clc;
clear all;
%close all;
%Generating a hexagon with centre (0,0)and radius 1.4
t=linspace(0,2*pi,7);
ahx=0+1.4*cos(t);
bhx=0+1.4*sin(t);
plot(ahx,bhx);
plot(0,0,'ro');
grid on
hold on
% To generate 6 adjacent hexagon
a1=0+1.4*cos(t); % Upper hex
b1=2.42+1.4*sin(t);
z = a1 + b1 ;
plot(a1,b1);
plot(z);
plot(0,2.42,'ko');
a2=0+1.4*cos(t); % Lower hex
b2=-2.42+1.4*sin(t);
plot(a2,b2);
plot(0,-2.42,'ko');
a3=2.1+1.4*cos(t); % Right lower hex
b3=-1.21+1.4*sin(t);
plot(a3,b3);
plot(2.1,-1.21,'ko');
a4=2.1+1.4*cos(t); % Right upper hex
b4=1.21+1.4*sin(t);
plot(a4,b4);
plot(2.1,1.21,'ko');
a5=-2.1+1.4*cos(t); % Left upper hex
b5=1.21+1.4*sin(t);
plot(a5,b5);
plot(-2.1,1.21,'ko');
a6=-2.1+1.4*cos(t); % Left lower hex
b6=-1.21+1.4*sin(t);
plot(a6,b6);
plot(-2.1,-1.21,'ko');
for i=1:250
xa=-0.75+1.5*rand(1,1);
ya=-1.2+2.4*rand(1,1);
xra(i)=xa;
yra(i)=ya;
xb=-1+2*rand(1,1);
yb=-0.65+1.3*rand(1,1);
xrb(i)=xb;
yrb(i)=yb;
figure(1)
plot(xra(i),yra(i),'k.');
hold on
plot(xrb(i),yrb(i),'k.');
end
