Plotting graphs over each other for N iterations
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I have the follow code to model a brownian motion (from http://ac.aua.am/tigran_bunarjyan/Public/NA_Monte%20Carlo%20Presentation.pdf) but I want to plot for all the steps, ie have step=500; lines of brownian motions plotted on the same graph. I have read and watched so many tutorials but everything I have tried crashed matlab.
clear all
clc
S=100;
sigma=0.3;
T=1.2;
r=0.05;
step=500;
dt=T/step;
sqdt=sqrt(dt);
rr=randn(1, step);
St=S;
stockPrices=[];
ts=[];
stockPrices(1)=S;
ts(1)=0;
for st=1:step
St=St*(1+r*dt+sigma*sqdt*rr(1,st));
stockPrices(st+1)=St;
ts(st+1)=st;
end
%plot(ts,stockPrices)
title("Stock Price for Day =0...500");
xlabel=("Day");
ylabel=("Price");
3 Kommentare
Star Strider
am 21 Feb. 2019
The link you posted gives:
404 - File or directory not found
Rena Berman
am 2 Apr. 2019
(Answers Dev) Restored edit
Antworten (1)
Check this.
clear all
clc
S=100;
sigma=0.3;
T=1.2;
r=0.05;
step=500;
dt=T/step;
sqdt=sqrt(dt);
rr=randn(1, step);
St=S;
stockPrices(1)=S;
ts= 1:step+1;
for st=1:step
St=St*(1+r*dt+sigma*sqdt*rr(1,st));
stockPrices(st+1)=St;
end
plot(ts,stockPrices)
title('Stock Price for Day =0...500');
xlabel('Day');
ylabel('Price');
2 Kommentare
Katie Brewer
am 21 Feb. 2019
Gani
am 22 Feb. 2019
In Mathworks File Exchange there are some Brownian Motion functions uploaded. You can use them. The graphs are in 3-D. You can modify it to 2D if necessary.
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Mehr zu Graph and Network Algorithms finden Sie in Hilfe-Center und File Exchange
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