Matthew's Octave Assignment: Difference between revisions

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(Created page with 'I found that octave opperates in Radian measurements. cos(53)= -0.91828 (radiam) cos(53)= 0.60181 (degree) Normal calculations that can be done on a calculator can be done …')
 
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plot(x, y, '.')
plot(x, y, '.')


while choosing the type of lines that you want based on what is in the third
While choosing the type of lines that you want based on what is in the third
column of the plot function.
column of the plot function.
'.' = dots
'.' = dots

Latest revision as of 11:37, 3 October 2010

I found that octave opperates in Radian measurements.

cos(53)= -0.91828 (radiam)
cos(53)= 0.60181  (degree)

Normal calculations that can be done on a calculator can be done in Octave.

In order to set up a plot, you must define every variable, and then say plot that variable vs. another variable.

x = linspace(0, 2*pi, 100);
y = sin(x);
plot(x, y, '.')

While choosing the type of lines that you want based on what is in the third column of the plot function.

 '.' = dots
 '@' = crosses
 so on....