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Location: light9/Nodes/gamma.py - annotation
6540879e336e
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text/x-python
fixed Stage a lot: ctrl-drag subtracts from selection; ctrl-a/ctrl-A select all/none;
fixed Stage a lot: ctrl-drag subtracts from selection; ctrl-a/ctrl-A select all/none;
rmb adjusts levels
fixed Stage a lot: ctrl-drag subtracts from selection; ctrl-a/ctrl-A select all/none;
rmb adjusts levels
45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 | """node that performs a simple gamma (exp) function on its input"""
class GammaOps(Ops):
def started(self, input, output, stateaccess):
self.startmeup(stateaccess)
def changed(self, input, output, stateaccess):
port.output = port.input ** stateaccess.gamma + stateaccess.offset
stateaccess.lastvalue = State.FloatingPoint(port.input)
output = gamma(input)
# no timed function
def startmeup(self, stateaccess):
# whatever
pass
class Gamma(Node):
def __init__(self):
Node.__init__(self)
self.node_params = {'gamma':State.FloatingPoint,'offset':State.FloatingPoint}
self.ops = GammaOps()
def getnodeparams(self):
return self.node_params
def getports(self):
return (Port('a', optional=1),
Port('b'))
def __str__(self):
return "3"
world.register_node(Gamma)
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