conditioning distribution= ComposedDistribution(Uniform(a = 0, b = 1), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))
Distribution  PosteriorDistribution(conditional distribution = ConditionalDistribution(X with X|Theta~Normal(Theta), Theta=f(Y), f=[y0,y1]->[y0,y1], Y~ComposedDistribution(Uniform(a = 0, b = 1), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))), observations = 
    [ X0        ]
0 : [  1.4123   ]
1 : [ -1.39926  ]
2 : [ -0.157398 ]
3 : [  2.30822  ]
4 : [ -2.77208  ])
Distribution  PosteriorDistribution(conditional distribution = ConditionalDistribution(X with X|Theta~Normal(Theta), Theta=f(Y), f=[y0,y1]->[y0,y1], Y~ComposedDistribution(Uniform(a = 0, b = 1), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))), observations = 
    [ X0        ]
0 : [  1.4123   ]
1 : [ -1.39926  ]
2 : [ -0.157398 ]
3 : [  2.30822  ]
4 : [ -2.77208  ])
range= [0, 1]
[1, 2]
Mean  [0.366308,1.48584]
Covariance  [[ 0.0677337 0.0116648 ]
 [ 0.0116648 0.0730088 ]]
Elliptical distribution=  False
Elliptical copula=  False
Independent copula=  False
oneRealization= [0.714382,1.75489]
Zero point=  [0.0, 0.0]  pdf= 0.0  cdf= 0.0
Quantile= [0.974679,1.97468]
margin= MarginalDistribution(distribution=PosteriorDistribution(conditional distribution = ConditionalDistribution(X with X|Theta~Normal(Theta), Theta=f(Y), f=[y0,y1]->[y0,y1], Y~ComposedDistribution(Uniform(a = 0, b = 1), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))), observations = 
    [ X0        ]
0 : [  1.4123   ]
1 : [ -1.39926  ]
2 : [ -0.157398 ]
3 : [  2.30822  ]
4 : [ -2.77208  ]), indices=[0])
margin CDF= [0]
margin quantile= [0.95]
margin realization= [0.373767]
margin= MarginalDistribution(distribution=PosteriorDistribution(conditional distribution = ConditionalDistribution(X with X|Theta~Normal(Theta), Theta=f(Y), f=[y0,y1]->[y0,y1], Y~ComposedDistribution(Uniform(a = 0, b = 1), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))), observations = 
    [ X0        ]
0 : [  1.4123   ]
1 : [ -1.39926  ]
2 : [ -0.157398 ]
3 : [  2.30822  ]
4 : [ -2.77208  ]), indices=[1])
margin CDF= [0]
margin quantile= [1.95]
margin realization= [1.78061]
conditioning distribution= ComposedDistribution(Dirac(point = [0]), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))
Distribution  PosteriorDistribution(conditional distribution = ConditionalDistribution(X with X|Theta~Normal(Theta), Theta=f(Y), f=[y0,y1]->[y0,y1], Y~ComposedDistribution(Dirac(point = [0]), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))), observations = 
    [ X0        ]
0 : [  1.216    ]
1 : [  1.18973  ]
2 : [ -0.705788 ]
3 : [  0.391527 ]
4 : [ -3.43509  ])
Distribution  PosteriorDistribution(conditional distribution = ConditionalDistribution(X with X|Theta~Normal(Theta), Theta=f(Y), f=[y0,y1]->[y0,y1], Y~ComposedDistribution(Dirac(point = [0]), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))), observations = 
    [ X0        ]
0 : [  1.216    ]
1 : [  1.18973  ]
2 : [ -0.705788 ]
3 : [  0.391527 ]
4 : [ -3.43509  ])
range= [0, 0]
[1, 2]
Mean  [0,1.23679]
Covariance  [[ 0        0        ]
 [ 0        0.151918 ]]
Elliptical distribution=  False
Elliptical copula=  False
Independent copula=  False
oneRealization= [0,2]
Zero point=  [0.0, 0.0]  pdf= 0.0  cdf= 0.0
Quantile= [0,1.95]
margin= MarginalDistribution(distribution=PosteriorDistribution(conditional distribution = ConditionalDistribution(X with X|Theta~Normal(Theta), Theta=f(Y), f=[y0,y1]->[y0,y1], Y~ComposedDistribution(Dirac(point = [0]), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))), observations = 
    [ X0        ]
0 : [  1.216    ]
1 : [  1.18973  ]
2 : [ -0.705788 ]
3 : [  0.391527 ]
4 : [ -3.43509  ]), indices=[0])
margin CDF= [1]
margin quantile= [0]
margin realization= [0]
margin= MarginalDistribution(distribution=PosteriorDistribution(conditional distribution = ConditionalDistribution(X with X|Theta~Normal(Theta), Theta=f(Y), f=[y0,y1]->[y0,y1], Y~ComposedDistribution(Dirac(point = [0]), Uniform(a = 1, b = 2), IndependentCopula(dimension = 2))), observations = 
    [ X0        ]
0 : [  1.216    ]
1 : [  1.18973  ]
2 : [ -0.705788 ]
3 : [  0.391527 ]
4 : [ -3.43509  ]), indices=[1])
margin CDF= [0]
margin quantile= [1.95]
margin realization= [2]
