animate
Line spiral
op = struct('show', false, 'showCanvas', false, 'markerSize', 3, 'xAxisMin', -160, 'xAxisMax', 190, 'yAxisMin', -180, 'yAxisMax', 150, 'zAxisMin', 10, 'zAxisMax', 160)
z = []
j = 1
for i = 10*(1:pi/8:5*pi)
z = [z, i]
y = z.*sin(z/10)
x = z.*cos(z/10)
c{j} = plot3(x, y, z, op)
j = j +1
end
animate(c, struct('timelapse', 70))
Projectile motion
o = struct('width', 700, 'xAxisMax', 2.6, 'yAxisMax', 0.7, 'show', false, 'markerFill', 'red')
n = 35
c = cell(n, 1)
dt = 1/50
g = 9.81
theta0 = 45*pi/180
v0 = 5
x = 0
y = 0
t = (1:n)*dt
x = v0*t*cos(theta0)
y = v0*t*sin(theta0) - 0.5*g*t.^2
for i = 1: n
c{i} = scatter(x(1:i),y(1:i),o)
end
animate(c, struct('timelapse', 50))
Table as input
First column elements will be taken as titles for each frame.
city = {'Otawa';'Kingston';'Bonavista'}
minTemp = [-15.1;-12.6;-7.4]
average = [-10.7;-8;-4.2]
maxTemp = [-6.4;-3.5;-1.2]
t1 = table(city,minTemp,average,maxTemp,'VariableNames',{'city','minTemp','average','maxTemp'})
animate(t1)