Figure Properties - SERC

g(t) = t^2
You can convert the result to a string using the char function.
char(g)
ans =
t^2
Example 2. This example creates an inline function to represent the formula
f 3 2x. The resulting inline function can be evaluated with the
argnames and formula functions.
2
=
sin(
)
f = inline('3*sin(2*x.^2)')
f =
Inline function:
f(x) = 3*sin(2*x.^2)
argnames(f)
ans =
'x'
formula(f)
ans =
3*sin(2*x.^2)ans =
Example 3. This call to inline defines the function f to be dependent on two
variables, alpha and x:
f = inline('sin(alpha*x)')
f =
Inline function:
f(alpha,x) = sin(alpha*x)
If inline does not return the desired function variables or if the function
variables are in the wrong order, you can specify the desired variables
explicitly with the inline argument list.
inline
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