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A guide to the data contained in this directory
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This folder contains the pathway information.

Guide to folder contents
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Note: all pathways here are for the cyinder of aspect ratio A_o = 0.8, compression ratio lambda=0.9986, elastic control ratio = 2.5E5.
MEP_A    -    MEP pathway A. Column 1: distance of current configuration relative to unbuckled state divided by radius R_o. Column 2: energy relative to the bending elastic constant k_bend.
MEP_B    -    MEP pathway B. Column 1: distance of current configuration relative to unbuckled state divided by radius R_o. Column 2: energy relative to the bending elastic constant k_bend.
MEP_C    -    MEP pathway C. Column 1: distance of current configuration relative to unbuckled state divided by radius R_o. Column 2: energy relative to the bending elastic constant k_bend.

LP_A    -    Local probe pathway A. Column 1: distance of current configuration relative to unbuckled state divided by radius R_o. Column 2: energy relative to the bending elastic constant k_bend.
LP_B    -    Local probe pathway B. Column 1: distance of current configuration relative to unbuckled state divided by radius R_o. Column 2: energy relative to the bending elastic constant k_bend.
LP_C    -    Local probe pathway C. Column 1: distance of current configuration relative to unbuckled state divided by radius R_o. Column 2: energy relative to the bending elastic constant k_bend.

MEP_bias_1percent    -    1% mass biased, unbuckled-single dimple transtion pathway. Column 1: distance of current configuration relative to unbuckled state divided by radius R_o. Column 2: energy relative to the bending elastic constant k_bend.
MEP_bias_1percent_uniform    -    1% mass increase applied uniformly, unbuckled-single dimple transtion pathway. Column 1: distance of current configuration relative to unbuckled state divided by radius R_o. Column 2: energy relative to the bending elastic constant k_bend.
