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Biogeme: Python Library
2.5
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| ▼Nbio_expression | |
| Cabs | Class representing the expression for absolute value |
| CBeta | Class representing a parameter to be estimated |
| CBinOp | Generic class for binary operators |
| CbioBayesNormalDraw | Class performing draws from the posterior of the mean of a normal variable knowing realizations and variance |
| CbioDraws | Class representing a random variable for integration using Monte Carlo simulation |
| CbioLogit | Class calculating a logit choice probability |
| CbioLogLogit | Class calculating the log of a logit choice probability |
| CbioMultSum | Class computing the sum of multiple expressions |
| CbioNormalCdf | Class representing the cumulative distribution function of the normal distribution |
| CbioNormalDraws | Class representing a normally distributed random variable for simulated integration |
| CbioNormalPdf | Class representing the probability density function of a standardized normally distributed random variable |
| CbioRecycleDraws | Class representing the uniform draw of a random variable used for integration using Monte Carlo simulation |
| CbioUniformDraws | Class representing a uniformly distributed random variable on [0,1] for simulated integration |
| CbioUniformSymmetricDraws | Class representing a uniformly distributed random variable on [-1,1] for simulated integration |
| CDefineDraws | Class representing the definition of a new type of draws |
| CDefineVariable | Class representing the definition of a new variable |
| CDerive | Class generating the analytical derivative of an expression |
| CElem | Class extracting an expression from a dictionary |
| CEnumerate | Class performing a sample enumeration |
| Cexp | Class representing the expression for exponential |
| CExpression | Interface for mathematical expressions |
| CIntegrate | Class performing numerical integration relying on the Gauss-Hermite quadrature to compute
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| Clog | Class representing the expression for natural logarithm |
| Cmax | Class representing the expression for the maximum of two expressions |
| CMH | Class performing draws from densities for Bayesian estimation using Metropolis-Hastings algorithm |
| Cmin | Class representing the expression for the minimum of two expressions |
| CMonteCarlo | Class representing the Monte Carlo integration of an expression |
| CMonteCarloControlVariate | Class representing the Monte Carlo integration of an expression, using a control variate method to decrease the variance |
| CNumeric | Class wrapping an integer or a float value |
| COperator | Generic class for an operator |
| CProd | Class representing the product of the same expression applied to a list of data |
| CRandomVariable | Class representing a random variable for numerical integration |
| CSum | Class representing the sum of the same expression applied to a list of data |
| CUnOp | Generic class for unary operators |
| CVariable | Class representing the variables defined in the data file |
| ▼Nbio_iterator | |
| CdrawIterator | Iterates on the data file for generate the user defined draws (since biogeme 2.4) |
| Citerator | Generic class for an iterator |
| CmetaIterator | Meta iterators are designed to iterate on group of rows of the data file |
| CrowIterator | Row iterators are designed to iterate on rows of the data file |
| ▼Nbiogeme | |
| CBIOGEME_OBJECT | This class gathers the components needed by biogeme to perform the estimation or the simulation |
| CSTAN | Class used for generating STAN files (see http://mc-stan.org) |
| ▼NbioMatrix | |
| CbioMatrix | This class implements a matrix object designed to store the variance covariance matrix |