def abitgravity(vals):
summer = 0
g = 2.5
for val in vals:
summer += val.getprobamp(1)
if summer > g:
return elementa.Adambit(summer / len(vals))
else:
return elementa.Adambit(summer / (len(vals) * 2))
def gravity(vals):
summer = 0
g = 4
for val in vals:
summer += val.observe()
if summer > g:
return elementa.Adambit(1)
else:
return elementa.Adambit(0)
def conway(vals):
sumstart = 0
for i in range(8):
sumstart += vals[i + 1].observe()
if sumstart == 3:
return elementa.Adambit(1)
if (sumstart == 2) and vals[0].observe():
return elementa.Adambit(1)
return elementa.Adambit(0)
def tangledup(vals):
valLen = len(vals) if (len(vals) % 2) == 0 else len(vals) - 1
oldtangle = None
for i in range(0, valLen, 2):
if not oldtangle:
oldtangle = elementa.twotangle(vals[i], vals[i + 1])
else:
newtangle = elementa.twotangle(vals[i], vals[i + 1])
oldtangle = [og * ng for og, ng in zip(oldtangle, newtangle)]
return elementa.Adambit(oldtangle[1])
def main():
if '--help' in sys.argv:
print(HELP)
exit()
argind = 0
for i in range(len(sys.argv)):
if (sys.argv[i] == '--load') and (len(sys.argv) >= (i + 2)):
if '--no-display' in sys.argv:
print("...time wasting dumbass...\n\n\n\n\nugh\n\n\n\n\n")
print(
"This combination of arguments makes no logical sense, quitting..."
)
exit()
argpath = sys.argv[i + 1]
if argpath[-1] != '/':
argpath += '/'
setGlobalProperties(False)
displayFromPng(loadPngArray(argpath))
exit()
setGlobalsFromDict(loaderScreen())
thisfile = open('main.py', 'r')
rulefuncs = []
for line in thisfile.readlines():
if (len(line) > 2) and (line[:2] == "##"):
rulefuncs.append(line[2:-1])
thisfile.close()
rulefunc = None
while not (rulefunc in rulefuncs):
print("Pick Rule to Use:")
for possible in rulefuncs:
print(' ', possible)
rulefunc = input("Choose: ")
rulefunc = eval(rulefunc)
#setting the initial state to random
crapspace = chunkspace.ChunkSpace(
VOXELS_X, VOXELS_Y, VOXELS_T,
elementa.Adambit(0)) #create size of demiverse
for i in range(crapspace.wide):
for j in range(crapspace.long):
crapspace.setValue(i, j, 0, elementa.Adambit(random.uniform(0, 1)))
#loading the demiverse according to the rules and inital state
print("Loading!!!")
loadtime = time()
if '--mp' in sys.argv:
halfwide = int(crapspace.wide / 2)
firsthalf = mp.Process(target=crapspace.applyRules,
args=(
rulefunc,
True,
(0, halfwide),
None,
))
firsthalf.start()
crapspace.applyRules(rulefunc, True, (halfwide, crapspace.wide), None)
firsthalf.join()
else:
crapspace.applyRules(rulefunc, True, None, None)
loadtime = time() - loadtime
print("\nAll Loaded Up. And it only took", loadtime, "seconds!")
for i in range(len(sys.argv)):
if (sys.argv[i] == '--save') and (len(sys.argv) >= (i + 2)):
argpath = sys.argv[i + 1]
if argpath[-1] != '/':
argpath += '/'
print("Saving to PNG")
crapspace.saveToPics(argpath)
print("\nDone Saving")
#displays the created demiverse
if '--no-display' in sys.argv:
exit()
else:
displayFromChunks(crapspace)