How to make contour plot of given matrices

f= [0; 
0.0492; 
0.0969; 
0.1431; 
0.188; 
0.2316; 
0.274; 
0.3152; 
0.3554; 
0.3946; 
0.4328; 
0.4702; 
0.5067; 
0.5424; 
0.5775; 
0.6118; 
0.6455; 
0.6786; 
0.7111; 
0.7432; 
0.7747; 
0.8058; 
0.8365; 
0.8668; 
0.8968; 
0.9264; 
0.9557; 
0.9847; 
1.0135; 
1.042; 
1.0703; 
1.0984; 
1.1263; 
1.1541; 
1.1816; 
1.2091; 
1.2364; 
1.2635; 
1.2906; 
1.3175; 
1.3444; 
1.3712; 
1.3979; 
1.4245; 
1.4511; 
1.4776; 
1.504; 
1.5305; 
1.5568; 
1.5831; 
1.6094; 
1.6357; 
1.6619; 
1.6881; 
1.7143; 
1.7405; 
1.7666; 
1.7927; 
1.8188; 
1.8449; 
1.871; 
1.8971; 
1.9231; 
1.9492; 
1.9752; 
2.0013; 
2.0273; 
2.0533; 
2.0793; 
2.1054; 
2.1314; 
2.1574; 
2.1834; 
2.2094; 
2.2354; 
2.2614; 
2.2874; 
2.3134; 
2.3394; 
2.3654; 
2.3914; 
2.4174; 
2.4434; 
2.4694; 
2.4954; 
2.5214; 
2.5473; 
2.5733; 
2.5993; 
2.6253; 
2.6513; 
2.6773; 
2.7033; 
2.7293; 
2.7553; 
2.7813; 
2.8072; 
2.8332; 
2.8592; 
2.8852; 
2.9112] 

h=[0; 
0.001; 
0.004; 
0.0091; 
0.0163; 
0.0257; 
0.0372; 
0.0509; 
0.0669; 
0.0852; 
0.1058; 
0.1287; 
0.154; 
0.1817; 
0.2118; 
0.2444; 
0.2794; 
0.317; 
0.357; 
0.3996; 
0.4447; 
0.4924; 
0.5426; 
0.5954; 
0.6508; 
0.7088; 
0.7694; 
0.8326; 
0.8984; 
0.9668; 
1.0378; 
1.1115; 
1.1878; 
1.2666; 
1.3481; 
1.4323; 
1.519; 
1.6083; 
1.7003; 
1.7948; 
1.892; 
1.9917; 
2.0941; 
2.199; 
2.3066; 
2.4167; 
2.5294; 
2.6446; 
2.7625; 
2.8829; 
3.0058; 
3.1314; 
3.2594; 
3.3901; 
3.5233; 
3.659; 
3.7973; 
3.9381; 
4.0814; 
4.2273; 
4.3757; 
4.5267; 
4.6801; 
4.8361; 
4.9946; 
5.1557; 
5.3192; 
5.4853; 
5.6539; 
5.825; 
5.9986; 
6.1747; 
6.3534; 
6.5345; 
6.7182; 
6.9043; 
7.093; 
7.2842; 
7.4778; 
7.674; 
7.8727; 
8.0739; 
8.2776; 
8.4838; 
8.6925; 
8.9037; 
9.1174; 
9.3336; 
9.5523; 
9.7735; 
9.9972; 
10.2235; 
10.4522; 
10.6834; 
10.9171; 
11.1533; 
11.392; 
11.6332; 
11.8769; 
12.1232; 
12.3719
]

how i can make contour plot in (x,y)

if we have following relation

g(x,y)=x*f(y)+0.95*h(y)

Note# (See attached figure of plot)

Answer 1

[Thorsten]

 x = -10:0.2:10;
 y = 1:101;
 [X Y] = meshgrid(x, y);
 G = X.*f(Y)+0.95*h(Y);
 contour(G, [-5 -3 -1 -0.1 0 0.1 1 3 5])

[Cute Doll]

Its outstanding... Thanks for your kind help.

Answer 2

[Mike Garrity]

It's going to look something like this:

nrows = length(f);
ncols = 150;
x = linspace(-10,10,ncols)
y = linspace(0,9,nrows);
g = repmat(x,[nrows,1]).*repmat(f,[1,ncols]) + .95*repmat(h,[1,ncols]);
contour(x,y,g)

Although the X & Y coordinates appear to be a bit off from your picture.

The basic idea is you can use repmat to expand a row vector or a column vector into a 2D array. Once you've got all of your variables as 2D arrays, you can do the math on them and hand them to contour.

Does that make sense?

[Cute Doll]

yes i 100% agree with you Mr. Mike Garrity.

Your help is highly appreciated.

[Cute Doll]

No doubt it is working more smoothly. but i also appreciate Thorsten's idea too.