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Effects of periodic forcing on a Paleoclimate delay model - Supplementary material

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posted on 2018-09-05, 11:41 authored by Courtney QuinnCourtney Quinn, Jan SieberJan Sieber, Anna von der Heydt
Supplementary material for manuscript:

C. Quinn, J. Sieber, A. v. d. Heydt, Effects of periodic forcing on a Paleoclimate delay model

arXiv:1808.02310

Contents:

heatmap_traj_quasiper.mp4 (Animation)
An animation of the comparison between trajectories in the bistable region (blue) and reference trajectories outside of the bistable region with same forcing strength (red).

U_basin_155.mp4 (Animation)
An animation of the moving basin of attraction for different forcing strengths of the periodic forcing.

Phi_basin_145.mp4 (Animation)
An animation of the moving basin of attraction for different phases of the periodic forcing.

SupplementaryDescription.pdf (PDF)
Description of how one can modify the search circle (SC) algorithm for stable manifolds for maps.

matlabdemo.zip (Matlab script)
An example Matlab code to compute the stable manifold of saddle periodic orbit using implicit equation-free reduction.

Funding

C.Q. and J.S have received funding from the European Union's Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No 643073. J.S. gratefully acknowledges the nancial support of the EPSRC via grants EP/N023544/1 and EP/N014391/1. AvdH gratefully acknowledges nancial support from the EPSRC funded Past Earth Network (grant number EP/M008363/1) and ReCoVER (grant number EP/M008495/1) for an extended research visit to the University of Exeter in summer 2017.

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