# written by calc_discrete_dist, version 04/09/2022 # based on data in file: all_segments_Ni.txt # number of columns = 10, symmetry = 3 # ref. frame = 1, radians = 1, StepSize = 0.200 # Discretization = 9, 9 # output flags: 1 1 1 0 0 0 0 # note: The is the high purity Ni sample data for gbXstallography # the following lines are the header of the source file # segment file written by condition_segs: version 05/07/22 # File written by extract_gb_traces: version 04/12/2022 # Using data from file: Mod_Mod1_000.ang # data from TSL # data is on a HEX grid # length of step in x direction: 0.200000 # length of step in y direction: 0.173205 # number of rows: 432 # number of columns in odd numbered rows: 426 # number of columns in even numbered rows: 425 # maximal number of pixels in each line segments: 7 # high purity Ni Example for gbXstallography # There are : 543 grains # There are : 1104 trinodes # There are : 24604 grain boundary nodes # There are : 1483 grain pairs with boundaries # The number of traces subdivided: 114 # 86 of 1483 boundaries do not have 2 trinodes # 8 of 1483 boundaries have 0 trinode # 6 of 1483 boundaries have 1 trinode # 1397 of 1483 boundaries have 2 trinodes # 0 of 1483 boundaries have 3 trinodes # 70 of 1483 boundaries have 4 trinodes # 0 of 1483 boundaries have 5 trinodes # 1 of 1483 boundaries have 6 trinodes # 0 of 1483 boundaries have 7 trinodes # 1 of 1483 boundaries have 8 trinodes # phi1 PHI phi2 phi1 PHI phi2 x1 y1 x2 y2 # comment: High Purity Ni data for the gbXstallography example # phi1 PHI phi2 phi1 PHI phi2 x1 y1 x2 y2 0.453105986 0.510286152 0.720328331 0.825759470 0.887246430 0.825753689 0.720333338 0.510286152 0.453100920 0.453111023 0.510286152 0.720328331 0.825753689 0.887257338 0.825742841 0.720337689 0.510274589 0.453117162 0.453081787 0.510310292 0.720328331 0.825753689 0.887236357 0.825753689 0.720341980 0.510260880 0.453141332 0.453107059 0.510280013 0.720311701 0.825758040 0.887264490 0.825753689 0.720316410 0.510291874 0.453117162 0.461094439 0.547956884 0.716257870 0.923428118 0.917271256 0.923428118 0.716266930 0.547955751 0.461086869 0.461086869 0.547970533 0.716252089 0.923415124 0.917295039 0.923410058 0.716272712 0.547948182 0.461094439 0.461086869 0.547946393 0.716276348 0.923415124 0.917261183 0.923430979 0.716264009 0.547965109 0.461113930 0.461083621 0.547962964 0.716242015 0.923402131 0.917303741 0.923423052 0.716241658 0.547979534 0.461094439 0.525151610 0.662756145 0.936691225 1.15502214 1.24624372 1.15500700 0.936706424 0.662756145 0.525151610 0.525151610 0.662756145 0.936691225 1.15501857 1.24625099 1.15499401 0.936715782 0.662754297 0.525153458 0.525151610 0.662756145 0.936691225 1.15501857 1.24624741 1.15498173 0.936719358 0.662763715 0.525162101 0.525147974 0.662759721 0.936663747 1.15501928 1.24627113 1.15500700 0.936682522 0.662779570 0.525153458 0.707874835 0.851321876 1.02348650 1.52456224 1.75698221 1.52455497 1.02350092 0.851315320 0.707874835 0.707874835 0.851321876 1.02348650 1.52456009 1.75698650 1.52455282 1.02349436 0.851321876 0.707874835 0.707863748 0.851318896 1.02350092 1.52456009 1.75696993 1.52456951 1.02348065 0.851311684 0.707905591 0.707868755 0.851326883 1.02345538 1.52457094 1.75700021 1.52455497 1.02347136 0.851342797 0.707874835 0.748525798 0.957348585 1.32522523 1.94121718 2.44216228 1.94121718 1.32522523 0.957348585 0.748525798 0.748525798 0.957348585 1.32522523 1.94121432 2.44216824 1.94121003 1.32522881 0.957336366 0.748537421 0.748522937 0.957342088 1.32522881 1.94121945 2.44215798 1.94121575 1.32522953 0.957341373 0.748537421 0.748537421 0.957336366 1.32518482 1.94122946 2.44219184 1.94121718 1.32522011 0.957341373 0.748537421 0.867027998 1.02485967 1.42055321 2.14932013 2.59852338 2.14932013 1.42055321 1.02486324 0.867024422 0.867017925 1.02486908 1.42054546 2.14932251 2.59853482 2.14931154 1.42055690 1.02485168 0.867035985 0.867017925 1.02485168 1.42056346 2.14932251 2.59851098 2.14932394 1.42054605 1.02486682 0.867043912 0.867028713 1.02485526 1.42052507 2.14932442 2.59854293 2.14932442 1.42051876 1.02488708 0.867035985 0.883314669 0.977339625 1.27389622 1.66059136 1.85899210 1.66059136 1.27390194 0.977333844 0.883314669 0.883314669 0.977339625 1.27389622 1.66058707 1.85900068 1.66058707 1.27390194 0.977300644 0.883349299 0.883311808 0.977331638 1.27390695 1.66058707 1.85898268 1.66059566 1.27388453 0.977313578 0.883361578 0.883340657 0.977318704 1.27386153 1.66061306 1.85899210 1.66059935 1.27387524 0.977330923 0.883343577 0.800684810 0.815678358 0.922937155 1.11823475 1.05609441 1.11822903 0.922948062 0.815672636 0.800684810 0.800684810 0.815678358 0.922937155 1.11823475 1.05609441 1.11821890 0.922952354 0.815666437 0.800696671 0.800681531 0.815667570 0.922950923 1.11823475 1.05609441 1.11821318 0.922958136 0.815666437 0.800699949 0.800687969 0.815671563 0.922932148 1.11819077 1.05613995 1.11822402 0.922940791 0.815672278 0.800696671 0.572846353 0.602618039 0.606888115 0.609623611 0.588866949 0.609623611 0.606888115 0.602618039 0.572846353 0.572843790 0.602620602 0.606888115 0.609623611 0.588866949 0.609617829 0.606894255 0.602612674 0.572851777 0.572843790 0.602609754 0.606898904 0.609623611 0.588821471 0.609645605 0.606888115 0.602620304 0.572871983 0.572840929 0.602625310 0.606868625 0.609627247 0.588863671 0.609629393 0.606860995 0.602649450 0.572846353