Lines Matching +full:high +full:- +full:dynamic

3 .\" Copyright (C) Caldera International Inc.  2001-2002.
35 .EH 'USD:5-%''DC \- An Interactive Desk Calculator'
36 .OH 'DC \- An Interactive Desk Calculator''USD:5-%'
38 .\" ....TM 75-1271-8 39199 39199-11
41 DC \- An Interactive Desk Calculator
42 .AU "MH 2C-524" 3878
52 time-sharing system to do arbitrary-precision
54 It has provision for manipulating scaled fixed-point numbers and
77 time-sharing system
85 programs written in the familiar style of higher-level
92 Numbers that are typed into DC are put on a push-down
109 Blanks and new-line characters are ignored except within numbers
117 A number is an unbroken string of the digits 0-9
118 and the capital letters A\-F which are treated as digits
119 with values 10\-15 respectively.
124 +  \-  *  %  ^
130 (\fB\-\fP),
157 Any character, even blank or new-line, is a valid register name.
295 Numbers are stored internally using a dynamic storage allocator.
299 The string is stored with the low-order digit at the
304 that all digits are in the range 0\-99 and that
311 The high order digit of a negative number is always \-1
312 and all other digits are in the range 0\-99.
313 The digit preceding the high order \-1 digit is never a 99.
314 The representation of \-157 is 43,98,\-1.
327 the high order digit to indicate the number of
331 is not the high order digit.
340 DC uses a dynamic string storage allocator
344 Associated with each string in the allocator is a four-word header containing pointers
361 Left-over strings are put on the free list.
380 forward-spacing, and backspacing strings.
388 information-containing portion of a string and a call
389 to read beyond that point returns an end-of-string indication.
438 replacing the high-order configuration 99,\-1 by the digit \-1.
439 In any case, digits which are not in the range 0\-99 must
483 The result is used as the first (high-order) digit of the
534 correspond to the positions of the one-bits in the binary
547 The hexadecimal digits A\-F correspond to the numbers 10\-15 regardless of input base.
579 Bases of 8 and 16 can be used for decimal-octal or decimal-hexadecimal
609 Internal Registers \- Programming DC
619 For example, to print the numbers 0-9,
625 Push-Down Registers and Arrays
629 They involve push-down registers and arrays.
637 The commands \fBs\fP and \fBl\fP also work on registers but not as push-down
664 The real reason for the use of a dynamic storage allocator was
682 The reason for a stack-type arithmetic design was
743 BC \- An Arbitrary Precision Desk-Calculator Language.
750 Comm. ACM \fB8\fP, pp. 623-625 (Oct. 1965).