|
| subroutine | resamp_module::set_cce_buffer_id (id, inode1, inode2) |
| |
| subroutine | resamp_module::set_cce_buffer_and_overlap_id (id1, id2, inode1, inode2) |
| |
| subroutine | resamp_module::resample_init (grid, inode1, inode2, dsmu, dvp, nmu, nvp, vp_max, mu_max, tile_size, bins, cce_sync_sendrcv) |
| | This routine initializes the resampling module and sets some global parameters such as v-grid size, etc. More...
|
| |
| subroutine | resamp_module::resample_finalize (bins) |
| | This routine cleans up the resampling module. More...
|
| |
| subroutine | resamp_module::resample_spall_setup (inode1, inode2, dsmu, dvp, nmu, nvp, vp_max, mu_max, cce_sync_sendrcv, tile_size) |
| | Resample the marker particles in XGC to improve phase-space coverage and reduce marker noise. More...
|
| |
| subroutine | resamp_module::set_eq_bins (eq_bin, ineq_bin) |
| |
| subroutine | resamp_module::use_default_eq_bins () |
| |
| subroutine | resamp_module::resample_one_sp (isp, cce_sync_sendrcv) |
| | Resample the marker particles of one species in XGC to improve phase-space coverage and reduce marker noise. More...
|
| |
| subroutine | resamp_module::transpose_from_aos_wrapper (isp) |
| |
| subroutine | resamp_module::resample_spall_finish () |
| |
| subroutine | resamp_module::build_bins (sp, bins, grid, cce_sync) |
| | Loops over particles, puts them in the appropriate bin, computes partial mean This routine sorts particles in the appropriate phase-space bin and computes the total charge in the bin. More...
|
| |
| subroutine | resamp_module::add_to_bin (bin, ptli, ind) |
| | Adds the data of one particle to a phase-space bin. More...
|
| |
| subroutine | resamp_module::destroy_bins (bins) |
| | Cleans up bin memory without deallocating the array of bins itself (can be kept for next species) More...
|
| |
| subroutine | resamp_module::update_cmat (grid, psn, nconstraint, nptl, vert, patch, bary, tri, psi, B, bvec, spec, pindex, part, Cmat, op_mode) |
| | This subroutine sets up the matrix C (constraint matrix) with the coefficients needed to compute the conserved quantities charge, parallel momentum, magnetic moment, parallel and perp. kinetic energy and the grid charge on the vertices connected to the bin. Those quantities are then obtained by multiplying the matrix C with the delta-f (--> w1) weight vector from the right. This matrix forms the basis for the QP optimization program that finds the delta-f weights for the resampled particle set. More...
|
| |
| subroutine | resamp_module::check_bin (bin, sp, cce_sync_sendrcv, resamp_auto_upsample_loc, resamp_auto_downsample_loc, resamp_var_resample_loc, outside_bin) |
| | This routine checks whether a bin needs to be resampled and determines the type of resampling (up-/down-/re-sampling). The chosen resampling option is stored in the bin data structure: 0) No resampling needed 1) Resampling due to high weight variance 2) Upsampling due to low particle count 3) Downsampling due to high particle count. More...
|
| |
| subroutine | resamp_module::resample_bin (bin, grid, sp, psn, cce_sync_sendrcv, start_wr_pos, resamp_failed_bins_loc, resamp_upsample_failed_loc, resamp_downsample_failed_loc, resamp_resample_failed_loc, resamp_retried_bins_loc, resamp_retried_failed_loc, resamp_fullf_failed_loc, resamp_phvol_added_loc, resamp_var_inc_upsamp_loc, resamp_var_inc_downsamp_loc, dump_problem_bins, resamp_var_inc_loc, resamp_up_hist_loc, resamp_down_hist_loc) |
| | The actual process of resampling the particle set in a bin happens in this routine. A bin is passed as input, the pre-determined type of resampling is executed and the weights of the new particle set are computed with a QP optimization. If the optimization is successful, the old particle set in the input variable "sp" is replaced with the new particle set. More...
|
| |
| subroutine | resamp_module::load_new_ptl (grid, new_ptl, bin_id, itr, p, psi) |
| | This routine loads new particles into a bin with uniform marker density in configuration space. Particles are drawn from a rectacngle enclosing the bin volume and are accepted if inside the Voronoi volume of the bin. A more efficient loading can be achieved by pre-selecting the triangle in which to load. This functionality will be provided in a separate function. More...
|
| |
| subroutine | resamp_module::load_shift_p_ptl (grid, new_ptl, itr, p, psi, my_node, max_shift) |
| | This routine shifts the particles physical coordinates within the bin. Typically used when upsampling and copying particles so that they have a non-identical trajectory. More...
|
| |
| subroutine | resamp_module::setup_fullf (ptli, spec_type, den, flow, temp_ev, bvec, B, psi) |
| | Evaluate the background density, temperature, flow, magnetic field and psi at the input particle's position. More...
|
| |
| subroutine | resamp_module::get_new_fullf_weight (grid, psn, part, psi, B, flow, den, temp_ev, spec, tri, bary, mark_den, err) |
| | Compute the new full-f weight of the input particle \(w_0 = f/g\). Note that either \(w_0\) or \(f\) can be chosen freely, while the particle's phasespace volume \(\delta V = 1/g\) is determined by Liousville's theorem of phase space volume conservation. The distribution function \(f\) can in principle be anything here as long as the \(w_2\) weight is set accordingly. The goal is to choose \(w_0\) and \(w_2\) such that the weight evolution equation does not have to be changed. More...
|
| |
| subroutine | resamp_module::setup_opt (nconstraint, part_num, Cmat, constraint, weights, n_eq_bin, n_ineq_bin, eq_bin, ineq_bin, grid_ineq_on, ineq_tol, positivity, ierr) |
| | This routine sets up the input for the QP optimization that computes the delta-f weights of the new particles. There are two types of constraints, bin and grid constraints. Bin constraints correspond to moments of the distribution function evaluated with nearest neighbor interpolation on the configuration space grid. Grid constraints correspond to moments evaluated with linear (barycentric) interpolation on the conf. space grid. Bin constraints can be enforced as equality and inequality constraints: use idx_constraint and idx_constraint2 to choose which constraint is an equality and which is an inequality constraint. Grid constraints are enforced as inequality constraints. Since grid constraints make the optimization problem much harder due to their large number, using them is optional (grid_ineq_on) A positivity constraint for the weights can be activated with the variable "positivity". This is used for full-f optimization. More...
|
| |
| subroutine | resamp_module::restart_resample_set_params () |
| | Move phase space density from the 5D grid over to the particles for restarting simulatin with a different grid. More...
|
| |
| subroutine | resamp_module::restart_resample_restore_params () |
| | Move phase space density from the 5D grid over to the particles for restarting simulatin with a different grid. More...
|
| |
| subroutine | resamp_module::get_marker_velo (grid, psn, ptli, isp, velo, vrad) |
| | Evaluates the marker particle equations of motion. The results are the time derivatives of the marker position and parallel velocity (or rho, to be precise), as well as the radial velocity v.grad(psi). The results can be used in the moment preserving QP weight optimization. More...
|
| |
| subroutine | resamp_module::get_sampling_ratio (grid) |
| | This routine upsamples the marker population in spall for a new configuration space grid. The new grid should be denser than the current grid, i.e. require upsampling, not downsampling. This is due to particle data locality. Upsampling to a denser mesh is done on the coarse mesh, while downsampling from a fine mesh is better done with particle data arranged for the coarse mesh. The routine reads in the vertex positions of the new mesh and runs a search for each of them to associate them with the vertices of the current mesh. The ratio of new mesh vertices per current mesh vertex is the upsampling ratio. If the upsampling ratio is smaller than unity, that vertex is skipped. More...
|
| |
| subroutine | resamp_module::resamp_scale_phvol (grid, sp) |
| | Loops over particles and scales their phase space volume to account for particles added to empty bins. More...
|
| |
| subroutine | resamp_module::f0_upsampling_set_params () |
| | set parameters for f0 upsampling More...
|
| |
| subroutine | resamp_module::f0_upsampling_restore_params () |
| | restore parameters after f0 upsampling More...
|
| |
| integer function | resamp_module::cce_do_resampling (idbuf) |
| |
| integer function | resamp_module::cce_buffer_sndrcvs_accessor (idbuf) |
| |
| integer function | resamp_module::get_cce_buffer_nb () |
| |
| subroutine | resamp_module::set_cce_buffers (istep, idbuf) |
| |
| subroutine | resamp_module::cce_reset_particle_outside (grid, sp) |
| |
| subroutine | resamp_module::cce_buffer_snd_updated_bins (isp) |
| |
| subroutine | resamp_module::cce_buffer_rcv_updated_bins (isp) |
| |
| logical function | resamp_module::is_first_call () |
| |
| subroutine | resamp_module::nrm_std_dev (npart, mean, weights, var) |
| | This routine computes the normalized standard deviation of a set of weights, without Bessel's correction. More...
|
| |
| subroutine | resamp_module::output_bin (npnew, nconst, sp, bin, Cmat, constraint, bin_new_ptl, new_tri, new_psi, ierr, dump_problem_bins, weights) |
| | Routine for outputting a flagged resampling bin. This is typically due to either the failure of the quadratic program OR a high variance result, and is controlled by the input flag resamp_output_problem_bins. More...
|
| |
| subroutine | resamp_module::get_v_part (smu_n, vp_n, mu, rho, temp, B, spec) |
| | This subroutine returns particle velocities given normalized v-grid coordinates. More...
|
| |
| subroutine | resamp_module::poisson_disc (initial, corners, bin_part, bin_target, new_set, k) |
| | This routine returns the poisson disc sample of the new (upsamples) particles in normalized velocity coordinates (vp_n,smu_n) given initial pt locations). More...
|
| |
| logical function | resamp_module::in_neighborhood (point, indices, grid, new_set, cellsize, radius_squared) |
| | This function is a helper for checking if a candidate point is in the neighborhood of the current set of disc samples. More...
|
| |
| logical function | resamp_module::in_bin (point, corners) |
| | This function checks if a pair of normalized points lies within the rectangle given by corners. More...
|
| |
| subroutine | resamp_module::get_v_n (smu_n, vp_n, B, temp_ev, part, spec) |
| | This subroutine returns normalized v-grid coordinates for a particle. More...
|
| |
| subroutine | resamp_module::get_refer_v_n (smu_n, vp_n, smu_ref, vp_ref, bin_id, err) |
| | This subroutine returns reference velocity coordinates in the resampling bin. More...
|
| |
| real(kind=8) function, dimension(2, 2) | resamp_module::local_lin_int (smu_ref, vp_ref) |
| | This function returns the 2x2 local element matrix of bilinear nodal interpolation coefficients corresponding to the particles reference coordinates in the cell. More...
|
| |
| subroutine | resamp_module::find_bin (smu_n, vp_n, imu, ivp) |
| | This subroutine returns the v-grid bin a particle is in given its normalized coordinates, including high velocity bins. More...
|
| |
| subroutine | resamp_module::refer_to_v_n (smu_ref, vp_ref, smu_n, vp_n, bin_id) |
| | This subroutine maps reference coordinates to normalized coordinates. More...
|
| |
| subroutine | resamp_module::particle_not_in_vbin (smu_ref, vp_ref, smu_n, vp_n, bin, part, num_part, index, rtemp, B, b_grid) |
| | This subroutine is error handling for when a particle(usually generated) does not like in the correct velocity space bin. More...
|
| |
| subroutine | resamp_module::get_tri_info (grid, part, node, itr, bary, psi) |
| | This subroutine returns the node, barycentric coordinates, triangle and psi value for a particle. More...
|
| |
| subroutine | resamp_module::get_b_and_t (part, spec, node, bvec, B, temp_ev) |
| | This subroutine returns a particle's magnetic field and temperature used for velocity grid particle location. More...
|
| |
|
| integer | resamp_module::resamp_rate = 2 |
| | timesteps between subsequent resamples, placedholder, in practice ~ sml_f_source_period More...
|
| |
| real(8) | resamp_module::resamp_var = 1D4 |
| | threshold for relative standard deviation in bin for auto-resample More...
|
| |
| real(8) | resamp_module::resamp_min_ratio = 0.5D0 |
| | min ratio of (# of ptl)/(target # of ptl) in bin for auto-upsample More...
|
| |
| real(8) | resamp_module::resamp_max_ratio = 1.5D0 |
| | max ratio of (# of ptl)/(target # of ptl) in bin for auto-downsample More...
|
| |
| integer | resamp_module::resamp_max_target = 4 |
| | Overrides the number of constraints in determining the target # of ptl of a bin. More...
|
| |
| integer | resamp_module::resamp_tile_size = 2 |
| | Bin size on the velocity space grid in cells (not vertices) (input parameter) More...
|
| |
| integer | resamp_module::resamp_tile_size_now = 2 |
| | Used to override resamp_tile_size. More...
|
| |
| real(8) | resamp_module::resamp_ineq_tol = 1D-4 |
| | Threshold for relative error in the inequality constraints in the QP optimization. More...
|
| |
| logical | resamp_module::resamp_restart = .false. |
| | Perform resampling before dumping the final restart file. More...
|
| |
| logical | resamp_module::resamp_retry = .false. |
| | Retry QP optimization for failed bins with relaxed inequality constraints. More...
|
| |
| real(8) | resamp_module::resamp_ineq_tol_max = 1D-3 |
| | Maximal threshold for relative error in inequality constraints for retried bins. More...
|
| |
| real(8) | resamp_module::resamp_highv_max = 10D0 |
| | energy cutoff of the high velocity bins v_para>f0_vp_max and v_perp>f0_smu_max More...
|
| |
| real(8) | resamp_module::resamp_highv_max_ratio = 4D0 |
| | Downsampling threshold for high-velocity bins. More...
|
| |
| real(8) | resamp_module::resamp_var_limit = 3D0 |
| | Increase in relative bin variance for flagging for possible rejection. More...
|
| |
| logical | resamp_module::resamp_discard_var_bins = .false. |
| | Discard resampled bins that increase the variance by factor of resamp_var_limit. More...
|
| |
| logical | resamp_module::resamp_keep_upsamples = .false. |
| | Retain upsampling results with high variance, for filling for pseudoinverse. Only relevant if resamp_discard_var_bins is .true. More...
|
| |
| logical | resamp_module::resamp_keep_downsamples = .false. |
| | Retain downsampling results with high variance, mainly for preventing buildup. Only relevant if resamp_discard_var_bins is .true. More...
|
| |
| character(len=200) | resamp_module::resamp_node_file = 'dum.node' |
| | File containing the vertex positions of the mesh for which to resample. More...
|
| |
| integer | resamp_module::resamp_nphi_new =1 |
| | Number of poloidal planes in simulation with new mesh. More...
|
| |
| logical | resamp_module::resamp_restart_read =.false. |
| | Whether to read a restart file written from a simulation with different grid. More...
|
| |
| logical | resamp_module::resamp_fill_empty =.false. |
| | Whether to fill empty bins. More...
|
| |
| logical | resamp_module::resamp_fullf_on =.false. |
| | Whether to resample the full-f weights in addition to delta-f weights. More...
|
| |
| logical | resamp_module::resamp_grid_ineq_on =.false. |
| | Switch for using inequality constraints for the grid charge for resampling. More...
|
| |
| logical | resamp_module::resamp_distribute_evenly_subbins =.false. |
| | Whether to fill/remove evenly in 1x1 velocity cells in the bin when resamp_tile_size > 1 and upsampling/downsampling. More...
|
| |
| logical | resamp_module::resamp_fill_empty_subbins =.false. |
| | Whether to fill all empty 1x1 velocity cells in the bin and there are already particles in the bin. More...
|
| |
| logical | resamp_module::resamp_fill_empty_subbins_skip_full_bins |
| | If resamp_fill_empty_subbins=.true., skip a bin if it is already filled enough to do the pseudo-inverse interpolation. More...
|
| |
| integer | resamp_module::resamp_fill_empty_subbins_target =1 |
| | If resamp_fill_empty_subbins=.true., minimum target of sub bins. More...
|
| |
| integer | resamp_module::resamp_fill_empty_subbins_corner_cell_target =1 |
| | If resamp_fill_empty_subbins=.true., minimum target of corner cells. More...
|
| |
| logical | resamp_module::resamp_output_problem_bins =.false. |
| | Switch to output failed or high-variance bins as to .bp files. More...
|
| |
| character(16) | resamp_module::resamp_up_choice ='random' |
| | option arg for upsampled new particle selection: 'random','copy','poisson' currently added random: random velocity coordinates for new particles in bin copy: add new particles as copies of old particles with largest absolute w0*w1 weight poision: add new particles as poisson disc samples generated from the old particle set.
More...
|
| |
| character(16) | resamp_module::resamp_down_choice ='weight' |
| | option arg for downsampled new particle selection: 'random','weight','weight+replace','volume' weight: keep particles with largest w0*w1 absolute weight, deterministic weight+replace: keep particles with largest w0*w1 absolute weight, allow multiple copies of same particle if split weight is still larger than next unsplit particle volume: keep particles with largest phase space volume, deterministic More...
|
| |
| real(kind=8) | resamp_module::resamp_max_shift = 1D-1 |
| | maximum shift in local coordinates for 'copy', 'weight+replace' More...
|
| |
| real(kind=8), private | resamp_module::resamp_bin_max_fac |
| | threshold for auto downsample More...
|
| |
| real(kind=8), private | resamp_module::resamp_inv_bin_num |
| | Inverse of the number of macro bins in v-space. More...
|
| |
| integer, private | resamp_module::resamp_nmu_in |
| | Number of cells on original vperp/mu grid (=f0_nmu) More...
|
| |
| integer, private | resamp_module::resamp_nvp_in |
| | Number of cells on original v_para grid (=f0_nvp) More...
|
| |
| real(kind=8), private | resamp_module::resamp_dsmu |
| | v_perp/mu spacing of original v-grid (=f0_dsmu) More...
|
| |
| real(kind=8), private | resamp_module::resamp_dvp |
| | v_para spacing of original v-grid (=f0_dvp) More...
|
| |
| real(kind=8), private | resamp_module::resamp_mu_max |
| | v_perp/mu cutoff of v-grid (=f0_mu_max) More...
|
| |
| real(kind=8), private | resamp_module::resamp_vp_max |
| | v_para cutoff of v-grid (=f0_vp_max) More...
|
| |
| integer, private | resamp_module::resamp_musize |
| | Number of sampling bins in v_perp/mu direction. More...
|
| |
| integer, private | resamp_module::resamp_vpsize |
| | Number of sampling bins in v_para direction. More...
|
| |
| integer, private | resamp_module::resamp_inode1 |
| | Index of the first node of local patch of the configuration space mesh (=f0_inode1) More...
|
| |
| integer, private | resamp_module::resamp_inode2 |
| | Index of the last node of local patch of the configuration space mesh (=f0_inode2) More...
|
| |
| real(kind=8), dimension(:,:), allocatable, private | resamp_module::resamp_den |
| | Reference density per species for normalization. More...
|
| |
| real(kind=8), dimension(:,:), allocatable, private | resamp_module::resamp_t_ev |
| | Reference temperature per species for normalization. More...
|
| |
| real(kind=8), dimension(:,:), allocatable, private | resamp_module::resamp_inv_ph_vol |
| | Inverse phase-space volume element. More...
|
| |
| real(kind=8), dimension(:), allocatable, private | resamp_module::resamp_samp_ratio |
| | Upsampling ratio for restarts with finer grid. More...
|
| |
| logical, private | resamp_module::resamp_restart_mode =.false. |
| |
| real(kind=8), dimension(:), allocatable, private | resamp_module::resamp_phvol_sum |
| | Sum of phase space volume of all particles on a node. More...
|
| |
| real(kind=8), dimension(:), allocatable, private | resamp_module::resamp_phvol_added |
| | Sum of phase space volume of particles added in empty bins. More...
|
| |
| real(kind=8), dimension(:,:), allocatable, private | resamp_module::p_save |
| | Holds barycentric coordinates for particles of current resampled species. More...
|
| |
| real(kind=8), dimension(:), allocatable, private | resamp_module::psi_save |
| | Caches psi interpolation results for multiple use during resampling. More...
|
| |
| integer, parameter, private | resamp_module::resamp_hist_size = 10 |
| | Size of variance histogram for resampling statistics, bin width = 1 normalized std deviation. More...
|
| |
| integer, dimension(resamp_hist_size), private | resamp_module::resamp_up_hist |
| | Histogram of upsampling results. More...
|
| |
| integer, dimension(resamp_hist_size), private | resamp_module::resamp_down_hist |
| | Histogram of downsampling results. More...
|
| |
| integer, parameter, private | resamp_module::resamp_nongridmom = 8 |
| | Maximum Number of bin moments to be conserved. More...
|
| |
| integer, dimension(resamp_nongridmom), private | resamp_module::resamp_eq_bin |
| | which constraints are active as equality constraints More...
|
| |
| integer, dimension(resamp_nongridmom), private | resamp_module::resamp_ineq_bin |
| | which constraints are active as inequality constraints More...
|
| |
| integer, dimension(:), allocatable, private | resamp_module::resamp_off_vgrid |
| | Counter for number of particles that are not on the v-grid. More...
|
| |
| integer, dimension(:), allocatable, private | resamp_module::resamp_on_vgrid |
| | Counter for number of particles that are on the v-grid. More...
|
| |
| integer, dimension(:), allocatable, private | resamp_module::tr_save |
| |
| integer, private | resamp_module::resamp_empty_bins |
| | Number of empty sampling bins. More...
|
| |
| integer, private | resamp_module::resamp_resampled_bins |
| | Number of bins that were picked for re-/up-/down-sampling. More...
|
| |
| integer, private | resamp_module::resamp_failed_bins |
| | Number of bins for which re-/up-/down-sampling failed. More...
|
| |
| integer, private | resamp_module::resamp_var_resample |
| | Number of variance resampled bins. More...
|
| |
| integer, private | resamp_module::resamp_resample_failed |
| | Number of bins for which variance resampling failed. More...
|
| |
| integer, private | resamp_module::resamp_auto_upsample |
| | Number of upsampled bins. More...
|
| |
| integer, private | resamp_module::resamp_upsample_failed |
| | Number of bins for which upsampling failed. More...
|
| |
| integer, private | resamp_module::resamp_auto_downsample |
| | Number of downsampled bins. More...
|
| |
| integer, private | resamp_module::resamp_downsample_failed |
| | Number of bins for which downsampling failed. More...
|
| |
| integer, private | resamp_module::resamp_retried_bins |
| | Number of bins retried after failure. More...
|
| |
| integer, private | resamp_module::resamp_retried_failed |
| | Number of bins failed again after retry. More...
|
| |
| integer, private | resamp_module::resamp_fullf_failed |
| | Number of full-f failed bins. More...
|
| |
| integer, private | resamp_module::resamp_wrong_particles |
| | Number of particles in wwrong bins. More...
|
| |
| integer, private | resamp_module::resamp_var_inc_upsamp |
| | Number of bins that increased the variance tenfold while upsampling. More...
|
| |
| integer, private | resamp_module::resamp_var_inc_downsamp |
| | Number of bins that increased the variance tenfold while downsampling. More...
|
| |
| integer, private | resamp_module::resamp_var_inc |
| | Number of bins that increased the variance when resampling, RARE, usually result of ill-conditioning of matrix) More...
|
| |
| real(kind=8), private | resamp_module::resamp_smu_fac |
| | Factor used in the context of tapering off the marker density at high velocity. More...
|
| |
| real(kind=8), private | resamp_module::resamp_vp_fac |
| | Factor used in the context of tapering off the marker density at high velocity. More...
|
| |
| integer, private | resamp_module::resamp_err_count1 |
| | Counter for w0=0 errors in get_new_fullf_weight. More...
|
| |
| integer, private | resamp_module::resamp_err_count2 |
| | Counter for w0=0 errors in resample_bin. More...
|
| |
| integer, dimension(:,:), allocatable | resamp_module::resamp_patches |
| | !< node numbers of vertices contained in triangle patch of voronoi cell More...
|
| |
| integer, dimension(:), allocatable | resamp_module::resamp_patch_size |
| | total number of patch vertices in Voronoi cell More...
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| |
| real(kind=8), dimension(:,:), allocatable | resamp_module::resamp_patch_rzdims |
| | R-Z boundaries of the Voronoi-triangle patch. More...
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| integer | resamp_module::cce_buffer_id |
| | Index of currently resampled buffer. More...
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| integer | resamp_module::cce_buffer_first_node |
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| integer | resamp_module::cce_buffer_last_node |
| | node interval of current buffer More...
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| integer | resamp_module::cce_grid_nnode |
| | Number of node on the grid. More...
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| integer, parameter | resamp_module::cce_nbconstraint =5 |
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| real(kind=8), dimension(:,:,:,:,:,:), allocatable | resamp_module::fbins |
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| integer | resamp_module::cce_inode1 |
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| integer | resamp_module::cce_inode2 |
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| logical | resamp_module::cce_skip_nodes |
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| type(ptl_type), dimension(:), allocatable, target | resamp_module::local_particles |
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| type(resamp_bin_type), dimension(:,:,:), allocatable | resamp_module::resamp_bins |
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| logical | resamp_module::tmp_resamp_fill_empty |
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| logical | resamp_module::tmp_resamp_retry |
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| logical | resamp_module::tmp_resamp_fullf_on |
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| logical | resamp_module::tmp_resamp_grid_ineq_on |
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| logical | resamp_module::tmp_resamp_fill_empty_subbins |
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| logical | resamp_module::tmp_resamp_distribute_evenly_subbins |
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| logical | resamp_module::tmp_resamp_fill_empty_subbins_skip_full_bins |
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| real(8) | resamp_module::tmp_resamp_var |
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| real(8) | resamp_module::tmp_resamp_min_ratio |
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| real(8) | resamp_module::tmp_resamp_max_ratio |
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| integer | resamp_module::tmp_resamp_tile_size |
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| integer | resamp_module::tmp_resamp_max_target |
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| real(8) | resamp_module::tmp_resamp_ineq_tol |
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| real(8) | resamp_module::tmp_resamp_ineq_tol_max |
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| real(8) | resamp_module::tmp_resamp_highv_max |
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| real(8) | resamp_module::tmp_resamp_highv_max_ratio |
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| character(len=200) | resamp_module::tmp_resamp_node_file |
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| integer | resamp_module::tmp_resamp_nphi_new |
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| integer | resamp_module::tmp_resamp_fill_empty_subbins_target |
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| integer | resamp_module::tmp_resamp_fill_empty_subbins_corner_cell_target |
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| character(len=16) | resamp_module::tmp_up_choice |
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| character(len=16) | resamp_module::tmp_down_choice |
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