Lines Matching full:stack

93 stack.
95 off the stack, performing the desired operation, and pushing the result
96 on the stack.
116 The value of the number is pushed onto the main stack.
127 top two values on the stack are added
135 The two entries are popped off the stack;
136 the result is pushed on the stack in their place.
145 top of the main stack is popped and stored into
156 is treated as a stack and the value is pushed onto it.
166 is pushed onto the stack.
181 is treated as a stack and its top value is popped onto the main stack.
189 top value on the stack is duplicated.
193 The top value on the stack is printed.
198 All values on the stack and in registers are printed.
202 treats the top element of the stack as a character string,
203 removes it from the stack, and
208 puts the bracketed character string onto the top of the stack.
220 the top value on the stack is popped and the string execution level is popped
226 top two elements of the stack are popped and compared.
237 replaces the top element on the stack by its square root.
253 All values on the stack are popped; the stack becomes empty.
257 The top value on the stack is popped and used as the
260 the input base is pushed onto the stack.
266 The top value on the stack is popped and used as the
269 base is pushed onto the stack.
273 The top of the stack is popped, and that value is used as
280 is pushed onto the stack.
284 The value of the stack level is pushed onto the stack.
399 from the main stack and their scale factors stripped off.
408 it is pushed on the stack.
414 \fBscale\fP may be set to the number on the top of the stack
416 \fBK\fP may be used to push the value of \fBscale\fP on the stack.
549 This command pops the stack, truncates the resulting number to an integer,
553 The command \fBI\fP will push the value of the input base on the stack.
557 The command \fBp\fP causes the top of the stack to be printed.
558 It does not remove the top of the stack.
559 All of the stack and internal registers can be output
562 This command uses the top of the stack, truncated to an integer as
566 The command \fBO\fP pushes the value of the output base on the stack.
584 Numbers or strings may be stored in internal registers or loaded on the stack
586 The command \fBs\fIx\fR pops the top of the stack and
589 \fBl\fIx\fR puts the contents of register \fBx\fP on the top of the stack.
593 Stack Commands
595 The command \fBc\fP clears the stack.
596 The command \fBd\fP pushes a duplicate of the number on the top of the stack
597 on the stack.
598 The command \fBz\fP pushes the stack size on the stack.
599 The command \fBX\fP replaces the number on the top of the stack
601 The command \fBZ\fP replaces the top of the stack
606 Enclosing a string in \fB[ ]\fP pushes the ascii string on the stack.
615 The \fBx\fP command assumes the top of the stack is an string of DC commands
617 The testing commands compare the top two elements on the stack and if the relation holds, execute t…
630 In addition to the stack that commands work on, DC can be thought
633 \fBS\fIx\fR pushes the top value of the main stack onto the stack for
635 \fBL\fIx\fR pops the stack for register \fIx\fP and puts the result on the main
636 stack.
640 register stack, and \fBs\fP destroys what was there before.
643 \fB:\fIx\fR pops the stack and uses this value as an index into
645 The next element on the stack is stored at this index in \fIx\fP.
648 \fB;\fIx\fR is the command to load the main stack from the array \fIx\fP.
649 The value on the top of the stack is the index
660 This command uses the top of the stack as the number of levels of recursion to skip.
682 The reason for a stack-type arithmetic design was