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C

CachedFunction - Class in models
A univariate real function that caches previous evaluations, so that they can be returned faster if the function is evaluated at the same point several times.
CachedFunction(UnivariateFunction, double) - Constructor for class models.CachedFunction
Constructs a cached function, using a given function f for obtaining the actual values of the function.
checkPlausibility(EigenDecomposition, int) - Method in class kernels.OneParticleKernel
Check whether an eigen-decomposition of this operator is plausible, namely, whether its lowest eigenfunction decays at the end of the interval \([-R,R]\).
cli - package cli
Command-line applications that generate the data used in the article.
CLIAnalyzer - Class in cli
An abstract base class for a command-line applications that runs a numeric computation and writes its output to a CSV file.
CLIAnalyzer() - Constructor for class cli.CLIAnalyzer
 
comparisonWithIsing() - Method in class models.ProductModelTest
Verifies the product model against the Ising model.
comparisonWithSinhGordon() - Method in class models.ProductModelTest
Verifies the product model against the sinh-Gordon model with various couplings.
comparisonWithSinhIsing() - Method in class models.ProductModelTest
Verifies the product model against the sinh-Gordon model with an additional minus sign ("sinh-Ising model").
comparisonWithSinhProduct() - Method in class models.ProductModelTest
Verifies the product model against a manually computed product of S-matrices from three sinh-Gordon models.
ComplexCouplingsAnalyzer - Class in cli
(For Fig 3b) Computes the lowest eigenvalue of the smeared energy density, for a model with S-matrix consisting of \(n\) pairs of sinh-Gordon factors with complex coupling constant, \(B=1\pm k a i\), where \(k=1..n\), and \(a>0\) is a constant.
ComplexCouplingsAnalyzer() - Constructor for class cli.ComplexCouplingsAnalyzer
 
coshPower - Variable in class kernels.EnergyDensityKernel
The parameter \(n\) associated with the polynomial \(P\), see EnergyDensityKernel.EnergyDensityKernel(IntegrableModel, double, double, int, double).
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