Package squidpony.squidmath
Class IDistribution.SimpleDistribution
java.lang.Object
squidpony.squidmath.IDistribution.SimpleDistribution
- All Implemented Interfaces:
 IDistribution
- Direct Known Subclasses:
 BathtubDistribution,CurvedBoundedDistribution,SpikeDistribution.SimpleSpikeDistribution
- Enclosing interface:
 - IDistribution
 
public abstract static class IDistribution.SimpleDistribution extends Object implements IDistribution
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Nested Class Summary
Nested classes/interfaces inherited from interface squidpony.squidmath.IDistribution
IDistribution.SimpleDistribution - 
Constructor Summary
Constructors Constructor Description SimpleDistribution() - 
Method Summary
Modifier and Type Method Description static IDistribution.SimpleDistributionclampedDistribution(IDistribution otherDistribution)Makes a new SimpleDistribution implementation given any IDistribution (typically one with large or infinite bounds) by simply clamping results that are below 0 to 0 and at least 1 to 0.9999999999999999 (the largest double less than 1.0 than can be represented).static IDistribution.SimpleDistributionfractionalDistribution(IDistribution otherDistribution)Makes a new SimpleDistribution implementation given any IDistribution (typically one with large or infinite bounds) by getting the fractional component of a result fromotherDistribution.static IDistribution.SimpleDistributionfractionalOffsetDistribution(IDistribution otherDistribution, double offset)Makes a new SimpleDistribution implementation given any IDistribution (typically one with large or infinite bounds) by getting the fractional component ofoffsetplus a result fromotherDistribution.doublegetLowerBound()Gets the lower inclusive bound, which is 0.0.doublegetUpperBound()Gets the upper exclusive bound of the distribution, which is 1.0. 
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Constructor Details
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SimpleDistribution
public SimpleDistribution() 
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Method Details
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fractionalDistribution
public static IDistribution.SimpleDistribution fractionalDistribution(IDistribution otherDistribution)Makes a new SimpleDistribution implementation given any IDistribution (typically one with large or infinite bounds) by getting the fractional component of a result fromotherDistribution.- Parameters:
 otherDistribution- any other IDistribution- Returns:
 - a new anonymous implementation of SimpleDistribution that gets the fractional part of 
otherDistribution. 
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fractionalOffsetDistribution
public static IDistribution.SimpleDistribution fractionalOffsetDistribution(IDistribution otherDistribution, double offset)Makes a new SimpleDistribution implementation given any IDistribution (typically one with large or infinite bounds) by getting the fractional component ofoffsetplus a result fromotherDistribution. Using the offset allows distributions likeGaussianDistributionto become centered halfway on 0.5, making the result of this distribution have a Gaussian-like peak on 0.5 instead of of peaking at the bounds when offset is 0.0.- Parameters:
 otherDistribution- any other IDistribution- Returns:
 - a new anonymous implementation of SimpleDistribution that gets the fractional part of 
otherDistribution. 
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clampedDistribution
public static IDistribution.SimpleDistribution clampedDistribution(IDistribution otherDistribution)Makes a new SimpleDistribution implementation given any IDistribution (typically one with large or infinite bounds) by simply clamping results that are below 0 to 0 and at least 1 to 0.9999999999999999 (the largest double less than 1.0 than can be represented). This will behave very oddly for distributions that are centered on 0.0.- Parameters:
 otherDistribution- any other IDistribution- Returns:
 - a new anonymous implementation of SimpleDistribution that clamps 
otherDistributionin range. 
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getLowerBound
Gets the lower inclusive bound, which is 0.0.- Specified by:
 getLowerBoundin interfaceIDistribution- Returns:
 - the lower inclusive bound of the distribution, 0.0
 
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getUpperBound
Gets the upper exclusive bound of the distribution, which is 1.0.- Specified by:
 getUpperBoundin interfaceIDistribution- Returns:
 - the upper exclusive bound of the distribution, 1.0
 
 
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