def get_cen_letter():
rep = True
while rep == True:
i=0
selection = get_rand_letter('all')
if selection[1] > 0.9:
rep = False
return selection
def get_cons_letters(amt):
rep = True
while rep == True:
i = 0
selection = [0] * amt
for each in range(0, amt):
selection[i] = get_rand_letter('cons')
i += 1
freqsum = 0
freqmean = 0
for each in selection:
freqsum += each[1]
freqmean = freqsum / len(selection)
if freqmean > 4.9:
rep = False
return selection
def get_cons_letters(amt):
rep = True
while rep == True:
i=0
selection = [0] * amt
for each in range(0,amt):
selection[i] = get_rand_letter('cons')
i+=1
freqsum=0
freqmean=0
for each in selection:
freqsum += each[1]
freqmean = freqsum/len(selection)
if freqmean > 4.9:
rep = False
return selection
def get_vow_letters(amt_and_let):
rep = True
while rep == True:
i=0
# how many vowels?
if amt_and_let[0] == True:
vowel_count = 2
if amt_and_let[0] == False:
vow_count_rand = random.random() * 2
vow_count_rand_mod = vow_count_rand % 1
vow_count_select = vow_count_rand-vow_count_rand_mod
vowel_count = 0
if vow_count_select == 1.0:
vowel_count = 2
if vow_count_select == 0.0:
vowel_count = 3
selection = [0] * vowel_count
counter = 0
for each in range(0,vowel_count):
selection[i] = get_rand_letter('vow')
i+=1
# if center letter is vowel, check for no redundancies
if amt_and_let[0] == True:
for each in selection:
if each[0] == amt_and_let[1]:
while each[0] == amt_and_let[1]:
each = get_rand_letter('vow')
freqsum=0
freqmean=0
if vowel_count == 2:
if selection[0] == selection[1]:
while selection[0] == selection[1]:
vow = random.random() * 5
vowmod = vow % 1
select = vow-vowmod
select = int(select)
selection[1] = get_rand_letter('vow')
if vowel_count == 3:
if selection[0] == selection[1] or selection[0] == selection[2] or selection[1] == selection[2]:
while selection[0] == selection[1]:
vow = random.random() * 5
vowmod = vow % 1
select = vow-vowmod
select = int(select)
selection[1] = get_rand_letter('vow')
x = selection[0]
y = selection[1]
selection = [0] * 2
selection = [x,y]
for each in selection:
freqsum += each[1]
freqmean = freqsum/len(selection)
if freqmean > 8.5:
rep=False
return selection
def get_vow_letters(amt_and_let):
rep = True
while rep == True:
i = 0
# how many vowels?
if amt_and_let[0] == True:
vowel_count = 2
if amt_and_let[0] == False:
vow_count_rand = random.random() * 2
vow_count_rand_mod = vow_count_rand % 1
vow_count_select = vow_count_rand - vow_count_rand_mod
vowel_count = 0
if vow_count_select == 1.0:
vowel_count = 2
if vow_count_select == 0.0:
vowel_count = 3
selection = [0] * vowel_count
counter = 0
for each in range(0, vowel_count):
selection[i] = get_rand_letter('vow')
i += 1
# if center letter is vowel, check for no redundancies
if amt_and_let[0] == True:
for each in selection:
if each[0] == amt_and_let[1]:
while each[0] == amt_and_let[1]:
each = get_rand_letter('vow')
freqsum = 0
freqmean = 0
if vowel_count == 2:
if selection[0] == selection[1]:
while selection[0] == selection[1]:
vow = random.random() * 5
vowmod = vow % 1
select = vow - vowmod
select = int(select)
selection[1] = get_rand_letter('vow')
if vowel_count == 3:
if selection[0] == selection[1] or selection[0] == selection[
2] or selection[1] == selection[2]:
while selection[0] == selection[1]:
vow = random.random() * 5
vowmod = vow % 1
select = vow - vowmod
select = int(select)
selection[1] = get_rand_letter('vow')
x = selection[0]
y = selection[1]
selection = [0] * 2
selection = [x, y]
for each in selection:
freqsum += each[1]
freqmean = freqsum / len(selection)
if freqmean > 8.5:
rep = False
return selection