Print the contents of this factory in a human-readable * format. * @param[in,out] s The stream to write the data to. * @

compute intercept + x * slope

Find a satellite in the map by searching by PRN. * @param[in] prn The satellite to find, identified by PRN * (i.e. not FDMA chan

Returns a string with the argument format.

---------------------------------- get routines ---------------------------- get value of flag at one index

return geocentric latitude (deg N)

-------------------------------------------------------------------------

* Get internal values method. Obtain the values stored within this * object. */ METHOD SET FOR FUTURE DEPRECATION (PRIVATIZATION)

access the name of a specific state element, given its index. @return 'out-of-range' if the index is out of range. */

-------------------------------------------------------------------------

Shortcut to SatMetaDataStore::getSVN() that obviates * having to check the pointer for null. * @param[in] sat The ID of the desire

* Returns the current length of the record tail, i.e. the combined * length of the CRC, the optional reverse length, and the optional

Calculate the total number of Z-counts in this object. * @return weeks * ZCOUNT_WEEK + zcount */

* Given a field type, returns true if the FileSpec has that field. */

========================================================================================================================== initializationTest ensures

Chi-square-distribution percent point function, or inverse of the Chisq CDF. This function(alpha,N) == Y where alpha = ChisqCDF(Y,N). Ref

F-distribution percent point function, or inverse of the F-dist CDF. this function(prob,N1,N2) == F where prob = FDistCDF(F,N1,N2).

Normal-distribution percent point function, or inverse of the Normal CDF. This function(prob,mu,sig) == X where prob = NormalCDF(X,mu,sig).

Students-t-distribution percent point function, or inverse of the Student CDF. This function(prob,n) == Y where prob = StudentsCDF(Y,n). Ref

Return true if the specific field is set (preferred to operator&).

is the problem singular?

----------------------------------------------------------------------------- return 1 for success, 0 at end of data Access (all of)

operator < for IonexData::IonexValType

* Compute the satellite attitude, given the time and position sv. * Use either class SolarSystem (high accuracy) or module SolarPosition

Method to store ocean tide harmonics data in this class' * data map * * @param stationName String holding station name.

Return the current size of the second derivative array.

Returns the size of the base class.

convert to string

----------------------------------------------------------------------------- Apply transformation matrix T to the SRI; i.e. X -> T*X, Cov ->

This function writes all valid header records.

-------------- add to list --------------------------------------- add an 'ignore' option, that is an option '--opt' that is simply ignored. if has_ar

get the degree of the polynomial

--------------------------------------------------------------------------------- Generate the full transformation matrix (3x3 rotation) relating the

Get full (>10 bits) week

Cumulative distribution function (CDF) of the Normal-distribution. Ref http://www.itl.nist.gov/div898/handbook/ 1.3.6.6.1 param x

----------------------------------------------------------------------------- prototype is in SatPass.hpp as a friend

Return index i (0 <= i < n) of jth selection (0 <= j < k); if j is out of range, return -1.

Cumulative Distribution Function CDF() for Student-t-distribution CDF. If X is a random variable following a normal distribution with mean ze

A member function that computes the azimuth of the input (Target) position as seen from this Position. @param Target the Position which is observed to

Beta function. Beta(x,y)=Beta(y,x)=integral(0 to 1) {t^(x-1)*(1-t)^(y-1) dt}. Also, Beta(x,y) = gamma(x)*gamma(y)/gamma(x+y). param x first

Binomial coefficient (n k) = n!/[k!(n-k)!], 0 <= k <= n. (n k) is the number of combinations of n things taken k at a time. NB. (n+1

Compute continued fractions portion of incomplete beta function I_x(a,b) Routine used internally for Incomplete beta function I_x(a,b) */

clear - set all data to 0 (i.e. remove all data); leave dimensions alone

convert test data time stamps that EU used to CivilTime object

Get day of month.

compute determinant from SVD * @throw MatrixException */

* Returns the numerical value of the expression. Note that * if the expression contains variables, those variables must * be set.