anagram¶

detect_anagrams(word, candidates)[source]¶

Determine if anagram of word exists in the given list of candidates.

Parameters:	word (str) – word to be tested candidates (list) – potential list of anagrams
Returns:	item from candidates that is an anagram of word if one exists
Return type:	list

bob¶

class Bob(statement)[source]¶

Class to provide Bob’s response to a given statement.

Attributes:	statement: original query posed to Bob response: Bob’s response to the query
Staticmethods:	hey: silent: response to silent query yell: response to yell query question: response to question query remainder: response to all other queries

hey()[source]¶

Function will provide Bob’s response to a given statement.

static silent()[source]¶

Bob’s reply to a silent query.

static yell()[source]¶

Bob’s reply to a yell query.

static question()[source]¶

Bob’s reply to a question query.

static remainder()[source]¶

Bob’s reply to all remaining queries.

difference_of_squares¶

sum_of_squares(n)[source]¶

Calculate the sum of the squares for the first n natural numbers.

Parameters:	n (int) – number of natural numbers to be operated on
Returns:	sum of the square for 1 to n
Return type:	int

square_of_sum(n)[source]¶

Calculate the square of the sum for the first n natural numbers.

Parameters:	n (int) – number of natural numbers to be operated on
Returns:	square of the sum of 1 to n
Return type:	int

difference(n)[source]¶

Calculate the difference between the square of sums and the sum of squares.

Parameters:	n (int) – number of natural numbers to be operated on
Returns:	difference between square of sums and sum of squares
Return type:	int

gigasecond¶

add_gigasecond(initial_date)[source]¶

Function will determine date 1E9 seconds in the future from given date.

Parameters:	initial_date (<datetime_object>) – datetime object for the initial date
Returns:	date 1E9 seconds ahead of initial date
Return type:	<datetime_object>

hamming¶

distance(strand_1, strand_2)[source]¶

Function will calculate the hamming distance between the two given DNA strands.

Parameters:	strand_1 (str) – string of DNA strand_2 (str) – string of DNA
Returns:	hamming distance
Return type:	int

hello_world¶

Module contains function to greet user.

hello(name='')[source]¶

Return user greeting if name is provided else state Hello World!

Parameters:	name (str) – user’s name

leap¶

even_div(dividend, divider)[source]¶

Function will determine if the quotient of the dividend and the divider is even or not.

Returns:	True if division of the dividend by the divider has no remainder
Return type:	bool

is_leap_year(year)[source]¶

Function will determine if the input is a leap year.

Parameters:	year (int) – integer of year to be evaluated
Returns:	True if leap year and False if not
Return type:	bool

meetup¶

meetup_day(year, month, day_of_week, option)[source]¶

Function will determine the date of meetup.

Parameters:	year (int) – year of meetup month (int) – month of meetup day_of_week (str) – name of meetup day option (str) – modifier for choosing meetup (1st, 2nd, 3rd, 4th, first, last, teenth)
Returns:	date of meetup
Return type:	datetime object

rna_transcription¶

to_rna(strand)[source]¶

Function will convert DNA sequences to RNA sequences

Parameters:	strand (str) – string of DNA nucleotides
Returns:	string of RNA nucleotides
Return type:	str

wordcount¶

class Phrase(phrase)[source]¶

Class will collect attributes related to phrases.

Attributes:	phrase: string of words

word_count()[source]¶

Display the words in a phrase and number of times each word is used.

Returns:	dictionary of words and the number of times they occur in phrase
Return type:	dict