Calc-Jupyter-Notebook-Grapher

Converts string representations of equations to matplotlib graphs or tuples of lists of data using this

Examples of input

2*x + 1	sin(x)	sin(x+z)	sin(5*x)*cos(5*z)/5

Methods

- solve_2D(formula, points = 100, increment=0.1)

takes a string representation of an equation and creates a tuple of lists with x and y data

@param {str} formula - string representation of a linear system f(x)

@param {int} points - The number of data points created, becareful of using too many

@param {float} increment - distance between data points, smaller = more detailed, larger = faster

@returns {tuple} - x_values, z_values, y_value

- solve_3D(formula, points=100, increment=0.1)

takes a string representation of an equation and creates a tuple of lists with x, y, and z data

@param {str} formula - string representation of a system of equation f(x,z)

@param {int} points - The number of data points created, becareful of using too many

@param {float} increment - distance between data points, smaller = more detailed, larger = faster

@returns {tuple} - x_values, z_values, y_values

- graph_2D(data)

takes a tuple of data (x, y) and graphs it

@param {tuple} data - (x_values, y_values) 

@returns {matplotlib plt}

- graph_3D(data, mesh_value=10)

takes a tuple of data (x, y) and graphs it

@param {tuple} data - (x_values, y_values) 

@param {int} mesh_value - the number of meshes / area. larger = more detail

@returns {matplotlib plt}