K0h)5:p'(-5:.1:5)'XHYXUHUw2$XG-5,5hth1ZG
This works in current version (15.0.0) of the language. EDIT (June 15, 2017): You can try it at MATL Online!MATL Online!
.*, ./ and .^ are for multiplication, division and power (that is, add a dot in front).
The following shows an example result running on Matlab.
K0h)5:p'(-5:.1:5)'XHYXUHUw2$XG-5,5hth1ZG
This works in current version (15.0.0) of the language. EDIT (June 15, 2017): You can try it at MATL Online!
.*, ./ and .^ are for multiplication, division and power (that is, add a dot in front).
The following shows an example result running on Matlab.
K0h)5:p'(-5:.1:5)'XHYXUHUw2$XG-5,5hth1ZG
This works in current version (15.0.0) of the language. EDIT (June 15, 2017): You can try it at MATL Online!
.*, ./ and .^ are for multiplication, division and power (that is, add a dot in front).
The following shows an example result running on Matlab.
#MATL, 40 * 1.1 = 44
K0h)5:p'(-5:.1:5)'XHYXUHUw2$XG-5,5hth1ZG
This works in current version (15.0.0) of the language. EDIT (June 15, 2017): You can try it at MATL Online!
.*, ./ and .^ are for multiplication, division and power (that is, add a dot in front).
The following shows an example result running on Matlab.
#MATL, 40 * 1.1 = 44
K0h)5:p'(-5:.1:5)'XHYXUHUw2$XG-5,5hth1ZG
This works in current version (15.0.0) of the language. EDIT (June 15, 2017): You can try it at MATL Online!
.*, ./ and .^ are for multiplication, division and power (that is, add a dot in front).
The following shows an example result running on Matlab.
K0h)5:p'(-5:.1:5)'XHYXUHUw2$XG-5,5hth1ZG
This works in current version (15.0.0) of the language. EDIT (June 15, 2017): You can try it at MATL Online!
.*, ./ and .^ are for multiplication, division and power (that is, add a dot in front).
The following shows an example result running on Matlab.
#MATL, 40 * 1.1 = 44
K0h)5:p'(-5:.1:5)'XHYXUHUw2$XG-5,5hth1ZG
This works in current version (15.0.0) of the language. EDIT (June 15, 2017): You can try it at MATL Online!
.*, ./ and .^ are for multiplication, division and power (that is, add a dot in front).
The following shows an example result running on Matlab.
You can also try it online to produce a fancy ASCII art plot. However, in the online version the y axis limit is not applied. This is because the code sets the limits after the plot has already been done, and this only has effect on graphical outout.
#MATL, 40 * 1.1 = 44
K0h)5:p'(-5:.1:5)'XHYXUHUw2$XG-5,5hth1ZG
This works in current version (15.0.0) of the language.
.*, ./ and .^ are for multiplication, division and power (that is, add a dot in front).
The following shows an example result running on Matlab.
You can also try it online to produce a fancy ASCII art plot. However, in the online version the y axis limit is not applied. This is because the code sets the limits after the plot has already been done, and this only has effect on graphical outout.
#MATL, 40 * 1.1 = 44
K0h)5:p'(-5:.1:5)'XHYXUHUw2$XG-5,5hth1ZG
This works in current version (15.0.0) of the language. EDIT (June 15, 2017): You can try it at MATL Online!
.*, ./ and .^ are for multiplication, division and power (that is, add a dot in front).
The following shows an example result running on Matlab.