First attempts: Difference between revisions

From XPUB & Lens-Based wiki
(Created page with "OMG! My weird code works! (P.S. It works in Python 2.7) longest = None smallest = None text = raw_input('Enter some text:') words = text.split() number = len(words) tota...")
 
No edit summary
 
(18 intermediate revisions by the same user not shown)
Line 1: Line 1:
OMG! My weird code works! (P.S. It works in Python 2.7)
OMG! My first Python code works! (P.S. Week ago I didn't know Python exists)<br />
longest = None
 
smallest = None
https://38.media.tumblr.com/d617c836e0d9f3473c916528f48bc54f/tumblr_nc4o8e06Ut1r93xiko1_r1_500.gif
text = raw_input('Enter some text:')
 
words = text.split()
<source lang="python">
number = len(words)
import string
total = 0
punct = set(string.punctuation + string.digits)
for word in words:
fin_sentence = ['.','...','?','!','?!']
summa = total + len(word)
longest = None
total = summa
shortest = None
while longest is None or len(word) > len(longest):
text = raw_input('Enter some text:')
longest = word
free_text = ''.join(x for x in text if x not in punct) # deleting all digits and punctuation marks
while smallest is None or len(word) < len(smallest):
punctuation = ''.join(x for x in text if x in set(string.punctuation))
smallest = word
sentences = ''.join(x for x in text if x in fin_sentence)
print 'number of words:', number
free_text = free_text.lower()
print 'longest word is:', longest
words = free_text.split() #making list named words
print 'smallest word is:', smallest
number = len(words)
print 'avarage word lenght is:', float(summa)/number
total = 0
print 'end of program'
length = 0
counts = {} #dictionary
pop_lst = []
longest_lst = []
shortest_lst = []
for word in words:
total += len(word) #counting number of letters
if longest is None or len(word) > len(longest): #searching for longest word
longest = word
l = len(longest)
if shortest is None or len(word) < len(shortest): #searching for shortest word
shortest = word
s = len(shortest)
counts[word] = counts.get(word,0) + 1 #filling dictionary
v = counts.values()
for word in words:
if len(word) == l:
longest_lst.append(word)
if len(word) == s:
shortest_lst.append(word)
for word,count in counts.items():
if count == max(v):
pop_lst.append(word)
number_pop = len(pop_lst)
for word in pop_lst:
length += len(word)
if number < 1: #for no text entered
print 'number of words:', number
print 'end of program'
else:
print 'number of letters:', total
print 'number of words:', number
print 'number of unique words:', len(counts.keys())
print 'number of punctuation marks:', len(punctuation)
print 'number of sentences:', len(sentences)
print 'average word length is:', float(total)/number
print 'longest words are:', longest_lst, ',', 'length:', len(longest), ',', 'number of words in text:', len(longest_lst)
print 'shortest words are:', shortest_lst, ',', 'length:', len(shortest), ',', 'number of words in text:', len(shortest_lst)
print 'most popular words are', pop_lst, ',', 'repetitions:', max(v), 'average length is:', float(length)/number_pop
print 'end of program'
</source>

Latest revision as of 04:21, 7 December 2015

OMG! My first Python code works! (P.S. Week ago I didn't know Python exists)

tumblr_nc4o8e06Ut1r93xiko1_r1_500.gif

import string
punct = set(string.punctuation + string.digits)
fin_sentence = ['.','...','?','!','?!']
longest = None
shortest = None
text = raw_input('Enter some text:')
free_text = ''.join(x for x in text if x not in punct) # deleting all digits and punctuation marks
punctuation = ''.join(x for x in text if x in set(string.punctuation))
sentences = ''.join(x for x in text if x in fin_sentence)
free_text = free_text.lower()
words = free_text.split() #making list named words
number = len(words)
total = 0
length = 0
counts = {} #dictionary
pop_lst = []
longest_lst = []
shortest_lst = []
for word in words:
	total += len(word) #counting number of letters
	if longest is None or len(word) > len(longest): #searching for longest word
		longest = word
		l = len(longest)
	if shortest is None or len(word) < len(shortest): #searching for shortest word
		shortest = word
		s = len(shortest)
	counts[word] = counts.get(word,0) + 1 #filling dictionary
	v = counts.values()
for word in words:		
	if len(word) == l:
		longest_lst.append(word)
	if len(word) == s:
		shortest_lst.append(word)
for word,count in counts.items():
	if count == max(v):
		pop_lst.append(word)
number_pop = len(pop_lst)
for word in pop_lst:
	length += len(word) 
if number < 1: #for no text entered
	print 'number of words:', number
	print 'end of program'
else:
	print 'number of letters:', total
	print 'number of words:', number
	print 'number of unique words:', len(counts.keys())
	print 'number of punctuation marks:', len(punctuation)
	print 'number of sentences:', len(sentences)
	print 'average word length is:', float(total)/number
	print 'longest words are:', longest_lst, ',', 'length:', len(longest), ',', 'number of words in text:', len(longest_lst)
	print 'shortest words are:', shortest_lst, ',', 'length:', len(shortest), ',', 'number of words in text:', len(shortest_lst)
	print 'most popular words are', pop_lst, ',', 'repetitions:', max(v), 'average length is:', float(length)/number_pop
	print 'end of program'