I want to make a table and have the results displayed in nice form

I have the code in which I have found temperatures to corresponding nodes Now I want those displayed in form of good nice tables in command window when I run my code. Can anyone help it. The code is below just for understanding. JUST SEE THE LAST LINES NO NEED TO SEE THE FULL CODE JUST SEE THE LAST LINES AND PLEASE HELP HOW TO MAKE A TABLE

clc

clear

close all

format short g

L = 1; % Length in meters

Nodes = 5; % Cells or the control volumes We can control this (put whatever you want code is that flexible)

u = 2.5; % The velocity

rho = 1; % Density in kg/m^3

alpha = 0.1; % Diffusivity

dx = L/Nodes; % The distance between the centres of Control volumes or Cells

phi_A = 1; % Left Side Boundary Condition

phi_B = 0; % Right Side Boundary Condition

F = rho*u; % Fe = Fw as properties are constant everywhere

D = alpha/dx; % Dw = De as properties are same everywhere

S_u_1 = (2*D + F)*phi_A;

S_u_last = (2*D - F)*phi_B;

S_p_1 = -(2*D + F); % For node 1

S_p_last = -(2*D - F); % For last node

a_w_1 = 0; % For node 1

a_e_1 = D - F/2; % For node 2

a_w_last = D + F/2; % For last node

a_e_last = 0; % For last node

a_p_1 = a_w_1 + a_e_1 - S_p_1; % Central cefficent for Node 1

a_p_last = a_w_last + a_e_last - S_p_last; % Central Coefficent for last Node

a_w_internal = D + F/2; % West side coefficent for internal Nodes

a_e_internal = D - F/2; % East Side coefficent for internal Nodes

a_p_internal = a_w_internal + a_e_internal;

% Now Using the Loops and If Conditionals for Populating the Coefficent and Right Side Matrix we have

A = zeros(Nodes);

B = zeros(1,Nodes)';

for i = 1:Nodes

for j = 1: Nodes

if ( i==j && i == 1)

A(i,j) = - a_p_1;

elseif (i==j && i == Nodes)

A(i,j) = - a_p_last;

elseif (i == j && i ~= 1 && i ~= Nodes)

A(i,j) = - a_p_internal;

elseif ( i>j )

A(i,i-1) = a_w_internal;

elseif ( i<j )

A(i,i+1) = a_e_internal;

end

end

if ( i == 1 )

B(i) = -S_u_1;

elseif (i == Nodes)

B(i) = -S_u_last;

end

end

phi = A\B;

phi = [phi_A,phi',phi_B]; % Finite Volume Method Solution Vector

Func = @(x) (exp(rho*u*x/alpha) - 1)./(exp(rho*u*L/alpha) - 1) .* (phi_B - phi_A) + phi_A;

% Analytical Solution valid for any Boundary Condition

Ana_vect = linspace(0,L,200);

Analytical_Sol = Func(Ana_vect);

vect = [0,dx/2,dx+dx/2:dx:L-dx/2,L]; % The vector depending upon the Nodes

figure(3),clf

hold on

plot(vect,phi,'k^',vect,phi,'r','linew',1.2,'markersize',8,'markerfacecolor','k')

plot(Ana_vect,Analytical_Sol,'b--','linew',1.2)

xlabel('Nodal Points (m)')

ylabel('Phi (Flux)')

title('Temperature vs Length')

% Use this to control x and y axis ticks

% xticks(vect)

% yticks(min(Analytical_Sol):100:max(Analytical_Sol))

legend('Finite Volume Solution','','Analytical Solution','location','NorthEast')

grid on

Tab = table(vect,phi);

disp(Tab)

The VARIABLE VECT CONTAINS ALL THE NODE POINTS AND PHI VECTOR ARE TEH CORRESPONIDNG PROPERTIES I WANT TO MAKE TABLE OF COLUMNS SIDE BY SIDE FOR NICE PRESENTATION.

ANY HELP WOULD BE APPRECIATED

[dpb]

The table object does a nice job of presenting its results visually in the command window -- read the doc and see the examples for putting various variables into a table; all you have to do is define which variables you want to use.