Table 1 (Machine Readable)

A machine-readable version of Table 1. The column headings are as follows: 'l','b' are the coordinates of the center of the circular region for each sightline (in degrees). 'beam' corresponds to the angular radius of each sightline (in degrees). 'dist1', ..., 'dist5' is the mean distance for each sightline (in pc). 'dist1_l', ..., 'dist5_l' is the statistical lower distance limit (16th percentile) for each sightline (in pc). 'dist1_h', ..., 'dist5_h' is the statistical upper distance limit (84th percentile) for each sightline (in pc). 'XMM_%1', ..., 'XMM_%5' give the percentage of column density accounted for in each jump as compared to that of the total column density predicted from XMM-Newton data. 'XMM_%1_l', ..., 'XMM_%5_l' give the lower limit (16th percentile) of the percentage of column density accounted for in each jump as compared to that of the total column density predicted from XMM-Newton data. 'XMM_%1_h', ..., 'XMM_%5_h' give the higher limit (84th percentile) of the percentage of column density accounted for in each jump as compared to that of the total column density predicted from XMM-Newton data. 'Planck_%1', ..., 'Planck_%5' give the percentages of the total integrated extinction compared to that calculated using the Planck reddening map derived from the τ353GHz dust optical depth map. 'Planck_%1_l', ..., 'Planck_%5_l' give the lower limit (16th percentile) of the percentages of the total integrated extinction compared to that calculated using the Planck reddening map derived from the τ353GHz dust optical depth map. 'Planck_%1_h', ..., 'Planck_%5_h' give the higher limit (84th percentile) of the percentages of the total integrated extinction compared to that calculated using the Planck reddening map derived from the τ353GHz dust optical depth map.