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lyttle_model: main code of class lyttle_model with methods to solve the Aplysia system, the variational equation and the adjoint equation for the iPRC
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Figs_2_3_4_5_ISRC: computes the variational dynamics and generates Figs. 2~5.
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lyttle_iPRC: the function for computing the IPRC (infinitesimal phase response curve)
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Fig6_IPRC: the runner of lyttle_iPRC, which plots Fig 6
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lyttle_ltrc: the function for computing the LTRC (local timing response curve)
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Fig7_LTRC: the runner of lyttle_ltrc, which plots Fig 7.
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Fig8_robustness_num_vs_isrc: code for plotting Fig 8.
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Fig_9_10_Robustness: code for plotting Figs 9 and 10.
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Fig11_displacements_uniform_rescaling: code for plotting Fig 11.
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Fig12_displacements_piecewise_rescaling: code for plotting Fig 12.
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Fig13: code for plotting Fig 13.
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find_prc_monodromy: supporting file for functions lyttle_iPRC and lyttle_ltrc.
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Variational_Plot: code for computing variational dynamics and finding the Monodromy matrix.
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lyttle_iSRC: the function for computing the ISRC (infinitesimal shape response curve)
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lyttle_iSRC_runner: runner of lyttle_iSRC.
ywang818/AplysiaModel
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MATLAB code for solving variational dynamics and iPRC of a neuromechanical model of Aplysia feeding behaviors
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