... SAT0INTRO - INTRO TO USING THE AO SATELLITE PREDICTION ROUTINES. ... SATDOCNAMES - LIST OF ROUTINE NAMES . ... Previous Routine ] [Next Routine ] [ List of Routines ] NAME : satdoc - routine list (single line) sat0intro - Intro to using the ao satellite prediction routines . satcmpangle - compute angle between ra,dec,jd and satellites satdoc - routine list (single line) satdocnames - list of routine names satfindtle - find tle file for satellite name satinfo - return ...

Function: GDSINP Purpose: GDSINP prompts the user to enter the name of a set and the subsets, and returns the number of subsets entered. ... If defaults are allowed and used by user, and SET is on input blank, then GDSINP returns 0 for the number of subsets. ... KEYWORD Keyword prompts the user for set and subset(s). ... If on input CLASSDIM is zero then the user is free to determine the number of axes of the subsets for class 1 and the number of axes outside the subset for class 2 applications. ...

... A wrapped Java array accessed from within JavaScript code is a member of the type JavaArray . Core object . ... JavaScript 1.1, NES 2.0 Any Java method which returns an array. ... Use zero-based indexes to access the elements in a JavaArray object, just as you do to access elements in an array in Java. ... Method . ... In this example, the JavaArray byteArray is created by the java.lang.String.getBytes method, which returns an array. var javaString = new java.lang.String("Hello world!"); . ...

SUBROUTINE TAP_ESYMB ( IZ, SYMBOL, STATUS ) . Return the element symbol. SUBROUTINE TAP_ENAME ( IZ, NAME, STATUS ) . ... FUNCTION TAP_EMASS ( IZ ) . Return the mean atomic weight of an element. FUNCTION TAP_ZELEM ( NAME ) . ... FUNCTION TAP_AELEM ( NAME ) . ... The mean atomic weight of the element associated with the given name is ! ... The element name associated with the given atomic number is ! ... The atomic number ot element associated with the given name is ! ...

... Classes . ... gTimeSpan Class Reference . ... gTimeSpan (const gTimeSpan &timeSpanSrc) . ... Operation: getDays() This method returns the integer days number stored in the gTimeSpan object. ... Operation: getHours() This method returns the integer hours number stored in the gTimeSpan object. ... Operation: getMinutes() This method returns the integer Minutes number stored in the gTimeSpan object. ... Operation: getSeconds() This method returns the integer seconds number stored in the gTimeSpan...

... public class CurveFitter . ... static int . ... Field Detail public static final int STRAIGHT_LINE . ... public static final int POLY2 . ... public static final int POLY3 . ... public static final int POLY4 . ... public static final int EXPONENTIAL . ... public static final int POWER . ... public static final int LOG . ... public static final int RODBARD . ... public static final int GAMMA_VARIATE . ... public static final int LOG2 . ... public static double f (int fit, double[] p, double x) . ...

... Readability |Check number: 1 | Description: Header existence for each |Evaluation (always/often/sometimes/| |source file and for each method, class, |never) : | ... Description: Naming conventions existence |Evaluation (always/often/sometimes/| |(variables start with lowercase, then |never) : | ... limited and commented |(always/often/sometimes/ | ... Description: Error message are formated : when an|Evaluation | error or an exception is raised, report the |(always/often/sometimes/ | ...

... Arithmetic Functions . Random Numbers . String Conversion . Searching and Sorting . ... There are 4 basic integer functions: . int abs(int number); long int labs(long int number); div_t div(int numerator,int denominator); ldiv_t ldiv(long int numerator, long int denominator); . ... In practice no functions produce truly random data -- they produce pseudo-random numbers. ... The stdlib.h provides 2 useful functions to perform general searching and sorting of data on any type. ...

... serial . ... my $ ret ; open(SP, system_profiler $SPtype -xml| ); while( SP ) { if (/^\s* \?xml /) { next; } if (/^\s* !DOCTYPE /) { next; } if (/^\s* plist /) { next; } if (/^\s* \/ plist /) { next; } $ ret = makeobj($_); # print ret =$ ret -- $_\n ; } close(SP); return $ ret ; } sub makeobj { local ($_)=shift(@_); if (/\s* array /) { return ( array ); } elsif (/\s* dict /) { ...