| /dports/science/qmcpack/qmcpack-3.11.0/src/AFQMC/Estimators/Observables/ |
| H A D | full1rdm.hpp | 154 TG.Cores().broadcast_n(to_address(XRot.origin()), XRot.num_elements(), 0);
171 TG.Cores().broadcast_n(to_address(XRot.origin()), XRot.num_elements(), 0);
184 dm_size = XRot.size(0) * XRot.size(0);
388 sharedCMatrix XRot; member in qmcplusplus::afqmc::full1rdm
432 assert(G.size(2) == XRot.size(1)); in acc_with_rotation()
442 int nX = XRot.size(0); in acc_with_rotation()
454 if (i0 == iN || i0 == XRot.size(0)) in acc_with_rotation()
458 ma::product(XRot.sliced(i0, iN), G[iw][0], T1); in acc_with_rotation()
459 ma::product(T1, ma::H(XRot), T2); in acc_with_rotation()
476 ma::product(XRot.sliced(i0, iN), G[iw][1], T1); in acc_with_rotation()
[all …]
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| H A D | full2rdm.hpp | 85 XRot({0, 0}, make_node_allocator<ComplexType>(TG)), in full2rdm()
135 XRot = sharedCMatrix({dim[0], NMO}, make_node_allocator<ComplexType>(TG));
136 copy_n(R.origin(), R.num_elements(), make_device_ptr(XRot.origin()));
138 TG.Cores().broadcast_n(to_address(XRot.origin()), XRot.num_elements(), 0);
146 XRot = sharedCMatrix({dim[0], NMO}, make_node_allocator<ComplexType>(TG));
148 TG.Cores().broadcast_n(to_address(XRot.origin()), XRot.num_elements(), 0);
152 dm_size = XRot.size(0) * XRot.size(0) * XRot.size(0) * XRot.size(0);
294 sharedCMatrix XRot; member in qmcplusplus::afqmc::full2rdm
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| /dports/games/alephone/alephone-release-20190331/Source_Files/RenderMain/ |
| H A D | OGL_Model_Def.h | 105 float XRot, YRot, ZRot; // In degrees variable
127 Scale(1), XRot(0), YRot(0), ZRot(0), XShift(0), YShift(0), ZShift(0), Sidedness(1), in OGL_ModelData()
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| H A D | OGL_Setup.h | 347 float XRot, YRot, ZRot; // In degrees variable
368 Scale(1), XRot(0), YRot(0), ZRot(0), XShift(0), YShift(0), ZShift(0), Sidedness(1), in OGL_ModelData()
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| H A D | OGL_Model_Def.cpp | 451 Angle = (float)Degree2Radian*XRot; in Load()
689 root.read_attr("x_rot", def.XRot); in parse_mml_opengl_model()
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| /dports/games/dhewm3/dhewm3-1.5.1/neo/tools/comafx/ |
| H A D | VectorCtl.cpp | 210 void CVectorCtl::RotateByXandY (double XRot, double YRot) in RotateByXandY() argument
213 if (XRot == 0.0 && YRot == 0.0) { in RotateByXandY()
217 double cx = cos(XRot), in RotateByXandY()
218 sx = sin(XRot), in RotateByXandY()
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| H A D | VectorCtl.h | 173 void RotateByXandY (double XRot, double YRot);
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| /dports/games/duel/duel/src/ |
| H A D | Base.cpp | 33 SetRotation(XRot(), YRot(), zr_f+0.25); in Update()
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| H A D | doAI.cpp | 353 glRotatef(target->XRot(), 1, 0, 0); in Fight()
485 glRotatef(XRot(), 1, 0, 0); in Avoid()
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| /dports/games/duel/duel/src/libDazzle/ |
| H A D | Entity.h | 66 float XRot(void);
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| H A D | Entity.cpp | 84 float CEntity::XRot(void) in XRot() function in CEntity
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| H A D | EntityCollision.cpp | 83 glRotatef(-in_Entity->XRot(), 1, 0, 0); in BSMeshCollision()
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| H A D | ModelEntity.cpp | 142 glRotatef(this->XRot(), 1,0,0); in GenerateShadowVolume()
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| /dports/cad/repsnapper/repsnapper-2.5a4/libraries/amf/amftools-code/src/ |
| H A D | AMF_File.cpp | 1778 CQuat XRot = CQuat(jt->rX*d2r, Vec3D(1,0,0)); in RenderConstellation() local
1781 CQuat ThisRot = ZRot*YRot*XRot; //rotation (by X then Y then Z) in RenderConstellation()
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| /dports/graphics/libwmf/libwmf-0.2.12/ |
| H A D | ChangeLog | 235 * extra space for XRot, probably should create an XRotDrawText.
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| /dports/graphics/libwmf-nox11/libwmf-0.2.12/ |
| H A D | ChangeLog | 235 * extra space for XRot, probably should create an XRotDrawText.
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| /dports/math/py-heyoka/heyoka.py-0.16.0/doc/notebooks/ |
| H A D | The Maxwell-Boltzmann distribution.ipynb | 461408 "j6/9pmaHNs0VeHqeWufao7492mnXrl0Oy5k+XRot+s3QgYvS0Ws2pU+f/rX227hxo5IliScfby8N\\\n",
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