... Up: Science Data Pipelines . ... Real-time Linux is a set of extensions to the kernel that provides hard real-time functionality with low, bounded latencies and deterministic response. ... This paper, presents the fifos and shared memory virtual interface (VIs) that allow LabVIEW to communicate and share (bulk) data with the real-time core. The cardinal programming rule of real-time Linux is to do as much as possible in user space with only critical sections of code in the real-time core. ...

Index) | ... Abstract Given a number x and an array of non-decreasing numbers, find the index of the largest array element less than x. Required_Reading None. ... Detailed_Output The function returns the index of the highest-indexed element in the input array that is less than x. The routine assumes the array elements are sorted in non-decreasing order. ... If all elements of the input array are greater than or equal to x, the function returns -1. ... Index_Entries last d.p. element less_than . ...

This document describes how number input can be given to tasks which request numbers from Hermes. ... list selection The following constants are implemented: pi 3.14159.... c speed of light (SI) h Planck (SI) k Boltzmann (SI) g gravitation (SI) s Stefan-Boltzman (SI) m mass of sun (SI) p parsec (SI) BLANK Universal undefined value The following mathematical functions are implemented: abs(x) absolute value of x sqrt(x) square root of x sin(x) sine of x asin(x) inverse sine ...

... 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. ...

Permitted Context: %math . ... This is represented in HTML math by: <array> <row><item>a_11_<item>a_12_<item> <item>a_1n_ <row><item> <item> <item> <item> <row><item>a_n1_<item>a_n2_<item> <item>a_nn_ </array> . ... This is represented by: <array coldef="C+C+C+C=C"> <row><item>a_11_x_1_<item>a_12_x_2_<item> <item>a_1n_x_n_<item>b_1_ <row><item>a_21_x_1_<item>a_22_x_2_<item> <item>a_2n_x_n_<item>b_2_ <row><item colspan=5> <row><item>a_n1_x_1_<item>a_n2_x_2_<item> <item>a_nn_x_n_<item>b_n_ </array> . ...

This is an implementation of RD-tree data structure using GiST interface of PostgreSQL. ... desc') - sort intarray test =# select sort ('{1,2,3}':: int [],'desc'); sort --------- {3,2,1} (1 row) int [] sort ( int []) - sort in ascending order int [] sort _asc( int []), sort _desc( int []) - shortcuts for sort int [] uniq( int []) - returns unique elements test =# select uniq( sort ('{1,2,3,2,1}':: int [])); uniq --------- {1,2,3} (1 row) int idx( ...

... int major . ... Here is an example of foo_write() : static int foo_write(struct inode * inode, struct file * file, char * buf, int count) { unsigned int minor = MINOR(inode->i_rdev); char ret; while (count > 0) { ret = foo_write_byte(minor); if (ret < 0) { foo_handle_error(WRITE, ret, minor); continue; } buf++ = ret; count-- } return count; } foo_write_byte() and foo_handle_error() are either functions defined elsewhere in foo.c or pseudocode. ... 2. return value of foo_write(...) by My name here . ...

... Meta Index / Home Page This section documents the parameters recognized by this task (if any). Parameter . Mand . ... Default . Constraints . arrays . ... List of fully qualified array names . elements . ... Int . Number of elements to set. 0 means all elements from element to end of the array (inclusive) . ... Number of the first element to be set. value . ... Value to set . ...

... If keyword ;/new is set then allocate badd before adding. ... To accumulate brds 1,2 of scan 1 with brds 3,4 of scan 2: ; ; print,corinpscan(lun,b,scan=scan1) ; coraccum ,b, badd ,/ new , brd =[1,2] ; print,corinpscan(lun,b,scan=scan2) ; coraccum ,b, badd , brd =[3,4] ; ; help, badd .b1,/st ;** Structure 3957c8 , 4 tags, length=9200, refs=2: ; H STRUCT - HDR Array [1] ; P INT Array [2] ; ACCUM DOUBLE 2.00000 ; D FLOAT Array [1024, 2] ;- ;history: ; 12aug02 - added brd option pro ...