sine.m File Reference

Go to the source code of this file.

Functions
	figure (1) hold on grid on plot(time
	fprintf (fileID,'%6.3f %6.3f\n', A)
	fprintf (fileID,'%6.3f\n', A)
	fclose (fileID)

Variables
	sampling_period = 20
ms	frequency = 1
hertz	amplitude = 10
degrees	offset = 0
degrees	time = [0: 0.020: 10]
	out = amplitude*sin(time*2*pi*frequency)+offset
out	fileID = fopen('trajectory.txt','w')
	A = [time

Function Documentation

fclose()

fclose

(

fileID

)

figure()

figure

(

1

)

fprintf() [1/2]

fprintf	(	fileID	,
		'%6.3f %6.3f\n'	,
		A
	)

fprintf() [2/2]

fprintf	(	fileID	,
		'%6.3f\n'	,
		A
	)

Variable Documentation

A

A = [time

Definition at line 16 of file sine.m.

amplitude

hertz amplitude = 10

Definition at line 3 of file sine.m.

fileID

out fileID = fopen('trajectory.txt','w')

Definition at line 15 of file sine.m.

frequency

ms frequency = 1

Definition at line 2 of file sine.m.

offset

degrees offset = 0

Definition at line 4 of file sine.m.

out

out = amplitude*sin(time*2*pi*frequency)+offset

Definition at line 8 of file sine.m.

sampling_period

sampling_period = 20

Definition at line 1 of file sine.m.

time

degrees time = [0: 0.020: 10]

Definition at line 5 of file sine.m.