#LOCAL SOLAR TIME CALC FULL#

Note that the configuration value is a string, not a Theĭefault is 'True', which means to try the fast parser and fall through to Is a configuration item _fast_parser that can be set. In rare cases where you need to explicitly control which parser gets used there If theįast C parser fails to parse the date values then the Time initializer willĪutomatically fall through to the Python parser. In_subfmt argument is different from the default value of '*'. Use of the C parser is enabled by default except when the input subformat As an example the Python parser willĪccept T3:04:5.23 while the C parser requires In particular fields like the month or day of year mustĪlways have a fixed number of ASCII digits. The C parser is stricter than the Python-based parser (which relies on Improves speed by a factor of 20 or more for large arrays of times. TimeYearDayTime, make use of a fast C-based date parser that Time formats that are based on a date string representation of time, including The complete list of subformat options for the TimeDelta formats The complete list of subformat options for the Time formats that mjd # float64 output loses last digit but Decimal gets it 51544.0 > tm. Conversely, the single value on output using Time to_value or TimeDelta to_valueĬan have higher precision than the standard 64-bit float:

#LOCAL SOLAR TIME CALC FULL#

Value that accurately captures the value to the full available precision in When used on input, these formats allow creating a time using a single input Subformats, the number of digits is also chosen such that time values are The enhancement depending on platform), and 'decimal' instances ofĭecimal.Decimal for full precision. Here, 'long' uses numpy.longdouble for somewhat enhanced precision (with Subformats: 'float', 'long', 'decimal', 'str', and 'bytes'. Numerical formats such as mjd, jyear, or cxcsec all support the The table below illustrates available subformats for the string formats This allows for variations on the basic theme of a format in both the input Many of the available time format classes support the concept of a subformat. This class structure canīe adapted and extended by users for specialized time formats not supplied in Each of these formats is implemented as a class that derivesįrom the base TimeFormat class. The currentlyĪvailable formats are can be found in the Time.FORMATS dict and are listed The time format specifies how an instant of time is represented.

Local solar time calc