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Jskad/source/org/thdl/tib/text/ttt/ACIPRules.java

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Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
/*
The contents of this file are subject to the THDL Open Community License
Version 1.0 (the "License"); you may not use this file except in compliance
with the License. You may obtain a copy of the License on the THDL web site
(http://www.thdl.org/).
Software distributed under the License is distributed on an "AS IS" basis,
WITHOUT WARRANTY OF ANY KIND, either express or implied. See the
License for the specific terms governing rights and limitations under the
License.
The Initial Developer of this software is the Tibetan and Himalayan Digital
Library (THDL). Portions created by the THDL are Copyright 2003 THDL.
All Rights Reserved.
Contributor(s): ______________________________________.
*/
package org.thdl.tib.text.ttt;
import java.util.HashSet;
Preliminary ACIP->TMW support is in place. {DU} gives you something less beautiful than what Jskad would give, so more work is needed.
2003-08-31 16:06:35 +00:00
import java.util.ArrayList;
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
import java.util.HashMap;
Preliminary ACIP->TMW support is in place. {DU} gives you something less beautiful than what Jskad would give, so more work is needed.
2003-08-31 16:06:35 +00:00
import org.thdl.tib.text.DuffCode;
import org.thdl.tib.text.TibetanMachineWeb;
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
/** Canonizes some facts regarding the ACIP transcription system.
* @author David Chandler */
class ACIPRules {
/** {Ksh}, the longest consonant, has 3 characters, so this is
* three. */
public static int MAX_CONSONANT_LENGTH = 3;
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
/** {'EEm:}, the longest "vowel", has 5 characters, so this is
* five. */
public static int MAX_VOWEL_LENGTH = 5;
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
/** For O(1) {@link #isVowel(String)} calls. */
private static HashSet acipVowels = null;
private static String[][] baseVowels = new String[][] {
Preliminary ACIP->TMW support is in place. {DU} gives you something less beautiful than what Jskad would give, so more work is needed.
2003-08-31 16:06:35 +00:00
// { 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]}
I'd broken the ACIP->Wylie for ACIP vowels {'A}, {'I}, etc.
2003-08-22 05:13:32 +00:00
{ "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" }
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
};
/** Returns true if and only if s is an ACIP "vowel". You can't
* just call this any time -- A is a consonant and a vowel in
* ACIP, so you have to call this in the right context. */
public static boolean isVowel(String s) {
if (null == acipVowels) {
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
acipVowels = new HashSet(baseVowels.length * 8);
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
for (int i = 0; i < baseVowels.length; i++) {
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
// DLC 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.
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
acipVowels.add(baseVowels[i][0]);
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
acipVowels.add('\'' + baseVowels[i][0]);
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
acipVowels.add(baseVowels[i][0] + 'm');
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
acipVowels.add('\'' + baseVowels[i][0] + 'm');
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
acipVowels.add(baseVowels[i][0] + ':');
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
acipVowels.add('\'' + baseVowels[i][0] + ':');
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
acipVowels.add(baseVowels[i][0] + "m:");
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
acipVowels.add('\'' + baseVowels[i][0] + "m:");
// DLC keep this code in sync with getUnicodeFor.
I'd broken the ACIP->Wylie for ACIP vowels {'A}, {'I}, etc.
2003-08-22 05:13:32 +00:00
// DLC keep this code in sync with getWylieForACIPVowel
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
Preliminary ACIP->TMW support is in place. {DU} gives you something less beautiful than what Jskad would give, so more work is needed.
2003-08-31 16:06:35 +00:00
// DLC '\' for virama? how shall we do \ the virama? like a vowel or not?
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
}
}
return (acipVowels.contains(s));
}
/** For O(1) {@link #isConsonant(String)} calls. */
private static HashSet consonants = null;
/** Returns true if and only if acip is an ACIP consonant (without
* a vowel). For example, returns true for "K", but not for
* "KA" or "X". */
public static boolean isConsonant(String acip) {
if (consonants == null) {
consonants = new HashSet();
consonants.add("V");
consonants.add("K");
consonants.add("KH");
consonants.add("G");
consonants.add("NG");
consonants.add("C");
consonants.add("CH");
consonants.add("J");
consonants.add("NY");
consonants.add("T");
consonants.add("TH");
consonants.add("D");
consonants.add("N");
consonants.add("P");
consonants.add("PH");
consonants.add("B");
consonants.add("M");
consonants.add("TZ");
consonants.add("TS");
consonants.add("DZ");
consonants.add("W");
consonants.add("ZH");
consonants.add("Z");
consonants.add("Y");
consonants.add("R");
consonants.add("L");
consonants.add("SH");
consonants.add("S");
consonants.add("H");
consonants.add("t");
consonants.add("th");
consonants.add("d");
consonants.add("n");
consonants.add("sh");
consonants.add("dH");
consonants.add("DH");
consonants.add("BH");
consonants.add("DZH"); // longest, MAX_CONSONANT_LENGTH characters
consonants.add("Ksh"); // longest, MAX_CONSONANT_LENGTH characters
consonants.add("GH");
consonants.add("'");
consonants.add("A");
}
return consonants.contains(acip);
}
private static HashMap acipConsonant2wylie = null;
/** Returns the EWTS corresponding to the given ACIP consonant
* (without the "A" vowel). Returns null if there is no such
* EWTS. */
static final String getWylieForACIPConsonant(String acip) {
if (acipConsonant2wylie == null) {
acipConsonant2wylie = new HashMap(37);
// oddball:
acipConsonant2wylie.put("V", "w");
// more oddballs:
acipConsonant2wylie.put("DH", "d+h");
acipConsonant2wylie.put("BH", "b+h");
acipConsonant2wylie.put("dH", "D+h");
acipConsonant2wylie.put("DZH", "dz+h");
acipConsonant2wylie.put("Ksh", "k+Sh");
acipConsonant2wylie.put("GH", "g+h");
acipConsonant2wylie.put("K", "k");
acipConsonant2wylie.put("KH", "kh");
acipConsonant2wylie.put("G", "g");
acipConsonant2wylie.put("NG", "ng");
acipConsonant2wylie.put("C", "c");
acipConsonant2wylie.put("CH", "ch");
acipConsonant2wylie.put("J", "j");
acipConsonant2wylie.put("NY", "ny");
acipConsonant2wylie.put("T", "t");
acipConsonant2wylie.put("TH", "th");
acipConsonant2wylie.put("D", "d");
acipConsonant2wylie.put("N", "n");
acipConsonant2wylie.put("P", "p");
acipConsonant2wylie.put("PH", "ph");
acipConsonant2wylie.put("B", "b");
acipConsonant2wylie.put("M", "m");
acipConsonant2wylie.put("TZ", "ts");
acipConsonant2wylie.put("TS", "tsh");
acipConsonant2wylie.put("DZ", "dz");
acipConsonant2wylie.put("W", "w");
acipConsonant2wylie.put("ZH", "zh");
acipConsonant2wylie.put("Z", "z");
acipConsonant2wylie.put("'", "'");
acipConsonant2wylie.put("Y", "y");
acipConsonant2wylie.put("R", "r");
acipConsonant2wylie.put("L", "l");
acipConsonant2wylie.put("SH", "sh");
acipConsonant2wylie.put("S", "s");
acipConsonant2wylie.put("H", "h");
acipConsonant2wylie.put("A", "a");
acipConsonant2wylie.put("t", "T");
acipConsonant2wylie.put("th", "Th");
acipConsonant2wylie.put("d", "D");
acipConsonant2wylie.put("n", "N");
acipConsonant2wylie.put("sh", "Sh");
}
return (String)acipConsonant2wylie.get(acip);
}
private static HashMap acipVowel2wylie = null;
/** Returns the EWTS corresponding to the given ACIP "vowel".
* Returns null if there is no such EWTS. */
static final String getWylieForACIPVowel(String acip) {
if (acipVowel2wylie == null) {
acipVowel2wylie = new HashMap(baseVowels.length * 4);
for (int i = 0; i < baseVowels.length; i++) {
acipVowel2wylie.put(baseVowels[i][0], baseVowels[i][1]);
I'd broken the ACIP->Wylie for ACIP vowels {'A}, {'I}, etc.
2003-08-22 05:13:32 +00:00
acipVowel2wylie.put('\'' + baseVowels[i][0], baseVowels[i][2]);
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
acipVowel2wylie.put(baseVowels[i][0] + 'm', baseVowels[i][1] + 'M');
I'd broken the ACIP->Wylie for ACIP vowels {'A}, {'I}, etc.
2003-08-22 05:13:32 +00:00
acipVowel2wylie.put('\'' + baseVowels[i][0] + 'm', baseVowels[i][2] + 'M');
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
acipVowel2wylie.put(baseVowels[i][0] + ':', baseVowels[i][1] + 'H');
I'd broken the ACIP->Wylie for ACIP vowels {'A}, {'I}, etc.
2003-08-22 05:13:32 +00:00
acipVowel2wylie.put('\'' + baseVowels[i][0] + ':', baseVowels[i][2] + 'H');
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
acipVowel2wylie.put(baseVowels[i][0] + "m:", baseVowels[i][1] + "MH");
I'd broken the ACIP->Wylie for ACIP vowels {'A}, {'I}, etc.
2003-08-22 05:13:32 +00:00
acipVowel2wylie.put('\'' + baseVowels[i][0] + "m:", baseVowels[i][2] + "MH");
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
}
}
return (String)acipVowel2wylie.get(acip);
}
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
Preliminary ACIP->TMW support is in place. {DU} gives you something less beautiful than what Jskad would give, so more work is needed.
2003-08-31 16:06:35 +00:00
private static HashMap acipOther2wylie = null;
/** Returns the EWTS corresponding to the given ACIP puncuation or
* mark. Returns null if there is no such EWTS. */
static final String getWylieForACIPOther(String acip) {
if (acipOther2wylie == null) {
ACIP->TMW and ACIP->Unicode have my pre-stamp of non-approval. Except for (NYAx} and {NYAo}, they're as good as I'll get them without input from experts of the employ of a complementary, syllabary-based approach.
2003-09-04 04:34:18 +00:00
acipOther2wylie = new HashMap(20);
Preliminary ACIP->TMW support is in place. {DU} gives you something less beautiful than what Jskad would give, so more work is needed.
2003-08-31 16:06:35 +00:00
// DLC FIXME: check all these again.
acipOther2wylie.put(",", "/");
acipOther2wylie.put(" ", " ");
acipOther2wylie.put(".", "*");
acipOther2wylie.put("|", "|");
acipOther2wylie.put("`", "!");
acipOther2wylie.put(";", ";");
acipOther2wylie.put("*", "@");
acipOther2wylie.put("#", "@#");
acipOther2wylie.put("%", "%");
acipOther2wylie.put("&", "&");
acipOther2wylie.put("0", "0");
acipOther2wylie.put("1", "1");
acipOther2wylie.put("2", "2");
acipOther2wylie.put("3", "3");
acipOther2wylie.put("4", "4");
acipOther2wylie.put("5", "5");
acipOther2wylie.put("6", "6");
acipOther2wylie.put("7", "7");
acipOther2wylie.put("8", "8");
acipOther2wylie.put("9", "9");
}
return (String)acipOther2wylie.get(acip);
}
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
private static HashMap superACIP2unicode = null;
private static HashMap subACIP2unicode = null;
/** If acip is an ACIP consonant or vowel or punctuation mark,
* then this returns the Unicode for it. The Unicode for the
* subscribed form of the glyph is returned if subscribed is
* true. Returns null if acip is unknown. */
static String getUnicodeFor(String acip, boolean subscribed) {
if (superACIP2unicode == null) {
superACIP2unicode = new HashMap(144);
subACIP2unicode = new HashMap(42);
// oddball:
subACIP2unicode.put("V", "\u0FAD");
superACIP2unicode.put("DH", "\u0F52");
subACIP2unicode.put("DH", "\u0FA2");
superACIP2unicode.put("BH", "\u0F57");
subACIP2unicode.put("BH", "\u0FA7");
superACIP2unicode.put("dH", "\u0F4D");
subACIP2unicode.put("dH", "\u0F9D");
superACIP2unicode.put("DZH", "\u0F5C");
subACIP2unicode.put("DZH", "\u0FAC");
superACIP2unicode.put("Ksh", "\u0F69");
subACIP2unicode.put("Ksh", "\u0FB9");
superACIP2unicode.put("GH", "\u0F43");
subACIP2unicode.put("GH", "\u0F93");
superACIP2unicode.put("K", "\u0F40");
subACIP2unicode.put("K", "\u0F90");
superACIP2unicode.put("KH", "\u0F41");
subACIP2unicode.put("KH", "\u0F91");
superACIP2unicode.put("G", "\u0F42");
subACIP2unicode.put("G", "\u0F92");
superACIP2unicode.put("NG", "\u0F44");
subACIP2unicode.put("NG", "\u0F94");
superACIP2unicode.put("C", "\u0F45");
subACIP2unicode.put("C", "\u0F95");
superACIP2unicode.put("CH", "\u0F46");
subACIP2unicode.put("CH", "\u0F96");
superACIP2unicode.put("J", "\u0F47");
subACIP2unicode.put("J", "\u0F97");
superACIP2unicode.put("NY", "\u0F49");
subACIP2unicode.put("NY", "\u0F99");
superACIP2unicode.put("T", "\u0F4F");
subACIP2unicode.put("T", "\u0F9F");
superACIP2unicode.put("TH", "\u0F50");
subACIP2unicode.put("TH", "\u0FA0");
superACIP2unicode.put("D", "\u0F51");
subACIP2unicode.put("D", "\u0FA1");
superACIP2unicode.put("N", "\u0F53");
subACIP2unicode.put("N", "\u0FA3");
superACIP2unicode.put("P", "\u0F54");
subACIP2unicode.put("P", "\u0FA4");
superACIP2unicode.put("PH", "\u0F55");
subACIP2unicode.put("PH", "\u0FA5");
superACIP2unicode.put("B", "\u0F56");
subACIP2unicode.put("B", "\u0FA6");
superACIP2unicode.put("M", "\u0F58");
subACIP2unicode.put("M", "\u0FA8");
superACIP2unicode.put("TZ", "\u0F59");
subACIP2unicode.put("TZ", "\u0FA9");
superACIP2unicode.put("TS", "\u0F5A");
subACIP2unicode.put("TS", "\u0FAA");
superACIP2unicode.put("DZ", "\u0F5B");
subACIP2unicode.put("DZ", "\u0FAB");
superACIP2unicode.put("W", "\u0F5D");
subACIP2unicode.put("W", "\u0FBA"); // oddball
superACIP2unicode.put("ZH", "\u0F5E");
subACIP2unicode.put("ZH", "\u0FAE");
superACIP2unicode.put("Z", "\u0F5F");
subACIP2unicode.put("Z", "\u0FAF");
superACIP2unicode.put("'", "\u0F60");
subACIP2unicode.put("'", "\u0FB0");
superACIP2unicode.put("Y", "\u0F61");
subACIP2unicode.put("Y", "\u0FB1");
superACIP2unicode.put("R", "\u0F62");
subACIP2unicode.put("R", "\u0FB2");
superACIP2unicode.put("L", "\u0F63");
subACIP2unicode.put("L", "\u0FB3");
superACIP2unicode.put("SH", "\u0F64");
subACIP2unicode.put("SH", "\u0FB4");
superACIP2unicode.put("S", "\u0F66");
subACIP2unicode.put("S", "\u0FB6");
superACIP2unicode.put("H", "\u0F67");
subACIP2unicode.put("H", "\u0FB7");
superACIP2unicode.put("A", "\u0F68");
subACIP2unicode.put("A", "\u0FB8");
superACIP2unicode.put("t", "\u0F4A");
subACIP2unicode.put("t", "\u0F9A");
superACIP2unicode.put("th", "\u0F4B");
subACIP2unicode.put("th", "\u0F9B");
superACIP2unicode.put("d", "\u0F4C");
subACIP2unicode.put("d", "\u0F9C");
superACIP2unicode.put("n", "\u0F4E");
subACIP2unicode.put("n", "\u0F9E");
superACIP2unicode.put("sh", "\u0F65");
subACIP2unicode.put("sh", "\u0FB5");
superACIP2unicode.put("I", "\u0F72");
superACIP2unicode.put("E", "\u0F7A");
superACIP2unicode.put("O", "\u0F7C");
superACIP2unicode.put("U", "\u0F74");
superACIP2unicode.put("OO", "\u0F7D");
superACIP2unicode.put("EE", "\u0F7B");
superACIP2unicode.put("i", "\u0F80");
superACIP2unicode.put("'A", "\u0F71");
superACIP2unicode.put("'I", "\u0F71\u0F72");
superACIP2unicode.put("'E", "\u0F71\u0F7A");
superACIP2unicode.put("'O", "\u0F71\u0F7C");
superACIP2unicode.put("'U", "\u0F71\u0F74");
superACIP2unicode.put("'OO", "\u0F71\u0F7D");
superACIP2unicode.put("'EE", "\u0F71\u0F7B");
superACIP2unicode.put("'i", "\u0F71\u0F80");
superACIP2unicode.put("Im", "\u0F72\u0F7E");
superACIP2unicode.put("Em", "\u0F7A\u0F7E");
superACIP2unicode.put("Om", "\u0F7C\u0F7E");
superACIP2unicode.put("Um", "\u0F74\u0F7E");
superACIP2unicode.put("OOm", "\u0F7D\u0F7E");
superACIP2unicode.put("EEm", "\u0F7B\u0F7E");
superACIP2unicode.put("im", "\u0F80\u0F7E");
superACIP2unicode.put("'Am", "\u0F71\u0F7E");
superACIP2unicode.put("'Im", "\u0F71\u0F72\u0F7E");
superACIP2unicode.put("'Em", "\u0F71\u0F7A\u0F7E");
superACIP2unicode.put("'Om", "\u0F71\u0F7C\u0F7E");
superACIP2unicode.put("'Um", "\u0F71\u0F74\u0F7E");
superACIP2unicode.put("'OOm", "\u0F71\u0F7D\u0F7E");
superACIP2unicode.put("'EEm", "\u0F71\u0F7B\u0F7E");
superACIP2unicode.put("'im", "\u0F71\u0F80\u0F7E");
superACIP2unicode.put("I:", "\u0F72\u0F7F");
superACIP2unicode.put("E:", "\u0F7A\u0F7F");
superACIP2unicode.put("O:", "\u0F7C\u0F7F");
superACIP2unicode.put("U:", "\u0F74\u0F7F");
superACIP2unicode.put("OO:", "\u0F7D\u0F7F");
superACIP2unicode.put("EE:", "\u0F7B\u0F7F");
superACIP2unicode.put("i:", "\u0F80\u0F7F");
superACIP2unicode.put("'A:", "\u0F71\u0F7F");
superACIP2unicode.put("'I:", "\u0F71\u0F72\u0F7F");
superACIP2unicode.put("'E:", "\u0F71\u0F7A\u0F7F");
superACIP2unicode.put("'O:", "\u0F71\u0F7C\u0F7F");
superACIP2unicode.put("'U:", "\u0F71\u0F74\u0F7F");
superACIP2unicode.put("'OO:", "\u0F71\u0F7D\u0F7F");
superACIP2unicode.put("'EE:", "\u0F71\u0F7B\u0F7F");
superACIP2unicode.put("'i:", "\u0F71\u0F80\u0F7F");
superACIP2unicode.put("Im:", "\u0F72\u0F7E\u0F7F");
superACIP2unicode.put("Em:", "\u0F7A\u0F7E\u0F7F");
superACIP2unicode.put("Om:", "\u0F7C\u0F7E\u0F7F");
superACIP2unicode.put("Um:", "\u0F74\u0F7E\u0F7F");
superACIP2unicode.put("OOm:", "\u0F7D\u0F7E\u0F7F");
superACIP2unicode.put("EEm:", "\u0F7B\u0F7E\u0F7F");
superACIP2unicode.put("im:", "\u0F80\u0F7E\u0F7F");
superACIP2unicode.put("'Am:", "\u0F71\u0F7E\u0F7F");
superACIP2unicode.put("'Im:", "\u0F71\u0F72\u0F7E\u0F7F");
superACIP2unicode.put("'Em:", "\u0F71\u0F7A\u0F7E\u0F7F");
superACIP2unicode.put("'Om:", "\u0F71\u0F7C\u0F7E\u0F7F");
superACIP2unicode.put("'Um:", "\u0F71\u0F74\u0F7E\u0F7F");
superACIP2unicode.put("'OOm:", "\u0F71\u0F7D\u0F7E\u0F7F");
superACIP2unicode.put("'EEm:", "\u0F71\u0F7B\u0F7E\u0F7F");
superACIP2unicode.put("'im:", "\u0F71\u0F80\u0F7E\u0F7F");
// :m does not appear, though you'd think it's as valid as m:.
// I doubt these will occur alone:
superACIP2unicode.put("m", "\u0F7E");
superACIP2unicode.put(":", "\u0F7F");
superACIP2unicode.put("Am", "\u0F7E");
superACIP2unicode.put("A:", "\u0F7F");
superACIP2unicode.put("0", "\u0F20");
superACIP2unicode.put("1", "\u0F21");
superACIP2unicode.put("2", "\u0F22");
superACIP2unicode.put("3", "\u0F23");
superACIP2unicode.put("4", "\u0F24");
superACIP2unicode.put("5", "\u0F25");
superACIP2unicode.put("6", "\u0F26");
superACIP2unicode.put("7", "\u0F27");
superACIP2unicode.put("8", "\u0F28");
superACIP2unicode.put("9", "\u0F29");
// DLC punctuation
superACIP2unicode.put("&", "\u0F85");
superACIP2unicode.put(",", "\u0F0D");
superACIP2unicode.put(" ", "\u0F0B");
superACIP2unicode.put(".", "\u0F0C");
superACIP2unicode.put("`", "\u0F08");
superACIP2unicode.put("`", "\u0F08");
superACIP2unicode.put("*", "\u0F04\u0F05");
superACIP2unicode.put("#", "\u0F04\u0F05\u0F05");
superACIP2unicode.put("%", "\u0F35");
superACIP2unicode.put(";", "\u0F11");
superACIP2unicode.put("\r", "\r");
superACIP2unicode.put("\t", "\t");
superACIP2unicode.put("\n", "\n");
superACIP2unicode.put("\\", "\u0F84"); // DLC FIXME: make this like a vowel
// DLC FIXME: what's the Unicode for caret, ^?
// DLC FIXME: what's the Unicode for o?
// DLC FIXME: what's the Unicode for x?
}
if (subscribed) {
String u = (String)subACIP2unicode.get(acip);
if (null != u) return u;
}
return (String)superACIP2unicode.get(acip);
Preliminary ACIP->TMW support is in place. {DU} gives you something less beautiful than what Jskad would give, so more work is needed.
2003-08-31 16:06:35 +00:00
}
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
Preliminary ACIP->TMW support is in place. {DU} gives you something less beautiful than what Jskad would give, so more work is needed.
2003-08-31 16:06:35 +00:00
/** DLC DOC: Gets the duffcodes for vowel, such that they look good with hashKey, and appends them to r. */
static void getDuffForACIPVowel(ArrayList r, String hashKey, String vowel) {
if (null == vowel) return;
if (null == getWylieForACIPVowel(vowel)) // FIXME: expensive assertion! Use assert.
throw new IllegalArgumentException("Vowel " + vowel + " isn't in the small set of vowels we handle correctly.");
if (!TibetanMachineWeb.isKnownHashKey(hashKey)) // FIXME: expensive assertion! Use assert.
throw new IllegalArgumentException("bad hashKey");
// Order matters here.
if (vowel.indexOf("'U") >= 0)
r.add(TibetanMachineWeb.getVowel(hashKey, TibetanMachineWeb.VOWEL_U));
else {
if (vowel.indexOf('\'') >= 0)
r.add(TibetanMachineWeb.getVowel(hashKey, TibetanMachineWeb.VOWEL_A));
if (vowel.indexOf("EE") >= 0)
r.add(TibetanMachineWeb.getGlyph("ai"));
else if (vowel.indexOf('E') >= 0)
r.add(TibetanMachineWeb.getVowel(hashKey, TibetanMachineWeb.VOWEL_e));
if (vowel.indexOf("OO") >= 0)
r.add(TibetanMachineWeb.getGlyph("au"));
else if (vowel.indexOf('O') >= 0)
r.add(TibetanMachineWeb.getVowel(hashKey, TibetanMachineWeb.VOWEL_o));
if (vowel.indexOf('I') >= 0)
r.add(TibetanMachineWeb.getVowel(hashKey, TibetanMachineWeb.VOWEL_i));
if (vowel.indexOf('U') >= 0)
r.add(TibetanMachineWeb.getVowel(hashKey, TibetanMachineWeb.VOWEL_u));
if (vowel.indexOf('i') >= 0)
r.add(TibetanMachineWeb.getGlyph("-i"));
}
if (vowel.indexOf('m') >= 0)
r.add(TibetanMachineWeb.getGlyph("M"));
if (vowel.indexOf(':') >= 0)
r.add(TibetanMachineWeb.getGlyph("H"));
ACIP->Unicode, without going through TMW, is now possible, so long as \, the Sanskrit virama, is not used. Of the 1370-odd ACIP texts I've got here, about 57% make it through the gauntlet (fewer if you demand a vowel or disambiguator on every stack of a non-Tibetan tsheg bar).
2003-08-18 02:38:54 +00:00
}
Added an unfinished ACIP->Tibetan converter. Once it works properly for ACIP, it'll easily be made to work as a perfect EWTS Wylie->Tibetan converter. It has an extensive suite of tests for the existing functionality.
2003-08-10 19:30:07 +00:00
}
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