asdklfjadlsk.rb

def uni_z1(input)
   output = input;
   output = output.gsub(/\u104E\u1004\u103A\u1038/, '\u104E');
   output = output.gsub(/\u102B\u103A/, '\u105A');
   output = output.gsub(/\u102D\u1036/, '\u108E');
   output = output.gsub(/\u103F/, '\u1086');
   output = output.gsub(/(\u102F[\u1036]?)\u1037/, $1 ? $1 + '\u1094' : "#{$0}#{$1}")
   output = output.gsub(/(\u1030[\u1036]?)\u1037/, $1 ? $1 + '\u1094' : "#{$0}#{$1}")
   output = output.gsub(/(\u1014[\u103A\u1032]?)\u1037/, $1 ? $1 + '\u1094' : "#{$0}#{$1}")
   output = output.gsub(/(\u103B[\u1032\u1036]?)\u1037/, $1 ? $1 + '\u1095' : "#{$0}#{$1}")
   output = output.gsub(/(\u103D[\u1032]?)\u1037/, $1 ? $1 + '\u1095' : "#{$0}#{$1}")
   output = output.gsub(/([\u103B\u103C\u103D][\u102D\u1036]?)\u102F/, $1 ? $1 + '\u1033' : "#{$0}#{$1}")
   output = output.gsub(/((\u1039[\u1000-\u1021])[\u102D\u1036]?)\u102F/, $1 ? $1 + '\u1033' : "#{$0}#{$1}")
   output = output.gsub(/([\u100A\u100C\u1020\u1025\u1029][\u102D\u1036]?)\u102F/, $1 ? $1 + '\u1033' : "#{$0}#{$1}")
   output = output.gsub(/([\u103B\u103C][\u103D]?[\u103E]?[\u102D\u1036]?)\u1030/, $1 ? $1 + '\u1034' : "#{$0}#{$1}")
   # uu - 2
   output = output.gsub(/((\u1039[\u1000-\u1021])[\u102D\u1036]?)\u1030/, $1 ? $1 + '\u1034' : "#{$0}#{$1}")
   # uu - 2
   output = output.gsub(/([\u100A\u100C\u1020\u1025\u1029][\u102D\u1036]?)\u1030/, $1 ? $1 + '\u1034' : "#{$0}#{$1}")
   # uu - 2
   output = output.gsub(/(\u103C)\u103E/, $1 ? $1 + '\u1087' : "#{$0}#{$1}")
   # ha - 2
   output = output.gsub(/\u1009(?=[\u103A])/, '\u1025');
   output = output.gsub(/\u1009(?=\u1039[\u1000-\u1021])/, '\u1025');
   # E render
   output = output.gsub( /([\u1000-\u1021\u1029])(\u1039[\u1000-\u1021])?([\u103B-\u103E\u1087]*)?\u1031/, "\u1031#{$1}#{$2}#{$3}");
     # Ra render
   output = output.gsub( /([\u1000-\u1021\u1029])(\u1039[\u1000-\u1021\u1000-\u1021])?(\u103C)/, "#{$3}#{$1}#{$2}");
   # Kinzi
   output = output.gsub(/\u1004\u103A\u1039/, "\u1064");
   # kinzi
   output = output.gsub(/(\u1064)([\u1031]?)([\u103C]?)([\u1000-\u1021])\u102D/, "#{$2}#{$3}#{$4}\u108B");
   # reordering kinzi lgt
   output = output.gsub(/(\u1064)(\u1031)?(\u103C)?([ \u1000-\u1021])\u102E/, "#{$2}#{$3}#{$4}\u108C");
   # reordering kinzi lgtsk
   output = output.gsub(/(\u1064)(\u1031)?(\u103C)?([ \u1000-\u1021])\u1036/, "#{$2}#{$3}#{$4}\u108D");
   # reordering kinzi ttt
   output = output.gsub(/(\u1064)(\u1031)?(\u103C)?([ \u1000-\u1021])/, "#{$2}#{$3}#{$4}\u1064");
   # reordering kinzi
   # Consonant
   output = output.gsub(/\u100A(?=[\u1039\u102F\u1030])/, "\u106B");
   # nnya - 2
   output = output.gsub(/\u100A/, "\u100A");
   # nnya
   output = output.gsub(/\u101B(?=[\u102F\u1030])/, "\u1090");
   # ra - 2
   output = output.gsub(/\u101B/, "\u101B");
   # ra
   output = output.gsub(/\u1014(?=[\u1039\u103D\u103E\u102F\u1030])/, "\u108F");
   # na - 2
   output = output.gsub(/\u1014/, "\u1014");
   # na
   # Stacked consonants
   output = output.gsub(/\u1039\u1000/, "\u1060");
   output = output.gsub(/\u1039\u1001/, "\u1061");
   output = output.gsub(/\u1039\u1002/, "\u1062");
   output = output.gsub(/\u1039\u1003/, "\u1063");
   output = output.gsub(/\u1039\u1005/, "\u1065");
   output = output.gsub(/\u1039\u1006/, "\u1066");
   # 1067
   output = output.gsub(/([\u1001\u1002\u1004\u1005\u1007\u1012\u1013\u108F\u1015\u1016\u1017\u1019\u101D])\u1066/, $1 ? $1 + '\u1067' : "#{$0}#{$1}")
   # 1067
   output = output.gsub(/\u1039\u1007/, "\u1068");
   output = output.gsub(/\u1039\u1008/, "\u1069");
   output = output.gsub(/\u1039\u100F/, "\u1070");
   output = output.gsub(/\u1039\u1010/, "\u1071");
   # 1072 omit (little shift to right)
   output = output.gsub(/([\u1001\u1002\u1004\u1005\u1007\u1012\u1013\u108F\u1015\u1016\u1017\u1019\u101D])\u1071/, $1 ? $1 + '\u1072' : "#{$0}#{$1}")
   # 1067
   output = output.gsub(/\u1039\u1011/, "\u1073");
   # \u1074 omit(little shift to right)
   output = output.gsub(/([\u1001\u1002\u1004\u1005\u1007\u1012\u1013\u108F\u1015\u1016\u1017\u1019\u101D])\u1073/, $1 ? $1 + '\u1074' : "#{$0}#{$1}")
   # 1067
   output = output.gsub(/\u1039\u1012/, "\u1075");
   output = output.gsub(/\u1039\u1013/, "\u1076");
   output = output.gsub(/\u1039\u1014/, "\u1077");
   output = output.gsub(/\u1039\u1015/, "\u1078");
   output = output.gsub(/\u1039\u1016/, "\u1079");
   output = output.gsub(/\u1039\u1017/, "\u107A");
   output = output.gsub(/\u1039\u1018/, "\u107B");
   output = output.gsub(/\u1039\u1019/, "\u107C");
   output = output.gsub(/\u1039\u101C/, "\u1085");
   output = output.gsub(/\u100F\u1039\u100D/, "\u1091");
   output = output.gsub(/\u100B\u1039\u100C/, "\u1092");
   output = output.gsub(/\u1039\u100C/, "\u106D");
   output = output.gsub(/\u100B\u1039\u100B/, "\u1097");
   output = output.gsub(/\u1039\u100B/, "\u106C");
   output = output.gsub(/\u100E\u1039\u100D/, "\u106F");
   output = output.gsub(/\u100D\u1039\u100D/, "\u106E");
   output = output.gsub(/\u1009(?=\u103A)/, "\u1025");
   # u
   output = output.gsub(/\u1025(?=[\u1039\u102F\u1030])/, "\u106A");
   # u - 2
   output = output.gsub(/\u1025/, "\u1025");
   # u
   ##################/
   output = output.gsub(/\u103A/, "\u1039");
   # asat
   output = output.gsub(/\u103B\u103D\u103E/, "\u107D\u108A");
   # ya wa ha
   output = output.gsub(/\u103D\u103E/, "\u108A");
   # wa ha
   output = output.gsub(/\u103B/, "\u103A");
   # ya
   output = output.gsub(/\u103C/, "\u103B");
   # ra
   output = output.gsub(/\u103D/, "\u103C");
   # wa
   output = output.gsub(/\u103E/, "\u103D");
   # ha
   output = output.gsub(/\u103A(?=[\u103C\u103D\u108A])/, "\u107D");
   # ya - 2
   output = output.gsub(/(\u100A(?:[\u102D\u102E\u1036\u108B\u108C\u108D\u108E])?)\u103D/, $1 ? $1 + '\u1087' : $0)
   # ha - 2
   output = output.gsub(/\u103B(?=[\u1000\u1003\u1006\u100F\u1010\u1011\u1018\u101A\u101C\u101E\u101F\u1021])/, "\u107E");
   # great Ra with wide consonants
   output = output.gsub(/\u107E([\u1000-\u1021\u108F])(?=[\u102D\u102E\u1036\u108B\u108C\u108D\u108E])/, "\u1080#{$1}");
   # great Ra with upper sign
   output = output.gsub(/\u107E([\u1000-\u1021\u108F])(?=[\u103C\u108A])/, "\u1082#{$1}");
   # great Ra with under signs
   output = output.gsub(/\u103B([\u1000-\u1021\u108F])(?=[\u102D \u102E \u1036 \u108B \u108C \u108D \u108E])/, "\u107F#{$1}");
   # little Ra with upper sign
   output = output.gsub(/\u103B([\u1000-\u1021\u108F])(?=[\u103C\u108A])/, "\u1081#{$1}");
   # little Ra with under signs
   output = output.gsub(/(\u1014[\u103A\u1032]?)\u1037/, $1 ? $1 + '\u1094' : "#{$0}#{$1}")
   # aukmyint
   output = output.gsub(/(\u1033[\u1036]?)\u1094/, $1 ? $1 + '\u1095' : "#{$0}#{$1}")
   # aukmyint
   output = output.gsub(/(\u1034[\u1036]?)\u1094/, $1 ? $1 + '\u1095' : "#{$0}#{$1}")
   # aukmyint
   output = output.gsub(/([\u103C\u103D\u108A][\u1032]?)\u1037/, $1 ? $1 + '\u1095' : "#{$0}#{$1}")
   # aukmyint
   output;
end