def mutate(self, iteration):
self.iteration = iteration
mainNeighborhood = _Neighborhood(neighborhoodWidth=self.matrix.columns,
topCoordinate=0,
leftCoordinate=0)
#currentEntropy = self._getNeighborhoodEntropy(neighborhood = mainNeighborhood)
#print " begin mutate, entropy =", currentEntropy
evenFinalInstructions = self._recursiveStep(
level=0, neighborhood=mainNeighborhood, oddEven="EVEN")
image_utils.writeBitArray2DImage(
bitArray=self.matrix,
filename=str(self.iteration).zfill(5) + "_even.png")
oddFinalInstructions = self._recursiveStep(
level=0, neighborhood=mainNeighborhood, oddEven="ODD")
image_utils.writeBitArray2DImage(
bitArray=self.matrix,
filename=str(self.iteration).zfill(5) + "_odd.png")
finalInstructions = evenFinalInstructions + oddFinalInstructions
# print " end mutate, finalInstructions =", finalInstructions
self.topLevelInstructions = finalInstructions
import BitArray2D
import mutator
import os
import image_utils
os.system("clear")
print "Executing Matt's GI Experiment\n"
iterationHashes = {}
#inputMatrix = image_utils.getBitArray2DFromBitmapFile(filename = "alice_and_dodo.bmp", width = 512)
#inputMatrix = BitArray2D.BitArray2D(bitstring = "11111111\n10011011\n11010101\n10011011\n10101011\n10011011\n10001101\n11111111")
inputMatrix = mutator.getRandomBitMatrix(width=256)
image_utils.writeBitArray2DImage(bitArray=inputMatrix,
filename="00000" + "__initial.png")
m = mutator.Mutator(matrix=inputMatrix, topLevelInstructions=None)
iterationHashes[m.getSha1Hash()] = True
for i in xrange(0, 200):
m.mutate(iteration=i)
print "iteration", i, "complete"
newHash = m.getSha1Hash()
if newHash in iterationHashes:
print "halting, cycle detected on iteration", i
break
iterationHashes[m.getSha1Hash()] = True
import BitArray2D
import mutator
import os
import image_utils
os.system("clear")
print "Executing Matt's HTM Experiment\n"
for i in xrange(0, 10000):
inputMatrix = mutator.getRandomBitMatrix(width=256)
image_utils.writeBitArray2DImage(bitArray=inputMatrix,
filename="img_" + str(i).zfill(5) +
".png")
print "iteration", i, "complete"