Crate lib

Structs

• DataFrame
  A dataframe struct similar to pythons pandas dataframe but with less functionality and only for integers The dataframe is stored as a vector of vectors The first vector contains the column names The rest of the vectors contain the data The data is stored as a vector of vectors
• Equation
  Equation struct that can be used to solve equations with two numbers and an operator (+, -, *, /, %, ^) Sol is the solution to the equation and is calculated when get_sol() is called.
• EquationF
  EquationF is an equation similar to Equation, but with f64 values. Sol is calculated when get_sol() is called.
• ZeroEquation
  ZeroEquation is an equation with a list of values on one side and a solution on the other. Similar to Equation, but with a list of values (in a Vec) that will add up to the solution (or be subtracted if the number is negative). Sol is set to 0 and values can be moved to the solution side of the equation with move_to_sol().

Functions

• add
  Returns the sum of two numbers.
• add_float
  Add for floating point numbers.
• dataframe_create
  Creates a new dataframe
• divide
  Returns the quotient of two numbers.
• divide_float
  Returns the quotient of two floating point numbers.
• factorial
  Returns the factorial of a number.
• factorial_float
  Returns the factorial of a floating point number.
• fibonacci
  Returns the fibonacci of a number.
• fibonacci_float
  Returns the fibbonacci of a floating point number.
• is_even
  Returns true if the number is even.
• is_even_float
  Returns true if the floating point number is even.
• is_odd
  Returns true if the number is odd.
• is_odd_float
  Returns true if the floating point number is odd.
• is_perfect_cube
  Returns true if the number is perfect cube.
• is_perfect_cube_float
  Returns true if the floating point number is perfect cube.
• is_perfect_power
  Returns true if the number is perfect power.
• is_perfect_power_float
  Returns true if the floating point number is perfect power.
• is_perfect_square
  Returns true if the number is positive.
• is_perfect_square_float
  Returns true if the floating point number is perfect square.
• is_prime
  Returns true if the number is prime.
• is_prime_float
  Returns true if the floating point number is prime.
• modulo
  Returns the remainder of two numbers.
• modulo_float
  Returns the remainder of two floating point numbers.
• multiply
  Multiply left and right numbers.
• multiply_float
  Multiply left and right floating point numbers.
• power
  Returns the left number raised to the right number.
• power_float
  Returns the left floating point number raised to the right floating point number.
• root
  Returns the left number to the root of the right number.
• root_float
  Returns the left floating point number to the root of the right floating point number.
• subtract
  Returns the difference of two numbers.
• subtract_float
  Returns the difference of two floating point numbers.
• two_vector_median
  Returns the median of two vectors
• two_vector_median_float
  Returns the median of two vectors float
• two_vector_mode
  Returns the mode of two vectors
• two_vector_mode_float
  Returns the mode of two vectors float.
• vector_add
  Returns the sum of two vectors
• vector_add_float
• vector_average
  Returns the average of two vectors
• vector_average_float
  Returns the average of two vectors float
• vector_divide
  Returns the quotient of two vectors
• vector_divide_float
  Returns the quotient of two float vectors
• vector_interquartile_range
  Returns the interquartile range of all elements in a vector
• vector_interquartile_range_float
  Returns the interquartile range of all elements in a float vector
• vector_max
  Returns the maximum of two vectors
• vector_max_float
  Returns the maximum of two vectors float
• vector_mean
  Returns the mean of all elements in a vector
• vector_mean_float
  Returns the mean of all elements in a float vector
• vector_median
  Returns the median of all elements in a vector
• vector_median_float
  Returns the median of all elements in a float vector
• vector_min
  Returns the minimum of two vectors
• vector_min_float
  Returns the minimum of two vectors float
• vector_mode
• vector_modulo
  Returns the remainder of two vectors
• vector_modulo_float
  Returns the modoulo of two vectors float
• vector_multiply
  Returns the product of two vectors
• vector_multiply_float
  Returns the product of two float vectors
• vector_power
  Returns the power of two vectors
• vector_power_float
  Returns the power of two vectors float
• vector_product
  Returns the product of all elements in a vector
• vector_product_float
  Returns the product of all elements in a float vector
• vector_quartiles
  Returns the quartiles of all elements in a vector
• vector_quartiles_float
  Returns the quartiles of all elements in a float vector
• vector_range
  Returns the range of all elements in a vector
• vector_range_float
  Returns the range of all elements in a float vector
• vector_root
  Returns the root of two vectors
• vector_root_float
  Returns the root of two vectors float
• vector_standard_deviation
  Returns the standard deviation of all elements in a vector
• vector_standard_deviation_float
  Returns the standard deviation of all elements in a float vector
• vector_subtract
  Returns the difference of two vectors
• vector_subtract_float
  Returns the difference of two float vectors
• vector_sum
  Returns the sum of all elements in a vector
• vector_sum_float
  Returns the sum of all elements in a float vector
• vector_variance
  Returns the variance of all elements in a vector
• vector_variance_float
  Returns the variance of all elements in a float vector