clear all close all clc % straight line 1 of the athletic track x1=-10:0.2:10; y1=0*x1+5; % semi-circle 1 of the athletic track theta=pi/2:-0.04:-pi/2; x2=5*cos(theta)+10; y2=5*sin(theta); % straight line 2 of the athletic track x3=10:-0.2:-10; y3=0*x3-5; % semi-circle 2 of the athletic track theta=3*pi/2:-0.04:pi/2; x4=5*cos(theta)-10; y4=5*sin(theta); % Include straight lines and semi-circles to get an entire athletic track x=[x1 x2 x3 x4]; y=[y1 y2 y3 y4]; % Two cycles of the athletic track x=[x x]; y=[y y]; % plot the athletic track plot(x,y) axis([-16,16,-6,6]) axis equal hold on for i=1:length(x) k1=fix(1.1*i); % define velocity of the 1st player (uniform velocity) if k1>length(x) k1=length(x); end h1=plot(x(k1),y(k1),'Color',[1 0 0],'Marker','o','LineWidth',5); % show location of the 1st player k2=fix(1+5*i^(0.76)); % define velocity of the 2nd player (faster at the beginning, then slower) if k2>length(x) k2=length(x); end h2=plot(x(k2),y(k2),'Color',[k2/length(x) 0 k2/length(x)],'Marker','s','LineWidth',5); % show location of the 2nd player

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