... Category: SYSTEM File: f2cvv_aux.src Author: K.G. Begeman Use: For the ALLIANT the following functions are provided: A_ALLIANT( ARG ) Input integer (by value) L_ALLIANT( ARG ) Input integer (by value) RETURN_ COMPLEX _ALLIANT( FIE ) Input procedure FCALL_VOID_ALLIANT( F1, Input procedure STACK ) Input address FCALL_INT_ALLIANT( F2, Input procedure STACK ) Input address FCALL_BOOL_ALLIANT( F3, ...

Next: NPOI raw packet data Up: Introduction Previous: NAT data Contents . These procedures use more elementary functions to produce diagnostic plots. plot_fdldelay , baseline _int [, beam _int ][, /slide ] Plot the residual FDL delay in microns. If keyword slide is 1, then open a sliding plot widget. plot_fdlpower , baseline _int [, beam _int ][, /sf ] Plot a power spectrum (or structure function if sf=1 ) of the delay. ... If beam is not specified, use currently loaded data. ...

Next: DO Loops Up: MIDAS Command Language Previous: Passing Parameters in . As mentioned before, the Monitor performs symbol substitutions on MIDAS command lines in the first pass by replacing symbol names in the command line with their current value. For character symbols just the string is put in; for symbols of other types the binary data are converted to ASCII using the formats specified in the SET/FORMAT command. ... Example 6, MIDAS procedure exa6.prg . ... WRITE/KEYWORD VAR/R/1/1 0. ! ...

... The OM CCF component BadPix is read and the entries of bad pixels falling into the specified area are extracted. A value of zero is assigned to defect free pixels in the output map. Bad pixels are marked in the output map by non-zero values. The value assigned to a bad pixel encodes the type of defect. The mapping between CCF description and the integer encoding used in the output badpixel map is as following: . ... hot CCD pixel . ... dead CCD pixel . ... bad CCD pixel . ...

... The begining of program -- Target function: a * b with TEXT_IO ; use TEXT_IO ; procedure EXAMPLE is package IO_INT is new INTEGER_IO ( INTEGER ) ; use IO_INT ; r,b,a: INTEGER ; begin put ( Enter unsigned number 'b', please ... unsigned number 'a', please: ) ; get ( a ) ; declare VAR0 , VAR1 : INTEGER ; begin VAR0 := a; VAR1 := b; declare VAR3 , VAR2 , VAR4 : INTEGER ; begin VAR3 := 0 ; VAR2 := VAR0 ; VAR4 := VAR1 ; while VAR2 /= 0 loop begin if ...

... tested on SUN and VAX; updated prolog ; ;- ;************************************************************************* pro pcheck, variable , position , dimension , type ; npar = n_params(0) if npar eq 0 then begin print,'PCHECK, VARIABLE , POSITION , DIMENSION , TYPE ' retall endif ; npar ; ; decode valid dimensions ; vdim = bytarr(3) idim = ...

OSSERVATORIO ASTROFISICO DI ARCETRI CENTRO PER L'ASTRONOMIA INFRAROSSA E LO STUDIO DEL MEZZO INTERSTELLARE LARGO ENRICO FERMI, 5 -- I­50125 FIRENZE Firenze, September 30, 1994 FROM: C. Baffa TO: Tirgo Staff SUBJECT: Data handling with Tirgo Nicmos3 instruments All data taken with Tirgo Nicmos3 instruments (Arnica and Longsp) are stored directly as standard FITS files at 16 bits integer format. ... The acquisition program never rewrites over an old file. ... An example in table 1. ...

... 7 Части программы. procedure newdelay(ms:longint); {пауза в микросекундах} var r: registers ; begin r.ah:=$86; r.cx :=ms*1000 div 65536; r.dx :=ms*1000 mod 65536; intr ($15,r) end ; procedure clearcon;assembler; {очистка буфера клавиатуры} asm cli sub ax,ax mov es,ax; mov al,es:[41ah] mov es:[41ch],al sti end ; procedure lptread; {чтение порта 37B} var a:byte; ...

... Abstract Scan a string from a specified starting position for the end of a signed integer. ... Brief_I/O VARIABLE I/O DESCRIPTION -------- --- -------------------------------------------------- string I Any character string. first I First character to scan from in string. last O Last character that is part of a signed integer. nchar O Number of characters in the signed integer. ... You could use this routine to locate the signed integers in the string as shown below. ... Link to routine source . ...

... Delphi procedure TForm1.Button1Click(Sender: TObject); 12. , var x,y,z:real; begin x:=strtofloat(Edit1.text); y:=strtofloat(Edit2.text); z:=sqrt(sqr(x)+sqr(y)); Edit3.text:=floattostr(z); end; 13. ... procedure TForm1.SelectionChange(Sender: TObject); begin SpeedButton1.Down:=fsBold in RichEdit1.SelAttributes.Style; SpeedButton2.Down:=fsItalic in RichEdit1.SelAttributes.Style; SpeedButton3.Down:=fsUnderline in RichEdit1.SelAttributes.Style; end; TForm1 ( private) OnSelectionChange RichEdit1 ( Events...

... Для многих видов расчетов требуется знать параметры атомов - . участвующих в образовании данной линии и атомов, . ... Запись об отдельном атоме выглядит следующим образом: TYPE TATOM = CLASS(TObject) (*--------- данные об одном атоме ------------*) NELT : integer; (* порядковый НОМЕР ЭЛЕМЕНТА в таблице Менделеева *) ATOM : string[2]; (* ИДЕНТИФИКАТОР АТОМА *) PAT : REAL; (* АТОМНЫЙ ВЕС *) ABUND: REAL; (* ОБИЛИЕ - LG(EPS_I/EPS_H)+12, текущее значение *) aEION: array [1..4] of real;(* ПОТ-АЛ ИОНИЗ.[ ...

... We now also have the possibility to write our own generic functions or subroutines. ... PROGRAM SWAP _MAIN IMPLICIT NONE INTEGER :: I, J, K, L REAL :: A, B, X, Y CHARACTER :: C, D, E, F INTERFACE SWAP SUBROUTINE SWAP _R(A, B) REAL, INTENT ( INOUT ) :: A, B END SUBROUTINE SWAP _R SUBROUTINE SWAP _I(A, B) INTEGER, INTENT ( INOUT ) :: A, B END SUBROUTINE SWAP _I SUBROUTINE SWAP _C(A, B) CHARACTER, INTENT ( INOUT ) :: A, B END SUBROUTINE SWAP _C ...

... 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. ...

... MAXLEN parameter specifies maximum length of the number considered as a 'good' integer. ... If REJECTLONG = FALSE (default), than dictionary returns prefixed part of integer number with length MAXLEN . ... This is a dict_tmpl.c file. # include postgres.h # include utils/builtins.h # include fmgr.h #ifdef PG_MODULE_MAGIC PG_MODULE_MAGIC; #endif # include utils/ts_locale.h # include utils/ts_public.h # include utils/ts_utils.h typedef struct { int maxlen ; bool rejectlong ; } ...

... number of particles integer, parameter :: max_list = 100 ! max number of particles per cell integer, parameter :: ncell = 20 ! ... cell size real(dp) posn(3, npart) ! ... initialise cell list call init_cell_list(npart, ncell, max_list, cell_size, posn, & cell_num, cell_list) ! now go and do something interesting with it... contains subroutine init_cell_list(npart, ncell, max_list, cell_size, posn, & cell_num, cell_list) implicit none integer, parameter :: dp = kind(1.0d0) integer npart ! ...

... FIELD | ... public class FileInfo . ... static int . ... int . ... Field Detail public static final int GRAY8 . ... public static final int GRAY16_SIGNED . ... public static final int GRAY16_UNSIGNED . ... public static final int GRAY32_INT . ... public static final int GRAY32_FLOAT . ... public static final int COLOR8 . ... public static final int RGB . ... public static final int RGB_PLANAR . ... public static final int BITMAP . ... public static final int ARGB . ... public static final int BGR . ...

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 ! ...

... The goal of the course is to give a complete mathematical description of Shor's algorithm which factors an N digit integer in O(NNlog(N)log(log(N))) steps on a quantum computer. ... Quantum computations and measurements, unitary operators and projectors. ... I will describe each~Z step in Shor's algorithm. ... 2) I will give the mathematical definitions of quantum-bit, quantum-memory, and quantum-computation, used in Shor's algorithm. ... This is the first step in Shor's algorithm. ...

Prepared by Russ Owen, French Leger, and Larry Carey . ... Initial State of Telescope . Procedure . ... If the telescope runs away at any time, engage an e-stop button immediately. ... Wind Baffle Pendant Control ; Location : 2.5m enclosure . ... Wheels (for wind baffle); Location : 2.5m storage trailer . ... Scrap wood to protect the wind baffle frame from the jackscrews . ... Take the telescope to zenith under computer control (so the telescope is centered in the wind baffle). ... R. Owen. ...

. A message list consists of integers (0-9), a range of integers, or user names separated by spaces. If omitted, mail uses the current message. For example the command s 1-5 . saves messages 1 through 5.