Regularized quantum periods and other geometric data for certain four-dimensional Fano quiver flag zero loci This data was computed and assembled in 2018 by: Tom Coates Elana Kalashnikov Alexander Kasprzyk To the extent possible under law, Tom Coates, Elana Kalashnikov, and Alexander Kasprzyk, who associated CC0 with "Regularized quantum periods and other geometric data for certain four-dimensional Fano quiver flag zero loci" have waived all copyright and related or neighboring rights to "Regularized quantum periods and other geometric data for certain four-dimensional Fano quiver flag zero loci". You should have received a copy of the CC0 Public Domain Dedication along with this work. If not, see . If you make use of this data in an academic or commercial context, you should acknowledge this by including a reference or citation to the paper "Four-Dimensional Fano Quiver Flag Zero Loci" by Elana Kalashnikov, with an appendix by Tom Coates, Elana Kalashnikov, and Alexander Kasprzyk, 2018. ====================================================================== The ESM contains q.txt.gz and data.txt. These two files contains the geometric data, as described in the paper "Four-Dimensional Fano Quiver Flag Zero Loci" by Elana Kalashnikov, with an appendix by Tom Coates, Elana Kalashnikov, and Alexander Kasprzyk, 2018. Each of the files data.txt and q.txt is in key:value format. Records in the key:value file are separated by blank lines. Each record in q.txt defines a quiver flag variety Y. The keys are as follows: adjacency_matrix: The rows of the adjacency matrix of the graph that defines Y dimension_vector: The dimension vector of Y. Each record in data.txt defines a quiver flag zero locus X defined in the quiver flag variety Y. The file data.txt has keys as follows: Euler_number: The Euler number of X. Hilbert_coefficients: The Hilbert coefficients of X. Hilbert_delta_vector: The Hilber delta vector of X. adjacency_matrix: The rows of the adjacency matrix that define Y. degree: The degree of X. dimension_vector: The dimension vector of Y. generalised_partitions: The generalised partitions defining the bundle which cuts out X. period: The quantum period of X.