`Name:`

dnapars `Domain:`

Bioinformatics `Functionality:`

Inferring evolutionary relationships among taxa using aligned sequences of characters, typically DNA or amino acids. `Input:`

X:A $u \times v$ matrix(Type:Matrix) `Output:`

T:The output trees of X(Type:Tree)
t:The total length of T(Type:Integer)
A New Method for Constructing Metamorphic Relations http://dx.doi.org/10.1109/QSIC.2012.10

`Description:`

`Property:`

`Source input:`

$X_s$ `Source output:`

$T_s,t_s$ `Follow-up input:`

$X_f$ `Follow-up output:`

$T_f,t_f$ `Input relation:`

$X_f$ is constructed by inserting a number of uninformative sites into $X_s$.
`Output relation:`

$T_f=T_s$
$t_f=t_s$
`Pattern:`

`Description:`

`Property:`

`Source input:`

$X_s$ `Source output:`

$T_s,t_s$ `Follow-up input:`

$X_f$ `Follow-up output:`

$T_f,t_f$ `Input relation:`

$X_f$ is constructed by changing every alphabet in every sequence of $X_s$ according to the same transformation scheme.
`Output relation:`

$T_f=T_s$
$t_f=t_s$
`Pattern:`

`Description:`

`Property:`

`Source input:`

$X_s$ `Source output:`

$T_s,t_s$ `Follow-up input:`

$X_f$ `Follow-up output:`

$T_f,t_f$ `Input relation:`

$X_f$ is constructed by swapping two sites in $X_s$.
`Output relation:`

$T_f=T_s$
$t_f=t_s$
`Pattern:`

`Description:`

`Property:`

`Source input:`

$X_s$ `Source output:`

$T_s,t_s$ `Follow-up input:`

$X_f$ `Follow-up output:`

$T_f,t_f$ `Input relation:`

$X_f$ is constructed by removing some uninformative sites from $X_s$.
`Output relation:`

$T_f=T_s$
$t_f=t_s$
`Pattern:`

`Description:`

`Property:`

`Source input:`

$X_s$ `Source output:`

$T_s,t_s$ `Follow-up input:`

$X_f$ `Follow-up output:`

$T_f,t_f$ `Input relation:`

$X_f$ is constructed by inserting a number of hypervariable sites into $X_s$.
`Output relation:`

$T_f=T_s$
`Pattern:`

`Description:`

`Property:`

`Source input:`

$X_s$ `Source output:`

$T_s,t_s$ `Follow-up input:`

$X_f$ `Follow-up output:`

$T_f,t_f$ `Input relation:`

$X_f$ is constructed by concatenating each sequence with itself.
`Output relation:`

$T_f=T_s$
$t_f=2t_s$
`Pattern:`

`Description:`

`Property:`

`Source input:`

$X_s$ `Source output:`

$T_s,t_s$ `Follow-up input:`

$X_f$ `Follow-up output:`

$T_f,t_f$ `Input relation:`

$X_f$ is constructed by adding a duplicate sequence into $X_s$.
`Output relation:`

$T_f$ and $T_s$ only differ in the subtree of the duplicate taxon having the same DNA sequence.
$t_f=t_s$
`Pattern:`