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MaysWind
456 lines
14 KiB
TypeScript
456 lines
14 KiB
TypeScript
// Chinese Calendar data from Hong Kong Observatory: https://www.hko.gov.hk/tc/gts/time/conversion1_text.htm
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// The following bash scripts is about generating compacted Chinese calendar data
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/*
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#!/bin/bash
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# fetch calendar date from Hong Kong Observatory
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for i in {1999..2100};
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do
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wget "https://my.weather.gov.hk/en/gts/time/calendar/text/files/T${i}e.txt";
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done
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# generate the compacted data
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for i in {1999..2100};
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do
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if ! [ -f "T${i}e.txt" ]; then
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echo "Error: file T${i}e.txt not exists";
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exit 1;
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fi
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cat T${i}e.txt;
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done | grep -v 'Gregorian-Lunar Calendar Conversion Table' | awk '
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function rtrim(s) {
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sub(/[ \t]+$/, "", s);
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return s;
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}
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BEGIN {
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# constants
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FIRST_YEAR = 1999;
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LAST_YEAR = 2100;
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GREGORIAN_CALENDAR_1999_1_1_CHINESE_YEAR = 1998;
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GREGORIAN_CALENDAR_1999_1_1_CHINESE_MONTH = 11;
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CHINESE_CALENDAR_MONTH_COUNT = 12;
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CHINESE_CALENDAR_BIG_MONTH_DAYS = 30;
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CHINESE_CALENDAR_SOLAR_TERMS_COUNT = 24;
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SINGLE_QUOTE_CHAR = 39;
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split("0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ", BASE36_CHARS, "");
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SOLAR_TERMS_INDEX["Moderate Cold"] = 1;
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SOLAR_TERMS_INDEX["Severe Cold"] = 2;
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SOLAR_TERMS_INDEX["Spring Commences"] = 3;
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SOLAR_TERMS_INDEX["Spring Showers"] = 4;
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SOLAR_TERMS_INDEX["Insects Waken"] = 5;
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SOLAR_TERMS_INDEX["Vernal Equinox"] = 6;
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SOLAR_TERMS_INDEX["Bright & Clear"] = 7;
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SOLAR_TERMS_INDEX["Corn Rain"] = 8;
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SOLAR_TERMS_INDEX["Summer Commences"] = 9;
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SOLAR_TERMS_INDEX["Corn Forms"] = 10;
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SOLAR_TERMS_INDEX["Corn on Ear"] = 11;
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SOLAR_TERMS_INDEX["Summer Solstice"] = 12;
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SOLAR_TERMS_INDEX["Moderate Heat"] = 13;
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SOLAR_TERMS_INDEX["Great Heat"] = 14;
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SOLAR_TERMS_INDEX["Autumn Commences"] = 15;
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SOLAR_TERMS_INDEX["End of Heat"] = 16;
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SOLAR_TERMS_INDEX["White Dew"] = 17;
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SOLAR_TERMS_INDEX["Autumnal Equinox"] = 18;
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SOLAR_TERMS_INDEX["Cold Dew"] = 19;
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SOLAR_TERMS_INDEX["Frost"] = 20;
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SOLAR_TERMS_INDEX["Winter Commences"] = 21;
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SOLAR_TERMS_INDEX["Light Snow"] = 22;
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SOLAR_TERMS_INDEX["Heavy Snow"] = 23;
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SOLAR_TERMS_INDEX["Winter Solstice"] = 24;
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# variables
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errorMessage = "";
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chineseYear = GREGORIAN_CALENDAR_1999_1_1_CHINESE_YEAR;
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chineseMonth = GREGORIAN_CALENDAR_1999_1_1_CHINESE_MONTH;
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chineseDay = 0;
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chineseLeapMonth = 0;
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firstChineseYearGregorianYear = FIRST_YEAR;
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firstChineseYearGregorianMonth = 0;
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firstChineseYearGregorianDay = 0;
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column1StartIndex = 1;
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column1Length = 15;
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column2StartIndex = 16;
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column2Length = 20;
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column3StartIndex = 36;
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column3Length = 15;
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column4StartIndex = 51;
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column4Length = 20;
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}
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{
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# check whether the provided data is invalid
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if (index($0, "Error: ") == 1 || errorMessage != "") {
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errorMessage = $0;
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next;
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}
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# calculate the length of each column from the header line
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if (index($0, "Gregorian date") == 1) {
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column2StartIndex = index($0, "Lunar date");
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column1Length = column2StartIndex - column1StartIndex;
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column3StartIndex = index($0, "Day-of-week");
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column2Length = column3StartIndex - column2StartIndex;
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column4StartIndex = index($0, "Solar terms");
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column3Length = column4StartIndex - column3StartIndex;
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next;
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}
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# parse the gregorian date
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col1 = rtrim(substr($0, column1StartIndex, column1Length));
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col2 = rtrim(substr($0, column2StartIndex, column2Length));
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col3 = rtrim(substr($0, column3StartIndex, column3Length));
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col4 = rtrim(substr($0, column4StartIndex, column4Length));
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split(col1, gregorianDate, "/");
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gregorianYear = int(gregorianDate[1]);
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gregorianMonth = int(gregorianDate[2]);
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gregorianDay = int(gregorianDate[3]);
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# parse Chinese day and calculate the Chinese year and month
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nextChineseYear = chineseYear;
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nextChineseMonth = chineseMonth;
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nextChineseDay = chineseDay;
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if (index(col2, " Lunar month") > 0) {
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nextChineseMonth = substr(col2, 1, (index(col2, " Lunar month") - 3));
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nextChineseDay = 1;
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if (nextChineseMonth == 1) {
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nextChineseYear++;
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}
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} else if (index(col2, " Lunar Month") > 0) {
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nextChineseMonth = substr(col2, 1, (index(col2, " Lunar Month") - 3));
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nextChineseDay = 1;
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if (nextChineseMonth == 1) {
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nextChineseYear++;
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}
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} else {
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nextChineseDay = col2;
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}
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# store the previous month info
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if (nextChineseDay == 1) {
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if (chineseLeapMonth == 0) {
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chineseMonthDayCountMap[chineseYear][chineseMonth] = chineseDay;
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} else {
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chineseLeapMonthMap[chineseYear] = chineseMonth;
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chineseLeapMonthDayCount[chineseYear] = chineseDay;
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}
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if (nextChineseMonth == chineseMonth) {
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chineseLeapMonth = 1;
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} else {
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chineseLeapMonth = 0;
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}
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}
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if (nextChineseDay == 1 && nextChineseMonth == 1 && nextChineseYear == FIRST_YEAR && chineseLeapMonth == 0) {
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firstChineseYearGregorianMonth = gregorianMonth;
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firstChineseYearGregorianDay = gregorianDay;
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}
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gregorianDayBase36 = BASE36_CHARS[gregorianDay + 1];
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solarTermIndex = SOLAR_TERMS_INDEX[col4];
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solarTermsMap[gregorianYear][solarTermIndex] = gregorianDayBase36;
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chineseYear = nextChineseYear;
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chineseMonth = nextChineseMonth;
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chineseDay = nextChineseDay;
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}
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END {
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if (errorMessage != "") {
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print errorMessage;
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exit;
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}
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# output contants
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printf "export const SUPPORTED_MIN_YEAR: number = %s;\n", FIRST_YEAR;
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printf "export const SUPPORTED_MAX_YEAR: number = %s;\n", LAST_YEAR;
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print "";
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printf "export const CHINESE_CALENDAR_FIRST_DAY_GREGORIAN_YEAR: number = %s;\n", firstChineseYearGregorianYear;
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printf "export const CHINESE_CALENDAR_FIRST_DAY_GREGORIAN_MONTH: number = %s;\n", firstChineseYearGregorianMonth;
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printf "export const CHINESE_CALENDAR_FIRST_DAY_GREGORIAN_DAY: number = %s;\n", firstChineseYearGregorianDay;
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print "";
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# output compacted data table of chinese years
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print "export const CHINESE_YEAR_DATA: number[] = [";
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for (year = FIRST_YEAR; year <= LAST_YEAR; year++) {
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printf " "
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# each element is a hexadecimal representing a 17-bit integer:
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# - bits 0-11: month days from month 1 to month 12 (0 means 29 days, 1 means 30 days)
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# - bits 12-15: leap month (0 means no leap month, 1-12 means the leap month)
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# - bit 16: leap month days (0 means 29 days, 1 means 30 days)
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data = 0;
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for (month = 1; month <= CHINESE_CALENDAR_MONTH_COUNT; month++) {
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dayCount = chineseMonthDayCountMap[year][month];
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bigMonth = 0;
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if (dayCount == CHINESE_CALENDAR_BIG_MONTH_DAYS) {
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bigMonth = 1;
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}
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data = lshift(data, 1);
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data = or(data, bigMonth);
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}
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leapMonth = chineseLeapMonthMap[year];
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if (leapMonth == "") {
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leapMonth = 0;
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}
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data = lshift(data, 4);
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data = or(data, leapMonth);
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data = lshift(data, 1);
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if (leapMonth > 0) {
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bigMonth = 0;
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if (chineseLeapMonthDayCount[year] == CHINESE_CALENDAR_BIG_MONTH_DAYS) {
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bigMonth = 1;
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}
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data = or(data, bigMonth);
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}
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printf "0x%x, // %s\n", data, year;
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}
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print "];";
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print "";
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# output compacted data table of solar terms
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# each element is a string of 24 base-36 (0-9A-Z) characters, each character represents the day in month (1-based) of the corresponding solar term
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print "export const GREGORIAN_YEAR_CHINESE_SOLAR_TERMS_DATA: string[] = [";
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for (year = FIRST_YEAR; year <= LAST_YEAR; year++) {
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printf " %c", SINGLE_QUOTE_CHAR;
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for (i = 1; i <= CHINESE_CALENDAR_SOLAR_TERMS_COUNT; i++) {
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printf solarTermsMap[year][i];
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}
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printf "%c, // %s\n", SINGLE_QUOTE_CHAR, year;
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}
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print "];";
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}'
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*/
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// The following lines are generated by the above bash scripts
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export const SUPPORTED_MIN_YEAR: number = 1999;
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export const SUPPORTED_MAX_YEAR: number = 2100;
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export const CHINESE_CALENDAR_FIRST_DAY_GREGORIAN_YEAR: number = 1999;
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export const CHINESE_CALENDAR_FIRST_DAY_GREGORIAN_MONTH: number = 2;
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export const CHINESE_CALENDAR_FIRST_DAY_GREGORIAN_DAY: number = 16;
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export const CHINESE_YEAR_DATA: number[] = [
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0x125c0, // 1999
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0x192c0, // 2000
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0x1b2a8, // 2001
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0x1a940, // 2002
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0x1b4a0, // 2003
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0xeaa4, // 2004
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0xad40, // 2005
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0x1576e, // 2006
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0x4ba0, // 2007
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0x125a0, // 2008
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0x1956a, // 2009
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0x152a0, // 2010
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0x16940, // 2011
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0x17548, // 2012
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0x15aa0, // 2013
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0xabb2, // 2014
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0x9740, // 2015
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0x14b60, // 2016
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0xa2ed, // 2017
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0xa560, // 2018
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0x15260, // 2019
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0xf2a8, // 2020
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0xd540, // 2021
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0x15aa0, // 2022
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0xb6a4, // 2023
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0x96c0, // 2024
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0x14dcc, // 2025
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0x149c0, // 2026
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0x1a4c0, // 2027
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0x1d4ca, // 2028
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0x1aa60, // 2029
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0xb540, // 2030
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0xed46, // 2031
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0x12da0, // 2032
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0x95f6, // 2033
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0x95a0, // 2034
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0x149a0, // 2035
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0x1a16d, // 2036
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0x1a4a0, // 2037
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0x1aa40, // 2038
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0x1ba8a, // 2039
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0x16b40, // 2040
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0xada0, // 2041
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0xab64, // 2042
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0x9360, // 2043
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0x14aee, // 2044
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0x14960, // 2045
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0x154a0, // 2046
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0x164ab, // 2047
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0xda40, // 2048
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0x15b40, // 2049
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0x96c7, // 2050
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0x126e0, // 2051
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0x93f0, // 2052
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0x92e0, // 2053
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0xc960, // 2054
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0xd14d, // 2055
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0x1d4a0, // 2056
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0xd540, // 2057
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0x14d89, // 2058
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0x155c0, // 2059
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0x125c0, // 2060
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0x1a5c6, // 2061
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0x192c0, // 2062
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0x1aaae, // 2063
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0x1a940, // 2064
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0x1b4a0, // 2065
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0xbaaa, // 2066
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0xad40, // 2067
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0x14da0, // 2068
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0xaba8, // 2069
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0xa5a0, // 2070
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0x15370, // 2071
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0x152a0, // 2072
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0x16940, // 2073
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0x16d4c, // 2074
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0x15aa0, // 2075
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0xab40, // 2076
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0x15748, // 2077
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0x14b60, // 2078
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0xa560, // 2079
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0x164e6, // 2080
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0xd260, // 2081
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0xe66e, // 2082
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0xd540, // 2083
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0x15aa0, // 2084
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0x96ab, // 2085
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0x96c0, // 2086
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0x14ae0, // 2087
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0xa9c8, // 2088
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0x1a2c0, // 2089
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0x1d2d0, // 2090
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0x1aa40, // 2091
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0x1b540, // 2092
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0xd54d, // 2093
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0xada0, // 2094
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0x95c0, // 2095
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0x153a8, // 2096
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0x145a0, // 2097
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0x1a2a0, // 2098
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0x1e4a4, // 2099
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0x1aa40, // 2100
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];
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export const GREGORIAN_YEAR_CHINESE_SOLAR_TERMS_DATA: string[] = [
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'6K4J6L5K6L6M7N8N8N9O8N7M', // 1999
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'6L4J5K4K5L5L7M7N7N8N7M7L', // 2000
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2001
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'5K4J6L5K6L6L7N8N8N8N7M7M', // 2002
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'6K4J6L5K6L6M7N8N8N9O8N7M', // 2003
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'6L4J5K4K5L5L7M7N7N8N7M7L', // 2004
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2005
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'5K4J6L5K5L6L7N7N8N8N7M7M', // 2006
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'6K4J6L5K6L6M7N8N8N9O8N7M', // 2007
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'6L4J5K4K5L5L7M7N7M8N7M7L', // 2008
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'5K4I5K4K5L5L7N7N7N8N7M7M', // 2009
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'5K4J6L5K5L6L7N7N8N8N7M7M', // 2010
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'6K4J6L5K6L6M7N8N8N8O8N7M', // 2011
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'6L4J5K4K5K5L7M7N7M8N7M7L', // 2012
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'5K4I5K4K5L5L7M7N7N8N7M7M', // 2013
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'5K4J6L5K5L6L7N7N8N8N7M7M', // 2014
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'6K4J6L5K6L6M7N8N8N8O8M7M', // 2015
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'6K4J5K4J5K5L7M7N7M8N7M7L', // 2016
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'5K3I5K4K5L5L7M7N7N8N7M7M', // 2017
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'5K4J5L5K5L6L7N7N8N8N7M7M', // 2018
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'5K4J6L5K6L6L7N8N8N8O8M7M', // 2019
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'6K4J5K4J5K5L6M7M7M8N7M7L', // 2020
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2021
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'5K4J5K5K5L6L7N7N7N8N7M7M', // 2022
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'5K4J6L5K6L6L7N8N8N8O8M7M', // 2023
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'6K4J5K4J5K5L6M7M7M8N7M6L', // 2024
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2025
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2026
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'5K4J6L5K6L6L7N8N8N8N7M7M', // 2027
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'6K4J5K4J5K5L6M7M7M8N7M6L', // 2028
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2029
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2030
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'5K4J6L5K6L6L7N8N8N8N7M7M', // 2031
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'6K4J5K4J5K5L6M7M7M8N7M6L', // 2032
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2033
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2034
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'5K4J6L5K5L6L7N7N8N8N7M7M', // 2035
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'6K4J5K4J5K5L6M7M7M8N7M6L', // 2036
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2037
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2038
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'5K4J6L5K5L6L7N7N8N8N7M7M', // 2039
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'6K4J5K4J5K5L6M7M7M8N7M6L', // 2040
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'5K3I5K4K5K5L7M7N7M8N7M7L', // 2041
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'5K4I5K4K5L5L7N7N7N8N7M7M', // 2042
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'5K4J6L5K5L6L7N7N8N8N7M7M', // 2043
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'6K4J5K4J5K5L6M7M7M7N7M6L', // 2044
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'5K3I5K4J5K5L7M7N7M8N7M7L', // 2045
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'5K4I5K4K5L5L7M7N7N8N7M7M', // 2046
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'5K4J6L5K5L6L7N7N8N8N7M7M', // 2047
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'6K4J5K4J5K5K6M7M7M7N7L6L', // 2048
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'5J3I5K4J5K5L6M7M7M8N7M7L', // 2049
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'5K3I5K4K5L5L7M7N7N8N7M7M', // 2050
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'5K4J5K5K5L6L7N7N7N8N7M7M', // 2051
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'5K4J5K4J5K5K6M7M7M7N7L6L', // 2052
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'5J3I5K4J5K5L6M7M7M8N7M7L', // 2053
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'5K3I5K4K5L5L7M7N7N8N7M7M', // 2054
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'5K4J5K5K5L5L7N7N7N8N7M7M', // 2055
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'5K4J5K4J5K5K6M7M7M7N7L6L', // 2056
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'5J3I5K4J5K5L6M7M7M8N7M6L', // 2057
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2058
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'5K4J5K5K5L5L7N7N7N8N7M7M', // 2059
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'5K4J5K4J5K5K6M7M7M7M6L6L', // 2060
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'5J3I5K4J5K5L6M7M7M8N7M6L', // 2061
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2062
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2063
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'5K4J5K4J5K5K6M7M7M7M6L6L', // 2064
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'5J3I5K4J5K5L6M7M7M8N7M6L', // 2065
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2066
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2067
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'5K4J5K4J4K5K6M6M7M7M6L6L', // 2068
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'5J3I5K4J5K5L6M7M7M8N7M6L', // 2069
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'5K3I5K4K5K5L7M7N7M8N7M7L', // 2070
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2071
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'5K4J5K4J4K5K6M6M7M7M6L6L', // 2072
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'5J3I5K4J5K5L6M7M7M7N7M6L', // 2073
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'5K3I5K4K5K5L7M7N7M8N7M7L', // 2074
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'5K4I5K4K5L5L7M7N7N8N7M7M', // 2075
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'5K4J5K4J4K5K6M6M7M7M6L6L', // 2076
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'5J3I5K4J5K5L6M7M7M7N7M6L', // 2077
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'5K3I5K4J5K5L6M7N7M8N7M7L', // 2078
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'5K4I5K4K5L5L7M7N7N8N7M7M', // 2079
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'5K4J5K4J4K5K6M6M7M7M6L6L', // 2080
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'5J3I5K4J5K5K6M7M7M7N7L6L', // 2081
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'5K3I5K4J5K5L6M7M7M8N7M7L', // 2082
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'5K3I5K4K5L5L7M7N7N8N7M7M', // 2083
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'5K4J4J4J4K5K6M6M6M7M6L6L', // 2084
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'4J3I5K4J5K5K6M7M7M7N7L6L', // 2085
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'5J3I5K4J5K5L6M7M7M8N7M7L', // 2086
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'5K3I5K4K5L5L7M7N7N8N7M7M', // 2087
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'5K4J4J4J4K4K6M6M6M7M6L6L', // 2088
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'4J3I5K4J5K5K6M7M7M7N7L6L', // 2089
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'5J3I5K4J5K5L6M7M7M8N7M6L', // 2090
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2091
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'5K4J4J4J4K4K6M6M6M7M6L6L', // 2092
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'4J3I5K4J5K5K6M7M7M7M6L6L', // 2093
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'5J3I5K4J5K5L6M7M7M8N7M6L', // 2094
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2095
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'5K4I4J4J4K4K6M6M6M7M6L6L', // 2096
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'4J3I5K4J5K5K6M6M7M7M6L6L', // 2097
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'5J3I5K4J5K5L6M7M7M8N7M6L', // 2098
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'5K3I5K4K5L5L7M7N7N8N7M7L', // 2099
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'5K4I5K5K5L5L7N7N7N8N7M7M', // 2100
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];
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