| /external/icu/icu4j/main/classes/core/src/com/ibm/icu/util/ |
| D | IndianCalendar.java | 45 * So When its a leap year in Gregorian calendar then Chaitra has 31 days.
48 * Years are counted in the Saka Era, which starts its year 0 in 78AD (by gregorian calendar).
72 * Constant for Chaitra, the 1st month of the Indian year.
78 * Constant for Vaisakha, the 2nd month of the Indian year.
84 * Constant for Jyaistha, the 3rd month of the Indian year.
90 * Constant for Asadha, the 4th month of the Indian year.
96 * Constant for Sravana, the 5th month of the Indian year.
102 * Constant for Bhadra, the 6th month of the Indian year.
108 * Constant for Asvina, the 7th month of the Indian year.
114 * Constant for Kartika, the 8th month of the Indian year.
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| D | HebrewCalendar.java | 23 * solar year (approximately 365.24 days) is not an even multiple of
26 * interesting, the start of a year can be delayed by up to three days
28 * to prevent certain illegal year lengths. Finally, the lengths of certain
29 * months can vary depending on the number of days in the year.
33 * not come at the end of the year, calculations involving
84 * Constant for Tishri, the 1st month of the Hebrew year.
90 * Constant for Heshvan, the 2nd month of the Hebrew year.
96 * Constant for Kislev, the 3rd month of the Hebrew year.
102 * Constant for Tevet, the 4th month of the Hebrew year.
108 * Constant for Shevat, the 5th month of the Hebrew year.
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| D | CopticCalendar.java | 30 * the 1st month of the Coptic year.
37 * the 2nd month of the Coptic year.
44 * the 3rd month of the Coptic year.
51 * the 4th month of the Coptic year.
58 * the 5th month of the Coptic year.
65 * the 6th month of the Coptic year.
72 * the 7th month of the Coptic year.
79 * the 8th month of the Coptic year.
86 * the 9th month of the Coptic year.
93 * the 10th month of the Coptic year.
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| D | GregorianCalendar.java | 31 * and the Julian calendar is the leap year rule. The Julian calendar specifies
42 * leap year rules were applied irregularly, and before 45 BC the Julian
45 * <p>Prior to the institution of the Gregorian calendar, New Year's Day was
51 * 53. Week 1 for a year is the earliest seven day period starting on
53 * <code>getMinimalDaysInFirstWeek()</code> days from that year. It thus
56 * Weeks between week 1 of one year and week 1 of the following year are
73 * week 1 of a year, week 1 of a month may be shorter than 7 days, need
114 * System.out.println("YEAR: " + calendar.get(Calendar.YEAR));
139 * System.out.println("YEAR: " + calendar.get(Calendar.YEAR));
183 * epochs which are used are January 1, year 1 (Gregorian), which is day 1
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| D | EthiopicCalendar.java | 32 * Constant for መስከረም, the 1st month of the Ethiopic year.
38 * Constant for ጥቅምት, the 2nd month of the Ethiopic year.
44 * Constant for ኅዳር, the 3rd month of the Ethiopic year.
50 * Constant for ታኅሣሥ, the 4th month of the Ethiopic year.
56 * Constant for ጥር, the 5th month of the Ethiopic year.
62 * Constant for የካቲት, the 6th month of the Ethiopic year.
68 * Constant for መጋቢት, the 7th month of the Ethiopic year.
74 * Constant for ሚያዝያ, the 8th month of the Ethiopic year.
80 * Constant for ግንቦት, the 9th month of the Ethiopic year.
86 * Constant for ሰኔ, the 10th month of the Ethiopic year.
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| D | AnnualTimeZoneRule.java | 25 * The constant representing the maximum year used for designating a rule is permanent.
45 * @param startYear The first year when this rule takes effect.
46 * @param endYear The last year when this rule takes effect. If this
72 * Gets the first year when this rule takes effect.
74 * @return The start year of this rule. The year is in Gregorian calendar
84 * Gets the end year when this rule takes effect.
86 * @return The end year of this rule (inclusive). The year is in Gregorian calendar
96 * Gets the time when this rule takes effect in the given year.
98 * @param year The Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
104 * @return The time when this rule takes effect in the year, or
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| D | PersianCalendar.java | 21 * in various ways, except its leap year rule, which is determined
22 * astronomically. The Persian year starts around the March equinox.
32 * The official rule for determination of the beginning of the Persian year
39 * expected that for about one year in every twenty-four years, the Afghan
44 * here, commonly known as the 33-year cycle rule, matches the astronomical
47 * commonly known algorithm, the 2820-year cycle, has been incorrectly
48 * designed to follow the tropical year instead of the spring equinoctial
49 * year, and fails to match the astronomical one as early as 2025 CE.
88 // len2 length of month in a leap year
89 // st days in year before start of month
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| D | ChineseCalendar.java | 37 * first method is by sequential numbering from the 61st year of the reign
38 * of Huang Di, 2637 BCE, which is designated year 1 on the Chinese
39 * calendar. The second method uses 60-year cycles from the same starting
40 * point, which is designated year 1 of cycle 1. In this class, the
41 * <code>EXTENDED_YEAR</code> field contains the sequential year count.
43 * <code>YEAR</code> field contains the year of the cycle, a value between
47 * the calendar, with some sources starting in the first year of the reign
48 * of Huang Di, rather than the 61st. This gives continuous year numbers
105 * The start year of this Chinese calendar instance.
122 * Cache that maps Gregorian year to local days of winter solstice.
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| /external/icu/android_icu4j/src/main/java/android/icu/util/ |
| D | IndianCalendar.java | 46 * So When its a leap year in Gregorian calendar then Chaitra has 31 days.
49 * Years are counted in the Saka Era, which starts its year 0 in 78AD (by gregorian calendar).
71 * Constant for Chaitra, the 1st month of the Indian year.
76 * Constant for Vaisakha, the 2nd month of the Indian year.
81 * Constant for Jyaistha, the 3rd month of the Indian year.
86 * Constant for Asadha, the 4th month of the Indian year.
91 * Constant for Sravana, the 5th month of the Indian year.
96 * Constant for Bhadra, the 6th month of the Indian year.
101 * Constant for Asvina, the 7th month of the Indian year.
106 * Constant for Kartika, the 8th month of the Indian year.
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| D | HebrewCalendar.java | 24 * solar year (approximately 365.24 days) is not an even multiple of
27 * interesting, the start of a year can be delayed by up to three days
29 * to prevent certain illegal year lengths. Finally, the lengths of certain
30 * months can vary depending on the number of days in the year.
34 * not come at the end of the year, calculations involving
84 * Constant for Tishri, the 1st month of the Hebrew year.
89 * Constant for Heshvan, the 2nd month of the Hebrew year.
94 * Constant for Kislev, the 3rd month of the Hebrew year.
99 * Constant for Tevet, the 4th month of the Hebrew year.
104 * Constant for Shevat, the 5th month of the Hebrew year.
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| D | CopticCalendar.java | 30 * the 1st month of the Coptic year.
36 * the 2nd month of the Coptic year.
42 * the 3rd month of the Coptic year.
48 * the 4th month of the Coptic year.
54 * the 5th month of the Coptic year.
60 * the 6th month of the Coptic year.
66 * the 7th month of the Coptic year.
72 * the 8th month of the Coptic year.
78 * the 9th month of the Coptic year.
84 * the 10th month of the Coptic year.
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| D | GregorianCalendar.java | 32 * and the Julian calendar is the leap year rule. The Julian calendar specifies
43 * leap year rules were applied irregularly, and before 45 BC the Julian
46 * <p>Prior to the institution of the Gregorian calendar, New Year's Day was
52 * 53. Week 1 for a year is the earliest seven day period starting on
54 * <code>getMinimalDaysInFirstWeek()</code> days from that year. It thus
57 * Weeks between week 1 of one year and week 1 of the following year are
74 * week 1 of a year, week 1 of a month may be shorter than 7 days, need
115 * System.out.println("YEAR: " + calendar.get(Calendar.YEAR));
140 * System.out.println("YEAR: " + calendar.get(Calendar.YEAR));
183 * epochs which are used are January 1, year 1 (Gregorian), which is day 1
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| D | EthiopicCalendar.java | 33 * Constant for መስከረም, the 1st month of the Ethiopic year.
38 * Constant for ጥቅምት, the 2nd month of the Ethiopic year.
43 * Constant for ኅዳር, the 3rd month of the Ethiopic year.
48 * Constant for ታኅሣሥ, the 4th month of the Ethiopic year.
53 * Constant for ጥር, the 5th month of the Ethiopic year.
58 * Constant for የካቲት, the 6th month of the Ethiopic year.
63 * Constant for መጋቢት, the 7th month of the Ethiopic year.
68 * Constant for ሚያዝያ, the 8th month of the Ethiopic year.
73 * Constant for ግንቦት, the 9th month of the Ethiopic year.
78 * Constant for ሰኔ, the 10th month of the Ethiopic year.
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| D | AnnualTimeZoneRule.java | 26 * The constant representing the maximum year used for designating a rule is permanent.
45 * @param startYear The first year when this rule takes effect.
46 * @param endYear The last year when this rule takes effect. If this
68 * Gets the first year when this rule takes effect.
70 * @return The start year of this rule. The year is in Gregorian calendar
78 * Gets the end year when this rule takes effect.
80 * @return The end year of this rule (inclusive). The year is in Gregorian calendar
88 * Gets the time when this rule takes effect in the given year.
90 * @param year The Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
96 * @return The time when this rule takes effect in the year, or
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| D | PersianCalendar.java | 22 * in various ways, except its leap year rule, which is determined
23 * astronomically. The Persian year starts around the March equinox.
33 * The official rule for determination of the beginning of the Persian year
40 * expected that for about one year in every twenty-four years, the Afghan
45 * here, commonly known as the 33-year cycle rule, matches the astronomical
48 * commonly known algorithm, the 2820-year cycle, has been incorrectly
49 * designed to follow the tropical year instead of the spring equinoctial
50 * year, and fails to match the astronomical one as early as 2025 CE.
90 // len2 length of month in a leap year
91 // st days in year before start of month
[all …]
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| D | ChineseCalendar.java | 38 * first method is by sequential numbering from the 61st year of the reign
39 * of Huang Di, 2637 BCE, which is designated year 1 on the Chinese
40 * calendar. The second method uses 60-year cycles from the same starting
41 * point, which is designated year 1 of cycle 1. In this class, the
42 * <code>EXTENDED_YEAR</code> field contains the sequential year count.
44 * <code>YEAR</code> field contains the year of the cycle, a value between
48 * the calendar, with some sources starting in the first year of the reign
49 * of Huang Di, rather than the 61st. This gives continuous year numbers
105 * The start year of this Chinese calendar instance.
122 * Cache that maps Gregorian year to local days of winter solstice.
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| D | CECalendar.java | 26 { 1, 1, 5000000, 5000000 }, // YEAR
121 * @param year The value used to set the calendar's {@link #YEAR YEAR} time field.
128 protected CECalendar(int year, int month, int date) { in CECalendar() argument
130 this.set(year, month, date); in CECalendar()
148 * @param year The value used to set the calendar's {@link #YEAR YEAR} time field.
156 protected CECalendar(int year, int month, int date, int hour, in CECalendar() argument
160 this.set(year, month, date, hour, minute, second); in CECalendar()
176 * Return JD of start of given month/extended year
196 * year of this calendar system. Subclasses should override this
204 // an intercalary month at the end of the year of 5 or 6 days, depending whether in handleGetMonthLength()
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| /external/opencv3/doc/ |
| D | opencv.bib | 10 year = {2012},
17 year = {2011},
26 year = {1983},
36 year = {2007},
46 year = {1999},
56 year = {1998},
66 year = {1981},
76 year = {1986},
86 year = {2001},
93 year = {2004}
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| /external/icu/icu4c/source/test/testdata/ |
| D | format.txt | 27 …// or a calendar spec ERA=0,YEAR=1, etc.. applied to the calendar type specified by the loc…
37 "ERA=1,YEAR=2007,MONTH=AUGUST,DATE=8,HOUR_OF_DAY=18,MINUTE=54,SECOND=0",
44 "ERA=1,YEAR=98,MONTH=0,DATE=24",
52 "ERA=0,YEAR=2,MONTH=0,DATE=24",
94 "ERA=1,YEAR=2012,MONTH=OCTOBER,DATE=8,HOUR_OF_DAY=23,MINUTE=59,SECOND=0",
102 "ERA=1,YEAR=2012,MONTH=OCTOBER,DATE=8,HOUR_OF_DAY=23,MINUTE=59,SECOND=0",
117 "ERA=1,YEAR=2012,MONTH=OCTOBER,DATE=8,HOUR_OF_DAY=23,MINUTE=59,SECOND=0",
125 "ERA=1,YEAR=2012,MONTH=OCTOBER,DATE=8,HOUR_OF_DAY=23,MINUTE=59,SECOND=0",
149 "ERA=1,YEAR=2012,MONTH=OCTOBER,DATE=8,HOUR_OF_DAY=23,MINUTE=59,SECOND=0",
157 "ERA=1,YEAR=2012,MONTH=OCTOBER,DATE=8,HOUR_OF_DAY=23,MINUTE=59,SECOND=0",
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| D | calendar.txt | 26 // "0/1/1912/june/4 == gregorian year=1912, ERA=AD, same month, same day
29 "ERA=1,YEAR=1,MONTH=JUNE,DATE=4", // tw
30 "ERA=1,YEAR=1912,MONTH=,DATE=" // greg
34 "ERA=1,YEAR=3,MONTH=FEBRUARY,DATE=12", // tw
35 "ERA=1,YEAR=1914,MONTH=,DATE=" // greg
39 "ERA=1,YEAR=96,MONTH=FEBRUARY,DATE=12", // tw
40 "ERA=1,YEAR=2007,MONTH=,DATE=" // greg
46 "ERA=0,YEAR=2,MONTH=JANUARY,DATE=24", // tw
47 "ERA=1,YEAR=1910,MONTH=JANUARY,DATE=24", // greg
55 "YEAR=1964,MONTH=8,DATE=4", // greg
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| /external/icu/icu4c/source/i18n/ |
| D | gregoimp.h | 93 #define kJan1_1JulianDay 1721426 // January 1, year 1 (Gregorian)
138 * Return TRUE if the given year is a leap year.
139 * @param year Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
140 * @return TRUE if the year is a leap year
142 static inline UBool isLeapYear(int32_t year);
146 * @param year Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
150 static inline int8_t monthLength(int32_t year, int32_t month);
154 * @param y the extended year
161 * Convert a year, month, and day-of-month, given in the proleptic
163 * @param year Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
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| D | hebrwcal.cpp | 41 { -5000000, -5000000, 5000000, 5000000}, // YEAR
68 * Due to the rules for postponing the start of the year to avoid having
69 * certain holidays fall on the sabbath, the year can end up being three
90 * The cumulative # of days to the end of each month in a non-leap year
114 * The cumulative # of days to the end of each month in a leap year
225 int32_t year = get(UCAL_YEAR, status); in add() local
231 if (acrossAdar1 && month>=ADAR_1 && !isLeapYear(year)) { in add()
238 ++year; in add()
245 if (acrossAdar1 && month<=ADAR_1 && !isLeapYear(year)) { in add()
252 --year; in add()
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| D | indiancal.cpp | 60 { -5000000, -5000000, 5000000, 5000000}, // YEAR
93 * Determine whether the given gregorian year is a Leap year
95 static UBool isGregorianLeap(int32_t year) in isGregorianLeap() argument
97 return ((year % 4) == 0) && (!(((year % 100) == 0) && ((year % 400) != 0))); in isGregorianLeap()
107 * @param eyear The year in Saka Era
127 * Return the number of days in the given Indian year
129 * @param eyear The year in Saka Era.
137 * @param year The Gregorian year
138 * @param month The month in Gregorian Year
141 static double gregorianToJD(int32_t year, int32_t month, int32_t date) { in gregorianToJD() argument
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| /external/icu/icu4j/main/classes/core/src/com/ibm/icu/impl/ |
| D | Grego.java | 56 * Return true if the given year is a leap year.
57 * @param year Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
58 * @return true if the year is a leap year
60 public static final boolean isLeapYear(int year) { in isLeapYear() argument
61 // year&0x3 == year%4 in isLeapYear()
62 return ((year&0x3) == 0) && ((year%100 != 0) || (year%400 == 0)); in isLeapYear()
67 * @param year Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
71 public static final int monthLength(int year, int month) { in monthLength() argument
72 return MONTH_LENGTH[month + (isLeapYear(year) ? 12 : 0)]; in monthLength()
77 * @param year Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
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| /external/icu/android_icu4j/src/main/java/android/icu/impl/ |
| D | Grego.java | 58 * Return true if the given year is a leap year.
59 * @param year Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
60 * @return true if the year is a leap year
62 public static final boolean isLeapYear(int year) { in isLeapYear() argument
63 // year&0x3 == year%4 in isLeapYear()
64 return ((year&0x3) == 0) && ((year%100 != 0) || (year%400 == 0)); in isLeapYear()
69 * @param year Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
73 public static final int monthLength(int year, int month) { in monthLength() argument
74 return MONTH_LENGTH[month + (isLeapYear(year) ? 12 : 0)]; in monthLength()
79 * @param year Gregorian year, with 0 == 1 BCE, -1 == 2 BCE, etc.
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