contentgit.append(filepath)
if int(os.stat(filepath).st_size) < sizlim:
contentpepper.append(filepath)
print("")
print("Gathering Root Sounds.")
x = len(contentbeats)
print("")
print("Beats")
for ctr in range(80):
y = random_number(x)
atrack = contentbeats[y]
trackname = atrack[-20:-4]
tracknam = ""
for m in trackname:
if m.isalnum():
tracknam += m
outstr = "C:\\Users\\mysti\\BadIter\\Beats\\Beat_" + str(ctr) + tracknam + ".wav"
shutil.copy(contentbeats[y], outstr)
x = len(contentdrones)
print("")
print("Drone")
for ctr in range(60):
for xlet in x:
if xlet.isalnum():
addstr += xlet
xl = addstr.strip()
xl2 = xl.lower()
if len(xl2) > 1:
wordcon.append(xl2)
x1 = len(wordcon)
phraselist = []
for phrs in range(lx):
for wiz in range(3):
num1 = random_number(x1)
num2 = random_number(x1)
num3 = random_number(x1)
astr = wordcon[num1]
bstr = wordcon[num2]
cstr = wordcon[num3]
phrsstr = astr + "_" + bstr + "_" + cstr
phraselist.append(phrsstr)
for ctr in range(lx):
astr = fillst[ctr]
bstr = fillrt[ctr] + phraselist[ctr] + filltyp[ctr]
os.rename(astr, bstr)
tim = os.path.getmtime(filepath)
contentdat[filepath] = tim
newply = []
newplyd = []
for w in sorted(contentdat, key=contentdat.get, reverse=False):
newply.append(w)
newplyd.append(contentdat[w])
totlen = len(newply)
totch = random_number(totlen)
fitch = newply[totch]
fich = str(newplyd[totch])
finlst = []
for ctr in range(30):
sublst = []
for elem in range(totlen):
tesstr = newply[elem]
testr = str(newplyd[elem])
piv2str = testr[-10:-8]
collst = [
"black", "white", "blue", "red", "yellow", "pink", "brown", "silver",
"gray", "purple", "gold", "green", "light blue", "light yellow",
"light pink", "tan", "light gray", "lavender", "light green"
]
bcollst = [
"light blue", "light yellow", "light pink", "tan", "light gray",
"lavender", "light green"
]
tommy = turtle.Turtle()
tommy.shape("circle")
tommy.speed(1000)
bkgr = random_number(len(bcollst))
back = bcollst[bkgr]
turtle.bgcolor(back)
collst.remove(bcollst[bkgr])
shnum = random_number2(15, 30)
for ctr in range(shnum):
fgr = random_number(len(collst))
fore = collst[fgr]
plist = infile.readline()
while plist:
content.append(plist.strip())
plist = infile.readline()
infile.close()
leng = len(content)
#This code uses organic "filters" to derive track addresses from the main original list
for y in range(50):
trk = random_number(leng - 30)
skip = random_number2(1, 30)
adnum = trk + skip
dreamcrack = random_number(9)
if dreamcrack < 4:
adnum = random_number2(1,len(content))
adstr = content[adnum]
if adstr not in finlst:
finlst.append(adstr)
