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| Packages that use Chronology | |
|---|---|
| org.joda.time | Provides support for dates, times, time zones, durations, intervals, and partials. |
| org.joda.time.base | Implementation package providing abstract and base time classes. |
| org.joda.time.chrono | Package containing the chronology classes which define the calendar systems. |
| org.joda.time.convert | Implementation package providing conversion between date and time objects. |
| org.joda.time.field | Implementation package providing abstract and standard field classes. |
| org.joda.time.format | Provides printing and parsing support for instants and durations. |
| Uses of Chronology in org.joda.time |
|---|
| Methods in org.joda.time that return Chronology | |
|---|---|
Chronology |
ReadablePartial.getChronology()
Gets the chronology of the partial which is never null. |
Chronology |
ReadableInterval.getChronology()
Gets the chronology of the interval, which is the chronology of the first datetime. |
Chronology |
ReadableInstant.getChronology()
Gets the chronology of the instant. |
Chronology |
Partial.getChronology()
Gets the chronology of the partial which is never null. |
protected Chronology |
MutableDateTime.Property.getChronology()
Gets the chronology of the datetime that this property is linked to. |
Chronology |
LocalTime.getChronology()
Gets the chronology of the time. |
protected Chronology |
LocalTime.Property.getChronology()
Gets the chronology of the datetime that this property is linked to. |
Chronology |
LocalDateTime.getChronology()
Gets the chronology of the datetime. |
protected Chronology |
LocalDateTime.Property.getChronology()
Gets the chronology of the datetime that this property is linked to. |
Chronology |
LocalDate.getChronology()
Gets the chronology of the date. |
protected Chronology |
LocalDate.Property.getChronology()
Gets the chronology of the datetime that this property is linked to. |
Chronology |
Instant.getChronology()
Gets the chronology of the instant, which is ISO in the UTC zone. |
protected Chronology |
DateTime.Property.getChronology()
Gets the chronology of the datetime that this property is linked to. |
protected Chronology |
DateMidnight.Property.getChronology()
Gets the chronology of the datetime that this property is linked to. |
static Chronology |
DateTimeUtils.getChronology(Chronology chrono)
Gets the chronology handling null. |
static Chronology |
DateTimeUtils.getInstantChronology(ReadableInstant instant)
Gets the chronology from the specified instant object handling null. |
static Chronology |
DateTimeUtils.getIntervalChronology(ReadableInstant start,
ReadableInstant end)
Gets the chronology from the specified instant based interval handling null. |
static Chronology |
DateTimeUtils.getIntervalChronology(ReadableInterval interval)
Gets the chronology from the specified interval object handling null. |
abstract Chronology |
Chronology.withUTC()
Returns an instance of this Chronology that operates in the UTC time zone. |
abstract Chronology |
Chronology.withZone(DateTimeZone zone)
Returns an instance of this Chronology that operates in any time zone. |
| Methods in org.joda.time with parameters of type Chronology | |
|---|---|
void |
MutablePeriod.add(long duration,
Chronology chrono)
Adds a millisecond duration to this one by dividing the duration into fields and calling MutablePeriod.add(ReadablePeriod) . |
protected long |
DateMidnight.checkInstant(long instant,
Chronology chronology)
Rounds the specified instant to midnight. |
static TimeOfDay |
TimeOfDay.fromMillisOfDay(long millisOfDay,
Chronology chrono)
Deprecated. Constructs a TimeOfDay from the specified millis of day using the specified chronology. |
static LocalTime |
LocalTime.fromMillisOfDay(long millisOfDay,
Chronology chrono)
Constructs a LocalTime from the specified millis of day using the specified chronology. |
static Chronology |
DateTimeUtils.getChronology(Chronology chrono)
Gets the chronology handling null. |
abstract DurationField |
DurationFieldType.getField(Chronology chronology)
Gets a suitable field for this type from the given Chronology. |
abstract DateTimeField |
DateTimeFieldType.getField(Chronology chronology)
Gets a suitable field for this type from the given Chronology. |
protected DateTimeField |
YearMonthDay.getField(int index,
Chronology chrono)
Deprecated. Gets the field for a specific index in the chronology specified. |
protected DateTimeField |
YearMonth.getField(int index,
Chronology chrono)
Gets the field for a specific index in the chronology specified. |
protected DateTimeField |
TimeOfDay.getField(int index,
Chronology chrono)
Deprecated. Gets the field for a specific index in the chronology specified. |
protected DateTimeField |
Partial.getField(int index,
Chronology chrono)
Gets the field for a specific index in the chronology specified. |
protected DateTimeField |
MonthDay.getField(int index,
Chronology chrono)
Gets the field for a specific index in the chronology specified. |
protected DateTimeField |
LocalTime.getField(int index,
Chronology chrono)
Gets the field for a specific index in the chronology specified. |
protected DateTimeField |
LocalDateTime.getField(int index,
Chronology chrono)
Gets the field for a specific index in the chronology specified. |
protected DateTimeField |
LocalDate.getField(int index,
Chronology chrono)
Gets the field for a specific index in the chronology specified. |
boolean |
DurationFieldType.isSupported(Chronology chronology)
Checks whether this field supported in the given Chronology. |
boolean |
DateTimeFieldType.isSupported(Chronology chronology)
Checks whether this field supported in the given Chronology. |
static YearMonth |
YearMonth.now(Chronology chronology)
Obtains a YearMonth set to the current system millisecond time
using the specified chronology. |
static MutableDateTime |
MutableDateTime.now(Chronology chronology)
Obtains a MutableDateTime set to the current system millisecond time
using the specified chronology. |
static MonthDay |
MonthDay.now(Chronology chronology)
Obtains a MonthDay set to the current system millisecond time
using the specified chronology. |
static LocalTime |
LocalTime.now(Chronology chronology)
Obtains a LocalTime set to the current system millisecond time
using the specified chronology. |
static LocalDateTime |
LocalDateTime.now(Chronology chronology)
Obtains a LocalDateTime set to the current system millisecond time
using the specified chronology. |
static LocalDate |
LocalDate.now(Chronology chronology)
Obtains a LocalDate set to the current system millisecond time
using the specified chronology. |
static DateTime |
DateTime.now(Chronology chronology)
Obtains a DateTime set to the current system millisecond time
using the specified chronology. |
static DateMidnight |
DateMidnight.now(Chronology chronology)
Obtains a DateMidnight set to the current system millisecond time
using the specified chronology. |
void |
ReadWritableInterval.setChronology(Chronology chrono)
Sets the chronology of this time interval. |
void |
ReadWritableInstant.setChronology(Chronology chronology)
Sets the chronology of the datetime, which has no effect if not applicable. |
void |
MutableInterval.setChronology(Chronology chrono)
Sets the chronology of this time interval. |
void |
MutableDateTime.setChronology(Chronology chronology)
Set the chronology of the datetime. |
void |
MutablePeriod.setPeriod(long duration,
Chronology chrono)
Sets all the fields in one go from a millisecond duration. |
void |
MutablePeriod.setPeriod(long startInstant,
long endInstant,
Chronology chrono)
Sets all the fields in one go from a millisecond interval. |
void |
MutablePeriod.setPeriod(ReadableDuration duration,
Chronology chrono)
Sets all the fields in one go from a duration dividing the fields using the period type. |
DateTime |
DateTime.toDateTime(Chronology chronology)
Get this object as a DateTime, returning this if possible. |
Interval |
Interval.withChronology(Chronology chronology)
Creates a new interval with the same start and end, but a different chronology. |
DateTime |
DateTime.withChronology(Chronology newChronology)
Returns a copy of this datetime with a different chronology. |
DateMidnight |
DateMidnight.withChronology(Chronology newChronology)
Returns a copy of this date with a different chronology, potentially changing the day in unexpected ways. |
YearMonthDay |
YearMonthDay.withChronologyRetainFields(Chronology newChronology)
Deprecated. Returns a copy of this date with the specified chronology. |
YearMonth |
YearMonth.withChronologyRetainFields(Chronology newChronology)
Returns a copy of this year-month with the specified chronology. |
TimeOfDay |
TimeOfDay.withChronologyRetainFields(Chronology newChronology)
Deprecated. Returns a copy of this time with the specified chronology. |
Partial |
Partial.withChronologyRetainFields(Chronology newChronology)
Creates a new Partial instance with the specified chronology. |
MonthDay |
MonthDay.withChronologyRetainFields(Chronology newChronology)
Returns a copy of this month-day with the specified chronology. |
| Constructors in org.joda.time with parameters of type Chronology | |
|---|---|
DateMidnight(Chronology chronology)
Constructs an instance set to the current system millisecond time using the specified chronology. |
|
DateMidnight(int year,
int monthOfYear,
int dayOfMonth,
Chronology chronology)
Constructs an instance from datetime field values using the specified chronology. |
|
DateMidnight(long instant,
Chronology chronology)
Constructs an instance set to the milliseconds from 1970-01-01T00:00:00Z using the specified chronology. |
|
DateMidnight(Object instant,
Chronology chronology)
Constructs an instance from an Object that represents a datetime, using the specified chronology. |
|
DateTime(Chronology chronology)
Constructs an instance set to the current system millisecond time using the specified chronology. |
|
DateTime(int year,
int monthOfYear,
int dayOfMonth,
int hourOfDay,
int minuteOfHour,
Chronology chronology)
Constructs an instance from datetime field values using the specified chronology. |
|
DateTime(int year,
int monthOfYear,
int dayOfMonth,
int hourOfDay,
int minuteOfHour,
int secondOfMinute,
Chronology chronology)
Constructs an instance from datetime field values using the specified chronology. |
|
DateTime(int year,
int monthOfYear,
int dayOfMonth,
int hourOfDay,
int minuteOfHour,
int secondOfMinute,
int millisOfSecond,
Chronology chronology)
Constructs an instance from datetime field values using the specified chronology. |
|
DateTime(long instant,
Chronology chronology)
Constructs an instance set to the milliseconds from 1970-01-01T00:00:00Z using the specified chronology. |
|
DateTime(Object instant,
Chronology chronology)
Constructs an instance from an Object that represents a datetime, using the specified chronology. |
|
Interval(long startInstant,
long endInstant,
Chronology chronology)
Constructs an interval from a start and end instant with the specified chronology. |
|
Interval(Object interval,
Chronology chronology)
Constructs a time interval by converting or copying from another object, overriding the chronology. |
|
LocalDate(Chronology chronology)
Constructs an instance set to the current local time evaluated using specified chronology. |
|
LocalDate(int year,
int monthOfYear,
int dayOfMonth,
Chronology chronology)
Constructs an instance set to the specified date and time using the specified chronology, whose zone is ignored. |
|
LocalDate(long instant,
Chronology chronology)
Constructs an instance set to the local time defined by the specified instant evaluated using the specified chronology. |
|
LocalDate(Object instant,
Chronology chronology)
Constructs an instance from an Object that represents a datetime, using the specified chronology. |
|
LocalDateTime(Chronology chronology)
Constructs an instance set to the current local time evaluated using specified chronology. |
|
LocalDateTime(int year,
int monthOfYear,
int dayOfMonth,
int hourOfDay,
int minuteOfHour,
int secondOfMinute,
int millisOfSecond,
Chronology chronology)
Constructs an instance set to the specified date and time using the specified chronology, whose zone is ignored. |
|
LocalDateTime(long instant,
Chronology chronology)
Constructs an instance set to the local time defined by the specified instant evaluated using the specified chronology. |
|
LocalDateTime(Object instant,
Chronology chronology)
Constructs an instance from an Object that represents a datetime, using the specified chronology. |
|
LocalTime(Chronology chronology)
Constructs an instance set to the current local time evaluated using specified chronology and zone. |
|
LocalTime(int hourOfDay,
int minuteOfHour,
int secondOfMinute,
int millisOfSecond,
Chronology chronology)
Constructs an instance set to the specified time using the specified chronology, whose zone is ignored. |
|
LocalTime(long instant,
Chronology chronology)
Constructs an instance set to the local time defined by the specified instant evaluated using the specified chronology. |
|
LocalTime(Object instant,
Chronology chronology)
Constructs an instance from an Object that represents a datetime, using the specified chronology. |
|
MonthDay(Chronology chronology)
Constructs a MonthDay with the current month-day, using the specified chronology and zone to extract the fields. |
|
MonthDay(int monthOfYear,
int dayOfMonth,
Chronology chronology)
Constructs an instance set to the specified monthOfYear and dayOfMonth using the specified chronology, whose zone is ignored. |
|
MonthDay(long instant,
Chronology chronology)
Constructs a MonthDay extracting the partial fields from the specified milliseconds using the chronology provided. |
|
MonthDay(Object instant,
Chronology chronology)
Constructs a MonthDay from an Object that represents some form of time, using the specified chronology. |
|
MutableDateTime(Chronology chronology)
Constructs an instance set to the current system millisecond time using the specified chronology. |
|
MutableDateTime(int year,
int monthOfYear,
int dayOfMonth,
int hourOfDay,
int minuteOfHour,
int secondOfMinute,
int millisOfSecond,
Chronology chronology)
Constructs an instance from datetime field values using the specified chronology. |
|
MutableDateTime(long instant,
Chronology chronology)
Constructs an instance set to the milliseconds from 1970-01-01T00:00:00Z using the specified chronology. |
|
MutableDateTime(Object instant,
Chronology chronology)
Constructs an instance from an Object that represents a datetime, using the specified chronology. |
|
MutableInterval(long startInstant,
long endInstant,
Chronology chronology)
Constructs an interval from a start and end instant with a chronology. |
|
MutableInterval(Object interval,
Chronology chronology)
Constructs a time interval by converting or copying from another object, overriding the chronology. |
|
MutablePeriod(long duration,
Chronology chronology)
Creates a period from the given millisecond duration using the standard set of fields. |
|
MutablePeriod(long startInstant,
long endInstant,
Chronology chrono)
Creates a period from the given interval endpoints using the standard set of fields. |
|
MutablePeriod(long startInstant,
long endInstant,
PeriodType type,
Chronology chrono)
Creates a period from the given interval endpoints. |
|
MutablePeriod(long duration,
PeriodType type,
Chronology chronology)
Creates a period from the given millisecond duration. |
|
MutablePeriod(Object period,
Chronology chrono)
Creates a period by converting or copying from another object. |
|
MutablePeriod(Object period,
PeriodType type,
Chronology chrono)
Creates a period by converting or copying from another object. |
|
Partial(Chronology chrono)
Constructs a Partial with no fields or values, which can be considered to represent any date. |
|
Partial(DateTimeFieldType[] types,
int[] values,
Chronology chronology)
Constructs a Partial with the specified fields and values. |
|
Partial(DateTimeFieldType type,
int value,
Chronology chronology)
Constructs a Partial with the specified field and value. |
|
Period(long duration,
Chronology chronology)
Creates a period from the given millisecond duration using the standard set of fields. |
|
Period(long startInstant,
long endInstant,
Chronology chrono)
Creates a period from the given interval endpoints using the standard set of fields. |
|
Period(long startInstant,
long endInstant,
PeriodType type,
Chronology chrono)
Creates a period from the given interval endpoints. |
|
Period(long duration,
PeriodType type,
Chronology chronology)
Creates a period from the given millisecond duration. |
|
Period(Object period,
Chronology chrono)
Creates a period by converting or copying from another object. |
|
Period(Object period,
PeriodType type,
Chronology chrono)
Creates a period by converting or copying from another object. |
|
TimeOfDay(Chronology chronology)
Deprecated. Constructs a TimeOfDay with the current time, using the specified chronology and zone to extract the fields. |
|
TimeOfDay(int hourOfDay,
int minuteOfHour,
Chronology chronology)
Deprecated. Constructs a TimeOfDay with specified hour and minute and zero seconds and milliseconds. |
|
TimeOfDay(int hourOfDay,
int minuteOfHour,
int secondOfMinute,
Chronology chronology)
Deprecated. Constructs a TimeOfDay with specified time field values and zero milliseconds. |
|
TimeOfDay(int hourOfDay,
int minuteOfHour,
int secondOfMinute,
int millisOfSecond,
Chronology chronology)
Deprecated. Constructs a TimeOfDay with specified time field values and chronology. |
|
TimeOfDay(long instant,
Chronology chronology)
Deprecated. Constructs a TimeOfDay extracting the partial fields from the specified milliseconds using the chronology provided. |
|
TimeOfDay(Object instant,
Chronology chronology)
Deprecated. Constructs a TimeOfDay from an Object that represents a time, using the specified chronology. |
|
YearMonth(Chronology chronology)
Constructs a YearMonth with the current year-month, using the specified chronology and zone to extract the fields. |
|
YearMonth(int year,
int monthOfYear,
Chronology chronology)
Constructs an instance set to the specified year and month using the specified chronology, whose zone is ignored. |
|
YearMonth(long instant,
Chronology chronology)
Constructs a YearMonth extracting the partial fields from the specified milliseconds using the chronology provided. |
|
YearMonth(Object instant,
Chronology chronology)
Constructs a YearMonth from an Object that represents some form of time, using the specified chronology. |
|
YearMonthDay(Chronology chronology)
Deprecated. Constructs a YearMonthDay with the current date, using the specified chronology and zone to extract the fields. |
|
YearMonthDay(int year,
int monthOfYear,
int dayOfMonth,
Chronology chronology)
Deprecated. Constructs a YearMonthDay with specified time field values. |
|
YearMonthDay(long instant,
Chronology chronology)
Deprecated. Constructs a YearMonthDay extracting the partial fields from the specified milliseconds using the chronology provided. |
|
YearMonthDay(Object instant,
Chronology chronology)
Deprecated. Constructs a YearMonthDay from an Object that represents a time, using the specified chronology. |
| Uses of Chronology in org.joda.time.base |
|---|
| Methods in org.joda.time.base that return Chronology | |
|---|---|
protected Chronology |
BaseDateTime.checkChronology(Chronology chronology)
Checks the specified chronology before storing it, potentially altering it. |
Chronology |
BasePartial.getChronology()
Gets the chronology of the partial which is never null. |
Chronology |
BaseInterval.getChronology()
Gets the chronology of this interval. |
Chronology |
BaseDateTime.getChronology()
Gets the chronology of the datetime. |
| Methods in org.joda.time.base with parameters of type Chronology | |
|---|---|
protected Chronology |
BaseDateTime.checkChronology(Chronology chronology)
Checks the specified chronology before storing it, potentially altering it. |
protected long |
BaseDateTime.checkInstant(long instant,
Chronology chronology)
Checks the specified instant before storing it, potentially altering it. |
protected abstract DateTimeField |
AbstractPartial.getField(int index,
Chronology chrono)
Gets the field for a specific index in the chronology specified. |
protected void |
BaseDateTime.setChronology(Chronology chronology)
Sets the chronology of the datetime. |
protected void |
BaseInterval.setInterval(long startInstant,
long endInstant,
Chronology chrono)
Sets this interval from two millisecond instants and a chronology. |
DateTime |
AbstractInstant.toDateTime(Chronology chronology)
Get this object as a DateTime using the given chronology and its zone. |
MutableDateTime |
AbstractInstant.toMutableDateTime(Chronology chronology)
Get this object as a MutableDateTime using the given chronology and its zone. |
Period |
BaseDuration.toPeriod(Chronology chrono)
Converts this duration to a Period instance using the standard period type and the specified chronology. |
Period |
BaseDuration.toPeriod(PeriodType type,
Chronology chrono)
Converts this duration to a Period instance using the specified period type and chronology. |
| Constructors in org.joda.time.base with parameters of type Chronology | |
|---|---|
BaseDateTime(Chronology chronology)
Constructs an instance set to the current system millisecond time using the specified chronology. |
|
BaseDateTime(int year,
int monthOfYear,
int dayOfMonth,
int hourOfDay,
int minuteOfHour,
int secondOfMinute,
int millisOfSecond,
Chronology chronology)
Constructs an instance from datetime field values using the specified chronology. |
|
BaseDateTime(long instant,
Chronology chronology)
Constructs an instance set to the milliseconds from 1970-01-01T00:00:00Z using the specified chronology. |
|
BaseDateTime(Object instant,
Chronology chronology)
Constructs an instance from an Object that represents a datetime, using the specified chronology. |
|
BaseInterval(long startInstant,
long endInstant,
Chronology chrono)
Constructs an interval from a start and end instant. |
|
BaseInterval(Object interval,
Chronology chrono)
Constructs a time interval converting or copying from another object that describes an interval. |
|
BasePartial(BasePartial base,
Chronology chrono)
Private constructor to be used by subclasses only which performs no validation. |
|
BasePartial(Chronology chronology)
Constructs a partial with the current time, using the specified chronology and zone to extract the fields. |
|
BasePartial(int[] values,
Chronology chronology)
Constructs a partial with specified time field values and chronology. |
|
BasePartial(long instant,
Chronology chronology)
Constructs a partial extracting the partial fields from the specified milliseconds using the chronology provided. |
|
BasePartial(Object instant,
Chronology chronology)
Constructs a partial from an Object that represents a time, using the specified chronology. |
|
BasePartial(Object instant,
Chronology chronology,
DateTimeFormatter parser)
Constructs a partial from an Object that represents a time, using the specified chronology. |
|
BasePeriod(long startInstant,
long endInstant,
PeriodType type,
Chronology chrono)
Creates a period from the given interval endpoints. |
|
BasePeriod(long duration,
PeriodType type,
Chronology chrono)
Creates a period from the given millisecond duration, which is only really suitable for durations less than one day. |
|
BasePeriod(Object period,
PeriodType type,
Chronology chrono)
Creates a new period based on another using the ConverterManager . |
| Uses of Chronology in org.joda.time.chrono |
|---|
| Subclasses of Chronology in org.joda.time.chrono | |
|---|---|
class |
AssembledChronology
Abstract Chronology that enables chronologies to be assembled from a container of fields. |
class |
BaseChronology
BaseChronology provides a skeleton implementation for chronology classes. |
class |
BuddhistChronology
A chronology that matches the BuddhistCalendar class supplied by Sun. |
class |
CopticChronology
Implements the Coptic calendar system, which defines every fourth year as leap, much like the Julian calendar. |
class |
EthiopicChronology
Implements the Ethiopic calendar system, which defines every fourth year as leap, much like the Julian calendar. |
class |
GJChronology
Implements the Gregorian/Julian calendar system which is the calendar system used in most of the world. |
class |
GregorianChronology
Implements a pure proleptic Gregorian calendar system, which defines every fourth year as leap, unless the year is divisible by 100 and not by 400. |
class |
IslamicChronology
Implements the Islamic, or Hijri, calendar system using arithmetic rules. |
class |
ISOChronology
Implements a chronology that follows the rules of the ISO8601 standard, which is compatible with Gregorian for all modern dates. |
class |
JulianChronology
Implements a pure proleptic Julian calendar system, which defines every fourth year as leap. |
class |
LenientChronology
Wraps another Chronology, ensuring all the fields are lenient. |
class |
LimitChronology
Wraps another Chronology to impose limits on the range of instants that the fields within a Chronology may support. |
class |
StrictChronology
Wraps another Chronology, ensuring all the fields are strict. |
class |
ZonedChronology
Wraps another Chronology to add support for time zones. |
| Methods in org.joda.time.chrono that return Chronology | |
|---|---|
protected Chronology |
AssembledChronology.getBase()
Returns the same base chronology as passed into the constructor. |
Chronology |
ZonedChronology.withUTC()
|
Chronology |
StrictChronology.withUTC()
|
Chronology |
LimitChronology.withUTC()
If this LimitChronology is already UTC, then this is returned. |
Chronology |
LenientChronology.withUTC()
|
Chronology |
JulianChronology.withUTC()
Gets the Chronology in the UTC time zone. |
Chronology |
ISOChronology.withUTC()
Gets the Chronology in the UTC time zone. |
Chronology |
IslamicChronology.withUTC()
Gets the Chronology in the UTC time zone. |
Chronology |
GregorianChronology.withUTC()
Gets the Chronology in the UTC time zone. |
Chronology |
GJChronology.withUTC()
Gets the Chronology in the UTC time zone. |
Chronology |
EthiopicChronology.withUTC()
Gets the Chronology in the UTC time zone. |
Chronology |
CopticChronology.withUTC()
Gets the Chronology in the UTC time zone. |
Chronology |
BuddhistChronology.withUTC()
Gets the Chronology in the UTC time zone. |
abstract Chronology |
BaseChronology.withUTC()
Returns an instance of this Chronology that operates in the UTC time zone. |
Chronology |
ZonedChronology.withZone(DateTimeZone zone)
|
Chronology |
StrictChronology.withZone(DateTimeZone zone)
|
Chronology |
LimitChronology.withZone(DateTimeZone zone)
If this LimitChronology has the same time zone as the one given, then this is returned. |
Chronology |
LenientChronology.withZone(DateTimeZone zone)
|
Chronology |
JulianChronology.withZone(DateTimeZone zone)
Gets the Chronology in a specific time zone. |
Chronology |
ISOChronology.withZone(DateTimeZone zone)
Gets the Chronology in a specific time zone. |
Chronology |
IslamicChronology.withZone(DateTimeZone zone)
Gets the Chronology in a specific time zone. |
Chronology |
GregorianChronology.withZone(DateTimeZone zone)
Gets the Chronology in a specific time zone. |
Chronology |
GJChronology.withZone(DateTimeZone zone)
Gets the Chronology in a specific time zone. |
Chronology |
EthiopicChronology.withZone(DateTimeZone zone)
Gets the Chronology in a specific time zone. |
Chronology |
CopticChronology.withZone(DateTimeZone zone)
Gets the Chronology in a specific time zone. |
Chronology |
BuddhistChronology.withZone(DateTimeZone zone)
Gets the Chronology in a specific time zone. |
abstract Chronology |
BaseChronology.withZone(DateTimeZone zone)
Returns an instance of this Chronology that operates in any time zone. |
| Methods in org.joda.time.chrono with parameters of type Chronology | |
|---|---|
void |
AssembledChronology.Fields.copyFieldsFrom(Chronology chrono)
Copy the supported fields from a chronology into this container. |
static StrictChronology |
StrictChronology.getInstance(Chronology base)
Create a StrictChronology for any chronology. |
static LenientChronology |
LenientChronology.getInstance(Chronology base)
Create a LenientChronology for any chronology. |
static ZonedChronology |
ZonedChronology.getInstance(Chronology base,
DateTimeZone zone)
Create a ZonedChronology for any chronology, overriding any time zone it may already have. |
static LimitChronology |
LimitChronology.getInstance(Chronology base,
ReadableDateTime lowerLimit,
ReadableDateTime upperLimit)
Wraps another chronology, with datetime limits. |
| Constructors in org.joda.time.chrono with parameters of type Chronology | |
|---|---|
AssembledChronology(Chronology base,
Object param)
Constructor calls the assemble method, enabling subclasses to define its supported fields. |
| Uses of Chronology in org.joda.time.convert |
|---|
| Methods in org.joda.time.convert that return Chronology | |
|---|---|
Chronology |
PartialConverter.getChronology(Object object,
Chronology chrono)
Extracts the chronology from an object of this converter's type where the chronology is specified. |
Chronology |
InstantConverter.getChronology(Object object,
Chronology chrono)
Extracts the chronology from an object of this converter's type where the chronology may be specified. |
Chronology |
AbstractConverter.getChronology(Object object,
Chronology chrono)
Extracts the chronology from an object of this convertor's type where the chronology is specified. |
Chronology |
PartialConverter.getChronology(Object object,
DateTimeZone zone)
Extracts the chronology from an object of this converter's type where the time zone is specified. |
Chronology |
InstantConverter.getChronology(Object object,
DateTimeZone zone)
Extracts the chronology from an object of this converter's type where the time zone is specified. |
Chronology |
AbstractConverter.getChronology(Object object,
DateTimeZone zone)
Extracts the chronology from an object of this convertor's type where the time zone is specified. |
| Methods in org.joda.time.convert with parameters of type Chronology | |
|---|---|
Chronology |
PartialConverter.getChronology(Object object,
Chronology chrono)
Extracts the chronology from an object of this converter's type where the chronology is specified. |
Chronology |
InstantConverter.getChronology(Object object,
Chronology chrono)
Extracts the chronology from an object of this converter's type where the chronology may be specified. |
Chronology |
AbstractConverter.getChronology(Object object,
Chronology chrono)
Extracts the chronology from an object of this convertor's type where the chronology is specified. |
long |
InstantConverter.getInstantMillis(Object object,
Chronology chrono)
Extracts the millis from an object of this converter's type. |
long |
AbstractConverter.getInstantMillis(Object object,
Chronology chrono)
Extracts the millis from an object of this convertor's type. |
int[] |
PartialConverter.getPartialValues(ReadablePartial fieldSource,
Object object,
Chronology chrono)
Extracts the values of the partial from an object of this converter's type. |
int[] |
AbstractConverter.getPartialValues(ReadablePartial fieldSource,
Object object,
Chronology chrono)
Extracts the values of the partial from an object of this converter's type. |
int[] |
PartialConverter.getPartialValues(ReadablePartial fieldSource,
Object object,
Chronology chrono,
DateTimeFormatter parser)
Extracts the values of the partial from an object of this converter's type. |
int[] |
AbstractConverter.getPartialValues(ReadablePartial fieldSource,
Object object,
Chronology chrono,
DateTimeFormatter parser)
Extracts the values of the partial from an object of this converter's type. |
boolean |
IntervalConverter.isReadableInterval(Object object,
Chronology chrono)
Checks if the input is a ReadableInterval. |
boolean |
AbstractConverter.isReadableInterval(Object object,
Chronology chrono)
Checks if the input is a ReadableInterval. |
void |
IntervalConverter.setInto(ReadWritableInterval writableInterval,
Object object,
Chronology chrono)
Extracts interval endpoint values from an object of this converter's type, and sets them into the given ReadWritableInterval. |
void |
PeriodConverter.setInto(ReadWritablePeriod period,
Object object,
Chronology chrono)
Extracts duration values from an object of this converter's type, and sets them into the given ReadWritableDuration. |
| Uses of Chronology in org.joda.time.field |
|---|
| Methods in org.joda.time.field that return Chronology | |
|---|---|
protected Chronology |
AbstractReadableInstantFieldProperty.getChronology()
Gets the chronology of the datetime that this property is linked to. |
| Methods in org.joda.time.field with parameters of type Chronology | |
|---|---|
static DateTimeField |
LenientDateTimeField.getInstance(DateTimeField field,
Chronology base)
Returns a lenient version of the given field. |
| Constructors in org.joda.time.field with parameters of type Chronology | |
|---|---|
LenientDateTimeField(DateTimeField field,
Chronology base)
|
|
SkipDateTimeField(Chronology chronology,
DateTimeField field)
Constructor that skips zero. |
|
SkipDateTimeField(Chronology chronology,
DateTimeField field,
int skip)
Constructor. |
|
SkipUndoDateTimeField(Chronology chronology,
DateTimeField field)
Constructor that reinserts zero. |
|
SkipUndoDateTimeField(Chronology chronology,
DateTimeField field,
int skip)
Constructor. |
| Uses of Chronology in org.joda.time.format |
|---|
| Methods in org.joda.time.format that return Chronology | |
|---|---|
Chronology |
DateTimeFormatter.getChronolgy()
Deprecated. Use the method with the correct spelling |
Chronology |
DateTimeParserBucket.getChronology()
Gets the chronology of the bucket, which will be a local (UTC) chronology. |
Chronology |
DateTimeFormatter.getChronology()
Gets the chronology to use as an override. |
| Methods in org.joda.time.format with parameters of type Chronology | |
|---|---|
void |
DateTimePrinter.printTo(StringBuffer buf,
long instant,
Chronology chrono,
int displayOffset,
DateTimeZone displayZone,
Locale locale)
Prints an instant from milliseconds since 1970-01-01T00:00:00Z, using the given Chronology. |
void |
DateTimePrinter.printTo(Writer out,
long instant,
Chronology chrono,
int displayOffset,
DateTimeZone displayZone,
Locale locale)
Prints an instant from milliseconds since 1970-01-01T00:00:00Z, using the given Chronology. |
DateTimeFormatter |
DateTimeFormatter.withChronology(Chronology chrono)
Returns a new formatter that will use the specified chronology in preference to that of the printed object, or ISO on a parse. |
| Constructors in org.joda.time.format with parameters of type Chronology | |
|---|---|
DateTimeParserBucket(long instantLocal,
Chronology chrono,
Locale locale)
Deprecated. Use longer constructor |
|
DateTimeParserBucket(long instantLocal,
Chronology chrono,
Locale locale,
Integer pivotYear)
Deprecated. Use longer constructor |
|
DateTimeParserBucket(long instantLocal,
Chronology chrono,
Locale locale,
Integer pivotYear,
int defaultYear)
Constructs a bucket, with the option of specifying the pivot year for two-digit year parsing. |
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


Use the form below to perform a search. To perform a new search, use your browsers back button or use the "Perform Search" button located in the navigation bar at the top of the application.


Features
How it works
Pricing
Handcrafted, home-made masterpieces
TENOR TROMBONE
$600
Lorem ipsum.
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Lorem ipsum dolor.
Lorem ipsum.
SELECT
BASS TROMBONE
$900
Lorem ipsum.
Lorem ipsum.
Lorem ipsum dolor.
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SELECT
VALVE TROMBONE
$1200
Plays similar to a Trumpet
Great for Jazz Bands
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SELECT


The months method will retrieve a set of data based on a year and month. In this case we are retrieving all items
from July 2019, make sure data set is a valid date.
Original
The original data that was loaded in the original state before manipulating.


Carbon footprint visualization tool
Calculate how much CO2 you will save by using our biochar for your concrete
m³ of concrete
Pricing
- *Based on average calculations.
Examples
- Basement (7m² | 1m³) → 260 kg of spared CO2*
- Small Flat (30m² | 26m³) → 7 000 kg of spared CO2*
- Average House (140m² | 66m³) → 17 000 kg of spared CO2*
- *Results are rounded for clarity purposes
Properties
- Concrete grade: M20
- Mechanical strength: 40 MPa
- Design strength: 0.45fck
- Tensile strength: 0.7 fckN/mm²


The Shane Gang is a Slugslinging gang founded by Eli Shane, when he decides to team up with his friends to help defeat the evil in SlugTerra. The Shane Gang is dedicated to stopping crime throughout SlugTerra. Like the common slinger, the gang uses standard slinging gear, although with a few blaster upgrades and heavily modded mechas. Unlike other slingers, the gang has a large amount of slugs combined into one entire group, from which each member contributes and draws from, for example, Digger has been seen used by multiple members. The Shane Gang normally travel via Mecha Beasts and occasionally they will ride other vehicles provided for them. Each member (not including Twist), posses their own personal Mecha-Beast. The Mecha-Beasts are upgraded by Kord and now have the ability to transform into motorcycles and go-karts.
Eli rarely thinks about money and seems to have no interest on being rich, as opposed to Pronto. He seems to value his friendships with his friends and Slugs more than money could ever give him. This is shown multiple times throughout the show as well as being directly stated by Kord and Eli that he doesn't really care much for money, no matter how much was offered to him. He is one of the only people to name their Slugs as he gets them, giving them each a unique nickname. Eli is shown to treat them more as a family instead of his ammo as normal people do. His bond with his Slugs makes him refuse to trade them in order to keep them close. As stated frequently throughout the show/slugisodes, almost all Slugs generally like Eli. He is also highly responsible and mature as he is able to care for himself at a young age without much guidance, but he still remains a reckless and adventurous teenager at heart.
Trixie is generally a kind and thoughtful individual. Although she likes to keep an eye out for unusual Slugs, she always has her head in the game and can often spot an exit or a come up with a new tactic when the team is caught up in the fight. She has a strong sense of justice, as Trixie says that she would try to keep the peace. This was largely in part due to the disappearance of Will Shane, after which slingers came and terrorized her home cavern. Trixie decided to spread the news of what was happening in Slugterra, both good and bad, and she faithfully helps Eli gain acknowledgment as the new Shane. She makes Slugisodes using her trusty camera to teach people about Slugs and how to care for them, as well as how to duel. Her dream is to make a documentary film about Slugs and their little society they have together. Trixie is extremely loyal to the Shane Gang and will help all of them while needed, especially the leader, Eli Shane.
 Despite looking fearsome and dangerous, he has a really big heart.  He likes to crack up jokes as well as acting whenever he tries to explain something that has to do with machines and Mechas. As a cave troll, Kord naturally likes building machines as well as upgrading equipment, most of which are the Shane Gang's equipment. He likes to boast about his abilities as an engineer and builder, and dislikes to admit defeat if he cannot fix something. He loves making machines so much, he had stayed locked in the Shane Gang's garage as he upgraded their Mechas. Even though he loves making and building machines, he still states that he'd like to be a Slugslinger as opposed to being a full-time engineer like his other family members.
Pronto is an extremely egotistic molenoid who cares about nothing more than fame, fortune, and a life of comfort. Despite these self-centered traits, Pronto is shown to be very caring towards everyone on his team. He is funny and comedic as well as self-centered, and is always around to cheer up the Shane Gang or make things worse. His egotistic and unique personality allows him to be the comic relief when things get rough. The molenoid has an obsession with fame and fortune, seizing any opportunity to become rich and famous. He doesn't care about the well-being of Slugs too much, unless it earns him the title of a "righteous and humble" hero. Pronto has a tendency to make up tall-tales about his adventures. Although he is obsessed with being rich, Pronto is shown multiple times to be spending a sum amount of money to get things for comfort, even to the point where he spends the Shane Gang's money.
Not much known is known about Will's early life, but he lived part-time in Slugterra and part-time in the Surface. When he was about 15 years old, he was confronted by the Unbeatable Master and when he had proven himself to her, he spent about 10 years learning from her to become a master slugslinger. He eventually settled down and got married to have a son named Eli. He raised Eli as well as protecting Slugterra at the same time. At one point, he promised Eli that he would take him down to Slugterra and they would start their adventure together. Disappearance When Eli was ten years old, he was dueling Dr. Blakk, his lifelong rival who had gone the wrong side of the path.  He then tells Burpy to go tell his son Eli about his demise and to give him a letter. He is unfortunately unable to make his promise with his son to go to Slugterra together.
During his time in SlugTerra, Jimmo kept a notebook written in the Shane code. This book contained extensive notes on SlugTerra, including how to travel back up to the Surface. Somehow, Gar Revelle ended up with Jimmo's notebook, although he lacked the cipher needed to translate the code. At a certain point, Jimmo left his role as the Shane, giving his nephew Will his blaster and role. He might be mentioned by Eli in Slugterra: Into the Shadows as the uncle who took care of Eli since his mother left him at the age of 10. Though, this is not confirmed, but it is likely after his retirement he must have lived in The Surface and taking care of Eli. Return Will returns as the Goon's new host in Return of the Elementals, but is freed by Eli. However, he sacrifices himself for Eli and the Elementals by pushing himself, Dr. Blakk and the The Goon into a portal that leads to the Deep Caverns.


Blockchain Based Auction for on-chain assets
Currently Running Auctions
| Title | Current Bid | # of Bids | Ending Block |
|---|
Ethereum Status
Your address:
Your wallet balance:
Your network:
Your withdraw balance:


Upcoming Hackathons
Find out more about hackathons including attending hackers, sponsors, and more!
Hack the 6ix
Aug 24th - 26th
Toronto
ON


Portugal edge past Luxembourg to qualify for Euro 2020
by ReutersLUXEMBOURG: Defending champions Portugal edged past Luxembourg 2-0 away from home on Sunday to qualify for Euro 2020.
Bruno Fernandes broke the deadlock in the 39th minute and Cristiano Ronaldo added the second with four minutes left to ensure that Portugal finished second in Group B with 17 points, three ahead of Serbia who drew 2-2 with Ukraine.
Ronaldo's goal took his international tally to 99, leaving him on the brink of becoming only the second player in history to score 100 goals for a national team.


armidale is a set of open source Java programs and libraries designed to radically simplify the development, deployment and use of web applications that have rich graphical user interfaces. Armidale applications are developed using the armidale API as if they were stand-alone programs. They can then be run on stand-alone computers or installed on an armidale server. When installed on a server, armidale applications can be run by clients around the internet (or intranet) using the armidale application launcher. This client launcher displays the user interface of armidale applications running on remote servers. A high level, light weight message protocol between the server and its clients ensures that armidale applications respond well to user interaction.
Because armidale applications are developed using the Java programming language, they have access to a wide range of popular database and enterprise technologies on many platforms via a simple conventional programming model. This, along with the ability to deploy armidale applications across the internet, ensures that armidale offers a sensible alternative to the myriad of web technologies used to build web pages that try and behave like applications.
armidale is at an early, but very usable, stage of development. It is hoped that armidale's open source license will promote further development by a team of interested developers using the sourceforge.net armidale development system.
I have always had difficulty identifying catchy and appropriate names for the software I develop. So I've given up. From now on I will name all my software after Australian country towns, starting with Armidale.
armidale was developed on SuSE Linux using the Sun Microsystems JDK 1.4.0 and will run on Java 1.3 and 1.4 platforms. Testing has been conducted on SuSE and Redhat Linux (Java 1.3 and 1.4), Solaris 8 (Java 1.3), MacOS X (Java 1.3) and Windows 2000 (Java 1.3 and 1.4). The entire system uses standard Java features and should therefore run without problem on any Java 1.3 or 1.4 platform. If you do have any problems, please report them here.
When possible, you should always use Java 1.4.
Start here if you want to get started right away. Download the armidale application launcher and start running armidale applications around the internet.


The 3 R's - using clj-refactor
Chris Howe-Jones
@agile_geek
2nd June 2015
The 3 R's - Refactor, Re-cycle and Re-wind using clj-refactor
clj-refactor
A quick tour of my favourite refactoring functions in clj-refactor.
They don't fix my code but they make it look prettier.
Installation


Dyson advert banned over ‘misleading’ hose length claim
An advert for a Dyson vacuum cleaner has been banned over its “misleading” claim the length of the hose between the machine and the nozzle could reach 13.8 metres.
The video on Dyson’s website for its Light Ball Multi Floor vacuum cleaner, seen in July, showed the machine plugged in at the bottom of some stairs while a technician climbed to the top step carrying the nozzle or “wand”.
Meanwhile, a voice-over stated: “We’ve included an instant release wand … with a total 13.8-metre reach.”
We concluded that the ad was likely to mislead consumers
Dyson explained “total reach” represented the measurement from the plug socket to the end of the longest combination of included accessories.
It further clarified the 13.8-metre measurement was taken when the socket was fixed to a wall at the same height as the machine outlet, the cable fully unwound and the cleaner head anchored to keep the machine perpendicular to the floor with the long accessory tool attached.
The Advertising Standards Agency said consumers would interpret the claims to relate to the maximum length of the hose when extended from the main machine to the nozzle.
It said: “We understood that the length of the hose, when extended, was not 13.8 metres and was actually significantly shorter.
“Because consumers were likely to understand the claim ‘13.8-metre reach’ to be referring to the length of the hose from the main machine to the nozzle, when actually it referred to the distance of the cord and hose from the plug socket to the nozzle, we concluded that the ad was likely to mislead consumers.”


About Magnolia:
At Magnolia, we empower our clients to manage their virtual presence. Flexible. Scalable. Mobile. Magnolia CMS' mobile-inspired user interface and customizable app framework have revolutionized the world of content management. Join us to strengthen Magnolia's position as the most user-friendly enterprise CMS.
What we are looking for:
We are looking for an experienced Java Engineer with a passion for solving problems as part of an agile team.
If you strive to create value in innovative ways and instead of trying to "think outside of the box" you simply get rid of it - this is when you're the perfect match for us.
Are we the right match for you? Please read on.
What you will do:
- Develop new features for Magnolia and assure they comply with our quality standards.
- Maintain the core content management functionality: from the user interface to rendered content including the template system, resources, and integration with front-end technologies.
- Take the technical lead of new initiatives and draft architecture and design concepts for larger changes.
- Facilitate collaboration with other engineers, product owner, and designers to solve interesting and challenging problems.
- Deal with and improve dependency management, source control, issue tracking tools, and testing frameworks we use.
- Help to spread new ideas and proven practices like TDD, Clean Code, Scrum, DevOps.
Required qualifications:
- BS in Computer Science or equivalent
- Smart, knowledgeable, curious and enthusiastic people
- Minimum of 5 years Java development experience, Enterprise Java development is a plus
- Advanced experience with web technologies
- Experience with dependency management, source version control, issue tracking tools, and testing frameworks (for example Maven, Git, Jira, JUnit/Selenium)
- Ability to work within an agile team
- Experience with Vaadin or GWT is a bonus
- Fluent English is required, additional languages are a plus
How we work:
We’re passionate about what we create; design and craft matter to us - whether it be in the graphics, the user experience or the code. Creating open source software that everyone can dig into keeps us honest & our code clean. We use state-of-the-art development tools and practices such as Maven, continuous integration with Jenkins, automated UI testing with Selenium & Jira for issues and project management.
How Magnolia empowers your success:
- A Great Product: Loved by clients and respected by analysts, Magnolia is one of the best CMS solutions on the market.
- Directly Contribute to Magnolia’s Success: We value each individuals’ input and create opportunities to realize them.
- Great variety in your areas of responsibility: You will be able to dive into any skill area within the company that allows you to grow according to your personal career goals.
- International Exposure: With offices in the USA, Spain, Switzerland, Czech Republic, Singapore, and Vietnam you will collaborate with colleagues from over 30 Nationalities.
If this sounds like a role you see yourself in and believe you can contribute to Magnolia CMS become even more successful, apply now!


You unleash a string of insults laced with subtle enchantments at a creature you can see within range. If the target can hear you (though it need not understand you), it must succeed on a W isdom saving throw or take 1d4 psychic damage and have disadvantage on the next attack roll it makes before the end of its next turn.
This spell's damage increases by 1d4 when you reach 5th level (2d4), 11th level (3d4), and 17th level (4d4).


| Sr. No. |
Description |
| 1. |
After visiting the website the applicant needs to Login/Sign up in the webbsite |
| 2. |
In order to create a account the applicant should be above 18 years of age and the applicant must have a Aadhar card in order to register and apply. |
| 3. |
After successfully signing in/Log in, the applicant will have to fill the application form. The applicant must keep aadhar card with him while filling the appolication form. |
| 4. |
After correctly filling the application form the applicant should print the application form before submitting it. |
| 5. |
After successfully submitting the application form the applicant will get the appointment date. The applicant will have to visit the RTO Office on the alloted appointment date between 10.00 am to 4.00 pm. |
| 6. |
The applicant must note that he must carry the original valid address proof(Society maintainence bill, Electricity bill, Gas Bill, Telephone Bill, Rationing Card) along with the photocopy. |
| 7. |
The applicant must note that he must carry the original valid photo id (Aadhar Card, Pan Card, Voter Id)along with the photocopy. |
| 8. |
The applicant must carry 4 passport size color photographs while visiting the RTO Office. |
| 9. |
If the applicant fails to produce any of the document or is not able to visit the RTO office on the appointment date then the applicant will have to freshly take the appointment again. |


Of all the mighty Autobot warriors scattered across the galaxy, there is only one who feels no fear at the sight of the unstoppable Decepticon Bruticus. While his comrades flee in terror, he stands his ground, stoking the superheated plasma of his fire breath for the battle to come. As the ground quakes beneath him, and the shadow of the giant Decepticon warrior falls across him, Grimlock looks up and smiles.  Decepticon Bruticus pack! On the Autobot side is your Grimlock figure, and his glowing eyes and mouth and chomping jaw will let his foe know to beware. But your 5 Combaticons figures are ready to rumble, and if they can't get the job done they'll combine into one massive Decepticon Bruticus figure! Their weapons combine to form his sonic cannon! Let the battle begin between your Grimlock and Decepticon Bruticus figures!


WMU Technical Reference
Contents
Windows Migration Utility (WMU) Flowchart Walkthrough
External Resources


The first time you login you can (optionally) set up a password to login each time you start the app. Leave the field blank to automatically login instead.
This "password" is the encryption key used to encrypt your login details. If you do not specify one a random one will be generated for you.
Please enter your encryption key so MinuteMeme can logon to reddit. If you forgot your encryption key you can click here to reset it (You will need to relogin).


This function turns an element into a leaflet map that display multiple trees, based on its custom attributes. Trees are queried by increment of 20 tree at a time. By default the map start as a heat map on smaller zoom level and will be converted into map of tree markers on higher zoom level.

data-tree-page
[id] will be replaced by the tree id, [lot]
by lot id, [offset]
by tree offset
data-lot_id
data-donatur_email
data-code
data-invoice
data-nohp
data-affiliate


- Effect - Class in io.github.rowak.nanoleafapi
-
A local interface for an Aurora effect.
- Effect() - Constructor for class io.github.rowak.nanoleafapi.Effect
-
Creates a blank effect.
- Effect.Direction - Enum in io.github.rowak.nanoleafapi
-
The available effect direction types.
Note: If a direction is missing, please
create an issue on Github.
- Effect.Type - Enum in io.github.rowak.nanoleafapi
-
The availbale effect types.
Note: The plugin type is for user-made
plugin effect types.
- EffectBuilder - Interface in io.github.rowak.nanoleafapi.effectbuilder
-
The EffectBuilder
model for the
six primary Aurora effect types.
- effects() - Method in class io.github.rowak.nanoleafapi.Aurora
-
Returns the Aurora's Effects
object which contains
methods for accessing and modifying effects information.
- Effects() - Constructor for class io.github.rowak.nanoleafapi.Aurora.Effects
-
- enable() - Method in class io.github.rowak.nanoleafapi.Aurora.ExternalStreaming
-
Enables external streaming mode over UDP.
- equals(Object) - Method in class io.github.rowak.nanoleafapi.Color
-
Checks if two colors are equal based on their h,s,v, and p values.
- equals(Object) - Method in class io.github.rowak.nanoleafapi.Effect
-
Checks if two effects are equal based on their properties.
- equals(Object) - Method in class io.github.rowak.nanoleafapi.Frame
-
- ExplodeEffectBuilder - Class in io.github.rowak.nanoleafapi.effectbuilder
-
A small helper class for easily creating new
explode-type effects.
- ExplodeEffectBuilder() - Constructor for class io.github.rowak.nanoleafapi.effectbuilder.ExplodeEffectBuilder
-
Creates an instance of the ExplodeEffectBuilder
- externalStreaming() - Method in class io.github.rowak.nanoleafapi.Aurora
-
Returns the Aurora's ExternalStreaming
object which contains
methods for controlling the external streaming feature of the Aurora.
- ExternalStreaming() - Constructor for class io.github.rowak.nanoleafapi.Aurora.ExternalStreaming
-


---
layout : 'default'
css : 'guide'
title : 'Authoring UI'
type : 'UI Specification'
---
Semantic defines five categories of elements, each type of element has different definition requirements
- Element - a basic building block of a website, exists alone or in homogenous groups
- Colleciton - a group of several elements which are usually found together
- Module - an element where its behavior is included as part of its definition
- Behavior - a definition of behavior that exists without any physical description
- View - a way to present specific website content
Creating Components
=====================================
The first step after deciding what type of element you are creating is writing a spec file, these allow you to define the language for describing your interface element before beginning to write a component. The spec file can be used to generate a css and javascript stub which will give you a starting point for writing your component. Spec files content varies depending on which of the five UI types are being defined.
Here's an example spec file for a ui element button. You can read more about creating spec files
After creating a spec file you can use semantic to generate ui components. Simply specify a package name and json spec file.
semantic generate awesome button.json
This will create a stub css (and possibly js) file in ui/element with your definition. This will also create a stub html file in docs/, this is the visual representation of your element definition, and will appear unformatted until you begin to create your css.
As you edit each css definition to create the look and feel of your element, you can refresh this page to verify each element appears properly. After you finish writing your UI component, if you would like to register your package to be used by others. No need to package anything up, simply type
semantic register awesome button
Assuming your package name is not taken, your buttons will now be available on semantic.


In this modern age, data is ubiquitious. It seems to be everywhere but when it comes to Tibet-related datasets, we run out quickly. This site is built to collaborate together to gather Tibet-related datasets for both community building and political advocacy.
When fake news is the norm, we owe it to each other to observe any news through critical lens. This applies to data as well. In addition, most data is not available in the right format and typically, 80% of our time is spent on data wrangling i.e. acquiring and cleaning these data. What better time to start than now?
Datasets
The datasets and the short analysis done here at meant to be starting points for other more-detailed projects. I see it as an exploration and hope you leave with more questions than answers.
Self Immolation
More than 100 Tibetans have self-immolated to protest the brutal Chinese regime and to demand the return of the Dalai Lama to Tibet and Tibet's independence.
Details >>
Tibetan Population
As of 2010, there are 6.4 million Tibetans all over the world with 98% of them living in Tibet and the remaining in countries all over the world.
Details >>
Dalai Lamas
Display the age and birthplace of all the past fourteen Dalai Lamas of Tibet.


This is a tutorial about using the CreateJS HTML5 game library and the Box2D physics engine. This post is created for the Learning CreateJS section in my website.


Home
Classes Scheduling App
What can we do?
- Add details to a class like instructor, start date, time, max capacity
- Class calendar
- Home page skining
- Instructor List
- Student List
- Enroll to class flow - involve available spots
- Make sure that a student is not enrolled to same class as the same time


Yes. We provide our service completely free of charge. Our platform is for everyone to success in thier life of bussiness.
We focus on the impact that we can made on people than money.
Best Service for Free
Our Platform provides the best systems for free.


{% load static %}
Dashboard
About
Business
Explore
Marketplace
Pricing
Welcome {{request.user}}
Comapany:
Infosys
Designation:
CEO
Funds Donated
Rs. 2000
City:
Mumbai
Line Chart
Architect & Engineer
Bar Chart
Architect & Engineer


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2021 Audi Q5 Facelift Spied Winter Testing With Bigger Grille, New Lights
by Mihnea RaduThe Q5 is, in several important markets, Audi's best selling model. It's also one of the top players in this segment. But since competition with BMW and Mercedes is fierce, the quattro brand is taking this mid-life refresh quite seriously.
We're dealing with the second major sighting of the Q5 facelift, taking place at the onset of the winter testing season in Scandinavia. We'll probably get several of these photos before Audi is ready with the debut.
Let's talk about the cosmetics first, since these are the easiest to spot. The second-generation Q5 was never a bad-looking SUV, but these changes make it more modern and sporty. The headlights are now, borrowing their shape directly from the recent A4 family facelift. In fact, we would be surprised if they didn't use the exact same projectors.
The whole front end has been revised, featuring a wider geometric grille that closely follows the lines of the hood and lights. Surprisingly, Audi chose not to mirror the popular Q8's look. Around the back, the new taillights are easy to spot, thanks to bright graphics.
Inside, we should see the same treatment as for the A4, meaning new infotainment that's controlled via touch. The layout won't be as advanced as other, newer Audis, meaning the climate system won't have the dedicated screen.
The engine changes are already beginning to trickle down into the Q5's bay. For example, there's a new plug-in hybrid model, called not the e-tron, but the 55 TFSI e. It looks just like the SQ5 and even has slightly more power.
Like the A4 models, the Q5 will have a range of 12V mild-hybrid engines. These have batteries under the passenger floor capturing some of the energy lost during braking, which is later used by the car's systems. The best version uses a 48V architecture and already motivates the powerful 3.0 TDI of the European SQ5, equipped with both turbochargers and an electric compressor. 🏁


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NORRIN RADD
Front End Developer with UX/UI design knowledge and practical project management experience as a Mechanical Engineer. Likes minimalism, efficiency and pancakes.
My core skillset is listed below, along with a link to my resume.
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Below are two separate ProseMeteorEditor instances. Each will connect to the AuthorityManager on the server and ask it to open its document, which in turn will make the AuthorityManager create an Authority to start tracking that individual document.
This doc should have auth error.


MOULIN ROUGE A film review by Steve Rhodes Copyright 2001 Steve Rhodes RATING (0 TO ****): *** 1/2
MOULIN ROUGE is the most audacious effort yet from director Baz Luhrmann, who last, in ROMEO + JULIET, imagined two Shakespearean lovers in a modern Verona Beach setting. This time, Luhrmann turns his considerable talent to bringing back the movie musical, an art form whose obituary had supposedly long since been written.
Starring Nicole Kidman and Ewan McGregor, as Satine and Christian, two star-crossed lovers, this fairytale of a movie is a cornucopia of singing and dancing. In fact there are probably enough songs in it for three musicals. McGregor's big role of late was as Obi-Wan Kenobi in THE PHANTOM MENACE and Kidman's was in EYES WIDE SHUT. She is, however, perhaps best known these days for her well publicized contract dispute with a guy who has impossible missions.
The movie's phenomenal sets look like a Tim Burton production of WILLIE WONKA AND THE CHOCOLATE FACTORY. Among many imaginative and magical scenes, one has Satine and Christian standing on a cloud between the starry, deep blue sky and the twinkling apartment lights of Paris in 1899 -- "the summer of love."
The film opens with such a long cacophony and montage of blurring images that it seems that the picture might be one of those near storyless movies like PINK FLOYD THE WALL. This all changes when McGregor and Kidman begin to sing, "The Hills Are Alive With The Sound Of Music" in his case and "Diamonds Are A Girl's Best Friend" in hers. To answer your first question: Yes, they sing all of their own songs. And to answer your second: Yes, they are quite good, especially McGregor. Best of all are their love duets, and their chemistry together is both credible and touching.
The story, which is filled with humor as well as love, concerns a fantastical nightclub called the Moulin Rouge, which is run by an impresario named Zidler (Jim Broadbent from TOPSY-TURVY). He transforms his nightclub into a theater in order to put on a play called "Spectacular Spectacular," written by Christian. The leading role will be sung by Satine, a courtesan.
In order to get the funding Zidler gives the deed to the Moulin Rouge, and effectively to Satine as well, to the evil Duke of Monroth (Richard Roxburgh). This deal might have worked out, had Christian and Satine not fallen in love. A hopeless romantic, Christian's fundamental believe is, "The greatest thing you'll ever learn is just to love and to be loved in return." The tragedy of the story comes from Satine's health -- she's dying of consumption -- and Christian's self-acknowledged "ridiculous obsession with love."
Operatic in scope, the film assaults our senses with the sumptuous music, costumes, sets and story. With its rapid pacing, jump cuts, speed ups and slow downs, the film will leave you emotionally drained and exhilarated by the end, which does more with the "show must go on" than you could ever imagine. It is also a rare film that is such a crowd-pleaser that you're likely to hear, as we did, spontaneous applause during the movie.
MOULIN ROUGE runs 2:10. It is rated PG-13 for sexual content and would be acceptable for kids around 12 and up.
My son Jeffrey, age 12, gave the film ***. He had trouble with the intensity of the dying part but liked the music and the dancing.
The film opens nationwide in the United States on Friday, June 1, 2001. In the Silicon Valley, it will be showing at the AMC and the Century theaters.
Web: http://www.InternetReviews.com Email<EMAIL_ADDRESS>Want free reviews and weekly movie and video recommendations via Email? Just send me a letter with the word "subscribe" in the subject line.
The review above was posted to the
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same-site
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same-site new window with opener
cross-site new window
cross-site new window no opener
self new window_opener
self new window_noopener
googlechrome:


when you buy 3 laundry or trash items with same-day pickup & delivery.
Get it today with same-day pickup & delivery.
Comfy co-ords (matching tops & bottomss) designed to live & lounge in.
to your best self, inside & out.
Games & puzzles for every age & interest.


initialize
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accruePrimeRewawd
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hookPrimeReward
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onlyOwner
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changeBasePlatform
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totalAccrual
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| Outputs | uint256 |
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totalBalance
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isPrimeRewarded
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balanceOf
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clearBalanceOf
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expectedRewardOf
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onlyOwner
Throws if called by any account other than the owner.
initializer
Modifier to protect an initializer function from being invoked twice.
vaultWithdraw
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onlyOwner
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onlyOwner
Throws if called by any account other than the owner.
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Initializes the contract setting the deployer as the initial owner.
owner
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Returns the address of the current owner.
| Outputs | address |
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transferOwnership
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onlyOwner
Transfers ownership of the contract to a new account (`newOwner`). Can only be called by the current owner.
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onlyOwner
Throws if called by any account other than the owner.


How about you implement a "Blacklist" for server.
Greetz Shiggy
Dendari
Translator
Use the "Server Radar" feature if you want to blacklist a server.


Smooths 2D array data. Ignores NaN's. function matrixOut = smooth2a(matrixIn,Nr,Nc) This function smooths the data in matrixIn using a mean filter over a rectangle of size (2*Nr+1)-by-(2*Nc+1). Basically, you end up replacing element "i" by the mean of the rectange centered on "i". Any NaN elements are ignored in the averaging. If element "i" is a NaN, then it will be preserved as NaN in the output. At the edges of the matrix, where you cannot build a full rectangle, as much of the rectangle that fits on your matrix is used (similar to the default on Matlab's builtin function "smooth"). "matrixIn": original matrix "Nr": number of points used to smooth rows "Nc": number of points to smooth columns. If not specified, Nc = Nr. "matrixOut": smoothed version of original matrix Written by Greg Reeves, March 2009. Division of Biology Caltech Inspired by "smooth2", written by Kelly Hilands, October 2004 Applied Research Laboratory Penn State University Developed from code written by Olof Liungman, 1997 Dept. of Oceanography, Earth Sciences Centre G�teborg University, Sweden E-mail<EMAIL_ADDRESS>0001 function matrixOut = smooth2a(matrixIn,Nr,Nc) 0002 % Smooths 2D array data. Ignores NaN's. 0003 % 0004 %function matrixOut = smooth2a(matrixIn,Nr,Nc) 0005 % 0006 % This function smooths the data in matrixIn using a mean filter over a 0007 % rectangle of size (2*Nr+1)-by-(2*Nc+1). Basically, you end up replacing 0008 % element "i" by the mean of the rectange centered on "i". Any NaN 0009 % elements are ignored in the averaging. If element "i" is a NaN, then it 0010 % will be preserved as NaN in the output. At the edges of the matrix, 0011 % where you cannot build a full rectangle, as much of the rectangle that 0012 % fits on your matrix is used (similar to the default on Matlab's builtin 0013 % function "smooth"). 0014 % 0015 % "matrixIn": original matrix 0016 % "Nr": number of points used to smooth rows 0017 % "Nc": number of points to smooth columns. If not specified, Nc = Nr. 0018 % 0019 % "matrixOut": smoothed version of original matrix 0020 % 0021 % 0022 % Written by Greg Reeves, March 2009. 0023 % Division of Biology 0024 % Caltech 0025 % 0026 % Inspired by "smooth2", written by Kelly Hilands, October 2004 0027 % Applied Research Laboratory 0028 % Penn State University 0029 % 0030 % Developed from code written by Olof Liungman, 1997 0031 % Dept. of Oceanography, Earth Sciences Centre 0032 % G�teborg University, Sweden 0033 % E-mail<EMAIL_ADDRESS>0034 0035 % 0036 % Initial error statements and definitions 0037 % 0038 if nargin < 2, error('Not enough input arguments!'), end 0039 0040 N(1) = Nr; 0041 if nargin < 3, N(2) = N(1); else N(2) = Nc; end 0042 0043 if length(N(1)) ~= 1, error('Nr must be a scalar!'), end 0044 if length(N(2)) ~= 1, error('Nc must be a scalar!'), end 0045 0046 % 0047 % Building matrices that will compute running sums. The left-matrix, eL, 0048 % smooths along the rows. The right-matrix, eR, smooths along the 0049 % columns. You end up replacing element "i" by the mean of a (2*Nr+1)-by- 0050 % (2*Nc+1) rectangle centered on element "i". 0051 % 0052 [row,col] = size(matrixIn); 0053 eL = spdiags(ones(row,2*N(1)+1),(-N(1):N(1)),row,row); 0054 eR = spdiags(ones(col,2*N(2)+1),(-N(2):N(2)),col,col); 0055 0056 % 0057 % Setting all "NaN" elements of "matrixIn" to zero so that these will not 0058 % affect the summation. (If this isn't done, any sum that includes a NaN 0059 % will also become NaN.) 0060 % 0061 A = isnan(matrixIn); 0062 matrixIn(A) = 0; 0063 0064 % 0065 % For each element, we have to count how many non-NaN elements went into 0066 % the sums. This is so we can divide by that number to get a mean. We use 0067 % the same matrices to do this (ie, "eL" and "eR"). 0068 % 0069 nrmlize = eL*(~A)*eR; 0070 nrmlize(A) = NaN; 0071 0072 % 0073 % Actually taking the mean. 0074 % 0075 matrixOut = eL*matrixIn*eR; 0076 matrixOut = matrixOut./nrmlize; 0077 0078 0079 0080 0081 0082 0083 0084 0085 0086 0087 0088


PHOTOS: Storms bring rain, hail and snow to Arizona 21 Nov 2019, 22:56 It's been a wild weather day in Arizona, snow in Flagstaff, hail and rain around the Valley. Snow in Flagstaff, Arizona on November 21, 2019.Photo by: Justin Pazera Snow in Flagstaff, Arizona on November 21, 2019.Photo by: Justin Pazera Snow in Flagstaff, Arizona on November 21, 2019.Photo by: Justin Pazera Snow in Flagstaff, Arizona on November 21, 2019.Photo by: Justin Pazera Snow in Flagstaff, Arizona on November 21, 2019.Photo by: Justin Pazera Hail in Goodyear, Arizona the size of a quarter.Photo by: Dina Garcia Hail in Goodyear, Arizona.Photo by: Joe Tessmann Hail outside of homes in Laveen, Arizona.Photo by: Arnie G Aerial photo from Air15 of hail that fell near 75th Avenue and Baseline Road.Photo by: abc15 Aerial photo from Air15 of hail that fell near 75th Avenue and Baseline Road.Photo by: abc15 Double rainbow spotted near 22nd Ave and Peoria.Photo by: Refugio Saucedo Footsteps in hail in Avondale, Arizona.Photo by: Admir Bosnic Hail outside of home near 27th Avenue and SouthernPhoto by: Tre Carter Hail spotted at Valley View Elementary in South Phoenix near 7th Ave. and South Mountain Ave.Photo by: Nivia Acosta Aerial photo from Air15 of hail that fell in the Valley.Photo by: abc15.com Hail spotted in the backyard of a home in Laveen, Arizona.Photo by: David Gonzalez Lima Hail spotted in a neighboorhood in Laveen, Arizona.Photo by: David Gonzalez Limas Hail spotted in a neighboorhood in Laveen, Arizona.Photo by: David Gonzalez Limas Hail spotted in a neighboorhood in Laveen, Arizona.Photo by: David Gonzalez Limas Hail spotted in a neighboorhood in Laveen, Arizona.Photo by: David Gonzalez Limas Snow in the backyard of a home in Prescott Valley.Photo by: Debbie Belcher Sunset from downtown PhoenixPhoto by: Satya Mahapatra Rainbow and the sunset over Piestewa Peak.Photo by: Satya Mahapatra Photo by: Rainbow over home in Tucson Rainbows spotted during rain at Collier Elementary School in AvondalePhoto by: Aziti Gual Mengs


ITV Emmerdale actress confirms she is a real life witch on This Morning
Casting spells on celebs and "harnessing the power of nature"
by Rebecca KoncienzcyEmmerdale actress Samantha Giles revealed to This Morning viewers she is a real life witch.
The 48-year-old spoke about casting spells and harnessing the power of nature after talking about her departure from the ITV soap.
Samantha, a mum-of-two, said it was time for a new adventure as we said goodbye to her character Bernice Blackstock last night.
But presenters Eamonn Holmes and Ruthl angsford wanted to know more about her spirituality.
Eamonn confessed he was really interested in witchcraft, and said: " Here is what Samantha did, Samanatha put a love spell on the man she is married to so that they would be attracted, is that right?
She said: "Well, I didn't actually put it on him, I did a love spell to ask the universe for the right person to come along.
"I didn't put any names in any mix, because you can't specify somebody, you can write down the traits that you want them to have, the attributes you think are important, but you can't say 'I want that person to fall in love with me'."
Eamonn said: "And Sharon Marshall [This Morning's soap correspondent] credits you with her being a mummy."
Samantha said: "Well, I gave her a change of luck charm, which she used to to help along the IVF."
Eamonn said: "So are you an official witch?  She is of the black variety, black witch.
Samantha said: "Well, there is no such thing really as black or white witch, basically in Wicca you are harnessing nature, the power of nature really to ask for the things that you want.
"If you tried to do a bad spell, or had bad intentions, it just comes back on you three-fold."
She added: "I have always been interested in that [Wicca] and that is kind of what has inspired me in a way to write my first children's book all about witches and magic."
Samantha said she has finished with Emmerdale for now, but did remind fans the door is open for her return.
*This Morning is on ITV1, weekdays from 10:30am


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About Me
Imagine a world where patients participate in their own healthcare. They wake up excited to see their favorite provider, and to share their progress on their medications. They feel comfortable asking how to take their medications properly. Because most importantly, they want to improve their health.
My name is Tony, and I'm passionate about high-quality healthcare and safe medication usage.
My early studies began at the University of Washington where I earned my Bachelor of Science in Microbiology in 2011. Undergraduate research in the Department of Pharmaceutics (Lin Lab) helped further mature my analytical mind, while simultaneously working in a community pharmacy helped me realize my true calling.
The next four years were spent on the East Coast where I earned my Doctor of Pharmacy degree from the University of New England in 2016.
I am interested in a career that enables me to provide compassionate, patient-centered health care to patients. I believe in Kaizen (改善), a philosophy based on constant improvement. While I continually strive for excellence, the ultimate goal is to provide the best care for my patients and their families.
Currently, I am a practicing pharmacist in the Seattle area.


{% extends "base.html" %} {% block sitetitle %}{{ groupdescription.name }}{% endblock %} {% block main %}
These permissions allow members of the group to add, change, delete, or view ANY object of a particular type.
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{% endif %}


Celebrating its twenty-fifth anniversary in 2016, Cyient is an acknowledged leader in engineering design services, design-led manufacturing, networks and operations, data transformation, and analytics. We collaborate with our clients to help them achieve more and together shape a better future. We call it Designing Tomorrow Together.
Our industry focus includes aerospace, defense, rail transportation, off-highway & industrial, power generation, mining, oil & gas, communications, utilities, geospatial, semiconductor and medical technology. We align closely with the business needs, goals, culture, and core values of our clients. This reflects in the deep, long-standing relationships we have developed and sustained with some of the leading names in these industries.
LOCATION
PittsburghJOB DESCRIPTION SUMMARY
Senior data scientist who is passionate about machine learning and enjoys working in a collaborative environment. Members of the analytics team typically work on one or two projects. Should be flexible and ability to code using R and Python for development.JOB DESCRIPTION
Should have hands-on data scientist with strong applied math and statistics background.
Welcome the challenge and proficient in R/Python, social network analysis (SNA) and statistical modeling.
Must be self-driven, take initiative and want to work in a dynamic, busy and innovative group in a technical lead role.
Should have strong engineer background, algorithmic and machine learning knowledge is a plus.
Key Tasks and Responsibilities Work as part of the calendar scheduling team to develop cutting edge methodologies in scheduling Analytics.
Tinkering with the data to explore and came up with innovative features and improvements to the engineering/development/analysis pipeline
Helping to govern and manage the enormous and complex pipeline of data that we use in our product and decision making. Able to interact with Customer. Good communications, interpersonal skills & Proactive experience : 6-8 Years


VerIDIdentity
@available(iOS 10.3, OSX 10.13, watchOS 3.3, macCatalyst 13.0, tvOS 10.3, *)
@objc
public class VerIDIdentity : NSObject
Represents an identity of a client using Ver-ID SDK
Since
3.0.0-
Digital certificate associated with this identity
Since
1.0.0Declaration
Swift
@objc public let certificate: SecCertificate
-
Common name from the identity’s digital certificate
Since
1.0.0Declaration
Swift
@objc public let commonName: String
-
Default algorithm used when creating digital signatures
Since
1.0.0Declaration
Swift
@objc public let defaultSignatureAlgorithm: SecKeyAlgorithm
-
Initializer
Since
2.0.0Declaration
Swift
@objc public convenience init(url: URL?, password: String?) throws
Parameters
url
URL of p12 file containing the digital certificate and private key used to construct the Ver-ID SDK identity
password
Password to unlock the p12 file
-
Initializer
Since
2.0.0Declaration
Swift
@objc public convenience init(url: URL) throws
Parameters
url
URL of p12 file containing the digital certificate and private key used to construct the Ver-ID SDK identity
-
Initializer
Since
2.0.0Declaration
Swift
@objc public convenience init(password: String) throws
Parameters
password
Password to unlock the p12 file
-
Initializer
Since
1.0.0Declaration
Swift
@objc public init(identity: SecIdentity) throws
Parameters
identity
Secure framework identity used to construct Ver-ID SDK identity
-
Sign a message
Since
1.0.0Declaration
Swift
@objc public func sign(_ message: Data, algorithm: SecKeyAlgorithm? = nil) throws -> Data
Parameters
message
Message to sign
algorithm
Algorithm to use when creating the signature (defaults to
SecKeyAlgorithm.rsaSignatureMessagePKCS1v15SHA256
)Return Value
Signature


Usually, this container would flicker between different heights on scroll in mobile browsers, but now, it should be static. (And recalculate only on orientationchange.)


Authors: Ahmed H. Abdelrahman and Hao Xin
Source: FERMAT,Volume 19,Communication,June 26 – July 1, 2016
Abstract: Transmitarray antennas have received considerable attention in the area of high gain antennas. They combine the advantages of the microstrip antenna arrays and the lens antennas, leading to the light weight and low profile designs. A transmitarray antenna consists of multiple layers of planar array elements and an illuminating feed source. The transmission phase of each element is designed independently to convert the spherical phase front from the feed source into a planar phase front and focus the radiation beam with a high gain. However, a full transmission phase range of 360° cannot be achieved by a single layer of array elements, and therefore a design of multiple layers is required. 3D printing technology has recently attracted a growing interest in the microwave field as a novel manufacturing technique. This technology allows the rapid prototyping of 3D arbitrary structures at low cost. The goal of this work is to decrease the number of conductor layers using the 3D printing technology, thereby reducing the complexity and cost of designing transmitarray antennas. The design methodology is based on using two groups of unit cells. Each unit-cell group is composed of two layers of printed elements separated by a dielectric material. The two groups have the same dielectric thickness but different relative permittivities, such that the transmission coefficient phase range of each unit cell group is different from the phase range of the other group. When combining the two phase ranges, a full transmission coefficient phase range of 360° is obtained. A polymer-jetting 3D printing technology will be used to fabricate the proposed transmitarray aperture, which includes a mix of two different dielectric properties. As an example, Fig. 1 presents a parametric analysis of the two double-layer unit cells using an arbitrary conductor element. The two unit cells have the same substrate thicknesses equal to 0.4 wavelength, but different relative dielectric permittivity equal to 1 and 2.8, respectively. It can be noticed that a full transmission phase range of 360° is achieved with transmission magnitude better than -2 dB. These simulations were carried out using the commercial software ANSYS HFSS.
Index Terms: Transmitarray antenna, multilayer, transmission phase range, 3D printing.
View PDF
Design of Double-Layer Transmitarray........


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Re: model drea bock
Posted:
Sun May 31, 2009 6:19 pm
by Rabit561
Why is this getting more and more common?
I think you should make this Lounge invite only..
Like alpha testers only get to come here, cause this sh!t is getting annoying
Re: model drea bock
Posted:
Sun May 31, 2009 7:56 pm
by Joe M.
no kidding. Karl, is there a way you can slow down new members or stop bots from signing up? A bot will create an account name and post about 15 spam-posts at a time.
Re: model drea bock
Posted:
Sun May 31, 2009 8:03 pm
by Rabit561
I was thinking it wasn't that big of an idea.. Since we are supposedly getting a new website anyways.. right?
I'm hoping its not another phpBB, from what I'm told they are easily bypassed by bots, Well as well as I can see it.. Obviously XD
Re: model drea bock
Posted:
Mon Jun 01, 2009 9:11 am
by Karl G.
Yeah PHPBB being free and all, not all potential security problems that are found go reported since spammers want to exploit the problems not fix them. There isn't much I can do about this since the spammers have found their way around PHPBB's security anyway. I have been doing IP bans but they don't seem to help.
Re: model drea bock
Posted:
Mon Jun 01, 2009 9:59 am
by Rabit561
Well your only banning proxies, and I'm sure you have better things to do..
But I think at some time or later you should find a new format of forum..
Re: model drea bock
Posted:
Mon Jun 01, 2009 11:17 am
by Joe M.
Yeah, we'll be looking into that for Beta.


This is a smaller project, but it was another exploration of the intersection of art and computer sciences. The goal was to implement a Mandelbrot renderer in just under an hour, and it worked out pretty well. The Mandelbrot set is a pretty standard fractal in the field of mathematics, and it is a good example of how complex behavior can orignate from a simple set of structured rules.


Organization: MovingBlocks
Project: Telemetry in Terasology
Product: Terasology, telemetry server
Terasology is an open-source sandbox video game.
Originally created as a Minecraft-inspired tech demo, it has grown into a powerful engine for voxel-based gameplay.
The project was previously focused on architecture and extensibility,
but as of early 2016 has released a first Alpha version to be a baseline engine for creating content and building gameplay.
Terasology has a CrashReporter utility that allows users to upload log files and report bugs on the forum
or via Github issues.
However, the CrashReporter requires a little bit of manual work.
Automatic error reporting functionality might help developers find more potential problems.
What's more, getting information such as hardware details and system information from users might be helpful to improve player's experience.
In March 2017, I wrote a proposal
for a telemetry system in Terasology and luckily the project was selected.
Telemetry in Terasology has mainly two goals:
to gather players' game-play information and to collect their error logs with system details.
Throughout the summer, I worked on both clientside (Terasology codebase)
and server-end (the telemetry server) functionality to achieve them.
Player consent was a top priority: players are well informed about the telemetry system and
they can choose to enable/disablt it,
as well as view data being sent to the the Terasology project, at any time.
You can get more information about this project by visiting:
Contribution Summary
Pull Requests in Terasology codebase:
| Pull Request | Content |
|---|---|
| #2968 |
Config , popup asking for authorisation)
Metrics Menu showing all the telemetry field names and values
Logstash appender enriching error logs and sending them to the server
Metrics Menu
|
| #3016 |
|
| #3048 |
|
| #3056 |
|
| #3075 |
Telemetry API that other modules could use
|
| #3083 |
|
Pull Request in snowplow
| Pull Request | Content |
|---|---|
| #189 |
snowplow java tracker doesn't exit issue
|
Important commit in telemetry
| Commit | Content |
|---|---|
| 58be80d |
|
| eb92636 |
|
|
b4b887d
97e8d01 |
iglu in telemetry docker
|
ae54c05 |
elasticsearch docker break issue
|
| c9aafdc |
server does't return feedback issue
|
| 85e54b0 |
|
| e9840f6 |
snowplow tools do not start normally issue
|
| ba54487 |
|
| ac2ce75 |
no_analyzed so that developer can cluster metrics easily in Kibana
|
Documentation
| Doc | Content |
|---|---|
| Doc for telemetry |
|
| Tutorial module |
|
Future Plans and Ideas
Telemetry has just taken the first step in Terasology, there are still quite a few things to do:
Apart from that, I’ll continue to contribute, minor or major, to MovingBlocks.
Acknowledgements
I'd like to thank to mentors: Rostyslav Zatserkovnyi, oniatus,
Martin Steiger, Tobias Nett!
Thanks also to Rasmus Praestholm and Marcel and the community MovingBlocks!
Thanks so much for reviewing the code, giving suggestions, giving ideas, etc.
I can't do it without your help!!
I’d also like to thank Google
for the wonderful opportunity to work on FOSS!


Celebrating the Marathi Culture in Bengaluru since 2012. A young and dynamic Maharashtrian Group living and breathing our homeland and its diversity.
What started out as a small Facebook Group now having graduated to a full fledged community icon in Bengaluru. Get togethers, events and much more, the list is endless. Bengaluru Marathi has become a well known entity and a source of identity for all Maharashtrians staying here. Bengaluru Marathi believes in innovative ideas. Which also lead us to staring two very constructive groups. BM Path Finders, a group that helps all community people with skill enhancement and job search. BM Kannada a group dedicated to valuing the local culture and language.
3rd June 2018
Failing to aim high in your career? How do you scale up the corporate ladder? We got industry experts to answer all your queries. Its time to Leap Up. Join the event today.
Click on below button to register now.
DetailsWe build relations with people to keep them in contact.
We love to connect you to be in Bangalore Marathi Family.
We are on social sites to be in touch with you.
We will help you to grow your business in our people.
We love to share knowledge and help each other to grow personally.
Sometimes we just call our people to have coffee with them.
We connected 4 direction accross bangalore. Even though people far from each other we keep them engage with us.
We are running classes for kannada language for free. We have dedicated volunteer for sessions who help people to learn kannada.
We are running group which is helping people to switch or get a new job. Our team is working to make sure that people are getting write platform to get job.
One group is running to share knowledge regarding current and updated technolodgy. Volunteers in that group are highly experienced in perticular field.
Bangalore Marathi - A Family away from Family. 'Bangalore Marathi' is not just a bunch of people connected through social media just because they all belong to the same state. It's a lot more than that. Innovative ideas, new initiatives & excellent execution throughout the year makes BM group a 'Class' not 'Mass'.
I have been with Bangalore Marathi for almost 3 years now. Have attended most of their events and get togethers. Being from a very small town in Maharashtra, this was all very new and unique for me. In a city like Bangalore, Bengaluru Marathi is like a second family.
Helop us to grow and connect more marathi people.


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We are located in Fairview, Tennessee on 1001 carrot avenue and we offer tours every Monday morning at Dawn. Come see for yourself why there is no carrot like Little Hill Carrot's certified carrot.