The capability for back-transformed lab-frame data is implemented to generate the full diagnostic snapshot for the entire domain and reduced diagnostic (1D, 2D or 3D 'slices') for a sub-domain. LabFrameDiag class defines the parameters required to backtrasform data from boosted frame at (z_boost,t_boost) to lab-frame at (z_lab, t_lab) using Lorentz transformation. This Lorentz transformation picks out one slice corresponding to both of those times, at position current_z_boost and current_z_lab in the boosted and lab frames, respectively. Two derived classes, namely, LabFrameSnapShot and LabFrameSlice are defined to store the full back-transformed diagnostic snapshot of the entire domain and reduced back-transformed diagnostic for a sub-domain, respectively. The approach here is to define an array of LabFrameDiag which would include both, full domain snapshots and reduced domain 'slices', sorted based on their respective t_lab. This is done to re-use the backtransformed data stored in the slice multifab at (z_lab,t_lab) for the full domain snapshot and sub-domain slices that have the same t_lab, instead of re-generating the backtransformed slice data at z_lab for a given t_lab for each diagnostic.
More...
#include <BackTransformedDiagnostic.H>
The capability for back-transformed lab-frame data is implemented to generate the full diagnostic snapshot for the entire domain and reduced diagnostic (1D, 2D or 3D 'slices') for a sub-domain. LabFrameDiag class defines the parameters required to backtrasform data from boosted frame at (z_boost,t_boost) to lab-frame at (z_lab, t_lab) using Lorentz transformation. This Lorentz transformation picks out one slice corresponding to both of those times, at position current_z_boost and current_z_lab in the boosted and lab frames, respectively. Two derived classes, namely, LabFrameSnapShot and LabFrameSlice are defined to store the full back-transformed diagnostic snapshot of the entire domain and reduced back-transformed diagnostic for a sub-domain, respectively. The approach here is to define an array of LabFrameDiag which would include both, full domain snapshots and reduced domain 'slices', sorted based on their respective t_lab. This is done to re-use the backtransformed data stored in the slice multifab at (z_lab,t_lab) for the full domain snapshot and sub-domain slices that have the same t_lab, instead of re-generating the backtransformed slice data at z_lab for a given t_lab for each diagnostic.
◆ ~LabFrameDiag()
| virtual LabFrameDiag::~LabFrameDiag |
( |
| ) |
|
|
virtualdefault |
◆ AddDataToBuffer()
| virtual void LabFrameDiag::AddDataToBuffer |
( |
amrex::MultiFab & |
, |
|
|
int |
, |
|
|
amrex::Vector< int > const & |
|
|
) |
| |
|
inlinevirtual |
Back-transformed lab-frame field data is copied from tmp_slice to data_buffer where it is stored. For the full diagnostic, all the data in the MultiFab is copied. For the reduced diagnostic, the data is selectively copied if the extent of the z_lab multifab intersects with the user-defined sub-domain for the reduced diagnostic (i.e., a 1D, 2D, or 3D region of the domain).
Reimplemented in LabFrameSlice, and LabFrameSnapShot.
◆ AddPartDataToParticleBuffer()
Back-transformed lab-frame particles is copied from tmp_particle_buffer to particles_buffer. For the full diagnostic, all the particles are copied, while for the reduced diagnostic, particles are selectively copied if their position in within the user-defined sub-domain +/- 1 cell size width for the reduced slice diagnostic.
Reimplemented in LabFrameSlice, and LabFrameSnapShot.
◆ createLabFrameDirectories()
| void LabFrameDiag::createLabFrameDirectories |
( |
| ) |
|
◆ updateCurrentZPositions()
| void LabFrameDiag::updateCurrentZPositions |
( |
amrex::Real |
t_boost, |
|
|
amrex::Real |
inv_gamma, |
|
|
amrex::Real |
inv_beta |
|
) |
| |
◆ writeLabFrameHeader()
| void LabFrameDiag::writeLabFrameHeader |
( |
| ) |
|
◆ m_buff_box_
| amrex::Box LabFrameDiag::m_buff_box_ |
◆ m_buff_counter_
| int LabFrameDiag::m_buff_counter_ |
◆ m_current_z_boost
| amrex::Real LabFrameDiag::m_current_z_boost |
◆ m_current_z_lab
| amrex::Real LabFrameDiag::m_current_z_lab |
◆ m_data_buffer_
| std::unique_ptr<amrex::MultiFab> LabFrameDiag::m_data_buffer_ |
◆ m_diag_domain_lab_
| amrex::RealBox LabFrameDiag::m_diag_domain_lab_ |
◆ m_dz_lab_
| amrex::Real LabFrameDiag::m_dz_lab_ |
◆ m_file_name
| std::string LabFrameDiag::m_file_name |
◆ m_file_num
| int LabFrameDiag::m_file_num |
◆ m_initial_i
| int LabFrameDiag::m_initial_i |
◆ m_inv_beta_boost_
| amrex::Real LabFrameDiag::m_inv_beta_boost_ |
◆ m_inv_gamma_boost_
| amrex::Real LabFrameDiag::m_inv_gamma_boost_ |
◆ m_max_box_size
| int LabFrameDiag::m_max_box_size = 256 |
◆ m_mesh_field_names_
| std::vector<std::string> LabFrameDiag::m_mesh_field_names_ |
◆ m_ncomp_to_dump_
| int LabFrameDiag::m_ncomp_to_dump_ |
◆ m_num_buffer_
| int LabFrameDiag::m_num_buffer_ = 256 |
◆ m_particle_slice_dx_lab_
| amrex::Real LabFrameDiag::m_particle_slice_dx_lab_ |
◆ m_particles_buffer_
◆ m_prob_domain_lab_
| amrex::RealBox LabFrameDiag::m_prob_domain_lab_ |
◆ m_prob_ncells_lab_
| amrex::IntVect LabFrameDiag::m_prob_ncells_lab_ |
◆ m_t_lab
| amrex::Real LabFrameDiag::m_t_lab |
The documentation for this class was generated from the following files:
