def __init__(self, lastConfig):
self.name = "CML3"
self.sideLen = 80
self.colorMap = 'blugr3'
self.colorsNum = 256
#initLattice=imageCML('./sri_mandala.jpg');
self.initLattice=randomPing(self.sideLen,self.sideLen,scaleFactor=0.001)
#self.initLattice=magicSquare(self.sideLen)
#self.initLattice=primesSquare(self.sideLen)
#self.initLattice=randbin(self.sideLen,self.sideLen)
#self.initLattice = lastConfig.initLattice
#print initLattice
# wait variable can slow things down by running a counter inside
#why do we have a, gl, and gg in here as well as initCML?
self.cml = DiffusiveCML(self.initLattice,kern='asymm',a=1.5,gl=0.4,gg=0.2,wait=10000)
#self.cml = DiffusiveCML(self.initLattice,kern='symm4');
self.stats = AnalysisCML(self.initLattice)
#cml = DiffusiveCML(initLattice,kern='magic11')
#cml = CompetitiveCML(initLattice)
# drawmod is useful to limit framerate or find a cycle avoiding flicker
self.drawmod=20
self.kernType='asymm'
gei = GradientEditorItem()
gei.loadPreset(self.colorMap)
self.lut = gei.getLookupTable(self.colorsNum, alpha=False)
def __init__(self, config):
self.config = config
self.scale = 1.0
gei = GradientEditorItem()
# see definition of GradientEditorItem() to define an LUT
# presets cyclic, spectrum, thermal, flame, yellowy, bipolar, greyclip, grey
#gei.loadPreset(config.colorMap)
gei.loadPreset('thermal')
self.lut = gei.getLookupTable(config.colorsNum, alpha=False)
win.setWindowTitle("pyqtgraph example: VideoSpeedTest")
win.setObjectName("MainWindow")
win.resize(sidelen * 8, sidelen * 8)
# rawImg = RawImageWidget(scaled=True)
rawImg = RawImageWidget.RawImageWidget()
win.setCentralWidget(rawImg)
win.show()
LUT = None
n = 256
gei = GradientEditorItem()
# see definition of GradientEditorItem() to define an LUT
# presets cyclic, spectrum, thermal, flame, yellowy, bipolar, greyclip, grey,bluish
# was cyclic, pretty nice
gei.loadPreset("cyclic")
LUT = gei.getLookupTable(n, alpha=False)
# Various initial lattice styles
cmlInit = ""
# initLattice=imageCML('/Users/daviddemaris/Dropbox/Public/JungAionFormula.jpg')
# win.resize(size(initLattice,0),size(initLattice,1))
# cmlInit='image'
# initLattice=imageCML('./sri_mandala.jpg');
initLattice = randomPing(sidelen, sidelen, scaleFactor=0.0)
# initLattice=magicSquare(sidelen)
# initLattice=primesSquare(sidelen)
# initLattice=randbin(sidelen,sidelen)
# print initLattice
# wait variable can slow things down by running a counter inside
# why do we have a, gl, and gg in here as well as initCML?
# cml = DiffusiveCML(initLattice,kern='asymm',a=1.5,gl=0.4,gg=0.2,wait=10000)
