function tridimensionality

clc
fprintf('\n')
N=input('to insert a positive integer number: '); % Number
fprintf('\n');
fprintf('the negative integer number is:');
n=-N; % number --> neg even or neg odd
disp(n)
fprintf('NaN value is:');
A=n+1; % NaN
disp(A)
fprintf('the double positive integer number is:');
N2=2*N; % number --> 2 even or 2 odd
disp(N2)
% n = N2 --> number = number --> -N = 2*N
fprintf('nothing is:');
N3=n-N2; % 0 --> neg even - 2 even or neg odd - 2 odd
disp(N3)

fprintf('\n');
fprintf('\n');
D=input('to insert a positive integer dimension: '); % Dimension
fprintf('\n');
fprintf('the negative integer dimension is:');
d=-D; % dimension --> neg even or neg odd
disp(d)
fprintf('NaN value is:');
C=d+1; % NaN
disp(C)
fprintf('the double positive integer dimension is:');
D2=2*D; % dimension --> 2 even or 2 odd
disp(D2)
% d = D2 --> dimension = dimension --> -D = 2*D
fprintf('nothing is:');
D3=d-D2; % 0 --> neg even - 2 even or neg odd - 2 odd
disp(D3)

fprintf('\n');
fprintf('\n');
input('push enter to complete\n');
fprintf('\n');
fprintf('\n');
% ND = Number Dimension
% D = instants of time
% 3D = 3 instants of time
% 3D = 5 points 1D
% 3D = 3D --> 3 instants of time = 5 points 1D
% 3 points 1D = 3 instants of time
% 3D --> 2 points 1D
fprintf('the double point 1D is left point of current and it is:');
ND=N*D; % the plane --> left point of current --> 2D --> symbol --> reference multiplica --> 2 points 1D
disp(ND)
% N --> the past --> right down point of current --> 1D --> letter --> horizontal
% D --> the future --> right up point of current --> 0D --> number --> vertical
% 3D --> the horizontal plane 
% 3D --> the emotional vertical plane
% 1D = 1D --> horizontal = emotional --> clock = anticlock
% 3D --> the horizontal vertical plane --> the clock vertical plane
% 4D --> the emotional horizontal vertical plane --> the vertical plane
% 3D = 4D --> clock verse 
% 2D --> the vertical plane
% 2D = 3D --> emotional
% 2D = 4D --> emotional clock verse
% example: N = 3 --> ND = 3D --> ND = 2 points 1D
% D = 1 --> ND = 3 --> 3 = 2 points 1D
% D = 2 --> ND = 6 --> 6 = 2 points 1D
% D = Inf --> ND = 3 * Inf --> 3 * Inf = 2 points 1D
% example: N = 1 --> ND = 1D --> ND = 2 points 1D / 3
% D = 1 --> ND = 1 --> 1 = 2 points 1D / 3
% D = 2 --> ND = 2 --> 2 = 2 points 1D / 3
% D = Inf --> ND = 1 * Inf --> 1 * Inf = 2 points 1D / 3
% example: N = Inf --> ND = InfD --> ND = 2 points 1D * Inf / 3
% D = 1 --> ND = Inf --> Inf = 2 points 1D * Inf / 3
% D = 2 --> ND = 2 * Inf --> 2 * Inf = 2 points 1D * Inf / 3
% D = Inf --> ND = Inf * Inf --> Inf^2 = 2 points 1D * Inf / 3
fprintf('the double point 1D is right point of current and it is:');
nd=n*d; % the time --> right point of current --> 1D --> symbol --> reference multiplica --> 2 points 1D
disp(nd)
% the plane ND --> left point of current --> 2D --> symbol --> reference multiplica --> 2 points 1D in the clock verse
% the time nd --> right point of current --> 1D --> symbol --> reference multiplica --> 2 points 1D in the anticlock verse
% the double plane ND --> 2 left point of current --> 2 * 2D --> 2 symbols --> 2 reference multiplica --> 4 points 1D in the clock 
% the double time nd --> 2 right point of current --> 2 * 1D --> 2 symbols --> 2 reference multiplica --> 4 points 1D in the anticlock
% the spacetime --> current --> 3D --> 2 symbols --> double reference multiplica --> 2D = 1D --> left = right
fprintf('the tridimensional spacetime of current is:');
tridimensional=ND+nd; % 3D
disp(tridimensional)
points1D=tridimensional/5; % step of 5
% example: a glass --> space 2D and time 1D 
% 1D of time is past in the perceptive system (internal)
% 1D of time is future in the inanimated system (external)
% 1D of time is emotive in the perceptive system (internal)
% 0D of time is past in the inanimated system (external)
% perceptive past = emotive past = future inanimated
% 0D of time is future in the perceptive system (internal)
% past inanimated = perceptive future
five=5; % step of points1D
% tridimensional = five * points1D --> double way
% 1° way --> each point is 5 and repeat it points1D times
% 2° way --> each point is points1D and repeat it 5 times
points1Dint=fix(points1D);
int=(points1D-points1Dint)*five;
value=tridimensional-five*points1Dint;
fprintf('number of points 1D with value of 5 to obtain 3D:');
disp(points1D)
fprintf('number of points 1D with value of 5:');
disp(points1Dint)
fprintf('value of the point 1D to obtain 3D:');
disp(value)
fprintf('value of the 0:');
disp(points1Dint+1-points1D)
% value = int --> tridimensional = 5 points 1D --> point 1D = integer --> to obtain 3D
fprintf('value of the 5:');
disp(int/5)
fprintf('number of the 0:');
if value>0,
    disp(1/value) % value --> value of the 0 + value of the 5 = unity
elseif value==0,
    disp(Inf) % 1 / 0
end
% value = Inf --> 1 / Inf = 0 --> 0 is the number of the 0 if value is Inf
% value = X --> 1 / 0 = X = number of the 0
fprintf('the double NaN value of union is:');
disp(A+C)
fprintf('the quadruple positive integer is:')
disp(N2+D2)
fprintf('the double nothing is:');
disp(N3+D3)