def __init__(self):
super(cluster, self).__init__()
self._productName = 'cluster'
self._process = evd.DrawCluster()
self.init()
self.setParamsDrawing(False)
self._listOfClusters = []
self._listOfCParams = []
# Defining the cluster colors:
self._clusterColors = [
(0, 147, 147), # dark teal
(0, 0, 252), # bright blue
(156, 0, 156), # purple
(255, 0, 255), # pink
(255, 0, 0), # red
(175, 0, 0), # red/brown
(252, 127, 0), # orange
(102, 51, 0), # brown
(127, 127, 127), # dark gray
(210, 210, 210), # gray
(100, 253, 0) # bright green
]
def __init__(self, geom):
super(cluster, self).__init__()
self._productName = 'cluster'
self._process = evd.DrawCluster(geom.getGeometryCore(),
geom.getDetectorProperties(),
geom.getDetectorClocks())
self._n_planes = geom.nPlanes() * geom.nTPCs() * geom.nCryos()
self.init()
self._listOfClusters = []
# Defining the cluster colors:
self._clusterColors = [
(0, 147, 147), # dark teal
(0, 0, 252), # bright blue
(156, 0, 156), # purple
(255, 0, 255), # pink
(255, 0, 0), # red
(175, 0, 0), # red/brown
(252, 127, 0), # orange
(102, 51, 0), # brown
(127, 127, 127), # dark gray
(210, 210, 210), # gray
(100, 253, 0) # bright green
]
def __init__(self, detectorConfig):
super(cluster, self).__init__()
self._productName = 'cluster'
self._process = evd.DrawCluster(detectorConfig._geometryCore,
detectorConfig._detectorProperties)
self.init()
self._listOfClusters = []
# Defining the cluster colors:
self._clusterColors = [
(0, 147, 147), # dark teal
(0, 0, 252), # bright blue
(156, 0, 156), # purple
(255, 0, 255), # pink
(255, 0, 0), # red
(175, 0, 0), # red/brown
(252, 127, 0), # orange
(102, 51, 0), # brown
(127, 127, 127), # dark gray
(210, 210, 210), # gray
(100, 253, 0) # bright green
]