1. seed()

   • Initialize the random number generator

2. getstate()

   • Returns the current internal state of the random number generator

3. setstate()

   • Restores the internal state of the random number generator

4. getrandbits()

   • Returns a number representing the random bits

5. randrange()

   • Returns a random number between the given range

6. randint()

   • Returns a random number between the given numbers

7. choice()

   • Returns a random element from the given sequence

8. choices()

   • Returns a list with a random selection from the given sequence

9. shuffle()

   • Takes a sequence and returns the sequence in a random order

10. sample()

    • Returns a given sample of a sequence

11. random()

    • Returns a random float number between 0 and 1

12. uniform()

    • Returns a random float number between two given parameters

13. triangular()

    • Returns a random float number between two given parameters, you can also set a mode parameter to specify the midpoint between the two other parameters

Statistics

1. betavariate()

   • Returns a random float number between 0 and 1 based on the Beta distribution

2. expovariate()

   • Returns a random float number based on the Exponential distribution

3. gammavariate()

   • Returns a random float number based on the Gamma distribution

4. weibullvariate()

   • Returns a random float number based on the Weibull distribution

Probability

1. gauss()

   • Returns a random float number based on the Gaussian distribution

2. lognormvariate()

   • Returns a random float number based on a log-normal distribution

3. normalvariate()

   • Returns a random float number based on the normal distribution

4. paretovariate()

   • Returns a random float number based on the Pareto distribution

Directional Statistics

1. vonmisesvariate()

   • Returns a random float number based on the von Mises distribution