%-- 1/20/11  3:17 PM --%
A = [ 1 2 3 4
4 5 6 7
7 4 78 5]
x = [1 ; 2 ; 4]
A*x
x = [1 ; 2 ; 4; 4]
A*x
y = ans
A\y
A*ans
doc backslash
doc slash
doc \
what
S
get(gca)
linspace(0,1,3)
linspace(0,1,5)
logspace(0,1,5)
i = 1:10
clf
dzero = 5;
r = 0.15;           % Compound interest rate
T = 5;              % 5 year period
m = 60;             % 60 months
for i = 1:m         % let i months elapse
tval(i) = i/12; %time in years
d(i) = dzero*(1+r*tval(i)/i)^i; %compound i times
end
% OR
i = 1:m;
tval = i/12;
d = dzero*(1+r*tval./i).^i;
tval
d
ch03
gallery
demo
edit meshgrid
meshgrid(-10:dx:10,1:dsig:5)
meshgrid(-10:1:10,1:1:5)
X=meshgrid(-10:1:10,1:1:5)
[X,SIGMA]=meshgrid(-10:1:10,1:1:5)
SIGMA=ones(size(SIGMA))
Z = exp(-(X-mu).^2./(2*SIGMA.^2))./sqrt(2*pi*SIGMA.^2);
surf(X,SIGMA,Z)
what
getplotdata
%-- 1/27/11  3:11 PM --%
centers
e
E
pi
N
help erf
ls
edit qqplot
S
qqplot(S)
edit N1inv
qqplot(S)
close
qqplot(S)
clf
qqplot(S)
hist(Svals(:,end))
R = (Svals(:,2:end)-Svals(:,1:end-1))./Svals(:,1:end-1);
plot(cumsum(R.^2,2))
plot(cumsum(R.^2,2)')
R = (Svals(:,2:end)-Svals(:,1:end-1))./Svals(:,1:end-1);
plot(cumsum(R.^2,2)')
R = (Svals(:,2:end)-Svals(:,1:end-1))./Svals(:,1:end-1);
plot(cumsum(R.^2,2)')
% L=1e4
cd ..
cd Week3
sim1
plot(cumsum(abs(R),2)')