MATLAB FINANCIAL DERIVATIVES TOOLBOX Manuel d'utilisateur télécharger pdf (Page 38)

Matlab’s response:

ans =

x =

1.0000 2.8000 4.6000 6.4000 8.2000 10.0000

x =

1.2589 1.5136 1.8197 2.1878 2.6303 3.1623 0.1000

ans =

0.1000 1.2589 1.5136 1.8197 2.1878 2.6303 3.1623

ans =

1.2589 2.7725 4.5922 6.7799 9.4102 12.5725 12.6725

Max =

3.1623

I =

ans =

0.1000

Comments:

Examples with vector functions. The first command instructs for

the creation of an empty vector. The

y function returns 1

for the true statement of an empty vector. Afterwards,

e is

used to generate a row vector of 6 linearly equally spaced points

between 1 and 10 whereas

e is used to generate a row

vector of 6 logarithmically equally spaced points between decades

10^0.1 and 10^0.5. “x(7)=0.1” instructs for the creation of a

seventh element for the

x vector. “

t(x)” sorts the elements of

in ascending order, “

m(x)” is a vector containing the

cumulative sum of the elements of

x, “[Max, I]=

x(x)” returns in

x the maximum value of the vector

x and in

I the index of the

maximum element. The last command, “x(

d)” returns the last

element of the

x vector.

2.2 Two Dimensional Arrays (Matrices)

matrix is a rectangular array that has m rows and n columns. For

example, a 2-by-4 matrix can be the following one:













24232221

14131211

aaaa

1 2 ... 33 34 35 36 37 38 39 40 41 42 43 ... 118 119

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MATLAB FINANCIAL DERIVATIVES TOOLBOX Manuel d'utilisateur Page 38

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