Lines Matching full:numbers

54 It has provision for manipulating scaled fixed-point numbers and
57 The size of numbers that can be manipulated is limited
61 the size of numbers that
92 Numbers that are typed into DC are put on a push-down
109 Blanks and new-line characters are ignored except within numbers
122 Numbers may contain decimal points.
139 numbers with decimal points.
239 For the treatment of numbers with decimal points, see
262 numbers in bases less than 1 or greater than 16.
293 Internal Representation of Numbers
295 Numbers are stored internally using a dynamic storage allocator.
296 Numbers are kept in the form of a string
308 Negative numbers are represented in the 100's complement
310 numbers.
317 numbers is ease of addition.  When addition is performed digit
322 hold numbers twice that large, addition can be carried out
342 All reading and writing of numbers internally is done through
423 The scales of the two numbers are compared and trailing
425 numbers the same scale.  The number with the smaller scale is
437 require stripping of leading zeros, or for negative numbers
477 The difference of the lengths of the two numbers
542 Numbers are converted to the internal representation as they are read
545 Negative numbers are indicated by preceding the number with a \fB\_\fP (an 
547 The hexadecimal digits A\-F correspond to the numbers 10\-15 regardless of input base.
548 The \fBi\fP command can be used to change the base of the input numbers.
571 the interpretation of numbers on input and output; they have no
573 Large numbers are output with 70 characters per line;
584 Numbers or strings may be stored in internal registers or loaded on the stack
619 For example, to print the numbers 0-9,
691 a change of base or scale when numbers had already been entered.
718 to add the numbers 1.5 and 3.517, it seemed reasonable to give