thdltools/Jskad
1
0
Fork 0
Code Issues Pull requests Projects Releases Wiki Activity
Jskad/source/org/thdl/tib/text/tshegbar/UnicodeCodepointToThdlWylie.java

328 lines
13 KiB
Java
Raw Normal View History

This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +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 2001 THDL.
All Rights Reserved.
Contributor(s): ______________________________________.
*/
package org.thdl.tib.text.tshegbar;
import org.thdl.tib.text.TibetanMachineWeb;
/** This noninstantiable class allows for converting from Unicode
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
* codepoints to THDL Extended Wylie. It cannot be used for long
Now uses terminology from the Unicode standard. No more talk of characters, for example. Normalization forms NFKD and NFD are supported for the Tibetan Unicode range. I don't like either, actually. I've tested NFKD, but I've not yet committed the tests.
2002-12-15 03:35:24 +00:00
* stretches of text, though, as it is unaware of context, which is
* essential to understanding a non-trivial string of Tibetan
* Unicode.
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
*
* <p>See the document by Nathaniel Garson and David Germano entitled
* <i>Extended Wylie Transliteration Scheme</i>. Note that there are
* a couple of issues with the November 18, 2001 revision of that
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
* document; these issues are in the Bugs tracker at our SourceForge
* site.</p>
Javadoc now works without warnings.
2002-12-09 01:48:34 +00:00
*
* @see <a href="http://sourceforge.net/projects/thdltools">SourceForge site</a>
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
*
* @author David Chandler */
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
public class UnicodeCodepointToThdlWylie {
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
/** Returns the THDL extended Wylie for the very simple sequence
* x. Returns null iff some (Unicode) char in s has no THDL
* extended Wylie representation. This is unaware of context, so
* use it sparingly. */
public static StringBuffer getThdlWylieForUnicodeString(String x) {
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
StringBuffer sb = new StringBuffer();
for (int i = 0; i < x.length(); i++) {
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
String ew = getThdlWylieForUnicodeCodepoint(x.charAt(i));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
if (null == ew)
return null;
sb.append(ew);
}
return sb;
}
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
/** Returns the THDL extended Wylie for x, or null if there is
* none. Understand that multiple Unicode code points (chars)
* map to the same THDL Extended Wylie representation.
* Understand also that the scrap of THDL Extended Wylie returned
* is only valid in certain contexts. For example, not all
* consonants take ra-btags. DLC NOW what about
* canonicalization? */
public static String getThdlWylieForUnicodeCodepoint(char x) {
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
// DLC FIXME: use tibwn.ini for this; don't duplicate effort!
// See TibetanMachineWeb.java's UnicodeToTMW mapping and
// follow that example. At the very least, test it thoroughly
// so that changes to tibwn.ini will cause these tests to
// fail.
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
switch (x) {
case '\u0F00': return "oM";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F01': return "\\u0F01";
case '\u0F02': return null; // DLC
case '\u0F03': return null; // DLC
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F04': return "@";
case '\u0F05': return "#";
case '\u0F06': return "$";
case '\u0F07': return "%";
case '\u0F08': return "!";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F09': return "\\u0F09";
case '\u0F0A': return "\\u0F0A";
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F0B': return " ";
case '\u0F0C': return "*"; // DLC NOW: Jskad does not support this!
case '\u0F0D': return "/";
case '\u0F0E': return "//"; // DLC FIXME: this is kind of a hack-- the Unicode standard says the spacing for this construct is different than the spacing for "\u0F0D\u0F0D"
case '\u0F0F': return ";";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F10': return "\\u0F10";
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F11': return "|";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F12': return "\\u0F12";
case '\u0F13': return "\\u0F13";
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F14': return ":";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F15': return "\\u0F15";
case '\u0F16': return "\\u0F16";
case '\u0F17': return "\\u0F17";
case '\u0F18': return "\\u0F18";
case '\u0F19': return "\\u0F19";
case '\u0F1A': return "\\u0F1A";
case '\u0F1B': return "\\u0F1B";
case '\u0F1C': return "\\u0F1C";
case '\u0F1D': return "\\u0F1D";
case '\u0F1E': return "\\u0F1E";
case '\u0F1F': return "\\u0F1F";
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F20': return "0";
case '\u0F21': return "1";
case '\u0F22': return "2";
case '\u0F23': return "3";
case '\u0F24': return "4";
case '\u0F25': return "5";
case '\u0F26': return "6";
case '\u0F27': return "7";
case '\u0F28': return "8";
case '\u0F29': return "9";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F2A': return "\\u0F2A";
case '\u0F2B': return "\\u0F2B";
case '\u0F2C': return "\\u0F2C";
case '\u0F2D': return "\\u0F2D";
case '\u0F2E': return "\\u0F2E";
case '\u0F2F': return "\\u0F2F";
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F30': return "\\u0F30";
case '\u0F31': return "\\u0F31";
case '\u0F32': return "\\u0F32";
case '\u0F33': return "\\u0F33";
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F34': return "=";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F35': return "~X";
case '\u0F36': return "\\u0F36";
case '\u0F37': return "X";
case '\u0F38': return "\\u0F38";
case '\u0F39': return "^";
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F3A': return "<";
case '\u0F3B': return ">";
case '\u0F3C': return "(";
case '\u0F3D': return ")";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F3E': return "}";
case '\u0F3F': return "{";
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F40': return "k";
case '\u0F41': return "kh";
case '\u0F42': return "g";
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0F43': return (getThdlWylieForUnicodeCodepoint('\u0F42')
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY // DLC FIXME: is this right?
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F44': return "ng";
case '\u0F45': return "c";
case '\u0F46': return "ch";
case '\u0F47': return "j";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
// skip
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F49': return "ny";
case '\u0F4A': return "T";
case '\u0F4B': return "Th";
case '\u0F4C': return "D";
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0F4D': return (getThdlWylieForUnicodeCodepoint('\u0F4C')
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY // DLC FIXME: is this right?
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F4E': return "N";
case '\u0F4F': return "t";
case '\u0F50': return "th";
case '\u0F51': return "d";
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0F52': return (getThdlWylieForUnicodeCodepoint('\u0F51')
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY // DLC FIXME: is this right?
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F53': return "n";
case '\u0F54': return "p";
case '\u0F55': return "ph";
case '\u0F56': return "b";
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0F57': return (getThdlWylieForUnicodeCodepoint('\u0F56')
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY // DLC FIXME: is this right?
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F58': return "m";
case '\u0F59': return "ts";
case '\u0F5A': return "tsh";
case '\u0F5B': return "dz";
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0F5C': return (getThdlWylieForUnicodeCodepoint('\u0F5B')
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY // DLC FIXME: is this right?
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F5D': return "w";
case '\u0F5E': return "zh";
case '\u0F5F': return "z";
case '\u0F60': return "'";
case '\u0F61': return "y";
case '\u0F62': return "r";
case '\u0F63': return "l";
case '\u0F64': return "sh";
case '\u0F65': return "Sh";
case '\u0F66': return "s";
case '\u0F67': return "h";
case '\u0F68': return "a"; // DLC: maybe the empty string is OK here because typing just 'i' into Jskad causes root letter \u0F68 to appear... yuck...
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0F69': return (getThdlWylieForUnicodeCodepoint('\u0F40')
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY // DLC FIXME: is this right?
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB5'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F6A': return "r";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
// skip
// skip
// skip
// skip
// skip
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
// skip
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F71': return "A";
case '\u0F72': return "i";
case '\u0F73': return "I";
case '\u0F74': return "u";
case '\u0F75': return "U";
case '\u0F76': return "r-i"; // DLC Ri or r-i? I put in a bug report.
case '\u0F77': return "r-I"; // DLC or RI?
case '\u0F78': return "l-i";
case '\u0F79': return "l-I";
case '\u0F7A': return "e";
case '\u0F7B': return "ai";
case '\u0F7C': return "o";
case '\u0F7D': return "au";
case '\u0F7E': return "M";
case '\u0F7F': return "H";
case '\u0F80': return "-i";
case '\u0F81': return "-I";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F82': return "\\u0F82";
case '\u0F83': return "^M"; // DLC unsupported in Jskad
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F84': return "?";
case '\u0F85': return "&";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0F86': return "\\u0F86";
case '\u0F87': return "\\u0F87";
case '\u0F88': return "\\u0F88";
case '\u0F89': return "\\u0F89";
case '\u0F8A': return "\\u0F8A";
case '\u0F8B': return "\\u0F8B";
// skip
// skip
// skip
// skip
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F90': return "k";
case '\u0F91': return "kh";
case '\u0F92': return "g";
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0F93': return (getThdlWylieForUnicodeCodepoint('\u0F92')
Fixed two bugs.
2003-06-15 03:08:57 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F94': return "ng";
case '\u0F95': return "c";
case '\u0F96': return "ch";
case '\u0F97': return "j";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
// skip
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F99': return "ny";
case '\u0F9A': return "T";
case '\u0F9B': return "Th";
case '\u0F9C': return "D";
Fixed two bugs.
2003-06-15 03:08:57 +00:00
case '\u0F9D': return (getThdlWylieForUnicodeCodepoint('\u0F9C')
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0F9E': return "N";
case '\u0F9F': return "t";
case '\u0FA0': return "th";
case '\u0FA1': return "d";
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0FA2': return (getThdlWylieForUnicodeCodepoint('\u0FA1')
Fixed two bugs.
2003-06-15 03:08:57 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0FA3': return "n";
case '\u0FA4': return "p";
case '\u0FA5': return "ph";
case '\u0FA6': return "b";
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0FA7': return (getThdlWylieForUnicodeCodepoint('\u0FA6')
Fixed two bugs.
2003-06-15 03:08:57 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0FA8': return "m";
case '\u0FA9': return "ts";
case '\u0FAA': return "tsh";
case '\u0FAB': return "dz";
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0FAC': return (getThdlWylieForUnicodeCodepoint('\u0FAB')
Fixed two bugs.
2003-06-15 03:08:57 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB7'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0FAD': return "w";
case '\u0FAE': return "zh";
case '\u0FAF': return "z";
case '\u0FB0': return "'";
case '\u0FB1': return "y";
case '\u0FB2': return "r";
case '\u0FB3': return "l";
case '\u0FB4': return "sh";
case '\u0FB5': return "Sh";
case '\u0FB6': return "s";
case '\u0FB7': return "h";
case '\u0FB8': return "a"; // DLC see note on \u0F68 ...
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
case '\u0FB9': return (getThdlWylieForUnicodeCodepoint('\u0F90')
Fixed two bugs.
2003-06-15 03:08:57 +00:00
+ TibetanMachineWeb.WYLIE_SANSKRIT_STACKING_KEY
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
+ getThdlWylieForUnicodeCodepoint('\u0FB5'));
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
case '\u0FBA': return "w";
case '\u0FBB': return "y";
case '\u0FBC': return "r";
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
// skip
case '\u0FBE': return "\\u0FBE";
case '\u0FBF': return "\\u0FBF";
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
Updated to be in sync with latest EWTS draft.
2003-11-29 22:59:39 +00:00
case '\u0FC0': return "\\u0FC0";
case '\u0FC1': return "\\u0FC1";
case '\u0FC2': return "\\u0FC2";
case '\u0FC3': return "\\u0FC3";
case '\u0FC4': return "\\u0FC4";
case '\u0FC5': return "\\u0FC5";
case '\u0FC6': return "\\u0FC6";
case '\u0FC7': return "\\u0FC7";
case '\u0FC8': return "\\u0FC8";
case '\u0FC9': return "\\u0FC9";
case '\u0FCA': return "\\u0FCA";
case '\u0FCB': return "\\u0FCB";
case '\u0FCC': return "\\u0FCC";
// skip
// skip
case '\u0FCF': return "\\u0FCF"; // DLC i added this to the 'EWTS document misspeaks' bug report... null I think...
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
default: {
// DLC handle space (EW's "_")
Now uses terminology from the Unicode standard. No more talk of characters, for example. Normalization forms NFKD and NFD are supported for the Tibetan Unicode range. I don't like either, actually. I've tested NFKD, but I've not yet committed the tests.
2002-12-15 03:35:24 +00:00
// This codepoint is in the range 0FD0-0FFF or is not in
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
// the Tibetan range at all. In either case, there is no
Renamed UnicodeCharToExtendedWylie to UnicodeCodepointToThdlWylie.java. Added a new class, UnicodeGraphemeCluster, that can tell you the components of a grapheme cluster from top to bottom. It does not yet have good error checking; it is not yet finished. Next is to parse clean Unicode into GraphemeClusters. After that comes scanning dirty Unicode into best-guess GraphemeClusters, and scanning dirty Unicode to get nice error messages.
2002-12-17 13:51:18 +00:00
// corresponding THDL Extended Wylie.
This commit is for my benefit only; these classes are not ready for prime time, and the build system is not yet aware of them. I'm adding some classes for representing legal tsheg-bars (syllables, for the most part) in Unicode. These classes were designed bottom-up (OK, OK -- they weren't designed designed, but I had to write down everything I knew about Tibetan syntax somewhere). The classes are aware of extended wylie. I doubt the Javadocs work yet, and I'm still testing (and am not committing my testing code with these as it is not yet ready). Next on my list--fix these up to reflect my new awareness of suffix particles (like le'u'i'o) add classes to support syntactically incorrect Unicode sequences. Then add a UnicodeReader, and we've got the back end of a Tibetan Unicode shaping system (like half of MS's Uniscribe or Apple's Worldscript or FreeType Layout or Omega's OTPs). A top-down design would not have included LegalTshegBar. But now that my itch has been scratched, potential uses are lingering about. For example, it would be nice to scan some input and break it into LegalTshegBars, punctuation/marks/signs, and illegal stacks. Then we could alert the client of the illegality, its precise form, and its precise location. The real system for turning a Unicode stream into an internal representation suitable for conversion to EWTS/ACIP/XHTML/what-have-you need not be aware of Tibetan syntax. But to make the very best conversion from Unicode to, e.g., EWTS, it is necessary to konw that gaskad is better represented as gskad, but that jaskad is not the same as jskad.
2002-12-09 01:02:23 +00:00
return null;
}
} // end switch
}
}
Reference in a new issue Copy permalink