Uses of Class origincomment.Palindrome1test

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Uses of Class
origincomment.Palindrome1test

Packages that use Palindrome1test
modele	Model for objet representation and computing P-DCFold Algorithms.
origincomment	Model for objet representation and computing P-DCFold Algorithms ; original code made by Stefan Engelen in 2006 and use "as if" without any garanty...

Uses of Palindrome1test in modele

Methods in modele with parameters of type Palindrome1test
`private boolean`	`OriginAlgorithmsStefan.verifier_Conservation_Alignement(ADN1cible target, Palindrome1cible palCourantReel, Palindrome1test palCourantFaux, double lmin, ADN1test[] tableauSequences)` COMPATIBLE PALINDROME SEARCH "this method compare palindromes found on each step of palindrome search to know if there are palindromes at the same place but they can be different (it is in that case they are relevant)This method compute in the same time the number of singles and compensatory (double) mutations.
`private static boolean`	`OriginAlgorithmsStefan.verifier_Conservation_Commune(ADN1cible target, Palindrome1cible palCourantReel, Palindrome1test palCourantFaux, double decalage, double lmin, int erreur, ADN1test[] tableauSequences)` COMPATIBLE PALINDROME SEARCH "this method compare palindromes found on each step of palindrome search to know if there are palindromes at the same place but they can be different (it is in that case they are relevant)This method compute in the same time the number of singles and compensatory (double) mutations.

Methods in modele with parameters of type Palindrome1test

private boolean OriginAlgorithmsStefan.verifier_Conservation_Alignement(ADN1cible target, Palindrome1cible palCourantReel, Palindrome1test palCourantFaux, double lmin, ADN1test[] tableauSequences)
COMPATIBLE PALINDROME SEARCH
"this method compare palindromes found on each step of palindrome search to know if there are palindromes at the same place but they can be different (it is in that case they are relevant)This method compute in the same time the number of singles and compensatory (double) mutations.

private static boolean OriginAlgorithmsStefan.verifier_Conservation_Commune(ADN1cible target, Palindrome1cible palCourantReel, Palindrome1test palCourantFaux, double decalage, double lmin, int erreur, ADN1test[] tableauSequences)
COMPATIBLE PALINDROME SEARCH
"this method compare palindromes found on each step of palindrome search to know if there are palindromes at the same place but they can be different (it is in that case they are relevant)This method compute in the same time the number of singles and compensatory (double) mutations.

Uses of Palindrome1test in origincomment

Methods in origincomment that return Palindrome1test
`Palindrome1test[]`	`StefanErrors.choisir_meilleur(int nb, Palindrome1test[] tabpal)` Not a static procedure, but could be useful to be...
`static Palindrome1test[]`	`Palindrome1test.choisir_meilleur(int nb, Palindrome1test[] tabpal)` "This method choose the best _nb_ test palindromes"

Methods in origincomment with parameters of type Palindrome1test
`Palindrome1test[]`	`StefanErrors.choisir_meilleur(int nb, Palindrome1test[] tabpal)` Not a static procedure, but could be useful to be...
`static Palindrome1test[]`	`Palindrome1test.choisir_meilleur(int nb, Palindrome1test[] tabpal)` "This method choose the best _nb_ test palindromes"
`boolean`	`ADN1cible.verifier_Conservation_Alignement(Palindrome1cible palCourantReel, Palindrome1test palCourantFaux, double lmin, ADN1test[] tabSeq)` COMPATIBLE PALINDROME SEARCH "this method compare palindromes found on each step of palindrome search to know if there are palindromes at the same place but they can be different (it is in that case they are relevant)This method compute in the same time the number of singles and compensatory (double) mutations.
`boolean`	`ADN1cible.verifier_Conservation_Commune(Palindrome1cible palCourantReel, Palindrome1test palCourantFaux, double decalage, double lmin, int erreur, ADN1test[] tabSeq)` COMPATIBLE PALINDROME SEARCH "this method compare palindromes found on each step of palindrome search to know if there are palindromes at the same place but they can be different (it is in that case they are relevant)This method compute in the same time the number of singles and compensatory (double) mutations.
`boolean`	`ADN1cible.verifier_Conservation(Palindrome1cible palCourantReel, Palindrome1test palCourantFaux, double decalage, double lmin, int erreur, ADN1test[] tabSeq)` COMPATIBLE PALINDROME SEARCH "this method compare palindromes found on each step of palindrome search to know if there are palindromes at the same place but they can be different (it is in that case they are relevant)This method compute in the same time the number of singles and compensatory (double) mutations.