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Structural Bioinformatics Library
Template C++ / Python API for developping structural bioinformatics applications.
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Values obtained when converting constraints to polynomial coefficients and used once more to convert roots to cartesian embeddings of solution in tripeptide loop closure. More...
#include <Tripeptide_loop_closure_utilities.hpp>
Public Attributes | |
Vector | unit_ca1ca3 |
Vector | ca1n1 |
NT | length_NCA [3] |
NT | length_CAC [3] |
NT | length_CACA [3] |
NT | C0 [3][3] |
NT | C1 [3][3] |
NT | C2 [3][3] |
NT | Q [5][17] |
NT | R [3][17] |
NT | delta [4] |
NT | xi [3] |
NT | eta [3] |
NT | alpha [3] |
NT | theta [3] |
NT | cos_alpha [3] |
NT | sin_alpha [3] |
NT | cos_theta [3] |
NT | cos_delta [4] |
NT | sin_delta [4] |
NT | cos_xi [3] |
NT | cos_eta [3] |
NT | sin_xi [3] |
NT | sin_eta [3] |
Values obtained when converting constraints to polynomial coefficients and used once more to convert roots to cartesian embeddings of solution in tripeptide loop closure.
Values obtained when converting constraints to polynomial coefficients and used once more to convert roots to cartesian embeddings of solution in tripeptide loop closure.
Number | type |
NT alpha[3] |
NT C0[3][3] |
NT C1[3][3] |
NT C2[3][3] |
Vector ca1n1 |
NT cos_alpha[3] |
NT cos_delta[4] |
NT cos_eta[3] |
NT cos_theta[3] |
NT cos_xi[3] |
NT delta[4] |
NT eta[3] |
NT length_CAC[3] |
NT length_CACA[3] |
NT length_NCA[3] |
NT Q[5][17] |
NT R[3][17] |
NT sin_alpha[3] |
NT sin_delta[4] |
NT sin_eta[3] |
NT sin_xi[3] |
NT theta[3] |
Vector unit_ca1ca3 |
NT xi[3] |