- findEigendec(int, double) - Method in class kernels.OneParticleKernel
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Compute an approximate eigen-decomposition of this operator, in the basis described above.
- findLowestEigenvalue(int, double) - Method in class kernels.OneParticleKernel
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Approximate the lowest eigenvalue of this operator, using the basis described above.
- findLowestEigenvector(int, double) - Method in class kernels.OneParticleKernel
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Approximate the eigenfunction for the lowest eigenvalue of this operator, in the basis described above.
- findSpectrum(int, double) - Method in class kernels.OneParticleKernel
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Approximate the spectrum of this operator, in the basis described above.
- FminIpi(double) - Method in class models.FreeModel
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- FminIpi(double) - Method in class models.IntegrableModel
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Computes the value of \(F_\text{min}(\theta + i \pi)\) for given \(\theta\).
- FminIpi(double) - Method in class models.IsingModel
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- FminIpi(double) - Method in class models.ProductModel
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- FminIpi(double) - Method in class models.SinhGordonModel
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- FminIpi(double) - Method in class models.SinhIsingModel
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- FreeModel - Class in models
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The free model is a trivial example of an integrable model with
scattering function S=1.
- FreeModel() - Constructor for class models.FreeModel
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