| import random | |
| import time | |
| def detPrecision( candidate, model): | |
| chars_cand = list( candidate) | |
| chars_model = list(model) | |
| while( len(chars_cand)<len(chars_model) ): | |
| chars_cand.append(' ') | |
| while( len(chars_cand)>len(chars_model) ): | |
| chars_cand.pop() | |
| nb_valid_chars = 0 | |
| for i in xrange( len(chars_model)): | |
| if( chars_model[i]==chars_cand[i] ): | |
| nb_valid_chars+=1 | |
| return 100.0 *( float(nb_valid_chars)/len(chars_model) ) | |
| latin_samples = [ | |
| "entitas ipsa involvit aptitudinem ad extorquendum certum assensum", | |
| "entia non sunt multiplicanda praeter necessitatem", | |
| "ense petit placidam sub libertate quietem", | |
| "et nunc reges intelligite erudimini qui judicatis terram", | |
| "ex vita discedo, tanquam ex hospitio, non tanquam ex domo", | |
| "omnia praesumuntur legitime facta donec probetur in contrarium", | |
| "sed ipse spiritus postulat pro nobis, gemitibus inenarrabilibus", | |
| "scribimus indocti doctique poemata passim" ] | |
| random.shuffle( latin_samples ) | |
| exercise = latin_samples.pop() | |
| print "You will have to type the following text as fast as you can...", | |
| print "Hit ENTER when ready!" | |
| print " ",exercise, | |
| raw_input() | |
| print "> ", | |
| t0 = time.time() | |
| res = raw_input() | |
| diff = (time.time() - t0) | |
| print " Text typed in:",diff,"seconds" | |
| # printing estimated WPM (words per minute) value with 1 decimal digit | |
| AVG_WORD_LEN = 5 | |
| print " estimated WPM:","%.1f" % ( | |
| 60.0*(float(len(exercise))/diff) / AVG_WORD_LEN | |
| ) | |
| # printing precision value with 2 decimal digits max. | |
| print " precision achieved:", "%.2f" % detPrecision( res, exercise),"%" |
Sign up for free
to join this conversation on GitHub.
Already have an account?
Sign in to comment