+.
So (pseudo-code):
for j in {1,2,...}
Subscript[\[Psi]... tzygmund
Symbolic integration #2036 (8/16/2009 10:39:40 AM) comp.soft-sys.math.mathematica
Hi,
I have a fairly simple question which I cannot solve. I want to assign
a symbolic expression to a greek letter and then use this in a
subsequent integral. So,
********************************
\[Lam... tzygmund
[newbie] Basic plotting question137 (7/4/2009 9:54:48 PM) comp.soft-sys.matlab Hi, I am trying to solve an implicitly defined equation and plot the results at the same time. 'n' is the sequence of integers (0,1, 2,...) 'kn' and 'mn' are defined as solutions to 2^kn+mn = n & 0 <= mn < 2^... tzygmund
tzygmund's replies:
Items(1) /1
quad error #3359 (4/19/2011 8:27:59 PM) comp.soft-sys.matlab Hello, I have a simple function to numerically integrate and it depends on the scalar 't': %%%%%%%%%%%%%%%%% function omegafun = omegafun(mM1, t) omegafun = sqrt(det(eye(size(mM1, 1)) -2*t.*mM1)) end %%%%%... tzygmund(9)