Public Member Functions | |
def | __init__ |
def | __repr__ |
def | __str__ |
def | setPhase |
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def | __init__ |
def | __del__ |
def | __repr__ |
def | __str__ |
def | cleanup |
def | reset |
def | setPhase |
def | setPhaseCollideMask |
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def | __init__ |
def | accept |
def | acceptOnce |
def | addTask |
def | detectLeaks |
def | doMethodLater |
def | getAllAccepting |
def | ignore |
def | ignoreAll |
def | isAccepting |
def | isIgnoring |
def | removeAllTasks |
def | removeTask |
Public Attributes | |
bufferParamList | |
bufferParamMap | |
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autoCleanup | |
cTrav | |
enterPrefix | |
exitPrefix | |
fromCollideNode | |
phaseCollideMask | |
phaseParamList | |
phaseParamMap | |
Static Public Attributes | |
tuple | notify = directNotify.newCategory("BufferedDistancePhasedObject") |
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tuple | notify = directNotify.newCategory("DistancePhasedObject") |
This class is similar to DistancePhasedNode except you can also specify a buffer distance for each phase. Upon entering that phase, its distance will be increased by the buffer amount. Conversely, the distance will be decremented by that amount, back to its original size, upon leaving. In this manner, you can avoid the problem of 'phase flicker' as someone repeatedly steps across a static phase border. You specify the buffer amount in the bufferParamMap parameter to __init__(). It has this format: bufferParamMap = {'alias':(distance, bufferAmount), ...}
def __init__ | ( | self, | |
name, | |||
bufferParamMap = {} , |
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autoCleanup = True , |
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enterPrefix = 'enter' , |
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exitPrefix = 'exit' , |
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phaseCollideMask = BitMask32.allOn() , |
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fromCollideNode = None |
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) |
def __repr__ | ( | self | ) |
def __str__ | ( | self | ) |
def setPhase | ( | self, | |
aPhase | |||
) |
see DistancePhasedNode.setPhase()
bufferParamList |
bufferParamMap |
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static |