/dports/science/py-phonopy/phonopy-2.11.0/example/NaCl-QE-q2r/ |
H A D | README | 3 NaCl.dyn* and NaCl.fc are found in output888.tar.lzma. 8 % mpirun -np 16 /home/togo/espresso/bin/pw.x -in NaCl.in|tee NaCl.out 9 % mpirun -np 16 /home/togo/espresso/bin/ph.x -in NaCl.ph.in|tee NaCl.ph.out 10 % mpirun -np 16 /home/togo/espresso/bin/ph.x -in NaCl.ph-gamma.in|tee NaCl.ph-gamma.out 14 % cp NaCl.dyn1 NaCl.dyn1.bak 15 % cp NaCl.dyn NaCl.dyn1 18 By this, NaCl.fc is created. 23 % python make_fc_q2r.py NaCl.in NaCl.fc 32 % cp NaCl.dyn1.bak NaCl.dyn1 34 % cp NaCl.dyn NaCl.dyn1 [all …]
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/dports/science/phonopy/phonopy-2.11.0/example/NaCl-QE-q2r/ |
H A D | README | 3 NaCl.dyn* and NaCl.fc are found in output888.tar.lzma. 8 % mpirun -np 16 /home/togo/espresso/bin/pw.x -in NaCl.in|tee NaCl.out 9 % mpirun -np 16 /home/togo/espresso/bin/ph.x -in NaCl.ph.in|tee NaCl.ph.out 10 % mpirun -np 16 /home/togo/espresso/bin/ph.x -in NaCl.ph-gamma.in|tee NaCl.ph-gamma.out 14 % cp NaCl.dyn1 NaCl.dyn1.bak 15 % cp NaCl.dyn NaCl.dyn1 18 By this, NaCl.fc is created. 23 % python make_fc_q2r.py NaCl.in NaCl.fc 32 % cp NaCl.dyn1.bak NaCl.dyn1 34 % cp NaCl.dyn NaCl.dyn1 [all …]
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/dports/www/chromium-legacy/chromium-88.0.4324.182/native_client/src/shared/platform/win/ |
H A D | nacl_sync_win.cc | 40 mp->lock = new NaCl::Lock(); in NaClMutexCtor() 46 delete reinterpret_cast<NaCl::Lock *>(mp->lock); in NaClMutexDtor() 51 reinterpret_cast<NaCl::Lock *>(mp->lock)->Acquire(); in NaClMutexLock() 90 reinterpret_cast<NaCl::Lock *>(mp->lock)->Release(); in NaClMutexTryLock() 100 reinterpret_cast<NaCl::Lock *>(mp->lock)->Release(); in NaClMutexUnlock() 107 cvp->cv = new NaCl::ConditionVariable(); in NaClCondVarCtor() 112 delete reinterpret_cast<NaCl::ConditionVariable*>(cvp->cv); in NaClCondVarDtor() 128 reinterpret_cast<NaCl::ConditionVariable*>(cvp->cv)->Wait( in NaClCondVarWait() 129 *(reinterpret_cast<NaCl::Lock *>(mp->lock))); in NaClCondVarWait() 143 *(reinterpret_cast<NaCl::Lock *>(mp->lock)), in NaClCondVarTimedWaitRelative() [all …]
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H A D | condition_variable.cc | 28 NaCl::ConditionVariable::ConditionVariable() in ConditionVariable() 34 NaCl::ConditionVariable::~ConditionVariable() { in ~ConditionVariable() 63 int NaCl::ConditionVariable::TimedWaitRel(Lock& user_lock, int64_t max_usec) { in TimedWaitRel() 96 int NaCl::ConditionVariable::TimedWaitAbs(Lock& user_lock, int64_t abs_usec) { in TimedWaitAbs() 112 void NaCl::ConditionVariable::Wait(Lock& user_lock) { in Wait() 120 void NaCl::ConditionVariable::Broadcast() { in Broadcast() 140 void NaCl::ConditionVariable::Signal() { in Signal() 162 NaCl::ConditionVariableEvent* NaCl::ConditionVariable::GetEventForWaiting() { in GetEventForWaiting() 184 void NaCl::ConditionVariable::RecycleEvent(ConditionVariableEvent* used_event) { in RecycleEvent()
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H A D | lock.cc | 21 NaCl::Lock::Lock() in Lock() 31 NaCl::Lock::~Lock() { in ~Lock() 44 void NaCl::Lock::Acquire() { in Acquire() 64 void NaCl::Lock::Release() { in Release() 72 bool NaCl::Lock::Try() { in Try() 103 int32_t NaCl::Lock::GetCurrentThreadRecursionCount() { in GetCurrentThreadRecursionCount() 126 NaCl::AutoUnlock::AutoUnlock(Lock& lock) : lock_(&lock), release_count_(0) { in AutoUnlock() 137 NaCl::AutoUnlock::~AutoUnlock() { in ~AutoUnlock()
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H A D | lock_impl_win.cc | 15 NaCl::LockImpl::LockImpl() { in LockImpl() 19 NaCl::LockImpl::~LockImpl() { in ~LockImpl() 23 bool NaCl::LockImpl::Try() { in Try() 27 void NaCl::LockImpl::Lock() { in Lock() 31 void NaCl::LockImpl::Unlock() { in Unlock()
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/dports/www/chromium-legacy/chromium-88.0.4324.182/native_client/src/public/ |
H A D | README | 2 NaCl embedders. That is, things here will be used by code outside of 4 deployment of NaCl. This includes both the native OS code (what's 5 called "trusted" in NaCl implementation parlance) that links in and 6 calls the NaCl service runtime, and the NaCl-sandbox code (what's called 7 "untrusted" in NaCl implementation parlance) that is built into an 10 This does not include NaCl application code. That is, nothing here 11 should go into a NaCl SDK, nor into individual NaCl applications. 12 Things here may be used by NaCl programs that are tests or ancillary 13 programs of a particular NaCl embedding (e.g., the PNaCl translator). 14 Anything that is part of the API for NaCl applications but is not part
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/dports/www/chromium-legacy/chromium-88.0.4324.182/native_client/docs/ |
H A D | rpc_for_file_open.md | 23 ## Implementation in NaCl browser plugin 29 message to a Javascript object. The NaCl process can normally only invoke 31 blocked waiting for a reply from NaCl. 34 to wait for NaCl using the NPN\_PluginThreadAsyncCall message. With this, 37 * NaCl -> plugin: NPN\_PluginThreadAsyncCall(closure\_id) 38 * plugin -> NaCl: call closure\_id 40 * plugin -> NaCl: return result of obj(args) 41 * NaCl -> plugin: return from closure 46 * plugin -> NaCl: invoke NaCl-provided JS object: callback(result) 47 * NaCl -> plugin: return result of callback [all …]
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H A D | acquiring_dynamic_libraries.md | 20 in NaCl processes: * XMLHttpRequest * NaCl's `__urlAsNaClDesc()`, a method 21 provided to Javascript on the NaCl plugin object. This returns a NaCl file 43 NaCl processes will open files by making requests over IPC, using NaCl IMC 82 to the NaCl process. The NaCl plugin creates the NaCl process with a BoundSocket 88 or ideally, an array of NaCl descriptors of any descriptor type. The NaCl 121 > Spawns a NaCl process. Under the hood, this runs `sel_ldr`. * Takes a NaCl 157 NaCl. 206 which are not NaCl-specific. 216 NaCl-specific. 227 NaCl process. [all …]
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H A D | native_client_as_a_library.md | 4 inside a Native Client sandbox. Currently the main way to interact with a NaCl 8 to invoke the NaCl domain on the same thread via some synchronous call. 12 * "NaCl domain": We use the term "domain" instead of "process" to distinguish 14 important when there could be multiple NaCl domains living inside one host 28 The following usage would happen all in one thread: * Host constructs a NaCl 30 Host starts the NaCl domain running (jumping to the ELF entry point), in order 31 for the domain to perform its initialisation * NaCl domain returns, indicating 33 invokes NaCl domain: CallNaCl() * NaCl domain might make system calls (including 34 to services provided by host) * NaCl domain returns to host 36 The NaCl domain would need these extra interfaces: * A syscall for returning [all …]
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/dports/science/py-phonopy/phonopy-2.11.0/example/NaCl-CP2K/ |
H A D | README.md | 1 # Example of the CP2K Phonopy interface for NaCl 6 $ phonopy --cp2k -c NaCl.inp -d --dim="2 2 2" 9 A perfect 2x2x2 supercell (`NaCl-supercell.inp`) and two 2x2x2 supercells 10 (`NaCl-supercell-001.inp`, resp. `NaCl-supercell-002.inp`) of the conventional 11 unit cell written in `NaCl.inp` are created. 16 NaCl-supercell-xxx.inp, it is needed to create `FORCE_SETS` file by running 19 $ phonopy --cp2k -f NaCl-supercell-001-forces-1_0.xyz NaCl-supercell-002-forces-1_0.xyz 27 $ phonopy --cp2k -c NaCl.inp -p band.conf
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/dports/science/phonopy/phonopy-2.11.0/example/NaCl-CP2K/ |
H A D | README.md | 1 # Example of the CP2K Phonopy interface for NaCl 6 $ phonopy --cp2k -c NaCl.inp -d --dim="2 2 2" 9 A perfect 2x2x2 supercell (`NaCl-supercell.inp`) and two 2x2x2 supercells 10 (`NaCl-supercell-001.inp`, resp. `NaCl-supercell-002.inp`) of the conventional 11 unit cell written in `NaCl.inp` are created. 16 NaCl-supercell-xxx.inp, it is needed to create `FORCE_SETS` file by running 19 $ phonopy --cp2k -f NaCl-supercell-001-forces-1_0.xyz NaCl-supercell-002-forces-1_0.xyz 27 $ phonopy --cp2k -c NaCl.inp -p band.conf
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/dports/science/phonopy/phonopy-2.11.0/doc/ |
H A D | qe.rst | 29 NaCl example found in ``example/NaCl-QE`` directory. 61 % mpirun pw.x -i NaCl-001.in |& tee NaCl-001.out 62 % mpirun pw.x -i NaCl-002.in |& tee NaCl-002.out 67 % phonopy -f NaCl-001.out NaCl-002.out 181 mpirun ~/espresso/bin/pw.x -i NaCl.in |& tee NaCl.out 185 function calculations, ``NaCl.ph.in``, is 196 % mpirun ~/espresso/bin/ph.x -i NaCl.ph.in |& tee NaCl.ph.out 252 % python make_fc_q2r.py NaCl.in NaCl.fc 318 % python make_born_q2r.py NaCl.in NaCl.fc > BORN 320 NaCl example [all …]
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H A D | cp2k.rst | 73 % phonopy --cp2k -d --dim="2 2 2" -c NaCl.inp 75 In this example, 2x2x2 supercells are created. ``NaCl-supercell.inp`` and 76 ``NaCl-supercell-xxx.inp`` (``xxx`` are numbers) give the perfect 78 …Almost all other options will be copied from the original input ``NaCl.inp``, except for the follo… 91 % mpirun -np 16 cp2k.popt NaCl-supercell-001.inp 92 % mpirun -np 16 cp2k.popt NaCl-supercell-002.inp 94 Please do not change any options in the ``NaCl-supercell-002.inp`` which would 102 % phonopy --cp2k -f NaCl-supercell-001-forces-1_0.xyz NaCl-supercell-002-forces-1_0.xyz ... 106 The example outputs are located in ``example/NaCl-CP2K``. 111 % phonopy --cp2k -c NaCl.inp -p band.conf [all …]
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/dports/science/py-phonopy/phonopy-2.11.0/example/NaCl-gruneisen/ |
H A D | README | 3 % phonopy-gruneisen NaCl-1.00 NaCl-1.005 NaCl-0.995 --dim="2 2 2" --pa="0 1/2 1/2 1/2 0 1/2 1/2 1/2… 7 % phonopy-gruneisen NaCl-1.00 NaCl-1.005 NaCl-0.995 --dim="2 2 2" --pa="0 1/2 1/2 1/2 0 1/2 1/2 1/…
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/dports/science/phonopy/phonopy-2.11.0/example/NaCl-gruneisen/ |
H A D | README | 3 % phonopy-gruneisen NaCl-1.00 NaCl-1.005 NaCl-0.995 --dim="2 2 2" --pa="0 1/2 1/2 1/2 0 1/2 1/2 1/2… 7 % phonopy-gruneisen NaCl-1.00 NaCl-1.005 NaCl-0.995 --dim="2 2 2" --pa="0 1/2 1/2 1/2 0 1/2 1/2 1/…
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/dports/science/py-gpaw/gpaw-21.6.0/gpaw/test/ |
H A D | test_aedensity.py | 11 NaCl = calc.get_atoms() 12 e = NaCl.get_potential_energy() 18 NaCl = Atoms([Atom('Na', [0, 0, 0]), 21 NaCl.center() 26 NaCl.calc = calc 27 e = NaCl.get_potential_energy() 32 dv = NaCl.get_volume() / calc.get_number_of_grid_points().prod()
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/dports/science/py-chempy/chempy-0.8.2/examples/ |
H A D | NaCl_precipitation.ipynb | 29 "NaCl = Species('NaCl', phase_idx=1, composition={11: 1, 17: 1})\n", 30 "eq = Equilibrium({'NaCl': 1}, {'Na+': 1, 'Cl-': 1}, 4.0)\n", 31 "eqsys = EqSystem([eq], [Na_p, Cl_m, NaCl])" 40 "sol, info, sane = eqsys.root({'Na+': 5, 'Cl-': 5, 'NaCl': 0})\n", 51 "sol, info, sane = eqsys.root({'Na+': 1, 'Cl-': 1, 'NaCl': 0})\n", 62 "sol, info, sane = eqsys.root({'Na+': 2, 'Cl-': 2, 'NaCl': 0})\n", 73 "sol, info, sane = eqsys.root({'Na+': 0, 'Cl-': 0, 'NaCl': 2})\n", 84 "sol, info, sane = eqsys.root({'Na+': 0, 'Cl-': 0, 'NaCl': 5.0})\n", 95 "sol, info, sane = eqsys.root({'Na+': 0, 'Cl-': 0, 'NaCl': 5.0}, rref_preserv=True)\n", 107 …"sol, info, sane = eqsys.root({'Na+': 0, 'Cl-': 0, 'NaCl': 5.0}, rref_preserv=True, NumSys=NumSysL… [all …]
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/dports/science/py-phonopy/phonopy-2.11.0/example/NaCl-QE/ |
H A D | README | 5 % phonopy --qe -c NaCl.in -d --dim="2 2 2" 8 (supercell-xxx.in) of the conventional unit cell written in NaCl.in 13 % phonopy --qe -f NaCl-001.out NaCl-002.out 20 % phonopy --qe -c NaCl.in -p band.conf 24 % phonopy --qe --nac -c NaCl.in -p band.conf 26 …umentation. The input and output files of the ph.x DFPT calculation are NaCl.ph.in and NaCl.ph.out.
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/dports/science/phonopy/phonopy-2.11.0/example/NaCl-QE/ |
H A D | README | 5 % phonopy --qe -c NaCl.in -d --dim="2 2 2" 8 (supercell-xxx.in) of the conventional unit cell written in NaCl.in 13 % phonopy --qe -f NaCl-001.out NaCl-002.out 20 % phonopy --qe -c NaCl.in -p band.conf 24 % phonopy --qe --nac -c NaCl.in -p band.conf 26 …umentation. The input and output files of the ph.x DFPT calculation are NaCl.ph.in and NaCl.ph.out.
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/dports/science/py-phonopy/phonopy-2.11.0/example/NaCl-wien2k-P1/ |
H A D | README | 1 This is the README file for NaCl phonon calculation with Wien2k output files. The ``NaCl-xxx.scf`` … 5 % phonopy --wien2k -c NaCl.struct -d --dim="2 2 2" 10 % phonopy --wien2k -f NaCl-001.scf NaCl-002.scf 14 % phonopy --wien2k -c NaCl.struct -p band.conf
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/dports/science/phonopy/phonopy-2.11.0/example/NaCl-wien2k-P1/ |
H A D | README | 1 This is the README file for NaCl phonon calculation with Wien2k output files. The ``NaCl-xxx.scf`` … 5 % phonopy --wien2k -c NaCl.struct -d --dim="2 2 2" 10 % phonopy --wien2k -f NaCl-001.scf NaCl-002.scf 14 % phonopy --wien2k -c NaCl.struct -p band.conf
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/dports/www/chromium-legacy/chromium-88.0.4324.182/native_client/src/nonsfi/ |
H A D | README.md | 1 Non-SFI NaCl (also known as Bare Metal Mode NaCl) is a minimal sandbox in which 4 Non-SFI NaCl use the same IRT interfaces as under SFI NaCl. 6 Under SFI NaCl, IRT interfaces are implemented in terms of NaCl syscalls, 7 whereas under Non-SFI NaCl, IRT interfaces are implemented in terms of Linux 9 implement overall since it removes the need to implement NaCl syscalls. 16 To load a nexe while providing extra IRT interfaces in addition to NaCl's core
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/dports/science/py-phonopy/phonopy-2.11.0/example/NaCl-wien2k/ |
H A D | README | 1 This is the README file for NaCl phonon calculation with Wien2k output files. 4 % phonopy --wien2k -c NaCl.struct -d --dim="2 2 2" 9 % phonopy --wien2k -f NaCl-001.scf NaCl-002.scf 13 % phonopy --wien2k -c NaCl.struct -p band.conf
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/dports/science/phonopy/phonopy-2.11.0/example/NaCl-wien2k/ |
H A D | README | 1 This is the README file for NaCl phonon calculation with Wien2k output files. 4 % phonopy --wien2k -c NaCl.struct -d --dim="2 2 2" 9 % phonopy --wien2k -f NaCl-001.scf NaCl-002.scf 13 % phonopy --wien2k -c NaCl.struct -p band.conf
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