Index of Supplementary Materials
Title of paper: Growing stripes, with and without wrinkles
Authors: M. Avery, R. Goh, O. Goodloe, A. Milewski, and A. Scheel
The repository of MATLAB codes used to create these materials can be found on github at the following link.
See the README.md file there for an overview of all directories.FigureMovies
Figure 14
File: /FigureMovies/Figure14/sh_sn_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (1) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
File: /FigureMovies/Figure14/sh_sn_sym_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (2) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
File: /FigureMovies/Figure14/sh_zz_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (3) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
File: /FigureMovies/Figure14/sh_zz_sym_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (4) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
File: /FigureMovies/Figure14/sh_cross_roll_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (5) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
File: /FigureMovies/Figure14/sh_cross_roll_sym_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (6) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
File: /FigureMovies/Figure14/sh_cross_roll_lower_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (6) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
File: /FigureMovies/Figure14/sh_cross_roll_lower_sym_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (8) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
File: /FigureMovies/Figure14/sh_cross_roll_lower_sym077_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (9) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
File: /FigureMovies/Figure14/sh_detach_n.m4v
Type: Animation
Contents: Animation of the solution plotted in subplot (10) of Figure 14.
Justification: Useful to see phase dynamics and how instabilities may arise
Figure 15
File: /FigureMovies/Figure15/moduli.m4v
Type: Animation
Contents: Movie of a 360-degree view of the oblique detachment and reattachment regime of the moduli space.
Justification: Helps readers visualize the "delecate arch" and oblique reattachement "wing", along with theire intersection in a hyperbolic catastrophe.
Figure 17
File: /FigureMovies/Figure17/movie_c2.948980e-01.m4v
Type: Animation
Contents: Movie of how solutions vary along slice of moduli space, with c = 2.948980e-01, the top row of Figure 17
Justification: Helps the reader understand how solutions vary in oblique reattachment and through the perpendicular stripe saddle node
File: /FigureMovies/Figure17/movie_c9.081633e-02.m4vv
Type: Animation
Contents: Movie of how solutions vary along slice of moduli space, with c = 9.081633e-02, the top row of Figure 17
Justification: Helps the reader understand how solutions vary in oblique reattachment and through the perpendicular stripe saddle node
Figure 18
File: /FigureMovies/Figure18/kink_ky9.930188e-01.m4v
Type: Animation
Contents: Movie of how solutions vary along slice of kink-dragging bubble of the moduli space with ky=9.930188e-01, the bottom row of Figure 18
Justification: Helps the reader understand how solutions vary on the kink-dragging bubble, traveling through the oblique stripe detachment saddle-node.
Figure 19
File: /FigureMovies/Figure19/movie_ky1.064602e+00.m4v
Type: Animation
Contents: Movie of how solutions vary along slice of oblique stripe reattachment regime of the moduli space with ky=1.064602 in Figure 19
Justification: Helps the reader understand how solutions vary in c on moduli space near the perpendicular detachment and oblique stripe reattachment
Figure 21
File: /FigureMovies/Figure21/Catastrophe_ky8.4712e-01.m4v
Type: Animation
Contents: Movie of how solutions vary along a slice of moduli space for ky = 8.4712e-01, just above the hyperbolic catastrophe
Justification: Helps the reader understand how solutions vary in c on moduli space near the hyperbolic catastrophe, where the kink-dragging bubble colides with the oblique stripe reattachment "wing"
File: /FigureMovies/Figure21/Catastrophe_ky8.42e-01.m4v
Type: Animation
Contents: Movie of how solutions vary along a slice of moduli space for ky = 8.42e-01, just below the hyperbolic catastrophe
Justification: Helps the reader understand how solutions vary in c on moduli space near the hyperbolic catastrophe, where the kink-dragging bubble colides with the oblique stripe reattachment "wing"
Figure 23
File: /FigureMovies/Figure23/barba_ky7.8e-01.m4v
Type: Animation
Contents: Movie of how solutions vary along perpendicular figure-eight isola for ky = 8.42e-01.
Justification: Helps the reader understand how solutions vary in c traveling through the set of four perpendicular stripe curves