When prompted to enter a formula anywhere in the project the set of operations and functions you may use is the following.
Arithmetic operators: + | **a** + **b** | - | **a** - **b** | * | **a** * **b** | / | **a** / **b** | ^ | **a** ^ **b** (**a** to the power of **b**) |
Built-in functions: sin(**x**) | sine | cos(**x**) | cosine | tan(**x**) | tangent | cot(**x**) | cotangent | | | arcsin(**x**) | inverse sine | arccos(**x**) | inverse cosine | arctan(**x**) | inverse tangent | arccot(**x**) | inverse cotangent | | | exp(**x**) | exponent (i.e **e** to the power of **x**) | ln(**x**) | natural logarithm (base **e**) | lg(**x**) | logarithm base **10** | log(**b**, **x**) | logarithm base **b** | | | sqrt(**x**) | square root | abs(**x**) | absolute value | | | max(**a**, **b**) | maximum of **a** and **b** | min(**a**, **b**) | minimum of **a** and **b** | | | sinh(**x**) | hyperbolic sine | cosh(**x**) | hyperbolic cosine | tanh(**x**) | hyperbolic tangent | coth(**x**) | hyperbolic cotangent | | | arcsinh(**x**) | inverse hyperbolic sine | arccos(**x**) | inverse hyperbolic cosine | arctanh(**x**) | inverse hyperbolic tangent | arccoth(**x**) | inverse hyperbolic cotangent | | | | rundom number from the**[0,1]** segment |
Predefined constants: **pi** | 3.141592654 | **e** | 2.718281828 |
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