Inspiration

What it does

How we built it

WolframLanguaje

n es el largo de el edificio, m es el ancho, así formando un espacio de nxm metros, L es la distancia entre los nodos del triangulo

n = 2.7 m = 3.5 L = 1.5 A = Rectangle[{0, 0}, {n, 0}, {n, m}, {0, m}] P = Region[A] AE = Area[P] Y = BoundaryMeshRegion[{{0, 0}, {n, 0}, {n, m}, {0, m}}, Line[{1, 2, 3, 4, 1}]] TriangulateMesh[Y, MaxCellMeasure -> L]

Matlab Espacios circulares

Per = 100; while Per > 50 Per = input('Porcentaje deseado en %'); end Tot = (Per/100)*Normal; theta = linspace(0,2*pi,100); x = R*cos(theta); y = R*sin(theta); x_2 = R_2*cos(theta); y_2 = R_2*sin(theta); r = 0; while r < 1.5 r = input ('Inserte distanciamiento social deseado '); end plot(x,y) hold on plot(x_2,y_2) hold on

i = -R; j = -R;

cont = 1; cont2 = 0; grid on

while i < R && j < R && r >=1.5 if sqrt(i^2+j^2) > R_2 && sqrt(i^2+j^2)=R j = j + (r/2)*tand(60); if j < R if mod(cont,2) == 1 i = -R+r/2; elseif mod(cont,2) == 0 i = -R; end cont = cont +1; end end

end axis equal

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