## Disciplina
Disciplina is a mathematics module:
| Function Name | Args | Returns |
| --- | --- | --- |
| `isMathematicalFunction(mapping)` | `mapping`: A dictionary of sets representing the function | `True` if the mapping represents a function, `False` otherwise |
| `solveGraphically(f1, f2, x_range=(-10, 10), num_points=1000)` | `f1`: The first function to solve.<br> `f2`: The second function to solve.<br> `x_range`: The range of x values to plot.<br> `num_points`: The number of points to use in the plot. | A list of intersection points. |
| `solveOneVarEquation(equation)` | `equation`: The equation to solve. | The solution to the equation. |
| `sqrt(__x)` | `__x`: The number to calculate the square root of. | The square root of the number. |
| `rootOf(__x, num)` | `__x`: The number to calculate the nth root of.<br> `num`: The value of n. | The nth root of the number. |
| `isDivisible(x, num)` | `x`: The number to check.<br> `num`: The number to divide by. | `True` if x is divisible by num, `False` otherwise. |
| `normalize(value)` | `value`: The number to normalize. | The normalized number. |
## Acoustica
Acoustica is an acoustics module:
| Function | Arguments | Returns |
| -------- | --------- | ------- |
| `generateTone `| frequency: float, duration: float, vibrato_depth: float = 0.4, vibrato_rate: float = 5 | numpy.ndarray |
| `play` | notes: a list of tuples that contain the hertz and duration respectively | Plays the note |
| `getCarnaticHertz` | note: an str that represents the note | float or None |
| `getClassicalHertz` | note: an str the represents the note | float or None |
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"description": "## Disciplina\nDisciplina is a mathematics module:\n| Function Name | Args | Returns |\n| --- | --- | --- |\n| `isMathematicalFunction(mapping)` | `mapping`: A dictionary of sets representing the function | `True` if the mapping represents a function, `False` otherwise |\n| `solveGraphically(f1, f2, x_range=(-10, 10), num_points=1000)` | `f1`: The first function to solve.<br> `f2`: The second function to solve.<br> `x_range`: The range of x values to plot.<br> `num_points`: The number of points to use in the plot. | A list of intersection points. |\n| `solveOneVarEquation(equation)` | `equation`: The equation to solve. | The solution to the equation. |\n| `sqrt(__x)` | `__x`: The number to calculate the square root of. | The square root of the number. |\n| `rootOf(__x, num)` | `__x`: The number to calculate the nth root of.<br> `num`: The value of n. | The nth root of the number. |\n| `isDivisible(x, num)` | `x`: The number to check.<br> `num`: The number to divide by. | `True` if x is divisible by num, `False` otherwise. |\n| `normalize(value)` | `value`: The number to normalize. | The normalized number. |\n\n\n## Acoustica\nAcoustica is an acoustics module:\n| Function | Arguments | Returns |\n| -------- | --------- | ------- |\n| `generateTone `| frequency: float, duration: float, vibrato_depth: float = 0.4, vibrato_rate: float = 5 | numpy.ndarray |\n| `play` | notes: a list of tuples that contain the hertz and duration respectively | Plays the note |\n| `getCarnaticHertz` | note: an str that represents the note | float or None |\n| `getClassicalHertz` | note: an str the represents the note | float or None |\n",
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