638 lines
28 KiB
Java
638 lines
28 KiB
Java
/*
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The contents of this file are subject to the THDL Open Community License
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Version 1.0 (the "License"); you may not use this file except in compliance
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with the License. You may obtain a copy of the License on the THDL web site
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(http://www.thdl.org/).
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Software distributed under the License is distributed on an "AS IS" basis,
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WITHOUT WARRANTY OF ANY KIND, either express or implied. See the
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License for the specific terms governing rights and limitations under the
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License.
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The Initial Developer of this software is the Tibetan and Himalayan Digital
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Library (THDL). Portions created by the THDL are Copyright 2003-2004 THDL.
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All Rights Reserved.
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Contributor(s): ______________________________________.
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*/
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package org.thdl.tib.text.ttt;
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import java.util.ArrayList;
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import java.util.HashMap;
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import java.util.StringTokenizer;
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import org.thdl.tib.text.DuffCode;
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import org.thdl.tib.text.THDLWylieConstants;
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import org.thdl.tib.text.TibTextUtils;
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import org.thdl.tib.text.TibetanMachineWeb;
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import org.thdl.util.ThdlOptions;
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/** A singleton class that should contain (but due to laziness and
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* ignorance probably does not contain) all the traits that make ACIP
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* transliteration scheme different from other (say, EWTS)
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* transliteration schemes. This is not safe to use in concurrent
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* programs but it would be easy to make it so. */
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public final class ACIPTraits implements TTraits {
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/** sole instance of this class */
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private static ACIPTraits singleton = null;
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/** Just a constructor. */
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private ACIPTraits() { }
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/** Returns the singleton instance of this class. */
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public static /* synchronized */ ACIPTraits instance() {
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if (null == singleton) {
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singleton = new ACIPTraits();
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}
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return singleton;
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}
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/** Returns "-". */
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public String disambiguator() { return "-"; }
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/** Returns '-'. */
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public char disambiguatorChar() { return '-'; }
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public int maxConsonantLength() { return MAX_CONSONANT_LENGTH; }
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public int maxWowelLength() { return MAX_WOWEL_LENGTH; }
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public boolean hasSimpleError(TPair p) {
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return (("A".equals(p.getLeft()) && null == p.getRight())
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|| (null == p.getLeft()
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&& !this.disambiguator().equals(p.getRight())));
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}
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public String aVowel() { return "A"; }
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public boolean isPostsuffix(String l) {
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return ("S".equals(l)
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|| "D".equals(l));
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}
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public boolean isSuffix(String l) {
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return ("S".equals(l)
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|| "G".equals(l)
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|| "D".equals(l)
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|| "M".equals(l)
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|| "'".equals(l)
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|| "B".equals(l)
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|| "NG".equals(l)
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|| "N".equals(l)
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|| "L".equals(l)
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|| "R".equals(l));
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}
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public boolean isPrefix(String l) {
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return ("'".equals(l)
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|| "M".equals(l)
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|| "B".equals(l)
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|| "D".equals(l)
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|| "G".equals(l));
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}
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private HashMap superACIP2unicode = null;
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private HashMap subACIP2unicode = null;
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public String getUnicodeForWowel(String wowel) {
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return getUnicodeFor(wowel, /* doesn't matter: */ true);
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}
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public /* synchronized */ String getUnicodeFor(String acip, boolean subscribed) {
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if (superACIP2unicode == null) {
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final boolean compactUnicode
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= ThdlOptions.getBooleanOption("thdl.acip.to.unicode.conversions.use.0F52.et.cetera");
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superACIP2unicode = new HashMap(144);
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subACIP2unicode = new HashMap(42);
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// oddball:
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subACIP2unicode.put("V", "\u0FAD");
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superACIP2unicode.put("DH", (compactUnicode ? "\u0F52" : "\u0F51\u0FB7"));
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subACIP2unicode.put("DH", (compactUnicode ? "\u0FA2" : "\u0FA1\u0FB7"));
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superACIP2unicode.put("BH", (compactUnicode ? "\u0F57" : "\u0F56\u0FB7"));
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subACIP2unicode.put("BH", (compactUnicode ? "\u0FA7" : "\u0FA6\u0FB7"));
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superACIP2unicode.put("dH", (compactUnicode ? "\u0F4D" : "\u0F4C\u0FB7"));
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subACIP2unicode.put("dH", (compactUnicode ? "\u0F9D" : "\u0F9C\u0FB7"));
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superACIP2unicode.put("DZH", (compactUnicode ? "\u0F5C" : "\u0F5B\u0FB7"));
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subACIP2unicode.put("DZH", (compactUnicode ? "\u0FAC" : "\u0FAB\u0FB7"));
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superACIP2unicode.put("Ksh", (compactUnicode ? "\u0F69" : "\u0F40\u0FB5"));
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subACIP2unicode.put("Ksh", (compactUnicode ? "\u0FB9" : "\u0F90\u0FB5"));
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superACIP2unicode.put("GH", (compactUnicode ? "\u0F43" : "\u0F42\u0FB7"));
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subACIP2unicode.put("GH", (compactUnicode ? "\u0F93" : "\u0F92\u0FB7"));
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superACIP2unicode.put("K", "\u0F40");
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subACIP2unicode.put("K", "\u0F90");
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superACIP2unicode.put("KH", "\u0F41");
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subACIP2unicode.put("KH", "\u0F91");
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superACIP2unicode.put("G", "\u0F42");
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subACIP2unicode.put("G", "\u0F92");
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superACIP2unicode.put("NG", "\u0F44");
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subACIP2unicode.put("NG", "\u0F94");
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superACIP2unicode.put("C", "\u0F45");
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subACIP2unicode.put("C", "\u0F95");
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superACIP2unicode.put("CH", "\u0F46");
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subACIP2unicode.put("CH", "\u0F96");
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superACIP2unicode.put("J", "\u0F47");
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subACIP2unicode.put("J", "\u0F97");
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superACIP2unicode.put("NY", "\u0F49");
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subACIP2unicode.put("NY", "\u0F99");
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superACIP2unicode.put("T", "\u0F4F");
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subACIP2unicode.put("T", "\u0F9F");
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superACIP2unicode.put("TH", "\u0F50");
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subACIP2unicode.put("TH", "\u0FA0");
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superACIP2unicode.put("D", "\u0F51");
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subACIP2unicode.put("D", "\u0FA1");
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superACIP2unicode.put("N", "\u0F53");
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subACIP2unicode.put("N", "\u0FA3");
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superACIP2unicode.put("P", "\u0F54");
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subACIP2unicode.put("P", "\u0FA4");
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superACIP2unicode.put("PH", "\u0F55");
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subACIP2unicode.put("PH", "\u0FA5");
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superACIP2unicode.put("B", "\u0F56");
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subACIP2unicode.put("B", "\u0FA6");
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superACIP2unicode.put("M", "\u0F58");
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subACIP2unicode.put("M", "\u0FA8");
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superACIP2unicode.put("TZ", "\u0F59");
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subACIP2unicode.put("TZ", "\u0FA9");
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superACIP2unicode.put("TS", "\u0F5A");
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subACIP2unicode.put("TS", "\u0FAA");
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superACIP2unicode.put("DZ", "\u0F5B");
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subACIP2unicode.put("DZ", "\u0FAB");
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superACIP2unicode.put("W", "\u0F5D");
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subACIP2unicode.put("W", "\u0FBA"); // oddball
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superACIP2unicode.put("ZH", "\u0F5E");
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subACIP2unicode.put("ZH", "\u0FAE");
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superACIP2unicode.put("Z", "\u0F5F");
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subACIP2unicode.put("Z", "\u0FAF");
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superACIP2unicode.put("'", "\u0F60");
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subACIP2unicode.put("'", "\u0FB0");
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superACIP2unicode.put("Y", "\u0F61");
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subACIP2unicode.put("Y", "\u0FB1");
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superACIP2unicode.put("R", "\u0F62");
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subACIP2unicode.put("R", "\u0FB2");
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superACIP2unicode.put("L", "\u0F63");
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subACIP2unicode.put("L", "\u0FB3");
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superACIP2unicode.put("SH", "\u0F64");
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subACIP2unicode.put("SH", "\u0FB4");
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superACIP2unicode.put("S", "\u0F66");
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subACIP2unicode.put("S", "\u0FB6");
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superACIP2unicode.put("H", "\u0F67");
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subACIP2unicode.put("H", "\u0FB7");
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superACIP2unicode.put("A", "\u0F68");
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subACIP2unicode.put("A", "\u0FB8");
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superACIP2unicode.put("t", "\u0F4A");
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subACIP2unicode.put("t", "\u0F9A");
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superACIP2unicode.put("th", "\u0F4B");
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subACIP2unicode.put("th", "\u0F9B");
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superACIP2unicode.put("d", "\u0F4C");
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subACIP2unicode.put("d", "\u0F9C");
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superACIP2unicode.put("n", "\u0F4E");
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subACIP2unicode.put("n", "\u0F9E");
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superACIP2unicode.put("sh", "\u0F65");
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subACIP2unicode.put("sh", "\u0FB5");
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superACIP2unicode.put("I", "\u0F72");
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superACIP2unicode.put("E", "\u0F7A");
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superACIP2unicode.put("O", "\u0F7C");
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superACIP2unicode.put("U", "\u0F74");
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superACIP2unicode.put("OO", "\u0F7D");
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superACIP2unicode.put("EE", "\u0F7B");
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superACIP2unicode.put("i", "\u0F80");
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superACIP2unicode.put("'A", "\u0F71");
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superACIP2unicode.put("'I", "\u0F71\u0F72");
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superACIP2unicode.put("'E", "\u0F71\u0F7A");
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superACIP2unicode.put("'O", "\u0F71\u0F7C");
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superACIP2unicode.put("'U", "\u0F71\u0F74");
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superACIP2unicode.put("'OO", "\u0F71\u0F7D");
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superACIP2unicode.put("'EE", "\u0F71\u0F7B");
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superACIP2unicode.put("'i", "\u0F71\u0F80");
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superACIP2unicode.put("Im", "\u0F72\u0F7E");
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superACIP2unicode.put("Em", "\u0F7A\u0F7E");
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superACIP2unicode.put("Om", "\u0F7C\u0F7E");
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superACIP2unicode.put("Um", "\u0F74\u0F7E");
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superACIP2unicode.put("OOm", "\u0F7D\u0F7E");
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superACIP2unicode.put("EEm", "\u0F7B\u0F7E");
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superACIP2unicode.put("im", "\u0F80\u0F7E");
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superACIP2unicode.put("'Am", "\u0F71\u0F7E");
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superACIP2unicode.put("'Im", "\u0F71\u0F72\u0F7E");
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superACIP2unicode.put("'Em", "\u0F71\u0F7A\u0F7E");
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superACIP2unicode.put("'Om", "\u0F71\u0F7C\u0F7E");
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superACIP2unicode.put("'Um", "\u0F71\u0F74\u0F7E");
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superACIP2unicode.put("'OOm", "\u0F71\u0F7D\u0F7E");
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superACIP2unicode.put("'EEm", "\u0F71\u0F7B\u0F7E");
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superACIP2unicode.put("'im", "\u0F71\u0F80\u0F7E");
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superACIP2unicode.put("I:", "\u0F72\u0F7F");
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superACIP2unicode.put("E:", "\u0F7A\u0F7F");
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superACIP2unicode.put("O:", "\u0F7C\u0F7F");
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superACIP2unicode.put("U:", "\u0F74\u0F7F");
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superACIP2unicode.put("OO:", "\u0F7D\u0F7F");
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superACIP2unicode.put("EE:", "\u0F7B\u0F7F");
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superACIP2unicode.put("i:", "\u0F80\u0F7F");
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superACIP2unicode.put("'A:", "\u0F71\u0F7F");
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superACIP2unicode.put("'I:", "\u0F71\u0F72\u0F7F");
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superACIP2unicode.put("'E:", "\u0F71\u0F7A\u0F7F");
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superACIP2unicode.put("'O:", "\u0F71\u0F7C\u0F7F");
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superACIP2unicode.put("'U:", "\u0F71\u0F74\u0F7F");
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superACIP2unicode.put("'OO:", "\u0F71\u0F7D\u0F7F");
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superACIP2unicode.put("'EE:", "\u0F71\u0F7B\u0F7F");
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superACIP2unicode.put("'i:", "\u0F71\u0F80\u0F7F");
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superACIP2unicode.put("Im:", "\u0F72\u0F7E\u0F7F");
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superACIP2unicode.put("Em:", "\u0F7A\u0F7E\u0F7F");
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superACIP2unicode.put("Om:", "\u0F7C\u0F7E\u0F7F");
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superACIP2unicode.put("Um:", "\u0F74\u0F7E\u0F7F");
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superACIP2unicode.put("OOm:", "\u0F7D\u0F7E\u0F7F");
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superACIP2unicode.put("EEm:", "\u0F7B\u0F7E\u0F7F");
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superACIP2unicode.put("im:", "\u0F80\u0F7E\u0F7F");
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superACIP2unicode.put("'Am:", "\u0F71\u0F7E\u0F7F");
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superACIP2unicode.put("'Im:", "\u0F71\u0F72\u0F7E\u0F7F");
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superACIP2unicode.put("'Em:", "\u0F71\u0F7A\u0F7E\u0F7F");
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superACIP2unicode.put("'Om:", "\u0F71\u0F7C\u0F7E\u0F7F");
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superACIP2unicode.put("'Um:", "\u0F71\u0F74\u0F7E\u0F7F");
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superACIP2unicode.put("'OOm:", "\u0F71\u0F7D\u0F7E\u0F7F");
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superACIP2unicode.put("'EEm:", "\u0F71\u0F7B\u0F7E\u0F7F");
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superACIP2unicode.put("'im:", "\u0F71\u0F80\u0F7E\u0F7F");
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// :m does not appear, though you'd think it's as valid as m:.
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superACIP2unicode.put("m", "\u0F7E");
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superACIP2unicode.put(":", "\u0F7F");
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superACIP2unicode.put("m:", "\u0F7E\u0F7F");
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superACIP2unicode.put("Am", "\u0F7E");
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superACIP2unicode.put("A:", "\u0F7F");
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superACIP2unicode.put("Am:", "\u0F7E\u0F7F");
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superACIP2unicode.put("0", "\u0F20");
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superACIP2unicode.put("1", "\u0F21");
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superACIP2unicode.put("2", "\u0F22");
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superACIP2unicode.put("3", "\u0F23");
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superACIP2unicode.put("4", "\u0F24");
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superACIP2unicode.put("5", "\u0F25");
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superACIP2unicode.put("6", "\u0F26");
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superACIP2unicode.put("7", "\u0F27");
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superACIP2unicode.put("8", "\u0F28");
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superACIP2unicode.put("9", "\u0F29");
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// punctuation
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superACIP2unicode.put("&", "\u0F85");
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superACIP2unicode.put(",", "\u0F0D");
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superACIP2unicode.put(" ", "\u0F0B");
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superACIP2unicode.put(".", "\u0F0C");
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superACIP2unicode.put("`", "\u0F08");
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superACIP2unicode.put("`", "\u0F08");
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superACIP2unicode.put("*", "\u0F04\u0F05");
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superACIP2unicode.put("#", "\u0F04\u0F05\u0F05");
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superACIP2unicode.put("%", "\u0F35"); // but might be U+0F14, so we warn.
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superACIP2unicode.put("o", "\u0F37");
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superACIP2unicode.put(";", "\u0F11");
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superACIP2unicode.put("\r", "\r");
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superACIP2unicode.put("\t", "\t");
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superACIP2unicode.put("\r\n", "\r\n");
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superACIP2unicode.put("\n", "\n");
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superACIP2unicode.put("\\", "\u0F84");
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superACIP2unicode.put("^", "\u0F38");
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// DLC FIXME: "^ GONG" is "^GONG", right?
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// DLC FIXME: what's the Unicode for x? RC said there is none in plain-text Unicode for x. But what about in RTF Unicode?
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}
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if (subscribed) {
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String u = (String)subACIP2unicode.get(acip);
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if (null != u) return u;
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}
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return (String)superACIP2unicode.get(acip);
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}
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private HashMap acipOther2wylie = null;
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public /* synchronized */ String getEwtsForOther(String acip) {
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if (acipOther2wylie == null) {
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acipOther2wylie = new HashMap(20);
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// don't use putMapping for this. We don't want TMW->ACIP
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// to produce "." for a U+0F0C because ACIP doesn't say
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// that "." means U+0F0C. It just seems to in practice
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// for ACIP Release IV texts.
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acipOther2wylie.put(".", "*");
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putMapping(acipOther2wylie, "m", "M");
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putMapping(acipOther2wylie, ":", "H");
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putMapping(acipOther2wylie, ",", "/");
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putMapping(acipOther2wylie, " ", " ");
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putMapping(acipOther2wylie, ";", "|");
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putMapping(acipOther2wylie, "`", "!");
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putMapping(acipOther2wylie, "*", "@#");
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// There is no glyph in TMW with the EWTS @##, so we don't do this: putMapping(acipOther2wylie, "#", "@##");
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putMapping(acipOther2wylie, "%", "~X");
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putMapping(acipOther2wylie, "o", "X");
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putMapping(acipOther2wylie, "&", "&");
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putMapping(acipOther2wylie, "^", "\\u0F38");
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putMapping(acipOther2wylie, "0", "0");
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putMapping(acipOther2wylie, "1", "1");
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putMapping(acipOther2wylie, "2", "2");
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putMapping(acipOther2wylie, "3", "3");
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putMapping(acipOther2wylie, "4", "4");
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putMapping(acipOther2wylie, "5", "5");
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putMapping(acipOther2wylie, "6", "6");
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putMapping(acipOther2wylie, "7", "7");
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putMapping(acipOther2wylie, "8", "8");
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putMapping(acipOther2wylie, "9", "9");
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}
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return (String)acipOther2wylie.get(acip);
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}
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public TTshegBarScanner scanner() { return ACIPTshegBarScanner.instance(); }
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/** Registers acip->wylie mappings in toWylie; registers
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wylie->acip mappings in {@link #wylieToACIP}. */
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private /* synchronized */ void putMapping(HashMap toWylie, String ACIP, String EWTS) {
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toWylie.put(ACIP, EWTS);
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if (null == wylieToACIP) {
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wylieToACIP = new HashMap(75);
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// We don't want to put "/" in toWylie:
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wylieToACIP.put("(", "/");
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wylieToACIP.put(")", "/");
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wylieToACIP.put("?", "\\");
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|
wylieToACIP.put("_", " "); // oddball.
|
|
wylieToACIP.put("o'i", "O'I"); // oddball for TMW9.61.
|
|
}
|
|
wylieToACIP.put(EWTS, ACIP);
|
|
}
|
|
|
|
/** A map from EWTS to ACIP. Note that the EWTS "w" maps to both
|
|
"V" and "W" in reality but this map will only give one or the
|
|
other. */
|
|
private HashMap wylieToACIP = null;
|
|
/** Returns the ACIP transliteration corresponding to the THDL
|
|
Extended Wylie <em>atom</em> EWTS, or null if EWTS is not
|
|
recognized. */
|
|
public String getACIPForEWTS(String EWTS) {
|
|
getEwtsForConsonant(null); // inits wylieToACIP
|
|
getEwtsForOther(null); // inits wylieToACIP
|
|
getEwtsForWowel(null); // inits wylieToACIP
|
|
String ans = (String)wylieToACIP.get(EWTS);
|
|
boolean useCapitalW = false;
|
|
if (EWTS.startsWith("w"))
|
|
useCapitalW = true; // We want W+NA, not V+NA; we want WA, not VA.
|
|
if (null == ans) {
|
|
StringBuffer finalAns = new StringBuffer(EWTS.length());
|
|
StringTokenizer sTok = new StringTokenizer(EWTS, "-+", true);
|
|
while (sTok.hasMoreTokens()) {
|
|
String part, tok = sTok.nextToken();
|
|
if (tok.equals("-") || tok.equals("+"))
|
|
part = tok;
|
|
else {
|
|
if ("w".equals(tok)) {
|
|
// There are only two stacks in TMW that have
|
|
// U+0FBA: R+Wa and w+Wa. TMW->ACIP fails for
|
|
// these unless we handle it here. (FIXME:
|
|
// add an automated test for this).
|
|
if ("R+W".equals(EWTS) || "w+W".equals(EWTS)) {
|
|
part = "W";
|
|
} else {
|
|
part = "V";
|
|
}
|
|
} else {
|
|
part = (String)wylieToACIP.get(tok);
|
|
}
|
|
}
|
|
if (null == part) return null;
|
|
finalAns.append(part);
|
|
}
|
|
if (useCapitalW)
|
|
finalAns.setCharAt(0, 'W');
|
|
return finalAns.toString();
|
|
}
|
|
if (useCapitalW)
|
|
return "W" + ans.substring(1);
|
|
else
|
|
return ans;
|
|
}
|
|
|
|
private HashMap acipConsonant2wylie = null;
|
|
/** Returns "W" for ACIP "W", "r" for ACIP "R", y for ACIP "Y",
|
|
* even though sometimes the EWTS for those is "w", "R", or "Y".
|
|
* Handle that in the caller. */
|
|
public /* synchronized */ String getEwtsForConsonant(String acip) {
|
|
if (acipConsonant2wylie == null) {
|
|
acipConsonant2wylie = new HashMap(37);
|
|
|
|
// oddball:
|
|
putMapping(acipConsonant2wylie, "V", "w");
|
|
|
|
// more oddballs:
|
|
putMapping(acipConsonant2wylie, "DH", "d+h");
|
|
putMapping(acipConsonant2wylie, "BH", "b+h");
|
|
putMapping(acipConsonant2wylie, "dH", "D+h");
|
|
putMapping(acipConsonant2wylie, "DZH", "dz+h"); // longest, MAX_CONSONANT_LENGTH characters
|
|
putMapping(acipConsonant2wylie, "Ksh", "k+Sh"); // longest, MAX_CONSONANT_LENGTH characters
|
|
putMapping(acipConsonant2wylie, "GH", "g+h");
|
|
|
|
|
|
putMapping(acipConsonant2wylie, "K", "k");
|
|
putMapping(acipConsonant2wylie, "KH", "kh");
|
|
putMapping(acipConsonant2wylie, "G", "g");
|
|
putMapping(acipConsonant2wylie, "NG", "ng");
|
|
putMapping(acipConsonant2wylie, "C", "c");
|
|
putMapping(acipConsonant2wylie, "CH", "ch");
|
|
putMapping(acipConsonant2wylie, "J", "j");
|
|
putMapping(acipConsonant2wylie, "NY", "ny");
|
|
putMapping(acipConsonant2wylie, "T", "t");
|
|
putMapping(acipConsonant2wylie, "TH", "th");
|
|
putMapping(acipConsonant2wylie, "D", "d");
|
|
putMapping(acipConsonant2wylie, "N", "n");
|
|
putMapping(acipConsonant2wylie, "P", "p");
|
|
putMapping(acipConsonant2wylie, "PH", "ph");
|
|
putMapping(acipConsonant2wylie, "B", "b");
|
|
putMapping(acipConsonant2wylie, "M", "m");
|
|
putMapping(acipConsonant2wylie, "TZ", "ts");
|
|
putMapping(acipConsonant2wylie, "TS", "tsh");
|
|
putMapping(acipConsonant2wylie, "DZ", "dz");
|
|
putMapping(acipConsonant2wylie, "W", "W"
|
|
/* NOTE WELL: sometimes "w", sometimes "W".
|
|
Handle this in the caller.
|
|
|
|
Reasoning for "W" instead of "w": r-w and
|
|
r+w are both known hash keys. We sort 'em
|
|
out this way. (They are the only things
|
|
like this according to bug report #800166.) */
|
|
);
|
|
putMapping(acipConsonant2wylie, "ZH", "zh");
|
|
putMapping(acipConsonant2wylie, "Z", "z");
|
|
putMapping(acipConsonant2wylie, "'", "'");
|
|
putMapping(acipConsonant2wylie, "Y", "y");
|
|
putMapping(acipConsonant2wylie, "R", "r");
|
|
putMapping(acipConsonant2wylie, "L", "l");
|
|
putMapping(acipConsonant2wylie, "SH", "sh");
|
|
putMapping(acipConsonant2wylie, "S", "s");
|
|
putMapping(acipConsonant2wylie, "H", "h");
|
|
putMapping(acipConsonant2wylie, "A", "a");
|
|
putMapping(acipConsonant2wylie, "t", "T");
|
|
putMapping(acipConsonant2wylie, "th", "Th");
|
|
putMapping(acipConsonant2wylie, "d", "D");
|
|
putMapping(acipConsonant2wylie, "n", "N");
|
|
putMapping(acipConsonant2wylie, "sh", "Sh");
|
|
}
|
|
return (String)acipConsonant2wylie.get(acip);
|
|
}
|
|
|
|
private HashMap acipWowel2wylie = null;
|
|
public /* synchronized */ String getEwtsForWowel(String acip) {
|
|
if (acipWowel2wylie == null) {
|
|
acipWowel2wylie = new HashMap(baseVowels.length * 4);
|
|
|
|
for (int i = 0; i < baseVowels.length; i++) {
|
|
putMapping(acipWowel2wylie, baseVowels[i][0], baseVowels[i][1]);
|
|
putMapping(acipWowel2wylie, '\'' + baseVowels[i][0], baseVowels[i][2]);
|
|
putMapping(acipWowel2wylie, baseVowels[i][0] + 'm', baseVowels[i][1] + 'M');
|
|
putMapping(acipWowel2wylie, '\'' + baseVowels[i][0] + 'm', baseVowels[i][2] + 'M');
|
|
putMapping(acipWowel2wylie, baseVowels[i][0] + ':', baseVowels[i][1] + 'H');
|
|
putMapping(acipWowel2wylie, '\'' + baseVowels[i][0] + ':', baseVowels[i][2] + 'H');
|
|
putMapping(acipWowel2wylie, baseVowels[i][0] + "m:", baseVowels[i][1] + "MH");
|
|
putMapping(acipWowel2wylie, '\'' + baseVowels[i][0] + "m:", baseVowels[i][2] + "MH");
|
|
}
|
|
// {Pm} is treated just like {PAm}; {P:} is treated just
|
|
// like {PA:}; {Pm:} is treated just like {PAm:}. But
|
|
// that happens thanks to
|
|
// TPairListFactory.getFirstConsonantAndVowel(StringBuffer,int[]).
|
|
|
|
// Keep this code in sync with getUnicodeFor.
|
|
}
|
|
return (String)acipWowel2wylie.get(acip);
|
|
}
|
|
|
|
/** {Ksh}, the longest consonant, has 3 characters, so this is
|
|
* three. */
|
|
private static int MAX_CONSONANT_LENGTH = 3;
|
|
|
|
/** {'EEm:}, the longest wowel, has 5 characters, so this is
|
|
* five. */
|
|
private static int MAX_WOWEL_LENGTH = 5;
|
|
|
|
private static String[][] baseVowels = new String[][] {
|
|
// { ACIP, EWTS, EWTS for ACIP {'\'' + baseVowels[][0]}, vowel
|
|
// numbers (see TibetanMachineWeb's VOWEL_A, VOWEL_o, etc.)
|
|
// for ACIP, vowel numbers for ACIP {'\'' + baseVowels[][0]}
|
|
{ "A", "a", "A" },
|
|
{ "I", "i", "I" },
|
|
{ "U", "u", "U" },
|
|
{ "E", "e", "Ae" },
|
|
{ "O", "o", "Ao" },
|
|
{ "EE", "ai", "Aai" },
|
|
{ "OO", "au", "Aau" },
|
|
{ "i", "-i", "A-i" }
|
|
};
|
|
|
|
/** Returns true if and only if s is an ACIP wowel. You can't
|
|
* just call this any time -- A is both a consonant and a vowel
|
|
* in ACIP, so you have to call this in the right context. */
|
|
public boolean isWowel(String s) {
|
|
// I'm on my own with 'O and 'E and 'OO and 'EE, but GANG'O
|
|
// appears and I wonder... so here they are. It's consistent
|
|
// with 'I and 'A and 'U, at least: all the vowels may appear
|
|
// as K'vowel. DLC FIXME: ask.
|
|
return (null != getEwtsForWowel(s));
|
|
}
|
|
|
|
/** Returns true if and only if s is an ACIP consonant. */
|
|
public boolean isConsonant(String s) {
|
|
return (null != getEwtsForConsonant(s));
|
|
}
|
|
|
|
/** Gets the duffcodes for wowel, such that they look good with
|
|
* the preceding glyph, and appends them to duff. */
|
|
public void getDuffForWowel(ArrayList duff, DuffCode preceding, String wowel) {
|
|
if (null == wowel) return;
|
|
if (null == getEwtsForWowel(wowel)) // FIXME: expensive assertion! Use assert.
|
|
throw new IllegalArgumentException("Wowel " + wowel + " isn't in the small set of wowels we handle correctly.");
|
|
|
|
// Order matters here.
|
|
boolean context_added[] = new boolean[] { false };
|
|
if (wowel.startsWith("A")) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.WYLIE_aVOWEL, context_added);
|
|
} else if (wowel.indexOf("'U") >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.U_VOWEL, context_added);
|
|
} else if (wowel.indexOf("'I") >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.I_VOWEL, context_added);
|
|
} else {
|
|
if (wowel.indexOf('\'') >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.A_VOWEL, context_added);
|
|
}
|
|
if (wowel.indexOf("EE") >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.ai_VOWEL, context_added);
|
|
} else if (wowel.indexOf('E') >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.e_VOWEL, context_added);
|
|
}
|
|
if (wowel.indexOf("OO") >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.au_VOWEL, context_added);
|
|
} else if (wowel.indexOf('O') >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.o_VOWEL, context_added);
|
|
}
|
|
if (wowel.indexOf('I') >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.i_VOWEL, context_added);
|
|
}
|
|
if (wowel.indexOf('U') >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.u_VOWEL, context_added);
|
|
}
|
|
if (wowel.indexOf('i') >= 0) {
|
|
TibTextUtils.getVowel(duff, preceding, THDLWylieConstants.reverse_i_VOWEL, context_added);
|
|
}
|
|
}
|
|
// FIXME: Use TMW9.61, the "o'i" special combination, when appropriate.
|
|
|
|
if (wowel.indexOf('m') >= 0) {
|
|
DuffCode last = (DuffCode)duff.get(duff.size() - 1);
|
|
duff.remove(duff.size() - 1); // getBindu will add it back...
|
|
TibTextUtils.getBindu(duff, last);
|
|
}
|
|
if (wowel.indexOf(':') >= 0)
|
|
duff.add(TibetanMachineWeb.getGlyph(getEwtsForOther(":")));
|
|
}
|
|
|
|
public String shortTranslitName() { return "ACIP"; }
|
|
|
|
public boolean isClearlyIllegal(TPair p) {
|
|
if (p.getLeft() == null
|
|
&& !disambiguator().equals(p.getRight()))
|
|
return true;
|
|
if ("+".equals(p.getLeft()))
|
|
return true;
|
|
if (isWowel(p.getLeft())
|
|
&& !aVowel().equals(p.getLeft())) // achen
|
|
return true;
|
|
if (":".equals(p.getLeft()))
|
|
return true;
|
|
if ("m".equals(p.getLeft()))
|
|
return true;
|
|
if ("m:".equals(p.getLeft()))
|
|
return true;
|
|
return false;
|
|
}
|
|
|
|
public TPairList[] breakTshegBarIntoChunks(String tt, boolean sh) {
|
|
try {
|
|
return TPairListFactory.breakACIPIntoChunks(tt, sh);
|
|
} catch (StackOverflowError e) {
|
|
throw new IllegalArgumentException("Input too large[1]: " + tt);
|
|
} catch (OutOfMemoryError e) {
|
|
throw new IllegalArgumentException("Input too large[2]: " + tt);
|
|
}
|
|
}
|
|
|
|
public boolean isACIP() { return true; }
|
|
|
|
public boolean vowelAloneImpliesAChen() { return false; }
|
|
|
|
public boolean vowelsMayStack() { return false; }
|
|
|
|
public boolean isUnicodeWowel(char ch) { return false; }
|
|
|
|
public boolean couldBeValidStack(TPairList pl) { return true; }
|
|
}
|
|
|