| /dports/science/chrono/chrono-7.0.1/src/chrono/fea/ |
| H A D | ChElementBeamTaperedTimoshenkoFPM.cpp | 339 ChVector<>& u_rotaz) { in EvaluateSectionDisplacement() argument
356 u_rotaz.x() = u_vector(3); in EvaluateSectionDisplacement()
357 u_rotaz.y() = u_vector(4); in EvaluateSectionDisplacement()
358 u_rotaz.z() = u_vector(5); in EvaluateSectionDisplacement()
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| H A D | ChElementBeamEuler.cpp | 823 …eamEuler::EvaluateSectionDisplacement(const double eta, ChVector<>& u_displ, ChVector<>& u_rotaz) { in EvaluateSectionDisplacement() argument
836 u_rotaz.x() = N(0) * displ(3) + N(3) * displ(9); // Rx_a Rx_b in EvaluateSectionDisplacement()
837 u_rotaz.y() = -N(6) * displ(2) - N(7) * displ(8) + // z_a z_b note - sign in EvaluateSectionDisplacement()
839 u_rotaz.z() = N(6) * displ(1) + N(7) * displ(7) + // y_a y_b in EvaluateSectionDisplacement()
845 ChVector<> u_rotaz; in EvaluateSectionFrame() local
849 this->EvaluateSectionDisplacement(eta, u_displ, u_rotaz); in EvaluateSectionFrame()
859 msectionrot.Q_from_AngAxis(u_rotaz.Length(), u_rotaz.GetNormalized()); in EvaluateSectionFrame()
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| H A D | ChElementShell.h | 44 ChVector<>& u_rotaz) = 0;
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| H A D | ChElementBeam.h | 49 ChVector<>& u_rotaz) = 0;
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| H A D | ChElementBeamTaperedTimoshenkoFPM.h | 117 …d EvaluateSectionDisplacement(const double eta, ChVector<>& u_displ, ChVector<>& u_rotaz) override;
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| H A D | ChElementBeamTaperedTimoshenko.cpp | 1215 ChVector<>& u_rotaz) { in EvaluateSectionDisplacement() argument
1245 u_rotaz.x() = kNx * qerx; in EvaluateSectionDisplacement()
1246 u_rotaz.y() = -dkNbz * qez; in EvaluateSectionDisplacement()
1247 u_rotaz.z() = dkNby * qey; in EvaluateSectionDisplacement()
1252 ChVector<> u_rotaz; in EvaluateSectionFrame() local
1256 this->EvaluateSectionDisplacement(eta, u_displ, u_rotaz); in EvaluateSectionFrame()
1266 msectionrot.Q_from_AngAxis(u_rotaz.Length(), u_rotaz.GetNormalized()); in EvaluateSectionFrame()
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| H A D | ChElementCableANCF.h | 134 …d EvaluateSectionDisplacement(const double eta, ChVector<>& u_displ, ChVector<>& u_rotaz) override;
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| H A D | ChElementBeamEuler.h | 176 …d EvaluateSectionDisplacement(const double eta, ChVector<>& u_displ, ChVector<>& u_rotaz) override;
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| H A D | ChElementShellBST.h | 278 ChVector<>& u_rotaz) override;
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| H A D | ChElementBeamTaperedTimoshenko.h | 217 …d EvaluateSectionDisplacement(const double eta, ChVector<>& u_displ, ChVector<>& u_rotaz) override;
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| H A D | ChElementCableANCF.cpp | 642 …ableANCF::EvaluateSectionDisplacement(const double eta, ChVector<>& u_displ, ChVector<>& u_rotaz) { in EvaluateSectionDisplacement() argument
648 u_rotaz = VNULL; //(not needed in ANCF? ) in EvaluateSectionDisplacement()
653 ChVector<> u_rotaz; in EvaluateSectionFrame() local
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| H A D | ChElementShellANCF_3423.h | 226 ChVector<>& u_rotaz) override;
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| H A D | ChElementBeamANCF_3243.h | 216 … EvaluateSectionDisplacement(const double xi, ChVector<>& u_displ, ChVector<>& u_rotaz) override {} in EvaluateSectionDisplacement() argument
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| H A D | ChElementBeamANCF_3333.h | 218 … EvaluateSectionDisplacement(const double xi, ChVector<>& u_displ, ChVector<>& u_rotaz) override {} in EvaluateSectionDisplacement() argument
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| H A D | ChElementShellBST.cpp | 620 ChVector<>& u_rotaz) { in EvaluateSectionDisplacement() argument
623 u_rotaz = VNULL; // no angles.. (or maybe return here the slope derivatives?) in EvaluateSectionDisplacement()
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| H A D | ChElementHexaANCF_3843.h | 238 ChVector<>& u_rotaz) {} in EvaluateElementDisplacement() argument
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| H A D | ChElementShellReissner4.h | 421 ChVector<>& u_rotaz) override;
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| H A D | ChElementShellANCF_3443.h | 251 ChVector<>& u_rotaz) override {} in EvaluateSectionDisplacement() argument
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| H A D | ChElementShellANCF_3833.h | 275 ChVector<>& u_rotaz) override {} in EvaluateSectionDisplacement() argument
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| H A D | ChElementBeamIGA.h | 160 … EvaluateSectionDisplacement(const double eta, ChVector<>& u_displ, ChVector<>& u_rotaz) override { in EvaluateSectionDisplacement() argument
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| H A D | ChElementShellReissner4.cpp | 1109 ChVector<>& u_rotaz) { in EvaluateSectionDisplacement() argument
1112 u_rotaz = VNULL; // no angles.. this is ANCF (or maybe return here the slope derivatives?) in EvaluateSectionDisplacement()
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| H A D | ChElementShellANCF_3423.cpp | 1428 ChVector<>& u_rotaz) { in EvaluateSectionDisplacement() argument
1431 u_rotaz = VNULL; // no angles.. this is ANCF (or maybe return here the slope derivatives?) in EvaluateSectionDisplacement()
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