IntBoundedValidator
This a python binding to the C++ class Mantid::Kernel::IntBoundedValidator.
bases: mantid.kernel.IValidator
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class mantid.kernel.IntBoundedValidator((object)arg1)
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__init__((object)arg1) → None
__init__( (object)arg1 [, (object)lower=None [, (object)upper=None]]) -> object
__init__( (object)arg1 [, (object)lower=None [, (object)upper=None [, (bool)exclusive=False]]]) -> object
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hasLower((IntBoundedValidator)self) → bool :
Returns True if a lower bound has been set
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hasUpper((IntBoundedValidator)self) → bool :
Returns True if an upper bound has been set
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isLowerExclusive((IntBoundedValidator)self) → bool :
Returns True if the lower bound is exclusive
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isUpperExclusive((IntBoundedValidator)self) → bool :
Returns True if the upper bound is exclusive
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lower((IntBoundedValidator)self) → int :
Returns the lower bound
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setBounds((IntBoundedValidator)self, (int)lower, (int)upper) → None :
Set both bounds
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setExclusive((IntBoundedValidator)self, (bool)exclusive) → None :
Sets both bounds to be inclusive/exclusive
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setLower((IntBoundedValidator)self, (int)lower) → None :
Set the lower bound
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setLowerExclusive((IntBoundedValidator)self, (bool)exclusive) → None :
Sets if the lower bound is exclusive
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setUpper((IntBoundedValidator)self, (int)upper) → None :
Set the upper bound
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setUpperExclusive((IntBoundedValidator)self, (bool)exclusive) → None :
Sets if the upper bound is exclsuive
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upper((IntBoundedValidator)self) → int :
Returns the upper bound