/dports/science/elmerfem/elmerfem-release-9.0/fem/src/ |
H A D | MagnetoDynamicsUtils.F90 | 335 REAL(KIND=dp) :: RotM(3,3,n) local 362 RotM = 0._dp 393 RotM(1,1,j) = t*r(1)**2+C 394 RotM(1,2,j) = t*r(1)*r(2)-S*r(3) 395 RotM(1,3,j) = t*r(1)*r(3)+S*r(2) 397 RotM(2,1,j) = t*r(1)*r(2)+S*r(3) 398 RotM(2,2,j) = t*r(2)**2+C 399 RotM(2,3,j) = t*r(2)*r(3)-S*r(1) 401 RotM(3,1,j) = t*r(1)*r(3)-S*r(2) 402 RotM(3,2,j) = t*r(2)*r(3)+S*r(1) [all …]
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/dports/science/elmerfem/elmerfem-release-9.0/fem/src/modules/ |
H A D | WPotentialSolver.F90 | 187 RotM(:,:,:), Tcoef(:,:,:) local 192 SAVE STIFF, LOAD, FORCE, Tcoef, RotM, AllocationsDone 203 ALLOCATE( FORCE(N), LOAD(N), STIFF(N,N), Tcoef(3,3,N), RotM(3,3,N), STAT=istat ) 223 DEALLOCATE(Tcoef,RotM) 224 ALLOCATE(Tcoef(3,3,N), RotM(3,3,N), STAT=istat) 238 RotM = 0._dp 248 CALL GetElementRotM(Element, RotM, n) 253 CALL GetElementRotM(Element, RotM, n) 307 SUBROUTINE LocalMatrix( STIFF, FORCE, LOAD, Element, CoilBody, CoilType, Tcoef, RotM, n, nd ) 314 RotMLoc(3,3), RotM(3,3,n) local [all …]
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H A D | CoordinateTransform.F90 | 158 REAL(KIND=dp), ALLOCATABLE, SAVE :: RotM(:,:,:) local 187 ALLOCATE( RotM(3,3,N), STAT=istat ) 458 SUBROUTINE GetElementRotM(Element,RotM,nn) 462 REAL(KIND=dp) :: RotM(3,3,nn) local 464 RotM = 0._dp 469 RotM(ind1(k),ind2(k),j) = RotMvar % Values( &
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H A D | CircuitsAndDynamics.F90 | 274 REAL(KIND=dp) :: RotM(3,3,nn) local 679 RotMLoc(3,3), RotM(3,3,nn) local 715 CALL GetElementRotM(Element, RotM, nn) 755 RotMLoc(i,j) = SUM( RotM(i,j,1:nn) * Basis(1:nn) ) 1120 REAL(KIND=dp) :: RotM(3,3,nn) local 1553 RotMLoc(3,3), RotM(3,3,nn) local 1581 CALL GetElementRotM(Element, RotM, nn) 1621 RotMLoc(i,j) = SUM( RotM(i,j,1:nn) * Basis(1:nn) )
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/dports/devel/vcglib/vcglib-2020.09/apps/sample/trimesh_pointmatching/ |
H A D | trimesh_pointmatching.cpp | 82 Matrix44f RotM; in main() local 88 RotM.SetRotateDeg(rand()%360,dir); in main() 90 Matrix44f RigidM = RotM*TraM; in main()
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/dports/science/gromacs/gromacs-2021.4/src/programs/view/ |
H A D | 3dview.cpp | 160 gmx_mat4_init_rotation(i, -rot, view->RotM[i]); in init_rotate_3d() 163 gmx_mat4_print(debug, "RotM", view->RotM[i]); in init_rotate_3d() 179 gmx_mat4_mmul(m4, view->Rot, view->RotM[axis]); in rotate_3d()
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H A D | 3dview.h | 56 mat4 RotM[DIM]; member
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/dports/science/elmerfem/elmerfem-release-9.0/fem/tests/coordinate_transform/sif/ |
H A D | 1966.sif | 63 Exported Variable 1 = RotM E[RotM E:9]
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/dports/science/elmerfem/elmerfem-release-9.0/fem/tests/circuits_transient_stranded/sif/ |
H A D | 6480.sif | 63 Exported Variable 1 = -nooutput RotM E[RotM E:9]
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/dports/science/elmerfem/elmerfem-release-9.0/fem/tests/circuits_harmonic_stranded/sif/ |
H A D | 2241.sif | 60 Exported Variable 1 = -nooutput RotM E[RotM E:9]
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/dports/science/elmerfem/elmerfem-release-9.0/fem/tests/circuits_transient_foil/sif/ |
H A D | 6479.sif | 61 Exported Variable 1 = -nooutput RotM E[RotM E:9]
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/dports/science/elmerfem/elmerfem-release-9.0/fem/tests/circuits_harmonic_stranded_homogenization/sif/ |
H A D | 2241.sif | 55 Exported Variable 1 = -nooutput RotM E[RotM E:9]
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/dports/science/elmerfem/elmerfem-release-9.0/fem/src/modules/MagnetoDynamics/ |
H A D | WhitneyAVHarmonicSolver.F90 | 151 REAL(KIND=dp), ALLOCATABLE :: RotM(:,:,:), GapLength(:), MuParameter(:), SkinCond(:) local 168 LamThick, AllocationsDone, RotM, & 204 MASS(N,N), JFixVec(3,N),JFixFORCE(n), Tcoef(3,3,N), RotM(3,3,N), & 347 RotM = 0._dp 354 CALL GetElementRotM(Element, RotM, n) 359 CALL GetElementRotM(Element, RotM, n) 421 LamCond, CoilBody, CoilType, RotM, Element, n, nd, PiolaVersion, SecondOrder ) 1048 LamThick, LamCond, CoilBody, CoilType, RotM, Element, n, nd, & 1061 RotMLoc(3,3), RotM(3,3,n), velo(3), omega_velo(3,n), & local 1224 RotMLoc(i,j) = SUM( RotM(i,j,1:n) * Basis(1:n) )
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H A D | WhitneyAVSolver.F90 | 237 LamCond(:), Wbase(:), RotM(:,:,:), & local 273 Acoef, Cwrk, LamThick, LamCond, Wbase, RotM, AllocationsDone, & 375 Acoef, LamThick, LamCond, WBase, RotM, DConstr, ThinLineCrossect, ThinLineCond ) 381 LamCond(N), Wbase(N), RotM(3,3,N), & 605 RotM = 0._dp 616 CALL GetElementRotM(Element, RotM, n) 673 LamThick, LamCond, CoilBody, CoilType, RotM, & 1426 RotMLoc(3,3), RotM(3,3,n), velo(3), omega_velo(3,n), lorentz_velo(3,n) local 1494 LamThick, LamCond, CoilBody, CoilType, RotM, & 1507 RotMLoc(3,3), RotM(3,3,n), velo(3), omega(3), omega_velo(3,n), & local [all …]
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H A D | CalcFields.F90 | 583 REAL(KIND=dp), ALLOCATABLE :: BodyLoss(:,:), RotM(:,:,:), Torque(:) local 781 ALLOCATE( MASS(n,n), FORCE(n,DOFs), Tcoef(3,3,n), RotM(3,3,n), Pivot(n)) 917 RotM = 0._dp 956 IF (dim == 3) CALL GetElementRotM(Element, RotM, n) 974 … Tcoef(1:3,1:3,k) = MATMUL(MATMUL(RotM(1:3,1:3,k), Tcoef(1:3,1:3,k)), TRANSPOSE(RotM(1:3,1:3,k))) 1974 DEALLOCATE( MASS,FORCE,Tcoef,RotM )
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/dports/science/elmerfem/elmerfem-release-9.0/fem/tests/circuits_harmonic_foil/sif/ |
H A D | 6459.sif | 61 Exported Variable 1 = -nooutput RotM E[RotM E:9]
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/dports/science/elmerfem/elmerfem-release-9.0/fem/tests/circuits_harmonic_foil_anl_rotm/sif/ |
H A D | 6459.sif | 63 Exported Variable 1 = -nooutput RotM E[RotM E:9]
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/dports/graphics/wdune/wdune-1.926/vcglib/vcg/complex/algorithms/create/ |
H A D | platonic.h | 586 Matrix44x RotM; RotM.SetRotateRad(float(i%hRingDiv)*angleStepH,CoordType(0,0,1)); variable 594 m.vert[i*(vRingDiv+1)+j].P() = RotM*p;
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/dports/devel/vcglib/vcglib-2020.09/vcg/complex/algorithms/create/ |
H A D | platonic.h | 620 Matrix44x RotM; RotM.SetRotateRad(float(i%hRingDiv)*angleStepH,CoordType(0,0,1)); variable 628 m.vert[i*(vRingDiv+1)+j].P() = RotM*p;
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