2 TimingLine *ttv_AddTiming(char *input, char *output, double max_delay,
3 double max_slop, double min_delay, double min_slope, char *dir);
5 D
\bDE
\bES
\bSC
\bCR
\bRI
\bIP
\bPT
\bTI
\bIO
\bON
\bN
6 Creates a data delay line.
8 A
\bAR
\bRG
\bGU
\bUM
\bME
\bEN
\bNT
\bTS
\bS
9 i
\bin
\bnp
\bpu
\but
\bt Delay line start point
11 o
\bou
\but
\btp
\bpu
\but
\bt Delay line end point
13 m
\bma
\bax
\bx_
\b_s
\bsl
\blo
\bop
\bpe
\be Maximum slope associated with delay line
15 m
\bmi
\bin
\bn_
\b_s
\bsl
\blo
\bop
\bpe
\be Minimum slope associated with delay line
17 m
\bma
\bax
\bx_
\b_d
\bde
\bel
\bla
\bay
\by Maximum propagation delay associated with delay line
19 m
\bmi
\bin
\bn_
\b_d
\bde
\bel
\bla
\bay
\by Minimum propagation delay associated with delay line
21 d
\bdi
\bir
\br Transitions on start and end points: _
\bu_
\bu for input ris-
22 ing/output rising, _
\bu_
\bd for input rising/output falling, _
\bd_
\bd
23 for input falling/output falling, _
\bd_
\bu for input
24 falling/output rising.