/*
 * This file is part of the LibreOffice project.
 *
 * This Source Code Form is subject to the terms of the Mozilla Public
 * License, v. 2.0. If a copy of the MPL was not distributed with this
 * file, You can obtain one at http://mozilla.org/MPL/2.0/.
 *
 * This file incorporates work covered by the following license notice:
 *
 *   Licensed to the Apache Software Foundation (ASF) under one or more
 *   contributor license agreements. See the NOTICE file distributed
 *   with this work for additional information regarding copyright
 *   ownership. The ASF licenses this file to you under the Apache
 *   License, Version 2.0 (the "License"); you may not use this file
 *   except in compliance with the License. You may obtain a copy of
 *   the License at http://www.apache.org/licenses/LICENSE-2.0 .
 */
#include <svtools/svtools.hrc>

#ifndef IMAGE_STDBTN_COLOR
#define IMAGE_STDBTN_COLOR Color { Red = 0xFFFF; Green = 0x0000; Blue = 0xFFFF; }
#endif


String STR_SVT_AUTOMATIC_COLOR
{
    Text [ en-US ] = "Automatic";
};

/*
 * resources for CollatorResource / CollatorResourceData resp.
 */

String STR_SVT_COLLATE_ALPHANUMERIC
{
    /* alphanumeric sorting algorithm */
    Text [ en-US ] = "Alphanumeric";
};

String STR_SVT_COLLATE_NORMAL
{
    /* default or normal sorting algorithm */
    Text [ en-US ] = "Normal";
};

String STR_SVT_COLLATE_CHARSET
{
    /* default or normal sorting algorithm */
    Text [ en-US ] = "Character set";
};

String STR_SVT_COLLATE_DICTIONARY
{
    /* german dictionary word order / sorting */
    Text [ en-US ] = "Dictionary";
};

String STR_SVT_COLLATE_PINYIN
{
    /* chinese sorting algorithm */
    Text [ en-US ] = "Pinyin";
};

String STR_SVT_COLLATE_STROKE
{
    /* chinese sorting algorithm */
    Text [ en-US ] = "Stroke";
};

String STR_SVT_COLLATE_RADICAL
{
    /* chinese sorting algorithm */
    Text [ en-US ] = "Radical";
};

String STR_SVT_COLLATE_UNICODE
{
    /* sorting according to the unicode code point of the character */
    Text [ en-US ] = "Unicode";
};

String STR_SVT_COLLATE_ZHUYIN
{
    /* chinese sorting algorithm */
    Text [ en-US ] = "Zhuyin";
};

String STR_SVT_COLLATE_PHONEBOOK
{
    /* phone book sorting algorithm. e.g. German */
    Text [ en-US ] = "Phone book";
};

String STR_SVT_COLLATE_PHONETIC_F
{
    Text [ en-US ] = "Phonetic (alphanumeric first)";
};

String STR_SVT_COLLATE_PHONETIC_L
{
    Text [ en-US ] = "Phonetic (alphanumeric last)";
};

String STR_SVT_INDEXENTRY_ALPHANUMERIC
{
    /* alphanumeric indexentry algorithm */
    Text [ en-US ] = "Alphanumeric";
};

String STR_SVT_INDEXENTRY_DICTIONARY
{
    /* korean dictionary indexentry algorithm */
    Text [ en-US ] = "Dictionary";
};

String STR_SVT_INDEXENTRY_PINYIN
{
    /* chinese sorting algorithm */
    Text [ en-US ] = "Pinyin";
};

String STR_SVT_INDEXENTRY_RADICAL
{
    /* chinese indexentry algorithm */
    Text [ en-US ] = "Radical";
};

String STR_SVT_INDEXENTRY_STROKE
{
    /* chinese indexentry algorithm */
    Text [ en-US ] = "Stroke";
};

String STR_SVT_INDEXENTRY_ZHUYIN
{
    /* chinese indexentry algorithm */
    Text [ en-US ] = "Zhuyin";
};

String STR_SVT_INDEXENTRY_PHONETIC_FS
{
    Text [ en-US ] = "Phonetic (alphanumeric first, grouped by syllables)";
};

String STR_SVT_INDEXENTRY_PHONETIC_FC
{
    Text [ en-US ] = "Phonetic (alphanumeric first, grouped by consonants)";
};

String STR_SVT_INDEXENTRY_PHONETIC_LS
{
    Text [ en-US ] = "Phonetic (alphanumeric last, grouped by syllables)";
};

String STR_SVT_INDEXENTRY_PHONETIC_LC
{
    Text [ en-US ] = "Phonetic (alphanumeric last, grouped by consonants)";
};