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@@ -35,8 +35,8 @@ $$f = x^2 + 7$$ |
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|Action|Description|Example| |
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| :-------- | :-------- |:-------- | |
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|replace| Replace all variables in the expression (this is the `default` action and can be omitted)| `\function[replace]{f}{a/b}` <br/> $f = \frac{1}{3}$ | |
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-|normalize| Replaces all variables and normalizes the expression. [Normalize applies the following rules](Normalize applies the following rules).)| `\function[normalize]{f}{x*x+3+4+0*z}` <br/> $f = x^2 + 7$ | |
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-|expand| Replaces all variables and expands the expression. [Expand applies the following rules](Expand applies the following rules).)| `\function[expand, normalize]{f}{(x-1)(x-2)}` <br/> $f = x^2 - 3x + 2$ | |
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+|normalize| Replaces all variables and normalizes the expression. [Normalize applies the following rules](Normalize-applies-the-following-rules).)| `\function[normalize]{f}{x*x+3+4+0*z}` <br/> $f = x^2 + 7$ | |
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+|expand| Replaces all variables and expands the expression. [Expand applies the following rules](Normalize-applies-the-following-rules).)| `\function[expand, normalize]{f}{(x-1)(x-2)}` <br/> $f = x^2 - 3x + 2$ | |
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|sort| Replaces all variables and sorts the expression.| `\function[sort]{f}{c-b+a*c*b}` <br/> $f = abc - b + c$ | |
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|calculate| Replaces all variables and calculates the expression. Using this option will **always** result in a number, in the case where a variable is undefined it takes the value 0. | `\function[calculate]{f}{a/b} ` <br/> $f = 0.333333333333333$ <br/><br/>[amount of digit](#Amount-of-digits)| |
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