Lines Matching +full:two +full:- +full:dimensional

47 The data is presented to the user in two different formats.
78 but we are limited by the two-dimensional nature of our output
104 		0.20	1.20	4/10	\ \ \s-1CALLER1\s+1	[7]
105 		0.30	1.80	6/10	\ \ \s-1CALLER2\s+1	[1]
106 [2]	41.5	0.50	3.00	10+4	\s-1EXAMPLE\s+1	[2]
107 		1.50	1.00	20/40	\ \ \s-1SUB1\s+1 <cycle1>	[4]
108 		0.00	0.50	1/5	\ \ \s-1SUB2\s+1 	[9]
109 		0.00	0.00	0/5	\ \ \s-1SUB3\s+1 	[11]
112 Figure 1. Profile entry for \s-1EXAMPLE\s+1.
144 Self-recursive routines have their calls broken
145 down into calls from the outside and self-recursive calls.
159 The entry is for routine \s-1EXAMPLE\s+1, which has
163 is given \fIwith respect to \s-1EXAMPLE\s+1\fP.
164 The index in the first column shows that \s-1EXAMPLE\s+1
166 The \s-1EXAMPLE\s+1 routine is called ten times, four times by \s-1CALLER1\s+1,
167 and six times by \s-1CALLER2\s+1.
168 Consequently 40% of \s-1EXAMPLE\s+1's time is propagated to \s-1CALLER1\s+1,
169 and 60% of \s-1EXAMPLE\s+1's time is propagated to \s-1CALLER2\s+1.
171 show the amount of self and descendant time \s-1EXAMPLE\s+1
174 Note that \s-1EXAMPLE\s+1 calls itself recursively four times.
175 The routine \s-1EXAMPLE\s+1 calls routine \s-1SUB1\s+1 twenty times, \s-1SUB2\s+1 once,
176 and never calls \s-1SUB3\s+1.
177 Since \s-1SUB2\s+1 is called a total of five times,
178 20% of its self and descendant time is propagated to \s-1EXAMPLE\s+1's
180 Because \s-1SUB1\s+1 is a member of \fIcycle 1\fR,
187 time to \s-1EXAMPLE\s+1's descendant time field.
195 .B \-p
213 A profiled system is about 5-10% larger in its text space because of
222 under normal load we see anywhere from 5-25%