... Abstract Fetch from the kernel pool the double precision values of an item associated with a body. ... It's an error to supply an output array that is too small to hold all of the values associated with the requested kernel variable. Detailed_Output dim is the number of values returned; this is always the number of values associated with the requested kernel variable unless an error has been signaled. values is the array of values associated with the requested kernel variable. ...

WCSLIB љ 5.15 . ... tabprm Struct Reference . ... intљ . ... double *љ . ... Given or returned) Pointer to the first element of a vector of length tabprm::M whose elements record the lengths of the axes of the coordinate array and of each indexing vector. ... Returned ) Pointer to the first element of a vector of length tabprm::M of interpolated indices into the coordinate array such that , as defined in Paper III, is equal to (p0[m] + 1) + tabprm::delta [m]. double * tabprm::delta . ...

Main Page Data Structures File List Data Fields Globals . ... int . read_oi_array (fitsfile *fptr, char *arrname, oi_array *array, int *status) . Read OI_ARRAY fits binary table. More... int . read_oi_target (fitsfile *fptr, oi_target *targets, int *status) . ... read_oi_wavelength (fitsfile *fptr, char *insname, oi_wavelength *wave, int *status) . ... read_next_oi_vis (fitsfile *fptr, oi_vis *vis, int *status) . ... read_next_oi_vis2 (fitsfile *fptr, oi_vis2 *vis2, int *status) . ...

... Doug's Home Page . ... In the examples below we show a number of ways that data can be moved back and forth between S-Lang and Perl . ... Source code typeof : "undef"; __END__ __SLang__ variable foo = Any_Type [3]; foo[0] = "a string"; foo[1] = 23; define getfoo(x) { return foo[x]; } message( "In S-Lang:" ); vmessage( "typeof(foo[0]) = %s", string(typeof(foo[0])) ); vmessage( "typeof(foo[1]) = %s", string(typeof(foo[1])) ); vmessage( "typeof(foo[2]) = %s", string(typeof(foo[2])) ); . ...

... Bit Fields . Bit Fields: Practical Example . ... NOTE: The combination of pointers and bit-level operators makes C useful for many low level applications and can almost replace assembly code. ... To illustrate many points of bitwise operators let us write a function, Bitcount , that counts bits set to 1 in an 8 bit number ( unsigned char ) passed as an argument to the function. int bitcount(unsigned char x) { int count; for (count=0; x != 0; x>>=1); if ( x & 01) count++; return count; } . ...

... FIELD | ... public class Menus . ... ImageJ . ... static char . ... static int . ... Returns the size (in points) used for the fonts in ImageJ menus. static java.lang.String . ... Returns a list of the plugins in the plugins menu. static java.lang.String . ... Field Detail public static final char PLUGINS_MENU . ... public static final char IMPORT_MENU . ... public static int installPlugin (java.lang.String plugin, char menuCode, java.lang.String command, java.lang.String shortcut, ImageJ ij) . ...

. Old Schedule . (from Jan 1995 to Apr_9_2016) . Project Identification: . Investigator Name: . Year: . All Years 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 . Current and Upcoming Schedule . (from Apr_10_2016 to Apr_22_2016) . Project Identification: . Investigator Name: . If you have any Comments/Problems, please contact Gomathi Thai (gomathi@naic.edu)

The first field of each line starts at 0 (zero); the second is 1 (one) and so on. To define which field to sort on you give the position of the field at which to start the sort followed by the position at which to end the sort. The position at which to start the sort is given as the number of fields to skip to get to this position. ... tells sort to skip the first two fields. The position at which to stop the sort is given as the number of the field at the end of which the sort stops. ...

Compilation of radio continuum . HyperLeda home | Documentation | ... e_mag = 1.08575 (e_Jy/F_Jy) 0: normal measurement; 1: upper limit; 3: uncertain log (F/Mhz) Source characteristics : log (diameter/ arcsec )+4 Source characteristics : log (diameter/ arcsec )+4 0: normal measurement; 1: upper limit; 3: uncertain Source characteristics : Position angle Beam characteristics : log (diameter/ arcsec )+4 Beam characteristics : log (diameter/ arcsec )+4 Beam HyperLeda . ...