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bezier_eval()
- Find a point on a 2D Bezier curve B(t) at a particular value of t
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bezier_intersection()
- Find the intersection of a 2D Bezier curve B(t) and a line passing through the origin with slope m
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eta_analytical()
- Evaluate the analytical value of \(\eta\) for bivariate Gaussian, logistic, asymmetric logistic, and inverted logistic copulas
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eta_empirical()
- Compute \(\eta\) based on Bezier spline control points, usually a posterior draw obtained from
fit_mcmc_bezier
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fit_mcmc_bezier()
- Main MCMC fit function
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gen_data_exp()
- Generate data with unit exponential margins from 4 different bivariate copulas
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get_r0_marg()
- Truncated Gamma calculations
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lambda_analytical()
- Evaluate the analytical value of \(\lambda(\omega)\) for bivariate Gaussian, logistic, asymmetric logistic, and inverted logistic copulas
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lambda_empirical()
- Compute \(\lambda(\omega)\) based on Bezier spline control points, usually a posterior draw obtained from
fit_mcmc_bezier
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plot_bezier_euclidean()
- Plot the limit set based on MCMC output in Euclidean coordinates and export median curve
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plot_bezier_polar()
- Plot the limit set based on MCMC output in polar coordinates and export median curve
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tau_analytical()
- Evaluate the analytical value of \(\tau_1(\delta)\) for bivariate Gaussian, logistic, asymmetric logistic, and inverted logistic copulas
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tau_empirical()
- Compute \(\tau_1(\delta)\) based on Bezier spline control points, usually a posterior draw obtained from
fit_mcmc_bezier
